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Appliance chassis having hingedly mounted section 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • G06F-001/16
  • H05K-007/16
출원번호 US-0431417 (1995-05-01)
발명자 / 주소
  • Miller Wayne H.
  • Melton Jimmy A.
  • Lee Wayman
  • Helm Bradley C.
  • Titzler David H.
출원인 / 주소
  • Apple Computer, Inc.
대리인 / 주소
    Burns, Doane, Swecker & Mathis, LLP
인용정보 피인용 횟수 : 83  인용 특허 : 6

초록

An appliance such as a personal computer includes a metal chassis which comprises a main chassis section and a subchassis hingedly connected to the main chassis section for rotation about a horizontal axis between folded-in and folded-out positions. The subchassis carries operational components such

대표청구항

[ What is claimed is:] [1.] An electrical appliance comprising a chassis which includes a main chassis section supporting at least a removable first electric operational component of the appliance, and a subchassis supporting at least a second electric operational component of the appliance, said su

이 특허에 인용된 특허 (6)

  1. Mondor Robert M. (Sutton MA) Howards Mark (Belmont MA) Barker ; III Charles R. (Harvard MA) Selling Alan R. (Franklin MA), Cabinet for a computer assembly.
  2. DeWilde Mark A. (Freeville NY), Circuit board enclosure with displaceable power supply.
  3. Leverault Craig M. (Mountain View CA) Ta Peter C. D. (Newark ; bothof CA), Computer construction.
  4. Hornak Andrew J. (New Milford CT), Multi circuit board card enclosure.
  5. Cooke Kevin K. (Delray Beach FL) Crompton Dennis (Delray Beach FL) Dewitt John R. (Boca Raton FL) Kerezman Paul A. (Royal Palm Beach FL), Pivoting power supply.
  6. Bhmer Georg (Mnchen DEX) Irro Otmar (Feldkirchen-Westerham DEX), Printer providing a freely accessible printer frame.

이 특허를 인용한 특허 (83)

