Pasha S. Mohi - Houston TX Chris F. Feleman - Spring TX Neil L. Condra - The Woodlands TX Gregory J. Mora - Tomball TX Stacy L. Wolff - Houston TX Chi-Tsong Chu - Taipei, TW
Assignee:
Compaq Computer Corporation - Houston TX
International Classification:
G06F 120
US Classification:
361687, 361683, 361707, 361711, 165185, 174 163
Abstract:
A notebook computer base housing has operatively disposed therein a CD ROM drive, a hard disk drive and a floppy disk drive, an AC/DC electrical power converter, a modem, a PCMCIA card bay structure and a battery. This internal provision of three drive units in addition to the other equipment within the base housing is facilitated from a space standpoint by the vertical stacking of the hard disk drive atop the CD ROM drive within the base housing. To dissipate the operating heat from these components within the base housing, a heat spreader plate is interposed between the CD ROM drive and the overlying hard disk drive, and the high heat-generating componentsânamely, the modem, the AC/DC converter, the PCMCIA card bay structure, and the computer processorâare closely grouped together, with the AC/DC converter in thermal communication with a second heat spreader plate. The processor is disposed above the other high heat-generating components on a horizontally oriented main system circuit board, with the circuit board having top and bottom side heat sink members thermally communicated with the processor. An axial fan disposed in the base housing creates an upper flow of cooling air that passes over the upper heat sink member, and a lower flow of cooling air that passes over the lower heat sink member and the heat-generating components grouped below the processor.
Multi-Drive Portable Computer Having A Plurality Of Heat Sink Members Therein
Pasha S. Mohi - Houston TX Chris F. Felcman - Spring TX Neil L. Condra - The Woodlands TX Gregory J. Mora - Tomball TX Stacy L. Wolff - Houston TX Chi-Tsong Chu - Taipei, TW
A notebook computer base housing has operatively disposed therein a CD ROM drive, a hard disk drive and a floppy disk drive, an AC/DC electrical power converter, a modem, a PCMCIA card bay structure and a battery. This internal provision of three drive units in addition to the other equipment within the base housing is facilitated from a space standpoint by the vertical stacking of the hard disk drive atop the CD ROM drive within the base housing. To dissipate the operating heat from these components within the base housing, a heat spreader plate is interposed between the CD ROM drive and the overlying hard disk drive, and the high heat-generating componentsânamely, the modem, the AC/DC converter, the PCMCIA card bay structure, and the computer processorâare closely grouped together, with the AC/DC converter in thermal communication with a second heat spreader plate. The processor is disposed above the other high heat-generating components on a horizontally oriented main system circuit board with the circuit board having top and bottom side heat sink members thermally communicated with the processor. An axial fan disposed in the base housing creates an upper flow of cooling air that passes over the upper heat sink member, and a lower flow of-cooling air that passes over the lower heat sink member and the heat-generating components grouped below the processor.
Pasha S. Mohi - Houston TX Chris F. Felcman - Spring TX Neil L. Condra - The Woodlands TX Gregory J. Mora - Tomball TX Stacy L. Wolff - Houston TX Chi-Tsong Chu - Taipei, TW
Assignee:
Hewlett-Packard Development Company, L.P. - Houston TX
International Classification:
G06F 120
US Classification:
361687, 361683, 361707, 361711, 165185, 174 163
Abstract:
A notebook computer base housing has operatively disposed therein a CD ROM drive, a hard disk drive and a floppy disk drive, an AC/DC electrical power converter, a modem, a PCMCIA card bay structure and a battery. This internal provision of three drive units in addition to the other equipment within the base housing is facilitated from a space standpoint by the vertical stacking of the hard disk drive atop the CD ROM drive within the base housing. To dissipate the operating heat from these components within the base housing, a heat spreader plate is interposed between the CD ROM drive and the overlying hard disk drive, and the high heat-generating componentsânamely, the modem, the AC/DC converter, the PCMCIA card bay structure, and the computer processorâare closely grouped together, with the AC/DC converter in thermal communication with a second heat spreader plate. The processor is disposed above the other high heat-generating components on a horizontally oriented main system circuit board. with the circuit board having top and bottom side heat sink members thermally communicated with the processor.
Pasha S. Mohi - Houston TX Chris F. Felcman - Spring TX Neil L. Condra - The Woodlands TX Gregory J. Mora - Tomball TX Stacy L. Wolff - Houston TX Chi-Tsong Chu - Taipei, TW
Assignee:
Compaq Computer Corporation - Houston TX
International Classification:
G06F 116 G06F 120 H05K 720
US Classification:
361683
Abstract:
A notebook computer base housing has operatively disposed therein a CD ROM drive, a hard disk drive and a floppy disk drive, an AC/DC electrical power converter, a modem, a PCMCIA card bay structure and a battery. This internal provision of three drive units in addition to the other equipment within the base housing is facilitated from a space standpoint by the vertical stacking of the hard disk drive atop the CD ROM drive within the base housing. To dissipate the operating heat from these components within the base housing, a heat spreader plate is interposed between the CD ROM drive and the overlying hard disk drive, and the high heat-generating components--namely, the modem, the AC/DC converter, the PCMCIA card bay structure, and the computer processor--are closely grouped together, with the AC/DC converter in thermal communication with a second heat spreader plate. The processor is disposed above the other high heat-generating components on a horizontally oriented main system circuit board, with the circuit board having top and bottom side heat sink members thermally communicated with the processor. An axial fan disposed in the base housing creates an upper flow of cooling air that passes over the upper heat sink member, and a lower flow of cooling air that passes over the lower heat sink member and the heat-generating components grouped below the processor.
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Gregory Mora Principal
Arom LLC Business Consulting Services · Nonclassifiable Establishments
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