Mobile phone hardware function aging test device

Abstract

The invention discloses a mobile phone hardware function aging test device, which includes a clamping assembly for fixing the mobile phone and a mobile phone side key testing assembly, and is characterized in that the mobile phone key testing assembly includes a first motor, a rotating part driven by the first motor, and a For the click lever that clicks the side button of the mobile phone, the front end of the rotating part has an inclined contact surface, and the A end of the click lever is connected to the inclined contact surface. When the first motor rotates, the click lever reciprocates under the action of the rotating part Straight line movement has the advantages of short click stroke, fast click speed and high click efficiency; the motor requires less power to rotate and generates less heat, can work uninterrupted for a long time, and has a long service life; by adjusting the angle of the inclined contact surface The inclination and height can realize the control of the click stroke and click force, and adapt to the test of the keys of different mobile phones.

Description

technical field [0001] The invention relates to the field of mobile phone detection, in particular to a mobile phone hardware function aging test device. Background technique [0002] With the rapid development of automated robots, major terminal manufacturers are now using more and more automated robots in terminal testing, and more and more automated testing equipment is used in terms of terminal power consumption, performance, and functions. The requirements for terminal automation test equipment are becoming more and more refined, especially in terms of whether the test equipment is highly automated, operation accuracy, operation speed, and the independence of test tools and terminals. Terminal manufacturers always hope to accurately complete as much test content as possible in the shortest time and obtain accurate test results. At the same time, the test methods have nothing to do with the terminal, that is, the test tools do not need to be installed on the terminal in ...

AI Technical Summary

Problems solved by technology

[0004] The disadvantages of the prior art are: 1. The existing mechanical structure test tools need to move for a long distance to reach the position of the side button, and the click efficiency is low; 2. The power consumption and heat generation of the electromagnet are relatively large, which causes the use Shorter life; 3. Linear motors are not easy to control the stroke and force, and it is easy to cause jamming and the motor is large in size, requiring additional installation space outside the device

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