Cement strength detection control integrated system and method thereof

Abstract

The invention relates to a cement strength detection control integrated system applied to the detection industry and a method thereof. The system comprises hardware, software and a detection method, wherein the hardware comprises video equipment, a cement test mold, a disposable tag or a radio frequency identification (RFID) tag, a tag information read-in device, a curing box or a health-promoting room, a strength testing instrument, a business management computer, a database server and a printer; and the software part includes data acquisition software, transmission tool software and business management software. The invention improves the detection management level, realizes electronization of the detection process and the informatization of history traceability, and can be used for recording, processing, making statistics and analyzing the detection information in an electronized way, thus greatly reducing the workload for archiving the information; furthermore, the content and the format for recording the detection information are regulated, so that different mechanisms can conveniently share the detection information, and the tabulate statistics and analysis of the detection information of the different mechanisms are realized; in addition, as the information such as detection contract, detection scheme, sample circulation, detection equipment and the like can be added into the system to be managed, the systematicity and the integrality of the detection information can be realized, and the omission of the information is prevented.

Description

Technical field: [0001] The invention relates to a management and control integrated system and method for the whole process of cement strength detection. Background technique: [0002] At present, the management of the cement strength testing process is to manually fill in the information on paper records, or enter it into immature software systems. The records are not standardized, and different people have different understandings of the same requirement. The second is that the testing management starts from the collection of samples and is only responsible for the incoming samples. The testing process is not comprehensive, and no one is responsible for the quality of sampling, sample disposal or test piece preparation. Due to backward technical methods, many human factors, and missing process nodes, data falsification, false reports are issued, and reports are not recorded, resulting in a lack of systematic, comprehensive, and scientific management of information. Ineff...

AI Technical Summary

Problems solved by technology

[0002] At present, the management of the cement strength testing process is to manually fill in the information on paper records, or enter it into immature software systems. The records are not standardized, and different people have different understandings of the same requirement. Second, the inspection management begins with sample collection, and is only responsible for incoming samples. The inspection process is not comprehensive, and no one is responsible for the quality of

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