Trigger type fast-response fire-fighting mask

Abstract

The invention discloses a trigger type fast-response fire-fighting mask. The trigger type fast-response fire-fighting mask comprises a mask body and a power switch assembly; a first through hole is vertically formed in the center of the top of the mask body, the first through hole penetrates through the mask body, and the power switch assembly is vertically arranged in the first through hole in apenetrating mode; the power switch assembly comprises a battery part and a switch part, wherein the battery part is connected with the switch part, and the switch part is connected with a broadcastingdevice; and the broadcasting device is arranged on the inner wall of the mask body, and the broadcasting device is connected with the power switch assembly through an internal wire. By the adoption of the trigger type fast-response fire-fighting face mask, when a fire occurs, the fire-fighting face mask can be rapidly and effectively started and can be in a working state, and the escaping knowledge in the fire scene can be explained through the broadcasting device, so that trapped persons can quickly and efficiently escape from the fire scene rapidly and efficiently by adopting self-rescue measures.

Description

technical field [0001] The invention relates to the field of fire protection, in particular to a trigger-type quick-response fire mask and a building fire-fighting Internet of Things system. Background technique [0002] In the past 10 years, tens of thousands of building fires have occurred across the country, killing more than a hundred people, including many firefighters. In the early stage of a fire, it mainly relies on self-rescue. Due to the characteristics of high crowd gathering, high mobility, complex structure, and large fire hazards in buildings, once a fire breaks out, it is difficult to quickly find a suitable escape route, which can easily cause heavy casualties and bring great harm to the society. Great negative impact. When a fire breaks out, the scene is full of fire and smoke, the environment is harsh, visibility is poor, and rescue is difficult. The information available to rescuers is often limited, making it difficult to achieve fast and effective rescu...

AI Technical Summary

Problems solved by technology

In the early stage of a fire, it mainly relies on self-rescue. Due to the characteristics of high crowd gathering, high mobility, complex structure, and large fire hazards in buildings, once a fire breaks out, it is difficult to quickly find a suitable escape route, which can easily cause heavy casualties and bring great harm to the society. huge negative impact

When a fire breaks out, the scene is full of fire and smoke, the environment is harsh, the visibility is poor, and the rescue is difficult. The information available to rescuers is often limited, and it is difficult to achieve fast and effective rescue.

[0003] In the face of complicated fire situations, people trapped in the fire are prone to panic, which affects the judgment of the escape route, and cannot escape the scene in the fastest time. Therefore, it is particularly important to leave the fire scene calmly, orderly, and quickly. Therefore, People use the method of setting a voice module on the traditional fire mask to give voice prompts to the trapped people and guide the trapped people to evacuate and save themselves. Actively turn on the switch to power the voice module to make it work

When the trapped people are in a panic, it is easy to happen because they do not understand the function or operation method of the fire mask, which will cause the situation that the voice broadcast cannot be performed normally, and the escape time will be delayed.

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