Horizontal filling equipment for missile encasement

Abstract

The invention discloses horizontal filling equipment for missile encasement. The horizontal filling equipment comprises a missile horizontal propelling platform and a missile storage and transportation box lifting platform which are sequentially arranged in the missile filling direction, wherein the missile storage and transportation box lifting platform can achieve six-degree-of-freedom movementof a missile storage and transportation box, and the missile horizontal propelling platform can be used for achieving the adjustment of circumferential poses of the missiles for missiles with different models and different centering part positions in a simple, convenient and rapid mode, so that guide buttons of the missiles are enabled to be aligned with guide grooves in the missile storage and transportation box. According to the horizontal filling equipment for the missile encasement, through the cooperation between the missile horizontal propelling platform and the missile storage and transportation box lifting platform, a missile-borne guide rail on the missile horizontal propelling platform can be quickly aligned with a missile-borne guide rail on the missile storage and transportation box, so that the filling efficiency is improved, and the equipment has the advantages of being high in applicability, convenient to operate, high in filling precision and filling efficiency and thelike overall.

Description

technical field [0001] The invention belongs to the field of weapon loading equipment, and in particular relates to a horizontal loading equipment for missile boxing. Background technique [0002] The horizontal loading equipment for missile packing is mainly used for loading missiles into the storage launch box and returning the missile from the storage launch box to the loading equipment in the final assembly workshop and storage warehouse equipped with lifting equipment. Missile loading is an important process of the barrel launch system, which mainly involves missiles, storage and transportation launch boxes, horizontal loading equipment, and hoisting equipment. [0003] During the horizontal loading process of the missile, the missile storage and launching box is usually divided into two layers, which need to be loaded layer by layer during the loading process. There are also multiple centering parts on the main body of the missile, and only the centering part can It i...

AI Technical Summary

Problems solved by technology

[0004] In the existing missile loading technology, the missile loading equipment is mostly considered for the single-layer loading of the missile storage and launch box, but for the multi-layer continuous loading of the missile storage and launch box, there is no multi-degree-of-freedom adjustment mechanism to realize the rapid alignment of the missile-carrying rail. This will greatly reduce the loading efficiency of the missile; secondly, most of the existing missile loading equipment can only realize the axial movement of the missile, and cannot adjust the circumferential posture of the missile through simple operations, so as to realize the missile guide button and the storage and transportation launch box. The rapid alignment of the guide slots, and the poor adaptability of the existing loading equipment to the different centering part positions and different force application hole positions of different types of missiles, will increase the difficulty of loading missiles, reduce the loading efficiency of missiles, and are not conducive to Wide application of filling equipment

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