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특허 상세정보

Control signal transmitting apparatus, particularly for aircraft

국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판) H04B-009/00   
미국특허분류(USC) 455/603 ; 455/612 ; 455/617 ; 244/194
출원번호 US-0293277 (1981-08-17)
우선권정보 DE-3032918 (1980-09-02); DE-3111722 (1981-03-25)
발명자 / 주소
출원인 / 주소
인용정보 피인용 횟수 : 40  인용 특허 : 1
초록

A control system for controlling, for example, the operation of an aircraft or any other system requiring a flow of data back and forth between controlling and controlled units of the system, comprises a passive, multiply intermeshed conductor network (20, 24) of light conductors (11, 12). This network transmits control signals in the form of digital light signals from a control signal source, such as a control stick (9) in the cockpit of an aircraft or spacecraft, to respective controlled servo-units (14). The transmission system includes signal process...

대표
청구항

In a system for transmitting control signals from a control source providing controlling signals to controlled units through signal light conductor network means operatively interconnecting said control source and said controlled units, wherein a number of light conductors form redundant connection paths between said control source and said controlled units, the improvement comprising a first plurality of longitudinal light conductors and a further plurality of cross light conductors repeatedly intermeshing said longitudinal light conductors for forming ...

이 특허를 인용한 특허 피인용횟수: 40

  1. Bernier, Alan T.. Aircraft electrical power distribution network. USP2003126664656.
  2. Bacon, Peter William; Tucker, David Roy; McLoughlin, Adam John; Coleman, David. Aircraft flight surface control system. USP2005036860452.
  3. Richter, Martin; Lücken, Peter. Aircraft having a vertical lift system. USP2016029266605.
  4. Najmabadi Kioumars ; Evans Monte R. ; Coleman Edward E. ; Bleeg Robert J. ; Breuhaus Richard S. ; Anderson Dorr Marshall ; Nelson Timothy A.. Aircraft pitch-axis stability and command augmentation system. USP2001126325333.
  5. Stoner, Paul Douglas. Apparatus and method pertaining to light-based power distribution in a vehicle. USP2011027880325.
  6. Stoner, Paul Douglas; Vlad, Ovidiu Gabriel. Apparatus and method pertaining to light-based power distribution in a vehicle. USP2011027888814.
  7. Stoner, Paul Douglas; Vlad, Ovidiu Gabriel. Apparatus and method pertaining to provision of a substantially unique aircraft identifier via a source of power. USP2011098026631.
  8. Zavidniak, Martin P.; Shabra, Dale J.. Communication system and method employing line replaceable equipment racks on an aircraft. USP2012028120894.
  9. De Rammelaere, Werner; Laperche, Jean-Claude; Rebut, Mathieu; Berthe, Benoit; Hintze, Hartmut; Krittian, Sebastian. Control system for an aircraft. USP2015109156543.
  10. Brownjohn, Nicholas; Osternack, Stefan; Poulain, Stéphane; Valancogne, Xavier; Fischer, Nils. Data network, aircraft or spacecraft, and method. USP2016119503192.
  11. Tichborne, Franklin; Lam, Joseph K-W; Masters, Simon; Parmenter, David. Data transmission network. USP2014018634716.
  12. Schievelbusch, Bernd. Device for detecting synchronous errors of high-lift surfaces on aircraft. USP2010057708226.
  13. Szuchy Nicholas C. (Babylon NY) Caserta Anthony (Huntington NY). Discrete strain sensor. USP1990084947693.
  14. Rizzotti ; III Alfred E. (New Rochelle NY). Electrical control system. USP1986064596049.
  15. Szuchy Nicholas C. (Babylon NY). Fiber optic aircraft load relief control system. USP1987094692610.
  16. Yasuhara Takeshi (Kanagawa JPX) Nabeta Eiichi (Kanagawa JPX). Field instrumentation system. USP1989094864489.
  17. Vidal Pierre-Albert,FRX ; Woirin Eddy Gaston Jean,FRX ; Massimi Jean-Maxime,FRX ; Ressent Philippe Louis,FRX. Flight control device for an aircraft, in particular a helicopter. USP2000056059225.
  18. Foote, Peter David; Stace, Christopher; Laycock, Leslie Charles. Heat distribution in a distributed lighting apparatus. USP2010087780328.
  19. Endicott,Eric. High density fiber optic output interface and system. USP2006037015458.
  20. Ivie,Lovell Brent; Gilstrap,Daniel; Howard,R. Brent; Bowden,Grant; Johnson,Dave. Information communication systems. USP2007017162730.
  21. Oyama Masumi (Tokyo JPX). Information medium for communicating data and/or a selectable control transfer program between the medium end and extern. USP1988124792996.
  22. Mitani, Yoichi; Tamaru, Masahiro; Ikarashi, Reiichi; Isobe, Taisei. Integrated electronic system mounted on aircraft. USP2015038977798.
  23. Stirling, Andrew J.; Pendergast, Simon E.; Parmar, Harivaden A.. Local communication system. USP2005036865188.
  24. Elberbaum, David. Method and apparatus for connecting AC powered switches, current sensors and control devices via two way IR, fiber optic and light guide cables. USP2012058175463.
  25. Elberbaum, David. Method and apparatus for connecting AC powered switches, current sensors and control devices via two way IR, fiber optic and light guide cables. USP2012128331794.
  26. Elberbaum, David. Method and apparatus for connecting AC powered switches, current sensors and control devices via two way IR, fiber optic and light guide cables. USP2012128331795.
  27. Stoner, Paul Douglas. Method and apparatus for handling data and aircraft employing same. USP2011027888813.
  28. Stoner, Paul Douglas; Vlad, Ovidiu Gabriel. Method and apparatus for handling data and aircraft employing same. USP2011027888812.
  29. Gleine Wolfgang,DEX ; Hilbig Reinhard,DEX ; Wendt Hans-Joachim,DEX. Method and apparatus for optimizing the aerodynamic effect of an airfoil. USP1999035875998.
  30. Fujii Masaru,JPX ; Tanaka Minoru,JPX. Method for optically transmitting signals in measurement units and measurement system employing the optical transmission method. USP2000066078877.
  31. Hoy Robert S. ; Grai Timothy J. ; Hozeska Robert J.. Method of non-intrusive testing for a process control interface system having triply redundant remote field units. USP1999105970226.
  32. White, III, Orland Kermit. Network hub for a reconfigurable data network having physical transmission media. USP2003056561454.
  33. White, III, Orland Kermit. Network hub for a reconfigurable data network having physical transmission media. USP2003126666400.
  34. Hochstuhl Gerhard,DEX ; Maibach Philippe,CHX. Optical fiber transmission system. USP1998115831753.
  35. Morrison, Brian D.. Optical ring architecture. USP2010027657330.
  36. Bartholomew Richard D. (Huntsville AL) Pitalo Stephen K. (Huntsville AL) Schaffer ; Jr. James R. (Madison AL). Position sensor using optical fibers and a variable filter. USP1991055017771.
  37. Farineau Jacques (Toulouse FRX). System for controlling roll and yaw of an aircraft. USP1990104964599.
  38. Panxika Larramendy FR. System for the yaw control of an aircraft. USP2002036352223.
  39. Roth, Michael. System, apparatus and method for controlling an aircraft. USP2012098275494.
  40. Griffith, Scot E.. Systems and methods for arbitrating sensor and actuator signals in a multi-channel control system. USP2015028948960.