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Innovation Collection (page 16)

Background imageInnovation Collection: Plate showing diagram of the optics of a reflecting telescope (Fig 29), 1704

Plate showing diagram of the optics of a reflecting telescope (Fig 29), 1704. English physicist and mathematician Isaac Newton (1642-1727)

Background imageInnovation Collection: Flamsteeds equatorially mounted sextant fitted with telescope, 1725

Flamsteeds equatorially mounted sextant fitted with telescope, 1725. Side view showing the gearing for aligning the sextant. Flamsteed (1646-1719) was the first Astronomer Royal

Background imageInnovation Collection: Sholes Type Writer, 1872

Sholes Type Writer, 1872. A woman using a typewriter by the American inventor Christopher Latham Sholes (1819-1890). A forerunner of the 20th century machine

Background imageInnovation Collection: First page of St Matthews Gospel from William Tyndales English New Testament, 1525

First page of St Matthews Gospel from William Tyndales English New Testament, 1525. Tyndale (c1494-1536) set out to translate the Bible into common English

Background imageInnovation Collection: First manned flight in a hydrogen balloon, France, 1 December 1783 (1887)

First manned flight in a hydrogen balloon, France, 1 December 1783 (1887). French aeronauts Jacques Charles (1746-1823) and Noel Robert made the first manned (free flight)

Background imageInnovation Collection: Ascent in captive hot air balloon made by Pilatre de Rozier, Paris, 11 October 1783 (1887)

Ascent in captive hot air balloon made by Pilatre de Rozier, Paris, 11 October 1783 (1887)
Ascent in a captive hot air balloon made by Jean-Francois Pilatre de Rozier in Paris, 11 October 1783 (1887). From Histoire des Ballons by Gaston Tissandier. (Paris, 1887)

Background imageInnovation Collection: Charles Babbages Difference Engine No 1, prototype calculating machine, 1824-1832

Charles Babbages Difference Engine No 1, prototype calculating machine, 1824-1832. Artist: Joseph Clement
Charles Babbages Difference Engine No 1, prototype calculating machine, 1824-1832. English mathematician Charles Babbage (1791-1871)

Background imageInnovation Collection: Sketch of a perpetual motion device designed by Leonardo da Vinci, c1472-1519

Sketch of a perpetual motion device designed by Leonardo da Vinci, c1472-1519. Artist: Leonardo da Vinci
Sketch 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

Background imageInnovation Collection: Battle of Fleurus, 16 June 1794 (19th century). Artist: Jean-Baptiste Mauzaisse

Battle of Fleurus, 16 June 1794 (19th century). Artist: Jean-Baptiste Mauzaisse
Battle of Fleurus, 16 June 1794 (19th century). Marshal Jean Baptiste Jourdan (1762-1833), mounted on the grey horse, commanding the French army to victory against the Austrians

Background imageInnovation Collection: Sketch of Alexander Graham Bells telephone of 1876. Artist: Alexander Graham Bell

Sketch of Alexander Graham Bells telephone of 1876. Artist: Alexander Graham Bell
Sketch of Alexander Graham Bells telephone of 1876. Scottish-born American inventor Bell (1847-1922) filed the patent for his telephone at the United States Patent Office at 3pm on 14 February 1876

Background imageInnovation Collection: Edouard Branly, French physicist, 20th century. Artist: J-P Legastelois

Edouard Branly, French physicist, 20th century. Artist: J-P Legastelois
Edouard Branly, French physicist, 20th century. Branly (1844-1940) was a pioneer of early radio and inventor of the coherer (1892). Obverse of commemorative medal

Background imageInnovation Collection: Matthew Boulton, English entrepreneur, industrialist and engineer, 1809

Matthew Boulton, English entrepreneur, industrialist and engineer, 1809. English works owner Boulton (1728-1809) (front) and Scottish engineer and inventor James Watt (1736-1819)

Background imageInnovation Collection: Matthew Boulton and James Watt, British engineers and industrialists, 1871. Artist: J Moore

Matthew Boulton and James Watt, British engineers and industrialists, 1871. Artist: J Moore
Matthew Boulton and James Watt, British engineers and industrialists, 1871. English works owner Matthew Boulton (1728-1809) (front) and Scottish engineer and inventor Watt (1736-1819)

Background imageInnovation Collection: Page from a Gutenberg Bible, 1455. Artist: Johannes Gutenberg

