Temperature measurement system for thermal analysis of dangerous goods

Abstract

The embodiment of the invention provides a temperature measurement system for thermal analysis of dangerous goods. The temperature measurement system comprises a main controller, a wireless transmission module and a temperature monitoring module, wherein the main controller is used for acquiring the temperature information of the dangerous goods and converting the temperature information into a temperature electric signal, the wireless transmission module is used for sending the temperature electric signal to the temperature monitoring module in a wireless transmission manner, and the temperature monitoring module is used for receiving the temperature electric signal sent by the wireless transmission module and generating a corresponding dangerous goods temperature monitoring interface according to the temperature electric signal so as to carry out dangerous goods thermal analysis. According to the embodiment of the invention, the temperature change process of the on-site dangerous goods is remotely monitored in real time, the heating temperature and the internal temperature change curve of the dangerous goods can be accurately fed back to a monitoring center in real time, and theacquired data is displayed and stored in real time. The temperature measurement system has the characteristics of small size, light weight, high precision and strong real-time performance.

Description

technical field [0001] The invention relates to the technical field of dangerous goods monitoring, in particular to a temperature measuring system for thermal analysis of dangerous goods. Background technique [0002] The existing cook-off test of explosives is to study the ambient temperature and the intensity of the reaction when explosives react under the action of external heat, which is one of the important tests to evaluate and test the thermal vulnerability of explosives. Among them, accurate collection of heating temperature and internal temperature change curve of charge is the main test content of the test. [0003] Due to the explosion hazard of explosives under the action of heat, strict requirements are put forward for the protection of personnel and equipment. The traditional temperature test system for thermal vulnerability of explosives generally uses temperature sensors to monitor the heating temperature and internal temperature changes of explosives. The t...

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Problems solved by technology

[0003] Due to the explosion hazard of explosives under the action of heat, strict requirements are put forward for the protection of personnel and equipment. The traditional temperature test system for thermal vulnerability of explosives generally uses temperature sensors to monitor the heating temperature and internal temperature changes of explosives. Curve, use a recorder to record the temperature curve, and then read the temperature curve through the computer and process the test results. The testers cannot understand the heating process of the explosive in real time, which brings a lot of uncertainty to the test.

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