An automatic pipeline mobile phone online testing method and system thereof

Abstract

The invention discloses an automatic assembly line type cellphone online testing method, and the method comprises the following steps: (1), implanting testing software in a plurality of to-be-tested cellphones; (2), preparing an automatic assembly line type cellphone online testing system; (3), enabling the to-be-tested cellphones to be placed on a testing carrier, wherein the to-be-tested cellphones is driven by the upper conveying rail to move to a testing machine bench along with the testing carrier; (4), enabling a PC to transmit an AT instruction to built-in testing software in the to-be-tested cellphones through a testing communication model, enabling a PLC to drive the testing machine bench to carry out one operation for the to-be-tested cellphones according to the content of the AT instruction, and enabling the testing software to test the functions of the to-be-tested cellphones; (6), taking out the to-be-tested cellphones after the detection is finished, enabling the testing carrier to move to the lower end of a feeding bench along with a lower conveying rail, and enabling a front end lifting platform to lift the testing carrier back to the feeding bench. The method is quick and accurate in testing instruction transmission, improves the testing efficiency, is quick and precise in testing, and reduces the testing time.

Description

technical field [0001] The invention relates to a mobile phone testing method, in particular to an automatic flow-type mobile phone online testing method and a system thereof. Background technique [0002] At present, due to the multiple functions of smart phones, after the assembly of the mobile phone is completed, various functions of the mobile phone need to be tested, including physical button test, virtual button test, double-click wake-up function test, NFC card mode test, mobile phone flashlight Test, OTG function test, FM test, headphone button test, electroacoustic transmission test, electronic compass test, NFC reading mode test, photosensitive test, touch screen self-test test, screen brightness test, etc., to ensure that the performance of the mobile phone meets the product quality requirements . [0003] In the prior art, most of the above-mentioned test items are judged manually by naked eyes, or by half-manual and half-instrument methods, resulting in inaccur...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, most of the above-mentioned test items are directly judged manually by naked eyes, or are judged by half-manual and half-instrument methods, resulting in inaccurate test results

[0004] At the same time, at present, independent testing equipment is also used to test different test items separately. The cost of manpower and time is high, and the degree of automation is low, which also leads to defects such as low test efficiency and high labor cost.

[0005] Simultaneously, existing method that adopts test equipment to test mobile phone function, because the operating system or version number that it adopts is different among various mobile phones to be tested, makes the communication between the test equipment and the mobile phone to be tested It becomes a weak link in multi-functional testing, and it is impossible to make multiple tests tightly together and continuously, and it is also impossible to centralize multiple tests in one testing device

[0006] Due to the different operating systems, transmission control methods and error handling methods of various smart phones, the control of the communication process is complicated and not universal, which greatly increases the difficulty of signal and data transmission during the test process. Processes and equipment cannot be continuous and integrated

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