Automated three-dimensional container

Abstract

The invention provides an automated three-dimensional container. The container comprises front and back two rows of vertical arranged suspension cages and a chain hoisting mechanism which is connected with the suspension cages and is driven by a hoisting driving motor, wherein the suspension cages are flexibly connected with the chain hoisting mechanism by a hoisting connector; a geneva mechanism which can transform the continuous movement of the chain hoisting mechanism to the intermittent movement is arranged between the chain hoisting mechanism and the hoisting driving motor; an upper translation mechanism and a lower translation mechanism which are driven by a translation driving motor are arranged on the upper part and the lower part of the three-dimensional container; and a chain translation mechanism is flexibly connected with the suspension cage by a translation connecting component so as to translate the suspension cage when the suspension cage has a hoisting intermittent movement. The technical scheme of the invention is applied to manufacturing three-dimensional containers.

Description

technical field [0001] The invention relates to a three-dimensional container, in particular to an intermittent action vertical circulation automatic three-dimensional container. Background technique [0002] At present, the known vertical circulation automatic three-dimensional container is driven by circulating chains on both sides. The chain additional plate is hinged with the two sides of the cage with a round shaft, and the two rows of cages in the front and rear move in parallel with the hinge points. Cyclic movement, when running to the upper or lower turning point, it generally moves with the chain in an approximate circular arc curve. In order to prevent the two adjacent cages from interfering with each other during the approximate circular arc motion, the two adjacent cages must be The interval must be widened, so that the interval between the front and rear rows of cages is increased, even if the overall depth of the equipment is large. In other words, there is ab...

AI Technical Summary

Problems solved by technology

[0002] At present, the known vertical circulation automatic three-dimensional container is driven by circulating chains on both sides. The chain additional plate is hinged with the two sides of the cage with a round shaft, and the two rows of cages in the front and rear move in parallel with the hinge points. Cyclic movement, when running to the upper or lower turning point, it generally moves with the chain in an approximate circular arc curve. In order to prevent the two adjacent cages from interfering with each other during the approximate circular arc motion, the two adjacent cages must be The interval must be widened, so that the interval between the front and rear rows of cages is increased, even if the overall depth of the equipment is large. In other words, there is about one cage depth between the front and rear rows of cages, the total height of the entire row of cages and Wasted space in total cage width

In addition, in order for the cage to move in an approximate circular arc, it must have a high-precision guide device in order to prevent the cage from being unbalanced due to the uneven load of the goods stored in it. The manufacturing cost also increases a lot, and the cycle speed is also difficult to increase

So it is not conducive to the promotion of vertical circulation automatic three-dimensional container

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