Tank separation mechanism

Abstract

The invention discloses a tank separation mechanism. The tank separation mechanism comprises a tank separation execution main module, a tank body detection device, a conveying device and a track module; through mutual cooperation of a tank blocking following component, a main tank blocking mechanism, a double-side fixing plate and a tank body displacement main component in the tank separation execution main module, tanks are prevented from being squeezed with each other, no matter whether a tank body is firm or not, the situation that the tank body is extruded and deformed and the tank body is damaged is avoided; a front side tank body displacement part and a rear side tank body displacement part of the tank body displacement main component act at the same time, new tanks are contained in a track channel while the actions are completed, and continuous tank feeding is guaranteed; the tank body displacement main component enable the tanks to be reasonably and uniformly distributed, so that accumulation and retention of the rear tanks and paralysis of a whole assembly line cannot be caused; and the space is saved, under the condition that the number of tanks is large, the length of the conveying device cannot be increased, the occupied area is small, a cache channel is short, and resources cannot be wasted.

Description

technical field [0001] The invention relates to the field of tank lane separation in a production line, in particular to a tank lane divider mechanism. Background technique [0002] At present, there are multiple buffer channels for the tank buffer of the wrapping machine. The finished product tanks are evenly distributed to each buffer channel through servo power. In order to ensure the high-speed and stable operation of the equipment, there are 20-30 cans on each buffer channel. In order to buffer so many cans, the length of the conveyor in the tank buffering channel must reach 4-5m or even longer, and the length of the entire equipment is very long, reaching more than 12 meters. [0003] There are certain deficiencies in the actual operation process: [0004] 1. The structure of the cans on the conveyor is mostly a fixed structure, which causes the cans on each buffer channel to squeeze each other. If the tanks are not strong, it will also lead to extrusion deformation o...

AI Technical Summary

Problems solved by technology

[0004] 1. The structure of the cans on the conveyor is mostly a fixed structure, which causes the cans on each buffer channel to squeeze each other. If the tanks are not strong, it will also lead to extrusion deformation of the tanks, damage to the tanks, etc. the occurrence of the situation;

[0005] 2. If the cans are distributed unevenly on the tank lanes of the conveyor, the cans will block each other, and more seriously, the cans will accumulate and stay behind, and the entire assembly line will be paralyzed;

[0006] 3. The more cans are buffered on the conveyor, the longer the conveyor will be, which will result in a large footprint, a long buffer channel, and a waste of resources

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