Dynamic monitoring system for flammable and explosive products for automobiles

Abstract

The invention relates to a dynamic monitoring system for flammable and explosive products for automobiles. The system comprises a support auxiliary system. The upper portion of the support auxiliary system is equipped with a flammable and explosive product storage chamber for automobiles, and the side of the flammable and explosive product storage chamber for the automobiles is provided with a bearing column mechanism. The top of the bearing column mechanism is provided with a horizontal column, and a fan system is installed on the right side of the horizontal column. A plurality of flammableand explosive products for the automobiles are placed in the flammable and explosive product storage chamber for the automobiles. A top cover is installed on the upper portion of the flammable and explosive product storage chamber for the automobiles. A steel rope is installed on the lower portion of the top cover, a sliding sleeve is installed on the steel rope, and a monitoring system is arranged on the lower portion of the sliding sleeve. A left connecting rope and a right connecting rope are respectively arranged on the left side and the right side of the monitoring system. The system facilitates dynamic monitoring of the flammable and explosive products for the automobiles, and is convenient to use. The fan system can be utilized to achieve air flowing in an air storage chamber to maintain the ventilation state to reduce safety accidents.

Description

technical field [0001] The invention relates to a dynamic monitoring system for inflammable and explosive products used in automobiles, belonging to the technical field of automobile monitoring. Background technique [0002] At present, in the monitoring of flammable and explosive products used in automobiles, most of them use fixed-position monitoring methods and set up display screens to monitor the monitoring points one by one. However, in order to increase the number of monitoring points, it is necessary to continuously increase the monitoring camera system, so A lot of cost has been added, and for some occasions, due to various environmental restrictions, it is impossible to install a monitoring system at each point, but it is still hoped that it can play a monitoring role. Therefore, it is necessary to adopt a dynamic monitoring method. Monitoring flammable and explosive products for automobiles at irregular points reduces monitoring costs and achieves effective monito...

AI Technical Summary

Problems solved by technology

[0002] At present, in the monitoring of flammable and explosive products used in automobiles, most of them use fixed-position monitoring methods and set up display screens to monitor the monitoring points one by one. However, in order to increase the number of monitoring points, it is necessary to continuously increase the monitoring camera system, so A lot of cost has been added, and for some occasions, due to various environmental restrictions, it is impossible to install a monitoring system at each point, but it is still hoped that it can play a monitoring role. Therefore, it is necessary to adopt a dynamic monitoring method. Monitoring flammable and explosive products for automobiles at irregular points reduces monitoring costs and achieves effective monitoring