Machine Sentence Examples

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  • No machine will be a politician.

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  • The noise from the machine that circulated the oxygen frightened her.

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  • But what if a machine did everything people really don't want to do?

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  • Maybe he left the machine things...

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  • People used to sweep the streets at night until a machine replaced them.

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  • Have you been using that machine?

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  • The currents were produced by a magneto-electric machine resembling that of Clarke.

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  • Their surroundings looked as if someone had left a fog machine on too long in a gym.

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  • Outsourcing a job to get it done more cheaply or building a machine to do it more cheaply is really the same.

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  • No matter how convincing the machine is, once I know it is a machine, I won't care about it anymore.

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  • The party machine, however, did not give him any support.

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  • Her hair was drawn back severely into a bun and she had black eyes that could render a lie detector machine obsolete.

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  • When they have been reduced to the correct thickness they are examined by the " tryer," who cuts out one or two blanks from each fillet with a hand machine and weighs them on a delicate balance.

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  • It is natural for a man who does not understand the workings of a machine to imagine that a shaving that has fallen into it by chance and is interfering with its action and tossing about in it is its most important part.

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  • Since leaving college, she'd stayed in shape through the local gym, where she lifted weights and forced herself onto a cardio machine twice a week.

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  • A small door—possibly leading to a bathroom or closet—was closed and blocked by one of Ully.s science toys the size of a copy machine.

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  • A transporter of this kind, when fitted with a grab, is a very efficient machine for taking coal from barges and depositing it in a coal store.

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  • With a steam locomotive all the power is concentrated in one machine, and therefore the weight on the drivers available for adhesion is limited.

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  • With a portion of this sum he obtained release from the last six months of his apprenticeship, and with the rest he purchased a glass-polishing machine.

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  • Amongst the earliest mechanical contrivances of Fraunhofer was a machine for polishing mathematically uniform spherical surfaces.

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  • Besides the royal foundry, with which are connected machine manufactories and boilerworks, there are other foundries, meal mills and manufactories of wire, gas pipes, cement and paper.

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  • Marshalltown is served by the Chicago & North-Western, the Chicago Great Western, and the Iowa Central railways, the last of which has machine shops here.

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  • In the city are machine and car shops of the International & Great Northern railway, and cottoncompresses, and there are manufactures of cotton-seed oil, &c. Taylor, named in honour of Gen.

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  • Columbus is situated in a fine farming region, and has extensive tanneries, threshingmachine and traction and automobile engine works, structural iron works, tool and machine shops, canneries and furniture factories.

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  • In 1718 Sir Thomas and John Lombe set up an improved silkthrowing machine at Derby, and in 1758 Jedediah Strutt introduced a machine for making ribbed stockings, which became famous as the "Derby rib."

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  • God for him is the creator and ruler of the world, but hardly more; he is the master of a vast machine that grinds out human destinies without sympathy with man and without visible regard for what man deems justice - a being to be acknowledged as lord, not one to be loved.

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  • The agricultural trade is extensive, and there are iron, brass and agricultural machine works.

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  • The cubes fall from the cutting machine on to a riddling machine, which separates those which are defective in size from the rest.

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  • The prepared tobacco, while still moist and pliant, is pressed between cylinders into a light cake, and cut into fine uniform shreds by a machine analogous to the chaff-cutter.

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  • From the drum of the twisting machine the spun tobacco is rolled into cylinders of various sizes.

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  • This machine depended simply on the pressure of water acting directly in a cylinder on a piston, which was connected with suitable multiplying gear.

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  • It has iron and brass foundries, machine factories and textile establishments.

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  • The cutting machine used in the Mint is shown in fig.

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  • The revolution of an eccentric A causes two short steel cylinders or cutters mounted on a block of iron B, suitably guided, to enter two holes in a plate fixed to the bed of the machine.

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  • The modern single or " stop " cylinder, quite different in construc- Wharfe= tion from the old single cylinder machines, largely suc dale" ceeded the double platen machine.

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  • The perfecting machine is so named because it produces sheets printed on both sides or, in technical language, " perfected."

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  • This perfecting class of machine has been in use a great many years, Machines.

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  • In the older type of machine it 'is next led up to the right- ' hand one of the two reversing drums, which are placed above the large printing cylinders, and over which it passes with the printed side downwards.

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  • The machine should start looking for correlations we would not expect.

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  • Yes, our body is just a machine for living, that is all.

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  • Pierre felt himself to be an insignificant chip fallen among the wheels of a machine whose action he did not understand but which was working well.

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  • Each of the hotel rooms features a private bedroom with a living room, two cable televisions, mini fridge and microwave, coffee machine, sleep sofa and personal items like a hair dryer, iron and ironing board.

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  • In 1884, at Shrewsbury, a prize of £Ioo was awarded for a sheafbinding reaper, and one of £50 for a similar machine.

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  • In 1886, at Norwich, a prize of 25 was awarded for a thatch-making machine.

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  • In 1889, at Windsor, prizes were awarded for a fruit and vegetable evaporator, a paring and coring machine, a dairy thermometer, parcel post butter-boxes to carry different weights, and a vessel to contain preserved butter.

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  • He found himself looked upon with curiosity as a precocious phenomenon, a "made man," an intellectual machine set to grind certain tunes.

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  • In modern problems we can watch the economic machine actually at work, cross-examine our witnesses, see that delicate interplay of passions and interests which cannot be set down or described in a document, and acquire a certain sense of touch in relation to the questions at issue which manuscripts and records cannot impart.

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  • There are also tanneries, tobacco manufactories, machine works and foundries.

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  • The principal manufactures are hardware, foundry and machine shop products, ammunition and fire-arms (the Winchester Company), carriages and wagons, malt liquors, paper boxes and corsets.

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  • Lowne's machine is useful in specially wide-planted fields and when the ground is sufficiently hard.

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  • With this primitive machine, worked by hand, about 5 lb of lint is the daily output.

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  • A similar, but larger machine, requiring about horse-power to run it, will turn out 50 to 60 lb of Egyptian or 60 to 80 lb of Sea Island cleaned cotton per hour.

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  • This machine, under various modifications, is employed for ginning the greater portion of the cotton grown in the Southern States of America.

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  • The machine which will gin the largest quantity in the shortest time is naturally preferred, unless such injury is, occasioned as materially to diminish the market value of the cotton.

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  • The cotton leaves the ginning machine in a very loose condition, and has to be compressed into bales for convenience of transport.

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  • The shells and kernels are then separated in a winnowing machine.

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  • The silicate in the form of a concentrated solution is crutched or stirred into the soap in a mechanical mixing machine after the completion of the saponification, and it appears to enter into a distinct chemical combination with the soap. While silicate soaps bear heavy watering, the soluble silicate itself is a powerful detergent, and it possesses certain advantages when used with hard waters.

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  • Wood Mowing and Reaping Machine Co., which dates from 1866, the business having been started in 1852 by Walter Abbott Wood (1815-1892), who was a Republican representative in Congress in 1879-1883.

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  • There are also iron foundries and machine factories.

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  • It has woollen mills, cotton compresses, clothing, furniture, and spoke and stave factories and machine shops, and is a cotton market.

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  • Then he had stood with 420,000 men on a front of 160 m., now he had only 229,000 men on a front of 135; he had missed three great opportunities of destroying his enemy in detail, and in five weeks, during which time he had only traversed 200 m., he had seen his troops reduced numerically at least one-third, and, worse still, his army was now far from being the fighting machine it had been at the outset.

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  • There are extensive coal-fields and important iron, metal and machine industries, together with the manufacture of chemicals and corn-milling.

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  • The city is situated in an agricultural and cotton-raising region, and has cotton compresses and gins, cotton mills, cotton-seed oil refineries, foundries and machine shops, and furniture and wagon factories.

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  • Among the manufactures of the township are carriages and products of planing mills, foundries and machine shops; and grapes and fruits are raised in the surrounding country.

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  • This separation can be rapidly effected with some latices by the use of a centrifugal machine, but this method has not yet been applied to any extent commercially.

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  • As the removal of the impurities of the latex is one of the essential points to be aimed at, it was thought that the use of a centrifugal machine to separate the caoutchouc as a cream from the watery part of the latex would prove to be a satisfactory process.

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  • The coagulated rubber separated from the watery fluid is cut up into small pieces and passed through the grooved rollers of the washing machine, from which it issues in sheets, long crinkled ribbons or " crepe," which are then dried in hot air chambers or in a vacuum dryer, by which means the water is dissipated at a lower temperature.

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  • It is now ready either for incorporation with sulphur and other materials, or for agglomeration into solid masses by means of the masticating machine - an apparatus which consists of a strong cylindrical cast-iron casing, inside which there revolves a metal cylinder with a fluted or corrugated surface.

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  • The mixed rubber thus obtained is readily softened by heat, and can be very easily worked into any desired form or rolled into sheets by an apparatus known as the calendering machine.

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  • Indiarubber stereotypes are now extensively made use of as hand stamps, and attempts have been made to introduce them for press and machine printing.

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  • Next in importance are the machine, linen, cotton and paper manufactures, the milling, brewing and distilling industries and shipbuilding.

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  • Utilizing this principle he constructed the radiometer, which he was at first disposed to regard as a machine that directly transformed light into motion, but which was afterwards perceived to depend on thermal action.

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  • It is at this point that Van Buren's connexion began with so-called "machine politics," a connexion which has made his name odious to some historians of the period.

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  • Huntington is served by three railways - the Wabash, the Erie (which has car shops and division headquarters here) and the Cincinnati, Bluffton & Chicago (which has machine shops here), and by the Fort Wayne & Wabash Valley Traction Company, whose car and repair shops and power station are in Huntington.

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  • On his farm Smith carried out his experiments in deep and thorough draining, and also invented a reaping machine, the subsoil plough and numerous other valuable appliances.

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  • The Ars magna of the former professed by means of a species of logical machine to give a rigid demonstration of all the fundamental Christian doctrines, and was intended by its author as an unfailing instrument for the conversion of the Saracens and heathen.

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  • The army of Matthias was not only a military machine of first-rate efficiency, but an indispensable civilizing medium.

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  • The general working of the great machine was now laid bare, and it needed a further advance of knowledge to bring a fresh set of problems within reach of investigation.

