9 86, 107 231 Eystem of Measurement, The Decimal, 83 Colouring,” “The Principles and Practice of Harmo- B. nious, 266 Commissioners' of patents report of 1858, the, 90 Committee of council on education, 28 on dockyard 'economy, report on the Admi. ralty, 86, 107 Beardmore's "Globe telegraph," 10, 54 Compasses of iron ships, the, 215 Compass, Maillard's patent, 171 Company, 376 Complete specifications, patents applied for with, 16, 32, 48, 64, 79, 128, 176, 192, 208, 239, 304, 252, 368, 399, 424 368 Composition for coating iron ships' bottoms, 359 Compound Interest," Thoman's “Theory of, 231 Concussion and Percussion shells, 283, 300 should be suspended, how, 264, 283 Condensation, on surface, 261 Condensers for marine engines, Samuel and Nicholson's patent paddle-wheel, 25 Construction, screw propellers and their, 253, 268 Contract, coining by, 314 Converting cast-iron guns into breech-loaders, 187 Cooking apparatuses, Graveley's patent improved distil- 124, 221, 253, 316, 413 ling and, 391 Copper coinage, the old, 204, 220 or bronze coinage, the intended new, 300 Cops, Fielden's patent, 395 824, 357, 381, 390 Cornwall Polytechnic Society," " Annual Report of the Royal, 342 Correspondents, notices to, 140, 155, 172, 204, 236, 284 Cort and his inventions in the manufacture of British iron, the case of Henry, 3, 36, 52, 85, 100, 117, 355, 387, 422 for railway trains, new, 16+ testimonial fund, the, 186, 394, 395 Court's patent gas-burners, 185 Crinoline and brass wire, 395 Crossley and others v. Talbot, 376 Crossley's patent jacquard machinery for weaying carpets, 376 Crust, on the earth's internal temperature and the thick- ness of its solid, 183 Crystal Palace, the, 155 Cunningham's patent reefing gear, 268, 832 Curtain's patent carpets, 364 Curtain v. Crossley and others, 364 231, 253, 261, 267, 268, 279, 281, 282, 358 Cylinder expansion marine engines, double, 330 iron, the case of Henry Cort and his inventions in the manufacture of, 3, 36, 32, 85, 100, 117, 355, 387, 422 Cylinders, the strength of glass globes and, 139 D. Bullion rooms, the construction of, 316 Death of Mr. John Fincham, 380 arches, 8 Deep-sca pressure gauge, the, 282 Defences, the national, 86, 301 Delamotte's “ Examples of Modern Alphabets," 342 Denny's life buoy, 253 C. Density of steam at all temperatures, experimental re- searches to determine the, 279 Desiccated Milk Company (limited) r. Fadeuilhe, the, 107 Designs for articles of utility registered, list of, 80, 144, 224, 288, 252 Dial, Captain Toovey's azimuth, 390 Dictionary of arts, manufactures, and mines," Hunt's “Ure's, 307, 357 Distilling and cooking apparatuses, Graveley's patent improved, 391 Distributing seeds and manure, Newington's apparatus for, 296 Jeffries' long-range, 171 Diving apparatus, Heinke's patent, 248 rifled, 93, 124 Dock gates and the roof of the bee's cell, on the angle of, 358 the manufacture of, 57, 73 Dockyard economy, report of the Admiralty Committee on, 86, 107 Dockyards, task-work 1. day-work in the, 59 Carpets, Crossley's patent jacquard machinery for wear Douglas' (Sir Howard) improvements on the screw pro- ing. 376 peller, 153, 301 Doulton v. Stiff, 12 Cartridge, Norton's gossamer, 301, 360 Drawing-roʻın portrait gallery of eminent personages," " the, 231 of British iron, 3, 36, 52, 85, 100, 117, 355, 387, 422 Drilling machinery of Messrs. Sharp, Stewart, and Co., the patent traversing, 56 guns into breech-loaders, converting, 187 Drinking fountains at Kew, 107 the chemistry of, 165 fountain filter, the Gloucester corporation, 201 free, 120, 137 Duncan and Gwynne's patent heat-diffusers. 