Integrated application system for rfid radio frequency safety detection

Abstract

The invention relates to a comprehensive application system for RFID radio frequency safety detection, which includes: electronic RFID tags, RFID detection gates, display equipment, industrial control hosts, emergency positioning systems and central control modules, so that the real-time quantity of electronic RFID tags can be compared with the preset Set the number to compare to preliminarily judge whether the labor protection articles of the personnel to be tested are complete, and further judge whether the labor protection articles of the personnel to be inspected are complete by checking whether the labor protection articles of the personnel to be inspected are complete. Compare with the parameters in the preset operation duration matrix Tb to preliminarily judge whether the labor protection articles are within the validity period, and compare the available time difference with the parameters in the available time difference matrix t0 to further judge whether the labor protection articles are in During the validity period, it can automatically detect whether the wearer is wearing the labor protection articles completely, and whether the labor protection articles worn are within the validity period.

Description

technical field [0001] The invention relates to the field of safety detection, in particular to an integrated application system for RFID radio frequency safety detection. Background technique [0002] The country pays more and more attention to mine safety and mine informatization construction. After a period of rapid development of mining enterprises, enterprises have raised their goals for internal work efficiency and safety, and have gradually formed sufficient conditions for upgrading mine modernization and informatization equipment. And urgent need. The underground working environment is harsh, the geological conditions are complex, and various harmful gases may be filled at any time, and dangerous accidents such as water seepage and roof fall may also occur at any time. However, the complex environment of the mine determines that not all situations can be detected or predicted by equipment. Therefore, it is necessary to ensure that the labor protection articles worn ...

AI Technical Summary

Problems solved by technology

The underground working environment is harsh, the geological conditions are complex, and various harmful gases may be filled at any time, and dangerous accidents such as water seepage and roof fall may also occur at any time. However, the complex environment of the mine determines that not all situations can be detected or predicted by equipment. Therefore, it is necessary to ensure that the labor protection articles worn when going down the well are complete and not expired

[0003] At present, regular or irregular personnel inspections are generally used to arrange inspection personnel, and to check whether the labor protection articles of the personnel who go down the well are fully worn by random time and random location. The disadvantages of this method are: 1. It is not possible to conduct real-time inspection of personnel throughout the day It is a waste of resources if full-time personnel are arranged at the wellhead to inspect the wearing condition. 2. It is extremely inefficient to check the validity period of the labor protection equipment provided by the personnel who go down the well one by one, which seriously affects normal work.

[0005] At present, some RFID (radio frequency identification) has been used in the field of safety detection, but it has not been applied to the field of safety detection of labor protection articles for mine operations. Detect whether the labor protection supplies are expired

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