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특허 상세정보

Wind turbine particularly suited for high-wind conditions

특허상세정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판) F03D-003/04   
미국특허분류(USC) 290/55 ; 290/44 ; 415/907 ; 416/197A
출원번호 US-0232323 (1994-04-25)
발명자 / 주소
인용정보 피인용 횟수 : 61  인용 특허 : 0
초록

A vertical-axis, high-wind turbine for use with an electrical generator for producing power by converting the energy of wind currents into mechanical, rotational energy, which is then used to operate the electrical generator. Fixed, stationary stators, while providing significant structural integrity, direct currents having horizontal components into a rotor assembly, where the rotors of this assembly are responsive to the currents by imparting rotation upon a central vertical shaft. Both stators and rotors are designed with functional curved blades for ...

대표
청구항

A wind turbine comprising: a. a central vertical shaft; b. a plurality of vertical rotor blades attached directly to said vertical shaft, wherein said rotor blades are curved, and wherein said blades are responsive to air currents and capable of imparting rotation upon said shaft during periods of sufficient air flow; c. a plurality of passive vertical stator blades circumferentially arranged about a circle inscribed by the outer edges of said rotor blades, wherein said stator blades are double curved, wherein said stator blades have curved inner and out...

이 특허를 인용한 특허 피인용횟수: 61

  1. Roberts,Gary D.; Roberts,David W.. Aerodynamic-hybrid vertical-axis wind turbine. USP2008027329965.
  2. John E. Roskey. Airfoil ventilation system for a building and the like. USP2002086437457.
  3. Chung, Chun-Neng. Apparatus for generating electric power using wind energy. USP2011067969036.
  4. Nica, Horia. Boundary layer wind turbine. USP2009087573148.
  5. Taylor,Scott J.; Taylor,Ronald; Cochran,Brad C.; Banks,David. Cross-flow wind turbine. USP2007037189050.
  6. Taylor,Scott J.; Taylor,Ronald; Cochran,Brad C.; Banks,David. Cross-flow wind turbine. USP2008037347660.
  7. Siegel, Stefan Günther. Cyclical wave energy converter. USP2012018100650.
  8. Siegel, Stefan Günther. Cyclical wave energy converter. USP2010037686583.
  9. Thiele, Terry; Rashidi, Majid. Electric generating wind turbine system for low and high wind speeds. USP2017059644603.
  10. Anderson, Bruce Elliot. Enclosed vertical axis fluid rotor. USP2016049322392.
  11. Johnson, Bud T. J.. Fluid powered turbine engine. USP2010127845899.
  12. DeRuyter, William; Allawos, Michael; Coye, Peter L.. Fluid turbine systems. USP2010067744338.
  13. DeRuyter, William; Allawos, Michael; Coye, Peter L.. Fluid turbine systems. USP2012108297910.
  14. Naskali,Pertti H.; MacLean,Angus; Gray,Neil C. C.; Lewis,J. Harry; Newall,A. Patrick. Helical wind turbine. USP2008037344353.
  15. Burrell, IV, James W.. Helix turbine system and energy production means. USP2011077976267.
  16. Leijon, Mats. Hydropower plant provided with a grating and method for operating a such. USP2014058726651.
  17. Taylor, Ronald J.; Taylor, Scott J.. Integrated power plant that utilizes renewable and alternative energy sources. USP2010077759812.
  18. Kawas, Percy C.; Kawas, Gulnar. Method and apparatus for wind energy system. USP2012118314508.
  19. Kawas, Percy; Kawas, Gulnar. Method and apparatus for wind energy system. USP2013018362637.
  20. McGrath, Edward Lee; Ridgway, Robert William. Method for shut down of a wind turbine having rotor blades with fail-safe air brakes. USP2013078491262.
  21. Kimberg, Serge. Modular wind-solar energy converting assembly. USP2015038967946.