73 propeller, Robertson's pat-nt, 281 Dunn's patent carpet cloth, 44 Dust, a new method of laying, 171 380, 381 “Chart of the Royal Navy of Great Britain," Potter's, 23 E. Earth's internal temperature, and the thickness of its solid crust, on the, 183 engineers, institution of, 39, 316, 324, 342, 373, 411 East India steam navigation company, 236 Economy, steam-ship, 245, 268, 281, 294, 311, 331, 362, 379. Educated female labour, 348 Clegg's “ Practical Treatise on the Manufacture of Coal Education, committee of council on, 28 Electric cables, coiled, 267 telegraph cables, 92, 106, 204 121, 221, 253, 316, 113 Electro magnetic coil, 76, 107, 140 Elephant, Taylor's patent stcam, 233 Elongated pointed rifle shot for vertical fire, 168, 381 Club implement show, the Smithfield, 359 Embossing and stamping press and stamp affixer, Lock's, 341 ," " The drawing-room portrait gallery ture of, 266 of, 231 Coating iron ships' bottoms, compositions for, 359 Emperor steamer, 348 Entield rifle bayonet, the, 277 Enfield rifle pattern 1853, the, 149 the small arms factory at, 44, 69 the intended new copper or bronze, 124, 168, 300 Engine at the Newcastle waterworks, the pumping, 89, 103 old copper, 204, 220 Blackburn's patent traction, 376 Boydell's traction, 119 adaptation of the, 309 Engineering," Sleigh's " Essay on hydrographical, 45 Engineers, association of foremen, 28, 103, 171, 203, 235, 315, 375 institution of civil, 39, 316, 324, 342, 373, 411 mechanical, 93, 181, 217, 314 ," "Our military, 357 society, civil and mechanical, 410 199, 264 395, 413 gas," 266 19 315, 375 99 9 357 Engine governor, Jensen's marine, 104, 119 List of new books, 10, 53, 139, 169, 183, 231, 266, 301, 309, 324, 357, 381, 390 380, 381 sealed patents, 16, 32, 48, 61, 80, 96, 112, 125, 14, 176, 192, 208, 224, 240, 256, 272, 288, 304, 310, 336, 352, 368, 384, 400, 416, 424 Literary and Philosophical Society, Manchester, 279, 295, H. 310, 357, 375 Literature, 10, 22, 45, 122, 138, 231, 266, 278, 307, 324, 311, Hadlow's linen marker, 394 Liverpool telegraph, Holyhead and, 25 Harmonious colouring,” “The principles and practice Lock's embossing and stamping press and stamp affixer, 31 Harwood and others v. the Great Northern Railway Com Locomotives, coal-burning, 230, 326 pany, 376 Logarithms for numbers less than unity, rule to facilitate the use of, 283 on the true action of what are called, 282 "Johnstone's “Elementary treatise on, 309 experiments and observations on, 378, 404, 418 London and Mediterranean Steam Company, 348 sewage, 364 the geological society of, 12, 27, 313, 575, 412 on the transmission of, 294 Lord and others, Fielden r., 395 Loseby (Mr.) on Big Ben, 235 on bells, 316 “ High speed steam navigation and steam-ship perfection, Loss of the Royal Charter, the, 379, 380, 396 Lowering boats, Clifford's system of, 11, 20, 42, 105, 124, 22, 253, 316, 113 Ludlum's patent life-boat, 343 Lungley's stcering-signal apparatus, 154 Hooks, Captain Kynaston's disengaging, 13, 107 M. Horticultural society, 187 Machine, the sewing, 7, 22, 37 Macnee v. Nimmo, 155 used in iron-making, the invention of the, 358 Magnetical research," Scoresby's “Journal of a voyage Hull, the progress of steam navigation at, 231 round the world for, 307, 324 Magnetism of ships, the, 42, 58 “ Ure's dictionary of arts, manufactures, and Maillard's patent compass, 171 mines," 307, 357 Mail steam-packet company, Beckford and another the royal, 376 lift at the Victoria Docks, the, 136 Manchester literary and philosophical society, 279, 295, 316, 337, 373 Sheffield, and Lincolnshire Railway Company r. I. Wood, the, 326 Manipulation, mechanical, 381 "Manual of naval tactics,” Ward's, 278 Manufacture of British iron, the case of Henry Cort' and Mechanical Engineers, 93, 181, 217, 311 his inventions in the, 3, 36, 52, 85,f100, 117, 355, 387, 12? united service, 312 cannon, the, 57, 73 "photogenic or hydro-carbon oils,” Anti- sell's, 311 272, 288, 304, 319, 336, 352, 368, 382, 400, 416, 424 Manufactures, and mines,” Hunt's, “ Ure's dictionary of arts, 307, 357 of the screw propeller, the, 311 Manure, Newington's apparatus for distributing teeds and, 296 Henry Cort and his, 3, 36, 52, 85, 100, 117, Marble, artificial statuary, 171 355, 387, 422 Marine and stationary engine governors, Silver's patent, 252 "“Patents for, S08 engine governor, Jensen's, 104, 119 engines, double cylinder expansion, 330 frigates, new, 395 light, a new, 136 making, the invention of the hot-blast used in, 358 lights, Silas's, 331 telegraph, ocean, 133 » shipbuilding, 299 Marker, Hadlow's linen, 394 , ship's bottons, compositions for coating, 359 Mason and Shand's new steam fire-engine, 24, the