Laser destruction vehicle for unexploded ammunition

Abstract

The invention relates to the technical field of unexploded ammunition destruction, and provides a laser destruction vehicle for unexploded ammunition. The laser destruction vehicle for the unexplodedammunition comprises a vehicle platform system, a laser system, a control system and a supporting system. The vehicle platform system comprises an armored protection vehicle body, a chassis air conditioning system arranged on a chassis of the armored protection vehicle body, and a vehicle-mounted cabin arranged on the armored protection vehicle body. The laser system is arranged in the vehicle-mounted cabin, and comprises a laser system for initiating the unexploded ammunition by irradiating the unexploded ammunition and an optoelectronic tracking and pointing system for guiding the laser system to irradiate the unexploded ammunition. The supporting system comprises a power supply and distribution system for supplying power for the laser system and a communication and positioning system for positioning the laser destruction vehicle for the unexploded ammunition. The laser destruction vehicle for the unexploded ammunition can destroy the unexploded ammunition remotely and meet the requirements of explosion-proof safety.

Description

technical field [0001] The invention belongs to the technical field of unexploded ammunition destruction, in particular to a laser destruction vehicle for unexploded ammunition. Background technique [0002] The destruction of unexploded ordnance is a subject of common concern around the world. According to the relevant regulations of the army, unexploded bombs must be destroyed "on the spot and completely". Usually, explosives are used to detonate and concentrated jet detonation methods are used to deal with unexploded bombs, but these methods themselves have many shortcomings: [0003] (1) In terms of safety: although the unexploded bomb fuze or ignition parts that have been shot and thrown have not fully and normally functioned. But its usual service insurance has been released, and the isolation insurance mechanism may also be released, and even the firing pin of the firing mechanism has pierced the cap of the fire. In this case, the operator is in close contact with o...

AI Technical Summary

Problems solved by technology

In this case, the operator is in close contact with or close to dangerous ammunition, electric detonator, detonating cord and other ignition and detonation equipment, which is easily affected by external energy stimulation such as vibration and static electricity. Any external vibration impact may cause it to ignite and explode , especially the fuze with low chamber pressure, low muzzle velocity, and single linear acceleration inertia release insurance, is more likely to be triggered and ignites, and there is a greater safety hazard; at the same time, due to the use of explosives or shaped jet detonation, TNT As the equivalent increases, the additional explosive power increases, and the explosion fragments scatter, causing damage to the surrounding environment and causing difficulties for safety protection; The device has strong combustion and explosion characteristics, and its safety management risk increases

[0004] (2) In terms of effect: there is no standard for the quality of explosive packs or explosive block bundles, the amount of explosives and charge density are poorly uniform, the volume and shape are different, the detonation position is difficult to control, and the detonation effect is difficult to guarantee; the ignition and detonation system conduction detection is difficult , can not be reused; for unexploded bombs with different postures, which cannot be moved, vibrated, transferred or restricted by site conditions, and small sub-munition bullets, it is difficult to set up blasting pits and explosive packages

[0005] (3) In terms of service handling: the organization and management procedures are complicated, there are many service links such as the preparation and placement of explosive packages (blocks), many operators, long preparation time, high labor intensity, wide security warning range, and large security fortification distance. Poor mobility, weak protection

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