Diffluence orientation air supply type computer cabinet

Abstract

The invention relates to a computer case, in particular to a split positioning air-blowing computer case, which comprises a case body, an air inlet blower, a dust screen, an air guide duct, air supply ports, an exhausting fan, a pull-tab, a tightening wire, positioning clamps and air-splitting branch ducts. The invention is characterized in that the air inlet blower is positioned on the left wall of the case body, a plurality of air-splitting branch ducts are positioned at the case body-facing side of the air inlet blower, one end of the air guide duct is connected with the air-splitting branch ducts and the other end thereof is connected with the neck of the air supply ports, the pull-tab is covered over the air guide duct, two ends of the tightening wire are connected with the pull-tab and the positioning clamps respectively, the positioning clamps are respectively fastened on each heater inside the case body, and each air supply port is arranged oppositely to each heater inside the case body. The invention can systemically distribute the air flow inside the case body to ensure the existence of high-speed air flow on the surface of each heater, and has higher cooling efficiency than the prior art.

Description

technical field [0001] The invention relates to a computer case, in particular to a split-flow positioning air-supply type computer case. Background technique [0002] In the existing computer case, except that the CPU has a special cooling facility, other accessories that generate high heat all rely on the air flow produced by the same case cooling fan in the case to take away a part of the heat. The disadvantage of this design is: the effect of each high-heating accessory receiving wind is too weak; if the power of the chassis cooling fan is increased to increase the wind force in the chassis, most of the flowing air will be directly discharged without passing through the high-heating accessories in the chassis Outside the chassis, resulting in a waste of electric energy. Contents of the invention [0003] In order to solve the deficiencies of the prior art, the present invention provides a shunt-positioned air-supply computer case in which all heat-generating component...

AI Technical Summary

Problems solved by technology

The disadvantage of this design is: the effect of each high-heating accessory receiving wind is too weak; if the power of the chassis cooling fan is increased to increase the wind force in the chassis, most of the flowing air will be directly discharged without passing through the high-heating accessories in the chassis Out of the chassis, resulting in a waste of electric energy

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