BV伟德国际·(中国区)官方网站-1946源于英国

Building safety is related to people's life safety and social stability, and ancient buildings are non-renewable, so the treatment of cultural relics and ancient buildings must be protected. How to ensure the safe use of buildings is an extremely important task. At present, more and more buildings in our country are gradually approaching or have reached the service life, which makes the buildings continue to have various safety hazards. If relevant measures are not actively taken, the sustainable and healthy development of society will be hindered; The policy orientation of "energy saving, environmental protection and low carbon". It is urgent to study the safety monitoring and reinforcement of dilapidated and old buildings.

Geological disasters are phenomena or processes that endanger human life and property, life and economic activities, or destroy resources and environments on which human survival and development depend. The distribution of geology and geographical environment in my country is complex, and the frequent occurrence of geological accidents in various places not only has an impact on social and economic development, but also poses a threat to people's personal safety and affects the balance of the ecological environment. How to reduce the losses caused by disasters and improve the safety protection capability has become the key to disaster management.

With the rapid development of society and the rapid increase of population, human beings have alleviated this contradiction by building bridges, tunnels and dams. Various projects have developed rapidly in scale and quantity, and the health monitoring of their structures has become increasingly prominent. For the safety of various projects and timely forecasting of dangerous situations, in addition to strengthening and maintaining them, monitoring and evaluation of safety and stability is also very important. It has become an urgent requirement for the development of modern bridge and dam projects to establish an engineering structure health monitoring system to perform deformation, convergence monitoring, evaluation and prediction of engineering in order to seek advantages and avoid disadvantages.

In the application of medical devices, a small on-site mechanical error can endanger people's lives. Therefore, the inclination sensor can effectively provide its working accuracy for the monitoring of medical equipment, and effectively reduce the occurrence of equipment accidents.

A ship is a water tool used for transportation and operation. It moves on the water by power such as manpower, sail or motor, and is an indispensable tool in water transportation. Monitor the ship's inclination angle, acceleration, vibration, speed and other parameters during the navigation process to detect the state of the ship in motion and reduce the risk of accidents.

Photovoltaic tracking control system, also known as sun tracking system, assists photovoltaic modules to accurately track solar energy by tracking the trajectory of the sun in real time, ensuring that the sun’s rays always irradiate vertically on the photovoltaic panel control equipment, so that the amount of solar radiation received by the photovoltaic array greatly increase, and thus significantly increase the overall power generation of the photovoltaic system. The tilt sensor in the system is one of the key devices to optimize the solar energy reception rate.

With the development of science and technology, more and more fields of application of sensors are used in industrial intelligence, which can solve some disadvantages of industrial intelligence, realize more complex analysis and better completion of work, and effectively improve industrial intelligence. developing.

Inclination surveying and mapping is based on computer technology, optoelectronic technology, network communication technology, space science, and information science, with Navigation Satellite Positioning System (GNSS), Remote Sensing (RS), and Geographic Information System (GIS) as the technical core. The existing features of the object can be obtained through surveying and mapping to reflect the status and position of the object being measured, and are used for engineering construction, planning and design and administrative management.