Mobile device for facilitating transportation of warship electromagnetic rail gun

Abstract

The invention discloses a mobile device for facilitating transportation of a warship electromagnetic rail gun. The mobile device comprises a device shell, a lifting device, a rotating device, a buffering device, the electromagnetic gun and protection devices. The lifting device is fixed into the device shell, and the rotating device is fixed to the top of the lifting device. The buffering device is arranged at the top of the rotating device, and the buffering device is fixedly connected with the rotating device. The electromagnetic gun is disposed at the top of the buffering device, and the electromagnetic gun is fixedly connected with the buffering device. The protection devices are symmetrically arranged on both sides of the device shell, and the protection devices are slidably connectedwith the device shell. According to the mobile device for facilitating the transportation of the warship electromagnetic rail gun, the lifting device and the protection devices can be used for realizing lifting and lowering of the electromagnetic gun on a deck of a warship, protecting the electromagnetic gun and preventing the enemy from launching an attack against the electromagnetic gun to destroy the electromagnetic gun due to detection of the electromagnetic gun, the combat power is saved, furthermore, a sudden blow can be delivered to the enemy, and the rotating device is used for increasing the attack angle of the electromagnetic gun.

Description

technical field [0001] The invention relates to the technical field of warship electromagnetic rail guns, in particular to a mobile device for transporting warship electromagnetic rail guns. Background technique [0002] The electromagnetic gun is an advanced kinetic energy killing weapon made by electromagnetic launch technology. Unlike the traditional cannon, which uses gunpowder gas pressure to act on the projectile, the electromagnetic gun uses the Lorentz force generated by the electromagnetic field in the electromagnetic system to accelerate the metal projectile. Giving it the kinetic energy needed to strike a target, railguns can greatly increase the speed and range of projectiles compared to traditional gunpowder-propelled cannons. [0003] The existing battleship electromagnetic railgun is directly installed on the battleship deck, the enemy can directly find the electromagnetic railgun, the electromagnetic railgun completely loses its concealment, the enemy is easy...

AI Technical Summary

Problems solved by technology

[0003] The existing battleship electromagnetic railgun is directly installed on the battleship deck, the enemy can directly find the electromagnetic railgun, the electromagnetic railgun completely loses its concealment, the enemy is easy to launch a surprise attack, and eventually the electromagnetic railgun is easily destroyed or damaged. After the gun is damaged, the battleship loses its combat effectiveness and completely loses its resistance, and is easily destroyed by the enemy, which will bring a serious blow to our army's operations. Moreover, the existing electromagnetic railgun installation of the battleship needs to be directly fixed. After the shell is fired, the resulting The impact force is easy to cause damage to the internal components of the electromagnetic railgun, and the maintenance and replacement costs are high. For this reason, we propose a mobile device that is convenient for the transportation of the electromagnetic railgun on the battleship

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