Switching device, terminal and terminal heat dissipation method

Abstract

The invention discloses a switching device, a terminal and a terminal heat dissipation method. The switching device comprises a first heat dissipation conductor, a second heat dissipation conductor and a connecting structure arranged between the heat dissipation conductors, wherein the connecting structure is used for realizing disconnection and connection of the first heat dissipation conductor and the second heat dissipation conductor. The terminal comprises a holding part detection device, a temperature detection device arranged in a terminal heat source area, the switching device, a processor device and multiple heat dissipation devices distributed in a heat source area and a non-heat-source area of the terminal, and the switching device is arranged between the heat source area and the non-heat-source area of the terminal. With the adoption of the terminal, heat in the heat source area held by a user is dissipated to an area which is not held by the user in the non-heat-source area, and good use experience is provided for the user.

Description

technical field [0001] The invention relates to the communication field, in particular to a switch device, a terminal and a terminal heat dissipation method. Background technique [0002] Existing mobile phones, especially smart phones, have become very important communication, entertainment, and office tools in people's daily life. As a result, the heat of the mobile phone is getting higher and higher. If the heat of the mobile phone cannot be dissipated in time, the performance of the whole machine will be affected. The overheating of the mobile phone will lead to poor subjective experience of the user. At present, the most commonly used heat dissipation method is to use heat-conducting materials on the main heat-generating components such as the main chip, power amplifier, and power management to conduct heat to the mobile phone shell and then dissipate it through the shell. Some areas of the mobile phone generate a certain amount of heat in specific scenarios. During ac...

AI Technical Summary

Problems solved by technology

Some areas of the mobile phone generate a certain amount of heat in specific scenarios. During actual use, users will encounter these areas with relatively large heat generation just in the part where the hand is held for a long time, which will cause the hand to hold for a long time. The temperature of the part is high, resulting in poor user experience

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