Abstract: A modular information handling system includes an upper chassis having a display and a power supply, and a lower chassis having a motherboard, memory, a processor, and a number of drive bays. The upper and lower chassis are interdependent, neither capable of functioning without the other. The upper and lower chassis are separately manufacturable, separately serviceable, and separately shippable.

Abstract: An identification label including a carrier that attaches to a manufactured good and holds identification information. The carrier attaches in such a way that it is difficult to remove when the manufactured good is closed, or operational, but can be removed with or without the use of a tool when the manufactured good is opened for service. The carrier can be mounted on a less visible surface of the chassis, in plain sight, or can be moved into a position where it is not visible during normal use, but readily available when needed by pulling it out, rotating it out or flipping it out.

Abstract: An attachment mechanism for retaining expansion circuit boards in the mounting panel of a computer is disclosed. The attachment mechanism comprises a span extending between two displaced fastener openings on the mounting panel of the computer and depending therefrom a plurality of the fingers or tabs to engage the mounting bracket of the expansion circuit boards. By engaging a plurality of the expansion circuit boards with the fingers or tabs, all of the circuit boards may be clamped and reliably retained in position with substantially uniform force and the use of a minimum number of fasteners. The tabs or fingers extend generally perpendicular to the span of the bracket such that the span of the bracket provides substantial rigidity and insures substantially equal force being exerted by the tabs or fingers onto the mounting brackets of the electronic circuit boards. The use of a minimum number of fasteners shortens the time necessary for assembly and reduces the part count.

Abstract: A modular information handling system includes an upper chassis having a display and a power supply, and a lower chassis having a motherboard, memory, a processor, and a number of drive bays. The upper and lower chassis are interdependent, neither capable of functioning without the other. The upper and lower chassis are separately manufacturable, separately serviceable, and separately shippable.

Abstract: An improved apparatus for reducing and minimizing Electro-Magnetic Interference (EMI) leakage from electrical devices or assemblies contained in a cabinet or other similar enclosure such as a computer system unit. Spring fingers or arms contained in the enclosure force two adjacent faces of the enclosure components together to create an EMI minimizing seal.

Abstract: A locking system for a computer or computer accessory housing not only secures the housing but also secures any PCMCIA cards installed in PCMCIA slots in the housing. In particular, the computer or accessory housing is configured with two side-by-side PCMCIA slots. One or more keyhole slots are disposed between the two PCMCIA for receiving a cylindrical lock assembly, such as a Kensington lock assembly. The spacing between the side-by-side PCMCIA slots is selected such that the cylindrical lock assembly is secured to the keyholes, the lock assembly partially blocks the PCMCIA slot openings and thus prevents removal of any PCMCIA cards from the computer or accessory housing. In order to provide additional security, one keyhole may be formed to depend from an interior metal chassis while a corresponding keyhole is formed from the cover which prevents removal of the cards as well as removal of the housing cover.

Abstract: A modular portable personal computer includes one or more flexible bays accessible from the front surface of the computer. One or more of the flexible bays may be configured as a dual functional bay to enable the bay to interchangeably receive different modular devices, such as a modular floppy disk drive or a modular battery pack. With such a configuration, the modular floppy disk drive can be removed for portable operation and an additional battery pack installed to provide increased electrical power to the portable personal computer during portable operation. The portable personal computer is also provided with a plurality of cavities formed in a bottom surface. These cavities allow for various upgrades to be made without opening the computer housing. For example, a modular hard disk drive cavity is provided on the bottom side of the personal computer.

Abstract: A support apparatus is disclosed including a support structure for holding a printed circuit board module, a heat sink thermally coupled with the printed circuit board module, and a capture bar secured to the support structure. The support apparatus includes a holding member with extension members for securing the holding member to the main printed circuit board. The heat sink has a projection extending from one surface, and the capture bar frictionally engages with the projection. Standoffs are disposed between the main printed circuit board and a chassis surrounding the main printed circuit board. A method for cooling the printed circuit board module is also disclosed. The method comprises coupling the printed circuit board module with the holding member, and thermally coupling the heat sink with the printed circuit board module. The capture bar is coupled with the projection of the heat sink and is secured to the holding member. Standoffs are disposed under the main printed circuit board.

