IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0989847
(2001-11-21)
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발명자
/ 주소 |
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출원인 / 주소 |
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대리인 / 주소 |
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인용정보 |
피인용 횟수 :
2 인용 특허 :
55 |
초록
▼
A device for coupling a one computer component, such as a printed circuit board and mounting bracket, to another computer component, such as a computer chassis. The device may comprise an engaging member and a fastener. The fastener may be configured to attach the engaging member to a fastener apert
A device for coupling a one computer component, such as a printed circuit board and mounting bracket, to another computer component, such as a computer chassis. The device may comprise an engaging member and a fastener. The fastener may be configured to attach the engaging member to a fastener aperture in the chassis while the engaging member clamps the bracket against the chassis. The engaging member may have a protrusion sized and shaped to extend through an opening in the bracket and at least partially into an aperture in the chassis to restrict motion of the printed circuit board relative to the chassis. The engaging member may further include a plurality of protrusions to engage with and restrict motion of a corresponding plurality of printed circuit boards relative to the chassis.
대표청구항
▼
A device for coupling a one computer component, such as a printed circuit board and mounting bracket, to another computer component, such as a computer chassis. The device may comprise an engaging member and a fastener. The fastener may be configured to attach the engaging member to a fastener apert
A device for coupling a one computer component, such as a printed circuit board and mounting bracket, to another computer component, such as a computer chassis. The device may comprise an engaging member and a fastener. The fastener may be configured to attach the engaging member to a fastener aperture in the chassis while the engaging member clamps the bracket against the chassis. The engaging member may have a protrusion sized and shaped to extend through an opening in the bracket and at least partially into an aperture in the chassis to restrict motion of the printed circuit board relative to the chassis. The engaging member may further include a plurality of protrusions to engage with and restrict motion of a corresponding plurality of printed circuit boards relative to the chassis. to a printed wiring film of which one end is attached with an edge of a glass substrate of said LCD display panel, comprising: a holding member for holding said TCP; a heat-conductive and elastic interposition member disposed between said holding member and said TCP; and a heat conductive sheet disposed so as to contact said TCP, said sheet being disposed between said interposition member and said TCP wherein heat emitted from said IC can be radiated through said interposition member and said heat-conductive sheet, and in response to a shock force applied to LCD, the TCP is horizontally and vertically moved within the elastic limit of said printed wiring film by elasticity of said interposition member and slipping of said sheet to absorb said shock force. 6. An IC heat radiation structure for radiating heat emitted from a driver IC for displaying images on LCD display panel, said IC heat radiation structure holding a TCP with said IC attached to a printed wiring film of which one end is attached with an edge of a glass substrate of said LCD display panel, comprising: a holding member for holding said TCP; and a heat-conductive and elastic interposition member disposed between said holding member and both surfaces of said TCP, wherein said TCP has a surface where a protrusion of said IC is larger and a surface opposite thereto, said interposition member between said holding member and said opposite surface is harder than said interposition member between said holding member and said surface where said IC protrusion is larger, heat emitted from said IC can be radiated through said interposition member, and in response to a shock force applied to LCD, the TCP is horizontally and vertically moved within the elastic limit of said printed wiring film by elasticity of said interposition member to absorb said shock force. 7. A LCD display device provided with a TCP with a driver IC attached to a printed wiring film of which one end is attached with an edge of a glass substrate of said LCD display panel device, said driver IC allowing said LCD display device to display images, comprising: an IC heat radiation structure for radiating heat emitted from said driver IC, wherein said IC heat radiation structure includes: a holding member for holding said TCP; a heat-conductive and elastic interposition member disposed between said holding member and said TCP; and a heat-conductive slip member disposed between said interposition member and said TCP; wherein heat emitted from said IC can be radiated through said interposition member and said heat-conductive slip member, and in response to a shock force applied to said LCD display device, the TCP is horizontally and vertically moved within the elastic limit of said printed wiring film by elasticity of said interposition member and slipping of said slip member to absorb said shock force. 8. A LCD display device provided with a TCP with a driver IC attached to a printed wiring film of which one end is attached with an edge of a glass substrate of said LCD display panel device, said driver IC allowing said LCD display device to display images, comprising: an IC heat radiation structure for radiating heat emitted from said driver IC, wherein said IC heat radiation structure includes: a holding member for holding said TCP; a heat-conductive and elastic interposition member disposed between said holding member and said TCP; and a heat-conductive sheet harder than said interposition member disposed so as to contact said TCP, said sheet being disposed between said interposition member and said TCP wherein heat emitted from said IC can be radiated through said interposition member and said heat-conductive slip member, and in response to a shock force applied to said LCD display device, the TCP is horizontally and vertically moved within the elastic limit of said printed wiring film by elasticity of said interposition member and slipping of said sheet to absorb said sh ock force. 9. A display device provided with a TCP with a driver IC attached to a printed wiring film, said driver IC allowing a display panel to display images, comprising: an IC heat radiation structure for radiating heat emitted from said driver IC, wherein said IC heat radiation structure includes: a holding member for holding said TCP; and a heat-conductive interposition member disposed between said holding member and both surfaces of said TCP, said TCP has a surface where a protrusion of said IC is larger and a surface opposite thereto, and said interposition member between said holding member and said opposite surface is harder than said interposition member between said holding member and said surface where said driver IC protrusion is larger. 58902, WO; WO99/006390, WO; WO99/006431, WO; WO99/006432, WO; WO99/006433, WO; WO99/006434, WO; WO99/006435, WO; WO99/006436, WO; WO99/006437, WO; WO99/010312, WO; WO99/010313, WO; WO99/020272, WO; WO99/026921, WO; WO99/026922, WO; WO99/026945, WO; WO99/030709, WO; WO99/031061, WO; WO99/031099, WO; WO99/032457, WO; WO99/035163, WO; WO99/036393, WO; WO99/037618, WO; WO99/043642, WO; WO99/048879, WO; WO99/052879, WO; WO99/052896, WO; WO99/052898, WO; WO99/060015, WO; WO99/061465, WO; WO99/064395, WO; WO99/067230, WO; WO 00/00486, WO; WO 00/01383, WO; WO 00/06169, WO; WO 00/07544, WO; wO 00/17197, WO; WO 00/20396, WO; WO 00/23419, WO; WO 00/31067, WO; WO 00/35855, WO; WO 00/48994, WO
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