Abstract: A structure for fixing circuit board, adapted for fixing a circuitboard at the rear of a cage, is disclosed, which comprises: a circuitboard; and a clamp, configured with a clipping part, a fixing part and an elastic part; wherein, the clipping part is coupled to the fixing part while the fixing part is coupled to the elastic part; the clipping part has a first hook formed at a surface facing toward the fixing part; the elastic part has a second hook formed extruding out form a surface facing away from the fixing part; the clipping part and the fixing part are arranged straddling across the top edge of the circuitboard while enabling the first hook to couple to a fastener of the circuitboard; and the elastic part is arranged facing toward the cage while enabling the second hook to secure to the bottom of the cage.

Abstract: A structure for fixing circuit board, adapted for fixing a circuitboard at the rear of a cage, is disclosed, which comprises: a circuitboard; and a clamp, configured with a clipping part, a fixing part and an elastic part; wherein, the clipping part is coupled to the fixing part while the fixing part is coupled to the elastic part; the clipping part has a first hook formed at a surface facing toward the fixing part; the elastic part has a second hook formed extruding out form a surface facing away from the fixing part; the clipping part and the fixing part are arranged straddling across the top edge of the circuitboard while enabling the first hook to couple to a fastener of the circuitboard; and the elastic part is arranged facing toward the cage while enabling the second hook to secure to the bottom of the cage.

Abstract: A replaceable battery fixture is disclosed for fixing a replaceable battery device having a first fixing portion and a second fixing portion to a housing of an electronic equipment. The replaceable battery fixture includes a first fixing member for being fixed to the first fixing portion of the replaceable battery device, and a second fixing member for being fixed to the second fixing portion of the battery device. The second fixing member can move bias and elastically in accordance with the housing, so as to bias move the second fixing member by the second fixing portion of the battery device after the first fixing member is fixed to the first fixing portion. A force for bias moving the second fixing member is released when the replaceable battery device reaches to a predetermined position, so that the second fixing member is restored by its elastic force and fixed to the second fixing portion.

Abstract: A fixing mechanism used for fixing a data accessing device with a plurality of positioning holes to a housing of an electronic device includes a base plate and a positioning member. The base plate has a first fixing portion and a plurality of guiding portions. The positioning member has a plurality of positioning portions, a second fixing portion and a plurality of guiding slots. By moving the guiding portions of the base plate along the guiding slots of the positioning member, the guiding portions can guide the positioning portions of the positioning member to be connected to the positioning holes of the data accessing device. Meanwhile, the first fixing portion of the base plate is connected to the second fixing portion of the positioning member with the positioning member being tightly fixed to the data accessing device. As a result, the data accessing device is fixed to the housing of the electronic device.

Abstract: An assembly structure provided for securing a heat-dissipating fan, includes a casing board and a fan covering for covering the fan, The casing board has ventilation openings, coupling openings and positioning openings, and the fan covering formed with coupling portions and positioning portions secures the fan to a side of the casing board, wherein the coupling portions are coupled to the coupling openings, and the positioning portions are positioned and coupled to the positioning openings, so that the fan is installed at a location allowing wind or airflow to pass through the ventilation openings. Arrangement as such, without using tools during assembling or dissembling processes, allows two heat-dissipating fans to be correspondingly coupled at both sides of the casing board, so as to increase wind force to increase heat dissipation in a simple but convenient way.

Abstract: A fixing member for fixing a circuit board to a housing of an electronic device is disclosed. A positioning unit is installed between the circuit board and the housing for positioning the circuit board at a predetermined location relative to the housing. The fixing member is used for fixing the circuit board when the circuit board reaches the predetermined location. The fixing member includes a body and an abutting portion disposed on the body. The body has a first end pivotally mounted on the housing and a free second end capable of being pivotally rotated. The abutting portion is disposed at the free second end of the body. The abutting portion can abut against the circuit board so as to fix the circuit board when the circuit board reaches the predetermined location and the free second end reaches on the circuit board by pivotal rotation.

Abstract: The invention provides a positioning member for a circuit board and a circuit board positioning mechanism having the positioning member, which is adapted to limit the latitude of a first direction of the printed circuit board installed on a housing. The circuit board positioning mechanism includes a plurality of first connecting portions disposed on the housing and a positioning member, wherein the positioning member consists of a body, a second connecting portion disposed on the body for movably connecting with the first connecting portions, and a propping portion disposed on one side of the body for propping against the circuit board when the body moves along a second direction, thereby further restricting the latitude of the circuit board in a first direction so as to prevent detachment of the circuit board caused by external force and also to assemble and disassemble the circuit board without having to use a tool.

Abstract: A fixing member for fixing a circuit board to a housing of an electronic device is disclosed. A positioning unit is installed between the circuit board and the housing for positioning the circuit board at a predetermined location relative to the housing. The fixing member is used for fixing the circuit board when the circuit board reaches the predetermined location. The fixing member includes a body and an abutting portion disposed on the body. The body has a first end pivotally mounted on the housing and a free second end capable of being pivotally rotated. The abutting portion is disposed at the free second end of the body. The abutting portion can abut against the circuit board so as to fix the circuit board when the circuit board reaches the predetermined location and the free second end reaches on the circuit board by pivotal rotation.

Abstract: The invention provides a positioning member for a circuit board and a circuit board positioning mechanism having the positioning member, which is adapted to limit the latitude of a first direction of the printed circuit board installed on a housing. The circuit board positioning mechanism includes a plurality of first connecting portions disposed on the housing and a positioning member, wherein the positioning member consists of a body, a second connecting portion disposed on the body for movably connecting with the first connecting portions, and a propping portion disposed on one side of the body for propping against the circuit board when the body moves along a second direction, thereby further restricting the latitude of the circuit board in a first direction so as to prevent detachment of the circuit board caused by external force and also to assemble and disassemble the circuit board without having to use a tool.

