Folding type heat radiation bottom plating

Abstract

A kind of folding radiating soleplate includes a connection structure, a first radiating board and a second radiating board; bottom of the first and second radiating board possesses several first and second radiating blocks, and the first radiating block is arranged distantly, and the second radiating block is also arranged distantly to form a first flow channel between any two adjacent first radiating blocks, a second flow channel between any two adjacent second radiating blocks; thereinto, the first and second radiating board are connected by the connection structure, and when the first and second radiating board are folded for connection, the first radiating blocks are separately distributed in the second flow channel, and the second radiating blocks are separately distributed in the first flow channel.

Description

technical field [0001] The invention relates to a foldable heat dissipation bottom plate, in particular to a foldable heat dissipation bottom plate applied to a heat dissipation assembly added to a notebook computer. Background technique [0002] Generally speaking, since the notebook computer is mainly characterized by portability, its peripheral products must also be portable, so that it can be used conveniently when going out. However, when the notebook computer is used for a long time, it is easy to affect the heat dissipation due to the flatness of the bottom and the desktop, so there is a heat dissipation bottom plate used to place the bottom of the notebook computer to help it dissipate heat; the top surface of the heat dissipation bottom plate has the same The bottom of the notebook computer has a considerable heat dissipation area, and is usually made of a material with good heat dissipation characteristics such as aluminum or copper, so that the notebook computer c...

AI Technical Summary

Problems solved by technology

As mentioned above, the peripheral products currently used in notebook computers must have the characteristics of portability, otherwise they cannot be carried out with the notebook computer

The existing heat dissipation bottom plate has provided functions such as detachable, folding or stretching and shrinking, so as to reduce the space after unfolding and facilitate portability, but the volume after folding cannot further reduce the space it occupies. , especially in the thickness often increased to more than twice the original thickness

Therefore, the existing foldable heat dissipation bottom plate has the problem that its thickness increases significantly after being folded, and needs to be improved.

Images