Smart mine

Abstract

The invention provides a smart mine. The smart mine is composed of a central control system, a detection sensing system against mine clearance, a power source, a safety insurance system, an ignition control system, accessory equipment and the like. The mine can sense information which is generated by all the measures of mine clearance through various sensors and be detonated instantaneously, and movement of the mine or radioscopy can also detonate the mine, i.e. the mine cannot be eliminated, destroyed, disabled and transferred by any measure of mine clearance. Thus, the mine can be reliably detonated at a scheduled time in a scheduled place. In addition, when the cipher instruction is input as required, a part of detection sensing devices and the function of timing detonation of the mine are disabled by the central control system, and the central control system starts the function of time-delay self-destruction at the same time, thus the mine can be transferred to a safe place within a limited period of time and then detonated and self-destroyed. A combat theory derived from the mine provided by the invention is discussed in the specification.

Description

Technical field [0001] The invention relates to an intelligent landmine which cannot be ruled out, detonates after a delay, and can be disarmed and self-destroyed after a delay by inputting a password. It is mainly used for deterrence and unmanned hijacking warfare. Background technique [0002] Existing landmine is made up of charge, fuze, casing etc., and its fuze is made up of safety system, firing system and energy. Its anti-discharge ability is not perfect, there are few types of sensors, there are loopholes, it cannot sense all mine-clearing information, deal with all mine-clearing measures, and it cannot be canceled after setting, and it is not combined with a microcomputer to exert the greatest possible effectiveness. Generally, the targeted use of existing demining technology can make landmines ineffective, destroyed or transferred, thereby losing their effect. For example, the blockade of multi-mode ammunition at the airport uses induction detonation, trigger deto...

AI Technical Summary

Problems solved by technology

These demining methods can only remove explosives in a targeted manner, and they will generate corresponding information during demining, and this information can be sensed by corresponding specific sensing detection devices

[0004] In addition, the original weapons are brutal, they will detonate after they are deployed or fired, and there is almost no room for maneuver. The negative political and public opinion effects caused are not in line with the development trend of modern weapons