A hollow body loading device for a large bomb production line

Abstract

The invention discloses a hollow body loading device for a large bomb production line, which comprises a hollow body conveying line, a loading frame, a lifting mechanism, a translation mechanism and a projectile body carrier; the projectile body carriers are arranged in sequence on the hollow body conveying line There are multiple places; the missile carrier is used to vertically place the empty missile; the on-line frame is set on one side of the output end of the empty body conveying line; the lifting mechanism is arranged on the on-line frame; the translation mechanism is set On the lifting mechanism; the translation mechanism is used to receive the projectile carrier transported by the empty body conveying line; the vertical displacement of the projectile carrier driven by the lifting mechanism makes the fixed universal spreader on the large end of the projectile body and the upper part Driving hitch fit. The translation mechanism of the present invention receives the projectile carrier transported on the empty body conveying line, and drives the projectile carrier up through the lifting mechanism to move up and connect with the truck, so as to realize automatic empty projectile on-line, effectively improve work efficiency, and have a stable structure.

Description

technical field [0001] The invention relates to the field of production and processing of large projectiles, in particular to a hollow body loading device for a large projectile production line. Background technique [0002] In the production process of large projectiles, the projectile needs to be injected into the projectile through the drug feeding equipment, then the surface of the projectile is cleaned manually, and then the surface of the projectile is sprayed manually, and finally the projectile is moved. To the drying room to dry the paint surface. In the prior art, the cleaning, painting and drying processes are all manually operated, which is not efficient, and the movement of the projectiles between each process is manually transferred, and manual transfer will have uncertain factors. And it also allows the operator to be in a dangerous operation for a long time. The applicant aims to develop an automated projectile production line to realize the automatic produ...

AI Technical Summary

Problems solved by technology

In the prior art, cleaning, painting, drying and other processing procedures are all manually operated, which is not efficient, and the movement of the projectile between each process is manually transferred, and there will be uncertain factors in manual transfer. And it also puts the operator in a dangerous job for a long time

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