Mobile terminal and posture adjustment system thereof

Abstract

The invention relates to a posture adjustment system of a mobile terminal. The posture adjustment system comprises an acceleration sensor used for detecting whether the mobile terminal is in a drop state; a gyroscope used for detecting the posture of the mobile terminal; a controller in communication connection with the acceleration sensor and the gyroscope; and a posture adjustment device in communication connection with the controller and used for making the mobile terminal land in parallel t the ground. The posture adjustment system of the mobile terminal disclosed by the invention can adjust the posture of the mobile terminal in a drop process of the mobile terminal to ensure the mobile terminal to land in a posture parallel to the ground, which can maximally increase the stress surface of the mobile terminal so as to avoid the damage of the mobile terminal. The invention further relates to a mobile terminal adopting the posture adjustment system.

Description

technical field [0001] The invention relates to the technical field of mobile device manufacturing, in particular to a mobile terminal and an attitude adjustment system thereof. Background technique [0002] With the development of science and technology, mobile terminals that are easy to carry around have gradually become indispensable electronic products for people, and the functions of mobile terminals are gradually becoming diversified and intelligent, which greatly facilitates people's lives. [0003] Mobile phones are currently one of the most frequently used mobile terminals. In addition to the communication function itself, the current mobile phones also integrate a variety of other functions, making the mobile phone a veritable handheld smart device. [0004] However, in order to pursue visual effects, a large number of mobile terminals including mobile phones are currently made of glass materials, which greatly reduces their anti-drop performance. Taking mobile pho...

AI Technical Summary

Problems solved by technology

[0004] However, in order to pursue visual effects, a large number of mobile terminals including mobile phones are currently made of glass materials, which greatly reduces their anti-drop performance. Taking mobile phones as an example, when the mobile phone is dropped, if the corners of the mobile phone touch the ground, The force bearing area is small, and the possibility of the mobile phone being broken is extremely high. If the mobile phone is placed on the ground horizontally, the force bearing area is large, and the possibility of the mobile phone being broken is significantly reduced.

In the current mobile phone, because the corners of the mobile phone are integrated with various components, such as microphones, earpieces, cameras, etc., this makes the corners of the mobile phone heavier, and the corners of the mobile phone are always the first to touch the ground when the mobile phone is dropped , mobile phones are very easy to be broken, and so are other mobile terminals

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