End face processor adjusting structure

Abstract

The invention relates to an end face processor adjusting structure, and belongs to the field of optical fiber cold connection equipment. The end face processor adjusting structure comprises a magnifying glass base, a sliding table base and a sliding table. The magnifying glass base is arranged on the sliding table, and the sliding table is arranged on the sliding table base. The sliding table slides on the sliding table base. According to the end face processor adjusting structure, the size, an operation button and the appearance of an original product are changed, the structure is suitable for the operation habits of constructors, and the structure is more convenient and faster to mount. The adjusting device is additionally arranged based on the original product, and the product end face is aligned by adjusting the distance of electrodes. Microcosmic sliding of the distance of the electrodes is achieved by manual macroscopic adjusting and rotating through the linkage adjusting device, and thus the end face of the product can be accurately aligned.

Description

technical field [0001] The invention relates to an adjustment structure of an end face processor, which belongs to the field of optical fiber cold connection equipment. Background technique [0002] There is always a cutting plane in the fiber optic field connector, which affects the optical performance of the connector. Although most manufacturers currently use fiber optic refractive index matching fluid to make up for it, the fiber optic refractive index matching fluid is a liquid substance, which is easy to be polluted and easily lost. To a large extent, it affects the stability and reliability of the optical fiber field connector. The requirement for further spherical processing of the fiber cut end face eliminates the time-consuming and laborious method of grinding. In view of the fact that ordinary optical fibers are made of quartz, their properties are not good at high temperatures. Due to the changing characteristics, it was decided to adopt high-temperature melting ...

AI Technical Summary

Problems solved by technology

[0002] There is always a cutting plane in the fiber optic field connector, which affects the optical performance of the connector. Although most manufacturers currently use fiber optic refractive index matching fluid to make up for it, the fiber optic refractive index matching fluid is a liquid substance, which is easy to be polluted and easily lost. To a large extent, it affects the stability and reliability of the optical fiber field connector. The requirement for further spherical processing of the fiber cut end face eliminates the time-consuming and laborious method of grinding. In view of the fact that ordinary optical fibers are made of quartz, their properties are not good at high temperatures. Due to the changing characteristics, it was decided to adopt high-temperature melting and use the surface tension of the liquid to shrink into a spherical surface to achieve the goal of this project. It fully used the arc generation technology of the optical fiber fusion splicer to produce an instantaneous melting of the optical fiber end face at over 2000°C, but due to the surface tension Shrinkage causes the fiber endface diameter to increase while the endface is spherical and cannot be assembled through a ceramic ferrule

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