Strip heatsink

Abstract

A strip heatsink has a base, multiple dissipating strips and a fastening loop. The strip heatsink uses a row of the dissipating strips to replace one conventional fin, and a shape of the strip part of each dissipating strip is circular. Therefore a whole surface area of the row of the dissipating strips is much bigger. Besides, because a cross section area of the mounting part is bigger than a cross section area of the strip part in a dissipating strip, the strip parts of the dissipating strips are mounted separately, and the blocking of the airflow is reduced. Therefore, air can flow more smoothly in an interval between the strip parts. To sum up, the strip heatsink enhances the heat conduction by increasing the whole surface area, and enhances the heat convection by making more space between the dissipating strips.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention relates to a strip heatsink, especially to a strip heatsink that increases the heat dissipation by enhancing the efficiency of conduction and convection.[0003]2. Description of the Prior Arts[0004]With the development of technology, the computers compute faster with increasing capabilities. However, to dissipate heat of the electronic components inside the computer is always a difficult problem, especially as the lifespan and the working stability of the electronic components depend on the working temperature. As a result, the electronic components must be kept at a reasonable temperature by the heatsink to dissipate heat.[0005]The conventional heatsink comprises a base and multiple fins. The base is attached tightly to the electronic component, such as the central processing unit (CPU). The heat is conducted from the CPU through the base and fins to the air around the fins by heat conduction. Then...

AI Technical Summary

Benefits of technology

[0010]The main objective of the present invention is to provide a strip heatsink that can increase the heat dissipation by enhancing the efficiency of conduction and convection.

[0011]The strip heatsink in accordance with the present invention has a base, multiple dissipating strips and a fastening loop. The strip heatsink uses a row of the dissipating strips to replace one conventional fin, and a shape of the strip part of each dissipating strip is circular. Therefore a whole surface area of the row of the dissipating strips is much bigger. Besides, because a cross section area of the mounting part is bigger than a cross section area of the strip part in a dissipating strip, the strip parts of the dissipating strips are mounted separately, and the blocking of the airflow is reduced. Therefore, air can flow more smoothly in an interval between the strip parts. To sum up, the strip heats ink enhances the heat conduction by increasing the whole surface area, and enhances the heat convection by making more space between the dissipating strips.

Problems solved by technology

However, to dissipate heat of the electronic components inside the computer is always a difficult problem, especially as the lifespan and the working stability of the electronic components depend on the working temperature.

Therefore, the whole surface area is not large enough, and the heat conduction is not good enough.

The fresh air is hard to move in, and the hot air is hard to move out.

Then the heatsink has poor heat convection.

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