compasses of, 215 Match, the safety, 199 sided ps, Admiralty experiments on, 137 Maximum thermometer, Scott's, 9 steam ram, the new, 10 Measures of length, on the nomenclature of metrical, 23.5 ships, 300 Measuring machines, Whitworth's, 217 the case of Henry Cort and his inventions in the Mechanical engineers, institution of, 93, 181, 217, 314 engineers' society, civil and, 410 manipulation, 381 Mediterranean Steam Company, London and, 3iş J. Mercantile marine, on the employment of auxiliary steal power in the, 341 Jacquard machinery for weaving carpets, Crossley's pa Mersey's screw, the, 118 tent, 376 Metal, coin of mixed, 93, 118 Jeffrey's improved breakwater, Richardson and, 312 Metallic ships, improved, 199 Metal sheathing, yellow, 76 Meteorological telegraphy, 379 Metrical measures of length, on the nomenclature of, 235 Johnstone's "Elementary treatise on logarithms," 308 Middleton's punching and shearing machines, 152 "Journal of a voyage round the world for magnetical Midworth, Goucher v. 326 research," Scoresby's, 307, 321 Military engineers," "Our, 357 the roral agricultural society of England," Milk Company (Limited) 0. Fadeuilhe, the desiccated, 107 " The, 231 Mill-banding, Spill's new, 184, 198, 235 Mill-bands, improvement in, 152 K. Millions, utilising the, 12 Miners, on a safety cage for, 234 Mines,” Hunt's “Ure's dictionary of arts, manufactures, and, 307, 357 lighting, 380 Mint, money-making at the Royal, 4, 13, 21, 28, 38, 54 the new Calcutta, 181 Money in England, ancient modes of coining, 24 1 L. making at the Royal Mint, 4, 13, 21, 28, 38, 51 Monster troop steamer, 329 Mowing and reaping machines at Warwick, trials of, 59 Murray's patent improved chain pumps, 403 Myria-type, 9 Law cases, 12, 39, 60, 92, 107, 133, 135, 320, 361, 376, 395 patent, 300 Laws, rcform in the patent, 213 National defence commission, 165 defences, the, 86, 301 Gallery, the, 381 Naval architecture, theory of, 5, 214, 326 Tactics," Ward's "Manual of, 278 system in France, 284 - Navies of the World,” Busk's, 138, 130, 168 99 Navigation, aërial, 252, 268 and steam-ship perfection," Armstrong's “high speed steam, 22 marine, 136 at Ilull, the progress of steam, 231 of the air, the, 202, 220 picture galleries with gas, 75 on the river Amazon, steam, 314 aphy, appl ion of rtificial, 26 Navy, improved signal lamps for the, 91 of Great Britain," Potter's "Chart of the Royal, 93 the French, 236 Newcastle waterworks, the pumping engine at the, 89, 103 99 Light in phot 9 99 Newington's apparatus for distributing seeds and manure, Prizes for reaping machines, French, 72 Sawdust and wood-cuttings, 301 312, 357, 373, 391, 411 Science and art department, the, 104 social, 235 ," Timbs's “ Stories of inventors and discoverers in, 357 the Prince Consort on, 195 Robertson's patent chain, 281 Scientific relief fund, 414 Scoresby's “ Journal of a voyage round the world for fish-tail, 7 magnetical research," 307, 324 screw, 44 Scott's maximum thermometer, 9 Sir Howard Douglas's improvements on the patent steam generator, 314 screw, 153, 301 Screw and the propeller, the, 297, 332, 348 Lord Carlingford on the Griffith's, 27, 70 propeller, Griffith's, 44 the invention of the, 311 ., screw and the, 297, 332, 348 propellers, 44 and their construction, 253, 268 Sir Howard Douglas's improvements on the, 153, 301 the experimental, 7 ships of war, 201 steamer City of Baltimore, 365 steam ships, the steering of, 137 Pumping engine at the Newcastle waterworks, the, 89, 103 Sealed patents, list of, 16, 82, 48, 61, 80, 96, 112, 128, 114, 176, 192, 208, 224 240, 256, 272, 288, 301, 320, 336, 332, 368, 384, 400, 416, 424 Seamen, help for, 359 Sea-sickness, 396 Seeds and manure, Newington's apparatus for distributing, 296 Q. Service institution, united, 312 Sewage, London, 364 Sewing machine, the, 7, 22, 37 Shand and Mason's new steam fire engine, 24 Shannon, the old, 171 Sharp, Stewart, and Co., the patent traversing drilling machinery of Messrs., 56 Shearing machines, Middleton's punching and, 152 brakes, 413 Shells, concussion and percussion, 283, 300 company r. Wood, the Manchester, Sheffield, and Shields for