Portable ad-hoc network fire-fighting dispatching equipment

Abstract

The invention discloses portable ad-hoc network fire-fighting dispatching equipment, and the equipment comprises a box body and a box body cover; the box body cover is arranged on the box body; an operation panel is arranged at an opening of the box body, a fire-fighting dispatching system is installed below the operation panel, an antenna interface is installed at the upper left corner of the operation panel, a power switch, an ad-hoc network switch, a 4G switch, an ad-hoc network indicator lamp, a 4G indicator lamp, an electric quantity indicator lamp and a charging interface are installed on the operation panel on the right side of the antenna interface, and an HDMI is installed at the left side. The operation panel is provided with a usb interface, a network cable interface and a microphone interface. The fire-fighting dispatching system is provided with a voice module, an ad hoc network module, a 4G module, a power supply module, an industrial control mainboard, a WiFi antenna anda 4G antenna which are arranged in a box body below the operation panel; the fire-fighting dispatching system is provided with a display panel, a display screen and an ad-hoc network antenna which are arranged on the inner side of the box body cover; the equipment is smaller in size, light in weight, higher in integration degree, good in maneuvering performance and capable of being deployed at any place.

Description

technical field [0001] The invention relates to a portable ad hoc network fire dispatching equipment, which is used for intelligent fire dispatching. Background technique [0002] At the rescue scene, fire commanders mainly rely on fire dispatching equipment to implement fire rescue command and resource dispatching work. The rescue environment on the scene is often very complicated, and the commanders often need to adjust the rescue plan in time according to the scene environment. However, the current traditional Advanced fire dispatching equipment is generally bulky, low in integration, and poor in maneuverability. It is often necessary to move other auxiliary equipment and vehicles during rescue. Therefore, it takes a lot of time to disassemble, switch and debug the equipment. In the fire scene with poor traffic conditions, the deployment is often slow and has great limitations, which delays the timing of fire fighting and rescue. [0003] At present, the traditional fire...

AI Technical Summary

Problems solved by technology

[0002] At the rescue scene, fire commanders mainly rely on fire dispatching equipment to implement fire rescue command and resource dispatching work. The rescue environment on the scene is often very complicated, and the commanders often need to adjust the rescue plan in time according to the scene environment. However, the current traditional The fire dispatching equipment is generally bulky, low in integration, and poor in maneuverability. It is often necessary to move other auxiliary equipment, vehicles, etc. during rescue.

Therefore, it takes a lot of time to disassemble, switch and debug the equipment. In the fire scene with poor traffic conditions, the deployment is often slow and has great limitations, which delays the timing of fire fighting and rescue.

[0003] At present, the traditional fire dispatching equipment is low in integration, bulky, and poor in maneuverability. It is often impossible to quickly complete the deployment at the fire scene with poor traffic conditions, resulting in poor response speed of firefighters when dealing with emergencies, and it is difficult to judge the scene environment. , and fire commanders often can only rely on their experience and intuition, and often miss the golden opportunity for fire fighting and rescue

Images