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  • Brewing, distilling, cooperage, iron-founding, hatmaking and machine construction are carried on, and there are flour-mills, brick-works, saw-mills, sulphur refineries and leather and paper works.

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  • A mass of living protoplasm is simply a molecular machine of great complexity, the total results of the working of which, or its vital phenomena, depend - on the one hand, Life con- of this water is absolutely incompatible with either moister by a ctual or potential life.

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  • He was the author of numerous inventions, including the cagniardelle, a blowing machine, which consists essentially of an Archimedean screw set obliquely in a tank of water in such a way that its lower end is completely and its upper end partially immersed, and operated by being rotated in the opposite direction to that required for raising water.

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  • Under such conditions the pillar begins to yield, and fragments of mineral fly off with explosive violence, exactly as a specimen of rock will splinter under pressure in a testing machine.

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  • This seems to be due to the dust abundantly produced in mining operations, and especially by machine drills when boring " dry " (rising) blast holes.

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  • The increased mortality seems to be due to the general tendency toward forced speed in development work, which is secured by rapid drilling, and by an increase in the number of machine drills used in a single working-place.

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  • A bottle-making machine combines the process of pressing with a plunger with that of blowing by compressed air.

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  • After removal from the machine, the tumbler is severed from the blowing iron, and its fractured edge is trimmed.

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  • They are weighed and then dumped into a washing machine, consisting of a large horizontal cage, submerged in water, in which revolves a horizontal shaft carrying arms. The arms are set in a spiral form, so that in revolving they not only stir the roots, causing them to rub against each other, but also force them forward from the receiving end,of the cage to the other end.

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  • Sometimes the cells are erected in a circle, so that the spout below the slicing machine revolving above them with a corresponding radius can discharge the slices into the centre of any of the cells.

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  • The roasting is most simply effected by spreading it on heated slabs, on which it is constantly turned, or a roasting machine is used, consisting of a revolving drum in which the tobacco is rotated, gradually passing from one end to the other, and all the time under the influence of a current of heated air.

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  • Even a machine of simple type, like the ordinary drain-pipe machine, in which the retorts are made by forcing the plastic clay mixture through a die, may result in greater economy and uniformity than is possible when retorts are made by hand.

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  • As the machine is drawn forward the disk revolves and cuts deeply into the ground, and by reason of its inclination crowds the earth outwards and thus turns a furrow.

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  • The chief industries are cotton spinning, weaving, bleaching, dyeing, printing, machine building and lithography, and there is an active trade in wine, beer and cheese.

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  • It is then separated in a centrifugal machine, the low melting-point impurities are removed by means of hot water, and the residue is finally hot-pressed.

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  • Corn and saw mills, distilleries, chemical factories, breweries, candle-works, ink-works, foundries, agricultural machine and automobile works, have been established and are flourishing.

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  • Its most distinctive manufactures are paper and wood pulp; more valuable are foundry and machine shop products; other manufactures are safes, malt liquors, flour, woollens, Corliss engines, carriages and wagons and agricultural implements.

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  • Cotton was first imported to Providence from Spain in 1785; a company to carry on cotton-spinning, formed at Providence in 1786, established there in the following year a factory containing a spinning jenny of 28 spindles (the first machine of the kind to be used in the United States), and also a carding machine and a spinning frame with which was manufactured a kind of jean having a linen warp and a cotton filling.

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  • The Republican machine finds it easy with the support of the millionaire summer colony at Newport and the street railway corporations to corrupt the French-Canadians and a portion of the native element in the rural towns and maintain absolute control of the state government.

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  • Rather it was a resolute determination to possess that control over the machine of state which should enable him to fulfil without let or hindrance the political mission with which he believed that Providence had charged him.

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  • He suggested the use of experimental tanks for testing the powers of ship models, invented an ear-trumpet for the deaf, improved the common house-stove of his native land, cured smoky chimneys, took a lively interest in machine-guns and even sketched a flying machine.

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  • This flying machine consisted of a light frame covered with strong canvas and provided with two large oars or wings moving on a horizontal axis, and so arranged that the upstroke met with no resistance while the downstroke provided the lifting power.

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  • Swedenborg knew that the machine would not fly, but suggested it as a start and was confident that the problem would be solved.

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  • He said "It seems easier to talk of such a machine than to put it into actuality, for it requires greater force and less weight than exists in a human body.

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  • The construction of a flying machine was next attempted.

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  • About 1893 a satisfactory machine was ready, and a new series of troubles had to be faced, for it had to be launched at a certain initial speed, and in the face of any wind that might be blowing.

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  • To enable these conditions to be fulfilled, as well as to ensure that the machine, when it fell, should fall on water, the experiments were carried out on the Potomac river, some 30 m.

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  • Coal is mined in the vicinity; the city has a large trade with the surrounding agricultural district (whose distinctive product is beans); the Michigan Central railway has car and machine shops here; and the city has many manufacturing establishments.

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  • Albert Lea is a railway and manufacturing centre of considerable importance, has grain elevators and foundries and machine shops, and manufactures bricks, tiles, carriages, wagons, flour, corsets, refrigerators and woollen goods.

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  • An ample supply of natural gas is utilized by its manufacturing establishments; and among its manufactures are axes, lumber, foundry and machine shop products, furniture, boilers, woollen goods, glass and chemical fire-engines.

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  • The initial difficulties of setting up an administrative machine on national lines were the greater as the troops of the occupying Power, affected by the revolution which had broken out in Germany, engaged in pillage and highway robbery, which a national militia as yet barely armed had to suppress.

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  • Sometimes the stuff is disintegrated with water in a " puddling machine," which was used, especially in Australia, when the earthy matters are tenacious and water scarce.

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  • The machine frequently resembles a brickmaker's wash-mill, and is worked by horse or steam power.

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  • The old handicraftsman has been superseded by machine labour and the village artisan by the factory hand.

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  • He invented a machine which so supported his hand that he could write legibly with closed eyes.

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  • Among the leading products are those of the furnaces, foundries and machine shops, flour and grist mills, planing mills, creameries, bridge and iron works, publishing houses and a packing house; and brick, tile, pottery, patent medicines, furniture, caskets, tombstones, carriages, farm machinery, Portland cement, glue, gloves and?hosiery.

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  • He laboriously perfected the military machine, which when once set in motion went on to victory.

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  • The climate and the scenery in and about Biddeford attract summer visitors and there are two resorts, Biddeford Pool and Fortune Rocks within the municipal limits; but the city is chiefly a manufacturing centre (third in rank among the cities of the state in 1905) - good water-power being furnished by the river - and cotton goods, foundry and machine shop products and lumber are the principal products, the first being by far the most important.

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  • The principal industry was the manufacture of iron and steel products, which, including steel and rolling mills, car, foundry and machine shops, and shipyards, represented more than 30% of the total capital, and approximately 25% of the total gross product of the manufactures in the state.

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  • In the Gartsherrie machine of Messrs Baird, the earliest of the flexible chain cutter type, the chain of cutters works round a fixed frame or jib projecting at right angles from the engine carriage, an arrangement which makes it necessary to cut from the end of the block of coal to the full depth, instead of holing into it from the face.

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  • This is one of the most compact forms of machine, the smaller size being only 20 in.

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  • The chain machine has been largely developed in America in the Jeffrey, Link Bell, and Morgan Gardner coal cutters.

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  • These are similar in principle to the Baird machine, the cutting agent being a flat link chain carrying a double set of chisel points, which are drawn across the coal face at the rate of about 5 ft.

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  • The smaller duff is separated by vibrating or rotating screens into a great number of sizes, which are cleaned by washing in continuous current or pulsating jigging machines, where the lighter coal rises to the surface and is removed by a stream of water, while the heavier waste falls and is discharged at a lower level, or through a valve at the bottom of the machine.

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  • There are ship-yards, iron foundries and forges, machine shops, shirt factories, a pottery for the manufacture of sanitary earthenware, a woollen mill and canning factories.

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  • In the case of very large silver coins only one blank is cut in the width of the fillet, but bronze fillets are made wider so that three penny blanks are cut out at each stroke of the machine.

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  • The blanks are then passed to an edge rolling machine, by which they are thickened at the edge so as to form a rim to protect the finished coin from wear.

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  • The lever M worked from the front of the machine causes the flywheel to be connected with the driving-wheel and the machine starts.

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  • The machine can be set to deliver a certain number of coins, after which the counting wheel stops automatically.

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  • Barley is cut, either with scythe or machine, when it is quite ripe with the ears bending over.

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  • In any case it must not be stacked while damp, and if cut by machine is therefore sometimes tied in sheaves and set up in stooks as in the case of wheat.

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  • Chebichev further constructed an instrument for drawing large circles, and an arithmetical machine with continuous motion.

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  • Among Davenport's manufactures are the products of foundries and machine shops, and of flouring, grist and planing mills; glucose syrup and products; locomotives, steel cars and car parts, washing machines, waggons, carriages, agricultural implements, buttons, macaroni, crackers and brooms. The value of the total factory product for 1905 was $13,695,978, an increase of 38.7% over that of 1900.

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  • Besides machine shops and shipbuilding facilities, the important industries are the weaving of hats and hammocks, and the preparation of salt fish; and there is a considerable export of rubber and straw hats.

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  • Its industries include wool-weaving and spinning, dyeing, iron-founding, the manufacture of cotton and silk goods, machinery, sewing machines and machine oil, leather and tobacco, and printing (books and maps) and flower gardening.

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  • The Russians, with the resources of the fleet at their disposal (just as at Sevastopol), used great numbers of machine guns and electric lights, and the available garrison at first was probably, including sailors, 47,000 men.

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  • At Pan-Lung the machine guns on the Wall prevented them from leaving the parallel.

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  • At Chi-Kuan Fort the terreplein of the fort had been covered with entanglements defended by machine guns on the gorge parapets, and the Japanese could make no way.

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  • It was very commonly believed at the time that this nomination for the vice-presidency was participated in and heartily approved of by the machine politicians or "bosses" of the State of New York in their belief that it would result in his elimination from active political life.

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  • The growth of the corporation as an industrial machine had in recent years been very rapid in the United States.