ordnance, Captain Cole's patent, 329 Lincolnshire, 326 Shipbuilding, iron, 299 laying-off, or the geometry of, 134, 153, 264 signals and war appliances, 380 Ships, admiralty experiments on iron-sided, 137 trains, an improved method of retarding and and rafts, unsinkable, 363 stopping, 296, 361 chain cables, 331, 365, 380, 396 improved metallic, 199 iron steam, 300 continuous and self-acting breaks for, 228 light woods and unsinkable, 379 of war, arming, 124 screw, 201 French prizes for, 72 what is to be done with our sailiig, 118 the compasses of iron, 215 the navigation of, 42, 58 trials, the great, 212 224, 289, 353 Tyssen's apparatus for indicating the spoed of, 281 unsinkable, 310, 332, 318, 365, 379 Shipwrecks, use of kites in cases of, 414 Shot, elongated expanded, 381 Show, royal agricultural society's, 25 the Smithfield club implement, 389 royal Cornwall polytechnic society," "annual, Signal lamps for the navy, improved, 91 312 Signalling through long submarine telegraphs, on the ra- 1858, the commissioners of patents, 90 pidity of, 216 Signals and war appliances, railway, 380 Silas's marine lights, 331 Silk from cocoons, winding, 414 Silver's patent marine and stationary engine gorernors, 232 Silvers, Tuck v., 361 Silvertown. 403 bolt, Capt. Norton's ordnance, 152 Sinking tools, Allison's improved boring and, 199 Sir John Bowring, 220 Sir William Armstrong, 155 Skid, Poupard's improved wheel, 360 ordnance,” Thomas' 122 Sleigh's “Essay on hydrographical engineering," 15 Small-arms, breech-loading, 135, 155 factory at Enfield, the, 14, 69 Smithfield club implement show, the, 389 Social science, 235 Society, Manchester literary and philosophical, 279, 295, 316, 357, 375 of Arts, 20, 45, 326, 373, 391, 411 ,, England, royal agricultural, 12, 27, 39 316, 357, 375 ""The journal of the royal agricul- tural, 231 London, the geological, 12. 27, 343, 375, 412 royal geographical, 28, 325, 374, 391 show, royal agricultural, 23 South Yorkshire collieries, 28 “The journal of Specifications, list of, 16, 32, 48, 64, 80, 96, 112, 128, 114, 161, the, 231 176, 192, 208, 221, 240, 256, 288, 304, 320, 336, 352, 368, 381, 400, 416, 424 . of patents, abridged, 13, 39, 46, 61, 76, 03, the loss of the, 379, 380 108, 121, 140, 156, 172, 187, 205, 221, 236, 253, 269, 285, 302, 317, 332, 349, 365, 381, 396, 414 patents applied for with complete, 16, 32, 48, 61, 79, 1:8, 176, 192, 208, 239, 301, 352, 369, 399, 424 Speed of ships, Tyssen's apparatus for indicating the, 281 than unity, 283 Spill's new mill-banding, 184, 198, 235 Stamp atfixer, Lock's embossing and stamping press, and, 314 Statue of George Stephenson, 187, 284 S. Steam at all temperatures, experimental researches to de- 9 355 91 termine the density of, 279 Safety cage for miners, on a, 231 boilers with water, Auld's apparatus for supplying, 360 match, the, 199 company, London and Mediterranean, 348 elephant, Taylor's patent, 233 ships of war, what is to be done with our, 118 Steamer, a small steel, 154 monster troop, 329 and Oppenheim's “ Comparative value of certain, 357 Steamers for war purposes, arming, 60 Samuel and Nicholson's patent paddle-wheel condensers Steam fire-engines, 102 for marine engines, 25 firc-engine, Shand and Mason's new, 24 Brother " Woollen manufactures of Great generator, Scott's patent, 31+ 99 . 91 v. salts for rendering fabrics non-inflammable," 357 with arrows or bolts, 201 over the St. Lawrence, the great, 147 Scoresby's "Journal of a, 307, 3:24 W. the new, Steam navigation at Hull, the progress of, 231 Telegraph,” Beardmore's "Globe, 10, 51 cables, electric, 92, 106, 204 company, Atlantic, 124 from Egypt to Turkey, 201 from Falmouth to Gibraltar, 93, 201, 253 Holyhead and Liverpool, 25 Telegraphing, Rettie's system of, 365 Telegraph, ocean marine, 133 Telegraphs for targets, 423 , on the rapidity of signalling through long submarine, 216 Suffield's engine-room, 420 Temperature and the thickness of its solid crust, on the earth's internal, 183 Temple church, 293 gardens, 301 Tents, Major Rhodes', 123, 155 Testimonial fund, the Cort, 394, Thames and its improvements, the, 236, 317 Theory of a central