Fixed structure of hard disk die set

Abstract

The invention relates to a structure for fixing a hard disk module group, which comprises a casing, two corner fixing pieces, at least a fixing column and two rails; the hard disk module group is provided with a base plate and at least a lock hole formed on the base plate; the casing is provided with a bottom plate and a plurality of borders, wherein, the bottom plate is provided with a first corner and a second corner which are positioned on a first side; the two corner fixing pieces are arranged on the borders and correspond to the first corner and the second corner respectively so as to buckle the hard disk module group; the at least one fixing column is arranged on the bottom plate and close to the second side of the bottom plate; a clamping groove provided with a contractive radial caliber is formed at the upper end of the fixing column and used for being buckled in the lock hole on the hard disk module group; and the two rails are formed in the same sliding direction on the borders and parallel to each other, wherein, at least one rail is provided with a positioning slot close to the second side.

Description

technical field [0001] The present invention relates to a fixing structure, and in particular to a fixing structure of a hard disk module. Background technique [0002] With the advancement of technology, computers have become an indispensable tool in our daily life. Generally speaking, there are many main components in a computer, such as optical drive, magnetic disk drive, hard disk drive, etc. Among them, the hard disk provides low-cost, high-speed and large-capacity storage space, which can be used as storage for operating systems, applications, and User data, etc., so most of the software and data required for computer use are stored in the hard disk, which can be said to be the most important data storage component of the computer. [0003] Generally, hard disks are mostly installed inside the computer. In order to firmly install the hard disk in the computer, first the hard disk needs to be fixed in the frame of a host computer, and the side of the frame has multiple...

AI Technical Summary

Problems solved by technology

At present, hard disks need to rely on a large number of screws for locking assembly and disassembly. Not only is the assembly labor-intensive, but the production speed is also slow, which virtually increases the production cost of hard disks.

[0004] In addition, if too much force is applied when the screws lock the hard disk and the mainframe frame, it is easy to cause the screw teeth to disintegrate, causing the screws to spin idly and the screws cannot be locked. In addition, a screwdriver must be used when repairing, replacing or expanding the hard disk. The tool turns loose a large number of screws before the work can be done

Therefore, the method of locking the hard disk with screws will not only cause inconvenience in assembly and operation, but also cause a lot of time and manpower to be spent on disassembly and installation.

In other words, this method of locking the hard disk with screws is not suitable for the current trend of tool-less disassembly of the whole machine.

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