An unlocking mechanism for an XFP optical module

Abstract

The invention discloses an unlocking mechanism for an XFP optical module, which comprises a base provided with a guide groove, an upper cover affixed to the top of the base, and a slider provided with a guide protrusion capable of sliding along the guide groove. There are unlocking protrusions matched with the base, including a draw ring hinged with the base and provided with arc grooves, and the slider is provided with fastening protrusions inserted in the arc grooves, and the rotation stroke of the arc grooves covers the fastening protrusions. straight line travel. When it needs to be unlocked, turn the pull ring around the hinge point and gradually pull it up. During the rotation of the pull ring, due to the continuous movement of the circular arc groove, the fastening protrusion inserted in the circular arc groove slides along a straight line, and the sliding The block can slide linearly along the guide groove, so that the unlocking protrusion on the slider leaves the dead point position, and realizes the unlocking of the XFP optical module. With the above structural design, the structure of the unlocking mechanism is simple, the locking and unlocking operations are very simple, and the locking effect is good at the same time, which effectively prevents the looseness of the XFP optical module from affecting signal transmission.

Description

technical field [0001] The invention relates to the technical field of optical communication, and more specifically relates to an unlocking mechanism of an XFP optical module. Background technique [0002] The XFP optical module is a commonly used electronic component in the field of optical fiber communication, and its position needs to be locked during use to ensure a good and stable use effect. [0003] Most of the commonly used methods for locking XFP optical modules are complicated in structure and inconvenient to use. Therefore, it is cumbersome to design and manufacture the unlocking mechanism, and there are also complicated steps and difficult operations in specific use. In addition, the locking effect of some unlocking mechanisms is not satisfactory after the locking is completed, and the XFP optical module may become loose, which makes the XFP optical module ineffective during use, resulting in adverse effects on signal transmission and interfering with the normal ...

AI Technical Summary

Problems solved by technology

[0005] In view of this, the object of the present invention is to provide an unlocking mechanism for an XFP optical module. The structural design of the unlocking mechanism can effectively solve the problems of inconvenient use and poor effect of the XFP optical module unlocking mechanism.

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