Mechanical pressure equipment process flow control method and integrated machine control device

Abstract

The invention provides a mechanical pressure equipment process flow control method, comprises a function of beginning stop angle self-learning, a function of beginning stop angle dynamic adjustment in an operation process, and an SPM (Strokes per Minute) automatic closed-loop control function, and better controls the stop angle and SPM value accuracy in a mechanical pressure equipment process flow. Based on a traditional automation equipment PLC (Programmable Logic Controller), the invention provides an integrated machine control device provided with a mechanical pressure process flow module, and realizes SPM and beginning stop angle intelligent control and adjustment. In addition, in order to solve the problems of low versatility and poor functionality of a present PLC, the invention also provides an integrated machine control device which is internally provided with function modules such as a motion control core and a machine visual core, thereby meeting diversified control demands; besides, the integrated machine control device is integrated with a cloud service module, and based on a WebServer and an OPCServer, provides diversified man-machine interaction solution schemes for users and equipment interconnection among different platforms.

Description

technical field [0001] The invention relates to an industry-specific process control method for mechanical pressure equipment and a corresponding integrated machine controller, in particular to a method capable of adjusting start and stop angles and SPM values ​​and a function-integrated integrated machine control device. The control unit can also be used in the industrial automation general market. Background technique [0002] Mechanical presses belong to machine tools for industrial processing, and are generally used in the field of one-time forming of processed parts. Its main components include two categories: mechanical structure and electrical structure. The mechanical structure includes flywheel, clutch, gearbox, crank, slider, etc. Electrical components mainly include control devices, display devices, and sensors, actuators, asynchronous motors, frequency converters, servo systems, etc. The electrical part is mainly responsible for controlling the mechanical structu...

AI Technical Summary

Problems solved by technology

However, with the continuous development of automation technology, in the field of high-end equipment and market segments, these common structural components and process controls can no longer meet the needs of intelligent equipment, and form constraints to continuously improve user experience.

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