Composite explosion container

Abstract

The invention provides a composite explosion container. The composite explosion container comprises a container body and a damping foundation, wherein the container body is fixedly arranged on the damping foundation and comprises a container inner wall, a buffer interlayer and a container outer wall, the buffer interlayer is arranged between the container inner wall and the container outer wall, the inner space of the container inner wall is an explosion chamber, and a particle layer is laid at the bottom of the explosion chamber. After the structure is adopted, the container body is of a double-layer composite structure, the buffer interlayer is filled with a buffer material, the particle layer is laid at the bottom of the interior of the container, the energy of explosion shock waves can be effectively absorbed, the damage of explosion products to the container is reduced, the explosion vibration and noise are weakened, and the service life of the container is prolonged.

Description

technical field [0001] The invention relates to a container used in the technical field of blasting, in particular to a compound explosion container. Background technique [0002] An explosion vessel usually refers to a sealed pressure vessel in which certain explosives explode without causing damage or pollution to the surrounding environment. It is generally used for workshop production of explosive processing or for experimental research on detonation and explosion effects, and can also be used as a safety protection component for certain special requirements. According to the purpose of use and design principles, explosive vessels can be divided into two categories: single or short-term use and long-term repeated use. Although both require that no rupture and leakage occur during use, the former can allow Plastic deformation of the container, the latter requires that the deformation must be elastic in any case. [0003] According to the different uses and the complexit...

AI Technical Summary

Problems solved by technology

However, for small-equivalent explosive vessels, although a variety of explosive explosion tests can be carried out, the amount of testable charges is small, and it cannot meet the tests of explosive welding and explosive compounding; the explosive vessel is equipped with hand holes, which is troublesome to operate and cannot be accurately tested. Observe the explosion process and collect explosion products; most explosion containers use single-layer or multi-layer steel plates, which can meet the anti-explosion performance, but in the case of a relatively complex surrounding environment, the noise and vibration are relatively large, which affects the surrounding buildings and pedestrians

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