JP2004053237A - Mine sympathetic detonation device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem in a conventional mine removal method by removing plants, using a magnetic searcher and the like to search the mine, and sympathetically detonating the mine by using explosive, that it takes a labor hour and a time, and severely destroying the environment. <P>SOLUTION: A giant water ball or brick is blasted out to a mine field by using a spring launcher, and the mine is sympathetically detonated by surface waves generated by its impact force or collision. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD AND EFFECTS OF THE INVENTION
The present invention relates to a giant rubber film polka dot.
Claim 1 will be described.
FIG. 1 and FIG. 2 are explanatory diagrams showing the mine clearance method of the present invention. A giant rubber film polka dot 1 or a brick 2 is driven into a minefield 5 using a driving machine such as a spring launcher 4 or the like to induce a mine.
1. Rubber bags or balloons are compact, and when expanded, can hold more than 30 times the original volume of water. The water is heavy, easy to handle as slick, and evaporates, making it an environmentally friendly process without decay as a landmine bomb. The water may be muddy water. The polished polka dot elastic body of the rubber membrane bag and the rubber balloon withstands loading into the spring firing basket, firing impact, and flight, and reaches the minefield without damage. Then, a large impact is given to the landing point, and at the same time, a seismic wave is generated. The large, medium and small rubber membrane polka dots having a diameter of 6 cm, a diameter of 20 cm, and a diameter of about 45 cm are applied.
2. Bricks and stones can be reused and used many times.
3. Mixing seeds and eggs of creatures into polka dots can turn a rough minefield into a green space that is a paradise for living things.
4. Since this treatment device has a simple structure and is a simple mine detonation device, it can be manufactured at low cost and its usage is simple. In addition, various types of landmine explosion devices, such as a caterpillar type, a truck mounted type, and a rear car type, can be manufactured. A large number of such inexpensive mine detonation devices will be introduced into minefields to efficiently remove a wide range of landmines using local people and human tactics.
[0002]
Claim 2 will be described.
FIGS. 3, 4 and 5 show a multi-tank with a float and a multi-tank purified water tank with a float.
This is a large-capacity float tank in which a large number of independent rubber membrane bags 8 or cloth bags 14 are attached as flexible tanks to the floats 10 and 16 via joints 9. This float tank has a structure that accommodates a large amount of inland water 11 even if the installation area is small because the float tanks exist densely. Therefore, it can be installed in small ponds, storage ponds, paddy fields, etc. in the garden. This float board will be a lid for a pond or paddy field. It exists in an external water environment unaffected by changes in the outside air such as wind and storm, and holds the tank in a stable state. The float tank is foldable, has good storage properties, and is made compact, so that it can be immediately carried to, for example, an oil spill area caused by a tanker accident. The float tank can be thrown to the oil diffusion area, people can get on the float, and the diffusion oil can be stored and treated in the tonk more and more and towed to the treatment plant. The joint 9 and the tanks 8 and 14 are independent of each other, and can be attached to and detached from the float with one touch. Also, the joint 9 can be used as a toilet bowl, and the tanks 8, 14 can be used as toilet bowls. In this case, an air pump pipe is attached to the bottom of the tank 14, air is injected into the internal water 11, and the manure is decomposed by aeration. In addition, the solar cell 18 mounted on a wide surface can supply power to the pump. And the float can be decorated with various electric lights.
[Brief description of the drawings]
FIG. 1 is a perspective view of a mine explosion device for driving a huge polka dot into a mine source.
FIG. 2 is a perspective view of a mine explosion device for driving bricks and stones.
FIG. 3 is a top view of a multi-tank float tank.
FIG. 4 is a sectional view taken along line AA of the multi-tank float tank.
FIG. 5 is a sectional view of a multi-bag float tank.
Polka dot 1 brick 2 stone 3 spring launcher 4 minefield 5 water 6 rubber film 7
Rubber bag 8 Fitting 9 Float 10 Inner water 11 Outer water 12 Water pipe 13
Rubber-lined cloth bag 14 Cable tie 15 Hollow float 16 Hollow part 17
Solar cell 18 Pond 19 Microbial membrane cage unit 20 Purified water outlet 21
Clamp 22 spilled oil 23 flocking 24

Claims (2)

A landmine explosion device characterized in that a huge polka dot 1 or a brick 2 is driven into a minefield 5 using a spring launcher 4 or the like, and a wide range of buried landmines is induced by the impact force and surface waves caused by the collision. A multi-tank with a float and a multi-purification water tank with a float, wherein a plurality of flexible tanks each made of a rubber bag 8 or a rubber cloth bag 14 are attached to a float 10 via a joint 9.

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