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Alignment adjusting system for use in optical system of optical transceiver 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H04B-010/00
출원번호 US-0183416 (1994-01-19)
우선권정보 JP-0006526 (1993-01-19)
발명자 / 주소
  • Arimoto Yoshinori (Kokubunji JPX)
출원인 / 주소
  • ATR Optical and Radio Communications Research Lab. (Kyoto JPX 03)
인용정보 피인용 횟수 : 40  인용 특허 : 0

초록

An alignment adjusting system for use in an optical system in an optical transceiver includes an optical antenna having a main mirror and a submirror, both of which are provided around an optical axis of the optical antenna. An optical coupling unit couples the optical antenna to the optical transce

대표청구항

An alignment adjusting system for use in an optical system in an optical transceiver, comprising: an optical antenna having a main mirror and a submirror, both of which being provided around an optical axis of said optical antenna and away from each other by a predetermined interval, said optical an

이 특허를 인용한 특허 (40)

  1. Kendall, Greg T.; Lisoski, Derek L.; Morgan, Walter R.; Griecci, John A., Active dihedral control system for a torisionally flexible wing.
  2. Kendall, Greg T.; Lisoski, Derek L.; Morgan, Walter R.; Griecci, John A., Active dihedral control system for a torsionally flexible wing.
  3. Cox, Earl C.; Swanson, Kyle D., Aircraft control method.
  4. Kendall, Greg T.; Morgan, Walter R., Aircraft control system.
  5. Lisoski,Derek L.; Kendall,Greg T., Aircraft control system.
  6. Cheng, Cecilia Y.; Hayes, Robert R.; Langsam, David A.; Strodtbeck, Andrew L., Alignment system and method for optical satellite communication.
  7. Cheng, Cecilia Y.; Hayes, Robert R.; Langsam, David A.; Strodtbeck, Andrew L., Alignment system and method for optical satellite communication.
  8. Kube,Erhard; Oscolai,Cathal; Ebermann,Frank, Apparatus and method for use in free-space optical communication comprising optically aligned components integrated on circuit boards.
  9. Baun,Kenneth W.; Tingey,Brian; El Khatib,Ghassan, Apparatus and methods for focusing and collimating telescopes.
  10. Papac, Michael James; Horvath, Christopher, Apparatus for enhancing brightness of a wavelength converting element.
  11. Chalfant, III, Charles H.; Tidwell, Terry L.; Leary, Michael, Beam path adaptation system and method for free space optical communications systems.
  12. Artsyukhovich, Alexander, Bichromatic white ophthalmic illuminator.
  13. Oettinger,Eric Gregory; Heminger,Mark David; Hagen,Mark D., Calibration method for station orientation.
  14. Fisher, Donald; Gangl, Michael, Communication transceiver architecture.
  15. Helms,Richard Morgan; Taglione,John V., Dual mode collimated communications transceiver.
  16. Graves, J. Elon; Pechner, David; Olson, Andrew, Fast tracking free space optical module.
  17. Graves, J. Elon; Dickson, William; Mitchell, Greg; McClaren, Andy; Pechner, Dave, Free space optical (FSO) system.
  18. Dickson, William C.; McClaren, Andrew K.; Mitchell, Greg G., Free space optical communication tracking with electronic boresight compensation and co-boresighted transmit and receive optics.
  19. Kim, Nam-Hyong; Erkmen, Baris Ibrahim; Keyes, Edward Allen; Belt, Robert Todd, Free-space optical communication dual-fiber ferrule.
  20. Artsyukhovich, Alexander N.; Papac, Michael J.; Smith, Ronald T., LED illuminator.
  21. Carlson Robert T. ; Booker Jesse W. ; Cabato Alvin ; Driscoll David ; Hamilton Scott, Laser communication system and methods.
  22. Bloom Scott H. ; Korevaar Eric ; Chan Victor ; Chen Irene ; Rivers Michael D. ; Low Amy, Laser communication transceiver and system.
  23. Carlson Robert T., Laser satellite communication system.
  24. Carlson Robert T., Laser satellite communication system.
  25. Carlson Robert T. (Pepperell MA), Laser satellite communication system.
  26. Heinz Willebrand, Method and apparatus for free-space optical communication without electro-optical conversion.
  27. Willebrand, Heinz, Method and apparatus for free-space optical communication without eletro-optical conversion.
  28. Lee, Chang Wook; Cho, Min Ji; Lu, Zhong; Choi, Young Jean, Method and system for correction of optical satellite image.
  29. Martin, Kenneth I.; Summers, Kenneth E., Method of authenticating beacon.
  30. Tsuno,Katsuhiko; Suyama,Shoko; Kameda,Tsuneji; Ito,Yoshiyasu, Mirror substrate, mirror body using the same, and optical device using mirror body.
  31. Kanda Seiji,JPX, Optical communication system of space propagation type.
  32. Erkmen, Baris Ibrahim; Kim, Nam-hyong; Keyes, Edward Allen; Brookes, Kyle, Optical communication terminal.
  33. Tetsuo Sakanaka JP, Optical space communication apparatus.
  34. Javitt Joel I. ; Rutledge Christopher L., Optical transceiver using common optical path for transmission and reception.
  35. Steinkraus, Robert; Ulander, Klaus, Phase sensitive beam tracking.
  36. Artsyukhovich, Alexander, Photonic lattice LEDs for ophthalmic illumination.
  37. Raymond K. DeLong, Shared telescope optical communication terminal.
  38. Artsyukhovich, Alexander N.; Boukhny, Mikhail; Dacquay, Bruno, Stroboscopic ophthalmic illuminator.
  39. Krill,Jerry A.; Duncan,Donald D.; Frank,Joe, System and method for real-time image control and processing for use in wide area space based surveillance.
  40. Willebrand, Heinz; Clark, Gerald R., Terrestrial optical communication network of integrated fiber and free-space links which requires no electro-optical conversion between links.
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