Memory bank automatic insertion and extraction mechanism and server mainboard test jig

Abstract

The invention discloses a memory bank automatic insertion and extraction mechanism. The mechanism comprises a shell, a press-down device and two groups of pushing devices, wherein the press-down device comprises a vertical driving piece, a pressing plate and a memory bank; and each pushing device comprises a horizontal moving plate, a vertical moving plate and a pushing block. A server mainboard test jig is further provided. When the pressing plate presses down in the beginning, the pressing plate drives the horizontal moving plates to slide outwards, then the vertical moving plates are made to slide obliquely downwards from inside to outside, and buckles at two ends of a memory bank slot in a server mainboard are pushed away; then, the pressing plate continues to press down, the memory bank is inserted into the memory bank slot, and the horizontal moving plates and the vertical moving plates do not move; next, the pressing plate continues to press down, the memory bank is inserted completely, meanwhile the horizontal moving plates are made o slide inwards, and the vertical moving plates are made to slide obliquely upwards from outside to inside; and the pushing blocks release thebuckles, so that the buckles rebound and clamp the memory bank. In this way, automatic insertion and extraction of the memory bank during detection of the memory bank slot in the server mainboard is realized, operation is rapid and convenient, and working efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of server motherboard testing, in particular to an automatic memory stick insertion mechanism and a server motherboard testing fixture. Background technique [0002] The server motherboard is a motherboard specially developed to meet the high stability, high performance, and high compatibility of the server. The server has a long operating time, high operating intensity, large data conversion, and high power consumption. Therefore, the requirements for the server motherboard It is very strict. After the server motherboard is manufactured, all aspects of the server motherboard need to be tested. Only after passing the test can it be used on the server. [0003] Existing server motherboards are usually equipped with multiple memory slots. When consumers need to increase memory, they can buy memory sticks and insert them into the memory slots to increase memory. After the server motherboard is manufactured, the...

AI Technical Summary

Problems solved by technology

The two ends of the memory stick slot are provided with buckles for fastening the memory stick. When inserting the memory stick, workers need to pull out the buckles at both ends of the memory stick slot by hand to insert the memory stick into the memory stick. In the slot, to detect whether the memory card slot can be used normally, this detection method is inconvenient to operate, and the work efficiency is low, and the worker repeatedly pushes and pulls the buckle for a long time, which is easy to cause finger pain or injury, and further reduces work efficiency

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