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  • The Specula Melitensis Encyclica (1638) gives an account of a kind of calculating machine of his invention.

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  • The situation was often such that Parliament would not work, and the Government was faced with the alternative of stopping the machine of State or availing itself of emergency decrees.

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  • Coal-mining and iron and machine manufactures are also carried on.

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  • There are various important manufactures, such as soap and candles, subsidiary to the packing industry; and the city has large flour mills, railway and machine shops, and foundries.

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  • Although he was not the founder of Tammany Hall, he began the construction of the political machine upon which the power of that organization is based.

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  • The value of its factory products in 1905 was $ 1 7, 1 4 6, 33 8 (1 4.3% more than in 1900), the more important being those of steel works and rolling mills ($4,528,907), blast furnaces, steam railway repair shops, cigar and cigarette factories ($1,258,498), foundries and machine shops ($953,617), boot and shoe factories ($922,568), flouring and grist mills, slaughtering and meat-packing establishments and silk mills.

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  • In Brewster's Edinburgh Journal of Science for 1828 he described his machine for polishing the speculum, which in all essential points remained unaltered afterwards.

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  • Other important manufactures, with their product values in 1900 and in 1905, are iron and steel ($5,004,572 in 1900; $6,167,542 in 1905); railway cars ($4,248,029 in 1900; $5,739,071 in 1905); packed meats ($5, 1 77, 16 7 in 1900; $5, 6 93,73 1 in 1905); foundry and machine shop products ($4,434,610 in 1900; $4, 6 99,559 in 1905); planing mill products, including sash, doors and blinds ($1,891,517 in 1900; $4,593, 2 5 1 in 1905-an increase already remarked); carriages and wagons ($2,849,713 in 1900; $4,059,438 in 1905); tanned and curried leather ($3,757,016 in 1900; $3,952,277 in 1905); and malt liquors ($3,186,627 in 1900; $3,673,678 in 1905).

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  • The Delaware, Lackawanna & Western railway has since built large machine and car shops.

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  • Foundry and machine shop products, hosiery and knit goods, wooden boxes, flour and grist mill products, and malt liquors are other important manufactures; the value of wooden boxes increased from $979,758 in 1900 to $2,565,612 in 1905, or 161.9%, and the value of hosiery and knit goods increased during the same period from $2,592,829 to $3,974,290, or 53.3%.

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  • It is a shipping and transfer point and has paper mills, machine shops, flour mills, sash, door and blind factories, a launch and pleasure-boat factory, and knitting works, cheese factories and dairies, brick yards and grain elevators.

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  • In the engineering industries milling machines constitute a very important class of machine tools, the characteristic of which is that rotary cutters are employed for shaping the metal.

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  • Like the town of Dewsbury, on the south-east, it is an important centre of the blanket and carpet manufactures, and there are also machine works, dye works and iron foundries.

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  • The twelve constellations of the zodiac form an ingenious machine, a great wheel with buckets, which pour into the sun and moon, those shining ships that sail continually through space, the portions of light set free from the world.

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  • The manufacture of lumber and timber gave employment to the largest total number of workers; and this industry, together with those of foundry and machine shops (including locomotives, stoves and furnaces), cotton goods (including small wares), railway car and repair shops, and iron and steel, were (in order) the five greatest employers of labor.

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  • In each of four other industries the products exceeded in value five hundred millions of dollars, namely, those of foundry and machine shops, flour and grist mills, iron and steel, and lumber and timber.

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  • Trinidad has railway shops, foundry and machine shops, and coking ovens, ships large quantities of coal, has a woolscouring mill, and various manufactures.

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  • A cryptographic machine, which changed the cipher automatically and printed a message, entirely unintelligible until translated by a duplicate instrument, was one of the most perfect examples of this.

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  • The above example illustrates how Nicholson's or Fahrenheit's hydrometer may be employed as a weighing machine for small weights.

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  • The establishments include slaughtering and meat-packing houses, whose product is by far the most valuable in the city, bleacheries, finishing factories, glassworks, machine shops, tube works, jewelry factories, and a desk factory.

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  • Rio de Janeiro has manufactures of flour from imported wheat, cotton, woollen and silk textiles, boots and shoes, readymade clothing, furniture, vehicles, cigars and cigarettes, chocolate, fruit conserves, refined sugar, biscuits, macaroni, ice, beer, artificial liquors, mineral waters, soap, stearine candles, perfumery, feather flowers, printing type, &c. There are numerous machine o nd repair shops, the most important of which are the shops of the Central railway.

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  • He next experimented with a highpressure hydrogen jet by which low temperatures were realized through the Thomson-Joule effect, and the successful results thus obtained led him to build at the Royal Institution the large refrigerating machine by which in 1898 hydrogen was for the first time collected in the liquid state, its solidification following in 1899.

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  • Besides investigating other phenomena connected with a vacuum, he constructed an electrical machine which depended on the excitation of a rotating ball of sulphur; and he made successful researches in astronomy, predicting the periodicity of the return of comets.

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  • On the political side the chief features in the history of the state since 1865 have been the adoption of the constitution of 1873, the growth of the Cameron-Quay-Penrose political machine, and the attempts of the reformers to overthrow its domination.

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  • In the southern part of the city is a United States navy yard and station, officially the Norfolk Yard (the second largest in the country), of about 450 acres, with three immense dry docks, machine shops, warehouses, travelling and water cranes, a training station, torpedoboat headquarters, a powder plant (20 acres), a naval magazine, a naval hospital and the distribution headquarters of the United State Marine Corps.

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  • Its object is to distribute all the materials evenly throughout the mass, and it is performed in many different ways, both by hand and by machine.

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  • The relative values of hand and machine work are often discussed.

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  • Roughly it may be said that where a large mass of concrete is to be mixed at one or two places a good machine will be of great advantage.

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  • Krupp for use for the outer tube of the German navy periscope used before the war, and a similar steel was developed and used in the British service, but it is costly and more difficult to machine to the required accuracy than is the case with bronze.

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  • Its chief industries are iron foundries, machine shops, salt works and breweries - other articles of manufacture being bricks and cement.

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  • Nowadays, however, quite large trees, chiefly of an ornamental character, and perhaps weighing several tons, are lifted with a large ball of soil attached to the roots, by means of a special tree-lifting machine, and are readily transferred from one part of the garden to another, or even for a distance of several miles, without serious injury.

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  • At least as early as the 3rd century B.C. the custom was introduced of spreading the peplus like a sail on the mast of a ship, which was rolled on a machine in the procession.

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  • A primitive form of frictional electrical machine was constructed about 1663 by Otto von Guericke (1602-1686).

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  • Edward Nairne's electrical machine (1787) consisted of a glass cylinder with two insulated conductors, called prime conductors, on glass legs placed near it.

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  • Nairne's machine could give either positive or negative electricity, the first named being collected from the prime conductor carrying the collecting points and the second from the prime conductor carrying the cushion.

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  • The first suggestion for a machine of the above kind seems to have grown out of the invention of Volta's electrophorus.

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  • Abraham Bennet, the inventor of the gold leaf electro e described a doubler or machine for multiplying Bennet'.

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  • Varley also constructed a multiple form of influence machine having six rotating disks, each having a number of carriers and rotating between field plates.

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  • Toepler, who in 1865 constructed an influence machine consisting of FIG.

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  • Holtz constructed and described a large number of influence machines which were for a long time considered the most advanced development of this type of electrostatic machine.

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  • To start the machine the balls were brought in contact, one of the paper armatures electrified, say, with positive electricity, and the disk set in motion.

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  • Thereupon very shortly a hissing sound was heard and the machine became harder to turn as if the disk were moving through a resisting medium.

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  • Holtz's machine is very uncertain in its action in a moist climate, and has generally to be enclosed in a chamber in which the air is kept artificially dry.

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  • All the above described machines, however, have been thrown into the shade by the invention of a greatly improved type of influence machine first constructed by James Wimshurst about 1878.

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  • He also devised an alternating current electrical machine in which the discharge balls were alternately positive and negative.

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  • Tudsbury that if an influence machine is enclosed in a metallic chamber containing compressed air, or better, carbon dioxide, the insulating properties of compressed gases enable a greatly improved effect to be obtained owing to the diminution of the leakage across the plates and from the supports.

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  • Lord Kelvin also devised an influence machine, commonly called a" mouse mill,"for electrifying the ink in connexion with his siphon recorder.

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  • It was an electrostatic and electromagnetic machine combined, driven by an electric current and producing in turn electrostatic charges of electricity.

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  • In connexion with this subject mention must also be made of the water dropping influence machine of the same inventor.'

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  • Kohlrausch, using a Holtz machine with a plate 16 in.

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  • The chief industries are flax-spinning, rope-making, sugar refining, book printing, wool combing and dyeing, and it also manufactures beer, tobacco and cigars, cotton and woollen stuffs, furniture, organs and pianos; besides which there are saw, oil and grain mills, machine works, and numerous goldsmiths and silversmiths.

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  • Here the charging machine lifts one box at a time from its car, pushes it through the momentarily opened furnace door, and empties the metal upon the hearth of the furnace by inverting the box, which it then replaces on its car.

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  • If a thousand like gears are to be cast, a thousand moulds must be made up, at least to an important extent by hand, for even machine moulding leaves something for careful manipulation by the moulder.

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  • Special grease is then rubbed in and the skin placed in a machine which softly and continuously beats in the softening mixture, after which it is put into a slowly revolving drum, fitted with wooden paddles, partly filled with various kinds of fine hard sawdust according to the nature of the furs dealt with.

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  • The city is served by the Chicago & North-Western railway, which maintains here an engine house and extensive machine shops, and of which it is a division headquarters.

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  • The town has railway, machine and electrical works; cloth, gloves and buttons are also manufactured here, and there are spinning-mills.

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  • The industrial establishments include a few ironfoundries, wool-spinning mills, carriage and machine factories, dyeworks, tanneries, brick-fields, soap-works, breweries, distilleries, numerous limekilns and tar-boiling works, tobacco and cigar factories, and numerous mills of various kinds.

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  • The principal manufactures are tobacco, cigars, cigarettes, malt liquors, distilled liquors, cotton fabrics, clothing, ice, lumber, foundry and machine shop products, carriages, waggons, furniture and boots and shoes.

