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Glass cutters at their wheels, c1870. The vessel to be cut is held against a rotating wheel powered by steam through belt and shafting
Worsted manufacturing, c1845. A man, woman and small boy working a wheel for combing long staple wool into slivers for worsted manufacture
Carding, drawing and roving cotton, c1830. A carding engine (left) delivers cotton in a single sliver. The factory is operated by shafts and belting, which could be powered by water or steam
Weaving shed fitted with rows of power looms driven by belt and shafting, c1840
Boring the cylinder of the Britannia Press at the Bank Quay Foundry, Warrington, 1851. Boring the cylinder for the hydraulic press (lift)
Potter at work at the Wedgwoods Etruria factory, Hanley, Staffordshire, c1830. An assistant turns a wheel to operate the belt driving the potters wheel
Bells reaping machine, 1851. Artist: GH SwanstonBells reaping machine, 1851. Scottish clergyman and inventor Patrick Bells (1799-1869) reaping machine of 1826 was the first successful reaping machine, but was not commercialised
Threshing machine by Andrew Meikle, Scottish inventor and millwright, 1811. Top: original form of the machine powered by horses. Bottom: improved form powered by a water wheel
Cutlery-making, c1750s. Plate taken from volume II of Encyclopedie, ou Dictionnaire Raisonne de Science, des Arts et des Metiers
Turning wood, 1754. Artist: I HintonTurning wood, 1754, taken from the New and Universal Dictionary of Arts and Sciences - Supplement (1754) by J Barlow. The plate shows two scenes of wood turning with two different kinds of treadle
Jacquard power loom, 1915. In 1801 the Frenchman Joseph-Marie Jacquard (1752-1834) invented a method of weaving intricate patterns by encoding them on punched cards
John Harrison (1693-1776). Inventor of the marine chronometer in 1757, (20th century). Artist: Thomas KingJohn Harrison, (1693-1776). Inventor of the marine chronometer in 1757, (20th century). A self-educated English carpenter and clockmaker who invented the marine chronometer
Inverness-shire, Scotland, 20th century. Artist: CM DixonInverness-shire, Scotland, 20th century. The county of Inverness is a historic county of Scotland. Covering much of the Highlands, it is geographically Scotlands largest county
Limestone Quarry, Essex, UK, 20th century. Artist: CM DixonLimestone Quarry, Essex, UK, 20th century. Limestone required for commercial purposes is extracted by quarrying which creates pollution from noise and dust
Loading bales of hay, England, c1960. Artist: CM DixonLoading bales of hay, England, c1960. Farming is an important part of rural history. Hay is an excellent food for grazing animals
Stacking Bales of Hay in Dutch Barns, c1960s. Artist: CM DixonStacking Bales of Hay in Dutch Barns, c1960. Farming is an important part of the Lake District story. Hay is an excellent food for grazing animals
Cattle-milking in fields north-west of AmsterdamCattle-milking in fields near Knollendam north-west of Amsterdam
Road-building in TunisiaRoad-building in Tatouine, in Tunisia
A soda-machine in Moscow
Sectional view of a German mine, 1556Sectional view of a German mine showing the method of sinking shafts and driving horizontal galleries, 1556. A windlass is used to raise and lower men, materials and spoil
Draining a mine using a series of suction pumps powered by a water wheel, 1556. From De re metallica by Georgius Agricola. (Basel, 1556)
Clepsydra (water clock) indicating hours and chiming, 1617-1619. From Utriusque cosmi...historia by Robert Fludd (Oppenheim, 1617-1619)
Minting coins, 1750. At bottom right are dies that would be put in the press, being operated by the two men, in which coins are stamped out. From The Universal Magazine. (London 1750)
Charles Babbages Difference Engine No 1, prototype calculating machine, 1824-1832. Artist: Joseph ClementCharles Babbages Difference Engine No 1, prototype calculating machine, 1824-1832. English mathematician Charles Babbage (1791-1871)
