| This thesis presents the development of Hualun Technical Company's industrial equipment quality inspection and calibration management system.Its presentation is based on the enterprise's actual demands in its highly reliable industrial electronic products manufacturing and the technologies in software engineering,with the goal to support the productive equipment quality inspection's information accuracy,timeliness and completeness.This thesis presents the development work systematically from the functional requirements to the software technical solutions.This software's global function is laid on some of the company's industrial equipment quality inspection and calibration management requirements in its production operating processes in combination with the improvement objectives in this work.The main functions in the system include equipment configuration information management,equipment usage and running information management,equipment cost information management.The related data processing demands and use case models are built up for the above requirement analysis.The thesis discusses the approach to the software solution with its design principle in balance of progression and practicality,to construct the software framework by means of the object-oriented methods.It presents some further concrete details,including its architecture design,database design,interface schemes,some internal data processing flows and object structures by means of object-oriented methods.Hualun Company's industrial equipment quality inspection and calibration management system is implemented with C# for Windows/.NET running environment and integrates with SQL Server database.In recent applications it well shows its ability to provide most static and dynamic production equipment's quality inspection information processes requirements to satisfy the enterprise's demands in rising its equipment's accuracy and quality. |
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