Rotary transfer stacking device

Abstract

The invention relates to a rotary transfer stacking device, which comprises a rotary shaft, stirring plates, driven wheels and a cam guide groove, wherein the rotary shaft can rotate in a vertical plane; a plurality of projecting parts are uniformly arranged in the circumferential direction on the surface of the rotary shaft; each stirring plate is provided with a plate surface with a certain area for bearing articles to be stacked; the connection end of each stirring plate is rigidly connected with a connection rod; one end part of each connection rod connected with each stirring plate is pivoted on each projecting part through a shaft; the other end part of each connection rod is hinged with one driven wheel; the driven wheels are arranged in the cam guide groove and can move in the cam guide groove under the guide action; and the cam guide groove is positioned in the vertical plane and provided with a suitable structure, so that the stirring plates can be driven to horizontally stack the articles to be stacked and can keep away from the stacked articles after the stacking operation. The rotary transfer stacking device can be used for automatically stacking the articles in a horizontal stacking way, so that the manpower is saved, the working efficiency is improved, and the convenience is provided for subsequent sorting and packaging.

Description

technical field [0001] The invention belongs to the field of mechanical manufacturing; it relates to a part of an automatic paper molding machine, in particular to a device for stacking products in the final process when fully automatic manufacturing of paper molded products (such as egg trays and fruit trays) of a certain shape; especially relates to Rotary transfer stacking device. Background technique [0002] In the past pulp molding production equipment, at the end of the product process, the products were generally sorted manually and then sent to subsequent packaging; this manual picking method is labor-intensive and requires a lot of personnel in mass production, and the factory It is also necessary to consider the route passages for workers to transport goods back and forth, which requires a large area. Common stacking machines have appeared in the prior art, which use the gravity of the products themselves to stack them by falling from top to bottom; but because o...

AI Technical Summary

Problems solved by technology

[0002] In the past pulp molding production equipment, at the end of the product process, the products were generally sorted manually and then sent to subsequent packaging; this manual picking method is labor-intensive and requires a lot of personnel in mass production, and the factory It is also necessary to consider the routes and passages for workers to transport goods back and forth, which requires a large area

Common stacking machines have appeared in the prior art, which use the gravity of the products themselves to stack them in the way of falling from top to bottom; but because of the height limit of the machine itself, products that cannot be stacked too much have to be removed

Moreover, the above two methods are not conducive to the counting after stacking. Manual stacking is prone to errors and the efficiency of manual counting is low; the top-down method is not easy to count in the case of multi-mode at one time.

In addition, under the above-mentioned existing technology, it is not easy to arrange the packaging route for subsequent stacking products

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