  22. Bae, Myung-soon. Multipurpose rotary device and generating system including same. USP2016129512815.
  23. Gary D. Roberts. Omni-directional vertical-axis wind turbine. USP2002106465899.
  24. Pezaris, Constantine D. Omnidirectional vertical-axis wind turbine. USP2012038128337.
  25. Scalzi,Saverio. Protective wind energy conversion chamber. USP2007057215037.
  26. Curtis, Tom B.. Staggered multi-level vertical axis wind turbine. USP2015079074580.
  27. Rasmussen, Anders Nygaard. Steel tower for a wind turbine. USP2016079394879.
  28. Roskey, John E.. System and method for converting wind into mechanical energy. USP2005066911744.
  29. Roskey,John E.. System and method for converting wind into mechanical energy. USP2007047199486.
  30. Roskey, John E.. System and method for converting wind into mechanical energy for a building and the like. USP2010027663262.
  31. Cassidy, Joe C.. Vertical axis dual vortex downwind inward flow impulse wind turbine. USP2013108556571.
  32. Krauss, Frenchy; Schaller, Wolfgang P. Vertical axis self-breaking wind turbine. USP2010097802967.
  33. Cowan, Orval Gideon. Vertical axis wind turbine. USP2010067726934.
  34. Rowe, John. Vertical axis wind turbine. USP2004056740989.
  35. Stroup, Mark R.; Piloto, Luis. Vertical axis wind turbine. USP2012078232664.
  36. Pechler, Elcho R.. Vertical-axis wind turbine. USP2005036870280.
  37. Siegel, Stefan Günther. Vortex shedding cyclical propeller. USP2010077762776.
  38. Helfrich, Jim C.. Water current powered motor. USP2009047521816.
  39. Dillyn M. Elder. Water power generation system. USP2002096448669.
  40. Rice,Pahl W.. Wind dam electric generator and method. USP2006016984899.
  41. Roskey John. Wind energy collection system. USP2001056239506.
  42. Themel, Ramona. Wind power facility with a verticle rotor. USP2003126666650.
  43. Gomez Gomar, Josep Lluis. Wind power generator having wind channeling body with progressively reduced section. USP2005016841894.
  44. Richter, Patrick; Bahnmuller, Karl. Wind power plant. USP2013108552579.
  45. Johnson, Bud T. J.. Wind powered turbine engine—horizontal rotor configuration. USP2010067726933.
  46. Fan,Leon. Wind powered turbine in a tunnel. USP2006016981839.
  47. Sauer, Dieter. Wind sail turbine. USP2014128905704.
  48. Sauer, Jr., Dieter. Wind sail turbine. USP2014108864440.
  49. Taylor Ronald J.. Wind turbine. USP2000016015258.
  50. Thacker, II, Andrew Carlton. Wind turbine. USP2014118894348.
  51. Giorgini Roberto,ANX. Wind turbine booster. USP1998125852331.
  52. Kikuchi, Akira; Ichinose, Masaya; Futami, Motoo; Matsutake, Mitsugu; Miyazaki, Kouichi. Wind turbine generator system. USP2009117615880.
  53. Kikuchi, Akira; Ichinose, Masaya; Futami, Motoo; Matsutake, Mitsugu; Miyazaki, Kouichi. Wind turbine generator system. USP2012088242620.
  54. Kikuchi, Akira; Ichinose, Masaya; Futami, Motoo; Matsutake, Mitsugu; Miyazaki, Kouichi. Wind turbine generator system. USP2013068466573.
  55. Taylor, Ronald J.; Taylor, Scott J.. Wind turbine having airfoils for blocking and directing wind and rotors with or without a central gap. USP2005116966747.
  56. Vossler, Alexander William; Yarbrough, Aaron A.; Caruso, Christopher Daniel. Wind turbine rotor blade having a spoiler. USP2016029267491.
  57. Johnson, Bud T. J.. Wind turbine rotor projection. USP2010067726935.
  58. Elder Dillyn M.. Wind turbine system. USP2001026191496.
  59. Elder, Dillyn M.. Wind turbine system. USP2003036538340.
  60. Dablo,Oliver P.. Wind-actuated electric power alternator. USP2007077242108.
  61. Gual, Georges. Windmill device with oriented air flow. USP2013028371809.