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Fluid flow sensor 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • B01F-001/68
출원번호 US-0772677 (2001-01-30)
발명자 / 주소
  • James, Steven D.
  • Kunik, William G.
출원인 / 주소
  • Rosemount Aerospace Inc.
인용정보 피인용 횟수 : 36  인용 특허 : 60

초록

A flow sensor for determining the velocity and direction of a fluid flow including a substrate, a heat source located on the substrate, and a first and a second heat sensor located on the substrate to detect at least a portion of heat generated by the heat source. The first and second heat sensors a

대표청구항

A flow sensor for determining the velocity and direction of a fluid flow including a substrate, a heat source located on the substrate, and a first and a second heat sensor located on the substrate to detect at least a portion of heat generated by the heat source. The first and second heat sensors a

이 특허에 인용된 특허 (60)

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  8. Ohta Minoru (Okazaki JPX) Miura Kazuhiko (Aichi JPX) Huzino Seizi (Anjo JPX) Kanehara Kenji (Aichi JPX) Hattori Tadashi (Okazaki JPX), Direct-heated flow measuring apparatus having improved response characteristics.
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  30. Higashi Robert E. (Shorewood MN) Holmen James O. (Minnetonka MN) James Steven D. (Edina MN) Johnson Robert G. (Minnetonka MN) Ridley Jeffrey A. (Burnsville MN), Method for making thin film orthogonal microsensor for air flow.
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  53. Nagata Mitsuhiko (Kanagawa JPX) Kamiunten Shoji (Kanagawa JPX) Uchida Tatsuyuki (Tokyo JPX) Seita Misako (Tokyo JPX), Thermal conductivity detector.
  54. Lambert David K. (Sterling Heights MI), Thermal diffusion fluid flow sensor.
  55. Renken, Wayne G.; LeMay, Dan B., Thermal mass flow meter.
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  57. Tokura Norihito (Aichi JPX) Kawai Hisasi (Toyohashi JPX) Kanehara Kenji (Aichi JPX) Kohama Tokio (Nishio JPX), Thermocouple-type gas-flow measuring apparatus.
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  60. Adler Meryle D. W. (Bradford PA) Brown John T. (Corning NY), .

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  1. Chin, Ken K; Feng, Guanhua; Padron, Ivan; Roman, Harry, Aligned embossed diaphragm based fiber optic sensor.
  2. Liu, Chang; Engel, Jonathan; Chen, Jack, Artificial lateral line.
  3. Liu, Chang; Engel, Jonathan; Chen, Jack, Artificial lateral line.
  4. Majumdar,Arun; Satyanarayana,Srinath; Yue,Min, Composite sensor membrane.
  5. Akada, Hikaru, Data acquisition method of substrate processing apparatus and sensing substrate.
  6. Baumeister, Lars; Wuebbeke, Karl; Kamarys, Dirk, Device and method for recalibrating an exhaust gas mass flow sensor.
  7. Olsen,Ronald F.; Breer,Marlin D., Flow restrictors for aircraft inlet acoustic treatments, and associated systems and methods.
  8. Artmann,Hans; Pannek,Thorsten; Konzelmann,Uwe, Flow sensor.
  9. Seki,Koji; Zushi,Nobuhiko; Ike,Shinichi; Nakano,Seishi; Nakata,Tarou; Kamiunten,Shoji, Flow sensor and method of manufacturing the same.
  10. Berkcan, Ertugrul; Chandrasekaran, Shankar; Li, Bo; Weaver, Jr., Stanton Earl, Flow sensor assemblies.
  11. Berkcan, Ertugrul; Chandrasekaran, Shankar; Li, Bo; Weaver, Stanton Earl, Flow sensor assemblies.
  12. von Waldkirch, Marc; Hornung, Mark; Mayer, Felix; Lechner, Moritz, Flow sensor with thermocouples.
  13. Galley, Thomas Center; Galley, Arnell Jean; Pordal, Harbinder S.; Yoder, James F., Fluid flow direction detection.
  14. Galley, Thomas Center; Galley, Arnell Jean; Pordal, Harbinder S.; Yoder, James F., Fluid flow direction detection.
  15. Förster, Karl-Heinz; Binder, Josef, Integral dual technology flow sensor.
  16. F?rster, Karl-Heinz; Langro, Frank J.; Latino, Frank; Binder, Josef; Benecke, Wolfgang; St?rz, Thomas; Ahrens, Oliver, Integrated fluid sensing device.
  17. Chin, Ken K.; Feng, Guanhua; Roman, Harry, MEMS fiber optic microphone.
  18. Shah, Anil D.; Gupta, Alankar, Method and apparatus for detecting conditions conducive to ice formation.
  19. Shah,Anil D.; Gupta,Alankar, Method and apparatus for detecting conditions conducive to ice formation.
  20. Yamada,Masamichi; Horie,Junichi; Watanabe,Izumi; Nakada,Keiichi, Method of manufacturing a gas flow meter.
  21. Cook, Donald E.; Feider, Michael P., Methods and systems for detecting icing conditions.
  22. Liu,Chang; Chen,Jack; Engel,Jonathan, Microfabricated pressure and shear stress sensors.
  23. Liu, Chang; Engel, Jonathan; Chen, Nannan; Chen, Jack, Micromachined artificial haircell.
  24. Zobel, Hans-Joerg; F?rster, Karl-Heinz; Binder, Josef, Multiple technology flow sensor.
  25. Zhang, Wenwei, Passive humidity sensors and methods for temperature adjusted humidity sensing.
  26. Chavan, Abhijeet V.; Logsdon, James H.; Chilcott, Dan W.; Christenson, John C.; Speck, Robert K., Process for a monolithically-integrated micromachined sensor and circuit.
  27. Liu, Chang; Engel, Jonathan; Ryu, Kee, Soft MEMS.
  28. Plowman,Thomas E.; Jewett,Warren R., Solid state microanemometer device and method of fabrication.
  29. Sultan,Michel F.; Harrington,Charles R.; Wang,Da Yu, Temperature sensor apparatus and method.
  30. Richardson, Nathan R., Thermal air data (TAD) system.
  31. Richardson, Nathan R., Thermal air data (TAD) system.
  32. Speldrich, Jamie W.; Beck, Scott E.; Gehman, Richard W.; Murray, Martin G.; Bonne, Ulrich, Thermal liquid flow sensor and method of forming same.
  33. Korniyenko,Oleg; Chandu Lall,David V.; Park,Daesik, Thermal mass flow sensor.
  34. Chey, S. Jay; Hamann, Hendrik; Lacey, James A.; Vichiconti, James; von Gutfeld, Robert J., Thermal measurements of electronic devices during operation.
  35. Sato, Ryo; Hanzawa, Keiji, Thermal type flow rate sensor.
  36. Kawai, Masahiro; Taguchi, Motohisa, Thermosensitive flow rate detecting element and method for the manufacture thereof.
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