Application of Infrared thermal imager gimbal technology in earthquake

Infrared thermal imager gimbal technology can detect the temperature change of the ground, which is a very useful technology. In addition to detecting the possibility of seismic activity, it can also detect the propagation of seismic reflected waves on the surface after seismic activity, as well as the thermal field changes caused by surface temperature changes. It is found that the surface temperature changes can be detected by Infrared thermal imager gimbal technology, which can better study the thermal field changes during the seismic process.

Infrared thermal imager gimbal is a very important tool in earthquake disaster. It can help rescue workers quickly and accurately locate the buried personnel, and determine whether there are safety risks in the building. Next, I will introduce the role of Infrared thermal imager gimbal in earthquake from the following aspects.

1. Personnel search and rescue

After the earthquake, due to the collapse or partial collapse of buildings, people are easily buried in the ruins, then the need for rescue workers to use infrared thermal imaging for detection. The Infrared thermal imager gimbal can scan the hot spots inside collapsed buildings and find people who may be buried, thus guiding the search direction of rescue workers.

2. Judge the safety of the building

After an earthquake, many buildings will be damaged, but some of the damage is not obvious, even hidden. In this case, the Infrared thermal imager gimbal can be used to find the distribution of hot spots inside the building, so as to judge whether the building has security risks. If some areas are found to be hot, indicating that the building may be in danger, rescue workers need to take timely measures to avoid similar accidents in the future.

3. Judge the source of fire

Due to the collapse of buildings caused by the earthquake, many household gas pipelines may break, leading to gas leakage, which will cause fire accidents and threaten the safety of search and rescue workers. The Infrared thermal imager gimbal can be used to find the area of gas leakage, accurately judge the fire source, guide the rescue personnel to put out the fire, and protect the life safety of personnel.

4. Monitor the distribution of hot spots after the earthquake

After the earthquake, due to the change of earth temperature, there will be some observable hot spot changes, the use of Infrared thermal imager gimbal can quickly monitor such hot spot changes, earthquake monitoring personnel can monitor these hot spot changes, determine the earthquake area, predict the development trend of the earthquake, so as to provide effective guidance and support for rescue work.

To sum up, the Infrared thermal imager gimbal plays a very important role in the earthquake, rescue personnel can use it to guide search and rescue and fire fighting actions, but also can monitor the distribution of hot spots after the earthquake to predict the development trend of the earthquake, to provide effective support for avoiding the disaster caused by the earthquake.