Sketch of a perpetual motion device designed by Leonardo da Vinci, c1472-1519. Artist: Leonardo da VinciSketch of a perpetual motion device designed by Leonardo da Vinci, c1472-1519. Da Vincis (1452-1519) scientific drawings featured ideas such as a spinning wheel and a flying machine
Roman soldiers using a war engine firing multiple arrows, 1605. Reconstruction from Poliorceticon sive de Machinis Tormentis Telis by Justus Lipsius. (Antwerp, 1605)
Spinning cotton with self-acting mules of the type devised by Richard Roberts in 1825 (c1835). These could be powered by water wheel or steam engine
Woman armaments worker, World War II, 1940. A woman in a tank factory being instructed in the use of a metal power drill
Womens Land Army lifting a crop, World War II, 1940. The Womens Land Army was established to meet the demand for agricultural labour caused by the absence of male farm workers on active service
British girls of the Womens Land Army learning to plough with a tractor, World War II, 1939-1945. The Womens Land Army was established in June 1939 to meet the demand for agricultural labour caused
Potter turning vessels on a wheel, Ancient Egyptian, Old Kingdom, 5th Dynasty (2565-2420 BC). Limestone model. From the Oriental Institute, University of Chicago
Patrick Bell (1799-1869), Scottish clergyman and inventor, 1868. In c1827 Bell invented a mechanical reaper which Cyrus McCormick later perfected
Lace making, 1884. A small girl minding the spools to see that all runs smoothly on a machine winding cotton thread on bobbins for use in making Nottingham machine lace
Potters workshop, c1860. A woman turns the wheel while a girl baller supplies the potter with lumps of clay of the correct weight for the next vessel to be thrown
Throwing an earthenware vessel, c1860. A belt-driven wheel of the type used at the Wedgwood and Copeland factories. The speed of the wheel is regulated by the boy raising or lowering a belt
Interior of a Printing Works and Plan of a Press, 1751-1777. A print from the Encyclopedie, ou Dictionnaire Raisonne des Sciences, des Arts et des Metiers by Diderot & d Alembert, 1751-1777
Interior of a Printing Works, wetting room, 1751-1777. A print from the Encyclopedie, ou Dictionnaire Raisonne des Sciences, des Arts et des Metiers by Diderot & d Alembert, 1751-1777
Interior of a Printing Works, type setting, 1751-1777. Artist: Denis DiderotInterior of a Printing Works, type setting, 1751-1777. A print from the Encyclopedie, ou Dictionnaire Raisonne des Sciences, des Arts et des Metiers by Diderot & d Alembert, 1751-1777
Hydraulic machine IV, 1678. Artist: Athanasius KircherHydraulic machine IV, 1678. A plate from Mundus Subterraneus, Amsterdam, 1678. Found in the collection of Jean-Claude Carriere
Spinning Jenny, 1820. The Spinning Jenny was invented by James Hargreaves (c1720-1778) in 1764. On his original machine, a single wheel controlled eight spindles rather than the single spindle
Bellows operated by a camshaft powered by a water wheel, 1540. This application of the medieval invention of the cam enabled both bellows to be powered by the same water wheel
Bellows supplying draught to a smelting furnace, 1556. The bellows are operated by a camshaft powered by a water wheel (just visible at extreme right)
Eli Whitneys (1765-1825) saw-gin for cleaning cotton, 1865. Whitneys cotton gin, patented in 1794, pioneered the mass production of cotton
Cross-section of Eli Whitneys (1765-1825) saw-gin for cleaning cotton, 1865. Seeds can be seen ejected (left), while cotton fibres are passing on the right
Saw gin for cleaning cotton being operated by barefoot black labourer, southern USA, 1865. An Eagle gin, an improved form of the cotton gin invented by Eli Whitney (1765-1825) in 1794
Rolling mill and forge powered by hot gases from a furnace, 1629. An idea proposed by Giovanni Branca in Le Machine. (Rome, 1629)
Sectional view of a mine showing shafts and galleries, 1556. At the surface of each shaft is a winch or windlass for raising and lowering loads
Astronomical clock, Old Town Hall, Prague, Czech Republic, 1943Astronomical clock, Old Town Hall, Prague, 1943. Dating from the early 15th century, it is also known as the Prague Orloj. A print from Signal, Febuary 1943