Portable computer with docking connector for peripheral devices
DCFirst Claim
1. A portable computer microprocessing system comprising:
- a) a microprocessor for processing instructions;
b) a housing containing the microprocessor;
c) a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connections provides a computer-peripheral-device-specific data link to said microprocessor, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; and
d) another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-device-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices; and
e) a docking connection means holding the housing to connect the microprocessor with the at least one computer peripheral device, said docking connection means being comprised of;
a connector mating with the single connector on the housing; and
a support holding the housing in a vertical position.
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Accused Products
Abstract
A microcomputer system includes a microprocessor and a housing for holding the microprocessor. The housing includes sets of conectors preferably comprised of two alternative sets of connectors. The microcomputer system is light weight, small and portable. Connections to external components such as peripheral devices are achieved with one embodiment via a docking connector. This docking connector includes a set of pin connectors that can be coupled to connectors on the housing. It also includes an ejector mechanism. The ejector mechanism enables decoupling by depression of the ejector. The use of the docking connector allows all peripheral connections to be realized through a single connector.
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Citations
28 Claims
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1. A portable computer microprocessing system comprising:
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a) a microprocessor for processing instructions; b) a housing containing the microprocessor; c) a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connections provides a computer-peripheral-device-specific data link to said microprocessor, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; and d) another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-device-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices; and e) a docking connection means holding the housing to connect the microprocessor with the at least one computer peripheral device, said docking connection means being comprised of; a connector mating with the single connector on the housing; and a support holding the housing in a vertical position. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13)
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14. A portable computer microprocessing system comprising:
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a) a microprocessor for processing instructions; b) a housing containing the microprocessor; c) a plurality of computer peripheral devices in communication with the microprocessor; d) a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connectors provides a computer-peripheral-device-specific data link to said microprocessor, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; e) another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-device-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices; and f) a docking connection means in which the housing rests so as to connect the microprocessor with the computer peripheral devices, said docking connection means being comprised of; a connector mating with the single connector on the housing; a support holding the housing in a vertical position; and an ejector for ejecting the housing from the docking connection means. - View Dependent Claims (15, 16)
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17. In a portable computer, a method of interfacing a microprocessor with a plurality of computer peripheral devices comprising the steps of:
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a) containing the microprocessor within a housing; b) providing on the housing a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connectors provides a computer-peripheral-device-specific data link to said microprocessor, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; and c) providing another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-device-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices d) providing a docking connection means having an additional connector; e) supporting the housing of the microprocessor in position relative to said docking connection means so that the single connector on the housing is coupled with said additional connector provided in the docking connection means; and f) making connections between said docking connection means and said peripheral devices. - View Dependent Claims (18, 19)
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20. A portable computer microprocessing system comprising:
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a) a microprocessor for processing instructions; b) a housing containing the microprocessor; c) a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connectors provides a computer-peripheral-device-specific data link to said microprocessor, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; and d) another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-device-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices; and e) a docking connection means in which the housing rests for connecting the microprocessor with computer peripheral devices, said docking connection means comprising a single connector which mates with the single connector on the housing. - View Dependent Claims (21, 22, 23, 24, 25, 26, 27)
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28. A portable computer comprising:
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a) a microprocessor for processing instructions; b) a housing containing the microprocessor; c) a plurality of computer-peripheral-device-specific connectors in electrical communication with the microprocessor such that each of said plurality of computer-peripheral-device-specific connectors provides a computer-peripheral-device-specific data link to said microprocessors, said connectors for connecting the microprocessor to specific computer peripheral devices and being mounted on the housing; and d) another single connector on the housing, said single connector comprising a set of pins, said set further comprising a plurality of subsets of computer-peripheral-devices-specific pins being in electrical communication with said microprocessor such that one of each of said subsets of computer-peripheral-device-specific pins provides the same computer-peripheral-device-specific data link as said each of said plurality of computer-peripheral-device-specific connectors, said single connector for making all connections from the microprocessor to said specific computer peripheral devices.
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Specification