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특허 상세정보

Combined cycle engine

국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판) F01K-023/10   
미국특허분류(USC) 60/618
출원번호 US-0399576 (1989-08-28)
발명자 / 주소
인용정보 피인용 횟수 : 92  인용 특허 : 3
초록

The purpose of the Wicks Combined Cycle Engine (WCCE) is to provide a very substantial fuel efficiency improvement relative to the liquid cooled, internal combustion, piston engines that are now utilized by virtually all automobiles, trucks, and buses, and most trains and ships. The method is to recover virtually all of the internal combustion engine heat that is normally rejected through the engine coolant radiator and through the engine exhaust, by a Rankine Cycle that is comprised of a feed pump, feed heater, boiler, superheater, turbine or other type...

대표
청구항

In combination, an internal combustion engine including an exhaust gas flow conduit and a circulating coolant flow loop, a Rankine cycle engine including in flow series an expander, a condenser, a feed pump, and a steam generator, said steam generator receiving the waste heat from the exhaust conduit and the coolant loop, the improvement comprising: said steam generator consisting of three sections, passing the working fluid of the Rankine cycle engine serially through each of the sections, passing the exhaust flow through each of the sections in counter...

이 특허를 인용한 특허 피인용횟수: 92

  1. Hiromu Shishido JP; Norio Omoda JP. Apparatus and method for resource recovery from organic substance. USP2002116474067.
  2. Hart, Katherine; Held, Timothy James. Automated mass management control. USP2018019863282.
  3. Hart, Katherine; Held, Timothy James. Automated mass management control. USP2014088813497.
  4. Held, Timothy James; Vermeersch, Michael Louis; Xie, Tao. Carbon dioxide refrigeration cycle. USP2015069062898.
  5. Okaichi, Atsuo; Hikichi, Takumi; Kido, Osao. Cogenerating system. USP2018019874114.
  6. Kashmerick, Gerald E.. Combustion engine. USP2010087765785.
  7. Juchymenko, Victor. Controlled organic rankine cycle system for recovery and conversion of thermal energy. USP2013098528333.
  8. Taniguchi,Hiroyoshi; Uda,Makoto. Cooling control device for condenser. USP2007027174732.
  9. Kaplan, Howard Jay; Acquavella, David Francis; Junquera, Steven Patrick; Johnson, David Martin; Miller, Christopher David; Iasillo, Robert Joseph; Hampson, Gregory James; O'Dell, Kevin Jon. Cooling of liquid fuel components to eliminate coking. USP2005076918255.
  10. Kaplan,Howard Jay; Acquavella,David Francis; Junquera,Steven Patrick; Johnson,David Martin; Miller,Christopher David; Iasillo,Robert Joseph; Hampson,Gregory James; O'Dell,Kevin Jon. Cooling of liquid fuel components to eliminate coking. USP2006107117675.
  11. Taniguchi,Hiroyoshi; Uda,Makoto. Device for controlling liquid level position within condenser in rankine cycle apparatus. USP2006107117691.
  12. Bates, Lyle. Devices, systems, and methods for separation of feedstock components. USP2014028641793.
  13. Kammel, Refaat. Diesel gas turbine system and related methods. USP2011027886522.
  14. Held, Timothy James; Vermeersch, Michael Louis; Xie, Tao. Driven starter pump and start sequence. USP2013128616001.
  15. Held, Timothy James; Vermeersch, Michael; Xie, Tao. Driven starter pump and start sequence. USP2016089410449.
  16. Teng, Ho; Regner, Gerhard. Ejector type EGR mixer. USP2015069051900.
  17. Norton Peter. Electricity generator and heat source for vehicles. USP2001056232679.
  18. Togawa, Kazuhiro; Takemura, Kazuhito. Engine exhaust heat recovering apparatus. USP2005076913068.
  19. Akihito Kasai JP; Takahiro Ideguchi JP; Yoshinori Nakagawa JP. Engine waste heat recovering apparatus. USP2002086435420.
  20. Togawa Kazuhiro,JPX ; Kitani Hiroyuki,JPX. Engine waste heat recovering apparatus. USP2001126324849.
  21. Myers, Scott R.; Miller, Robert. Fluid flow in a fluid expansion system. USP2014098839622.
  22. Margiott, Paul. Fuel cell power plant cooling network integrated with a thermal hydraulic engine. USP2017089742196.
