An unlocking structure of a cable-pluggable module

Abstract

The invention provides unlocking structures for a cable-carrying pluggable module. An unlocking structure mainly comprises a push-pull ring, an unlocking sheet, a shell and rotation blocks. The push-pull ring pushes the unlocking sheet to move to the rear end of the shell, thereby finishing unlocking, and then the push-pull ring is pulled, thereby finishing a separation action; and in an unlockedstate, through rotation of the push-pull ring, the unlocking sheet can be reset. According to the unlocking structure, a complete operation mechanism is provided for unlocking and resetting of the module; a cable-carrying pluggable mode can be realized; in-place resetting also can be realized conveniently; moreover, occurrence of misoperation and an accident can be avoided to the greatest extent;and related operations are simple and easy. According to the pluggable module employing the unlocking structure provided by the invention, assembly is simple, easy, firm and stable, a special or specialized tool is avoided, and very good operability and implementation are achieved.

Description

technical field [0001] The invention relates to an unlocking structure and operation method applied to electronic or optoelectronic modules for communication. Background technique [0002] Ports for sending and receiving signals to external lines in communication equipment, such as cables and optical cables, are usually composed of pluggable electronic or optoelectronic modules. These modules are conveniently installed and unloaded at any time in the installation slot of the equipment communication unit, or in the installation cage, by direct insertion and extraction. One end where the module is inserted (referred to as the tail end) is connected to the electronic interface inside the communication device; the other end of the module (referred to as the front end) forms the communication port of the device on the panel, which is used to communicate with the corresponding standardized connector. Various types of cables or optical cables are connected, or the cables connected...

AI Technical Summary

Problems solved by technology

[0008] The present invention provides a new unlocking structure of a module that can be plugged and pulled with a cable to solve the problem that the cable cannot be plugged and unplugged in the existing rotary pull ring mode. It can make up for its lack of unlocking state and step control, and with the unlocking and reset operation of the complete module, while realizing the same simple operation, the possibility of various misoperations is minimized

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