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  • In the foundries and machine shops small engines, boiler§ and church bells are made, and the government maintains an ice and cold-storage plant.

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  • Hornell has extensive car shops of the Erie railroad, and among its manufactures are silk goods (silk gloves being a specially important product), sash, doors and blinds, leather, furniture, shoes, white-goods, wire-fences, foundry and machine shop products, electric motors, and brick and tile.

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  • But the fibre produced by these rapid and economical means was very inferior in quality to the product of Maori handiwork, mainly because weak and undeveloped strands are, by machine preparation, unavoidably intermixed with the perfect fibres, which alone the Maoris select, and so the uniform quality and strength of the material are destroyed.

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  • The New Zealand government in 1893 offered a premium of £1750 for a machine which would treat the fibre satisfactorily, and a further £250 for a process of treating the tow; and with a view to creating further interest in the matter a member of a commission of inquiry visited England during 1897.

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  • The leaves are passed repeatedly through a machine driven by steam or other power giving a rotary motion, the operation occupying about 40 to 60 minutes.

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  • Machine gun detachments, resembling 4-gun batteries and horsed as artillery, were formed to the number of sixteen in 1904-1906.

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  • New Britain is an important manufacturing centre; its principal products are hardware, cutlery and edge tools, hosiery, and foundry and machine shop products.

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  • The three entrances to the old and new harbours are sheltered by long and massive moles; and the whole complex of docks, building slips, machine shops, &c., forms the government dockyard, which is enclosed by a lofty wall with fourteen iron gates.

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  • The industries of the place are almost exclusively connected with the requirements of the dockyard, and embrace machine shops, iron foundries and boiler works.

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  • Sometimes a Holtz machine was employed, but even without it illumination resembling aurora was seen on several occasions, extending apparently to a considerable height.

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  • The Senate refused to confirm the appointment until his record as alien property custodian had been investigated, on the ground that he had made his office a " political machine."

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  • The result was the gradual atrophy of the whole administrative machine.

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  • Corn is threshed by a norag, a machine resembling a chair, which moves on small iron wheels or thin circular plates fixed to axle-trees, and is drawn in a circle by oxen.

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  • He was attacked by 1200 tribesmen and utterly routed, losing 4 Krupp guns, 2 machine guns and 3000 rifles.

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  • Lyttelton (1st Northumberlands and Grenadier Guards, 2nd Lancashire and Rifle Brigade); Egyptian division, under Major-General Hunter, consisting of four brigades, commanded by Colonels MacDonald, Maxwell, Lewis and, Collinson; mounted troops2Ist Lancers, camel corps, and Egyptian cavalry; artillery, under Colonel Long, 2 British batteries, 5 Egyptian batteries, and 20 machine guns; detachment of Royal Engineers.

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  • A flying column, comprising a squadron of cavalry, a field battery, 6 machine guns, 6 companies of the camel corps, and a brigade of infantry and details, in all 3700 men, under Wingate, left Faki Kohi on the 21st of November.

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  • The muscle is a machine for utilizing the energy contained in its own chemical compounds.

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  • The town has a Gothic church (1581), a château, schools, cloth and cigar factories, iron-foundries, flour and saw mills and factories for machine building.

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  • The method once exclusively used consists in mixing the raw materials with a large quantity of water in a wash mill, a machine having radial horizontal arms driven from a central vertical spindle and carrying harrows which stir up and intermix any soft material placed in the pit in which the apparatus revolves.

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  • The city has important interests in lumber, besides foundries, machine shops, granite works - there are several granite (notably red granite) quarries in the vicinity - a tannery, and manufactories of shoes and calcined plaster.

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  • The principal manufactures are machineshop products (the Delaware & Hudson has repair and machine shops at Oneonta), knit goods, silk goods, lumber and planing mill products, &c. The first settlement was made about 1780.

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  • It has cotton and knitting mills, cotton-seed oil factories, machine shops, and wagon, stove, plough and fertilizer factories; and is a market and jobbing centre for a fertile agricultural region.

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  • Indeed, in the manufacture of iron and steel, Illinois was surpassed in 1900 only by Pennsylvania and Ohio, the 1900 product being valued at $60,303,144; but the value of foundry and machine shop products was even greater ($63,878,352).

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  • In 1905 the iron and steel product had increased in value since 1900 44.9%, to $ 8 7,35 2, 7 61; the foundry and machine shop products 25.2%, to $79,9 61, 4 82; and the wire product showed even greater increase, largely because of a difference of classification in the two censuses, the value in 1905 being $14,099,566, as against $2,879,188 in 1900, showing an increase of nearly 390%.

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  • There are also machine works, nail works, paper mills, and iron and brass foundries.

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  • The village has woollen mills, knitting mills, stereoscope, box, and collar and cuff factories and machine shops.

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  • It is continued until the contents of the pan have been coverted into a thick paste of small crystals of monohydrated sodium carbonate, permeated by a mother-liquor which is removed by draining on perforated plates or by a centrifugal machine, and is always returned to the pans.

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  • The first application of this machine for the present purpose seems to have been made in 1875 and the number of patents soon rapidly increased; but although a large amount of capital was invested and many very ingenious inventions made their appearance, it took nearly another twenty years before the manufacture of alkali in this way was carried out in a continuous way on a large scale and with profitable results.

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  • The reflecting surface is first ground to a spherical form, the parabolic figure being given in the final process by regulating the size of the pitch squares and the stroke of the polishing machine.

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  • The other industries of the town, notably dyeing, stuff-printing and stamping, are very considerable, and there are also engineering and machine shops, chemical, cellulose, soap, and other factories, breweries, distilleries and tanneries.

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  • In the same way, to infer a machine from hearing the regular tick of a clock, to infer a player from finding a pack of cards arranged in suits, to infer a human origin of stone implements, and all such inferences from patent effects to latent causes, though they appear to Jevons to be typical inductions, are really deductions which, besides the minor premise stating the particular effects, require a major premise discovered by a previous induction and stating the general kind of effects of a general kind of cause.

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  • When the two metal surfaces are connected for a short time with the terminals of some source of electromotive force, such as an electric machine, an induction coil or a voltaic battery, electric energy is stored up in the condenser in the form of electric strain in the glass, and can be recovered again in the form of an electric discharge.

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  • The bottle was held in the hand, and the nail presented to the prime conductor of an electrical machine.

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  • Brooklyn is also an important place for the milling of coffee and spices (the 1905 product was valued at $15,274,092), the building of small boats, and the manufacture of foundry and machine shop products, malt liquors, barrels, shoes, chemicals, paints, cordage, twine, and hosiery and other knitted goods.

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  • The city has large cement works, foundries and machine shops (stone-working machinery being manufactured), and the repair shops of the Southern Indiana railway.

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  • The town is flourishing and rapidly increasing, and possesses very extensive wire factories (in connexion with which there are puddling and rolling works), machine works, and manufactories of gloves, baskets, leather, starch, chemicals, varnish, oil and beer.

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  • Next in importance are cotton-spinning and weaving, machine embroidery, brewing, and the mother-of-pearl industry.

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  • The precise date of the invention is not known; but in 1767 he employed John Kay, a watchmaker at Warrington, to assist him in the preparation of the parts of his machine, and he took out a patent for it in 1769.

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  • Such arc the phenomena of the action of a machine, arranged in the order of can sation.

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  • But in studying or treating of, the theory of machines, the order of simplicity is the best; and in this order the first branch of the subject is the modification of motion and force by the train of mechanism; the next is the effect or purpose of the machine; and the last, or most complex, is the action of the prime mover.

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  • When the pressure and temperature of the air can be maintained constant, this machine fulfils equation (2), like the hydraulic press.

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  • Motions ClassedIn problems of mechanism, each solid piece of the machine is supposed to be so stiff and strong as not to undergo any sensible change of figure or dimensions by the forces applied to ita supposition which is realized in practice if the machine is skilfully designed.

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  • They there fore study that the numbers of teeth in each pair of wheels whici work together shall either be prime to each other, or shall hav their greatest common divisor as small as is consistent with velocity ratio suited for the purposes of the machine.

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  • One train of mechanism may diverge into two or moreas when a single shaft, driven by a prime mover, carries several pulleys, each of which drives a different machine.

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  • Laws of Motion.-The action of a machine in transmitting force and motion simultaneously, or performing work, is governed, in common with the phenomena of moving bodies in general, by two laws of motion.

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  • Thus, the weight of each separate piece in a machine is treated as acting wholly at its centre of gravity, and each pressure applied to it as acting at a point called the centre of pressure of the surface to which the pressure is really applied.

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  • Work is distinguished into useful work and prejudicial or lost work, according as it is performed in producing the useful effect of the machine, or in overcoming prejudicial resistance.

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  • Principle of the Equality of Energy and Work.FroIn the first law of motion it follows that in a machine whose pieces move with uniform velocities the efforts and resistances must balance each other.

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  • This principle, applied to a machine whose parts move with uniform velocities, is equivalent to saying that in any given interval of time the energy exerted is equal to the work performed.

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  • It is shown that a machine may at any instant be represented by a frame of links the stresses in which are identical with the pressures at the joints of the mechanism.

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  • The more nearly the efficiency of a machine approaches to unity the better is the machine.

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  • Power and Effect.The power of a machine is the energy exerted, and the effect the useful work performed, in some interval of time of definite length, such as a second, an hour, or a day.

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  • Modulus of a Machine.In the investigation of the properties of a machine, the useful resistances to be overcome and the useful work to be performed are usually given.

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  • The result of this investigation, expressed in the form of an equation between this energy and the useful work, is called by Moseley the modulus of the machine.

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  • In oruer to diminish that pressure to the smallest possible amount, the effort, and the resultant of the useful resistance, and the weight of the piece (called above the given force) ought to be opposed to each other as directly as is practicable consistently with the purposes of the machine.

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  • Of this kind is the weight of any piece in the mechanism whose centre of gravity alternately rises and falls; for during the rise of the centre of gravity that weight acts as a resistance, and energy is employed in lifting it to an amount expressed by the product of the weight into the vertical height of its rise; and during the fall of the centre of gravity the weight acts as an effort, and exerts in assisting to perform the work of the machine an amount of energy exactly equal to that which had previously been employed in lifting it.

