Highly-efficient heat radiator with cleaning function used for computer

Abstract

The invention discloses a highly-efficient heat radiator with a cleaning function used for a computer. The highly-efficient heat radiator comprises a support and a heat radiation block. The bottom ofthe support is equipped with the heat radiation block. One side of the heat radiation block is provided with an exhaust fan. The interior of the support is provided with a fan. The surface of the support is equipped with fixing screws. The surface of the heat radiation block is provided with a heat radiation fin assembly. The top of the support is provided with a protection cover. One side of theprotection cover is equipped with a soft hairbrush assembly. The surface of the protection cover is equipped with pre-saved mounting holes. One side of the exhaust fan is equipped with a filter box. The highly-efficient heat radiator with the cleaning function used for the computer is reasonable and novel in design, convenient in installation and detachment and has good heat radiation effect. Additionally, dust of the surface of the heat radiator can be cleaned while heat of the computer is radiated. Meanwhile, dust is easily cleaned in the later period. Heat radiation efficiency of the heat radiator can be effectively increased. The computer can be reasonably protected. The highly-efficient heat radiator enjoys higher practicability and is suitable for extensive promotion and application.

Description

technical field [0001] The invention relates to a radiator, in particular to a high-efficiency radiator with cleaning function for computers. Background technique [0002] The CPU and other components of the computer will generate heat during high-speed operation. Heat dissipation is actually a process of heat transfer. The computer uses the built-in fan to transfer the internal heat to the external environment in the form of airflow for heat dissipation. In some special cases, When the computer needs to perform a large number of calculations, the computer’s overheating protection system will activate and force the computer to shut down due to insufficient heat dissipation. This will not only affect the computer hardware and service life, but also affect the storage of information. Along with the fan, not only heat is brought out, but also the dust inside the chassis will be blown into the air, which has a certain impact on the health of users, and the dust will also pollute...

AI Technical Summary

Problems solved by technology

[0002] The CPU and other components of the computer will generate heat during high-speed operation. Heat dissipation is actually a process of heat transfer. The computer uses the built-in fan to transfer the internal heat to the external environment in the form of airflow for heat dissipation. In some special cases, When the computer needs to perform a large number of calculations, the computer’s overheating protection system will be activated and the computer will be forced to shut down due to insufficient heat dissipation. This will not only affect the computer hardware and service life, but also affect the storage of information.

Along with the fan, not only the heat is brought out, but also the dust inside the chassis will be blown into the air, which has a certain impact on the health of users, and the dust will also pollute the surrounding environment, obviously there are defects

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