Abstract: A locking system for a computer or computer accessory housing not only secures the housing but also secures any PCMCIA cards installed in PCMCIA slots in the housing. In particular, the computer or accessory housing is configured with two side-by-side PCMCIA slots. One or more keyhole slots are disposed between the two PCMCIA for receiving a cylindrical lock assembly, such as a Kensington lock assembly. The spacing between the side-by-side PCMCIA slots is selected such that the cylindrical lock assembly is secured to the keyholes, the lock assembly partially blocks the PCMCIA slot openings and thus prevents removal of any PCMCIA cards from the computer or accessory housing. In order to provide additional security, one keyhole may be formed to depend from an interior metal chassis while a corresponding keyhole is formed from the cover which prevents removal of the cards as well as removal of the housing cover.

Abstract: A modular portable personal computer includes one or more flexible bays accessible from the front surface of the computer. One or more of the flexible bays may be configured as a dual functional bay to enable the bay to interchangeably receive different modular devices, such as a modular floppy disk drive or a modular battery pack. With such a configuration, the modular floppy disk drive can be removed for portable operation and an additional battery pack installed to provide increased electrical power to the portable personal computer during portable operation. The portable personal computer is also provided with a plurality of cavities formed in a bottom surface. These cavities allow for various upgrades to be made without opening the computer housing. For example, a modular hard disk drive cavity is provided on the bottom side of the personal computer.

Abstract: A passive heat sink for use in a portable personal computer includes a thermal mass, such as an aluminum plate, that is adapted to make thermal contact with the CPU or IC, whose temperature is to be regulated. The thermal mass is formed to enable excess heat from the CPU or integrated circuit to be channeled away by thermal conduction from the CPU or IC and dissipated or released in the computer housing, such as the keyboard, which can tolerate limited amounts of heat. In order to accommodate CPU's and IC's of different thicknesses, a thermally conductive spacer, for example, formed from copper, may be secured to the CPU or integrated circuit by way of a thermally conductive adhesive, and, in turn, placed in contact with the thermal mass. With such a configuration, the space requirements for the heat sink within the portable personal computer for cooling are minimized, while the expense of more expensive cooling systems such as heat tubes and Oasis-type cooling systems is obviated.

Abstract: A monitor is transformed into a predetermined type of digital computer system by attaching a personality module to the rear thereof. The module contains one or more circuit cards for imparting the desired personality to the system. The monitor includes an internal power supply for providing power to the module. Mating video and power connectors are included at the interface surfaces of the monitor and module for conveying video signals from the module to the monitor and power from the monitor to the module. Apertures at the top of the rear mounting surface of the monitor engage hooks at the top of the mounting surface of the module to form a disengagable hinged interface therebetween. Apertures are included at the bottom of the mating surface of the monitor for engaging rotary latches disposed at the bottom of the module. Each rotary latch comprises a triple-cut lead screw engaged in a nut captured in the module. A locking lever orthogonal to the lead screw imparts locking and unlocking rotation thereto.

Abstract: A monitor is transformed into a predetermined type of digital computer system by attaching a personality module to the rear thereof. The module contains one or more circuit cards for imparting the desired personality to the system. The monitor includes an internal power supply for providing power to the module. Mating video and power connectors are included at the interface surfaces of the monitor and personality module for conveying video signals from the module to the monitor and conveying power from the monitor to the module. Apertures at the top of the rear mounting surface of the monitor engage hooks at the top of the mounting surface of the module to form a disengagable hinged interface therebetween. Apertures are included at the bottom of the mating surface of the monitor for engaging rotary latches disposed at the bottom of the module. Each rotary latch comprises a triple-cut lead screw engaged in a nut captured in the module.