Radiation visualization system and method based on augmented reality technology

Abstract

The invention belongs to the technical field of radiation safety, and particularly provides a radiation visualization system and method based on an augmented reality technology. The system comprises intelligent glasses equipment, a data collection device, a data transmission device, a server, and a display. The data collection device is used for collecting field radiation dose data and three-dimensional map information and converting the field radiation dose data and the three-dimensional map information into a digital signal; the intelligent glasses equipment is used for converting the digital signal and displaying the digital signal on a front virtual screen in the form of graphic and text information, and is used for collecting action information of an operator; the data transmission device is a wireless router, and the intelligent glasses equipment communicates with the server through a wireless router; and the server is used for analyzing and processing the information acquired bythe intelligent glasses equipment and the data acquisition device and transmitting the analyzed and processed information to the display. According to the scheme, the radiation quantity of the radiation area can be stereoscopically displayed in front of a user, and when the change trend of the radiation value is abnormal, an early warning prompt is sent to protect the field safety.

Description

technical field [0001] The invention belongs to the technical field of radiation safety, and in particular relates to a radiation visualization system and method based on augmented reality technology. Background technique [0002] In the power industry, some equipment will produce nuclear radiation or electromagnetic radiation, and working in a radiation environment for a long time will cause irreversible damage to the operators. Especially in nuclear power plants, there are a lot of radioactive substances in the process of operation, maintenance and decommissioning of nuclear facilities, and the principle of optimizing nuclear radiation protection must be strictly followed to ensure that the exposure of workers under any circumstances does not exceed the given standard. limit. In addition to wearing radiation protective clothing, long-term operators should try to avoid going to high-radiation areas and detour to low-radiation areas to reduce radiation damage. [0003] In ...

AI Technical Summary

Problems solved by technology

[0004] Although the staff of the power plant can receive information such as operation routes and electronic work orders through mobile terminals, there may be situations such as no communication signal on site or emergencies, resulting in the inability to receive background planning routes in real time, and there is still the risk of entering high-radiation areas by mistake , there is a threat of harm to personal safety

In addition, since the monitoring instruments only display readings in digital form, it is difficult for operators to feel the radiation level more intuitively.

Images