Abstract: A novel integrated computer includes a support base, a computer component pivotally coupled to the support base, and a display component slidably coupled to the computer component. The pivotal connection between the support base and the computer component facilitates adjustment of the tilt of the display. The slidable connection between the computer component and the display component facilitates height adjustment of the display, without affecting the tilt of the display. A biasing member prevents unwanted movement of the display, while allowing adjustment of the display. A method for manufacturing the integrated computer is also disclosed.

Abstract: A multi-line chalk reel is disclosed that may be comprised of three or more line reels disposed in a polar arrangement of parallel but distinct rotation axes that has a single method for engaging and disengaging a single drive arrangement to any one spool. This arrangement provides a variety of advantages, including a package solution of useful dimensions and a low part count to minimize parts in assembly. The single drive arrangement reduces cost, and provides for convenient access to individual spools.

Abstract: A novel integrated computer includes a support base, a computer component pivotally coupled to the support base, and a display component slidably coupled to the computer component. The pivotal connection between the support base and the computer component facilitates adjustment of the tilt of the display. The slidable connection between the computer component and the display component facilitates height adjustment of the display, without affecting the tilt of the display. A biasing member prevents unwanted movement of the display, while allowing adjustment of the display. A method for manufacturing the integrated computer is also disclosed.

Abstract: A novel integrated computer includes a support base, a computer component pivotally coupled to the support base, and a display component slidably coupled to the computer component. The pivotal connection between the support base and the computer component facilitates adjustment of the tilt of the display. The slidable connection between the computer component and the display component facilitates height adjustment of the display, without affecting the tilt of the display. A biasing member prevents unwanted movement of the display, while allowing adjustment of the display. A method for manufacturing the integrated computer is also disclosed.

Abstract: A novel integrated computer includes a support base, a computer component pivotally coupled to the support base, and a display component slidably coupled to the computer component. The pivotal connection between the support base and the computer component facilitates adjustment of the tilt of the display. The slidable connection between the computer component and the display component facilitates height adjustment of the display, without affecting the tilt of the display. A biasing member prevents unwanted movement of the display, while allowing adjustment of the display. A method for manufacturing the integrated computer is also disclosed.

Abstract: A system and method for providing one or more detachable components for a computer system are disclosed. The system and method allow for simplified customization of a user's computer system. A system incorporating teachings of the present disclosure may include a housing component at least partially defining an exterior surface of the computer system. The housing component may have at least one mounting finger, which may be a pin like protrusion or an elongated and flat extension. The mounting finger may extend from the housing component and be formed to define a locking shoulder. The system may also include a detachable component having a mounting tab. The mounting tab may interact with the locking shoulder to releasably couple the detachable component to the housing component.

Abstract: A system and method for providing one or more detachable components for a computer system are disclosed. The system and method allow for simplified customization of a user's computer system. A system incorporating teachings of the present disclosure may include a housing component at least partially defining an exterior surface of the computer system. The housing component may have at least one mounting finger, which may be a pin like protrusion or an elongated and flat extension. The mounting finger may extend from the housing component and be formed to define a locking shoulder. The system may also include a detachable component having a mounting tab. The mounting tab may interact with the locking shoulder to releasably couple the detachable component to the housing component.

Abstract: A method and system integrates personal computer components to in an efficient manner that accommodates footprint and EMI demands. A base structure supports a flat panel display and enhances the stability of the display by placing the personal computer on the base structure. A support housing provides an attachment point for the display and also forms a cable cavity to enhance cable management for cables that interface external components with the personal computer. The personal computer has an inner casing with a mother board segment coupled in a hinged manner to a housing segment. The inner casing opens along the hinge to allow access to internal personal computer components, and closes during operation of the personal computer to meet EMI specifications. An outer casing encases the inner casing to enhance integration of the personal computer with other system components, such as by having a shape that conforms to the shape of a recess formed in the base structure.

Abstract: 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 as a power supply and a drive, and the main chassis section carries an operational component such as a motherboard. When the subchassis is in its folded-in position it overlies the motherboard and blocks access thereto, and when in its folded-out position the subchassis provides access to the motherboard. In its folded-in position the subchassis sits upon horizontal edges of the main chassis section.

Abstract: An enclosure for a personal computer having a latch and release mechanism having at least two parallel cantilevered arms that allow the mechanism to have both strength for holding the enclosure to the personal computer and restrained flexibility that causes the distal end of the latch and release mechanism to travel translationally for releasing the enclosure.

Abstract: A modular enclosure for personal computer systems substantially comprises a 5-sided steel chassis, a plastic subassembly tray, a plastic detachable back panel, and a 4-sided plastic top cover including an integrally formed front panel. The internal subassembly tray comprises appropriately formed bays designed to receive various system subassemblies, each bay having an integrally formed subassembly retaining means to bear against and retain a subassembly placed in the bay. Top side and rear electromagnetic interference (EMI) shields are fitted and secured to the interior portions of the plastic topcover and rear panel so as to peripherally contact the chassis when the topcover and rear panel are installed. The internal subassembly tray is lowered into the interior region of the chassis and snapped into place at the front portion thereof. The rear panel is then positioned and secured to the chassis.