Firefighting truck emergency rescue visible command system and emergency rescue visible command method

Abstract

The invention provides a firefighting truck emergency rescue visible command system comprising a firefighting truck monitoring system that comprises a camera and an image processing unit which are connected with each other; a central processing unit; a 4G network system; a server; control display systems arranged at the tail part and the cab of a firefighting truck for achieving the operation of firefighters in the cab and the candidate operation of the firefighters outside the truck, wherein the control display system adopts a liquid crystal control screen and comprises two external display expansion interfaces used for receiving control scheduling commands of a central control console; and a client, wherein the firefighting truck monitoring system is connected with the central processingunit in a bidirectional manner via a bus, and the firefighting truck monitoring system is wirelessly connected with the control display system via the 4G network system. The invention also provides acorresponding emergency rescue visible command method, so that an automatic alarm and automatic reception of the alarm are achieved; and meanwhile, the data of a rescue site is transmitted to a computer terminal of a firefighting office, so that the background interface display is achieved, and thus the data of a fire scene is reproduced, and remote scheduling and commanding are achieved.

Description

technical field [0001] The invention relates to the field of fire rescue command, in particular to the technical field of fire truck emergency rescue visualization technology. Background technique [0002] At present, a large number of domestic fire trucks are designed to be almost fully manual operation. The working process of the fire truck is: open the water outlet valve of the tank → go to the cab to start the car → step on the clutch to idle → hang the power take-off → transmission shaft → fire pump system → power take-off The device is idling → waiting for the fire extinguishing order → starting to extinguish the fire after receiving the order → opening the foam cannon control valve → firefighters get on the roof to control the fire cannon (manual cannon). The above work usually requires two people to cooperate to complete, which is easy to cause high manpower occupation, low fire extinguishing efficiency, time-consuming and labor-intensive, and extremely inconvenient ...

AI Technical Summary

Problems solved by technology

The above work usually requires 2 people to cooperate to complete, which is likely to cause high manpower occupation, low fire extinguishing efficiency, and time-consuming and labor-intensive operation, which is extremely inconvenient

Even if some existing fire truck designers for innovation have made some functional designs tending to automatic control in some aspects, their technical solutions only solve the passive alarm, alarm receiving, and alarm processing caused by the networking of the fire command center and the user unit. In this way, the automation of alarms, the intelligentization of alarm reception, the pre-planning of alarm handling, and the networking of management have been realized, but the real-time monitoring of the important process of fire fighting and fire extinguishing has not been realized.

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