Bullet-proof and landmine-proof structure for vehicle and landmine-proof anti-ambush vehicle

Abstract

The invention provides a bullet-proof and landmine-proof structure for a vehicle and a landmine-proof anti-ambush vehicle. According to the bullet-proof and landmine-proof structure for the vehicle and the landmine-proof anti-ambush vehicle, a double-U-shaped vehicle body structure is adopted, the structure is reinforced, a double-layer landmine-proof structure is formed at a bottom plate part, and a buffer layer is formed in the middle; layer-by-layer guidance is formed on shock wave flow diversion, the peak impact force of shock waves on the vehicle body is reduced, and the vehicle body landmine-proof performance of the whole vehicle is improved; and through the structure, the supporting height of an axle and a suspension are reduced at the same time, meanwhile, the clearance between theaxle and the vehicle body is reduced, the height of the whole vehicle is reduced, the stability and cross-country performance of the whole vehicle are improved, and the safety of personnel and equipment in the armored vehicle can be better protected.

Description

technical field [0001] The invention relates to the technical field of mine-proof vehicle structure, in particular to a bulletproof and lightning-proof structure for a vehicle and a mine-proof ambush-resistant vehicle. Background technique [0002] In recent years, with the escalation of terrorism and local conflicts, the weapons of terrorist organizations have become more and more advanced, and high-yield TNT landmines and large-caliber weapons have gradually appeared. During these conflicts, a large number of mine-resistant ambush vehicles are used. Due to the The problem of the large size of the vehicle, poor protection ability and maneuverability has attracted more and more attention. When the mine-resistant ambush vehicle is subjected to the shock wave generated by the explosion, the bottom of the vehicle will be subjected to a huge upward and instantaneous impact force, and the body will instantly Deformation or fracture will cause the internal equipment of the vehicle...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the escalation of terrorism and local conflicts, the weapons of terrorist organizations have become more and more advanced, and high-yield TNT landmines and large-caliber weapons have gradually appeared. During these conflicts, a large number of mine-resistant ambush vehicles are used. Due to the The problem of the large size of the vehicle, poor protection ability and maneuverability has attracted more and more attention. When the mine-resistant ambush vehicle is subjected to the shock wave generated by the explosion, the bottom of the vehicle will be subjected to a huge upward and instantaneous impact force, and the body will instantly Deformation or breakage will cause the internal equipment of the vehicle and the driver and passengers to receive a great impact, which will cause casualties and equipment damage

At present, most of the mine-resistant ambush vehicles adopt V-shaped structure or similar V-shaped structures. These structures improve the impact resistance of the body of the mine-resistant ambush vehicle. Reduced stability, reduced off-road capability

Images