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Low refrigerant charge detection system 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • F25B-049/02
출원번호 US-0226218 (1994-04-11)
발명자 / 주소
  • Blair John H. (Westland MI) Dolinski Norman H. (Grosse Pointe Woods MI) Dage Gerhard A. (Franklin MI) Peck George E. (Dearborn MI) Koberstein Manfred (Warren MI) Matteson Robert W. (Ann Arbor MI)
출원인 / 주소
  • Ford Motor Company (Dearborn MI 02)
인용정보 피인용 횟수 : 76  인용 특허 : 0

초록

An apparatus for detecting is disclosed for detecting a low level of refrigerant circulating through a motor vehicle refrigerant circuit. The apparatus comprises an electronic logic module, and a pressure transducer and a thermistor preferably located in the refrigerant circuit between the compresso

대표청구항

An apparatus for detecting a low level of a medium circulating through a motor vehicle refrigerant circuit including a compressor, a condenser and an evaporator, the apparatus comprising: a pressure transducer for generating a signal indicative of the pressure of the medium in the refrigerant circui

이 특허를 인용한 특허 (76)

  1. Leupold, Alan G.; Zieser, Eric J.; Borg, Joseph E.; Heckart, Jared A., Air conditioning cut-out circuit.
  2. Murata Yoshinori,JPX ; Sakakibara Hisayoshi,JPX ; Nishida Shin,JPX ; Kuroda Yasutaka,JPX, Air conditioning system.
  3. Kates, Lawrence, Air filter monitoring system.
  4. Phil Trigiani CA; Tony Ferraro CA; Ronald Lee Wheeler, Apparatus and method for diagnosing performance of air-conditioning systems.
  5. Pham, Hung M.; Jayanth, Nagaraj, Compressor data module.
  6. Pham, Hung M., Compressor diagnostic and protection system and method.
  7. Pham, Hung M., Compressor diagnostic and protection system and method.
  8. Pham, Hung M.; Alsaleem, Fadi M., Compressor having a control and diagnostic module.
  9. Pham, Hung M.; Alsaleem, Fadi M., Compressor having a control and diagnostic module.
  10. Jayanth, Nagaraj; Renken, Troy W., Compressor sensor module.
  11. Jayanth, Nagaraj; Renken, Troy W., Compressor sensor module.
  12. Bahel Vijay (Sidney OH) Millet Hank (Piqua OH) Hickey Mickey (Sidney OH) Pham Hung (Dayton OH) Herroon Gregory P. (Piqua OH) Greschl Gerald L. (Dayton OH), Diagnostics for a heating and cooling system.
  13. Misawa Makoto (Iwata JPX) Oguri Makoto (Iwata JPX), Engine-driven heat pump apparatus and method for stable operation of heat pump.
  14. Horowitz, Stephen A.; Strawser, Bridget; Clark, E. Todd; Azurmendi, Alain, Enterprise control and monitoring system and method.
  15. Horowitz, Stephen A; Strawser, Bridget; Clark, E. Todd; Azurmendi, Alain, Enterprise controller display method.
  16. Arensmeier, Jeffrey N.; Hemmelgarn, Gregg M.; Alsaleem, Fadi M.; Abiprojo, Priotomo, HVAC system remote monitoring and diagnosis.
  17. Arensmeier, Jeffrey N.; Hemmelgarn, Gregg M.; Alsaleem, Fadi M.; Abiprojo, Priotomo, HVAC system remote monitoring and diagnosis.
  18. Burns, Nathan Paul, Head pressure control.
  19. Alsaleem, Fadi M.; Hemmelgarn, Gregg M., Heat pump system with refrigerant charge diagnostics.
  20. Alsaleem, Fadi M.; Hemmelgarn, Gregg M., Heat-pump system with refrigerant charge diagnostics.
  21. Butler, William P.; Carey, Steven L.; Pham, Hung; Jayanth, Nagaraj, Interactive control system for an HVAC system.
  22. Butler, William P.; Carey, Steven L.; Pham, Hung; Jayanth, Nagaraj, Interactive control system for an HVAC system.
  23. Butler, William P.; Carey, Steven L.; Pham, Hung; Jayanth, Nagaraj, Interactive control system for an HVAC system.
  24. Butler, William P.; Garozzo, James P., Interactive control system for an HVAC system.
  25. Butler,William P.; Carey,Steven L.; Pham,Hung; Jayanth,Nagaraj, Interactive control system for an HVAC system.
  26. Bessler Warren F. (Schenectady NY), Low refrigerant charge detection using a combined pressure/temperature sensor.
  27. Thybo, Claus; Bendtsen, Christian, Method and a device for detecting an abnormality of a heat exchanger, and the use of such a device.
  28. Thybo, Claus; Rasmussen, Bjarne Dindler; Lauridsen, Steen; Helberg, Vagn, Method and a device for detecting flash gas.
  29. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  30. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  31. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  32. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  33. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  34. Kates, Lawrence, Method and apparatus for monitoring a refrigeration-cycle system.
  35. Kates, Lawrence, Method and apparatus for monitoring refrigeration-cycle systems.
  36. Kates, Lawrence, Method and apparatus for monitoring refrigeration-cycle systems.
  37. Bathla Pritam S., Method and device to detect the charge level in air conditioning systems.
