Small tactical missile boosting separation device

Abstract

The invention relates to a small tactical missile boosting separation device, and belongs to the field of tactical missile boosting separation. Multiple lock hooks are matched the connecting plates, adjusting studs and the like, the lock hooks connected with cabin sections are fixed to the single explosive bolt; and compared with a traditional mechanical lock hook structure, the mechanism is greatly simplified, the number of parts is reduced, and the mass is reduced; by greatly reducing the number of mechanisms and optimizing the space structure in the cabin body, the whole cabin body occupies the minimum length space, and the length space of a small missile can be shortened; the boosting separation device is good in whole structure accessibility, few in assembly operation links and convenient and fast to install; single explosive bolt is matched with lock hooks and other mechanisms, so that a plurality of cabin locking points are released at the same time; and meanwhile, the stress of the explosive bolt is reduced by utilizing a lever structure of the lock hook, so that the charge of the explosive bolt can be reduced, and the separation impact is reduced.

Description

technical field [0001] The invention belongs to the field of boost separation for tactical missiles, in particular to a small tactical missile boost separation device. Background technique [0002] In order to increase the range of tactical missiles or make the missiles reach a certain initial velocity condition, it is generally necessary to install boosters at the tail of the missiles. The booster first boosts the missile to a certain speed. After the booster engine burns out, the booster is thrown away to reduce the aerodynamic resistance and reduce the ineffective mass. The engine of the missile itself is ignited and continues to fly, thereby achieving the purpose of increasing the range of the missile. [0003] Booster separation generally adopts the separation method of pyrotechnics, which needs to give a separation signal in the air system, and the power supply ignites the pyrotechnics for separation. The pyrotechnic separation method is divided into two types: point ...

AI Technical Summary

Problems solved by technology

[0007] The technical problem to be solved by the present invention is how to provide a small-sized tactical missile booster separation device to solve the problem that the existing lock hook device consists of multi-stage lever mechanism, lock There are many parts in the control mechanism, which occupy more length and space of the missile, and the assembly and debugging procedures are complicated.

Images