Abstract: A display apparatus comprises a monitor on which pictures are displayed, brackets installed on the monitor and having slits on opposite sides of each bracket, spring brackets combined to the brackets and having locking members inserting into the brackets through the slits and stands selectively inserted into the brackets and locked in the locking members of the spring brackets. The present invention provides a display apparatus that can maintain a consistent connection between the monitor and the stands from frequent locking and unlocking and keeps the control point accurate.

Abstract: An apparatus for supporting and mounting at least one module on a surface may be provided. The apparatus may comprise a housing that may be attachable to a portion of the surface. The housing may have a channel that may be sized to receive and support at least a portion of at least one module. The apparatus may also include at least one mounting member on the housing for attaching the housing to the surface.

Abstract: A portable electrical control and display device is described, having an indicator panel, a keyboard with at least one key pad, and a single housing designed as a single piece and made of a temperature-resistant material, which seals the control and display device in a water-tight manner.

Abstract: A foot assembly includes a foot including a snap and a first alignment feature, the snap and the alignment feature are coupled to a base, and the first alignment feature extending a greater distance from the base than an engagement of the snap. The assembly also includes a foot socket coupled to the foot, the socket including an undercut and a second alignment feature. In one aspect, the second alignment feature interfaces with the first alignment feature. In another aspect, the socket is coupled to an enclosure of a portable computing device.

Abstract: A display panel mounting system comprises a mounting base having at least one pin, and a mating mechanism coupled to a display panel for coupling to the mounting base. The mating mechanism comprises a first plate fixed to the display panel comprising a pair of prongs having an opening for receiving the pin of the mounting base, and a second plate movable coupled to the first plate, comprising a latch for securing the pin between the pair of prongs of the first plate.

Abstract: One aspect of an embodiment relates to an electronic device comprising a body case that comprises a first opening and a second opening. The first opening is configured as a conduit for a display interconnect coupled to a display of the electronic device. The second opening houses a display support mechanism, which is coupled to the display and the body case. The display support mechanism is adapted to horizontally rotate and translate the display. In addition, the second opening is configured to limit the horizontal rotation and translation of the display conducted by the display support mechanism.

Abstract: A multiple disk drive storage apparatus that receives a plurality of removable disk drive modules. The removable disk drive modules comprise a disk drive and a carrier body. The carrier body is molded in one piece and may have a latch, an ejection spring, a light pipe, and a cavity for receiving the disk drive. The disk drive is retained in the cavity with a snap-fit connection.

Abstract: A portable storage device. The portable storage device includes a main body and a battery dock. The main body has a connector, a protective element and at least one first power connection portion. The connector and first power connection portion are disposed on the main body. The connector is electrically connected to the data transfer port of an electronic device. The protective element is connected to the main body to protect the connector. The battery dock is connected to the main body and has at least one second power connection portion corresponding to the first power connection portion. The second power connection portion is connected to the first power connection portion when the battery dock is connected to the main body.

Abstract: A computer system is provided with a rack defining an interior. A computer chassis is mounted at least partially within the interior of the rack, wherein the computer chassis defines an interior. An interconnect assembly is mounted at least partially within the interior of the rack, wherein the interconnect assembly has an interconnect connector. A processor assembly is mounted at least partially within the interior of the computer chassis, and the processor assembly has a processor board and a processor connector mounted to the processor board and connected to the interconnect connector of the interconnect assembly. The processor assembly also has at least eight addressable processor segments mounted to the processor board.

Abstract: A lid mechanism for an interface slot opening of notebook computers includes a notebook computer body, which has an interface slot opening on a lateral side and a first sliding trough formed on one side of the opening, and a lid located on the interface slot opening in a turning manner to close the opening. The lid includes a lid body, which has a recess on the surface in the center, an inner surface attaching to a water-proof plate and a second sliding trough on an upper side corresponding to the first sliding trough. The recess has a lever fastening to a latch arm and driving the latch arm, to move in the second sliding trough. When the lid is in a closed condition to compress the waterproof plate, the latch arm is wedged gradually in the first sliding trough.

Abstract: A data storage device mounting assembly for mounting a data storage device (400) with screws (401) includes a bracket (100), and an operating member (200). The bracket includes a first sidewall (130) and a second sidewall (150) each defining a groove (131) therein. The first sidewall includes a protrusion (137) near the groove. The operating member comprises a locking portion (220) with a cutout (222) and a fixing hole (224). The operating member is rotatably attached to the first sidewall of the bracket. The data storage device is slidably moved into the bracket with screws sliding in the grooves. The data storage device is secured in the bracket with the screw held in the cutout and the protrusion received in the fixing hole of the operating member.

