A side-to-side movement of the pressure disturbance wave to open the front cover of the launch box

Abstract

The invention discloses a pressure disturbance wave of lateral movement and turning to open the launch front cover. The launch box front cover is glued with AB glue to flange the seat cover and separate the cover body, so that the front cover of the rocket and missile launch box can be operated under pressure disturbance. Under the action of waves, it can be quickly opened and sideways flipped, so as to quickly escape from the projectile movement channel. This structure is safe and reliable, and the manufacturing process is simple, which can effectively prevent the contact between the cover and the projectile from affecting the safety of the projectile and the launch device.

Description

technical field [0001] The invention relates to the field of the front cover of a rocket and missile launch box, in particular to a pressure disturbance wave that is turned over by lateral motion to open the front cover of the launch box. Background technique [0002] The front cover of the rocket and missile launch box is an important part of the rocket and missile launch box. The front cover must ensure the effective sealing of the launch box during storage and transportation, and provide a suitable storage and transportation environment for the rocket and missile; the front cover needs to be reliably opened and safely detached during the launch process to ensure the safe launch of the projectile. [0003] The design of the front cover of the launch box has always been an important part of the design of the rocket missile launcher. The key points include: 1) When the missile is normally stored, there is inert gas in the missile launch box, so the box cover is required to b...

AI Technical Summary

Problems solved by technology

The opening of the front cover by the pressure disturbance wave has the advantages of simple structure and little impact on the projectile body. However, in the traditional structure, the front cover that falls off does a parabolic motion under the initial velocity and gravity generated by the pressure disturbance wave, and stays in the projectile movement channel for a long time. It has a great influence on the movement of the projectile out of the box

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