Gamma-ray wireless sensing monitoring apparatus and system

Abstract

The invention discloses a gamma-ray wireless sensing monitoring apparatus and a system. The gamma-ray wireless sensing monitoring apparatus comprises a gamma-ray information collection device (11) and a gamma-ray wireless sensing monitoring interface (12), wherein the gamma-ray information collection device (11) comprises a gamma energy spectrum probe and an intelligent scaler, the gamma-ray wireless sensing monitoring interface (12) comprises a microcontroller, an information storage device, an interface converter, a wireless transceiving device and a power supply, and the interface converter is connected between the intelligent scaler and the microcontroller so as to prevent microcontroller burnout. The gamma-ray wireless sensing monitoring system comprises the gamma-ray wireless sensing monitoring apparatus (1), a gamma-ray wireless sensing network (2) and a gamma-ray wireless sensing monitoring center (3), wherein a wireless sensing unit (31) and the gamma-ray wireless sensing monitoring apparatus (1) are subjected to wireless communication through the gamma-ray wireless sensing network (2) so as to achieve gamma-ray remote monitoring.

Description

technical field [0001] The invention relates to a gamma ray monitoring device and system, in particular to a gamma ray wireless sensor monitoring device and system. Background technique [0002] With the application and development of nuclear technology in nuclear power and other fields, the pollution of radioactive substances, especially gamma rays, to the environment has attracted more and more attention. Because of its relatively strong energy, gamma rays are relatively harmful to the human body. The gamma-ray monitoring technology currently used is mainly wired (such as figure 1 As shown), due to the complex installation, high maintenance cost and poor scalability of gamma-ray wired monitoring technology, wireless monitoring technology is more and more widely used. [0003] Chinese patent application CN103064100 (patent application number is 201210590929.5) provides an intelligent nuclear radiation monitoring machine, which mainly includes: a mobile platform and a data...

AI Technical Summary

Problems solved by technology

The γ-ray monitoring technology currently used is mainly wired (such as figure 1 As shown), due to the complex installation, high maintenance costs and poor scalability of gamma-ray wired monitoring technology, wireless monitoring technology is more and more widely used

[0003] Chinese patent application CN103064100 (patent application number is 201210590929.5) provides an intelligent nuclear radiation monitoring machine, which mainly includes: a mobile platform and a data platform, the mobile platform is used to move the data platform, and the data platform includes: a control module , nuclear radiation data acquisition sensor and geographic location information collector, although the staff does not need to enter the monitoring area, which ensures personal safety, but the cost of the device is relatively high

Chinese patent application CN101923172A (patent application number 200910033055.1) discloses an intelligent network nuclear radiation monitoring and sensing node and its control method. The intelligent network nuclear radiation monitoring and sensing node mainly includes a communication module, a micro-control module, a temperature sensor, GPS and a radiation module ; Although it can transmit the data collected by the node to the observer through the network, the node can only transmit the data directly to the monitoring center through a single hop. If the distance between the node and the monitoring center is large, it will easily cause a waste of node energy. The cost of the node is also high; and its power consumption is high, it is inconvenient to use in long distances, especially in places without mains power supply, and the high power consumption is easy to burn out components

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