Steel plate cooling control analog system and method

Abstract

The present invention provides a steel cooling control simulation system and method. A process control device is connected with cooling equipment simulation device, the cooling equipment simulation device includes a transmission fixed with steel bar, a cooling course temperature calculating device simulating the temperature measurement and a patrol demonstrator, an electric potentiometer, a photoelectric switch and a position locator for temperature display, the photoelectric switch is provided on the operation path of the steel bar. The course control device completes the optimization setting function to PLC control variable, PLC completes the real-time control function of the cooling simulation course, the cooling equipment simulation device executes the real switch and adjustment action of the simulation cooling line, and achieving the real-time data collection course. The cooling control course system is simulated by the hardware connection of each device and software cooperation, providing a pilot test device of simulation evaluation in order to improving and completing the control system.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved way of controlling the speed at which heat treatment on rolls of hot metal plates occurs during manufacturing processes. By providing simulations with both the upper part of the machine's control software (C) controlled by CPU(S), base auto programmable logic controller (BPC)) and overall control systems, these techniques help improve efficiency and accuracy while reducing costly manual labor required. Additionally, they allow for more flexible training scenarios where various factors affect how well the coolant controls the rolling mill workpiece being treated. Overall, this innovation improves productivity and reduces risk associated therewith

Problems solved by technology

This patented technical problem addressed in this patents relates to improved methods for efficiently cooling large temperature rolls made from hot metal plating during manufacturing processes while reducing cost savings compared to traditional methodologies such as casting and heat treatment. Additionally, current techniques require expensive equipment like induction coils and specialized tools, making them challenged due to their complexity and potential risk issues related to incorrect settings.

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