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Device Collection (page 7)

Background imageDevice Collection: Rome, Italy - The Mammertine Prison

Rome, Italy - The Mammertine Prison
Black and white. Low-ceilinged room with a carving and mantlepiece to one side. There is a hole in the floor with a low ridge around it (possibly a well or some kind of drainage device?)

Background imageDevice Collection: Serving warmed beer, Berlin, Germany

Serving warmed beer, Berlin, Germany
A bartender serving a customer with a warmed glass of beer, using a new electrical device, in Berlin, Germany. Date: circa 1930

Background imageDevice Collection: Suffragette Flora Drummond Stanhope Toy

Suffragette Flora Drummond Stanhope Toy
A Stanhope or optical toy, a device which allows the viewing of microphotographs without using a microscope. The stanhope was invented in 1857 by Rene Dagron, a French photographer

Background imageDevice Collection: The town hall carillon of Levallois-Perret, 1898

The town hall carillon of Levallois-Perret, 1898
The town hall carillon of Levallois-Perret, Paris. Date: 1898

Background imageDevice Collection: Warner and sons patent chiming machine

Warner and sons patent chiming machine
Messers J. Warner and sons patent chiming machine, by which a lad entirely unaccustomed to music may chime a whole peal.See picture 10837677 for a close up of a similar chiming machine

Background imageDevice Collection: Aynsley China Model of a Bell Tent - WWI

Aynsley China Model of a Bell Tent - WWI
Aynsley China Model of a Bell Tent with the Battle Honours and Device of the 2nd Dragoons (Royal Scots Greys).Number 27, Registered Number 444566. Commemorative Ware

Background imageDevice Collection: Aynsley China Model of a large Shell - WWI

Aynsley China Model of a large Shell - WWI
Aynsley China Model of a large Shell, inscribed and bearing the Regimental device of the 4th Dragoon Guards. Registered Number 442388. Commemorative Ware

Background imageDevice Collection: A life bag - life saving device, WW1

A life bag - life saving device, WW1
An ingenious invention by a young Norwegian, Mr John L. Edmund to enable passengers on board ships wrecked or torpedoed to keep afloat until the arrival of help

Background imageDevice Collection: Water-bottle rotary by W H Robinson

Water-bottle rotary by W H Robinson
Water-bottle rotary for warming the legs of scottish soldiers after a night in the trenches. Please note: Credit must appear as Courtesy of the Estate of Mrs J.C.Robinson/Pollinger Ltd/ILN/Mary Evans

Background imageDevice Collection: Comfort of motorists in climbing hills by W H Robinson

Comfort of motorists in climbing hills by W H Robinson
By fixing telescopic, hand operated device to the back wheel, the motorist can keep his car at all times on an even keel, when ascending up steep hills. Date: 1919

Background imageDevice Collection: How to avoid the submarine pirate by G. H. Davis

How to avoid the submarine pirate by G. H. Davis
How to avoid the submarine pirate during the First World War. The advantage of showing a clean pair of heels and other devices for checkmating the submarine. Date: 1915

Background imageDevice Collection: Mr Asquith visiting the Western Front, WW1

Mr Asquith visiting the Western Front, WW1
The British Prime Minister, Herbert Henry Asquith, visiting the Western Front during World War One. He is being shown a bomb dropping device on an aeroplane. Date: circa 1916

Background imageDevice Collection: Device fitted to larger submarines by G. H. Davis

Device fitted to larger submarines by G. H. Davis
In response to the accident experienced by the British A7 submarine, a new device is fitted to all the larger submarines, allowing the men inside to put on their diving costumes

Background imageDevice Collection: How the busiest junction in England is worked

How the busiest junction in England is worked: electrical devices which protect the passenger from danger on the District Railway. Showing the newly completed Earls Court underground station, London

Background imageDevice Collection: Suggested life-saving devices at sea by G. H. Davis

Suggested life-saving devices at sea by G. H. Davis
For those in peril on the sea: suggested life-saving devices at sea. Above: a proposed life raft for liners which could be fitted into the stern quarters

