Large flange automatic stacking machine

Abstract

The invention provides an automatic large flange stacking and loading machine. The automatic large flange stacking and loading machine comprises a flange conveying frame, a flange conveying track connected with a loading vehicle, and an automatic flange stacking device arranged in the loading vehicle. The automatic flange stacking device comprises a conveying track and a stacking device. The conveying track comprises a transverse rack body and a plurality of longitudinal track bodies. The stacking device comprises a machine frame, and a cushion strip storing and conveying device is arranged in the machine frame and comprises cushion strip storing and conveying units arranged on two sides of the machine frame. Each cushion storing and conveying unit comprises a cushion strip lifting passage, a cushion strip storing passage, a cushion strip lifting mechanism and a pushing mechanism. Cushion strip outlets communicated with the cushion strip lifting passages on two sides are formed in the work surface of the machine frame. Stacking mechanisms used for automatically stacking cushion strips and flanges are arranged on the left and right sides of the machine frame respectively. The automatic large flange stacking and loading machine can automatically stack large flanges, is low in labor intensity and is high in efficiency.

Description

technical field [0001] The invention relates to flange conveying equipment, in particular to an automatic stacking and loading machine for large flanges. Background technique [0002] After the large flanges are processed and formed, after non-destructive testing and packaging, they need to be loaded and transported by a large loading truck. When the flanges are stacked, in order to avoid mutual influence, they need to be isolated by placing gaskets. At present, the stacking of large flanges The method is usually stacked by a large-scale crane plus a spreader, supplemented by manual cooperation, and the pads are also placed manually, which is not only inefficient, but also has a high cost and a large volume for a large crane. The increase of labor cost has increased the production cost. Contents of the invention [0003] The purpose of the present invention is to overcome the shortcomings of the above technologies, thereby providing a large-scale flange automatic stacking...

AI Technical Summary

Problems solved by technology

[0002] After the large flanges are processed and formed, after non-destructive testing and packaging, they need to be loaded and transported by a large loading truck. When the flanges are stacked, in order to avoid mutual influence, they need to be isolated by placing gaskets. At present, the stacking of large flanges The method is usually stacked by a large-scale crane plus a spreader, supplemented by manual cooperation, and the pads are also placed manually, which is not only inefficient, but also has a high cost and a large volume for a large crane. The increase of labor cost increases the production cost

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