Page from a Gutenberg Bible, 1455. Artist: Johannes Gutenberg
Page from the Gutenberg Bible, 1455. Johann Gutenberg (c1398-1468) is regarded as the inventor of movable type. In 1455 he produced the first large printed book, the Gutenberg Bible

Background imageInnovation Collection: Victoria and Albert, the first steam-driven royal yacht, c1855

Victoria and Albert, the first steam-driven royal yacht, c1855. Queen Victoria being cheered as the yacht carries her to the naval review at Spithead. Baxter needlebox print

Background imageInnovation Collection: Gatling rapid fire gun, 1862

Gatling rapid fire gun, 1862. This was a revolving battery gun and, with ten barrels, had a firing capacity of 1200 rounds a minute. Camel-mounted model. From The Science Record. (New York, 1862)

Background imageInnovation Collection: Where Ignorance is Bliss, 1868. Artist: George Du Maurier

Where Ignorance is Bliss, 1868. Artist: George Du Maurier
Where Ignorance is Bliss, 1868. Invasion of privacy by a seaside camera obscura (left). Theodore thinks he has found a private spot where he can woo Emily

Background imageInnovation Collection: Why Shouldn t Girton Rink, When Cambridge Rows?, 1876. Artist: George Du Maurier

Why Shouldn t Girton Rink, When Cambridge Rows?, 1876. Artist: George Du Maurier
Why Shouldn t Girton Rink, When Cambridge Rows?, 1876 Lady students from Girton College on the towpath waving to crews rowing on the river Cam

Background imageInnovation Collection: Rink to me only with thine eyes, 1876. Artist: George Du Maurier

Rink to me only with thine eyes, 1876. Artist: George Du Maurier
Rink to me only with thine eyes, 1876. The increasing popularity of roller-skates perhaps gave romantic young couples a better opportunity to be together without chaperones

Background imageInnovation Collection: Gatling rapid fire gun, 1870

Gatling rapid fire gun, 1870. This was a revolving battery gun and, with ten barrels, had a firing capacity of rounds of 1200 rounds of a minute. From The Graphic. (London, August 20, 1870)

Background imageInnovation Collection: Montigny mitrailleuse, rapid fire gun, 1870. Artist: Joseph Montigny

Montigny mitrailleuse, rapid fire gun, 1870. Artist: Joseph Montigny
Montigny mitrailleuse, rapid fire gun, 1870. Various views of the gun, invented by Joseph Montigny, introduced by the French during the Franco-Prussian War of 1870-1871

Background imageInnovation Collection: Early design of a quick firing cannon, 1482

Early design of a quick firing cannon, 1482. From De re militari (On Military Matters) by Roberto Valturio. (1482). Written in about 1455, the first printed edition was published in Verona in 1472

Background imageInnovation Collection: Henry Morton Stanleys African expedition to relieve Emin Pasha, 1886-1889 (1887)

Henry Morton Stanleys African expedition to relieve Emin Pasha, 1886-1889 (1887). Emin Pasha, who was in the Egyptian service and Governor of the Equatorial Province

Background imageInnovation Collection: Waitresses on roller skates in a Berlin beer cellar, 1851

Waitresses on roller skates in a Berlin beer cellar, 1851. The first recorded roller-skates appeared in London in 1760 and the first successful ones date from the early 1820s

Background imageInnovation Collection: Camera obscura, c1840

Camera obscura, c1840. The illustration shows how the scene outside was collected by a mirror tilted at 45 degrees (B), passed through a meniscus lens between F and C

Background imageInnovation Collection: Camera obscura, 1855

Camera obscura, 1855. Drawing a landscape using a portable camera obscura in the form of a tent. From The Museum of Science and Art by Dionysius Lardner. (London, 1855)

Background imageInnovation Collection: Seaside visitors paying a visit to the camera obscura, 1862

Seaside visitors paying a visit to the camera obscura, 1862. The viewers sat in a darkened chamber: the scene around was collected by the mirror (A) and passed through a convex lens (B)

Background imageInnovation Collection: Making a call from a telephone call box, 1888

Making a call from a telephone call box, 1888. From Le Journal de la Jeunesse. (Paris, 1888)

Background imageInnovation Collection: Chicago police telephone box, 1886

Chicago police telephone box, 1886. A Chicago policeman telephoning from a police call box to bring help to an injured pedestrian. From Les Applications de l Electricite by E Hospitalier

Background imageInnovation Collection: Carbon microphone, invented in 1878 by David Edward Hughes, 1890

Carbon microphone, invented in 1878 by David Edward Hughes, 1890. The apparatus was said to be so sensitive that a fly walking on the sounding-board could be heard by an observer on a telephone

