Integrated and movable mobile phone test device

Abstract

The invention discloses an integrated and movable mobile phone test device. The integrated and movable mobile phone test device comprises a columnar shell, wherein independent supporting bodies stagger to each other are uniformly distributed on a vertical surface of the shell, the shell further interiorly comprises a WIFI router, a peanut stick, more than one controller, more than one cooling fans, more than one switches and more than one multi-interface USB power supplies, which are in signal communication with each other, and the controllers are in signal connection with tested mobile phones on the independent supporting bodies through three-end Y-shaped USB wires. The overall structure integrates power supply, network access, network connection, operation platform, mobile phone bracket, heat dissipation and other functions, thereby improving the test performance, satisfying the test demands, guaranteeing the test effect, realizing remote test control and long-term test demands of a plurality of mobile phones, and the integrated and movable mobile phone test device is small in volume, low in cost and is suitable for the test use in various simple office environments.

Description

technical field [0001] The invention relates to a mobile phone testing device, in particular to an integrated mobile phone testing device with small footprint, low power and convenient testing. Background technique [0002] With the popularity of smart phones and the acceleration of the R&D and update process, efficient and comprehensive testing of smart phones has become a key to mobile phone production and quality assurance. [0003] At present, when testing test cases such as mobile phone compatibility and continuous working time, it is necessary to test several, dozens or hundreds of mobile phones at the same time. The basic structure is: the test mobile phone is placed on the rack, and a PC The port is connected to 2-4 mobile phones for simultaneous testing, and the PC is used as the initiator of the test script, and the test is directly controlled by man-made input control script. Its disadvantages are: [0004] 1. Testing 100 mobile phones requires 25-50 desktop c...

AI Technical Summary

Problems solved by technology

[0004] 1. Testing 100 mobile phones requires 25-50 desktop computers to work at the same time, and about 5-10 racks are needed to fully expand, occupying at least 20-40 square meters of office space, resulting in a significant increase in testing costs; while 25-50 PCs Working at the same time, the power consumption is between 3750W and 7500W, the power consumption is large, and the requirements for power supply and heat dissipation in the workplace are relatively high.

[0005] 2. The charging problem is not considered in the mobile phone test, but the USB interface of the PC is connected, but most of the USB interface of the PC provides a current of 250 mA, which is far from meeting the minimum charging current of 500 mA for the mobile phone, resulting in the running test In the use case, the mobile phone automatically shuts down due to lack of power, which reduces the test efficiency and test continuity

[0006] 3. The test mobile phone is placed chaotically on the rack, and there is no fixed position to place it, which will easily cause communication transformation and make the test case fail

[0007] 4. The mobile phone is placed flat on the rack, and the test cases for the camera sometimes cannot be carried out normally, which affects the integrity of the test

[0008] 5. It is necessary to connect all racks with wired network and configure routers and hubs. The structure is complex and requires special care. At the same time, the cost of rack network equipment and installation is relatively high, which limits the expansion of the test scale.

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