Detecting data intelligent management system of standard optical component detecting laboratory

Abstract

The invention discloses a detecting data intelligent management system of a standard optical component detecting laboratory. The detecting data intelligent management system comprises a research equipment detecting data reading and collecting module, a database storage module, a data comparative analysis function module, a data tracing function module, an equipment unified measuring module and a database function perfecting module; the research equipment detecting data reading and collecting module integrates communication modes of a sensor, a processing unit and a communication unit through adetecting equipment communication access port in a data remote collecting automatic storage mode adopting an internet technology and a wireless sensing technology which are combined; and the databasestorage module comprises a database unit and a data management unit, the database unit is responsible for data storage and operation, and the data management unit is responsible for data applicationmanagement to manage operation and configuration data of the system. Comparative analysis of detecting data and unified measuring for equipment data can be conducted periodically, consistency and traceability of the detecting data are guaranteed, and all functions in a database of the detecting data are perfected.

Description

technical field [0001] The invention relates to the technical field of data management systems, in particular to an intelligent management system for detection data of a standard optical component testing laboratory. Background technique [0002] At present, the equipment accuracy and measurement status in the existing standard optical component testing laboratories are inconsistent, and there are often large differences in testing data. There are also problems such as the testing data of different laboratories cannot be shared, and cannot be collected remotely, and equipment operation cannot be obtained around the clock. State data; and the database function used is not perfect, it is difficult to guarantee the consistency of data detection, and it cannot be traced back to the traceability of the detection data. Contents of the invention [0003] The purpose of the present invention is to overcome the shortcomings of the above-mentioned prior art, and provide a standard o...

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Problems solved by technology

[0002] At present, the equipment accuracy and measurement status in the existing standard optical component testing laboratories are inconsistent, and there are often large differences in testing data. There are also problems such as the testing data of different laboratories cannot be shared, and cannot be collected remotely, and equipment operation cannot be obtained around the clock. State data; and the database function adopted is not perfect, it is difficult to guarantee the consistency of data detection, and it cannot be traced back to the traceability of detection data

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