An auxiliary jig capable of simultaneously installing multiple interface cables

Abstract

The invention discloses an auxiliary jig capable of simultaneously installing multi-interface cables, and relates to the technical field of computer production and manufacturing. The auxiliary jig includes a vertical plate, and a sliding plate that can slide up and down relative to the vertical plate is arranged in the vertical plate, and the upper end of the sliding plate protrudes from the upper end of the vertical plate and extends to the bottom of the vertical plate. Externally, a first spring for preventing the sliding plate from sliding downward relative to the vertical plate is arranged between the vertical plate and the sliding plate. Several first jacks are set on the vertical plate, second jacks corresponding to the first jacks are set on the slide plate, and the first jacks and the second The sockets jointly form a clamping hole for clamping the cable connector. Through the use of this auxiliary fixture, multiple cables can be inserted and assembled at one time. At the same time, different interface positions play a fool-proof role, which is convenient for production line operations, and does not affect the convenience of back-end delivery and customer service replacement parts.

Description

technical field [0001] The invention relates to the technical field of computer production and manufacturing, in particular to an auxiliary jig capable of simultaneously installing multi-interface cables. Background technique [0002] The trend in the server industry is component pooling, hot-swappable components, and ease of later maintenance. Therefore, many designs in the server now do not use the previous board connector method, but instead use the design method of high-speed slimline interface + high-speed cable. Such a design is convenient for later maintenance and replacement of parts, but at the same time, it also causes some problems due to too many cables. [0003] First, there are many slimline sockets on the motherboard, each cable corresponds to each interface, and the interface is not shared, the cable and the interface are one-to-one design, the existing motherboard has a maximum of 10 interfaces, corresponding to 10 cables, assembly Very inconvenient, low as...

AI Technical Summary

Problems solved by technology

This design is convenient for later maintenance and replacement of parts, but it also causes some problems due to too many cables

[0003] First, there are many slimline sockets on the motherboard, each cable corresponds to each interface, and the interface is not shared, the cable and the interface are one-to-one design, the existing motherboard has a maximum of 10 interfaces, corresponding to 10 cables, assembly Inconvenient, inefficient assembly work, and error-prone

[0004] Second, the interface is not shared, there is no fool-proof design, and it is easy to insert the wrong cable

[0005] Third, whether the cables are installed in place depends on visual inspection, and the quality cannot be guaranteed. It is easy to cause problems such as improper insertion of cables, loose cables, and failure of link functions.

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