Efficient cooling device

Abstract

The invention aims to provide an efficient cooling device. The efficient cooling device comprises a cooling box, a temperature guiding plate and a refrigeration chip, wherein one end of the temperature guiding plate is arranged in the cooling box, and the other end of the temperature guiding plate is arranged outside the cooling box and connected with the refrigeration chip; the refrigeration chip is arranged on the outer wall of the first pipeline; and cooling water in the first pipeline can take away heat generated when the refrigeration chip works, so the service life of the refrigeration chip is prolonged. According to the efficient cooling device disclosed by the invention, the cooling chip is used as a refrigerant and can continuously work; and meanwhile, the cooling box is cooled through cooling water, so the temperature of the cooling box is ensured to be constant and not to rise when a chip cooling problem occurs, and auxiliary cooling is carried out.

Description

technical field [0001] The invention relates to a cooling device, in particular to a cooling device for electronic equipment. Background technique [0002] When the components in the electronic equipment are running, the temperature will often rise, but the running speed of the internal components will slow down after the temperature rises, and the components will be burned in severe cases. On the other hand, the high temperature environment will affect the stability of the electronic equipment. Cause serious impact, even lead to damage to electronic equipment in severe cases. [0003] Existing methods for cooling electronic equipment include using fans to cool down and using circulating water to cool down. Among them, using fans to dissipate heat from electronic parts, fans can only dissipate heat at fixed points when dissipating heat, and the heat dissipation effect is poor. When using circulating water to cool down, when the cold water takes away the heat, the circulatin...

AI Technical Summary

Problems solved by technology

[0002] When the components in the electronic equipment are running, the temperature will often rise, but the running speed of the internal components will slow down after the temperature rises, and the components will be burned in severe cases. On the other hand, the high temperature environment will affect the stability of the electronic equipment. Cause serious impact, even lead to damage to electronic equipment

[0003] Existing methods for cooling electronic equipment include using fans to cool down and using circulating water to cool down. Among them, using fans to dissipate heat from electronic parts, fans can only dissipate heat at fixed points when dissipating heat, and the heat dissipation effect is poor.

When using circulating water to cool down, when the cold water takes away the heat, the circulating water that cools the electronic equipment again cannot be cooled quickly, which will also lead to a slow cooling speed

On the other hand, when the cooling device is damaged, the temperature of the electronic device will rise rapidly, which will seriously affect the operation stability of the electronic device, and even damage the device in severe cases

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