Passive RF identification label system applied on monitoring stone component historical relics

Abstract

The invention discloses a passive RF identification label system applied on monitoring stone component historical relics. The passive RF identification label system comprises an RF identification label and a card reader. The passive RF identification label and the fixed-point card reader are utilized. The card reader is internally provided with a wireless transceiver unit which can upload acquired data to a historical relics monitoring system. An RF identification label is a flexible circuit board and is suitable for stone components with any shapes. The RF identification label is fixed on the stone component, thereby realizing automatic inspection on the stone component. When movement or vibration of the stone component occurs, the system is triggered for alarming. Monitoring personnel can call related area video for observing, and performs IP sound alarm broadcasting on illegal behaviors. As the passive device is utilized, the passive RF identification label system has advantages of high convenience, high speed, small size and convenient mounting.

Description

【Technical field】 [0001] The invention belongs to the field of radio frequency identification tags, in particular to a passive radio frequency identification tag system applied to the monitoring of stone component cultural relics. 【Background technique】 [0002] The collection of stone relics at the Yuanmingyuan site is rich. Currently, there are 970 pieces of stone relics of certain value registered by the Department of Cultural Relics. Among them, there are 5 second-class cultural relics, 39 third-class cultural relics, and 121 reference items. These beautifully carved stone cultural relics have important historical value and high artistic value. Most of the stone cultural relics in Yuanmingyuan are stored in the open air, mainly concentrated in the Western Building, Fanghu Shengjing, Haiyue Kaijin, Lion Forest and other sites; a small part is stored indoors and semi-indoors, mainly concentrated in the exhibition hall and the junction exhibition of the three gardens. Off...

AI Technical Summary

Problems solved by technology

However, there are obvious deficiencies in the status quo of monitoring cultural relics in Yuanmingyuan, especially the monitoring and management of cultural relics: lack of monitoring of movement, loss, and man-made damage of stone components; lack of patrol inspection of stone components; lack of stone component file management; lack of stone cultural relics Disease monitoring (such as wind erosion, water erosion, corrosion, tilt, fracture, etc.)

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