A new type of anti-terrorist armored deployment platform

Abstract

The invention provides a technical scheme of a novelanti-terroristarmordeployment platform. According to the scheme, the novelanti-terroristarmordeployment platform comprises a bulletproof shooting observation associated base system, a lighting system, a monitoring system and a power source system. The bulletproof shooting observation associated base system comprises a bottom frame. The bottom frame is provided with pedals and further provided with a front plate. A slope top plate is arranged above the front plate. The front plate is provided with a front plate viewing window, and a front plate shooting hole is formed below the front plate viewing window. A front plate shooting hole baffle is arranged on the inner side of the front plate shooting hole. A rear framework is arranged between the slope top plate and the bottom frame. The bottom frame, the pedals, the front plate, the slope top plate and the front plate shooting hole baffle are all made of bulletproof steel plates. The lighting system and the monitoring system are both connected with the power source system. By the adoption of the scheme, the casualty rate of special combat soldiers in anti-terrorist events is improved, and the task completion rate of the special combat soldiers is effectively improved.

Description

technical field [0001] The invention relates to the field of anti-terrorism equipment, in particular to a novel anti-terrorism armor deployment platform. Background technique [0002] In terrorist activities, when special forces confront terrorists on the front line, terrorists will carry guns and other dangerous weapons, which pose a huge threat to the lives of special forces. What kind of equipment (equipment) should they use to reduce the impact of terrorist activities? The impact and casualties of the disease have become one of the main objectives of research in various countries. When rescuing hostages and anti-terrorist operations in towns, laneways, and squares, due to the influence of the terrain and the complexity of buildings, in traditional anti-terrorism operations, special forces can only use the shields they carry or according to the characteristics of the terrain and buildings. Building bunkers will greatly affect the action route and speed, and the personal ...

AI Technical Summary

Problems solved by technology

When rescuing hostages and anti-terrorism operations in towns, laneways, and squares, due to the influence of terrain and building complexity, in traditional anti-terrorism operations, special forces can only use shields that they carry or use according to the characteristics of the terrain and buildings. Building bunkers will greatly affect the action route and speed, and the personal safety of the special forces members will also be greatly threatened during the operation, and the cooperation between the action teams must also be formed according to the terrain and building characteristics. Corresponding tactics Formation, can not effectively do the corresponding terrain tactical training before the mission, which increases the danger of the special operations team members in action

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