Optical fiber sorting system, method and device

Abstract

The invention discloses an optical fiber sorting system, method and device. First size data and second size data of optical fibers are obtained through a measuring device, a control module is set to determine a deviation value according to the first size data and a target value, so that corresponding preset control parameters are determined to adjust the wire drawing speed, and the sorting device is controlled to sort the the optical fibers according to the second size data and a preset qualified range; size data of the optical fibers are automatically acquired through the measuring device, so that the risk of abrasion and pollution caused by contact with the optical fibers can be reduced; according to the deviation value, the corresponding preset control parameters are determined to adjust the drawing speed of a drawing device, and the drawing speed in the drawing process can be adjusted in time; and according to the second size data obtained after the drawing speed is adjusted and the preset qualified range, the sorting device is controlled to automatically sort the optical fibers. The sorting efficiency is improved, and the optical fiber sorting system, method and device can be widely applied to the technical field of process production.

Description

technical field [0001] The invention relates to the field of process production, in particular to an optical fiber filament sorting system, a sorting method and a device. Background technique [0002] Optical fiber panel products are optical fiber image transmission components made of special glass optical fibers. They are drawn into small-sized optical fibers from preform tubes, and then undergo repeated arranging, assembling, and re-drawing processes, and finally melted and pressed. In the drawing process, it is a key control point to monitor the size of the optical fiber wire drawing. Nowadays, the size of hard optical fiber wires is usually manually picked and adjusted manually, and manual random inspection cannot timely and effectively find and eliminate deviations caused by size fluctuations. Excessive fiber optic filaments cannot adjust the speed of the fiber optic filaments in the drawing process in time, and the manual selection process will cause contact wear and c...

AI Technical Summary

Problems solved by technology

In the drawing process, it is a key control point to monitor the size of the optical fiber wire drawing. Nowadays, the size of hard optical fiber wires is usually manually picked and adjusted manually, and manual random inspection cannot timely and effectively find and eliminate deviations caused by size fluctuations. Excessive fiber optic filaments cannot adjust the speed of the fiber optic filaments in the drawing process in time, and the contact wear and contamination of the optical fiber filaments during the manual selection process will affect product quality.

In addition, after the inspection of the optical fiber, it is usually necessary to manually sort the qualified optical fiber from the unqualified one, so the work intensity is high and the efficiency is low

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