Heat radiator for notebook computer

Abstract

The invention discloses a heat radiator for a notebook computer. The heat radiator comprises a left-sided support tube, a right-sided support tube and a flexible sealing tape, wherein the two ends ofthe flexible sealing tape are respectively connected with the side surface of the left-sided support tube and the side surface of the right-sided support tube; the facing directions of the left-sidedsupport tube and the right-sided support tube are same; the side surface of the right-sided support tube is provided with air outlets; one end of the right-sided support tube is connected with a corresponding front bracing rod while the other end of the right-sided support tube is connected with a corresponding back adjusting rod; a connection way of the left-sided support tube and the corresponding bracing rod is similar to a connection way of the right-sided support tube and the corresponding back adjusting rod; the other two sides of the flexible sealing tape and the side surfaces of the support tubes are adhered with sealing rubber strips; a motor and blades are mounted in the right-sided support tube. According to the heat radiator for the notebook computer disclosed by the invention,through continuous operation of the blades, micro-pressure is formed at the bottom surface of the notebook computer so that the air passes through heat dissipation holes formed in the bottom of the notebook computer and flows into the notebook, and the air flow velocity of the surfaces of internal elements of the notebook is increased, and thus, the high-efficient cooling effect is achieved; moreover, when the heat radiator is not used, the sealing tape is rolled on the support tubes, so that an occupied space is greatly reduced, and the notebook computer is convenient to carry.

Description

technical field [0001] The invention relates to the technical field of computer external equipment, in particular to a notebook computer radiator. Background technique [0002] Notebook computers are widely used due to their good portability. However, due to factors such as size and battery life, heat dissipation has always been one of the problems criticized by many users. [0003] The traditional external notebook radiator is a fixed bracket, installed at the bottom of the notebook, and blows the bottom of the device to enhance the air flow to remove heat. Radiators with this type of structure usually cannot generate enough wind pressure, and it is difficult to pour air into the device through the cooling holes at the bottom of the notebook, and the effect is limited. Moreover, most of these radiators are large in size, have limited folding ability, and are not easy to carry. Even the side-drawn radiators that appear on the market now have disadvantages such as unsuitab...

AI Technical Summary

Problems solved by technology

Radiators with this type of structure usually cannot generate enough wind pressure, and it is difficult to pour air into the device through the cooling holes at the bottom of the notebook, and the effect is limited

Moreover, most of these radiators are large in size, have limited folding ability, and are not easy to carry

Even the side-drawn radiators that appear on the market now have disadvantages such as unsuitable air outlets, air leakage, and space occupation.

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