Management and control integrated system and method for detecting strength of cement concretes

Abstract

The invention relates to a management and control integrated system and a method for detecting the strength of cement concretes, which are applied to the detection industry. The system comprises a hardware part and a software part and is characterized in that the hardware part comprises a video device, a concrete test mold, a disposable tag or an RFID electronic tag, a tag information reading device, a health-preserving box or a health-preserving room, a strength testing instrument, a service management computer, a database server and a printer; and the software part comprises data acquisition software, transmission tool software and service management software. The system and the method improve the detection management level, achieve electronization of the detecting process and informatization of the history traceability, electronic record, process, count and analyze the detection information, greatly lighten the workload for archiving information, define the record content and the format of the detection information, facilitate different mechanisms to share the detection information so as to achieve the summarizing counting and analysis of the detection information of the different mechanisms, add information on a detection contract, a detection scheme, a test piece flow, a detection device and the like into the system for management, achieve the systematicness and the integrality of the detection information, and prevent information omissions.

Description

Technical field: [0001] The invention relates to a management and control integrated system and method for the whole process of cement concrete strength detection. Background technique: [0002] At present, the management of the cement concrete 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. Due to human factors, the filling content is chaotic; the second is that the inspection management starts from the collection of samples, and is only responsible for incoming samples. The inspection process is not comprehensive, and no one is responsible for the quality of sampling, test piece preparation and other links. 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 sys...

AI Technical Summary

Problems solved by technology

[0002] At present, the management of the cement concrete 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. Due to human factors, the filling content is chaotic; the second is that the inspection management starts from the collection of samples, and is only responsible for incoming samples. The inspection process is not comprehensive, and no one is responsible for the quality of sampling, test piece preparation, etc.

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

Ineffective management in traditional methods, outdated monitoring methods, and insufficient monitoring provide opportunities for cutting corners and shoddy products, and damage the interests of testing institutions and consumers

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