  23. Myers, Scott R.; Huber, David J.. Generating energy from fluid expansion. USP2014068739538.
  24. Smith, Ian Kenneth; Stosic, Nikola Rudi. Generating power from medium temperature heat sources. USP2015089097143.
  25. Chino, Kooichi; Tsukamoto, Moriaki; Fukushima, Toshihiko; Hatamiya, Shigeo. Heat energy supply system and method, and reconstruction method of the system. USP2010037669418.
  26. Held, Timothy J.; Miller, Jason D.. Heat engine and heat to electricity systems and methods for working fluid fill system. USP2015038966901.
  27. Held, Timothy J.; Miller, Jason D.. Heat engine and heat to electricity systems and methods with working fluid fill system. USP2012108281593.
  28. Held, Timothy J.; Hostler, Stephen; Miller, Jason D.; Vermeersch, Michael; Xie, Tao. Heat engine and heat to electricity systems and methods with working fluid mass management control. USP2013128613195.
  29. Held, Timothy James; Hostler, Stephen; Miller, Jason D.; Vermeersch, Michael; Xie, Tao. Heat engine and heat to electricity systems and methods with working fluid mass management control. USP2016109458738.
  30. Held, Timothy James. Heat engine cycles for high ambient conditions. USP2014108857186.
  31. Conry, Ronald David. Heat engine shuttle pump system and method. USP2016049322299.
  32. Kacludis, Alexander Steven; Hostler, Stephen R.; Zakem, Steve B.. Heat engine system with a supercritical working fluid and processes thereof. USP2015089118226.
  33. Held, Timothy James. Heat engines with cascade cycles. USP2014108869531.
  34. Gurin, Michael H.. Heat pump with integral solar collector. USP2016049316404.
  35. Harmon, Sr., James V.; Harmon, Jr., James V.; Harmon, Stephen C.. High efficiency dual cycle internal combustion engine with steam power recovered from waste heat. USP2012028109097.
  36. Harmon, Sr., James V.; Peoples, Jerry A.. High efficiency dual cycle internal combustion steam engine and method. USP2014038661817.
  37. Held, Timothy James. Hot day cycle. USP2014078783034.
  38. Huber, David J. Hybrid gas turbine and internal combustion engine. USP2012038141360.
  39. Teng, Ho; Regner, Gerhard. Hybrid power plant with waste heat recovery system. USP2014068739531.
  40. Gurin, Michael H.. Hybrid power systems. USP2013128616323.
  41. Samuel, Woodson Wayne. Hybrid variant automobile drive. USP2014058714288.
  42. Severinsky, Alex J.; Louckes, Theodore. Hybrid vehicle configuration. USP2009047520353.
  43. Severinsky,Alex J.; Louckes,Theodore. Hybrid vehicles. USP2007077237634.
  44. Severinsky,Alex J.; Louckes,Theodore. Hybrid vehicles. USP2006097104347.
  45. Severinsky,Alex J.; Louckes,Theodore. Hybrid vehicles. USP2008077392871.
  46. Severinsky,Alex J.; Louckes,Theodore. Hybrid vehicles. USP2008117455134.
  47. Freymann, Raymond; Strobl, Wolfgang; Huebner, Walter; Obieglo, Andreas; Doemeland, Peter; Kraus, Norbert; Becker, Juergen; Hoetger, Michael; Goebel, Christian; Gensicke, Goeran. Internal combustion engine and heat engine with multiple heat exchangers. USP2015018931545.
  48. Sundel,Timothy Neil. Method and apparatus for decreasing marine vessel power plant exhaust temperature. USP2006107121906.
  49. Samuel, Woodson Wayne. Method and system for a more efficient and dynamic waste heat recovery system. USP2012128330285.
  50. Zhou, Shiguang. Method and system of controlling a thermodynamic system in a vehicle. USP2017109784141.
  51. Franke, Andreas; Gaertner, Jan; Koch, Thomas; Mall, Dominik. Method for operating a waste heat utilization device. USP2018019879569.
  52. Bringewatt, Wilhelm; Heinz, E{umlaut over (n)}gelbert. Method for recovering heat energy released by laundry machines. USP2012108276292.
  53. Vermeersch, Michael Louis; Bowan, Brett A.; Khairnar, Swapnil. Methods for reducing wear on components of a heat engine system at startup. USP2017059638065.
  54. Peacock, Grant. Phase change compressor. USP2013018353684.
  55. Johnson,Neldon P.. Pressurized fluid bladeless turbine engine with opposing fluid intake assemblies. USP2008017314347.
