Intelligent terminal for automatically adjusting workshop illumination brightness

Abstract

The invention discloses an intelligent terminal for automatically adjusting workshop illumination brightness. The intelligent terminal comprises a bottom layer, a middle layer and a top layer. 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 connected with a radio frequency reader, a wireless transmission module, an illumination power control module and a secondary display module; and the top layer is used for carrying out secondary display and illumination standard judgment on the illumination brightness in a display screen form. Data acquisition of the intelligent terminal is automatically realized in a workshop production process, special measurement of illumination data by workers and manual adjustment of illumination brightness are eliminated, the workload of operators is reduced, the accuracy and reliability of illumination brightness adjustment are greatly improved, the timeliness is greatly increased, and real-time automatic adjustment is realized.

Description

technical field [0001] The invention relates to the field of automatic control and monitoring, in particular to an intelligent terminal for automatically adjusting the brightness of workshop lighting. Background technique [0002] According to Chapter 5 of "Architectural Lighting Design Standards-GB50034-2004" "Illumination Standard Value", the workshop has corresponding illumination standards, especially the lighting has a small decrease in brightness due to long-term work, and the current detection of workshop lighting brightness is generally They are all observed by the naked eye, so it is difficult to detect accurately, and timely use lighting detection tools, but because of manual detection, it is inevitable to have a certain degree of subjectivity, especially for the large workshop space and the situation of many lighting, the limitations of manual detection are becoming more and more At the same time, through manual inspection, the inspection data is recorded on the p...

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Problems solved by technology

[0002] According to Chapter 5 of "Architectural Lighting Design Standards-GB50034-2004" "Illumination Standard Value", the workshop has corresponding illumination standards, especially the lighting has a small decrease in brightness due to long-term work, and the current detection of workshop lighting brightness is generally They are all observed by the naked eye, so it is difficult to accurately detect them, and timely use lighting detection tools. However, due to manual detection, it is inevitable to have a certain degree of subjectivity, especially for large workshops with a lot of lighting, and the limitations of manual detection are becoming more and more limited. At the same time, through manual inspection, and the inspection data is recorded on the process tracking card in paper form, and the workshop lighting is adjusted according to the paper record file, there is a lag

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