Ultralimit high air fire rescuing device

Abstract

The invention discloses an ultralimit high air fire rescuing device. The ultralimit high air fire rescuing device comprises power supply box capsules, a fire rescue capsule, a layered rescue capsule and power batteries. The power supply box capsules are symmetrically distributed on the two sides of the fire rescue capsule. Each square groove of the two power supply box capsules is provided with alifting rotor wing fan. Motors are installed at the positions of bottom plates of the power supply box capsules and connected with the blocky power batteries. The fire rescue capsule is of a long-strip frame structure, the layered rescue cabin is arranged at the middle position of the fire rescue cabin, the two sides of the front part of a bottom plate of the layered rescue capsule are perpendicularly connected with fire pipeline adjusting plates in a welded manner, fire pipe spray heads are clamped, and two outer side wall plates are provided with dry powder air cannons. The layered rescue capsule is internally provided with an inner rescue capsule, a middle rescue capsule and an outer rescue capsule. The rear part of a bottom plate of the fire rescue capsule is fixedly provided with a water tank, the front end faces of the two sides of the water tank are connected to one ends of water pumps through water pump connectors, the other ends of the water pumps are connected with fire pipelines, and the other end of the fire pipelines are connected with fire spray heads. According to the ultralimit high air fire rescuing device, a fire fighting function and a rescuing function are integrated, complete functions are achieved, and the maneuverability is high.

Description

technical field [0001] The invention belongs to the technical field of fire protection engineering, and in particular relates to an over-limit high-altitude fire rescue device. Background technique [0002] In recent years, various fire accidents have occurred frequently, causing heavy personal injury and property loss, especially in high-rise buildings where various types of people are densely populated, and major fires occur from time to time. And now densely populated high-rise buildings, over 100 meters tall buildings can be seen everywhere. In some cases where the fire accident occurred beyond the rescue height of the fire platform, the fire officers and soldiers can only watch with bare hands and take some auxiliary measures. Although air travel equipment such as airplanes has become more and more mature, there are still relatively few air travel devices for the field of fire rescue, and aerial work platforms that rely on lifting equipment have always been used to supp...

AI Technical Summary

Problems solved by technology

Moreover, high-rise buildings in densely populated residences are everywhere, and high-rise buildings over 100 meters high can be seen everywhere. In some cases where the location of the fire accident exceeds the rescue height of the fire platform, firefighters can only watch with bare hands and take some auxiliary measures.

Although air travel equipment such as airplanes has become more and more mature, there are still relatively few air travel devices in the field of fire rescue, and aerial work platforms that rely on lifting equipment have always been used to support high-rise fire protection.

But as we all know, the lifting distance of the high-rise platform of the lifting equipment is limited after all, and the fire-fighting equipment cannot be easily brought to the sky. The main limitation is that the pressure of the water source cannot reach the height that requires fire rescue; The fire-fighting measures are different, and the fire-fighting materials used are also different. It is necessary to transport a large amount of mixed fire-fighting materials, and water cannot be used alone.

In addition, the rescue measures for fire survivors are single, relying mostly on firefighters calling for one-on-one rescue, and using high-altitude lifting ropes for bundled rescue, the rescue efficiency is very low

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