Safe aluminum plate radiator

Abstract

Disclosed is a safe aluminum plate radiator. The safe aluminum plate radiator comprises a radiator plate body and detachable inserting pieces; an inserting piece base is arranged at the bottom of eachdetachable inserting piece; a top end heat dissipation protrusion and side edge heat dissipation protrusions are arranged on each detachable inserting piece; the detachable inserting piece base is ofa square structure; the detachable inserting piece base is located at the middle position of the bottom of the corresponding detachable inserting piece; an inserting groove is formed in the bottom ofeach detachable inserting piece base, and the inserting groove is of a long-strip-shaped structure; the inserting groove sequentially comprises an arc-shaped groove, a square groove and a connectinggroove from outside to inside; the radiator plate body comprises a bottom plate and side plates; heat dissipation strips are arranged on one side of each side plate; a plurality of inserting strips are arranged on the bottom plate; the shapes, the sizes, the structures and the positions of the inserting strips are all corresponding to those of the inserting grooves; and the inserting pieces are inserted into the corresponding inserting grooves through the inserting strips to be detachably connected with the bottom plate. The safe aluminum plate radiator can be inserted into a radiator in a split mode, and can be singly transported; and the single inserting pieces can be independently replaced when being damaged, so that the use is convenient, and the cost is lowered.

Description

technical field [0001] The invention relates to a heat sink, in particular to a safe aluminum plate heat sink. Background technique [0002] For electromechanical products, because they are constantly converting energy when they are working, energy will inevitably be lost during the conversion process, and most of this part of the loss will be dissipated in the form of heat. Therefore, electromechanical products During the working process, a large amount of heat is usually generated to cause the body to heat up. If the heat cannot be dissipated in time, the working environment temperature of the electromechanical product will continue to rise. If the electromechanical product works at an excessively high temperature for a long time, it will drop Its working performance will easily lead to accelerated aging of the body and parts, shortening its service life. [0003] The heat dissipation devices in the prior art often have the following defects: due to the integration of man...

AI Technical Summary

Problems solved by technology

[0002] For electromechanical products, because they are constantly converting energy when they are working, energy will inevitably be lost during the conversion process, and most of this part of the loss will be dissipated in the form of heat. Therefore, electromechanical products During the working process, a large amount of heat is usually generated to cause the body to heat up. If the heat cannot be dissipated in time, the working environment temperature of the electromechanical product will continue to rise. If the electromechanical product works at an excessively high temperature for a long time, it will drop Its working performance will easily lead to accelerated aging of the body and parts, shortening its service life

[0003] The heat dissipation devices in the prior art often have the following defects: due to the integration of many heat dissipation fins, many of the heat dissipation fins are too high and too long, and they are prone to bumps during transportation or use, resulting in damage. In this case, the entire heat dissipation device The performance is affected. If the damage is too large, the entire cooling device may even need to be replaced, resulting in a waste of resources

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