Antivibration hard disk box

Abstract

The invention discloses an antivibration hard disk box. A hard disk main body is supported inside a housing through a buffer part. The buffer part is disposed outside a support in a way that the top end and the bottom end of the buffer part are exposed from the top surface and the bottom surface of the hard disk main body respectively. The buffer part is set to be a hollow rubber plate. Guide plates are vertically connected to two sidewalls at the two sides of a top wall and a bottom wall and are vertically connected to an end wall at the rear end of the top wall and the bottom wall. Reinforcing plates are symmetrically installed on the sidewall of the housing. Two elastic cylinders correspond to each other and are installed in an installation space formed by the reinforcing plates. The installation process of the box becomes quite conveniently. The housing is buffered by springs, the vibration reduction performance is improved, the overall size of the box is reduced, and the hard disk main body can be truly prevented from being impacted up and down due to the rebound force of the buffer part. The guide plates and the reinforcing plates fully utilize the space of the box, the manufacturing cost is inhibited, external impact force can be prevented, and electromagnetic radiation can be minimized.

Description

technical field [0001] The invention belongs to the technical field of hard disk protection equipment, and in particular relates to an anti-shock hard disk box. Background technique [0002] Each side of a disk is divided into tracks, concentric circles on the surface that get smaller as you get closer to the center. And each track is divided into equal parts by 512 bytes, which are called sectors. In the parameter list of some hard disks, you can see the parameters describing the number of sectors of each track. It is usually identified by a range. For example, 373~746, which means that the outermost track has 746 sectors, and the innermost track has a cluster, otherwise it will cause data confusion. This mechanism, which uses clusters as the smallest allocation unit, makes it relatively easy to manage data on the hard disk, but it also causes a waste of disk space, especially in the case of a large number of small files. It can waste hundreds of megabytes of disk space. ...

AI Technical Summary

Problems solved by technology

However, since the cushioning members are provided in a discrete manner, the impact force cannot be sufficiently absorbed unless the thickness of each cushioning member is increased.

As a result, conventional hard disk enclosures had a problem that the overall size of the outer case could not be reduced