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  • Hence, unless there be some reason to the contrary, each piece of a machine should be balanced on its axis of rotation; otherwise the centrifugal force will cause strains, vibration and increased friction, and a tendency of the shafts to jump out of their bearings.

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  • It is essential to the steady motion of every rapidly rotating piece in a machine that its axis of rotation should not merely traverse its centre of gravity, but should be a permanent axis; for otherwise the centrifugal couples will increass friction, produce oscillation of the shaft and tend to make it leave its bearings.

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  • When a weight is reciprocated, the equal and opposite force required for its acceleration at any instant appears as an unbalanced force on the frame of the machine to which the weight belongs.

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  • General Principles.In order that the velocity of every piece of a machine may be uniform, it is necessary that the forces acting on each piece should be always exactly balanced.

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  • Also, in order that the forces acting on each piece of a machine may be always exactly balanced, it is necessary that thevelocityof that piece should be uniform.

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  • When a machine is being started from a state of rest, and brought by degrees up to its proper speed, the effort must be in excess; when it is being retarded for the purpose of stopping it, the resistance must be in excess.

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  • When a machine undergoes alternate acceleration and retardation, so that at certain instants of time, occurring at the end of intervals called periods or cycles, it returns to its original speed, then in each of those periods or cycles the alternate excesses of energy and of work neutralize each other; and at the end of each cycle the principle of the equality of energy and work stated in 87, with all, its consequences, is verified exactly as in the case of machines of uniform speed.

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  • In any given interval during the working of a machine, the energy exerted added to the energy restored is equal to the energy stored added to the work performed.

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  • Flywheels.A flywheel is a rotating piece in a machine, generally shaped like a wheel (that is to say, consisting of a rim with spokes), and suited to store and restore energy by the periodical variations in its angular velocity.

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  • Let e denote the quantity by which the energy exerted in each cycle of the working of the machine alternately exceeds and falls short of the work performed, and which has consequently to be alternately stored by acceleration and restored by retardation of the flywheel.

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  • Brakes.A brake is an apparatus for stopping and diminishing the velocity of a machine by friction, such as the friction-strap already referred to in 103.

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  • To find the distance s through which a brake, exerting the friction F, must rub in order to stop a machine having the total actual energy E at the moment when the brake begins to act, reduce, by the principles of 96, the various efforts and other resistances of the machine which act at the same time with the friction of the brake to the rubbing surface of the brake, and let R be their resultantpositive if resistance, negative if effort preponderates.

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  • The liqueuring is nowadays generally carried out by means of a machine which regulates the quantity to a nicety.

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  • Here the stalks are removed, generally by a machine similar to the French egrappoir, and the grapes then placed in the lagar.

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  • It possesses agricultural implement and machine works, grain and flour mills, malt-works and breweries.

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  • The cotton trade developed rapidly after the introduction of the cylindrical carding machine, which was set up here two years before Peel used it at Bolton.

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  • Otto von Guericke (1602-1686) constructed the first electrical machine with a revolving ball of sulphur (see Electrical Machine), and noticed that light objects were repelled after being attracted by excited electrics.

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  • Sir Isaac Newton substituted a ball of glass for sulphur in the electrical machine and made other not unimportant additions to electrical knowledge.

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  • Galvani had made in 1790 his historic observations on the muscular contraction produced in the bodies of recently killed frogs when an electrical machine was being worked in the same room, and described them in 1791 (De viribus electricitatis in motu musculari commentarius, Bologna, 1791).

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  • Holmes had made a magneto machine with multiple permanent magnets which was installed in 1862 in Dungeness lighthouse.

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  • In 1873 at Vienna the fact was discovered that a dynamo machine of the Gramme type could also act as an electric motor and jwas set in rotation when a current was passed into it from another similar machine.

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  • On the smooth surface the seed is sown broadcast by hand or machine, at the rate of 3 bushels per acre, and covered in the same manner as clover seeds.

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  • The breaking is done by passing the stalks between grooved or fluted rollers of different pitches; these rollers, of which there may be from 5 to 7 pairs, are sometimes arranged to work alternately forwards and backwards in order to thoroughly break the woody material or " boon " of the straw, while the broken " shoves " are beaten out by suspending the fibre in a machine fitted with a series of revolving blades, which, striking violently against the flax, shake out the bruised and broken woody cores.

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  • In England the broad distinction between " presses " and " machines " is generally considered to rest in the fact that the former are worked by hand, and the latter by steam, gas or electricity; and the men who work by these two methods are called respectively " pressmen " and " machine minders " or " machine managers."

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  • It was left to Friedrich Ktinig (1774-1833), a German, to produce the first really practical printing machine.

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  • Two other classes of presses of somewhat different design were largely in operation in the middle of the r9th century - the " double platen," which still printed only one side at each impression from each end, and the " perfecting machine," which was made with two large cylinders and printed from two typeformes placed on separate beds.

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  • Although the latter machine turned out sheets printed on both sides before it delivered them (hence its name), the second impression was still a distinct operation.

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  • A machine of this kind, if it printed a sheet of double demy, which measures 35 X 221 in., was about 13 ft.

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  • There were two type beds and two inking tables, which travelled backwards and forwards, and one platen only, situated in the middle of the machine, which in turn gave the needful impression as the type-formes passed underneath.

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  • The sheets were laid or fed to certain marks between the frisket and tympan, and when these were closed together the carriage was propelled under the platen and the impression was given to that portion of the machine, while at the other end another sheet was being fed in ready to receive its impression in due course.

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  • The perfecting machine has had a great vogue, and has been much improved from time to time, especially in America, though the two-revolution machine in recent years superseded it, whether temporarily or not being still uncertain.

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  • In this class of machine various improvements were made from time to time by different manufacturers, each profiting by the experiences of the others, and two kinds of such revolving presses may now be given as examples.

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  • After many experiments Augustus Applegath (1789-1871) in 1848 constructed for The Times (London), a machine which was an eight-feeder, built entirely on the cylindrical principle, the cylinders placed not in a horizontal but in a vertical position.

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  • This was accomplished by the construction of cast-iron beds, one for each separate page (not column, as in Applegath's machine).

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  • Hoe's first presses were four-feeders, but as many as ten feeds were supplied, as in the case of the two presses built to replace the Applegath machine for The Times, each of which produced about 2000 impressions from each feed, making a total of 20,000 per hour, printed on one side, or from two machines 20,000 sheets printed on both sides.

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  • Bullock (1813-1867) of Philadelphia who in 1865 invented the first machine to print from a continuous web of paper.

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  • Perfecting machines, usually with two cylinders, and printing or " perfecting " both sides of a sheet before it leaves the machine, but with two distinct operations.

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  • Two-colour machines, usually made with one feed, that is, with only one cylinder, but with two printing surfaces, and two sets of inking apparatus one at each end of the machine.

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  • All the accessories for inking are placed at the end of the machine, the ink itself being supplied from a ductor, which can be so regulated by the keys attached to it as to let out the precise amount of pigment required.

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  • This revolves with the run of the machine and at the same time has a slight reciprocating action which helps the distribution.

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  • The frame of the machine, owing to the fact that it contains two carriages and a double inking apparatus, is long, the exact size depending on the size of the sheet to be printed.

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  • The AngloFrench perfecting machine is one of that class.

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  • The two-revolution machine is another one-cylinder machine built on the reciprocating principle.

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  • In the first case a bar descends upon the paper after it is laid to point marks, and this bar, having a rotary motion, runs the sheet between a roller and a small drum into the machine.

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  • The web arrangement consists of a series the high over-feedboard, and the taking-off apparatus is automatic but on a different plan from that of the ordinary Wharfedale, the sheets being carried over tapes with the freshly-printed side uppermost, thus preventing smearing; they are then carried on to the heap or pile by the frame or long arms placed at the end of the machine.

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  • A recent feature of this machine is the tandem equipment, whereby two, three or even four machines may be coupled together for colour work.

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  • These plates were then fixed on the beds of the Hoe type revolving machine, which were adapted to receive them instead of the movable typeformes previously used.

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  • The two-colour machine is generally a single cylinder (fig..8) with one feed only, and the bed motion reciprocating.

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  • A double inking apparatus is of course necessary, and the inking arrangements are placed at the two extreme ends of the machine.

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  • In comparison with the ordinary single cylinder the two-colour machine is built with a longer frame, as is necessary to allow the two type-formes to pass under the cylinder, both in its travel forward and on its return.

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  • This cylinder on its return is stationary, in fact it might be called a double or rather an alternative stop-cylinder machine, with the inking facilities arranged somewhat on the same plan as on either a two-feeder or a perfecting machine.

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  • These two-colour presses are intended only for long runs, short runs may be worked to advantage separately on the ordinary single-colour machine.

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  • Generally, with the exception just mentioned, the machine is much the same as the ordinary stop or Wharfedale.

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  • It seems almost as though this branch had reached its limit, and as though any further developments can only be a question of duplication of the existing facilities so as to print from a greater number of cylinders than, say, an octuple machine.

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  • This would be merely a matter of building a higher machine so as to take a larger number of reels arranged in decks.

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  • Hippolyte Marinoni (1823-1904), of Paris, also devised a machine on a somewhat similar principle, making the impression and type cylinders of one size and placing them one over the other.

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  • About 1870 an English rotary machine called the " Victory " was invented by Messrs Duncan & Wilson.

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  • An improved form of this machine is still in use.

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  • This machine had separate fly-boards for the delivery of the sheets.

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  • When presses are made in double width a two-reel machine is known as a quadruple, a three-reel as a sextuple, and a four-reel as an octuple machine.

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  • The quadruple machine is a favourite one and is perhaps most in demand for newspaper work.

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  • The first reel is placed to the right of the machine near the floor, and the second at the back of the machine and at right angles to it.

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  • A quadruple machine will produce 48,000 copies per hour of four, six or eight pages; and proportionately less of a greater number of pages; all folded, counted and pasted if required.

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  • The rough cost of such a machine is probably about £18,000.

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  • From this point the long sheet is carried overhead to the left-hand side of the machine, where it is cut longitudinally and divided, and then associated with the other web similarly printed by the other half of the press.