Background imageDevice Collection: Anti-invasion ring of fire by G. H. Davis

Anti-invasion ring of fire by G. H. Davis
Britains wall of flame: the ordeal by fire prepared for German invaders on sea, land, and in the air. Showing the details and layout of an anti-invasion ring of fire: devices for converting beaches

Background imageDevice Collection: Water distiller for lifeboats by G. H. Davis

Water distiller for lifeboats by G. H. Davis
Fresh water from the sea: a simple distiller for lifeboats. The K.M. Distiller, producing fresh water and hot drinks, and other life-saving devices for castaways, in use during the Second World War

Background imageDevice Collection: New instrument of total war by G. H. Davis

New instrument of total war by G. H. Davis
A new instrument of total war: British and German troop carriers. Invasion by parachute armies: Germans improve on a Soviet device. 1940

Background imageDevice Collection: Captain Robert Hook, lifeboatman

Captain Robert Hook, lifeboatman
Coxswain Robert William Hook (1828 -1911) of the Lowestoft lifeboat Samuel Plimsoll, the saviour of more than 200 lives. Pictured here at Lowestoft harbour entrance in 1883, in a heroic pose

Background imageDevice Collection: Apparatus for saving life in case of shipwreck

Apparatus for saving life in case of shipwreck
Various apparatus for saving life in case of shipwreck. A Dennetts rocket line is shown both in action and arranged for firing, as well as and the landing of a crew using the breeches buoy

Background imageDevice Collection: Refuelling aloft by G. H. Davis

Refuelling aloft by G. H. Davis
Refuelling aloft -- a device which enables transatlantic flying boats to carry a much increased payload. How Imperial Airways transatlantic flying boats are refuelled in the air

Background imageDevice Collection: New device for torpedoed tankers by G. H. Davis

New device for torpedoed tankers by G. H. Davis
Saved by compressed air: a new device for torpedoed tankers. How tankers holed by U-boat torpedoes during the Second World War can remain afloat by using compressed air. Date: 1943

Background imageDevice Collection: Aeroplanes of 1918

Aeroplanes of 1918
Latest aeroplanes of 1918. Bristol was a general-purpose military aircraft, a two-seater biplane, Handley Page giant bombdropper

Background imageDevice Collection: Primitive ox-pulled threshing device

Primitive ox-pulled threshing device
Simple threshing device pulled by a team of oxen. Possibly in India (?). Date: circa 1910s

Background imageDevice Collection: Silhouette device

Silhouette device
A safe and convenient machine to draw silhouettes, design by E Lorsay after Lavater. The subject sits on a seat, illuminated by a candle flame; the artist can then trace the shadow of their profile

Background imageDevice Collection: Transatlantic flight by G. H. Davis

Transatlantic flight by G. H. Davis
The transatlantic flight: the type of British machine which will attempt it. Top: dropping the chassis at the moment of setting out -- a daring device

Background imageDevice Collection: The Water Crawl Widgeon by Heath Robinson

The Water Crawl Widgeon by Heath Robinson
The " Water Crawl" Widgeon - bluffing device on the Norfolk jungle. Another mind-boggling idea from the inventive mind of William Heath Robinson

Background imageDevice Collection: The Ice Hole Clam Spearer by Heath Robinson

The Ice Hole Clam Spearer by Heath Robinson
An ingenious, though perhaps rather complicated device to catch clams through ice in the frozen north, part of a series of drawings in the Illustrated Sporting and Dramatic News entitled

Background imageDevice Collection: Modern methods of sea rescue by G. H. Davis

Modern methods of sea rescue by G. H. Davis
Modern methods of sea rescue during the Second World War: day and night detection devices. Date: 1941

Background imageDevice Collection: Aircraft Anti-Fog Device by G H Davis

Aircraft Anti-Fog Device by G H Davis
A diagram explaining the wireless system used to guide aeroplanes using charged cables. The system was designed to help planes land in their aerodromes by leading pilots to the landing straight

