A Networked Radiation Environment Monitoring System

Abstract

The present invention discloses a networked radiation environment monitoring system. A radiation environment monitoring device and a power supply system are connected with a data processing host through a real-time signal transmission system. An alarm indication module is an alarm signal output device and is connected with the data processing host. According to the technical scheme of the invention, the on-line, real-time, automatic monitoring and alarming advantages are realized. By means of the system, the screening of an oracle database is realized efficiently based on the data redundancy method. Through checking data and verifying existing data, necessary data are queried and verified, so that the accuracy and the uniqueness of supplied data are realized. Meanwhile, the data redundant condition is avoided. The system has the redundant data recording function, so that the integrity and the accuracy of the equipment supply manufacturer information in an electric energy replacement module are improved. The redundancy problem of the data information is effectively solved. Moreover, the system improves the working efficiency of the subsequent operation.

Description

technical field [0001] The invention belongs to the technical field of environmental monitoring, in particular to a networked radiation environmental monitoring system. Background technique [0002] With the continuous improvement of people's requirements for environmental quality and the increasing emphasis on radiation protection, the real-time monitoring technology of radiation levels in nuclear facilities and their surrounding environments will continue to be studied and improved as an important aspect, and will be developed along with other fields. The development of science and technology and further development. [0003] The old radiation environment monitoring system is equipped with G-M type gamma radiation detector, NaI gamma spectrometer, air sampling pump, portable generator and power supply. During the process of use, it was found that due to design defects, the old system mainly had the following problems: the generator was started by manpower slowly, and the ...

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Problems solved by technology

In the process of use, it was found that due to design defects, the old system mainly had the following problems: the generator was started slowly by manpower, and the noise was loud, the system equipment was unstable, and failures occurred frequently, and the system availability was low

In particular, the monitoring system has no automatic continuous monitoring and real-time data transmission functions, and can only rely on manual positioning monitoring and manual reporting of monitoring data, which has low work efficiency

The single voice communication method makes it impossible for the monitoring system to report data to the command center after entering the "blind zone", and the monitoring system completely loses contact with the command center

Due to the absence of an environmental radiation monitoring system and monitoring software, online, real-time, and automatic monitoring and alarming of environmental radiation conditions cannot be realized. In an accident state, it is difficult for the monitoring command center to obtain the data of the monitoring system in time, and it is impossible to summarize and analyze the relevant data. , affecting the guidance work of the command center

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