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Heat sink with integral component clip 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H05K-007/20
출원번호 US-0449048 (1999-11-24)
발명자 / 주소
  • Liu Kechuan
대리인 / 주소
    Mondul
인용정보 피인용 횟수 : 33  인용 특허 : 10

초록

An improved heat sink apparatus for use with an electronic component comprises a base portion and a securing portion. The base portion and the securing portion are of unitary construction. The securing portion is configured to flex about an axis to effect an engaged relation with the base portion at

대표청구항

[ I claim:] [1.]1. An improved heat sink apparatus for use with at least one electronic component; the apparatus comprising:(a) a base portion; and(b) a securing portion;said base portion and said securing portion being of unitary construction; said securing portion being configured to rotate about

이 특허에 인용된 특허 (10)

  1. Jordan William D. (Dallas TX) Clemens Donald L. (The Colony TX), Alignment apparatus for electronic device package.
  2. Smithers Matthew C. (Lewisville TX), Apparatus for securing electronic device packages to heat sinks.
  3. Kendel Michael L. (New Braunfels TX), Circuit board for a component requiring heat sinkage.
  4. Vasconcelos Osvaldo M. (Milton MA) Campanella Vincent (Wakefield MA), Clamping heat sink.
  5. Johnson, Philip A.; McCarthy, Alfred F., Heat sinks for integrated circuit modules.
  6. Braconier Karl (East Hebron NH), Hinged multi-function gasket.
  7. Palmer Daniel A., Integrated clamping mechanism.
  8. Harmon Ronald A. (Hudson MA), Self clamping heat sink.
  9. Johnson Philip A. (Melrose MA) McCarthy Alfred F. (Belmount NH), Self-fastened heat sinks.
  10. Meng Ching-Ming (No. 59 ; Jinn Shiun 2nd St. Yangmei City ; Taoyuan TWX), Structure heat sink for power semiconductors.

이 특허를 인용한 특허 (33)

  1. Liu,Kechuan K, Configurable heat sink with matrix clipping system.
  2. Tracy, Mark S; Moore, Earl W, Folded fin heat transfer device.
  3. Upton, Kenneth; Burdy, John, Heat shield having locating and retention features.
  4. Stabile,David J; Weber,Craig S., Heat sink assembly for a potted housing.
  5. Hasegawa, Takahiko; Takahashi, Mineyo, Heat-release configuration, bracket for supporting heat-release plate and method of assembling heat-release configuration.
  6. Lee, Andy L., Integrated circuit with overdriven and underdriven pass gates.
  7. Lane, Christopher F., Integrated circuits with programmable overdrive capabilities.
  8. Tzeng,Jing Wen; Krassowski,Daniel Witold, Isolated thermal interface.
  9. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Carman, Dan D.; Reed, William R., Lightweight audio system for automotive applications and method.
  10. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Hatcher, Rick L.; Nguyen, Quan N., Lightweight audio system for automotive applications and method.
  11. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Hatcher, Rick L.; Nguyen, Quan N., Lightweight audio system for automotive applications and method.
  12. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  13. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  14. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  15. Snider, Chris R.; Gupta, Vineet; Coady, Michael G., Lightweight audio system for automotive applications and method.
  16. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Bell, Jeffrey T.; Burton, Paul C.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  17. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Hassler, Edgar Glenn; Piel, Kip R.; Kenworthy, Tim A.; Uglum, Paul A.; Fye, Michael E.; Scott, Philip M., Lightweight audio system for automotive applications and method.
  18. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  19. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  20. Snider, Chris R.; Gupta, Vineet; Coady, Michael G.; Stapert, Curtis Allen; Moeschberger, Donald G.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  21. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  22. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  23. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  24. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  25. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Burton, Paul C.; Carman, Dan D.; Stahl, Gary L.; Matly, John Michael; Hatcher, Rick L.; Hassler, Edgar Glenn; Nguyen, Quan N.; Reed, William R.; Piel, Kip R.; Wendling, Jerry J.; Kenworthy, Tim A.; Uglum, Paul A.; Fye, Michael E.; Scott, Philip M., Lightweight audio system for automotive applications and method.
  26. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Moeschberger, Donald G.; Oberlin, Allen E.; Matly, John Michael; Piel, Kip R.; Wendling, Jerry J., Lightweight audio system for automotive applications and method.
  27. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  28. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  29. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Bell, Jeffrey T.; Vadas, Robert L.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  30. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  31. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Stapert, Curtis Allen; Meyer, Kevin Earl; Garner, Timothy D.; Oberlin, Allen E., Lightweight audio system for automotive applications and method.
  32. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  33. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
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