Intelligent building balance detection system and method based on infrared temperature measurement

Abstract

The invention discloses an intelligent building balance detection system and method based on infrared temperature measurement. The system comprises a horizontal positioning unit, a temperature detection unit, a balance observation unit and a network transmission unit. The horizontal positioning unit determines that the infrared receivers of the temperature detection unit are located at the same horizontal position; the temperature detection unit comprises an infrared receiver, is arranged on the outer wall of the building at the same horizontal height and is used for detecting the ambient temperature; the balance observation unit is used for judging the current building balance state by judging whether the ambient temperature detected by the temperature detection unit has temperature difference or not; and the network transmission unit is connected with the network, updates the balance observation result every day and sends the balance observation result to the cloud for recording. After the building is built, the environment temperature is detected through infrared rays, the building balance state is judged according to whether the temperature difference exists in the environmentor not, whether the building sinks or not is known, and the problem that a high-rise building is difficult to observe is solved.

Description

technical field [0001] The invention relates to an intelligent building balance detection system and method based on infrared temperature measurement, belonging to the field of building balance detection. Background technique [0002] The building balance observation is to measure the inclination of the building itself to understand whether the building is tilted due to the subsidence of the foundation over time. Buildings may experience settlement during the construction phase due to increased loads, or after completion, settlement may occur due to geological environmental phenomena such as changes in the earth's crust, causing the building to lose its balance and the center of gravity to shift, eventually causing the building wall The body cracks, and even collapses in severe cases. Therefore, it is more and more important to carry out balance detection on buildings. [0003] However, in reality, the balance observation of high-rise buildings is mostly in the constructio...

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Problems solved by technology

[0003] However, in reality, the balance observation of high-rise buildings is mostly in the construction stage. Due to the serious restrictions on the construction site, the traditional orthogonal and vertical point calibration method of theodolite is difficult to implement smoothly. Difficult to determine the problem

At the same time, most of the observations outside the building require the observation site to be higher than the building. Due to the trend of higher and higher buildings in our country, it will not be observed after the building is completed, so that the building will not be observed for many years due to Balance shifts due to environmental influences are again ignored

Especially in mountainous areas or areas with soft soil foundations, in mountainous areas, due to the impact of landslides, buildings are prone to settlement and inclination after completion. In areas with soft soil foundations, buildings with soft soil settle faster and are more prone to inclination. Observation is difficult to judge, but there are serious safety hazards. The existing settlement detection device is expensive, and it is impossible to call the police in time to remind the owner of the building

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