Equipment supervision manufacture and quality real-time control system

Abstract

The invention provides an equipment supervision manufacture and quality real-time control system. The equipment supervision manufacture and quality real-time control system is characterized by comprising a standard library, a history library, a monitoring subsystem, a client and a central server, wherein the standard library is used for pre-storing standard process parameters and standard quality parameters; the history library is used for storing coded data, monitoring data received from the monitoring subsystem corresponding to the coded data, a process comparison result and a quality comparison result; the monitoring subsystem is used for monitoring the monitoring data of equipment and transmitting the monitoring data to the history library; the client is used for acquiring station coded information and tool coded information, relating the station coded information, the tool coded information and terminal coded information of the client, generating the coded data and sending the coded data to the history library; the central server is used for carrying out comparative analysis on the newest monitoring data in the history library and the corresponding standard process parameters or standard quality parameters in real time, generating the process comparison result and the quality comparison result, and sending the process comparison result and the quality comparison result to the history library.

Description

technical field [0001] The invention relates to the application field of the Internet of Things, in particular to an equipment manufacturing supervision and quality real-time control system. Background technique [0002] A very important link in the quality management of shipbuilding enterprises is the management of hull welding quality, and the key to welding quality management is the traceability of welding quality data. For a long time, although various means have been used to ensure the traceability management of hull welding quality data in the shipbuilding process, due to the complexity of the hull welding process, many departments are involved, the amount of data is large, and there are certain discrepancies among various data. Logical relationship, the welding quality data cannot be effectively managed. Once a welding quality accident occurs, it cannot be used as a basis for quick and effective analysis of the cause of the accident, let alone guarantee that the effe...

AI Technical Summary

Problems solved by technology

For a long time, although various means have been used to ensure the traceability management of hull welding quality data in the process of shipbuilding, due to the complexity of the hull welding process, many departments involved, a large amount of data, and there are certain gaps between various data. Logical relationship, unable to effectively manage welding quality data

Once a welding quality accident occurs, it cannot be used as a basis for quick and effective analysis of the cause of the accident, let alone guarantee that the effective storage period of the welding quality data is the same as the life of the product

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