Application method of nuclear waste movement system

Abstract

The invention discloses an application method of a nuclear waste movement system. A vehicle control host machine, an image acquisition module, a display module and a GPS positioning module are comprised, and a wireless communication module, an alarm module, a radiation detection module and a pressure sensor are further comprised. Under normal conditions, real-time image data is transmitted by a camera to the vehicle control host machine, the received image signals are processed by the vehicle control host machine and are then divided into three paths, the first path is outputted to a high capacity storage module for caching reservation, the second path is outputted to the display module to provide for staff of transportation for timely check, the third path is transmitted to the wireless communication module and is transmitted to a remote terminal through the wireless communication module, whether response measures are adopted is determined by the remote terminal, namely whether a control command is transmitted to an alarm device to alarm an operator on duty is determined.

Description

technical field [0001] The invention relates to the field of radiation supervision, in particular to a method for using a nuclear waste transfer system. Background technique [0002] Radioactive materials, including in-service radioactive sources, decommissioned disused radioactive sources (materials) and devices with radioactive sources, in the process of transportation and movement, in order to ensure the safety of radioactive materials and the radiation safety of the surrounding environment along the way, according to the national "Radioactive According to the Regulations on the Safety Management of Article Transportation, transportation vehicles must be equipped with necessary radiation monitoring equipment and anti-theft equipment, and online monitoring should be implemented for the transportation process of Class I and II radioactive articles. [0003] During the transportation of radioactive materials, the most important concern is to ensure the safety of radioactive ...

AI Technical Summary

Problems solved by technology

Because radioactive materials are generally wrapped in source tanks, containers or other devices with radioactive sources installed, and the transportation vehicles will inevitably have vibrations and bumps, the background radiation level of the environment along the way is also affected by factors such as fluctuations and changes, depending on the radiation dose. It is difficult to judge the presence or absence of radioactive materials through detection, and it is almost impossible for radioactive sources with low activity

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