Optical fiber fusion splicer objective lens manual pre-pairing device

Abstract

A manual pre-pairing device for objective lenses of an optical fiber fusion splicer comprises a three-dimensional manual adjusting mechanism, an objective lens rack, an optical fiber clamp and a light source, wherein the objective lens rack is fixed on the three-dimensional manual adjusting mechanism, and an objective lens mounting seat and a CMOS (complementary metal oxide semiconductor) image processor are arranged on the objective lens rack; the optical fiber clamp is fixed on a first support rack, and the light source is fixed on a second support rack; the three-dimensional manual adjusting mechanism comprises a base, a front and back adjusting slider, a left and right adjusting slider and a vertical adjusting slider, the base is fixed on a bottom plate, the front and back adjusting slider can slide along the base forwards and backwards, the left and right adjusting slider slides leftwards and rightwards along an upper chute of the front and back adjusting slider, a mounting seat is fixed on the left and right adjusting slider, the vertical adjusting slider slides vertically along a side chute of the mounting seat, so that an optical fiber is clearly imaged in the objective lenses, the CMOS image processor receives images and processes signals, two objective lenses realizing similar imaging are selected, pre-pairing is completed before installation, an installation debugging step is omitted, and the working efficiency is improved.

Description

technical field [0001] The invention belongs to the field of optical fiber fusion splicing, in particular to a manual pre-matching device for an objective lens of an optical fiber fusion splicing machine. Background technique [0002] In the fiber splicing process, in order to achieve high-quality fiber splicing, two high-definition microscope objectives are needed to ensure the accurate alignment of the fiber core. Use in pairs for better core alignment. [0003] At present, the two objective lenses on the fusion splicer are installed on the fusion splicer first, and then paired. After installation and debugging, if it is found that the two objective lenses cannot be matched, it is necessary to remove and replace the objective lens, sometimes even several times. Matching two objective lenses, this process has brought great difficulties to the production and debugging personnel, and is very time-consuming. Contents of the invention [0004] In order to solve the problems...

AI Technical Summary

Problems solved by technology

[0003] At present, the two objective lenses on the fusion splicer are installed on the fusion splicer first, and then paired. After installation and debugging, if it is found that the two objective lenses cannot be matched, it is necessary to remove and replace the objective lens, sometimes even several times. paired two objective lenses, this process has brought great difficulties to the production and debugging personnel, and it is very time-consuming

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