Feeding device for bar-shaped cartridges

Abstract

The invention discloses a feeding device for bar-shaped cartridges. The feeding device for the bar-shaped cartridges comprises a frame-shaped rack, a synchronous belt assembly, a crank-sliding block mechanism, two groups of pushing mechanisms used for pushing the bar-shaped cartridges and a transmission mechanism which is driven by continuous rotation power of the next procedure and can convert the continuous rotation power into intermittent rotation power to be output; the synchronous belt assembly is arranged on the frame-shaped rack, the pushing mechanisms are arranged on the synchronous belt assembly in an opposite and staggered manner, the output end of the transmission mechanism is connected with one pushing mechanism through the crank-sliding block mechanism and drives the pushing mechanism to do straight back-and-forth motion with the speed decreasing progressively, the synchronous belt assembly drives the other pushing mechanism to synchronously do straight back-and-forth motion with the speed decreasing progressively, and the motion directions of the two pushing mechanisms are parallel and opposite. The feeding device has the advantages of being simple in structure, high in feeding efficiency, easy to control, safe and reliable in conveying and the like.

Description

technical field [0001] The invention relates to the technical field of industrial automation continuous production equipment, in particular to a feeding device for rod-shaped medicine rolls. Background technique [0002] With the rapid development of the charge packaging technology of industrial explosives, the processing speed of the explosive coils is required to be faster and faster. For the transport of the explosive coils pushed out from the tube machine, the existing traditional method is to push out the chain conveyor through the cylinder. . However, because the rod-shaped drug rolls are arranged in multiple layers, their center of gravity is high and their positions are not fixed, the cylinder needs to complete the push-out and return actions of the drug rolls in a short time, and the speed is fast, and the buffer stop time of the cylinder is short. The roll will rush out due to inertia, which makes the upper and lower layers unable to align, and a positioning mecha...

AI Technical Summary

Problems solved by technology

However, because the rod-shaped drug rolls are arranged in multiple layers, their center of gravity is high and their positions are not fixed, the cylinder needs to complete the push-out and return actions of the drug rolls in a short time, and the speed is fast, and the buffer stop time of the cylinder is short. The roll will rush out due to the inertia, so that the upper and lower layers cannot be aligned, and a positioning mechanism needs to be added; and the cylinder and the system of the next process are controlled separately, and the sensor signal needs to cooperate with its action, and the system control is complicated.

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