  38. Hsieh,Hsiao An; Charette,Francois; Lake,Steven; Maruvada,Harish; Calkins,Mike; Przebienda,Alex; Volker,David, Method and system for assessing a refrigerant charge level in a vehicle air conditioning system.
  39. Johnston, William Stewart; Wong, David Alan; Hamilton, Hugh; Koberstein, Manfred; Dhar, Debasish, Method and system for detecting low refrigerant charge and air conditioner protection system.
  40. Thybo, Claus; Rasmussen, Bjarne Dindler; Izadi-Zamanabad, Roozbeh, Method for detecting changes in a first media flow of a heat or cooling medium in a refrigeration system.
  41. Liu, Lucy Yi; Sun, Jian, Method for detection of loss of refrigerant.
  42. Thybo, Claus, Method for evaluating a non-measured operating variable in a refrigeration plant.
  43. Herbert Wieszt DE; Wolfgang Straub DE, Method for monitoring the refrigerant filling level in refrigerating system.
  44. Temple, Keith A.; Hanson, Oved W., Method of determining refrigerant charge level in a space temperature conditioning system.
  45. Demuth, Walter; Heilig, Rainer; Kirschner, Volker; Kotsch, Martin; Krauss, Hans-Joachim; Mittelstrass, Hagen; Raiser, Harald; Sickelmann, Michael; Staffa, Karl-Heinz; Walter, Christoph, Method of monitoring refrigerant level.
  46. Demuth,Walter; Heilig,Rainer; Kirschner,Volker; Kotsch,Martin; Krauss,Hans Joachim; Mittelstrass,Hagen; Raiser,Harald; Sickelmann,Michael; Staffa,Karl Heinz; Walter,Christoph, Method of monitoring refrigerant level.
  47. Singh, Abtar; Wickberg, Paul; Starling, Neal; Mathews, Thomas J, Model-based alarming.
  48. Singh, Abtar; Woodworth, Stephen T.; Mitchell, James R., Monitoring a condenser in a refrigeration system.
  49. Singh, Abtar; Mathews, Thomas J.; Woodworth, Stephen T.; Churiwal, Pawan K.; Mitchell, James R.; Gurkan, Ozgur Y., Monitoring refrigerant in a refrigeration system.
  50. Singh, Abtar; Mitchell, James R., Monitoring refrigerant in a refrigeration system.
  51. Mei, Viung C.; Chen, Fang C.; Kweller, Esher, Non-intrusive refrigerant charge indicator.
  52. Rohr, Daniel J., Optically detected liquid depth information in a climate control unit.
  53. Briggs Bradley R. ; Daniels William R., Overheating protection device for rotational control apparatus.
  54. Kates, Lawrence, Portable method and apparatus for monitoring refrigerant-cycle systems.
  55. Pham, Hung M., Protection and diagnostic module for a refrigeration system.
  56. Cummings Robert W. ; Ta Thien D., Refrigerant loss detection.
  57. Kamemoto Derek Y., Refrigerant monitoring apparatus and method.
  58. Kanai Hiroshi,JPX ; Muta Shunji,JPX ; Iijima Kenji,JPX ; Furuya Shunichi,JPX, Refrigerating cycle.
  59. Singh, Abtar; Wickberg, Paul; Mathews, Thomas J.; Starling, Neal, Refrigeration system energy monitoring and diagnostics.
  60. Singh, Abtar; Wickberg, Paul; Mathews, Thomas J.; Starling, Neal, Refrigeration system energy monitoring and diagnostics.
  61. Nonaka,Hikaru; Hirai,Shinji; Uenoyama,Yoshihiko; Sakuma,Tsutomu; Saruta,Susumu; Hashimoto,Shoji, Refrigerator.
  62. Arensmeier, Jeffrey N., Remote HVAC monitoring and diagnosis.
  63. Arensmeier, Jeffrey N., Remote HVAC monitoring and diagnosis.
  64. Arensmeier, Jeffrey N., Residential solutions HVAC monitoring and diagnosis.
  65. Scaringe Robert P., Simplified subcooling or superheated indicator and method for air conditioning and other refrigeration systems.
  66. Wallis, Frank S.; Rozsnaki, Joseph James, System and method for compressor motor protection.
  67. Wallis, Frank S.; Rozsnaki, Joseph James, System and method for compressor motor protection.
  68. Wallis, Frank S.; Rozsnaki, Joseph James, System and method for compressor motor protection.
  69. Doll, Jr., Martin Luther; Hansen, John C., System and method for detecting decreased performance in a refrigeration system.
  70. Clark, E. Todd; Mitchell, James R., System and method for monitoring and evaluating equipment operating parameter modifications.
  71. Clark, E. Todd; Sarma, Magesh; Mitchell, James R., System and method for monitoring and evaluating equipment operating parameter modifications.
  72. Clark, E. Todd; Sarma, Magseh; Mitchell, James R., System and method for monitoring and evaluating equipment operating parameter modifications.
  73. Singh, Abtar, System for monitoring optimal equipment operating parameters.
  74. Duff Paul J. (Lebanon CT) Larson John P. (Burlington CT) Lechtanski Joseph B. (Castle Rock CO), System for monitoring the operation of an evaporator unit.
  75. Pham, Hung M., System for refrigerant charge verification using two condenser coil temperatures.
  76. Bean, Jr., John H.; Roesch, James Richard, Systems and methods for head pressure control.
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