Embedded intelligent monitoring terminal for localized decision and control of numerically-controlled machine tool

Abstract

The invention discloses an embedded intelligent monitoring terminal for localized decision and control of a numerically-controlled machine tool. The monitoring terminal is provided with intelligent interactive control layers between isolation equipment and a cloud service and between the isolation equipment and a man-machine terminal, the intelligent interactive control layers are used for achieving data interaction between the isolation equipment and the cloud service and between the isolation equipment and the man-machine terminal and controlling automation equipment on the periphery of thenumerically-controlled machine tool; each intelligent interactive control layer includes a base plate and a matched plate, the base plate is connected with the matched plate through a set standard inserted hole, and the base plate and components of the automation equipment form an intelligent production island to control the automation equipment on the periphery of the numerically-controlled machine tool and achieve localized storage and processing of processing data of the intelligent production island; the matched plate is used for achieving the data interaction between the intelligent production island and the cloud service and between the intelligent production island and the man-machine terminal. The monitoring terminal can achieve localized decision and control over the numerically-controlled machine tool through the intelligent interactive control layers, and has good monitoring and management effects.

Description

technical field [0001] The invention belongs to the field of numerical control machine tools, is mainly applied to the intelligent upgrading and transformation of isolated numerical control machine tools or automation equipment, and particularly relates to an embedded intelligent monitoring terminal of numerical control machine tools for localized decision-making and control. Background technique [0002] The construction of the current mainstream intelligent production workshop is mainly to build a workshop-level central control room in the workshop, and then communicate with the machine tools through the network, detect the running status of each machine tool through sensors or data acquisition terminals, and feed the collected data to the workshop-level central control. room. The workshop-level central control room processes data and manages production statistics, process guidance, logistics distribution, etc. Most of the communication between equipment and equipment is a...

AI Technical Summary

Problems solved by technology

[0008] Aiming at the problems of low flexibility and high cost in the above-mentioned prior art, the present invention proposes an embedded intelligent monitoring terminal for CNC machine tools with localized decision-making and control; the terminal can effectively Combining intelligent equipment such as automation control equipment, testing equipment, and industrial robots around CNC machine tools, the isolated CNC machine tools or automation equipment are quickly assembled into an intelligent production island, realizing low-cost and localized decision-making intelligent manufacturing solutions The scheme is used to solve the problems of poor real-time decision-making, poor on-site control ability and high deployment cost in the existing technology. The specific technical scheme is as follows:

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