Abstract: A hidden touch pad structure adopted for an electronic product has a plate, a touch pad arranged inside the plate, a circuit board disposed under and retained against the plate and the touch pad simultaneously, and a lighting device surrounding the touch pad and received inside the plate. The circuit board receives a pressure signal via the plate and the touch pad, and drives the lighting device to provide light. The touch pad is recognized via the lighting device surrounding thereof.

Abstract: The present invention is to provide a CD-ROM drive capable of rapidly detaching and installing, which comprises a frame mounted in a case of a computer. The frame comprises a side opening, an interior cavity in communication with the side opening so that the CD-ROM drive can be mounted in the cavity through the side opening, and an elongated fastening assembly at a side of the cavity. The fastening assembly comprises an elongated sliding member capable of moving toward or away from the side opening, and an elongated fastening member capable of moving toward or away from the CD-ROM drive. After mounting the CD-ROM drive in the cavity, it is possible of manipulating the sliding member to move the fastening member for fastening or detaching the CD-ROM drive to or from the frame.

Abstract: The present invention is to provide a structure for quickly installing and removing an optical disk drive comprising an optical disk drive frame and a main frame, wherein the optical disk drive frame has a vertical wall surface on one side, a side bracket on the other side, a sliding channel disposed adjacent to the side bracket, a latch member disposed on the sliding channel and capable of moving along the sliding channel back and forth, and a push button disposed at the bottom of the latch member. When an optical disk drive is mounted onto the optical disk drive frame, the push button is pushed to move the latch member forward and press against the edge of the optical disk drive, enabling the optical disk drive to be fixed onto the optical disk drive frame.

Abstract: The present invention is to provide a mechanism for fastening a rear side of computer comprising a rear panel provided at the rear of a case of the computer, and a fastening assembly having one end pivotably connected to the case adjacent the rear panel for pivoting the fastening assembly to approach or move away from the rear panel, wherein, after a plurality of fastening members being mounted at the rear panel, the fastening assembly is able to tightly press the fastening members thereby sandwiching an engagement piece of each fastening member between the fastening assembly and the rear panel and quickly fastening the fastening members at the rear panel.

Abstract: A fixing seat for an interface card including a first plate, a second plate and a third plate connected in a sequence, in which a step shape is formed between each two adjacent plates. A clamping portion is formed by bending the relative ends of the first plate and the second plate and a bucking ear is formed by bending each one of two ends of the third plate. An interface card can be combined with an output/input bracket of a computer housing faster and stably without using screws and any matching fixing structure is unnecessarily disposed in the computer housing and the output/input bracket so as to simplify the structure for fixing the interface card.

Abstract: A locking device applies to a casing having a cover and a seat for opening and closing of the casing. The locking device has a recess formed on an edge of the seat, a buckle downwards protruding from the cover and matching the recess, and a roller parallel-disposed in the recess and pivoted to the seat. The buckle has an arcuate face smoothly against an upper slot of the roller for closing and opening the casing. A direction of lifting of the cover corresponds to a rotation of the roller so that a direction of applied force can be continuously unchanged to achieve an ergonomic effect.

Abstract: The present invention provides a computer for receiving a removable data storage device comprising a case having an internal motherboard with a CPU mounted thereon; at least one substantially rectangular opening on the case; at least one slot each provided within the opening for communicating therewith; and a USB port provided at a bottom of the slot opposite to the opening for being electrically connected to the motherboard; wherein the data storage device is insertable into the slot via the opening for connecting an I/O port of the micro drive and the USB port together. By utilizing this, the CPU on the motherboard is able to read data from the micro drive or write data into the micro drive via the coupled USB port and I/O port.

Abstract: A fixing mechanism of an electronic device comprising a frame with an inverted “L” shape sliding slot on one side, a wall with a sliding track on one side is on the edge of the other side, a pair of open slots are on the sliding track, a stopper can move freely is on the open slots, an inverted “L” shape standing stopper is on one side of the wall facing the stopper, a handle is on the back of the standing stopper, a protruding bar is on the handle, an opening corresponding to the protruding bar is on the wall; when the stopper moves forward, the protruding bar wedges into the opening and fixes the stopper from moving. When an electronic device is installed on the frame, the electronic device is locked firmly onto the frame by the standing stopper pressing on both sides and can be moved out of the frame easily and rapidly.

Abstract: A flat-type computer with a foldable keyboard has a main body with a chamber formed in rear side of the main body and a back cover to cover the chamber, the hosing connected with the rear side of the main body by a pivot, a keyboard, received in the chamber and a pivoting mechanism for connecting the main body and keyboard.

Abstract: The present invention is to provide a drawer-type computer casing comprising a box and a sliding frame, wherein the box comprises an opening on one side, a connecting section disposed respectively on both corresponding sides of the opening and an accommodating space therein, and the sliding frame can be accommodated in the accommodating space and comprises a latching member movably coupled to an end surface of the box at the position corresponding to the connecting section, such that when the sliding frame is installed in the accommodating space, the latching member will be set precisely on the corresponding position of the connecting section. Therefore, the latching member can be moved into the connecting section to connect the box and the sliding frame together without using screws.

