A History of Technology: The industrial revolution, c. 1750 to c. 1850Charles Joseph Singer Clarendon Press, 1958 - 728 pages |
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Page 279
... turning of the wheel which moved the spindles , were continued . When enough twist had been given , the bar was moved forward again and the spindles were turned slowly to wind the yarn ; meanwhile the spinner pulled a lever which ...
... turning of the wheel which moved the spindles , were continued . When enough twist had been given , the bar was moved forward again and the spindles were turned slowly to wind the yarn ; meanwhile the spinner pulled a lever which ...
Page 383
... turned , placed between the centres , was rotated by a bow . Large lathes were used by turners of fancy work and cabinet - makers . Their frames were of wood and they had one or two headstocks according to whether the work was turned on ...
... turned , placed between the centres , was rotated by a bow . Large lathes were used by turners of fancy work and cabinet - makers . Their frames were of wood and they had one or two headstocks according to whether the work was turned on ...
Page 392
... turned under a scriber ; the division lines of the master were used as were the points of the clock - maker's division - plate , the microscope this time taking the place of the pointer ( figure 220 ) . In designing the mechanism ...
... turned under a scriber ; the division lines of the master were used as were the points of the clock - maker's division - plate , the microscope this time taking the place of the pointer ( figure 220 ) . In designing the mechanism ...
Contents
GLASS by L M ANGUSBUTTERWORTH Director The Newton Heath Glass | 12 |
TELEGRAPHY by G R M GARRATT Deputy Keeper Department of Electrical | 22 |
FISH PRESERVATION by C L CUTTING Officer in Charge Humber | 44 |
Copyright | |
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agricultural beam became Boulton Boulton and Watt bridge Britain British built canal carbon carried cast iron chemical clay coal Coalbrookdale coke construction copper crops cylinder D. E. Woodall developed diameter driving E. J. HOLMYARD early eighteenth century engine England Europe fallow farming figure fish France French furnace Germany glass heat horizontal husbandry Ibid important improved inches increased industrial revolution introduced invention J. F. Horrabin John Smeaton later lathe London machine machinery manufacture mechanical metal method mill mineral mines Newcomen Newcomen engine nineteenth century obtained operation oxide Paris patent pipe piston plate practice produced pump river road rollers rotation Rotherham plough salt screw sewers shaft ships silk Smeaton smelting Staffordshire steam steam-engine steel stone sulphuric acid surface tion tuyère vertical ware water-wheels watermills Watt whales wheel wooden wrought iron