fire, Dr. Hopkin's, 202, 220 "compound interest,” Thoman's, 231 naval architecture, 5, 214, 326 Thermometer, Scott's maximum, 9 Thoman's “Theory of compound interest," 231 Thomas's heavy rifled cannon for gun-boats, 169 " Rified ordnance" 122 Thomson's (Professor) centrifugal pumps, 408 Tile machinery, Clayton's patent brick and, 361 Timber, on the weight and strength of American ship, 390 857 Tools, Allisons's improved boring and sinking, 199 Toovey's (Captain) azimuth dial, 390 Towers of strength, 74 Traction engine, Blackburn's patent, 376 Boydell's, 119 Trains, means of retarding railway, 364 Transmission of heat of different qualities through gases of different kinds, on the, 294 Traversing drilling machinery of Messrs. Sharp, Stewart, and Co., the patent, 56 Treatise on logarithms," Johnstone's “Elementary 308 Trials of mowing and reaping machines at Warwick, 59 the great ship's 212 Troop steamer, monster, 329 True action of what are called heat-diffusers, on the, 282 Tuck's patent piston-packing, 364 Tuck o Silver, 364 Turner, Griffiths u, 60 Type-founding company (limited) v. Richard, the patent, Tyssen's apparatus for indicating the speed of ships, 281 U. United service institution, 312 Universal peace throughout the world, 201 Unsinkable ships, 310, 332, 318, 363, 379 Wadding for artillery, 394 arming ships of, 124 “Manual of naval tactics," 278 purposes, arming steamers for, 60 screw ships of, 201 what is to be done with our sailing ships of, 118 on the supply and purification of, 229 galvanizing, 396 cuttings, sawdust and, 301 way Company 0., 326 Brothers', 123 Schah Jehan, 232 39 Y. light woods and, 379 “Ure's dictionary of arts, manufactures, and mines,” Hunt's, 307, 357 Utilising the millions, 12 Yacht for Ismail Pacha, a new, 214 TIR possible also to contrive some means of keeping with the cost of existing cables that shareMECHANICS' MAGAZINE. it in equable and healthy circulation, without holders will doubtless receive his offers in this the evils of local plethora and local famine respect with astonishment, while the rapidity being experienced, is a question worthy con- with which his machinery works is so great LONDON, FRIDAY, JULY 1, 1859. sideration also. Having opened the agitation that he undertakes to produce no less than 250 on the general improvement of the British or 300 miles of perfect vulcanized cable per OUR COPPER COINAGE. coinage, it is our intention not to allow it to be day! The full carrying out of his designs The Mint, we learn, is engaged at present in closed until that improvement is effected. The would certainly be an enormous stride in subthe production of copper coin, of which it is importance of the subject does not brook apathy marine telegraphy, for the apparatus required said there exists in many parts of the kingdom or indifference. It signifies not that Lord Over in the manufacture of the cable is so very simple a complete dearth. The ebbings and flowings of stone has put his veto on any and every decimal and compact that he proposes placing it, with a the copper currency have always been, indeed, system ventilated before the Commission, whose supply of plain india-rubber, on board ship, and perplexing to the authorities of the Mint. There “final report” on the whole subject of decimal then making the cable continuously as it is appear to be eddies in the tide of its circulation coinage is now printed. There is an admitted payed out. This method of proceeding is atwhich are not easily understood, or to be ac -a generally admitted—necessity for a refor-tended by so little trouble and expense that we counted for. Sometimes there is a drifting mation of our inferior metallic currency, and can scarcely doubt it will speedily be resorted of pence, halfpence, and farthings to Man- that reformation, of which we see in the forth- to in the construction and laying down of many chester, then to Glasgow, and next perhaps coming bronze halfpenny the beginning, must of those numerous cables which the exigencies to Birmingham, or London. Then, again, in soon be made complete and satisfactory. of commerce and war are now daily demanding. particular