Abstract: A computer system including a frame defining a plurality of cells is provided. Each of the cells is configured to receive a computer module through a respective opening adjacent the cell. The computer system also includes a computer module configured for insertion into a respective one of the cells through a respective one of the openings. The computer system also includes a cell cover substantially covering at least one other of the openings adjacent a cell not occupied by a computer module.

Abstract: A first case has a wall. The wall of the first case has a plurality of holes. A second case is coupled to the first case for forming a housing. The second case has a wall. The wall of the second case has a plurality of holes. A speaker is provided in the housing. The speaker is facing to the holes of the first and second case.

Abstract: A computer enclosure includes a cage (10), a side panel (11) and a latch device (30) for securing the side panel to the cage. The cage includes a cutout (52) and a plurality of slits (26), the side panel includes a receiving portion (42) and a plurality of catches (12) for engaging in the slits. The latch device received in the receiving portion includes a cover (32), a base (34) combined with the cover, a handle (36) and a locking mechanism (38) placed in the base. The locking mechanism includes a pair of levers (70) and a resilient arm (80) connecting the levers. When the handle is pressed to deform the resilient arm, the levers are retracted towards each other, so that distal ends of the levers are in alignment with the cutout, the side panel is thus detachable from the cage.

Abstract: A locking mechanism for a personal computer is installed over a screw that is used to secure a moveable panel of the computer's chassis in a closed position. When installed, the locking mechanism prevents access to the screw, thereby preventing an unauthorized person from opening the panel of the chassis and having access to the contents therein. In one embodiment, the locking mechanism includes a lock base for receiving the screw and a lock head for being positioned over the lock base to cover and prevent access to the screw.

Abstract: A drawer for a digital data storage device includes a drawer body, and two vibration absorption members detachably mounted on both sides of the drawer body. The drawer body has at least an accommodating space for receiving the digital data storage device. The two sides of the drawer body respectively have a plurality of resilient members and a plurality of first openings. A plurality of second openings and fastening portions of the vibration absorption members further respectively correspond to the resilient members and the first openings. The fastening portions of each vibration absorption member are fastened inside the corresponding first openings of the drawer body. The resilient members are exposed through the second openings to absorb tolerance in assemblage and provide effective electrical grounding. A light pipe may be further mounted in the drawer body, extending from a front end to a rear end of the drawer body.

Abstract: An information handling system with a chassis for housing a modular information includes a front face with one or more front openings. The front face includes a first pull handle located on one end of the front face and the second pull handle located on a second end of the front face. A locking bezel is provided that includes a first end with a retaining shoulder and a second end with a locking shoulder assembly. The retaining shoulder is formed to interface with the first pull handle and the locking shoulder assembly is formed to selectively lock the locking bezel to the second pull handle.

Abstract: A notebook computer with hidden multimedia controller. The notebook computer has a cavity and a multimedia device. A multimedia controller with a plurality of keys to control the multimedia device movably pivoted to the main body. The notebook computer has a switch with a rod. Two magnets are individually disposed on the rod and the multimedia controller. The multimedia controller is attracted, remaining in the cavity. When the switch is pressed, the multimedia controller is pushed out from the cavity by the repulsive magnetic force.

Abstract: An electronic device implemented with a display and a body case formed by a first body and a second body. The electronic device comprises a hinge and a shaft. The hinge is rotationally coupled to the first body and the second body. The shaft has a first end coupled to the body case and a second end coupled to the display housing. The shaft is adapted to horizontally rotate and translate the display to enable vertical rotation of the display and the second body by the hinge.

Abstract: An exemplary information processing apparatus of the present invention includes: a body portion having a control device; and a display portion having a display panel connected to the body portion via a hinge so as to be swingably opened or closed. A power generation portion of a fuel cell, having positive electrodes, negative electrodes, and electrolyte layers placed between the positive electrodes and the negative electrodes is provided in a housing of the display portion. The positive electrodes of the power generation portion are disposed on a back side or a display panel side of the display portion. Air holes for supplying air to the positive electrodes are provided on at least one selected from a back side of the housing and a display panel side of the housing. A fuel cartridge for supplying liquid fuel to the power generation portion is incorporated in the body portion. Thus, the information processing apparatus can be decreased in thickness and miniaturized.