A liftable self-feeding energy active cooling laptop desk

Abstract

A liftable self-feeding energy active cooling notebook computer desk, comprising a thermoelectric conversion module, a fan active cooling system, a lifting link mechanism, a rotating storage frame, a table board, and a thermoelectric conversion module and a fan active cooling system are added. The thermoelectric conversion module is coupled with the fan cooling system to form a self-feeding energy active cooling mode. The thermoelectric conversion system can recover the heat dissipated by the notebook computer or other high-temperature components in contact with the computer desk, realize thermoelectric conversion, and provide the obtained electric energy to the fan cooling system. When the temperature of the object on the rotating storage frame reaches a certain temperature threshold, the thermocouple installed on the storage frame will output a feedback signal to the fan cooling system, so that the fan can automatically start heat dissipation, which improves the air duct and accelerates the cooling of the computer. . At the same time, the height of the desktop and the placement angle of the items can be adjusted by using the lifting link mechanism and the rotating storage frame, and the setting slot is opened on the desktop, which is convenient to use.

Description

technical field [0001] The invention belongs to the field of office furniture, and in particular relates to a notebook computer desk, in particular to a self-feeding energy active heat dissipation notebook computer desk that can be raised and lowered. Background technique [0002] Laptops provide many conveniences for people to work, study and play, and have become a necessity in people's daily life. However, running a notebook computer for a long time will generate a lot of heat, which will not only slow down the running speed of the notebook computer, but also often cause the notebook computer to freeze or blue screen, and even damage the hardware of the notebook computer in severe cases. Under normal circumstances, in order to solve the heat dissipation problem of the notebook computer, most users will equip the notebook computer with a heat dissipation base. A common heat dissipation base is a perforated plate with a support structure, the plate is attached to the botto...

AI Technical Summary

Problems solved by technology

However, this solution is a kind of passive heat dissipation, that is, the user will not turn on the notebook computer until it feels "hot". In fact, the notebook computer has already begun to be damaged in this state; Portable, and the general computer desk often does not have the cooling function, so the notebook computer is usually in an "overheated" state; in addition, the cooling base needs to be powered by the notebook computer indirectly or directly from the power supply, which consumes more or less power

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