Fire disaster self-saving high-speed escaping machine that can be operated and controlled by micro-computer in wireless mode

Abstract

The invention relates to a fire self-rescuing high-speed life device controlled by micro computer, which can be controlled without wire. The device comprises host computer component, at least a hand-hold wireless remote controller, falling load device and sling component, wherein the host computer component is set at the special life port of building or in the refuge safe room and is connected with the building. The hand-hold wireless remote controller is taken by escaping man or escaping man, escort and ground meeting man all take hand-hold wireless remote controller. The falling load device is connected with the host computer component. The sling component is connected with the falling load device and the host computer component respectively. The device also comprises an air locator, which control the air location of falling load device and the distance between the falling load device and the building outer wall. The air locator is connected with the falling load device and is communicated with the hand-hole wireless remote controller without wire. The device can be controlled by escaping man or escaping man and ground rescuing man. It can control falling speed and space location. It is provided with fire proof and collision prevention performance and safe and reliable use.

Description

【Technical field】 [0001] The present invention relates to a self-rescue device for fire, in particular to a wireless device controlled by a microcomputer that can be used by high-rise family residents or office workers, can supply power by itself, and can be controlled by the escapee or jointly controlled by the escapee and the rescuer. Controlled fire self-rescue high-speed escape machine. 【Background technique】 [0002] In today's world, the process of industrialization and urbanization is accelerating day by day. There are many high-rise buildings and dense population in major cities in the world, which makes the city's load increasingly heavier. The rapid increase in population and industrial development has led to a large increase in electricity consumption, and factors such as aging electrical equipment, inadequate safety protection measures, man-made sabotage and terrorist attacks have become potential threats to high-rise fires in cities. High-rise fires will Direct...

AI Technical Summary

Problems solved by technology

However, the fire ladder truck cannot actually be used as the main equipment for lifesaving

First of all, the fire ladder truck is a large-scale special equipment for the fire department. In the event of a fire, it is usually difficult to quickly pass through the narrow and winding streets in the city to reach the fire scene.

Secondly, even if the aerial ladder vehicle arrives at the scene, due to its large size, it is easy to be restricted by the environment such as roads and facilities around the fire building, and it is not easy to approach the people trapped in the fire.

In addition, the boom height of existing ladder trucks is usually below 50 meters, and there is nothing that can be done for floors above 15 floors (25 floors in developed countries).

Also because the lifting speed of the aerial ladder car is too slow, the number of passengers is limited and it is impossible to effectively rescue large-scale fires in high-rise buildings, thus losing valuable opportunities for rescue.

As another kind of life-saving descent device of escape equipment, it can not implement effective lifesaving and escape in fact. It is only suitable for healthy and bold people, but not suitable for vulnerable groups such as the elderly, the sick, the disabled and women in the family, and the vulnerable groups such as the elderly, the sick, the disabled and women account for more than 70% of the total population. This is the existing life-saving descending device The main reason why it is not suitable for home use is also an important reason for limiting its widespread use

2. There are passenger risks; the existing life-saving descending devices are actually a kind of centrifugal speed limiter, which can only limit the falling speed to a certain fixed speed, but cannot adjust the speed and slow down, and cannot stop halfway. When encountering obstacles such as air conditioners, wires, and advertising light boxes on the wall, it is very easy to be in danger of collision

3. The speed is too slow; since the existing life-saving descending devices have no deceleration and halfway stop functions, they can only operate at a relatively low speed, usually below 1.5 m / s, which is very common for 30-story buildings in modern cities. For high-rise buildings above 100 meters or more, the escape speed is far from enough, and the extremely slow escape speed may lead to serious consequences.

4. The falling and loading equipment is simple; the existing life-saving descending devices usually only use a single-figure armpit chest strap to hang the human body, and the passengers feel pain, and the weak are easy to slip in the air

5. Falling escape personnel are not protected by fire protection and anti-collision facilities, so they are easily burned by fire, smashed or bruised by sundries, and they are easy to hit the wall and get injured when the wind is strong

6. Since there is no communication equipment, it is impossible to realize the real-time communication between the falling escape personnel, the rescue escort and the ground response personnel, and this real-time communication is very important in the critical moment of the fire

The above-mentioned many disadvantages of the existing life-saving descending devices have limited their practical application, and they have not been widely used in households. The fundamental reason is that the technical content is too low, the function is single, lack of intelligence, humanization, and serious risk of carrying , so it cannot effectively meet the highly dangerous and difficult rescue requirements of high-rise fire rescue and escape.

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