A combined optical fiber fusion splicing operation box

Abstract

The invention relates to the fiber welding field and particularly relates to a combined fiber welding control box. The combined fiber welding control box comprises a sealing structure, a containing box, a guide structure, a toughened glass, a limit structure, a limit board and a second wiring hole, wherein a top end of the containing box used for storing a fiber welding machine is fixed with the sealing structure, a side wall of the containing box is provided with the symmetrically-distributed guide structure used for guiding the fiber, and the guide structure is internally provided with the limit structure used for fixing the fiber. The combined fiber welding control box is advantaged in that use of the limit structure with the guide structure facilitates fixing the fiber when the fiber is stripped, secondary clamping during fiber welding is avoided, the contact time of an operator with the fiber is reduced, use comfort is improved, moreover, through use of the guide structure with the containing box, the fiber can be effectively prevented from being in contact with other articles after being stripped off, the welding quality is greatly improved, operation is more convenient and quicker, through use of the guide structure with the containing box, the welding quality of the fiber is made to be better, and welding efficiency is improved.

Description

technical field [0001] The invention relates to the field of optical fiber fusion splicing, in particular to a combined optical fiber fusion splicing operation box. Background technique [0002] With the continuous development of science and technology, fusion splicing technology is widely used in the connection of optical fibers. Optical fiber fusion splicing refers to the preparation of optical fiber end faces, including stripping, cleaning and cutting. Before welding, according to the material and type of optical fibers, set The key parameters such as the best pre-melting main melting current and time, and the amount of optical fiber feeding, should also be cleaned in time during the welding process. "V" groove, electrode, objective lens, welding room, etc. Pay attention to the results of OTDR tracking and monitoring, analyze the reasons for the above-mentioned adverse phenomena in time, and take corresponding improvements. Splice the optical fiber through the optical fib...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional combined optical fiber fusion splicing operation box is inconvenient to operate during the operation process. After the optical fiber is stripped, the optical fiber needs to be clamped twice, which increases the contact time between the optical fiber and the air. When stored on the work surface, it is easy to cause pollution. , it is easy to cause fiber breakage during the fusion splicing process, and the work efficiency is low

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