External fire fighting equipment for intelligent fire rescue

Abstract

The invention discloses external fire fighting equipment for intelligent fire rescue. The external fire fighting equipment comprises a fire fighting vehicle body, wherein a rotating device is rotationally connected to the fire fighting vehicle body; a retractable scaling ladder is arranged on the rotating device; a manned frame is arranged at the end, which is away from the rotating device, of theretractable scaling ladder; a life detector, a rescue alarm system and a smoke removal system are arranged on the outer side of the manned frame; the life detector is electrically connected with therescue alarm system; the life detector is used for monitoring vital sign conditions in the horizontal direction; and a pair of airbag slides is arranged at the position, close to the retractable scaling ladder, of the manned frame. According to the external fire fighting equipment for intelligent fire rescue, the scaling ladder of the fire fighting vehicle is erected on the outer side of a residential building, life information is monitored from floors one by one, and after a vital sign is detected, a fireman directly enters the affected floor to assist personnel in escaping, so that rescue isquicker and more accurate, the physical power of the fireman is not wasted on climbing upstairs, and more physical power is saved for rescue.

Description

technical field [0001] The invention relates to the technical field of fire-fighting equipment, in particular to an externally connected fire-fighting equipment for intelligent fire rescue. Background technique [0002] Firefighting is the general term for eliminating hidden dangers and preventing disasters, that is, preventing and solving the man-made, natural and accidental disasters that people encounter in their life, work and study. [0003] During the fire rescue process, firefighters need to climb many floors from the fire exit to the fire outbreak point to check whether there are still people to be transferred. However, firefighters entering the disaster area also have great safety hazards, which is not good for the personal safety of firefighters; and Many fires occur from the inside of residential buildings, and many residents can escape through windows. However, in real life, most families install anti-theft windows on windows for anti-theft needs. In many fire ca...

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Problems solved by technology

[0003] During the fire rescue process, firefighters need to climb many floors from the fire exit to the fire outbreak point to check whether there are still people to be transferred, but there are also great safety hazards for firefighters entering the disaster area, which is detrimental to the personal safety of firefighters; and Many fires occur from the inside of residential buildings, and many residents can escape through windows. However, in real life, most families install anti-theft windows on windows for anti-theft needs. In many fire cases, people expect to escape from the anti-theft windows. escaped, but was burned alive on the security window

[0004] In the prior art, it is still necessary for firefighters to consume a lot of physical strength to climb the stairs to enter the fire scene to check the people to be rescued. Before the rescue, the firefighters consume a lot of physical strength, which is not conducive to the follow-up rescue work; It is not easy to be opened, causing people who could have escaped to be burned to death

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