System for carrying out dynamic monitoring on complete information of firefighting vehicle

Abstract

The invention discloses a system for carrying out dynamic monitoring on the complete information of a firefighting vehicle, relating to a system for carrying out acquisition and transmission on chassis information, boom information, vehicle-borne equipment monitoring information and audio / video field disaster information and the like of firefighting vehicles in firefighting and rescue fields. Thesystem comprises a vehicle-borne information acquisition and transmission device, a field operation terminal and a monitoring center system, wherein the vehicle-borne information acquisition and transmission device is connected with the field operation terminal and the monitoring center system by a wired / wireless network. By using the system disclosed by the invention, the real-time acquisition and transmission of firefighting vehicle centered complete information of firefighting and rescue fields can be realized, and a comprehensive monitoring management system integrating the functions of complete information acquisition, transmission, processing, storage, positioning tracking, commanding and scheduling is established, therefore, the system is an important complement to an integrated framework for integral firefighting information systems, enriches the sources of basic data. The application of the system greatly improves the informatization application and management level of firefighting equipment.

Description

technical field [0001] The invention relates to a collection and transmission system for fire truck chassis information, bodywork information, on-board equipment monitoring information, and on-site disaster audio and video information for fire fighting and rescue. Background technique [0002] Fire fighting vehicles and vehicle-mounted equipment play an irreplaceable role in fire fighting and rescue operations, and are the basis for fire fighting forces to perform fire fighting and rescue tasks. When the fire-fighting vehicle is performing its task, the vehicle chassis information and bodywork information (the bodywork mainly includes the power output system, fire extinguishing system, special duty system and various electrical equipment, etc., where the fire extinguishing system refers to fire extinguishing systems such as water, foam, dry powder or carbon dioxide; Service system refers to the system that completes one or more professional fire-fighting technical operations...

AI Technical Summary

Problems solved by technology

When the fire-fighting vehicle is performing its task, the vehicle chassis information and bodywork information (the bodywork mainly includes the power output system, fire extinguishing system, special duty system and various electrical equipment, etc., where the fire extinguishing system refers to fire extinguishing systems such as water, foam, dry powder or carbon dioxide; Service system refers to the system that completes one or more professional fire-fighting technical operations, such as elevating system, lighting system, smoke exhaust system, chemical defense system, etc.), vehicle equipment and equipment information, etc. are relatively independent, and cannot be automatically collected and transmitted in real time

At present, after completing the fire fighting and rescue mission, information can only be recorded by memory. This kind of data collection and recording method is unscientific and inaccurate, and cannot correctly reflect the actual situation of the fire fighting and rescue scene, resulting in the lack of data basis for the summary of the battle evaluation, which is very difficult for the fire fighting force. The accumulation of rescue experience leaves hidden dangers

[0003] At the same time, this extensive vehicle-mounted equipment management model cannot timely grasp the development trend of equipment and understand the actual needs of grassroots fire fighting and rescue. The equipment and equipment are equipped blindly, which restricts the performance of equipment and equipment, and has been unable to adapt to the construction of information technology. development of

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