Intelligent plate blank width measurement number identification system

Abstract

The invention discloses an intelligent plate blank width measurement number identification system which comprises a hydraulic cylinder and a first rotating shaft, wherein one end of the hydraulic cylinder controls a hydraulic rod. According to the intelligent plate blank width measurement number identification system, an industrial camera and a laser range finder are used for recognizing and measuring the plate blank number and width on a roller shaft, so as to replace a traditional production mode of manual copying and recording, manual operation is reduced and labor cost is saved through remote monitoring, automatic identification of plate blank production numbers and measurement of plate blank widths, meanwhile, high-precision number identification and high-precision width measurement are achieved, deviation and errors caused by personal quality are avoided, the plate blank number is continuously and automatically identified, the width is continuously and automatically measured, the state of the plate blank is monitored in real time, and the state is matched with background big data, so that unqualified plate blanks in the production process can be found in the first time, timely treatment and comprehensive regulation are realized, and subsequent possible production safety accidents are avoided.

Description

technical field [0001] The invention belongs to the technical field of industrial smelting, and in particular relates to an intelligent plate width measuring number identification system. Background technique [0002] In the production process of hot and cold rolling mills in steelmaking plants, continuous steel casting occupies an important position, which directly affects the quality establishment of steel, and effective control directly affects the quality of slabs. The traditional plank width measurement and number identification is manual measurement and copying. In this process, the staff needs to go back and forth in the control room frequently, suspend the plank transmission, and carry out sampling width measurement, which cannot be done for defective plank products. Complete control and timely processing will cause certain production problems for the subsequent process, and the transcription of the bantuo number will also cause transcription errors due to the staff'...

AI Technical Summary

Problems solved by technology

The traditional plank width measurement and number identification is manual measurement and copying. In this process, the staff needs to go back and forth in the control room frequently, suspend the plank transmission, and carry out sampling width measurement, which cannot be done for defective plank products. Complete control and timely processing will cause certain production problems for the subsequent process, and the transcription of the bantuo number will also cause transcription errors due to the staff's own reasons, and it is impossible to effectively communicate the bantuo number and quantity with the background big data connection

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