History of the Atlantic Cable & Undersea Communications
Wildman Whitehouse’s Patents
|Year||Patent No||Date||Date sealed||Invention||In the
|Notes||EOWW address at the time|
|1853||2,885||12th Dec||26th May 1854||Improvements in effecting Telegraphic Communications||EOWW||A chemical telegraph requiring a six wire circuit, with 64 keys, also records the words of a speaker and music.||Brighton|
|1854||1,225||2nd Jun||28th Nov. 1854||Improvements in effecting Telegraphic Communications||EOWW||Variants on his 2,885/1853 chemical telegraph patent particularly in order to adapt its application to single wire telegraphs. Introduced the Whitehouse Perpetual Maintenance or Laminate Battery.||Brighton|
|1855||2,617||20th Nov||1st April 1856||Improvements in Electro-Telegraphic Apparatus, Parts of which are also applicable to other purposes.||EOWW||1] The Whitehouse induction coil, altering the form of windings used in the coils, 2] their use in electro-telegraphic purposes, blasting and ordnance purposes, and his chemical telegraph receiver, 3] improved relays for receiving currents, and 4] a single-needle telegraph receiver||Brighton|
|1855||2,828||14th Dec||18th April 1856||Improvements in Apparatus for Measuring Fluids||EOWW||Fluid rotational flow meter using magnetic coupling . Would appear to be improvement on a similar item patented by Charles William Siemens of April 1852 to which he refers.
|1856||1,726||21st Jul||This patent application was never sealed||An improvement in the arrangements for or working of Electric Telegraphs||EOWW and Samuel Statham of Islington
|Brief submission referring to the use of an insulated wire return rather than utilising the earth on telegraph circuits||Brighton|
|1856||2,473||21st Oct||This invention received Provisional Protection only||Improvements in Tools for Soldering Metals||EOWW and Joseph Christopher Laws of Brighton||The soldering end of the improved tools is heated by a jet of gas brought to the soldering tool by means of a flexible tube.||Brighton|
|1860||1,862||1st Aug||This invention received Provisional Protection only||Improvements in Testing Insulated Conductors||EOWW||Testing for eccentricity of conductor within insulated core by imbalance in magnetic fields. Interesting.||Brighton|
|1860||2,027||23rd Aug||22nd Feb 1861||Improvements in Testing Insulated Conductors||EOWW||Refers to method of local measurement of insulation resistance in long cable during production||Brighton|
|1868||3,224||21st Oct||16th April 1869||A New (or Improved) Mode of Protecting Insulated Telegraph Wires||EOWW||Proposal to extrude thin layer of xyloidine over GP or rubber insulated conductors to afford additional protection against heat etc||Stoke Newington Middlesex|
|1871||1,998||29th Jul||26th Jan 1872||Improvement in receiving and recording instruments for electric telegraphs, and in the utilisation of Earth Currents at Telegraphic Receiving Stations||EOWW||----------||Roslyn Hill House, Hampstead, Middlesex|
|1872||3,016||12th Oct||21st March 1873||Improvements in recording apparatus specially for the verification of fares in public vehicles||EOWW and Samuel Elkens Phillips of Homerton
|Gadget making use of siphon pens to plot on a tape a time marker, speed over each minute, time of arrival and departure, No of passengers on/off and time all linked to charge rates.||Roslyn Hill House, Hampstead, Middlesex|
|1873||4,082||11th Dec||29th May 1874||Improvements in apparatus for recording the number of passengers conveyed on public vehicles and the distance each has travelled.||EOWW and Josiah Latimer Clark of 5, Westminster Chambers, Victoria St. City of London.||Similar in some respects to 1873/3016
The Wheeler Gift Catalogue lists “5594: Circular relating to an electrical recorder patented by Latimer Clark and Wildman Whitehouse. March 24, 1874”
|12 Thurloe Road, Hampstead Middlesex|
|1874||1,820||22nd May||6th Nov. 1874||Improvements in Producing Electric Light||EOWW||No diagrams. Concept of having carbon elements in arc lamp rotate upon a screw thread such as to get even wear and maintain a constant gap.
|12 Thurloe Road, Hampstead Middlesex|
|1874||1,892||1874||1874||Revolution indicators or recorders||EOWW||12 Thurloe Road, Hampstead Middlesex|
|1876||643||16th Feb||19th April 1876||Improvements in Roller Skates||EOWW||Proposal to make roller skates take a "curved course" as ice skaters canutilises swivelling pair of rear wheels||12 Thurloe Road, Hampstead Middlesex|
|1876||2,248||29th May||24th Nov 1876||Improvements in Registering the Number of Passengers Carried in and on Omnibuses and other Public Vehicles||EOWW and Edward Hamilton Thomson of 5, Bolton Road, St John's Wood Middlesex||Device working on the pressure of passengers on seats!||12 Thurloe Road, Hampstead Middlesex|
Note 1. The patentee describes an apparatus in which a paddle-wheel is made to rotate by the action of the fluid to be measured inside an annular chamber of uniform area throughout ; and also an apparatus in which the capacity of the measuring drum or wheel itself constitutes the measuring power of the meter.
Note 2. Samuel Statham was manager of the Gutta Percha Company for many years. Whitehouse married Statham's daughter Hannah in 1864, his second marriage. She died in 1869.
Note 3. Samuel E Phillips had been associated with Whitehouse on the Atlantic cable project [The Electricians’ Directory with Handbook for 1885]. Phillips’ son, also named Samuel E., was a partner in Johnson and Phillips, cable gear suppliers.
Note 4. The Pharmaceutical Journal and Transactions, 8 August 1874, reported on an “Exhibition of Objects of Interest Related to Pharmacy: This Exhibition was held in the rooms of the Society, in Bloomsbury Square...An electrical recorder for registering time, speed, distance run, and number of passengers inside and out, of tram-cars and omnibuses, exhibited by Mr Wildman Whitehouse, forming a very pretty and interesting apparatus.”
Note 5. Clockwork or other mechanism rotates rods or cylinders of carbon at a slow speed, which can be regulated at pleasure, and as they rotate they are moved gradually forward by screws or otherwise. Reverses current occasionally to remove the ridge and groove traced out on the opposite carbons.
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Last revised: 3 June, 2010