A stacker with high carrying capacity and its transportation method

Abstract

The invention discloses a stacker with high load-bearing capacity and a transportation method, belonging to the field of storage equipment. The stacker with high load-bearing capacity includes: a column, a lower rail, an upper rail, a telescopic fork, a transverse power assembly and a vertical Orientation power assembly, at least one column, the column moves horizontally in a straight line between the lower rail and the upper rail, the telescopic fork makes a vertical linear motion on one side of the column, and the middle position between one end of the horizontal power assembly and the other side of the column Fixed connection, the horizontal power assembly and the telescopic fork are respectively located on both sides of the column, one end of the horizontal power assembly is fixedly connected to the middle position of the bottom end of the telescopic fork, and both the horizontal power assembly and the vertical power assembly are rigidly driven; the present invention, through The horizontal power assembly and the vertical power assembly are rigidly driven in the middle of the column and the telescopic fork, so that the stacker can carry out high-load heavy load transportation, and reduces the probability of deviation during the work process, improving the use of life.

Description

technical field [0001] The invention relates to the field of storage equipment, in particular to a high-carrying-capacity stacker and a transportation method. Background technique [0002] As the basic equipment of the automatic three-dimensional warehouse, the stacker performs the work of transporting, entering and exiting the goods, but the existing stackers all use the flexible connection of the chain sprocket assembly and the pulley assembly to realize the stacker. Long-distance linear motion. [0003] Firstly, chains, sprocket assemblies and pulley assemblies, which are flexibly connected chains and belts, have a small bearing capacity and are not suitable for heavy-duty transportation with high loads. [0004] Then, one common point of transmission methods such as the chain sprocket assembly and the pulley assembly is that only the active force can be applied to one side of the column and the telescopic fork of the stacker, while the other side of the column and the t...

AI Technical Summary

Problems solved by technology

[0004] Then, one common point of transmission methods such as the chain sprocket assembly and the pulley assembly is that only the active force can be applied to one side of the column and the telescopic fork of the stacker, while the other side of the column and the telescopic fork is subjected to passive force. Sliding, but when doing linear motion, the column and the telescopic fork will deviate to the passive sliding side under the action of one side of the force, which is prone to damage, especially when the passive sliding side is loaded with heavy loads. Rigid friction caused by shifting, leading to the problem of low service life

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