Fixed mount with vibration isolation function

Abstract

A fixed mount with vibration isolation function is arranged in a shell of an electronic device to hold at least one storage device and includes a frame body for arranging the storage device and a plurA fixed mount with vibration isolation function is arranged in a shell of an electronic device to hold at least one storage device and includes a frame body for arranging the storage device and a plurality of vibration isolation elements. Each vibration isolation element is provided with a main body and a gasket. One side of the main body is convexly provided with an assembly post which is inserteality of vibration isolation elements. Each vibration isolation element is provided with a main body and a gasket. One side of the main body is convexly provided with an assembly post which is inserted in an assembly hole of a bottom plate of the frame body to fix the vibration isolation element on the bottom of the frame body. The gasket is sheathed at the other side of the main body correspondind in an assembly hole of a bottom plate of the frame body to fix the vibration isolation element on the bottom of the frame body. The gasket is sheathed at the other side of the main body corresponding to the assembly post and in contact with the shell to absorb the vibration energy of the frame body in three-dimensional direction.g to the assembly post and in contact with the shell to absorb the vibration energy of the frame body in three-dimensional direction.

Description

technical field [0001] The invention relates to a fixing structure of a storage device, in particular to a fixing frame with a shock-isolation function. Background technique [0002] Most computers are equipped with at least one non-volatile storage device, such as a hard disk and an optical drive, to store an operating system for executing computer functions, and to read and write a large number of data files. Therefore, a fixing device is designed in the casing of the computer to fix the storage device in the casing. [0003] Taking a hard disk as an example, in the conventional hard disk fixing method, a plurality of screws are used to directly lock the hard disk to the hard disk frame in the case. Alternatively, the two opposite side plates of the hard disk frame are first punched to form a positioning support frame and a fixing seat with folded edges, and the positioning support frame is used to support the hard disk, and then a locking member is respectively installed...

AI Technical Summary

Problems solved by technology

[0007] In view of the above problems, the present invention provides a support device with a shock-isolation function to improve the lack of good buffering effect of the existing hard disk fixing frame, and the shock-absorbing performance of the existing shock-absorbing pad is still not enough to cope with excessive vibration energy , leading to the problem that the storage device is easily damaged by external shocks

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