An automatic cooling device utilizing heat energy from a heat source

Abstract

The invention relates to the technical field of equipment cooling, and discloses a piece of automatic cooling equipment utilizing heat energy of a heat source. The automatic cooling equipment includesa shell which is made of a material with good thermal conductivity. The shell is internally provided with a heat absorbing cavity and a cooling cavity. The heat absorbing cavity is located on the left side of the cooling cavity. The heat absorbing cavity and the cooling cavity are filled with steel balls. An installation slot is arranged in the lower part of the inner right wall of the heat absorbing cavity. A rotating shaft extending to the front of the shell is rotationally connected in the installation slot. A clamping plate and a rotating disk are welded to the outer side of the rotatingshaft. According to the automatic cooling equipment utilizing heat energy of a heat source, the heat absorbing cavity and the cooling cavity are filled with steel balls, the rotating shaft drives therotating disk to rotate clockwise, the steel balls in the cooling chamber are transferred to the heat absorbing cavity through clamping slots, and the steel balls having absorbed a lot of heat in theheat absorbing cavity are pushed to the cooling chamber. Thus, based on fast heat absorption and fast heat dissipation of metal and good fluidity, the heat dissipation effect is enhanced, and the heatdissipation efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of equipment cooling, in particular to an automatic cooling equipment utilizing heat energy from a heat source. Background technique [0002] When all kinds of live equipment are running, they can convert electrical energy into kinetic energy, light energy, chemical energy or other forms, but the existing technology cannot achieve perfect energy conversion. According to the law of energy conservation, some of the electrical energy that cannot be converted becomes heat energy, and these Heat energy will speed up the aging of the circuit of the live equipment, and even cause the machine to spontaneously ignite, so most of the live equipment needs to be installed with a cooling device. [0003] Most of the current cooling devices are air-cooled or water-cooled. Air-cooled is to drive the air flow through the fan to achieve a cooling effect. The cost is low, but the effect is general, while water-cooled is to ab...

AI Technical Summary

Problems solved by technology

[0002] When all kinds of live equipment are running, they can convert electrical energy into kinetic energy, light energy, chemical energy or other forms, but the existing technology cannot achieve perfect energy conversion. According to the law of energy conservation, some of the electrical energy that cannot be converted becomes heat energy, and these Heat energy will accelerate the circuit aging of live equipment, and even cause the machine to spontaneously ignite, so most live equipment needs to be installed with a cooling device

[0003] Most of the current cooling devices are air-cooled or water-cooled. Air-cooled is to drive the air flow through the fan to achieve a cooling effect. The cost is low, but the effect is general, while water-cooled is to absorb heat through the flowing coolant, which is effective but relatively expensive. High, so we propose a kind of effective and low-cost automatic cooling equipment that uses heat energy from heat sources to solve the problem

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