Full-automatic mouse function testing equipment and full-automatic mouse function testing method

Abstract

The invention discloses full-automatic mouse function testing equipment and a full-automatic mouse function testing method. The testing equipment comprises a control center, a circulatory conveying acting mechanism, a carrier positioning mechanism, a mouse positioning mechanism, a mouse wire positioning mechanism, a mouse wire head inserting mechanism, a roller function testing mechanism, a linear function testing mechanism, a common key testing mechanism and a manipulator acting mechanism, wherein the roller function testing mechanism drives a first rolling mechanism to move through a first driving mechanism; the first rolling mechanism drives a roller of a mouse to be tested to rotate by friction force; the linear function testing mechanism drives a second rolling mechanism to rotate by rotation of a second driving mechanism; relative movement of a desktop and the mouse is simulated, so that a linear function of the mouse is tested; the common key testing mechanism comprises a third driving mechanism and a knocking mechanism; and a third driving mechanism drives the knocking mechanism to knock a left key, a middle key and a right key of the mouse, so that functions of the keys of the mouse are tested. By using the full-automatic mouse function testing equipment and the full-automatic mouse function testing method, the testing efficiency can be improved, and the labor cost is reduced.

Description

technical field [0001] The invention belongs to the technical field of mouse testing, and relates to a mouse testing device, in particular to a fully automatic mouse function testing device; at the same time, the invention also relates to a mouse function fully automatic testing method. Background technique [0002] The mouse is one of the inseparable input devices in the entire calculator system. During the production process of the mouse, the assembled mouse must pass a function test before it can be packed into the warehouse. [0003] Usually, the test of the mouse includes the test of the button (action, continuous key), linear function (whether the movement is smooth, whether the positioning is accurate), and the wheel (whether it moves, tabs, or leaks) test; [0004] In general factory production testing, manual testing is used. This method has several disadvantages: [0005] (1) Product quality is judged by the tester's experience, and different testers will have dif...

AI Technical Summary

Problems solved by technology

[0005] (1) Product quality is judged by the tester's experience, and different testers will have different judgments on the same mouse;

[0006] (2) During the test, the testers need to pay attention to the computer screen all the time, observe the response of the corresponding program during the test, and the eyes are very tired;

[0007] (3) In a large number of repetitive tests every day, there may be misoperations in the handling of the tested mouse (sometimes it is easy to send defective products to the next station as good products);

[0008] (4) Some key parameters cannot be tested (such as current, resolution);

[0009] (5) The statistics of the daily test results are manually counted, which is prone to omissions and mistakes;

[0010] (6) In the front and back stations of the test station, there are two manual pick-and-place actions, which wastes man-hours, low output and high labor costs;

[0011] (7) Even if some factories have added machine testing, they still need manual intervention for many times during the testing process, and the degree of automation is not high

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