Portable radiator arranged outside rotating shaft of ultrathin notebook computer

Abstract

The invention discloses a portable radiator arranged outside a rotating shaft of an ultrathin notebook computer. The portable radiator comprises an exhaust device, a screen and a machine body, a hoseis installed on the exhaust device, an air draft device is installed on the hose, a rotating shaft is installed on the screen, the screen and the machine body are rotationally connected through the rotating shaft, heat dissipation holes are formed in the machine body at the position of the rotating shaft, the air draft device is inserted between the rotating shaft and the machine body, and the airdraft device is arranged on the heat dissipation hole in a covering mode. The device is ingenious in structural design, heat in the machine body is pumped out from the heat dissipation holes throughthe air draft device; the heat in the air draft device is diffused to the outside through the air exhaust device and the hose, the machine body is lifted through the supporting device and the air exhaust device, the air mobility of the bottom face of the machine body is improved, namely, the air inlet amount of an air inlet of the machine body is increased, the heat dissipation capacity of the device on an ultrathin notebook computer is improved, and the portable radiator occupies a far smaller space and is easy to carry.

Description

technical field [0001] The invention relates to the field of cooling of ultra-thin notebook computers, in particular to an external portable heat sink at the rotating shaft of the ultra-thin notebook. Background technique [0002] Notebooks have become a common office and study assistant for students and offices. As people have higher and higher requirements for the portable functions of notebooks, notebooks have become thinner and thinner, but ultra-thin notebooks are running large When designing software and games, it will cause serious heat generation. Because the body is too thin, the heat in the internal space cannot be discharged in time. At present, ultra-thin notebooks usually use the bottom surface to set the air intake, and the hinge connecting the screen and the body to set the air outlet to solve the problem of three ultra-thin notebooks, but limited to the size, the cooling area is too small, and the small cooling fan is not strong enough. As a result, the heat...

AI Technical Summary

Problems solved by technology

[0002] Notebooks have become a common office and study assistant for students and offices. As people have higher and higher requirements for the portable functions of notebooks, notebooks have become thinner and thinner, but ultra-thin notebooks are running large When designing software and games, it will cause serious heat generation. Because the body is too thin, the heat in the internal space cannot be discharged in time.

At present, ultra-thin notebooks usually use the bottom surface to set the air intake, and the hinge connecting the screen and the body to set the air outlet to solve the problem of three ultra-thin notebooks, but limited to the size, the cooling area is too small, and the small cooling fan is not strong enough. As a result, the heat dissipation of this type of ultra-thin notebook cannot achieve the expected effect, especially when using large-scale graphics software and playing games, the surface temperature of the fuselage can reach more than 60 degrees, high temperature will affect the life of the computer hardware, and even damage the computer

[0003] As for the heat dissipation problem of ultra-thin notebooks, there is no good internal solution for the time being. Among the external radiators, the air supply chassis is placed under the fuselage to increase the air supply and heat dissipation. The degree of heat dissipation is not high, and this type The radiator is too large, comparable to or larger than a laptop, and cannot be carried as easily as a laptop

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