Automatic-overturning and flexible-delivery device for cartridge cases

Abstract

The invention provides an automatic-overturning and flexible-delivery device for cartridge cases, and the device mainly consists of a cartridge case overturning channel assembly and a cartridge case flexible-delivery channel assembly, wherein as shown in the graph 1, a rotor A and a rotor B are mechanisms in common use for rotor type equipment, the automatic-overturning and flexible-delivery device for the cartridge cases is only functionally explained in the rotor type equipment, and is not arranged in the rotor type equipment. The cartridge case overturning channel assembly is fixed on a main body rack, and the cartridge case flexible-delivery channel assembly is fixed above the main body rack and is located at the right side of the cartridge case overturning channel assembly. The automatic-overturning and flexible-delivery device for the cartridge cases has the functions of 180-degree automatic overturning of the cartridge case in the process from the rotor A to the rotor B and flexible delivery of the cartridge case from the rotor A to the rotor B, thereby reducing the requirement for cartridge case transferring synchronism between the rotors of the rotor type bullet assembly equipment, reducing the difficulty caused by high synchronism requirements for all links and factors such as equipment design, processing, manufacturing and assembling, and reducing the professional skills and labor intensity of users and maintaining personnel.

Description

technical field [0001] The invention belongs to the technical field of large-caliber bullet assembly equipment, and in particular relates to a rotor-type large-caliber bullet automatic assembly equipment for automatic flipping of bullet casings between rotors and a flexible delivery device. Background technique [0002] At present, the assembly and production of large-caliber bullets has introduced rotor-type assembly equipment. Generally, rotor-type equipment is composed of multiple rotors, and each rotor completes a certain assembly process or transitional transmission of bullets. Due to the requirements of the bullet assembly process, the shell casing needs to be turned 180° to be transferred from one rotor to the other. Due to the high speed of the rotor type equipment (about 100-200 rounds / min), it is more difficult to realize at high speeds. [0003] In addition, the multiple rotor logistics transmission systems of the existing rotor bullet assembly equipment require ...

AI Technical Summary

Problems solved by technology

Especially when the equipment logistics transmission system fails, after the failure is dealt with, in order to restore the synchronization of the equipment logistics transmission system, the relevant parts of the entire equipment logistics transmission chain are often adjusted due to partial failures, involving many parts and recovery. Long hours, high professional requirements for equipment maintenance personnel, and high labor intensity

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