Intelligent terminal for automatically collecting workshop illumination brightness data in real time

Abstract

The invention discloses an intelligent terminal for automatically collecting workshop illumination brightness data in real time. The intelligent terminal comprises a bottom layer, a middle layer and a top layer, and the bottom layer adopts a passive radio frequency tag integrated with a brightness detection device in an illumination lamp; the middle layer adopts an MCU as a controller, and the MCU is respectively connected with a radio frequency reader, a secondary display module and a communication bus transmission module; and the top layer displays the illumination brightness for the second time in the form of an LED nixie tube. The data acquisition of the intelligent terminal is automatically realized in the workshop production process, the links of specially recording and inputting data by workers are eliminated, the workload of operators is reduced, the data accuracy and reliability are greatly improved, the timeliness of data acquisition is greatly improved, and real-time automatic acquisition is realized.

Description

technical field [0001] The invention relates to the field of self-control monitoring, in particular to an intelligent terminal for real-time and automatic collection of workshop lighting brightness data. Background technique [0002] According to Chapter 5 of "Architectural Lighting Design Standards-GB50034-2004" "Illumination Standard Value", the workshop has a corresponding illumination standard. At present, the detection of the lighting brightness of the workshop is generally by naked eye observation or manual detection tools. For The manual detection method has a certain degree of subjectivity and lag, especially in the case of a large workshop space and a lot of lighting, the limitations of manual detection are also increasing; at the same time, through manual inspection, the inspection data is stored in paper form Record on the process tracking card, and file the paper records to form a traceability file. For applications that need to be stored in structured data, the ...

AI Technical Summary

Problems solved by technology

[0002] According to Chapter 5 of "Architectural Lighting Design Standards-GB50034-2004" "Illumination Standard Value", the workshop has a corresponding illumination standard. At present, the detection of the lighting brightness of the workshop is generally by naked eye observation or manual detection tools. For The manual detection method has a certain degree of subjectivity and lag, especially in the case of a large workshop space and a lot of lighting, the limitations of manual detection are also increasing; at the same time, through manual inspection, the inspection data is stored in paper form Record on the process tracking card, and file the paper records to form a traceability file. For applications that need to be stored in structured data, the recorded data will be manually entered into the computer system

The accuracy of the data cannot be guaranteed, which increases the workload of the workers. Manually recording and entering the data into the information system will cause a long time delay and is not real-time

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