Transmission shaft part production and manufacturing management system

Abstract

The invention discloses a transmission shaft part production and manufacturing management system, which comprises a data aggregation layer, a business layer, an application layer and a user layer which are deployed at a cloud end, wherein the data aggregation layer is used for uniformly summarizing and converting different types of data sources of each production device in each production field into a standard format of the system and carrying out authority management; the business layer is used for combining the functions of the business function library according to the data uploaded by thedata aggregation layer and providing service for field manufacturing; the application layer is used for combining atomic functions of the service layer and providing the combined service functions tothe user layer in a standard WEB service mode; and the user layer is used for providing the most suitable client system for the user according to the use environment and habit of the user. The transmission shaft part production and manufacturing management system has the remarkable effects that the waste is reduced, and the production efficiency is improved, and the process quality level is improved, and the manufacturing cost is reduced, and the maintenance and updating of the system become simple; and the burden of a database server is reduced, and the performance is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent control of transmission shaft parts production management, in particular to a transmission shaft parts production and manufacturing management system. Background technique [0002] In the existing production of transmission shaft parts, there is no collection of equipment data on the production site, offline production planning, and post-production statistics using a large number of paper records (quality inspection, SPC, process documents, etc.), and manual recording of measurement data. This causes problems such as low efficiency and low accuracy of product quality traceability. In addition, on-site problems were not found and reported in time, materials were pulled through on-site line inspection and telephone, production error prevention was manual, equipment maintenance was managed offline, quality control and closed-loop off-line were completed, and multiple systems were involved on site...

AI Technical Summary

Problems solved by technology

[0002] In the existing production of transmission shaft parts, there is no collection of equipment data on the production site, offline production planning, and post-production statistics using a large number of paper records (quality inspection, SPC, process documents, etc.), and manual recording of measurement data. This causes problems such as low efficiency and low accuracy of product quality traceability

In addition, on-site problems were not found and reported in time, materials were pulled through on-site line inspection and telephone, production error prevention was manual, equipment maintenance was managed offline, quality control and closed-loop off-line were completed, and multiple systems were involved on site, etc. Defects, resulting in low production efficiency and high manufacturing costs

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