Stacking machine with two layers of objective tables

Abstract

The invention discloses a stacking machine with two layers of objective tables. The stacking machine comprises a horizontal movement module, and a vertical movement module is mounted on the horizontal movement module and provided with an objective table work module. The horizontal movement module comprises a horizontal movement platform, and the horizontal movement platform is connected with a sliding block and connected with a lead screw mechanism. The vertical movement module comprises lifting guide rails, and the lifting guide rails are arranged at the four corners of bottom plates of the stacking machine and are fixedly connected with the upper bottom plate and the lower bottom plate. The upper layer of objective table and the lower layer of objective table are mounted on the lifting guide rails. The objective table work module comprises the upper layer of objective table and the lower layer of objective table. The objective tables are provided with bottom plates and telescopic plates doing telescopic movement on the bottom plates, and the telescopic plates of the objective tables can complete telescopic movement so that cargoes can be stored and taken out. The stacking machine is reasonable in structure, high in work efficiency and small in overall size.

Description

technical field [0001] The invention relates to a stacker. Background technique [0002] At present, the automated three-dimensional warehouse is widely used in the modern logistics industry. It is a system that can automatically store and take out materials. It is a high-tech product of the development of modern industrial society, and it is of great significance to improve productivity and reduce costs. As the most important part of the three-dimensional warehouse, the stacker plays a vital role in improving the storage efficiency of the three-dimensional warehouse. my country's stacker technology began to develop in the early 1970s. Up to now, there are mainly the following types of stackers: (1) According to the different lifting heights of the stacker, it can be divided into high-level type, middle type, Low-rise type. (2) According to whether the stacker has a track or not, it can be divided into a tracked stacker and a trackless stacker. (3) According to the degree ...

AI Technical Summary

Problems solved by technology

The above types of stackers have different advantages and are suitable for different working environments, but they all have only a single-layer loading platform, and cannot complete the storage of multiple materials in one throughput operation.

At present, there is a stacker with two parallel loading platforms on the market. If two goods are to be taken out at one time, the two goods are required to be placed in parallel. The stacker with parallel loading platforms improves the work efficiency to a certain extent. Efficient, but not very flexible when working

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