Abstract: A sliding rail mounting structure is disclosed to connect a sliding rail to a vertical column inside a server rack by securing a magnetic locating member to the vertical column by magnetic attraction and then inserting the locating pin of a U-clip at one end of the sliding rail into a locating hole in the locating member and one horizontal through hole in the vertical column and then inserting two screws through respective horizontal through holes in the vertical column and threading the screws into respective threaded nuts of the U-clip.

Abstract: A screw-free fan bracket mounting structure includes a base frame mounted inside the case of a computer and a fan bracket fastened to the base frame for holding a cooling fan, the fan bracket having a top protruding block, a retaining block and a bottom hook, the base frame having an upper coupling hole, a retaining hole and a lower coupling hole for receiving the top protruding block, retaining block and bottom hook of the fan bracket respectively. The distance between the retaining block and bottom hook of the fan bracket is slightly greater than the distance between the retaining hole and lower coupling hole of the base frame so that the fan bracket is slightly compressed to produce an amount of plastic deformation and secured firmly to the base frame with an elastic force during installation.

Abstract: A hard disk common support structure is disclosed, which comprises a top support frame, and a bottom support frame. The top support frame correspondingly installed above the bottom support frame, and the top support frame is receiving a top hard disk, the bottom support frame is receiving a bottom hard disk. The computer which accommodated the top support frame, the bottom support frame, the top hard disk, and the bottom hard disk can save the inside space, and different type of hard disks can be used to increase the application of the computer.

Abstract: Disclosed is a shell structure for server, which includes a right-side cover shell, and a left-side cover shell. The right-side cover shell has a front panel perpendicularly extended from the front side thereof toward the left side and an opening formed in the front panel, the left-side cover shell is covered on the right-side cover shell and has a mounting panel perpendicularly extended from the front side thereof toward the right side and a detachable baffle detachably fastened to the mounting panel with a screw to block the opening in the mounting panel of the left-side cover shell and the opening in the front panel of the right-side cover shell such that an interface card can directly be installed inside the left-side cover shell after removal of the detachable baffle from the mounting panel.

Abstract: A sliding rail mounting arrangement for connecting a sliding rail to a column inside a server rack is disclosed to include a spring clip for clamping on an angled end flange of the sliding rail and securing the angled end flange to one mounting hole of the column, the spring clip having two protruded portions and a retaining spring block for engaging into respective mounting holes and a locating hole at the angled end flange of sliding rail upon clamping of the spring clip on the angled end flange, and a locating pin protruded from one side thereof on the middle for engaging into one mounting hole of the column for enabling the spring clip and the angled end flange of the sliding rail to be affixed to the column with screws to complete the installation by one person.

Abstract: A sliding rail mounting structure is disclosed to connect a sliding rail to a vertical column inside a server rack by securing a magnetic locating member to the vertical column by magnetic attraction and then inserting the locating pin of a U-clip at one end of the sliding rail into a locating hole in the locating member and one horizontal through hole in the vertical column and then inserting two screws through respective horizontal through holes in the vertical column and threading the screws into respective screwed nuts of the U-clip.

Abstract: A screw-free fan bracket mounting structure includes a base frame mounted inside the case of a computer and a fan bracket fastened to the base frame for holding a cooling fan, the fan bracket having a top protruding block, a retaining block and a bottom hook, the base frame having an upper coupling hole, a retaining hole and a lower coupling hole for receiving the top protruding block, retaining block and bottom hook of the fan bracket respectively. The distance between the retaining block and bottom hook of the fan bracket is slightly greater than the distance between the retaining hole and lower coupling hole of the base frame so that the fan bracket is slightly compressed to produce an amount of plastic deformation and secured firmly to the base frame with an elastic force during installation.

Abstract: A radiator structure has a circuit board, at least one conductive plate, a radiator board and at least two lock attachments, and reduces the entire radiator structure size to permit micro miniaturization designs and increase the space efficiency without affecting cooling efficiency. The radiator board has a deforming section, which undergoes resilience deformation facing the circuit board to absorb a contact pressure generated between the radiator board, the conductive plate and the microprocessor chip. Use of a spring to absorb the contact pressure is thus not required, which decreases the number of parts and manufacturing costs.

Abstract: A backflow-preventive fan module includes a partition member separating a housing into two separated receiving chambers and two air outlets, two fan modules respectively mounted in the receiving chambers, and two backflow prevention members respectively mounted in the receiving chambers adjacent to the two air outlets. When one fan assembly failed, the corresponding backflow prevention member is forced by pressure difference to block the corresponding air outlet, and the other fan assembly functions normally to effectively dissipate heat out of the computer in which the fan module is installed.

Abstract: A radiator structure has a circuit board, at least one conductive plate, a radiator board and at least two lock attachments, and reduces the entire radiator structure size to permit micro miniaturization designs and increase the space efficiency without affecting cooling efficiency. The radiator board has a deforming section, which undergoes resilience deformation facing the circuit board to absorb a contact pressure generated between the radiator board, the conductive plate and the microprocessor chip. Use of a spring to absorb the contact pressure is thus not required, which decreases the number of parts and manufacturing costs.