    0
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  • They then descend into the two different folders, where they are folded and cut - the copies being discharged on to the delivery boards situated at the two sides of the left-hand portion of the machine, and each quire is counted or told off by being jogged forward.

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  • This description applies to one half of the machine only, for while this is in operation the same thing is being repeated;by the other half situated at the back.

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  • Another machine, somewhat complex but quite complete in itself, is that constructed by Messrs Robert Hoe & Co.

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  • Double sets of plates are placed on the main machine, which is capable of taking twenty-four pages, but by using narrower rolls the number of pages may be reduced to either sixteen or twenty if a smaller paper is desired.

    0
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  • That portion of the machine which prints the cover is fed from a narrower reel of a different colour of paper from that used for the inside pages.

    0
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  • These presses print from eight different reels of the double width, four placed at each end, of the machine, the delivery being in the centre, and from eight sets of spent the stand is turned half way round, and four other full reels already in position are presented ready to be run into the press.

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  • We take it that the machine has already been regulated by means of the impression screws at the respective ends of the cylinder for all-round or average work, and that any inequality of impression can be remedied by adding or taking away from the sheets on the cylinder.

    0
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  • Now, supposing the forme to be dealt with consists of thirty-two pages to be printed on quad crown paper, measuring 40X30 in., on a suitable size of single cylinder machine of the Wharfedale class, it would be found, although both the machine and type were fairly new (that is, not much worn), that there was some amount of inequality in the impression given to the whole sheet.

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  • This is all important in a newspaper office, where the margin of time between the caseroom and machine department is usually so limited, for it permits several machines being quickly equipped with duplicate sets of the same pages.

    0
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  • Speeds can be regulated to a nicety for each separate machine, and any machine can be set in motion by pressing a button.

    0
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  • Formerly the greater bulk of composition was done on the piece-work system, but as machine composition has largely superseded hand labour for the more ordinary class of work, piece-work is declining, and there is a greater tendency to have the work done on " establishment " (" 'stab "), i.e.

    0
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  • The city has large machine shops of the Missouri Kansas & Texas railway and various manufactures.

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    0
  • The port, which has regular communication with all the Norwegian coast towns - Hull, Newcastle, Hamburg, &c. - carries on an extensive trade in timber, oil, fish, copper, &c. The industries include shipbuilding, sawmilling, wood-pulp and fish-curing works and machine shops.

    0
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  • But it was not until the dynamo was improved as a machine for generating large quantities of electricity at a very low cost that the electrolysis of copper could be practised on a commercial scale.

    0
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  • The warp is taken up and removed to the weaving machine.

    0
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  • The streaks are sometimes partly softened or crushed by means of a steam hammer during the process of opening the bale, then taken to the "strikers-up" where the different varieties are selected and hung on pins, and then taken to the jute softening machine.

    0
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  • The fibre is delivered by what is called the delivery cloth, and the batcher usually selects small streaks of about i 2 lb to 2 lb weight each and passes them on to the attendant or feeder of the softening machine.

    0
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  • These small streaks are now laid as regularly as possible upon the feed-cloth of the softening machine, a general view of which is shown in fig.

    0
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  • The apparatus for this function is placed immediately over the II th and 12th rollers of the softening machine and an idea of its construction may be gathered from fig.

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  • The main object is to see that the liquids are distributed evenly while the fibre is passing through, and to stop the supply when the machine stops or when no fibre is passing.

    0
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  • The uniform moistening of the fibre in this machine facilitates the subsequent operations, indeed the introduction of this preliminary process (originally by hand) constituted the first important step in the practical solution of the difficulties of jute spinning.

    0
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  • When the moisture has spread sufficiently, the material is taken to the "breaker card," the first machine in the preparing department.

    0
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  • There are large glass, chemical and machine works; nuts and bolts are made, and lighthouse fittings are a specialty.

    0
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  • A cotton-pressing machine was erected here in the time of independent Burma, and still exists.

    0
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  • Among the manufacturing establishments are foundries and machine shops, including the large shops of the Chicago & Alton railway, slaughtering and meat-packing establishments, flour and grist mills, printing and publishing establishments, a caramel factory and lumber factories.

    0
    0
  • The city has grain elevators, and manufactures of bricks and tiles, foundry and machine shop products, carriages and wagons and flour.

    0
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  • Foundries and machine shops have been established, especially for the manufacture of railway material.

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  • In the years immediately following he devoted considerable attention to the construction of a logical machine, exhibited before the Royal Society in 1870, by means of which the conclusion derivable from any given set of premisses could be mechanically obtained.

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  • A punching ball or rowing machine is even better as being less monotonous.

    0
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  • The keynote of this tendency had been struck by Hobbes, in whose philosophy man was regarded as a mere selfish sensitive machine, moved solely by pleasures and pains.

    0
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  • The industries include machine shops, breweries, and the manufacture of spirits, linen, damask, cloth, hosiery, beads and leather.

    0
    0
  • The weaving of sail-cloth and woollen and other fabrics, machine construction, wire-drawing, and manufacture of sparkling wines and preserved fruits are also carried on.

    0
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  • He has also ccnstructed an apparatus in which this variation in the surface-tension is made to do work and drive a machine.

    0
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  • After the success of his fantastic story The Time Machine (1895) he gave his time chiefly to the writing of romances, in which the newest scientific and technical discoveries were used to advance his views on politics and sociology.

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  • By means of a canal abundant water power is furnished by the Congaree, and the city has some of the largest cotton mills in the world; it has, besides, foundries and machine shops and manufactories of fertilizers and hosiery.

    0
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  • A large proportion are employed in the wire and wireworking industries, one plant, that of the American Steel and Wire Company, employing about 5000 hands; in 1905 the total value of wire-work was $1,726,088, and of foundry and machine;shop products $7,327,095.

    0
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  • The city has electric car and steam car shops and various manufactures, including stoves and furnaces (the most important), bottles, table glass-ware, cigars, rope halters, machine furniture and bent wood.

    0
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  • Atchison's situation and transportation facilities make it an important supply-centre, its trade in grains and live-stock being particularly large; it has large railway machine shops, and its principal manufactures are flour, furniture, lumber, hardware and drugs.

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  • Having boasted that he could construct a machine for regulating the inundations of the Nile, he was summoned to Egypt by the caliph Hakim; but, aware of the impracticability of his scheme, and fearing the caliph's anger, he feigned madness until Hakim's death in 1021.

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  • The more important industrial establishments, such as iron foundries, machine works, tobacco and cloth factories, are mainly confined to the large towns, such as Altona, Kiel and Flensburg.

    0
    0
  • Leavenworth is a trading centre and has various manufactures, the most important being foundry and machine shop and flouring and grist-mill products, and furniture.

    0
    0
  • The industrial establishments of the city include flour, planing and saw mills, the machine shops (of the St Louis division) of the Chicago, Burlington & Quincy railway, ice factories, pearl button factories and a shoe factory.

    0
    0
  • Flying animals differ entirely from sailing ships and from balloons, with which they are not unfrequently though erroneously compared; and a flying machine constructed upon proper principles can have nothing in common with either of those creations.

    0
    0
  • The ship floats upon water and the balloon upon air; but the ship differs from the balloon, and the ship and the balloon differ from the flying creature and flying machine.

    0
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  • The analogies which connect the water with the air, the ship with the balloon, and the ship and the balloon with the flying creature and flying machine are false analogies.

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  • A sailing ship is supported by the water and requires merely to be propelled; a flying creature and a flying machine constructed on the living type require to be both supported and propelled.

    0
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  • The physical properties of water and air explain in a great measure how the sailing ship differs from the balloon, and how the latter differs from the flying creature and flying machine constructed on the natural type.

    0
    0
  • The balloon is a mere lifting machine and is in no sense to be regarded as a flying machine.

    0
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  • No machine, however light and powerful, will ever fly whose travelling surfaces are not properly fashioned and properly applied to the air.

    0
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  • It shows that a flying machine need not necessarily be a light, airy structure exposing an immoderate amount of surface.

    0
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  • The flying machine must be multum in parvo.

    0
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  • Extensive inert surfaces indeed are contra-indicated in a flying machine, as they approximate it to the balloon, which, as has been shown, cannot maintain its position in the air if there are air currents.

    0
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  • A flying machine which could not face air currents would necessarily be a failure.

    0
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  • As there are active and passive surfaces in the flying animal, so there are, or should be, active and passive surfaces in the flying machine.

    0
    0
  • The existence of such a law is very encouraging so far as artificial flight is concerned, for it shows that the flying surfaces of a large, heavy, powerful flying machine will be comparatively small, and consequently comparatively compact and strong.

    0
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  • This is a point of very considerable importance, as the object desiderated in a flying machine is elevating capacity.

    0
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  • This author, in his treatise on the Theorie de la vis d'Archimede, describes a machine provided with two screws which he calls a " pterophores."

    0
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  • The bow is then to be strung equally on each side to the upper portion of the shaft, and the little machine is completed.

    0
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  • Bright took out a patent for a machine to be sustained by vertical screws.

    0
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  • The vertical axes are surmounted by two parachutes, and the body of the machine is furnished with an engine, propeller, rudders and an extensive aeroplane.

    0
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  • Henson constructed and patented a similar machine in 1842.

    0
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  • Henson's flying machine, designed in 1843, was the earliest attempt at aviation on a great scale.

    0
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  • The machine advanced with its front edge a little raised, the effect of which was to present its under surface to the air over which it passed, the resistance of which, acting upon it like a strong wind on the sails of a windmill, prevented the descent of the machine and its burden.

    0
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  • The machine, fully prepared for flight, was started from the top of an inclined plane, in descending which it attained a velocity necessary to sustain it in its further progress.

    0
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  • This may be expanded or contracted at pleasure, and is moved up and down for the purpose of causing the machine to ascend or descend.

    0
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  • Beneath the tail is a rudder for directing the course of the machine to the right or to the left; and to facilitate the steering a sail is stretched between two masts which rise from the car.

    0
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  • The amount of canvas or oiled silk necessary for buoying up the machine is stated to be equal to one square foot for each half pound of weight."

    0
    0
  • This accomplished it was hoped that the weight of the machine would gradually be thrown upon the aeroplanes in the same way that the weight of certain birds - the eagle, e.g.