Background imageInnovation Collection: Gatling rapid fire gun, 1861-1862 (1872)

Gatling rapid fire gun, 1861-1862 (1872). This was a revolving battery gun and, with ten barrels, had a firing capacity of 1200 rounds a minute. From The Great Industries of the United States

Background imageInnovation Collection: Battle between the Monitor and the Merrimac, American Civil War, 1862 (1864)

Battle between the Monitor and the Merrimac, American Civil War, 1862 (1864). The Battle of Hampton Roads, Virginia, which was fought on 8-9 March 1862

Background imageInnovation Collection: The Peace Illuminations - The Horse Guards, Whitehall Front, London, 1856

The Peace Illuminations - The Horse Guards, Whitehall Front, London, 1856. Gas light illuminations on Horse Guards, Whitehall, London, to mark the end of the Crimean War

Background imageInnovation Collection: Bank of furnaces, Lymington Iron Works, Tyneside, England, 1835

Bank of furnaces, Lymington Iron Works, Tyneside, England, 1835. By this time the Nielsen hot blast process, invented in 1824, was in general use

Background imageInnovation Collection: Cotton manufacture: mule spinning, c1830

Cotton manufacture: mule spinning, c1830. A self-acting mule of the type devised by Richard Roberts in 1825. Roberts spinning mule produced better yarn than any other machine

Background imageInnovation Collection: Isaac Newtons reflecting telescope, 1668. Artist: Isaac Newton

Isaac Newtons reflecting telescope, 1668. Artist: Isaac Newton
Isaac Newtons reflecting telescope, 1668. Isaac Newton (1642-1727), English scientist and mathematician built the first ever reflecting telescope in 1668

Background imageInnovation Collection: Copernicus heliocentric model of the Universe, 1543

Copernicus heliocentric model of the Universe, 1543. Polish astronomer Nicolaus Copernicus (1473-1543) is considered to be the father of modern astronomy and founder of heliocentric cosmology

Background imageInnovation Collection: Title page of Copernicus De revolutionibus orbium coelestium, 1543

Title page of Copernicus De revolutionibus orbium coelestium, 1543. Polish astronomer Nicolaus Copernicus (1473-1543) is considered to be the father of modern astronomy

Background imageInnovation Collection: St Louis, Union gunboat, American Civil War, 1861-1865

St Louis, Union gunboat, American Civil War, 1861-1865. The earliest ironclad gunboat designed by American engineer James B Eads (1820-1887) to be employed by the Union side

Background imageInnovation Collection: Designs of fortifications, 1764

Designs of fortifications, 1764. The object of each is to make every portion of the place fortified capable of being defended from some other part

Background imageInnovation Collection: Attacking walls with battering rams, c1800

Attacking walls with battering rams, c1800. The one mounted on chains could be given more impetus than one carried on mens shoulders

Background imageInnovation Collection: Fortifications, c1880

Fortifications, c1880. An ancient fortress with curtain walls (top) and a bastioned fortress (bottom)

Background imageInnovation Collection: Siege warfare, c1800

Siege warfare, c1800. The normal method of applying a petard (explosive device) to the gate of a fortress. The fuse has just been lit

Background imageInnovation Collection: Various forms of siege equipment, including battering rams, 1547

Various forms of siege equipment, including battering rams, 1547. From Architectur...Mathematischen...Kunst by Gaultherius Rivius, 1547

Background imageInnovation Collection: Roman siege warfare, 1605

Roman siege warfare, 1605. Defenders attempting to disable battering rams. On the right, attackers are handling a ram under a protective cat. From Poliorceticon by Justus Lipsius (Antwerp, 1605)

Background imageInnovation Collection: Wheeled siege towers and bridges, 13th century (18th century)

Wheeled siege towers and bridges, 13th century (18th century). Siege equipment of the type used by Frederick II of Germany, Holy Roman Emperor, for his successful siege of Jerusalem (1229)

Background imageInnovation Collection: Julius Caesars siege of Marseilles, 49 BC (18th century)

Julius Caesars siege of Marseilles, 49 BC (18th century). Reconstruction showing the musculus or covered way to protect engineers approaching the walls of the besieged city

Background imageInnovation Collection: English troops attacking a French town, Hundred Years War, 1337-1453 (c1830)

English troops attacking a French town, Hundred Years War, 1337-1453 (c1830). The English besiegers are armed with early cannon and both longbows and crossbows



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