Deviation rectification centring automatic control system based on digitized processing

Abstract

The invention discloses a deviation rectification centring automatic control system based on digitized processing. The deviation rectification centring automatic control system also comprises a strip conveying frame and a CPC centring control system. The CPC centring control system comprises an infrared photoelectric detection sensor, a digital amplifier, a processor, an actuating mechanism, and a touch screen. The infrared photoelectric detection sensor is disposed on the front end of the strip conveying frame, and the infrared photoelectric detection sensor, the digital amplifier, the processor and the actuating mechanism are sequentially connected together, and the touch screen is connected with the processor. The deviation rectification centring automatic control system is advantageous in that the structure of the conventional simulation deviation rectification centring control system is broken, and by adopting a digitization technology, the reliability and the advancement of the system are greatly improved, and a man-machine interaction mode embodies intellectualization in an optimal way.

Description

technical field [0001] The invention relates to a deviation correction centering control system, in particular to an automatic deviation correction centering control system based on digital processing. Background technique [0002] At present, during the production or processing of strips in industrial enterprises, it is necessary to send the strips into the next process unit accurately and unbiasedly. This process is controlled by the deviation correction and centering system. With the rapid development of industry, the The requirements for automation are increasing day by day. In order to improve the production quality and output rate of products, higher requirements are put forward for the detection and control system of industrial production lines. It must have high detection accuracy, fast response, good stability and strong anti-interference ability; however, To realize these requirements, there must be higher requirements for each component of the system in order to a...

AI Technical Summary

Problems solved by technology

However, there are various problems and defects in the existing deviation correction and alignment system. The main components of the traditional deviation correction and alignment system are detection sensors, servo amplifiers, electro-hydraulic servo valves and actuators. The technology used in the system It is an analog control technology, which has many defects, such as slow system response, poor automation, low reliability, and lack of human-computer interaction functions, and the operator cannot interact flexibly with the system. These defects have been The deviation correction and alignment system using analog control technology cannot far meet the production quality and speed requirements of industrial enterprises

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