    0
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  • The machine, however, did not realize the high expectations formed of it, and like all its predecessors it was doomed to failure.

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  • These were made largely of steel and aluminium, and one of them in 1896 made the longest flight then recorded for a flying machine, namely, fully half a mile on the Potomac river.

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  • Langley's machine shown in fig.

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  • The machine required to be dropped from a height, or a preliminary forward impetus had to be given to it, before it could be started.

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  • At the first trial of this machine, on the 7th of October 1903, just as it left the launching track it was jerked violently down at the front (being caught, as subsequently appeared, by the falling ways), and under the full power of its engine was pulled into the water, carrying with it its engineer.

    0
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  • At the second and last attempt, on the 8th of December 1903, another disaster, again due to the launching ways, occurred as the machine was leaving the track.

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  • This time the back part of the machine, in some way still unexplained, was caught by a portion of the launching car, which caused the rear sustaining surface to break, leaving the rear entirely without support, and it came down almost vertically into the water.

    0
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  • The boat and machine had drifted apart, and one of the tugs in its zeal to render assistance had fastened a rope to the frame of the machine in the reverse position from what it should have been attached, and had broken the frame entirely in two.

    0
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  • The steam-generating appliances, which weighed only woo lb in all, were placed in the front of the machine.

    0
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  • When going at full speed these engines conferred 425 revolutions per minute on the two gigantic propellers that drove the machine along.

    0
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  • The body of the machine was oblong in shape, with the fore-part cut away like a water-chute boat, and a long counter at the stern over which the propellers revolved.

    0
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  • The machine was strengthened in every direction by vertical and other supports and securely wired together at all points.

    0
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  • After everything had been got in readiness, careful observers were stationed along the track, and the machine was connected to a dynamometer.

    0
    0
  • The signal being given to let go, the machine darted forward at a terrific pace, and the safety-valve ceased to blow.

    0
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  • More gas was instantly turned on, and before the machine had advanced 300 ft., the steam had mounted to 320 lb per sq.

    0
    0
  • When the machine had travelled only a few hundred feet, all four of the small outrigger wheels were fully engaged, which showed that the machine was lifting at least 8000 lb.

    0
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  • The speed rapidly increased until when the machine had run about 900 ft.

    0
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  • When the machine had travelled about woo ft., the left-hand forward wheel became disengaged from the safety track, and shortly after this the right-hand wheel broke the upper track-3 in.

    0
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  • Georgia pine - and a plank became entangled in the framework of the machine.

    0
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  • Steam had already been shut off, and the machine coming to rest fell directly to the ground, all four of its wheels sinking deeply into the turf without leaving other marks.

    0
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  • Before making this run the wheels which were to engage the upper track were painted, and the paint left by them on the upper track indicated the exact point where the machine lifted.

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  • It was with a machine of the latter type that he was upset by a sudden gust of wind and killed in 1896.

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  • Santos Dumont, after a number of successful experiments with dirigible cigarshaped gas balloons, completed an aeroplane flying machine.

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  • The machine was furnished with two wheels and vertical supports which depended from the anterior parts of the aeroplanes and supported it when it touched the ground FIG.

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  • By the aid of this arrangement the natural cant of the machine when making a turn could be checked, if it became excessive.

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  • The whole machine, with aeronaut, weighed about i ioo lb, the weight of the motor being reputed to be 200 lb.

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  • A feature of the year 1909 was the success obtained with monoplanes having only a single supporting surface, and it was on a machine of this type that the Frenchman Bleriot on July 25th flew across the English.

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  • The invention of the steam engine, following quickly upon that of the carding machine, the spinning jenny, and other ingenious machinery employed in textile manufactures, gave an extraordinary impulse to their development, and, with them, that of kindred branches of industry.

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  • According to this school, man is a machine, no doubt the most complex and wonderfully adapted of all known machines, but still neither more nor less than an instrument whose energy is provided by force from without, and which, when set in action, performs the various operations for which its structure fits it, namely, to live, move, feel, and think.

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  • In 1905 the value of Pittsburg's foundry and machine shop-products was $9,631,514; of the product of steam railway repair shops, $3,726,990 (being 424.8% more than in 1900); of malt liquors, $3,166,829; of slaughtering and meat-packing products, $2,732,027; of cigars and cigarettes, $2,297,228; of glass, $2,130,540; and of tin and terne plate, $1,645,570.

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  • Among the city's manufactures are leather, worsted goods, agricultural implements, and foundry and machine shop products; in 1905 the total value of the factory product was $1,895,454, an increase of 114.3% in five years.

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    0
  • The name of " abacus " is also given, in logic, to an instrument, often called the " logical machine," analogous to the mathematical abacus.

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  • The end knife-edges are adjusted and tightly jammed into exact position by means of wedge pieces and set screws, and the beam is furnished with delicate adjusting weights at its top. The position of the beam with respect to the horizontal is shown by a horizontal pointer (not shown) projecting from one end of it, which plays past a scale, each division of which corresponds to the i l oth or i hth of a grain according to the size and delicacy of the machine.

    0
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  • In Emery's testing machine there are no knife-edges, but their function is performed by thin steel plates, which are forced under a very heavy pressure into slots formed in the parts that are to be connected, so that the parts are united by the plate.

    0
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  • And the operations of placing and shifting the weights must be effected by mechanism which will enable this to be done without opening the case or exposing the machine.

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  • So that if, for example, a fishmonger uses such a machine to ascertain the weight of a piece of fish which he places in the goods - pan, and thereby depresses it down upon its stop, and then places weights in the weights-pan till the goods-pan rises, the customer is charged for more than the real weight of the fish.

    0
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  • Secondly, in using them out of level, with the goods end of the machine lower than the weights end.

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    0
  • If 0 be the angle of tilt of the machine, and the other symbols be as before, it may be shown that the additional weight, w FIG.

    0
    0
  • When 0 is negative, as it is when the goods end of the machine is lower than the weights end, the value of w may be very appreciable.

    0
    0
  • If a counter machine be made with a large flat goods-pan, as in fig.

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  • The torsion balance made by the United States Torsion Balance and Scale Company of New York is a counter machine made with - out knife-edges, and is very sensitive.

    0
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  • When the case which holds the machine is adjusted hori - zontally by means of its foot - screws, and the weights in the pans are equal, the beams remain perfectly horizontal; but with the slightest difference of weight in the pans the beams are tilted, and the elastic resistance of the springs to torsion allows the beams to take up a definite position of equi - librium.

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  • The lower beam carries on a saddle a scale which is raised nearly to the top of the glass case in which the machine is enclosed, and as the beams sway this scale plays past a scratch on the glass, which is so placed that when the zero point on the scale coincides with the scratch the beams are horizontal.

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  • With proper care this machine should be very per - manent in its action.

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  • The automatic personal weighing machine found at most railway stations operates by means of a steelyard carrying a fixed weight on its long arm, the load on the platform being inferred from the position of the steelyard.

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  • They are also used as trade computing machines, as in the case of the machine made by the Computing Scale Company, Dayton, Ohio, U.S.A. In this machine the goods to be priced are placed on the platform of a small platform machine whose steelyard is adjusted to balance exactly the weight of the platform, levers and connexions.

    0
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  • The rod which transmits the pull of the long body lever of the platform machine to the knifeedge at the end of the short arm of the steelyard is continued up - wards, and by a simple mechanical arrangement transmits to an upper steelyard any additional pull of the long body lever due to the weight of goods placed on the platform.

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  • This upper steelyard is arranged as in fig 9, where A is the point where the pull of the long body lever due to the weight of the goods on the platform comes upon the steelyard; C is the fulcrum of the steelyard, which with the steelyard can be slid to and fro on the frame of the machine; and Q 8 s frl FIG.

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  • With accelerating machines a small amount of tilt in any direction considerably affects the accuracy of the weighing, and when the amount of tilt is considerable the action may be changed, so that a machine which was intended to act as an accelerating machine acts like a vibrating one.

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  • When a platform machine is in true adjustment, and the loose weights which are intended to be hung at the end of the steelyard are correct and consistent among themselves, a good and new machine, whose capacity is 4 cwt., should not show a greater error than 4 oz.

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  • A crane machine of peculiar construction, well adapted for weigh - ing heavy loads, and extremely simple and compact, which does not properly come under any of the heads under which the machines have been classified, is the hydrostatic weighing machine.

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  • This machine is constructed with an open top cylinder, a stirrup strap being provided by which it may be suspended from a crane.

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  • They are rapid in action, the indication is in general clear, and there is no need of loose weights except for testing the machine occasionally.

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  • For the sake of compactness and convenience of reading the extension of the springs, and consequently the load, is frequently indicated on a dial, by means of a small rack and pinion, which give motion to a finger on the dial-plate, but the regularity and correctness of the indications of the finger will depend upon the condition of the rackwork and upon the friction, and these will vary with the wear of the machine.

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  • The casing is fixed in supports on the top of a strong frame, which also carries a small platform machine of ordinary construction on which the goods to be weighed are placed.

    0
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  • And the machine is arranged to weigh goods up to 8 lb with the fixed weight only on the pendulum, and up to 16 lb with an additional weight which can be readily slipped on to the pendulum rod.

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  • On the customer's side of the machine the weight of the goods is indicated on a pair of arcs by a separate index arm precisely in the same manner as on the seller's side.

    0
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  • The upper end of this rod is formed into a loop, and this loop pulls upon a knife-edge which is fixed to a short lateral arm rigidly attached to a vertical disk, and this disk turns in bearings formed in the frame of the machine.

    0
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  • In order to deaden the vibrations of the index arm when weighing goods a vertical rod is attached to the lever from the lever machine near its left-hand end, and this rod carries on its lower end a plunger which works in a closed cylindrical dash-pot containing oil or glycerin.

    0
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  • Up to 2 lb the weight of the load is registered automatically on the chart in much the same manner as in the case of the automatic computing weighing machine already described.

    0
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  • The disk also carries a second and corresponding index arm which indicates the weight on the purchaser's side of the machine.

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  • As they revolve these brushes engage the tea in the hopper, draw it out by degrees, and drop it into a compartment of a circular drum which hangs on one end is placed in the weights-pan of the balance, and is the only loose weight used with the machine.

