Method for controlling production through standards

Abstract

Disclosed is a method for controlling production through standards. The method comprises a basic standard data acquisition step, a standard data management step, a design data management step and a production drawing management step. In the standard data management step, affected products in a standard production, change, replacing and being replaced and dying out life cycle of enterprises are managed. In the design data management step, designers of design departments of enterprises are reminded according to data changes in the standard data management step at the design stage of production drawings provided through design terminals. In the production drawing management step, standard numbers are searched according to part drawing numbers or names of production drawings on production lines, and the searched standard numbers are compared with the standard numbers on the production drawings. According to the method for controlling production through standards, standard data management is performed with parts as units, and standard implementation can be guaranteed.

Description

technical field [0001] The invention relates to a method for managing product quality by ensuring accurate parts drawing data in the product production process, especially a method for using standard data that product parts need to follow for production management. Background technique [0002] In the "Standardization Law of the People's Republic of China", it is stipulated that standards should be formulated for the following aspects related to industrial products, [0003] 1. The variety, specification, quality, grade or safety and sanitation requirements of industrial products. [0004] 2. The design, production, inspection, packaging, storage, transportation and use methods of industrial products or the safety and hygiene requirements in the process of production, storage and transportation. [0005] 3. Technical terms, symbols, codes and drawing methods related to industrial production, engineering construction and environmental protection. [0006] For industrial pro...

AI Technical Summary

Problems solved by technology

[0010] 3. Are the enterprise standards being used still citing the abolished standards? Will the product design still mistakenly adopt the abolished standards and the standards that need to be revised?

[0012] If these problems are not resolved, it will inevitably lead to a reduction in the qualified rate of the product, a waste of materials and processing resources, and in severe cases, it will also bring safety hazards to consumers of the product.

[0013] For example, for an enterprise that produces aircraft engines, each of its aircraft engine products consists of thousands of components, and each component should comply with the corresponding national or military standards or aviation or enterprise standards. , the enterprise standard may refer to the national standard or navigation mark of the upper level. For example, if a bolt should comply with the corresponding enterprise standard, when the content of the national standard quoted by the enterprise standard has been partially changed, the material or processing technology of the bolt should When the change is made, if the enterprise standard cannot be updated in time, or the updated enterprise standard cannot be fed back to the first-line production department through the design department to update the production drawings in time, the production department will still carry out bolt production according to the enterprise standard before the change on the o