Abstract: A cover latch is provided for coupling a blade server cover to a blade server when the cover latch is in a locked state. Embodiments include a locking surface at one end of the cover latch; a user interface at an end of the cover latch opposite from the end with the locking surface; wherein when the cover latch is in the locked state, the locking surface engages a locking surface enclosure of the blade server cover; wherein when the cover latch is in an unlocked state, the user interface is rotated into the blade server and the locking surface is rotated outward from the blade server, wherein when the locking surface is rotated outward from the blade server, the locking surface is disengaged from the locking surface enclosure of the blade server cover; and a rotational limiter hole in the cover latch that surrounds a peg of the blade server, wherein the rotation of the locking surface and the user interface is limited by the rotational limiter.

Abstract: A case for use with a stenotype machine, portable computer, and cables, power supply equipment, memory devices, as well as paper, writing utensils, and the like to form a mobile workstation. The case includes a top, a bottom, and a circumscribing sidewall, the top removably or hingedly attached to the side wall to cover an interior that is divided into multiple compartments, including at least a first compartment to store the portable computer, a second compartment to store the stenotype machine, and a third compartment to store cables for data and power that are connected to the computer and stenotype machine, the sidewall having an access opening for the stenotype machine to deploy for use while remaining attached to the case, and the case further including a bottom wall to which a stand is removably attached.

Abstract: A notebook computer with a detachable keyboard has an independent keyboard module that connects to the main body of the computer through a conductive line. The keyboard module has a bottom section equipped with at least one support bracket. When in use, the keyboard module may be detached from the main body, and through the support bracket raised to a desired angle to conform to ergonomics so that users may comfortably operate the keyboard without becoming fatigued.

Abstract: A portable electronic printing system including power supply assembly is disclosed. The printing system includes a printer comprising a printer housing having first and second ends, a handle disposed at the first end of the housing for allowing a user to tote the portable electronic printing system, and a power supply foot disposed at the second end of the housing. The power supply foot includes a power supply circuit for supplying power received from an external power source to the printing system. The power supply assembly includes a sidewall and a bracket for supporting a first electronic device and for sinking heat generated by the first electronic device away from the first electronic device. The bracket is coupled to the sidewall such that heat received by the bracket from the first electronic device is transferred to the sidewall. A second electronic device is mounted to the bracket such that the bracket absorbs vibrational energy applied to the second electronic device.

Abstract: A protective housing for portable computers includes first and second shells defining trays of disparate depths and rear walls of similar height and hingedly connected together. With side and front walls of the first shell defining a minimal height generally not exceeding the height of a CPU/keyboard unit closely confined within the first shell tray, a user has un-impeded access to the keyboard while opening(s) in one or more walls of the first shell overlie access to various drives and/or ports adapted to communicate with external peripheral devices. Higher side and front walls on the second shell define a tray of greater depth and within which is disposed a portable printer having a cable directly communicating with the CPU in the first shell.

Abstract: A printer includes a sheet storage cassette and a sheet separation device for storing and separating individual sheets prior to printing, as well as a sheet deposit device for receiving of the printed-on individual sheets. A sheet storage cassette (2) is formed of two cassette sections (5 and 6), which can be pivoted relative to each other in order to achieve a compact construction of the printer in view of the space requirements of the sheet storage cassette. The first cassette section (5) is fixedly disposed opposite to the sheet separation device (11). The second cassette section (6) is formed as a flap cover (2), pivotally supported at the printer. The flap cover (2) forms the upper side of the printer in the closed state. The flap cover (2) is aligned with the first cassette section (5) in a flipped open state under formation of a sheet storage cassette (4).

Abstract: A mobile office comprises a carrying case having a hollow rectangular base and a hollow cover hingedly connected thereto; with a first platform positioned within the base and anchored therein. A lap-top computer is mounted upon and anchored to the first platform adapted for connection to an electric power source and includes a video display screen normally enclosed within the profile of the cover when closed and pivotal to an upright use position when the cover is open. A second platform is positioned within the base and anchored therein and spaced from the bottom of the base defining a paper storage chamber. An electronic pointer is mounted upon and anchored to the second platform and connected to the computer. A stack of tractor feed manifold paper is positioned within the storage chamber with its lead edge threaded into the printer. The cover includes a storage chamber for a multiple chamber collapsible manifold and a second chamber with cover to mount and close a cellular telephone and modem.

Abstract: Method and apparatus for storing accessories inside a printing device, wherein the apparatus includes a storage enclosure, which is secured pivotally to the housing of the printing device, and which is capable of assuming at least one open position and one closed position. The storage enclosure is substantially housed within the carriage swept volume, when it is located in the closed position, without interfering with the path of travel of the carriage assembly, when it is in the open position. A cover protects the inner printing mechanism when the storage enclosure is in the open position. A catch mechanism retains the storage enclosure in stable open and closed positions.

Abstract: A printing apparatus includes a print roller, a platen roller and an ink roller mounted between a pair of upright supports secured to a support surface. The platen roller is resiliently biased against the print roller, and is preferably supported independently of the upright supports by a spring-biased lever and cam assembly. The printing apparatus is especially constructed for printing accordian arrays of cards, having delicate masking material thereon, and includes a feed tray with a feed stop and a take-up tray with a take-up stop each located at a position within a defined ratio with respect to the length of a single card in the array. The platen roller is preferably biased within a selected range to prevent damage to the masking material. A drive mechanism rotates the print roller which, in turn, drives the platen roller either by direct pressure or through gears.

Abstract: An improved typewriter escapement disengagement and engagement mechanism wherein a separator member disengages the escapement mechanism from the carriage rack to prevent damage to the mechanism and/or rack during transport of the typewriter. A restraining means prevents the carriage from moving while the escapement mechanism is disengaged. When the restraining means is removed causing carriage movement, the separator member is automatically removed from between the escapement mechanism and the carriage rack and the escapement mechanism is engaged.

Abstract: In a typewriter of the kind having a carriage movable vertically relative to the type bar assembly to provide three cases of type, the carriage rests on a shift member slidable vertically in guides formed in the body of the typewriter and a spring acts between the body and the shift member biassing the shift member to an intermediate position. One shift key moves the shift member to a lowermost position, overcoming the spring bias, and a second shift key moves the shift member to an uppermost position, overcoming the weight of the carriage.