Manufacturing precision marking system of trademark-based subdividing process section, and use method of manufacturing precision marking system

Abstract

The invention relates to a manufacturing precision marking system of a trademark-based subdividing process section, and a use method of the manufacturing precision marking system. Components and performances of trademarks are subdivided into a plurality of sections, each small section correspondingly has a set of process system, and further, each working procedure forms one batch production according to the process requirements of a marker chain; and a marking system work process comprises the following steps of establishment of a marking pool, a marker pool structure, fusion of the marker pool and markers, trademark dividing and marking, and fusion of the markers and process parameters. The components and the performances of the trademarks can be subdivided into a plurality of sections, each small section correspondingly has a set of process system, markers and marker chains of corresponding trademarks are generated in the marker pool, and each working procedure forms one batch production according to the process requirements of the marker chain, so that the personalized needs of different users can be respectively met, the mass customization production under the conditions of small batches and multiple varieties is realized, the production cost is effectively reduced, the fine control of production process is realized, and the product quality is improved.

Description

technical field [0001] The present invention relates to international patent classification G09F display, marking, labeling or famous brand technology, and belongs to the field of integrated precise quality control in the iron and steel industry, non-ferrous metals and other manufacturing industries, especially the manufacturing precision marking system and its Instructions. Background technique [0002] Among the known technologies, the integrated precise quality control system develops rapidly, especially in the iron and steel industry, non-ferrous metals and other manufacturing industries, it is more important for the informatization data processing technology between product raw material composition subdivision subdivisions and product performance subdivisions. In the seamless fusion technology of process control parameters in steel, non-ferrous metals and other manufacturing industries, it will have an impact on the entire process of product standard control, product dy...

AI Technical Summary

Problems solved by technology

[0004] However, in the prior art, there are few disclosures on the technical methods of label application for production control. For example, Patent Application No. 200980128088 is a single-significant label that can be applied to any product, and is characterized by the manufacturer's and / or seller's Identification or marking, which can be detected and obtained by any camera of an image acquisition device, especially a mobile telephone device; a method of producing said single-significant label; and its use in product anti-counterfeiting and product identification

[0005] At present, the steel industry, non-ferrous metals and other manufacturing industries have problems and shortcomings in product standard management, product design, product manufacturing life cycle and service, including: Quality design and product manufacturing are carried out with a large composition range and large performance range stipulated in standard grades, resulting in a wide range of quality fluctuations in product composition and performance, which cannot meet customer needs, especially in high-quality and high-end products. Composition and performance cannot be achieved The precision required by the customer and the composition and performance required by the customer are stable within a small range; the traditional product standard management method adopts the pdf plus manual management mode, and has not established a complete overall internal control standard and manufacturing standard system; traditional product process technical regulations Scattered and disorderly management; traditional product standards and product regulations have relatively rough management of product end uses, and cannot accurately describe the final use, scope of use, and use environment of products, and cannot effectively guide product quality design; traditional product order management The coordination process cycle for orders with special needs is long; traditional product order management mainly relies on individual and isolated maintenance methods for the management of customer special needs; traditional product order inquiries have a relatively long response time, and no unified agile system has been established. Correct order inquiry system; the content of order review is less, and the review work is mainly done manually; there is no integrated quality design platform at the group level for product quality design, lack of interfaces with cost and energy consumption; the granularity of statistical analysis is relatively large , does not match the goal of refined management, and the hit rate of statistical functions is relatively low; the extensive management model with grades as the basic unit has obviously fallen behind, and cannot meet the requirements of refined management, reduction of excess quality, and cost reduction; The changes in the process and inspection requirements cannot be solidified in the system, that is, there is no knowledge base

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