Low-code programming output stable intelligent adjustment control system and control method

CN115047759BActive Publication Date: 2026-05-26HUMANOID THINKING (SHANDONG) WISDOM TECH CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
HUMANOID THINKING (SHANDONG) WISDOM TECH CO LTD
Filing Date
2022-05-23
Publication Date
2026-05-26

AI Technical Summary

Technical Problem

Existing methods for PID controller parameter tuning and optimization are difficult to find optimal solutions, resulting in a high barrier to entry and affecting system accuracy and stability.

Method used

A low-code programming output stability intelligent regulation and control system is provided, including a parameter adjustment terminal and a controller. It adopts a B/S architecture and TCP/IP protocol. It fits the KV curve through the KV measurement module to realize automatic regulation and parameter optimization, and is encapsulated into a simple human-machine interaction instruction set.

Benefits of technology

It lowers the operating threshold for technical personnel, improves work efficiency, achieves control stability and rapid response, expands the output voltage range, and is suitable for more process control systems.

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Abstract

This invention provides a low-code programming-based output-stabilized intelligent adjustment and control system and method, comprising: a computer and a parameter adjustment terminal communicatively connected to the computer; a parameter acquisition module for acquiring user-inputted control parameters via a web page; a controller for adjusting the control parameters to within the allowable error fluctuation range according to a preset algorithm; a communication module for providing the system's communication interface and communication protocol; a database for storing the preset algorithm, user-inputted control parameters, and control parameter information processed by the preset algorithm; and a display module for displaying the web page, the controller's adjustment process based on the preset algorithm, control parameter information, and system operating status. The system improves response speed while maintaining control stability. Enhanced encapsulation of the algorithm provides users with a more comprehensive and streamlined instruction set for a fully matched process control system, ultimately enabling zero-threshold operation for ordinary users.
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