A posture adjustment system for a bomb-carrying vehicle

Abstract

The invention relates to the technical field of missile suspending vehicles, and particularly discloses a posture adjustment system for a missile suspending vehicle. The posture adjustment system for the missile suspending vehicle comprises a base, a guide plate, a transverse linear movement plate, a longitudinal linear movement plate, a fixed plate and a bracket, wherein the guide plate, the transverse linear movement plate, the longitudinal linear movement plate, the fixed plate and the bracket are located above the base in sequence. The two ends of the guide plate are each provided with two transverse sliding rail grooves. A transverse rack is arranged in the middle portions of the two transverse sliding rail grooves in one end of the guide plate. Two transverse sliding rails matched with the transverse sliding rail grooves and a transverse gear engaged with the transverse rack are arranged below the transverse linear movement plate. Two longitudinal sliding rails and a longitudinal gear are arranged above the transverse linear movement plate. Longitudinal sliding rail grooves matched with the longitudinal sliding rails and a longitudinal rack engaged with the longitudinal gear are arranged below the longitudinal linear movement plate. A horizontal rotary shaft is arranged above the longitudinal linear movement plate. Convex plates b stretch out from the left end and the right end of the fixed plate. Positioning pins are mounted on the convex plates b correspondingly. Four idler wheels are arranged at the four upper corners of the bracket correspondingly. The posture adjustment system for the missile suspending vehicle has the advantages that accurate alignment of a missile body is guaranteed, the suspending time is shortened, and damage caused by collision between an aerial carrier and a workpiece is prevented.

Description

technical field [0001] The invention relates to the technical field of bomb-carrying vehicles, in particular to a pose adjustment system of a bomb-carrying car. Background technique [0002] The bomb carrier is a dedicated ground support equipment for missile weapon systems, and its function is to carry and temporarily store missiles. According to the guarantee procedure for the use of air-to-surface missiles, the missile must be transferred from the technical position to the launch position, and at the launch position, the mounting and unloading of the missile to the carrier aircraft is completed through the bomb-carrying vehicle. The support equipment used includes bomb carriers, cranes, and bomb trucks. The conventional support process is as follows: the missile carrier transports the missile to the launch site, the crane hoists the missile from the bomb carrier to the bomb carrier, and the bomb carrier mounts the missile to the aircraft launcher. However, the launch si...

AI Technical Summary

Problems solved by technology

The current bomb loading vehicle cannot adjust the position of the bomb body, which makes the loading process troublesome and wastes time, and there is no anti-collision device. When the bracket is very close to the loader, it is easy to damage the workpiece

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