Computer cooling locker interface and cooling dedusting device coordinating with locker interface

Abstract

The invention discloses a computer cooling locker interface and a cooling dedusting device coordinating with the locker interface. The device comprises a laptop outer shell, an induced draft cooler and a cooler placed in the laptop outer shell. When the induced draft cooler is to be used, it just needs to take a cooler locker plate out of a cooler locker groove, and movably connect the induced draft cooler with a cooler locker block into the cooler locker groove in sleeve mode to achieve the cooling of the laptop. At the same time the dedusting device placed on the induced draft cooler is used. A telescopic sleeve tube, a telescopic rod and a mobile pulley placed on the dedusting device can achieve the height adjustment of a dedusting brush. The use of a limit slide groove and a limit pulley can achieve the adjustment of the dedusting distance. Through the placement of a rotation bearing in the connection joint between the telescopic rod and the limit pulley, the swinging of the dedusting brush can be achieved, thus making the dedusting process be operated in a better manner. The whole device not only can play a cooling function excellently, but also can save time spent on dismantling a computer.

Description

technical field [0001] The invention relates to the technical field related to computers, in particular to a computer heat dissipation snap-in interface and a heat-dissipation dust-cleaning device matched with the snap-in interface. Background technique [0002] The traditional heat dissipation base promotes the circulation of air inside the computer through the fan installed at the bottom of the notebook, thereby achieving the purpose of reducing the temperature inside the notebook. But in fact, due to the obstruction of the notebook case, a large amount of upward wind is blocked, resulting in the reality that the cooling base generally cannot bring effective cooling. [0003] The air-drawing radiator uses a special exhaust fan connected to the air outlet of the computer to quickly extract the air in the notebook. Under the action of negative pressure, a large amount of external air can enter the interior of the notebook and be quickly discharged, taking away a lot of heat....

AI Technical Summary

Problems solved by technology

[0004] Most of the cooling devices of existing notebook computers are installed inside the computer, and after a long time, dust will accumulate, and it is very troublesome to clean the dust, and it is not convenient when connecting an external fan-type radiator. Therefore, we propose a computer cooling card The joint interface and the cooling and cleaning device matched with the joint interface are used to solve the above problems

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