Background imageDevice Collection: Magnetic mine by G. H. Davis

Magnetic mine by G. H. Davis
The German magnetic mine: the first diagrams of its working and the methods by which it is laid. Diagrams showing the delicate electrical mechanism which reacts to the weak magnetic field set up by a

Background imageDevice Collection: Acoustic torpedoes by G. H. Davis

Acoustic torpedoes by G. H. Davis
Off the secret list: torpedoes which hunt their prey by ear, and leave no telltale bubble track. Explanatory drawings showing how electric

Background imageDevice Collection: The Planetarium by G. H. Davis

The Planetarium by G. H. Davis
A device for the teaching of astronomy: the planetarium. How the courses of stars and planets are projected onto an artificial sky : a planetarium in diagram. Date: 1927

Background imageDevice Collection: Cuttens pendulum recorder for psychical research

Cuttens pendulum recorder for psychical research
John Cuttens pendulum recorder (general view above, close-up below), for use in psychical research. This electronic device detects the movements of a pendulum which are recorded on the chart

Background imageDevice Collection: Siege weapon - Door raising device

Siege weapon - Door raising device
Two detailed drawings of a military siege weapon designed to raise an ememies door of its hinges. Date: 1588

Background imageDevice Collection: Russian Wartime Mobile Radio Station

Russian Wartime Mobile Radio Station
A Mobile radio station used by the Russians during the Russo-Japanese War (8 February 1904 5 September 1905). Date: circa 1904

Background imageDevice Collection: Mechanical water raising device

Mechanical water raising device
1588 complex mechanical water raising device that uses the current to lift large quantities of water. Date: 1588

Background imageDevice Collection: Water raising wheel

Water raising wheel
A 1588 engraving of a wooden water raising wheel, the wheel was designed to float in a river, using the rivers current to lift the water. Date: 1588

Background imageDevice Collection: Some Labour-Saving Devices by William Heath Robinson

Some Labour-Saving Devices by William Heath Robinson
The Top Watch Winder. 1919

Background imageDevice Collection: Weighty Deeds Afoot by William Heath Robinson

Weighty Deeds Afoot by William Heath Robinson
Testing corn plasters in the salon of a fashionable West End chiropodist. Please note: Credit must appear as Courtesy of the estate of Mrs J.C.Robinson/Pollinger Ltd/ILN/Mary Evans Date: 1926

Background imageDevice Collection: A motor sledge for the South Pole

A motor sledge for the South Pole
A motor sledge device for transport in heavy snow, used by Lieutenant Barnes on M.Charcots French expedition to the South Pole which set off in 1908 in the Pourquoi Pas. Date: 1909

Background imageDevice Collection: Mechanical Milking

Mechanical Milking
A dairy farmer in Lincolnshire, England, putting a mechanical milking device on a Fresian cows udders. Date: 1960s

Background imageDevice Collection: Automatic Autographer

Automatic Autographer
An automatic autographer, a handy device for the famous, enabling multiple autographs to be signed on many photographs at the same time. Date: early 1930s

Background imageDevice Collection: The Flags and National Coats of arms of Greece

The Flags and National Coats of arms of Greece Date: circa 1910s

Background imageDevice Collection: Crest of Queens College, Belfast, Northern Ireland

Crest of Queens College, Belfast, Northern Ireland Date: circa 1906

Background imageDevice Collection: King Haakon VII and Queen Maud of Norway and Flag

King Haakon VII and Queen Maud of Norway and Flag
King Haakon VII (1872-1957) and Queen Maud (1869-1938) of Norway and the Norwegian Flag and coat of arms. Issued to celebrate the coronation of Haakon in November 1905. Date: 1905

Background imageDevice Collection: Man sowing seeds in lines, using mechanical device

Man sowing seeds in lines, using mechanical device. Illustration from F. Burvenich, La culture potagere a la portee de tous. Date: 1877

Background imageDevice Collection: Mechanical fogging device

Mechanical fogging device published in Natures Connections: An Exploration of Natural History (2000) by Nicola McGirr



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