Conveying device for explosive article, especial for shell

A technology for transporting devices and articles, applied in the field of explosive articles, can solve the problems of dynamic shock absorption and the final effect to be improved, etc.

A technology for transporting devices and articles, applied in the field of explosive articles, can solve the problems of dynamic shock absorption and the final effect to be improved, etc.

CN1324295CInactive Publication Date: 2007-07-04GFE

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  • Conveying device for explosive article, especial for shell
  • Conveying device for explosive article, especial for shell

Examples

Experimental program
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Effect test

Embodiment Construction

[0023] The dome-shaped convex cover 1a is fixed by a flange connection 8 on a container that is rotationally aligned or that is polygonal in cross section, which is shown in the drawings and described by reference numeral 1. The container 1 has a lower integrally formed discharge area 1b which is conically tapered downward. An inlet sleeve 3 is installed at the lowest part of the discharge area 1b, which can be closed by a detachable cover 4.

[0024] In the internal space of the pressure-resistant container 1, there are a plurality of shells 7 that are also easy to explode. Each shell 7 is fixed in space by a fixing device 5 not shown in detail in the drawings. The fixing device 5 may be a shell, a container or a clamping device determined according to the size of the shell. The fixing device 5 can be installed on a bracket, which is configured according to the size of the shells 7 to be placed and the distance between the shells. Mount the cannonball 7 on the bracket outside the...

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Abstract

A conveying device for an explosive article (7), especially for shell, comprises a pressure-resistant container (1) with a plurality of inner holders (5) each to fix the explosive article (7). The container (1) is filled with loose distorting metal pieces (6) for enclosing the explosive article (7) and filling the spaces without the explosive article. The holders (5) are at a minimum gap from each other, so that, when the explosive article (7) explodes, the released energy from the detonation is dissipated by the deformation of the metal material over a distance between two explosive articles (7) to ensure that other explosive article (7) do not explode in a sympathetic detonation.

Description

Technical field [0001] The invention relates to a transportation device for explosive materials, especially shells. Background technique [0002] Explosive items that need to be disposed of are stored in many parts of the world, especially artillery shells, landmines or such items. In rare cases, it is possible or appropriate to handle or dismantle the fuze at the place of discovery. It is generally required to transport explosive materials from the place of discovery to the place of disposal. Under this circumstance, it is almost impossible to transport each explosive item itself separately; the joint transportation of multiple such items is almost inevitable. The main danger at this time is that the premature explosion of an explosive item during transportation will cause a chain reaction of the explosion of other explosive items with catastrophic consequences. [0003] US 5,160,468 describes a storage container for explosives and a material for absorbing the impact of explosio...

Claims

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Application Information

Patent Timeline
04 Jul 2007
Publication
CN1324295C
IPC
F42B39/14; F42B39/22; F42B39/24
CPC
F42B39/24
Inventors
F·威廉