Tool for clamping fiber and optical module

Abstract

The invention discloses a clamp-type tool for pulling out fibers and a light module, relating to the field of auxiliary tools for communication equipment. The clamp-type tool comprises two clamp arms equal in lengths which are connected by a shaft. One ends of the two clamp arms are fiber-pulling ends and the other ends of the clamp arms are light module-pulling ends. Tail ends of the fiber-pulling ends are provided with clamp heads. The tail end of one light module-pulling end is provided with a notch and the tail end of the other light module-pulling end is provided with two hooks. A limiting groove is arranged between the two hooks. The clamp-type tool for pulling out fibers and the light module has following beneficial effects: a clamp-type structure is adopted with one ends used for pulling fibers and the other ends used for pulling the light modules and the tool can be used for two purposes; fibers or light modules on the surface of the communication equipment or sinking in the end surface of the equipment can be pulled and force-applying positions can be changed by depth of positions for fibers or light modules; the tail ends of the fiber-pulling ends are provided with clamp heads so that fibers can be clamped tight when fibers are pulled and are not easily damaged; the tail end of one light module-pulling end is provided with the notch and the tail end of the other light module-pulling end is provided with a hook so that the light modules are not be damaged when being pulled.

Description

technical field [0001] The invention relates to the field of auxiliary tools for communication equipment, in particular to a clamp-type tool for pulling out fibers and optical modules. Background technique [0002] As the requirements for equipment communication capacity become higher and higher, optical modules and optical fibers are densely arranged, and the number is increasing. Usually, the optical fiber is locked with the optical module through its buckle, and the optical fiber needs to be pressed down to pull out the optical fiber; the optical module is locked with the shielding shell through the pull ring, and the optical module needs to be pulled forward to release the optical module from the shield. The casing is separated, and the optical modules of some chassis even sink into the interior of the chassis, and the optical fibers and optical modules cannot be inserted and removed by hand. At this time, special tools are needed to realize the insertion and removal of ...

AI Technical Summary

Problems solved by technology

[0003] Existing fiber-pulling tools are generally tweezers or hooks, which are sharp and easy to damage the optical fiber connector and optical module when pulling out the fiber; and when the optical module or optical fiber connector sinks into the end face of the communication device, the existing tweezers are difficult. Pull out the optical fiber connector; the existing hook is relatively large, and it is difficult to put it into the communication device to pull out the optical module

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