  56. Johnson,Neldon P.. Pressurized fluid turbine engine. USP2006026997674.
  57. Johnson, Neldon P.. Pressurized gas turbine engine. USP2003036533539.
  58. Bowan, Brett A.. Process for controlling a power turbine throttle valve during a supercritical carbon dioxide rankine cycle. USP2017099752460.
  59. Nagai, Hiroyuki; Saitou, Tomohiko; Ishikawa, Takayuki; Mizoguchi, Shinichiro. Rankine cycle. USP2016059328632.
  60. Sundel, Timothy Neil. Rankine cycle device having multiple turbo-generators. USP2010027665304.
  61. Zhou, Shiguang. Rankine cycle for a vehicle. USP2017059650941.
  62. Myers, Scott R.; Miller, Robert. Recovering heat energy. USP2012048146360.
  63. Endoh, Tsuneo; Honma, Kensuke. Rotary fluid machinery, vane fluid machinery, and waste heat recovery device of internal combustion engine. USP2003026513482.
  64. Teng, Ho; Regner, Gerhard. Sliding vane rotary expander for waste heat recovery system. USP2014098839620.
  65. Xie, Tao; Vermeersch, Michael; Held, Timothy. Supercritical carbon dioxide power cycle for waste heat recovery. USP2016059341084.
  66. Vermeersch, Michael Louis. Supercritical working fluid circuit with a turbo pump and a start pump in series configuration. USP2015079091278.
  67. Juchymenko, Victor. Supplementary thermal energy transfer in thermal energy recovery systems. USP2017109777602.
  68. Held, Timothy James. System and method for managing thermal issues in gas turbine engines. USP2015049014791.
  69. Held, Timothy James. System and method for managing thermal issues in one or more industrial processes. USP2016099441504.
  70. Ast, Gabor; Bartlett, Michael Adam; Frey, Thomas Johannes; Lehar, Matthew Alexander. System and method for recovering waste heat. USP2013108561405.
  71. Otterstrom, Gary G.; Lindsey, Charles P.. System and method for the co-generation of fuel having a closed-loop energy cycle. USP2010047690333.
  72. Smith, J. Walter. Systems and methods for thermal management in a gas turbine powerplant. USP2013098534044.
  73. Smith, J. Walter. Systems and methods for thermal management in a gas turbine powerplant. USP2011077984606.
  74. Bates, Lyle. Systems for energy recovery and related methods. USP2015038991165.
  75. Bates, Lyle. Systems for energy recovery and related methods. USP2018049945400.
  76. Held, Timothy J.; Hostler, Stephen; Miller, Jason D.; Hume, Brian F.. Thermal energy conversion device. USP2015089115605.
  77. Held, Timothy J.; Hostler, Stephen; Miller, Jason D.; Hume, Brian F.. Thermal energy conversion method. USP2014088794002.
  78. Jobson,Edward. Thermal energy recovery device. USP2006127152407.
  79. Pesce, John; Pesce, David. Thermo-electric engine. USP2013018353160.
  80. Zhou, Shiguang. Thermodynamic system in a vehicle. USP2018049951659.
  81. Zhou, Shiguang. Thermodynamic system in a vehicle. USP20180710018079.
  82. Hicks, Marvin Wayne. Toroidal motor. USP2014028646274.
  83. Hoetger,Michael; W��sthoff,Detlef; Clemens,Herbert. Vehicle with combustion engine and auxiliary power unit. USP2008127464550.
  84. Samuel, Woodson Wayne. Waste heat auxiliary power unit. USP2011118046998.
  85. Samuel, Woodson Wayne. Waste heat auxiliary power unit. USP2013108555640.
  86. Michael Blake Taggett. Waste heat conversion system. USP2002096450283.
  87. Cook, David. Waste heat recovery system. USP2016019243518.
  88. Xu, James Jun; Scharl, Albert Andreas; Blumber, Eric Joseph; Imani, Shamim. Waste heat recovery system generator encapsulation. USP2015059024460.
  89. Xu, James Jun; Scharl, Albert Andreas; Blumber, Eric Joseph. Waste heat recovery system generator varnishing. USP2015049018778.
  90. Hamada,Shinichi; Sasaki,Minoru; Inaba,Atsushi. Waste heat recovery system of heat source, with Rankine cycle. USP2008117454910.
  91. Xu, James Jun; Scharl, Albert Andreas; Imani, Shamim. Waste heat recovery systems. USP2015038984884.
  92. Kasuya, Junichiro; Nakano, Tetsuya; Saito, Tomohiko; Tokuda, Masaaki; Ogiwara, Satoshi. Waste heat utilization device for internal combustion engine. USP2014118881523.