Automatic oblique inserting device for wireless network card

Abstract

The invention relates to an automatic oblique inserting device for a wireless network card, which is used for oblique inserting test on the wireless network card and belongs to the technical field of auxiliary tools. The device of the invention comprises a positioning plate; an insulated cover plate is arranged on the positioning plate; the wireless network card is arranged between the positioning plate and the insulated cover plate; a supporting seat is arranged on the insulated cover plate; a slope is arranged behind the supporting seat; a rotation shaft is arranged on the supporting seat; two ends of the rotation shaft are inserted in a fixing plate; a fixing block is arranged above the supporting seat; the bottom surface of the fixing block is contacted with the slope; the fixing block is connected with the fixing plate via fixing screws; springs are also arranged on the fixing block and the supporting seat; and an adjusting bolt is arranged on the fixing block. A lifting mechanism of the existing stock is used, through a lever principle, conventional straight inserting thinking is broken, automatic oblique inserting and separating of the wireless network card are completed, the test efficiency is high, and the product is not damaged.

Description

technical field [0001] The invention relates to an automatic oblique insertion device for a wireless network card, which is used for the oblique insertion test of the wireless network card and belongs to the technical field of auxiliary tooling. Background technique [0002] In the existing wireless network card testing method, since the pins of the card slot of the port connector of the testing machine are all opened at a certain angle, when inserting the card manually, it is necessary to follow the direction of the pins, that is, to incline slowly in a certain direction, and then press down after reaching the bottom. , the pins are convenient for good contact with the network card. If it is inserted horizontally, the open pins will damage the network card under test. The operation is delicate, causing the staff to be tired, tired for a long time, and the test efficiency is reduced. There is also a simple mechanical insertion and extraction method, but this mechanical inse...

AI Technical Summary

Problems solved by technology

[0002] In the existing wireless network card testing method, since the pins of the card slot of the port connector of the testing machine are all opened at a certain angle, when inserting the card manually, it is necessary to follow the direction of the pins, that is, to incline slowly in a certain direction, and then press down after reaching the bottom. , the pins are convenient for good contact with the network card. If it is inserted horizontally, the open pins will damage the network card under test.

The operation is delicate, causing the staff to be tired, long-term fatigue, and the test efficiency is reduced

There is also simple mechanical plugging, but this mechanical plugging method cannot simulate the action of manual oblique insertion, causing damage to the board under test

Therefore, the traditional testing method has the following disadvantages: (1) manual operation mode, which causes the test results to vary from person to person, the stability of the board to be tested cannot be guaranteed, and the test efficiency is low; Tiredness, there are omissions, the operator sometimes forgets to insert the card, and starts the test directly, which is time-consuming and laborious, and the safety is poor; (3) Simple mechanical insertion and extraction cannot simulate the action of manual oblique insertion, which may easily cause damage to the board under test

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