    0
    0
  • The pair of beams are hung centrally by rods and hooks from knife-edges in the forked end of a strong beam, which is carried at its fulcrum by the top plate of the frame of the machine.

    0
    0
  • Underneath the top plate of the machine, and strongly framed to it, is a box, which contains the horizontal rods to the ends of which are attached the slides which regu late the flow of sugar from the 8 bottom of the hopper.

    0
    0
  • When it is desired to use the machine, a 4-lb bag is placed under the orifice of the hopper upon the goods-pan of the balance, and the slide rods are thrust back by hand till they are held by their detents, and the sugar flows rapidly into the bag.

    0
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  • The beam then recovers its original position and the action of the machine is renewed.

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    0
  • I* - This machine is adapted for weighing out granulated white sugar in parcels of I-lb, 2-lb and 4-lb weight.

    0
    0
  • The trucks or other receptacles containing the coal, &c., are drawn upon the platform of the machine, and the pull of the load is transferred by a vertical rod at the left-hand end of the machine to the knife-edge on the short arm of the steelyard, whose fulcrum is carried on bearings in the frame.

    0
    0
  • Behind the pulley at the top of the machine and on the same shaft is a spur wheel, which drives both of the spur wheels shown in the diagram.

    0
    0
  • On the same axle as the drum and behind it is a small pulley which is keyed upon the axle and is connected with the small pulley (which runs idle on its shaft) at the left-hand side of the machine by a crossed belt.

    0
    0
  • When the poise arrives at zero it frees the clutch which connects the pulley and the sprocket wheel, and the machine is then ready for the next load.

    0
    0
  • It consists of a platform which is carried by levers arranged in the manner of an ordinary platform machine, which are connected with the registration mechanism by a vertical rod.

    0
    0
  • The McDonogh farm school, with a farm of more than Boo acres, a printing-office, and carpenter and machine shops prepares poor boys to enter any college in the country.

    0
    0
  • Baltimore is also a well-known centre for the manufacture of clothing, in which in 1905 ($22,684,656) it ranked fourth among the cities of the United States; for cigar and cigarette-making (1905, $4,360,366); for the manufacture of foundry and machine shop products (1905, $6,572,925), of tinware (1905, $5,705,980), of„shirts (1905, $5,710,783), of cotton-duck (the output of sailduck being about three-fourths of the total for the United States), bricks (about 150,000,000 annually), and fertilizers; it also manufactures furniture,malt liquors,and confectionery, and many other commodities in smaller amounts.

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  • Soon after the Civil War a Democratic " machine " got firm control of the city, and although a struggle to overthrow the machine was begun in earnest in 1875 by a coalition of the reform element of the Democratic party with the Republican party, it was not till 1895 that the coalition won its first decisive victory at the polls.

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  • Lesser manufacturing interests are railway shop construction (value in 1905, $11,521,144); zinc smelting and refining (value in 1905, $10,999,468); the manufacture of cheese, butter and condensed milk (value in 1905, $3,94 6, 349); and of foundry and machine shop products (value in 1905, $3,756,825).

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  • The machine of government was beginning to work in a satis4actory fashion, and the realm was already settling down.

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  • Not that Richelieu was hostile to them in principle; but he was obliged at all hazards to find money for the upkeep of the army, and the provincial states were a slow and heavy machine to put in motion.

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  • He tried to import more method into the very unequal distribution of taxation, less brutality in collection, less confusion in the fiscal machine, and more uniformity in the matter of rights; while he diminished the debts of the much-involved towns by putting them through the bankruptcy court.

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  • He did not succeed either in stemming the tide of expense, nor in his administration, being in no way in advance of his age, and not perceiving that decisive reform could not be achieved by a government dealing with the nation as though it were inert and passive material, made to obey and to payS Like a good Cartesian he conceived of the state as an immense machine, every portion of which should receive its impulse from outsidethat is from him, Colbert.

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  • Other important manufactures with the product-value of each in 1905 were malt liquors ($1,185,525), foundry and machine shop products ($2,820,697), structural iron-work ($1,991,771), steam railway car construction and repairing ($2,027,248), patent medicines ($1,715,889), furniture ($1,238,324), cooperage ($1,415,360), and hosiery and knit goods ($957455) The total value of the factory product was $94,407,774 in 1900, and $121,593,120 in 1905, an increase of 28.8%; in 1905 the value of the factory product was 39.5% of that of the entire state.

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  • Rosenheim is frequented for its saline and sulphur baths, and there are important saltworks, the brine being conveyed from Reichenhall in pipes; it has also machine factories, metalworks and breweries.

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  • He seems, in addition, to have compromised his position with the grandducal family by the imprudent candour with which he condemned a machine for clearing the port of Leghorn, invented by Giovanni de' Medici, an illegitimate son of Cosmo I.

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  • The value of the idea at once struck him; he set to work on utilizing the principle involved, and ere long had constructed a machine admirably adapted to serve its purpose.

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  • Root, who in 1869 perfected a machine on similar lines to the Hruschka one but embodying various improvements.

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  • A simple form of machine for extracting honey by centrifugal force was brought to notice in England in 1875, and was soon improved upon, as will be seen in fig.

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  • The further development of the honey extractor has of late been limited to an increase in the size of machine used, in order to save time and manual labour, and thus meet the requirements of the largest honey producers, who extract honey by the car load.

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  • Next in importance, to bee-keepers, is the enormous advance made in late years through the invention of a machine for manufacturing the impressed wax sheets known as " comb foundation," aptly so named, because upon it the bees build the cells wherein they store their food.

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  • Among its manufactures are foundry and machine shop products, worsted goods and electrical apparatus; the factories utilize the water power of the falls.

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  • Other important manufactures are ships, paints, foundry and machine shop products, brass goods, furniture, boots and shoes, clothing, matches, cigars, malt liquors and fur goods; and slaughtering and meat packing is an important industry.

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  • The analogy with stress appears complete; the motion of the "driving link" of a machine is communicated to all the other parts, modified or unchanged as the case may be, by the stresses in those parts; but the actual setting in motion of the driving link itself cannot come about by stress, but must have for its production force obtained directly from the expenditure of some form of energy.

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  • The warm meal is then delivered through measuring boxes into closed pressbags ("scourtins" of the "Marseilles" press), or through measuring boxes, combined with an automatic moulding machine, into cloths open at two sides (Anglo-American press), so that the preliminarily pressed cakes can be put at once into the hydraulic press.

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  • The edges of the cakes invariably retain a considerable portion of oil; hence the soft edges are pared off, in the case of the oblong cake in a cakeparing machine, and the parings are returned to edge-runners, to be ground up and again pressed with fresh meal.

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  • The essential oil itself can be recovered from the perfumed oils, prepared either by enfleurage or maceration, by agitating the perfumed fat in a shaking machine with pure concentrated alcohol.

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  • The function of a refrigerating machine, therefore, is to take in heat at a low temperature and reject it at a higher one.

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  • The relation then between the work expended and the actual cooling work performed denotes the efficiency of the process, and this is expressed by Qt/(Q2-Q1); but as in a perfect refrigerating machine it is understood that the whole of the heat Q i is taken in at the absolute temperature T 11 and the whole of the heat Q2, is rejected at the absolute temperature T2, the heat quantities are proportional to the temperatures, and the expression T,/(T 2 -T,) gives the ideal coefficient of performance for any stated temperature range, whatever working substance is used.

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  • No actual refrigerating machine does, in fact, take in heat at the exact temperature of the body to be cooled, and reject it at the exact temperature of the cooling water, but, for economy in working, it is of great importance that the differences should be as small as possible.

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  • Compressed-air Machines.-A compressed-air refrigerating machine consists in its simplest form of three essential parts -a compressor, a compressed-air cooler, and an expansion cylinder.

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  • Consequently, to make such a machine mechanically successful a comparatively small weight of air must be used, and the temperature difference increased; in other words, the air must be discharged at a temperature very much below that to be maintained in the room.

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  • This theory of working is founded on the Carnot cycle for a perfect heat motor, a perfect refrigerating machine being simply a reversed heat motor.

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  • Kirk's machine was used commercially with success on a fairly large scale, chiefly for ice-making, and it is recorded that it produced about 4 Ib of ice for I no of coal.

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  • The first successful cargo of frozen mutton from Australia was also brought by a Bell-Coleman machine in 1879.

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  • In the Bell-Coleman machine the air was cooled during compression by means of an injection of water, and further by being brought into contact with a shower of water.

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  • At the present time the Bell-Coleman machine has practically ceased to exist.

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  • The pistons of the compression and expansion cylinders are connected to the same crankshaft, and the difference between the power expended in compression and that restored in expansion, plus the friction of the machine, is supplied by means of a steam engine coupled to the crankshaft, or by any other source of power.

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  • The earliest machine of this kind appears to have been made in 1 755 by Dr. William Cullen, who produced the vacuum by means of a pump alone.

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  • Windhausen patented a vacuum machine for producing ice in large quantities, and in 1881 one of these machines, said to be capable of making about 12 tons of ice per day, was put to work in London.

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  • Both these vessels are mounted on a rocking base, so that the acid can be thoroughly agitated while the machine is being worked.

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  • The small Fleuss machine will produce about i 4 lb of ice in one operation of 20 minutes.

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  • Another machine, which can be easily worked by a boy, will produce 20 to 30 lb of ice in one hour, and is perhaps the largest size practicable with this method of freezing.

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  • This machine, though never used commercially, is the parent of all modern compression machines.

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  • In 1856 and 1857 James Harrison of Geelong, Victoria, patented a machine embodying the same principle as that of Perkins, but worked out in a much more complete and practical manner.

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  • It is stated that these machines were first made in New South Wales in 1859, but the first Harrison machine adopted successfully for industrial purposes in England was applied in the year 1861 for cooling oil in order to extract the paraffin.

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  • He dealt with the coefficient of performance as a common basis of comparison for all machines, and showed that the compression vapour machine more nearly reached the theoretic maximum than any other (Bayerisches Industrie and Gewerbeblatt, 1870 and 1871).

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  • Linde also examined the physical properties of various liquids, and, after making trials with methylic ether in 1872, built his first ammonia compression machine in 1873.

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