Chemical energy plate breakage equipment

Abstract

The invention discloses a chemical energy board demolition equipment, which comprises a shell, a heat-insulating filling layer, a top sealing layer, a buffer sealing plug, an ignition powder layer, a high-energy chemical layer and a bottom sealing layer. The inside of the shell is a charge chamber, The thermal insulation filling layer, the top sealing layer, the buffer sealing plug, the ignition powder layer, the high-energy chemical layer and the bottom sealing layer are all arranged in the charging cavity of the shell, and the top sealing layer, the buffer sealing plug, the ignition powder layer, the high-energy chemical layer and The bottom sealing layer is arranged in sequence from left to right to form the inner body. The horizontal ratio of each layer is designed according to actual needs. The heat insulation filling layer is covered on the outer surface of the inner body. The ignition powder layer is also equipped with an electronic fuse. The electronic fuse passes through the ignition powder layer, the buffer sealing plug and the top sealing layer sequentially from right to left, and the crossing area of ​​the electronic fuse is a gap. The invention has the beneficial effects of strong environmental adaptability, convenient use, compactness and lightness, and low dependence on energy and equipment.

Description

technical field [0001] The invention belongs to the technical field of anti-terrorist emergency and emergency rescue equipment, and in particular relates to a chemical energy board rescue equipment. Background technique [0002] Emergency rescue equipment and anti-terrorism emergency equipment are two relatively new categories of fire-fighting equipment. With the expansion of the functions of public security and fire-fighting forces, they have gradually developed and formed, mainly including detection, warning, demolition, lighting and other types. According to the statistics of the China Fire Protection Yearbook, in 2011, the national public security firefighting forces dispatched 656,000 cases of emergency rescue and various social assistance, dispatched 1.171 million vehicles, and dispatched 7.334 million officers and soldiers. Facing the heavy tasks of disaster relief and rescue work and the increasingly complex security situation, governments at all levels have paid mor...

AI Technical Summary

Problems solved by technology

With the advancement of material technology, the strength, hardness, and friction resistance of the plate are getting better and better, which brings convenience and progress, but also creates great obstacles for emergency rescue and anti-terrorism work.

[0004] At present, the board demolition equipment commonly equipped mainly includes the following categories: 1. Manual demolition tools: there are pry axes, door bumpers, fire waist axes, picks, shovels, knives, axes, etc., mainly based on the strength of the operator himself To complete the rescue work, advantages: no need for any energy, suitable for accident rescue with little urgency; disadvantages: small power, slow efficiency; 2. Electric rescue tools: there are electric saws, electric drills, electric welding machines, etc., which convert electrical energy into mechanical energy , to achieve the purpose of cutting, punching, and clearing obstacles. Advantages: fast work efficiency; Disadvantages: no power available during power failure in disasters or field operations; 3. Motorized demolition tools: motorized saws, motorized picks, forklifts, excavators etc., mainly use fuel as power to convert mechanical energy to carry out demolition and clearance. Advantages: fast work efficiency, not affected by power supply, disadvantages: large equipment, not easy to carry; 4. Hydraulic rescue tools: hydraulic cutters, hydraulic expanders , hydraulic ejector rods, etc.; mainly convert high-voltage energy into mechanical energy for demolition and lifting; advantages: large energy and fast work efficiency; disadvantages: heavy equipment and unstable quality

The above-mentioned powered demolition equipment has different emphases and advantages, but they all have common limitations, that is, they are highly dependent on energy and equipment

When using the above-mentioned equipment, it is often necessary to cooperate with heavy equipment and energy supply devices. However, in emergency rescue and anti-terrorist emergency work, it is often encountered in situations where there is no energy supply or no time to complete the preparation work. The above-mentioned equipment has certain limitations.

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