Abstract: An expansible and detachable housing of electronic device has two half-housings and two base plates with a detachable pivot element respectively connected to the bottom plates. Whereby, when the two bottom plates are formed a plane, the two half-housings are formed an extension state, or when the two bottom plates is caused to be perpendicular to each other, the two half-housing bodies is allowed to assemble to form a complete housing, or when the two bottom plates are separated, the two half-housings is formed a separation state. Therefore, the present invention can allow each electronic element to be assembled easily and to be maintained conveniently. Furthermore, electronic elements can be conveniently assembled in the two half-housing bodies separately at two different locations according to needs, and then, integrated into a whole body.

Abstract: The present invention is to provide a structure for quickly installing and removing an optical disk drive comprising an optical disk drive frame and a main frame, wherein the optical disk drive frame has a vertical wall surface on one side, a side bracket on the other side, a sliding channel disposed adjacent to the side bracket, a latch member disposed on the sliding channel and capable of moving along the sliding channel back and forth, and a push button disposed at the bottom of the latch member. When an optical disk drive is mounted onto the optical disk drive frame, the push button is pushed to move the latch member forward and press against the edge of the optical disk drive, enabling the optical disk drive to be fixed onto the optical disk drive frame.

Abstract: The present invention is to provide a snapping mechanism mounted in a compartment of a case of a PC comprising a second hook of a pivotal member installed within the compartment for being pushed by a second protrusion of an electronic device, while mounting the electronic device into the compartment, the pivotal member moves along a trough provided thereon from one position to another position and enables an elastic member of the snapping mechanism to pivot the pivotal member like a lever to urge a first hook thereof against a first protrusion of the electronic device with the elastic member compressed and generate a strong snapping force to fasten the electronic device within the compartment.

Abstract: A fixing mechanism of an electronic device comprising a frame with an inverted “L” shape sliding slot on one side, a wall with a sliding track on one side is on the edge of the other side, a pair of open slots are on the sliding track, a stopper can move freely is on the open slots, an inverted “L” shape standing stopper is on one side of the wall facing the stopper, a handle is on the back of the standing stopper, a protruding bar is on the handle, an opening corresponding to the protruding bar is on the wall; when the stopper moves forward, the protruding bar wedges into the opening and fixes the stopper from moving. When an electronic device is installed on the frame, the electronic device is locked firmly onto the frame by the standing stopper pressing on both sides and can be moved out of the frame easily and rapidly.

Abstract: The present invention is to provide a drawer-type computer casing comprising a box and a sliding frame, wherein the box comprises an opening on one side, a connecting section disposed respectively on both corresponding sides of the opening and an accommodating space therein, and the sliding frame can be accommodated in the accommodating space and comprises a latching member movably coupled to an end surface of the box at the position corresponding to the connecting section, such that when the sliding frame is installed in the accommodating space, the latching member will be set precisely on the corresponding position of the connecting section. Therefore, the latching member can be moved into the connecting section to connect the box and the sliding frame together without using screws.

Abstract: The present invention is to provide a mechanism for quickly removing an electronic device from a PC having a smaller case, which comprises a slot in the PC having one or more recesses at either side, enabling a tray installed with the electronic device to be inserted therein through a front opening of the slot and enabling one or more snapping members on either side of the tray to be adapted to snap into one or more recesses on the slot. In an operation of removing the electronic device from the PC, a user may pull a first clinging member of a pivotal gate at the front opening to open a gate upward, and then hold a handle of the tray to quickly pull the tray toward the front opening of the slot.

Abstract: The present invention is to provide a mechanism for quickly removing an electronic device from a PC having a smaller case, which comprises a slot in the PC having one or more recesses at either side, enabling a tray installed with the electronic device to be inserted therein through a front opening of the slot and enabling one or more snapping members on either side of the tray to be adapted to snap into one or more recesses on the slot. In an operation of removing the electronic device from the PC, a user may pull a first clinging member of a pivotal gate at the front opening to open a gate upward, and then hold a handle of the tray to quickly pull the tray toward the front opening of the slot.

Abstract: The present invention discloses a hinge assembly for notebook computers capable of keeping a screen of a monitor connected face-to-face with a main system of the notebook, and such hinge assembly also can keep an included angle between the monitor and the main system from zero degree (i.e. closed status for stacking the monitor and the main system) to 180 degrees (i.e. horizontally aligned status of the monitor and the main system). Furthermore, the monitor can continue to be turned over until the screen of the monitor faces the back of the main system, and then further till the monitor and the main system are in the back-to-back contact with each other.

Abstract: A frame mechanism for facilitating replacement of an electronic device from a computer, which includes a pivotal parallelepiped frame having a mounting side for installing the electronic device (e.g., CD-ROM drive etc.) therethrough. A pivot member of the frame is coupled to a mating pivot member of a parallelepiped cavity provided on the case enabling the frame to be pivotally rotated about the connection of the pivot member and the mating pivot member and enabling first, second, and third engagement members of the frame to be coupled to first, second, and third mating engagement members provided on the cavity while the frame being pivotally rotated, thereby projecting the mounting side of the frame from the cavity to the outside of the computer.