  1. Paul A. Revis, Accessible desktop computer.
  2. Farrow, Timothy Samuel; Herring, Dean Frederick; Lawrence, Mark John; Leonard, Brian Hargrove; Rasa, Bruce Wayne; Rutledge, James Stephen; Swansey, John David, All-in-one personal computer with tool-less quick-release features for various elements thereof including a reusable thin film transistor monitor.
  3. Buican Eugene ; Higgins Paul, Apparatus for pivotally mounting a system component in a computer.
  4. Jensen Ralph W. ; Mills Richard S. ; Kannmacher Tracey, Apparatus for releasably securing an access panel of a computer system.
  5. Lute,Richard C.; Utz,Zachary; Tula,Pedro; Steinbach,Klaus; Ramachandran,Natarajan; Estep,Mark, Automated banking machine that operates responsive data bearing records.
  6. Troy Anthony Della Fiora ; Kevin L. Massaro ; Kevin W. Mundt, CPU easy access panels.
  7. Cresse William M., Card support and cooler bracket.
  8. Park,Chan Joon, Case for desktop computer.
  9. Shyr, Daniel, Combining device for combining stacked plates flatly.
  10. Bang, Seog; Shim, Woo-Jung, Computer.
  11. Baitz, Guenter; Kirschke, Uwe; Lenz, Matthias, Computer case.
  12. Varghese,Paily T.; Hastings,Robert J.; Westphall,Paul E., Computer component rack mounting arrangement.
  13. Michael V. Leman ; Gregory P. Johnson ; Jacques Gagne ; Philip Hartley ; Ray Gradwohl, Computer component security apparatus and method.
  14. Gregory P. Johnson ; Paul Petersen ; Jacques Gagne ; Philip Hartley ; Ray Gradwohl, Computer cooling system and method.
  15. Jiang, Yue-Wen, Computer device fixing apparatus and computer case utilizing said apparatus.
  16. Chen, Yun-Lung; Xiao, Yu-Ming, Computer enclosure.
  17. Wang, Liang-Chin; Hu, Jian, Computer enclosure incorporating drive bracket.
  18. Chen, Yun Lung; Xiao, Yu Ming, Computer enclosure with rotatable power supply.
  19. Liu Alvin,TWX ; Chen I-Fee,TWX, Computer housing.
  20. Park, Yong-Hwan, Computer system and a combining structure for a power supplying unit for a computer system.
  21. Robert J. Lajara ; Milton C. Lee ; Alan Lee Minick ; Kenneth A. Lown ; Wayman Lee ; Barry Marshall ; Anita Patel ; Steve J. Furuta ; Kenneth Kitlas ; Ronald Barnes, Computer system housing and configuration.
  22. Lajara, Robert J.; Lee, Milton C.; Minick, Alan Lee; Lown, Kenneth A.; Lee, Wayman; Marshall, Barry; Patel, Anita; Furuta, Steve J.; Kitlas, Kenneth; Barnes, Ronald, Computer system housing configuration.
  23. Syring, Harold; Karl, Rex, Computer with a mechanism for securing a storage medium drive and a mother board.
  24. Junkins, Andrew Thomas; Hinkle, Jonathan Randall, Computing assembly having a moveable storage bay and method for providing the same.
  25. David R. Davis ; Vernon Erickson ; Paul Amdahl ; Daniel Castillo ; David Williams ; Paul Hooper, Device retention apparatus.
  26. Le Bao G. ; Nguyen Derek T. ; Luong Lisa, Device retention assembly.
  27. Tu, Chih Kai, Disc drive holder for holding a disc drive and related electronic device.
  28. Johnson Greg P., Disk drive to chassis mounting apparatus and method.
  29. Martin-Otto, William Fred; Farrow, Timothy Samuel; Makley, Albert Vincent; Pamley, Marc Richard, Drive cage and wires.
  30. Wang, Chih-Kai, Electronic apparatus.
  31. Osakabe, Yoshinori; Miura, Katsuro; Naniwa, Takuya, Electronic apparatus including main unit and open/close unit movable in up and down direction and openable/closeable in rotating direction relative to main unit.
  32. Kodera, Masafumi; Motojima, Joe; Natori, Akira; Suzuki, Keiichiro, Electronic apparatus which requires less space for loading and unloading an object.
  33. Olesiewicz,Timothy W.; Furuta,Steven J., Electronic assembly including a housing having a rotatable portion.
  34. Lute,Richard C.; Utz,Zachary; Tula,Pedro; Steinbach,Klaus; Ramachandran,Natarajan; Estep,Mark, Enclosure for automated banking machine.
  35. Lute,Richard C.; Utz,Zachary; Tula,Pedro; Steinbach,Klaus; Ramachandran,Natarajan; Estep,Mark, Enclosure for automated banking machine.
  36. Dobler, Karl J.; Smith, Kelly K.; Hastings, Robert J., Expandable slide and rail assembly for a rack.
  37. Kanazawa, Masaru; Yamashita, Yoshiyuki; Tonooka, Tabito; Mori, Masatomo; Takagi, Hisamitsu, Folding type portable radio machine and chassis of the radio machine.
  38. Kanazawa,Masaru; Yamashita,Yoshiyuki; Tonooka,Tabito; Mori,Masatomo; Takagi,Hisamitsu, Folding type portable radio machine and chassis of the radio machine.
  39. Claeys, Didier Pierre W; Thijs, Danny Ghislain, High density telecommunications chassis with cable management.
  40. Claeys, Didier Pierre W; Thijs, Danny Ghislain, High density telecommunications chassis with cable management.
  41. Peterson, Karl J., High density telecommunications mounting drawer.
  42. Claeys, Didier Pierre W; Thijs, Danny Ghislain; Neerincx, Sebastiaan Roger, High density telecommunications system with cable management and heat dissipation features.
  43. Claeys, Didier Pierre W; Thijs, Danny Ghislain; Neerincx, Sebastiaan Roger, High density telecommunications systems with cable management and heat dissipation features.
  44. Erickson, Vernon D.; Davis, David R.; Carson, Thomas R.; Williams, Robert S.; Puentes, Alejandro, Hinged mounting for multiple storage drives.
  45. Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G.; Carman, Dan D.; Reed, William R., Lightweight audio system for automotive applications and method.
  46. 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.
  47. 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.
  48. 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.
  49. 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.
  50. 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.
  51. Snider, Chris R.; Gupta, Vineet; Coady, Michael G., Lightweight audio system for automotive applications and method.
  52. 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.
  53. 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.
  54. 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.
  55. 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.
  56. 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.
  57. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  58. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  59. Snider, Chris R.; Gupta, Vineet; Huntzinger, Joseph K.; Coady, Michael G., Lightweight audio system for automotive applications and method.
  60. 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.
  61. 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.
  62. 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.
  63. 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.
  64. 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.
  65. 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.
  66. 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.
  67. 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.
  68. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  69. Snider, Chris R.; Hassler, Edgar Glenn, Lightweight audio system for automotive applications and method.
  70. Snider, Chris R.; Jackson, Mark A., Lightweight electronic system for automotive applications and method.
  71. Hernandez David ; Hrehor ; Jr. Robert D. ; Hernandez Gilberto, Method and apparatus for articulating a power supply in a computer.
  72. Junkins, Andrew Thomas; Kamath, Vinod, Mounting electronic device to thermally conductive pad of liquid-cooling mechanism in translational movement-minimizing manner.
  73. Mayer,David W., Multi-configurable telecommunications rack mounting system and method incorporating same.
  74. Mayer,David W., Multi-configurable telecommunications rack mounting system and method incorporating same.
  75. Barsun, Stephan Karl; Birmingham, Irving McKenzie; Dobbs, Robert William, Pivoted field replaceable unit apparatus and method.
  76. Nguyen,Minh H.; Caballero,Donald; Westphall,Paul E., Removable rails for use on racks.
  77. Barina, Richard Michael; Bass, Timothy S.; Herring, Dean Frederick; Otto, William Fred; Samper, Rodrigo; Wise, Susan Pohl, Removable structures for mounting computer drive devices, pivotable between operating and service positions.
  78. Williams, Dave, Screw less clip mounted computer drive.
  79. Williams,Dave, Screwless clip mounted computer drive.
  80. Dobler, Karl J.; Smith, Kelly K., Snap-on slide and rail assembly.
  81. Resnick, Russell Alan, Structure for mounting computer devices, pivotable between operating and service positions, including a pivoting support member.
  82. Goodman, Walter Adrian; Scavuzzo, John Paul, Structure for mounting computer drive devices, pivotable between operating and service positions, and latchable in the service position.
  83. Eric A. Chen TW; Joe Cheng TW, Supporting module for forming a foldable supporting structure inside a computer housing.
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