Fiber residual length dynamic measuring system for steel pipe production line

Abstract

The invention relates to a fiber residual length dynamic measuring system for a steel pipe production line. The measuring system comprises a system body, and an STM32 main control chip, a pay-off tachometer and a take-up tachometer disposed in the system body, wherein the STM32 main control chip is electrically connected with a liquid crystal touch screen and a main system switch, a peripheral circuit of the STM32 main control chip is provided with a timer, a clock timer and a memory, the timer, the clock timer and the memory are electrically connected with the STM32 main control chip, the system body is attached to the steel pipe production line, the pay-off tachometer is attached to a fiber pay-off tension wheel on a fiber pay-off frame, one fiber pay-off tension wheel corresponds to onepay-off tachometer, and the take-up tachometer is disposed at the front process position of a steel pipe take-up frame. The measuring system is advantaged in that an intelligent range finding and intelligent calculating system can be realized, measuring and calculating accuracy is not only high, but also time saving and labor saving are realized, and waste of raw materials such as fiber and ointment is avoided.

Description

Technical field: [0001] The invention relates to the related technical fields of industrial intelligence and optical cable manufacturing process equipment, and specifically relates to a dynamic measurement system for optical fiber excess length for steel pipe production lines that not only has high measurement accuracy, saves time and effort, and does not waste raw materials such as optical fibers and ointment. Background technique: [0002] With the advent of the big data era, information transmission and information interaction require large-capacity, fast, and accurate optical signals as the information transmission medium, and optical fibers, as the only medium for optical signal transmission, require various armor protections to be able to Adapt to overhead, buried, deep water and other environments. Among the many armor protection methods, optical fiber stainless steel loose tube (referred to as steel pipe) is the most widely used direct protection method. Steel pipes ...

AI Technical Summary

Problems solved by technology

This measurement method not only has a large error, and accidental factors cannot be ruled out, but also takes time and effort, and wastes raw materials such as optical fibers and ointment.

Images