Uniform dispensing device and dispensing method for damage assessment microsystems in warhead

Abstract

The invention discloses a uniform dispensing device and dispensing method for damage assessment microsystems in a warhead. The dispensing device comprises cabins, an inner support, an outer support, areinforcing rod, a push plate, a central explosive pipe, a delayed explosion circuit, an electric detonator and an explosion bolt, wherein the independent cabins are adopted as carriers for the damage assessment microsystems, the cabins are separated from the warhead while arriving at the overhead space of a target area, and the damage assessment microsystems are scattered in a delayed manner. According to the uniform dispensing device and dispensing method for the damage assessment microsystems in the warhead, explosive charging of the warhead and the shapes of projectile bodies are not influenced, so that change for the aerodynamic characteristics of the warhead, and influence on a predetermined flight path due to an impact on the exterior ballistic flight parameters of the warhead in an explosion process are avoided; and when the warhead starts to act, the damage assessment microsystems already uniformly fall to the ground and are dispensed to complete an initialization flow, and are in a working state, and therefore, a scattering mechanism needs to be used as an additional power source and gives a certain initial scattering speed to the damage assessment microsystems.

Description

technical field [0001] The invention relates to a warhead damage assessment technology, in particular to a damage assessment microsystem uniform spreading device and a spreading method in the warhead. Background technique [0002] The integrated intelligent damage assessment warhead needs to be equipped with a damage assessment microsystem with specific functions to obtain some characteristic parameters of the power field, such as detonation velocity, explosion pressure, temperature, etc., as the basis for subsequent damage assessment. In place and complete the initial configuration, and collect the characteristic parameters of the force field in a high transient environment. [0003] The commonly used methods of separating the mother and the mother include shearing thread or connecting pin opening, detonator detonation, shell transgranular fracture opening, explosive bolt opening, combined cutting cable opening and radial stress wave opening. The existing distribution meth...

AI Technical Summary

Problems solved by technology

The existing distribution method affects the shape of the warhead charge and projectile body, changes the aerodynamic characteristics of the warhead, and causes an impact on the external ballistic flight parameters of the warhead during the explosion process. In the use environment, the traditional throwing method cannot meet the timing requirements for sub-modules to be deployed prior to the deployment of combat tribes

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