A heterogeneous integrated security system applied to small-caliber projectile and its realization method

Abstract

The invention discloses a heterogeneous integrated safety system applied to a small-caliber bomb and an implementation method thereof. According to the system, back overload sensitive contacts are arranged on a flexible explosion-proof film and are used for sensing back overload to an arming control circuit, the arming control circuit controls an initiating explosive pin puller to be detonated, the restriction of the initiating explosive pin puller to an explosive-proof sliding block is relieved, under the constraint of a direction limiting structure, the explosive-proof sliding block moves in the centrifugal overload direction, at the same time, a micro spring controls the displacement rate of the explosive-proof sliding block; when the target is struck, and the arming control circuit is used for detonating an miniature initiating explosive to detonate a booster explosive column, so that explosion of the small-caliber bomb is realized. The system has the advantages of being small in structural size, low in power consumption, good in consistency of processed samples and the like; secondly, a small fuze has an important significance in improvement of the combat part loading, next stage explosive loading is improved through the small fuze, so that the damage efficiency of the small-caliber ammunition is improved.

Description

technical field [0001] The invention relates to small-caliber bullet security and release control technology, in particular to a heterogeneous integrated security system applied to small-caliber bullets and a realization method thereof. Background technique [0002] With the increasingly obvious demand for miniaturization and intelligence of weapons and equipment, many combat platforms are gradually developing in the direction of smart and intelligent ammunition under the premise of meeting sufficient damage power. Among them, small-caliber ammunition has been assembled in large quantities due to its advantages of low cost, miniaturization, and low power consumption. Along with the miniaturization of ammunition structure size, in order not to reduce the high-efficiency attack and damage ability of ammunition itself to the target, it is not feasible to adjust the charge volume of warhead. Therefore, the miniaturization of the fuze system has become the main research program ...

AI Technical Summary

Problems solved by technology

With the miniaturization of ammunition structure size, it is not feasible to adjust the charge volume of the warhead in order not to reduce the high-efficiency strike and damage capabilities of the ammunition itself.

Images