districts of particular towns, there are strange accumulations and scarcities. For NEW SUBMARINE TELEGRAPH MR. BESSEMER AND THE IRON example, there is always a natural current of CABLES. MANUFACTURE. copper coin towards the East-end of the metro-Among the many novelties which have lately Three years ago Mr. Henry Bessemer thought polis. It is more in request-unfortunately for been introduced as improvements in the con- he had accomplished what has very rarely been the dwellers therein—in Bethnal-green than in struction of submarine telegraph cables there is done in the world—that is, revolutionized a Belgravia, and the supply inevitably follows one which for its extreme simplicity and cheap- great manufacture by a single discovery-and the demand. A sort of trade wind floats the ness appears to deserve the special notice of the was mistaken. This year he has really effected copper currency through the channels of circu, public. This is the system of construction what has often before been brought about, lation in this direction, as surely as the literal which was described in the letter of a corre- that is, improved a great manufacture by trade wind wafts coinmercial argosies across spondent in our last number. In this system laborious and costly experiment. In the paper the ocean. These irregularities cannot be the resort to indin-rubber as the insulating which was published in the two preceding avoided, but the Mint is being constantly called agent, which has lately found great favour numbers of this Magazine he has detailed facts upon to correct them, and it can clearly only among scientific men, is again renewed, and which, while important in a commercial sense, do so by adding to the quantity of coin in cir- with it is combined a process of external harden- also afford valuable lessons to inventors and culation. There are also peculiar businesses ing from which very great advantages may be others. which lead to the congregation of copper tokens, anticipated. This process appears to have ori In adverting to this paper we are struck by and it is a well-known fact that the publican ginated in certain practical experiments made the extraordinary want of candour which Mr. usually pays his brewer's bill with them. It is by the inventor upon a portion of wire like that Bessemer appears to us to display. In the first well to explain these facts perhaps to the public, of the Atlantic telegraph cable. By an inge- place he implies that the paper read by liim at in order that the whole question of the metallic nious substitution of a potassium wire for the the British Association in 1856, was but a step currency may be comprehended with a view to copper wire the permeability to water of a cable incidental to his pursuit of an inquiry, rather its ultimate reform. There may be about so constructed was made very apparent ; but than an announcement of amazing results then £500,000 worth of the various denominations further experiment showed that this permeabi- already obtained. "The same deep conviction of copper coin in existence in Great Britain, lity was got rid of by the simple expedient of “ of the truth on which the new process was and as has been said there is an ever-recurring immersing the coated wire in bisulphuret of based, and which led Mr. Bessemer to bring it tendency to an unequal and eccentric distribu- carbon and chloride of sulphur. The same "before the British Association in 1856, has tion of it. effect is produced by this process upon india since determined him," we are told, " (in spite The history of the farthing especially is rubber as well as upon gutta-percha. A further of the opinions then pronounced against the strange and obscure. It disappears in larger advantage attending the process is, that the process) to pursue one undevinting course quantities than its bigger brethren and sooner. "cold vulcanizing," as it is called, at the same "until the present time, and to remain silent Yet it has a less active life. It is not popular time renders the india-rubber or gutta-percha" for years, under the expressed doubts of those with a large class of tradesmen. It