Abstract: A fixing mechanism having a fixing component, a positioning component, and a guiding component is disclosed. The fixing component has a mating portion and a groove portion hooked with the guiding component. After the guiding component passes through the groove portion of the fixing component, the fixing component can glide on a housing of an electronic device, such that the positioning component can be fixed to the mating portion, the fixing component can be fixed to the housing, so as to block and fix the cover of an electronic device to the housing, thereby preventing the cover from detaching from the housing due to a greater force.

Abstract: A fixing mechanism for functional extension cards is disclosed, which can be fixed by fixing bolt thereof to the mechanical frame of a computer system having at least a first positioning hole and a second positioning hole, and to a bayonet board of the functional extension card. The fixing mechanism includes a fixing body, a spindle hole, a fixing portion, an operating portion and a first restricting portion. The body is installed on the frame by the fixing bolt to resolve the problems of the functional extension card slanting and loosening from the frame by the restriction effects respectively provided by the first restricting portion and second restricting portion of the body. The present invention is easy to operate and install to enable the functional extension card to be easily assembled into and disassembled from an extension slot of a computer system.

Abstract: A fixing mechanism used for fixing a data accessing device with a plurality of positioning holes to a housing of an electronic device includes a base plate and a positioning member. The base plate has a first fixing portion and a plurality of guiding portions. The positioning member has a plurality of positioning portions, a second fixing portion and a plurality of guiding slots. By moving the guiding portions of the base plate along the guiding slots of the positioning member, the guiding portions can guide the positioning portions of the positioning member to be connected to the positioning holes of the data accessing device. Meanwhile, the first fixing portion of the base plate is connected to the second fixing portion of the positioning member with the positioning member being tightly fixed to the data accessing device. As a result, the data accessing device is fixed to the housing of the electronic device.

Abstract: A fan cover integrated with a heat dissipating fan having a power line and a power line connector is disclosed. The fan cover includes a body combined with and covered on a side of the heat dissipating fan, and a fixing mount disposed on an outside region of the body. The fixing mount has a clip unit for clipping to the power line connector of the heat dissipating fan, allowing the power line connector to be detachably attached to the fixing mount. Therefore, the heat dissipating fan is detachable form the frame of the server in single step and overcome the drawbacks of the prior art.

Abstract: A replaceable battery fixture is disclosed for fixing a replaceable battery device having a first fixing portion and a second fixing portion to a housing of an electronic equipment. The replaceable battery fixture includes a first fixing member for being fixed to the first fixing portion of the replaceable battery device, and a second fixing member for being fixed to the second fixing portion of the battery device. The second fixing member can move bias and elastically in accordance with the housing, so as to bias move the second fixing member by the second fixing portion of the battery device after the first fixing member is fixed to the first fixing portion. A force for bias moving the second fixing member is released when the replaceable battery device reaches to a predetermined position, so that the second fixing member is restored by its elastic force and fixed to the second fixing portion.

Abstract: A supporting member is proposed, for being coupled to a placement surface with at least an opening so as to support a component-to-be-carried on the placement surface. The supporting member includes a main body; at least a fitting portion formed on the main body, for being fit into the component-to-be-carried; and a coupling portion formed at one end of the main body, for being coupling to the opening of the placement surface via a coupling member, so as to support the component-to-be-carried on the placement surface.

Abstract: The invention provides a board-shaped fixing mechanism, which is adapted to fasten a planar board having a plurality of first positioning portions onto a carrier board, and includes a plurality of second positioning portions adapted to correspondingly couple with the first positioning portions, a fastening member disposed between the planar board and the carrier board, and at least one fixing portion for fastening the fastening member to the carrier, the fastening member being provided with a blocking portion for blocking the planar board, and an elastic portion for actuating the blocking portion to block the planar board by propping up to abut against and support one side of the planar board to restrict it from moving in both vertical and lateral directions, thereby fastening the planar board without having to use any tool to resolve the drawbacks of prior techniques.

Abstract: An installation element is proposed, which includes a body, a coupling portion, an installation hole, and a coupling hole. The body includes a first surface and an opposing second surface. The coupling portion extends outward from the first surface. The installation hole and the coupling hole, whose axes are parallel, are installed in the body. The installation hole penetrates the body, whereas the coupling hole penetrates both the body and the coupling portion. The coupling portion may be positioned on a board having a positioning opening, such that the coupling portion positionally corresponds to the positioning opening. The board further includes an installation opening connected and aligned with the installation hole, such that not only is the installation element fixed on the board by a coupling element which penetrates both the installation opening and the installation hole, but another board is fixed to the installation element by the coupling hole.

Abstract: An assembly structure provided for securing a heat-dissipating fan, includes a casing board and a fan covering for covering the fan, The casing board has ventilation openings, coupling openings and positioning openings, and the fan covering formed with coupling portions and positioning portions secures the fan to a side of the casing board, wherein the coupling portions are coupled to the coupling openings, and the positioning portions are positioned and coupled to the positioning openings, so that the fan is installed at a location allowing wind or airflow to pass through the ventilation openings. Arrangement as such, without using tools during assembling or dissembling processes, allows two heat-dissipating fans to be correspondingly coupled at both sides of the casing board, so as to increase wind force to increase heat dissipation in a simple but convenient way.