Combined optical fiber welding operation box

Abstract

The invention provides a combined optical fiber welding operation box which comprises a shell, a cavity is formed in the shell, and a stripping mechanism, a second cleaning mechanism, a first cleaning mechanism, a collecting mechanism, a cutting mechanism and a monitoring mechanism are arranged in the cavity. According to the invention, optical fibers can be automatically fused, the fusion splicing efficiency of the optical fibers is improved, meanwhile, an optical fiber jacket can be automatically stripped through the stripping latch, manual stripping of the optical fibers is avoided, the fusion splicing efficiency is improved, the working intensity of workers is reduced, bare fibers are automatically cleaned through the arc-shaped cotton slivers, and the labor intensity of the workers is reduced. A coating layer which is not easy to clean on the surface of a bare fiber is removed, the optical fiber can be automatically or manually cut through the motor and the cutting knife, an operator can select different cutting modes according to different environments, and finally, the interior of the fusion splicer can be automatically cleaned through the scraper before the bare fiber is fused.

Description

technical field [0001] The invention relates to the technical field of optical fiber fusion splicing, in particular to a combined optical fiber fusion splicing operation box. Background technique [0002] Optical fiber fusion splicing technology is mainly to use a fiber fusion machine to connect the optical fiber and the optical fiber or the optical fiber and the pigtail. The following defects exist in the existing optical fiber fusion splicing equipment and process: [0003] First, too much manual participation is required, and a lot of manual work is required for the stripping of the optical fiber jacket. [0004] Increased labor costs and reduced welding efficiency; [0005] Second, after the optical fiber is stripped, there may still be a hard-to-remove coating layer on the bare fiber, which requires manual cleaning of the bare fiber, and the alcohol cotton used for cleaning is not easy to use repeatedly, which increases the cost of welding; [0006] Thirdly, environm...

AI Technical Summary

Problems solved by technology

[0003] First, too much manual participation is required, and a lot of labor is required for the stripping of the optical fiber jacket.

[0004] Increased labor costs and reduced welding efficiency;

[0005] Second, after the optical fiber is stripped, there may still be a hard-to-remove coating layer on the bare fiber, which requires manual cleaning of the bare fiber, and the alcohol cotton used for cleaning is not easy to use repeatedly, which increases the cost of welding;

[0006] Third, the cutting of optical fibers needs to take into account environmental factors and human factors. The current cutting machine cannot achieve automatic conversion between automatic cutting and manual cutting.

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