词条 | John Dixon Gibbs |
释义 |
Although the underlying physics of the transformer, mainly Faraday's law of induction, had been known since the 1830s, transformers only became viable after the introduction of Gaulard and Gibbs's transformer design in 1883. The breakthrough was to build an iron transformer core which could act as a magnetic circuit. At the time, their invention was seen as overcomplicated since it contained a movable armature.[4] It caught the attention of Sir Coutts Lindsay, who used it to power the Grosvenor Gallery, which was one of the first lighting systems in Britain powered by a central generating station.[4] In 1885 Ottó Bláthy, Miksa Déri and Károly Zipernowsky secured a patent on a similar design, using laminated sheets of metal to reduce eddy currents. Information on an exhibition of Gibbs and Gaulard's transformer in Turin, Italy in 1884 was published in 1885 and caught the attention of George Westinghouse.[5][6] In the summer of 1885 Westinghouse bought the American rights for Gibbs and Gaulard's design and ordered that several transformers from Gibbs and Gaulard be purchased and shipped to his factory in Pittsburgh.[4] Westinghouse then asked the engineer William Stanley, Jr. to design an electric lighting system using them. Stanley subsequently greatly improved on Gibbs and Gaulard's design and is often credited in their place. John Dixon Gibbs had his work patented under German patent no. 28947, a patent also recognized in Great Britain. The patent was disputed by Sebastian Ziani de Ferranti. Following patent litigation, Gibbs and Gaulard lost the patent. Gibbs appealed the suit, taking the case all the way to the House of Lords, where he again lost. He was financially ruined in the process.[7] References1. ^Borns: The electrical exhibition at the London Aquarium, Electrical newspaper paragraph 4, 1883, Pages 221-225 {{authority control}}{{DEFAULTSORT:Gibbs, John Dixon}}{{UK-engineer-stub}}2. ^Borns: illumination by means of secondary generators, Electrical newspaper Number 5, 1884, pages 77-78. 3. ^{{cite web|title=The History of the Transformer|url=http://www.edisontechcenter.org/Transformers.html|publisher=Edison Tech Center|accessdate=13 January 2015}} 4. ^1 2 3 {{cite book|last1=Davis|first1=L.J.|title=Fleet fire : Thomas Edison and the pioneers of the electric revolution|date=2003|publisher=Arcade Pub.|location=New York|isbn=1559706554|edition=1st|url=https://books.google.com/books?id=Gp_rW9f-Tp4C&pg=PT101&lpg=PT101&dq=Sebastian+Ziani+de+Ferranti+patent+John+Gibbs+%22house+of+lords%22&source=bl&ots=gW5ukD4JuN&sig=IL-uPR9iB8Hhv4qFwVhe76xNEZA&hl=en&sa=X&ei=iJ-0VPTUOYKggwSC5IKYDw&ved=0CCsQ6AEwAw#v=onepage&q=Sebastian%20Ziani%20de%20Ferranti%20patent%20John%20Gibbs%20%22house%20of%20lords%22&f=false}} 5. ^{{cite book|last1=Carlson|first1=W. Bernard|title=Tesla : inventor of the electrical age|date=2013|publisher=Princeton University Press|location=Princeton|isbn=0691057761|pages=87–90}} 6. ^{{cite journal|title=Electric Lighting at the Inventions Exhibition|journal=Engineering (London)|date=1 May 1885|volume=39|pages=454–60}} 7. ^{{cite book|last1=Krause|first1=Michael|title=How Nikola Tesla Invented the 20th Century (German)|date=2010|publisher=Wiley-VCH|location=Weinheim|isbn=978-3-527-50431-2|edition=1. Aufl.}} 3 : 1834 births|1912 deaths|British engineers |
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