Qu Zici Town, Heiyuling, immovable cultural relics preventive protection system to guard the relics
1. Not to mention the Qin Warriors, the Qin Mausoleum Garden, bronze waterfowl and other cultural relics are exhibited in a centralized manner.
The protection of cultural relics, especially immovable cultural relics, has always been an important part of cultural heritage. As a major archaeological discovery in the middle reaches of the Yangtze River, the Heiyuling cemetery in Shuangchu Village, Quzici Town, Miluo City, Hunan Province, has given its immeasurable historical value due to its historical background in the late Shang Dynasty. Over time, environmental factors have become more and more eroded by cultural relics, which makes conservation work very important. The application of soil monitor in the immovable cultural relics protection system provides strong scientific and technological support for the protection of cultural relics. Ensure the stability and safety of cultural relics based on real-time monitoring of soil changes around immovable cultural relics.
2. The importance of the Blackfish Ridge Cemetery.
The Heiyuling Cemetery is located in Shuangchu Village, Quzici Town, Miluo City, Hunan Province. Its scale and nature are clear, and it is the first time it has been discovered in the middle reaches of the Yangtze River. The excavation of this cemetery enriches the understanding of the culture of the late Shang Dynasty and provides valuable materials for the study of the social structure and living customs of the time. However, due to the complex and changeable ecological environment of the cemetery, the stability of the roadbed soil has become the primary challenge for the protection of cultural relics. Small soil changes can cause irreparable damage to fragile artefacts.
3. The ability of the soil monitor of the immovable cultural relics protection system.
In order to meet the above challenges, a comprehensive immovable cultural relics protection system was introduced, in which soil monitors were introduced into the conservation work of the Heiyuling Cemetery. Through advanced sensing technology, the equipment can monitor key parameters such as soil temperature, humidity, pH value, and conductivity of cultural relics foundation in real time and accurately. Its external high-precision sensor and data amplification module ensure the authenticity and reliability of the monitoring data. Based on the real-time feedback of this data, the staff can keep abreast of the changing trend of the foundation soil and take appropriate protection measures.
Fourth, the problems encountered and solutions.
In the practical application of soil monitoring, two important problems are encountered: first, the variability of soil environment affects the stability of monitoring data; Second, the stability and real-time performance of the transmitted data are very demanding.
In order to solve the first problem, by optimizing the accuracy of the sensor and the layout of multiple points, and using advanced data processing algorithms to average the data of multiple points, the accuracy of the soil monitor in various soil environments was improved. For the second problem, choose reliable wireless transmission technology such as Zigbee, optimize the layout of the data transmission module, and place the wireless module close to the shell as much as possible to avoid shielding too many signals to ensure the real-time transmission and accuracy of statistical data.
Fifth, the application of soil detector expansion.
The successful application of the soil monitor of the immovable cultural relics protection system in the Heiyuling cemetery fully proves the important effect of scientific and technological progress in the field of cultural relics protection. Through the real-time monitoring of the changes in the foundation soil of cultural relics, the equipment provides a strong guarantee for the long-term preservation of immovable cultural relics. With the development of cultural heritage protection equipment, it is expected that a large number of breakthrough protection technologies and methods will be widely used in the field of cultural relics protection, and make greater contributions to the inheritance and promotion of human cultural heritage.
Soil monitors are also widely used in the field of environmental protection. Through real-time monitoring of soil pollutants, pollution sources can be discovered in time and corresponding treatment measures can be taken to prevent the spread and deterioration of soil pollution.