Realization method of full life circle drawing data management system

Abstract

The invention provides a realization method of a full life circle drawing data management system and aims at providing a method capable of conducting safety management on a whole process of production, use, circulation, recovery and disposal of files and drawings, and ensuring that data is flexible to organize, concentrated to control and convenient to consult. The realization method adopts the following technical scheme that the realization method comprises the steps of establishing unified coded drawing files, determining identity information of the drawings with bar codes, setting binding of scanning equipment hardware with an IP (Internet Protocol) address and a production technology place, and full life circle closed loop management binding from the issuing and use to recovery of the drawings, setting bar-code scanning spots in key circulation links of the drawings, recording transfer paths of the drawings, transmitting the bound drawing files to a PDM (Pulse Duration Modulation) system, and transferring drawing related information such as the drawing bar codes, drawing numbers, names and versions into a drawing data management member through a PDM access interface for management synchronously to be integrated with the drawing data management member seamlessly when the drawings or optical disks are output to the outside.

Description

technical field [0001] The present invention relates to a product data management system (PDM, Product Data Management System) environment, relying on the binding of hardware devices and physical addresses, to realize the accurate and fine-grained whole life cycle of drawing files from distribution, use to recovery Management information system. Background technique [0002] The traditional drawing distribution is usually controlled manually, the efficiency of distribution is low, and the probability of error is also high. Although some use barcode technology to solve the problems of efficiency and reliability, it usually only controls the "issue" and In the process of "receiving" from beginning to end, it is impossible to track the output documents and drawings, and it is impossible to recover and destroy all drawings one by one, on time and in an orderly manner. [0003] In addition, the biggest problem with the traditional drawing distribution is that it fails to reflect...

AI Technical Summary

Problems solved by technology

[0005] 1. A lot of manual intervention is required; no matter whether it is submitted on the disk or through the software client, the user needs to find the correct location and fill in the relevant information for the submission to proceed smoothly; once an error occurs, a more complicated modification process is required

[0006] 2. The version cannot be controlled; the acquisition of electronic files requires the designer to take the initiative. Once the version is modified, if the designer fails to submit it in time, there will be differences between the electronically saved version and the final real submitted version

[0007] 3. The operability is not good; the data organization is not flexible enough, and the data is basically organized according to the project and specialty; the operator needs to combine complex retrieval conditions to obtain the final data

[0008] 4. Authority control is loose; disk file system management data can only rely on the authority control of the operating system. Without a strong domain management mechanism, authority is difficult to be guaranteed

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