is beneath capable of sustaining a heat of no less than “who predicted its failure, rather than again their notice, not convenient and unprofitable ; 250° Farenheit without suffering any injury bring forward the invention until it had been hence it is banished from their society. It is an whatever. practically and commercially worked, and outcast coin only used by pawnbrokers and their The method of manufacturing the cables upon there had been pro ed it both iron and victims—we mean customers--chandler's, shop- the improved system is very simple. Successive “steel, of a quality which could not be surkeepers, and costermongers. In the lowest class coatings of india-rubber in a softened state are "passed by any iron or steel made by the of shops in the lowest neighbourhoods and among rolled directly upon the conducting wire by “ tedious and expensive processes now in general the lowliest people only, does the farthing enjoy a means of powerful pairs of rollers, the pressure use.” This representation is not borne out by brisk circulation. Children hoard farthings, of which is sufficient to render the coating sub- facts. Every one will remember that Mr. Besand misers take care of them, but the public stance close and homogeneous. When a suffi-sember spoke at Cheltenham, not of anticipated generally eschew them. It is with difficulty cient thickness has been laid on in this manner, productions of iron, but of iron which, as was that the poor farthing, therefore, maintains its the cable is passed through the chemical materials alleged, had actually been manufactured by his ground at all. Possibly, if the sun of England's before-named, and its surface is thus rendered new process. In the last paragraph of his paper greatness has not yet reached its zenith, the hard and perfectly non-porous. After this cover- he distinctly stated this, " In conclusion, farthing may some day be swept away in the ings of hemp, wire, gutta-percha, or any other " allow me to observe," said he, “that the facts flood-tide of national prosperity and disappear suitable substance may be added if desired to “which I have had the honour of bringing beentirely. At any rate, there is not much increase the protection of the wire. For many “fore the meeting have not been elicited from prospect of a resuscitation of the half-far- purposes, however, the inventor considers it mere laboratory experiments, but have been thing; This, and the quarter-farthing, and amply sufficient to incorporate longitudinal" the result of working on a scale nearly twice the oboli, or tenth of a penny, may be, and are, fibres of hemp or flax in the outer coating of as great as is pursued in our largest ironworks, of use in Ceylon and the Ionian Islands, but the india-rubber in order to prevent strain “the experimental apparatus doing 7 cwt. in they are too small for the notice of the inhabi- coming upon the conductor, and then to finish “30 minutes while the ordinary puddling furtants of Great Britain, and we trust may ever the cable with the cold vulcanization. nace makes only 4} cwt. in two hours.” remain so. The inventor of the simple and inexpensive It may suit Mr. Bessemer's present purpose to It will be permitted us again to express a hope cable is Mr. John Macintosh, of North Bank, sink the pretensions which he put forth in 1856 ; that in the meditated new bronze coinage we may Regent's Park, who has had several patents for but we cannot forget that the world was then find an artistically and scientifically perfect improvements in submarine cables granted him, made to believe in a discovery by aid of which substitute for the copper coinage now under and who for twenty years past has had constant iron and steel could at once be produced, withdoom, and which has been the fruitful source experience in the manufacture of india-rubber out fuel, for the market. of so much justly severe criticism, and so much fabrics. The cost at which he proposes to pro Next we have to expose a further, and equally practical inconvenience. Whether it may be duce the improved cable is so low in comparison | extraordinary, want of candour manifested in |