Simulation touch system, method, device, and touch terminal testing equipment and method

Abstract

The invention discloses a simulation touch system, method and device and a touch terminal test device and method. The simulation touch system comprises a controller and a touch screen, wherein the touch screen comprises a plurality of touch points installed in a matrix; the controller is electrically connected with the touch point on the touch screen respectively, and controls the touch points to simulate the charged state of a human body. The simulation touch system, method and device and the touch terminal test device and method can simulate the human body touch feel terminal through the simulation touch system, and make various designated touch actions on the touch screen of the touch terminal quickly and accurately. When the simulation action is made, an industrial camera is started to shoot at the same time, so that the industrial camera is really triggered to take pictures in the first time, and other problems of data inaccuracy caused by test method node errors are solved. In the detection process, various screen touching actions can be simulated without moving the touch screen; the testing efficiency, accuracy and testing standards are the same, and the consistency is higher.

Description

technical field [0001] The present invention relates to the technical field of terminal testing, in particular to an analog touch control system, method, device, and touch terminal testing equipment and method. Background technique [0002] For touch terminals, such as touch-screen mobile phones and touch-screen tablets, the response speed to user operations is an important performance index of touch terminals. The level of response speed is related to the fluency and stability of touch terminals, and is closely related to user experience. The response speed of the touch terminal to the user's operation refers to the speed at which the touch terminal displays a corresponding image according to the operation after the user operates the screen, and the operation includes clicking and sliding. The test of the response speed is the main content of the touch terminal test. Although the factors affecting the response speed of the touch terminal include the physical characteristics...

AI Technical Summary

Problems solved by technology

[0005] Manual testing method, in the current short development cycle of touch terminals, fast iterative updates, large shipments, many and complicated test cases, cannot achieve long-term continuous testing, low efficiency; and low accuracy, high subjectivity, Differences between testers and even between companies will cause inconsistencies in test methods and test standards, and it is difficult to unify problem description and analysis

The virtual test method does not operate through the physical screen of the touch terminal, cannot truly simulate user operations, cannot be consistent with user perception, and has low accuracy. Moreover, since many touch terminal operating systems are closed systems, it is difficult to implant software testing tools , the scope of application is small

The automatic test method requires good control of the threshold of the pressure sensor, otherwise, it is impossible to detect the time of touching the screen of the touch terminal under test in the shortest time, and trigger the industrial camera to take pictures and record the touch under test at the first time. The details of terminal screen changes still have the problem of inaccurate data due to node errors

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