Layer-count full-electronic safety system

Abstract

The invention discloses a layer-count full-electronic safety system. The system involves a sensor module, a safety control module, a detonating module and a power supply module, wherein the sensor module is used for detecting a recoil acceleration generated when a projectile is launched and a minus acceleration in the process that the projectile penetrates through a layer and transmitting the recoil acceleration and the minus acceleration to the safety control module; the safety control module comprises a controller and a memory; the memory is used for storing an instruction and storing a threshold value of minus accelerations obtained when the projectile penetrates through different target layers; a time window is arranged in the controller, and a first static switch is turned off if the acceleration reaches a set threshold value during launching; a delay static switch is turned on in a delay mode; when a target is hit, through the detected minus acceleration and the threshold value of the corresponding target layer and in a layer count mode, a dynamic switch is turned off and a detonation execution module is started when the number of layers reaches a preset value; the detonating module is used for receiving an ignition signal from the controller to detonate a warhead; and the power supply module is used for supplying power to the modules. The application of the full-electronic safety system in a small size is met.

Description

technical field [0001] The invention relates to the technical field of electronic fuzes, in particular to an all-electronic safety system that penetrates multiple layers of targets and realizes detonation at fixed points. Background technique [0002] In modern military activities, as each country pays more attention to fortifications, in order for the projectile to have the ability to destroy the target, for such a hard target, the projectile needs to have a penetrating function. At the same time, there are many kinds of hard targets. According to the number of layers, there are multi-layer and single-layer. According to the material, there are concrete, rock, soil, metal, etc. In order to make the projectile detonate the warhead at the best detonation position, a projectile fuze is required. It has the function of target recognition. Among the existing penetrating fuze detonation control technologies, the timing detonation control technology is the most mature, and the st...

AI Technical Summary

Problems solved by technology

Considering cost reasons, all-electronic security systems are mostly used for high-value ammunition. However, in recent years, the cost of all-electronic security systems has begun to decline. Most of these security systems receive and process environmental information collected from the forward seeker. work with information that conventional munitions cannot

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