Production method for chassis with sterilization function

Abstract

The invention belongs to the field of computer equipment and specifically discloses a production method for a chassis with a sterilization function. The method comprises the following steps of (1) a chassis transformation step of laying a bottom layer with good insulation at a baseplate of the chassis, embedding a magnet into the bottom layer and sticking the bottom layer on the baseplate of the chassis; (2) a mounting plate production step of arranging grooves with the depth of 2-5 mm which are parallel to each other in the mounting plate through a groove cutter, selecting at least four plate conductors with the smooth surfaces as positive and negative plates and embedding the positive and negative plates into the grooves at intervals; and (3) an absorbing block production step of cutting an absorbing block into blocks to be stuck between the positive and negative plates according to the distance between the positive and negative blocks, and then spraying copper sulfate solution on the absorbing block. The method aims at the technical problem that the existing chassis is easy to breed bacteria and provides the production method for the chassis with the sterilization function.

Description

technical field [0001] The invention relates to computer equipment, in particular to a manufacturing method of a chassis with a sterilizing function. Background technique [0002] With the development of the times, people are more and more dependent on computers, and computers have penetrated into people's lives. During the use of the computer, a lot of dust will accumulate inside the computer case. Under normal circumstances, office computers do not have a chance to remove dust once a year. In a dry environment, if there is dust, it will only affect the heat dissipation of the computer. If it is in a high humidity environment, the dust in the computer case will become a breeding ground for bacteria. The air inside the chassis is always in a flowing state. On the one hand, it delivers nutrients to the bacteria, and on the other hand, the bacteria diffuse out with the flowing air. [0003] The power supply in the chassis rectifies and transforms the 220V AC into 12V DC to ...

AI Technical Summary

Problems solved by technology

Therefore, the power supply in the chassis often has idle output lines, and the function of the idle output lines has not been fully utilized.

[0004] Moreover, the interior of the computer case is relatively dark. As the computer is used for a long time, if the inside of the case is not cleaned, bacteria will grow inside the case.

Images