A stacking type distributing mechanism

Abstract

The embodiment of the invention provides a stacking type distributing mechanism. Through an unique design of a support plate and a unique design of a distributing claw head, the support plate is utilized to support a stack comprising a plurality of material boxes; the distributing claw head is utilized for pressing and feeding the material boxes on the bottom of the stack onto a sucking base; thesupport plate supports the stack above; the separated material boxes are transferred to specified positions through the sucking base; and a gap between edges of upper and lower material boxes is a keyoperating space. The stacking type distributing mechanism is simple in structure, and solves a condition that materials are nested, embedded and locked with one another during stacking, so that the materials at the bottommost layer cannot drop by virtue of gravity thereof, continuous production is guaranteed, and production efficiency is improved.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of automatic material distribution, and more specifically, to a stacked material distribution mechanism. Background technique [0002] In the existing production process, the automatic feeding structure, such as the top loading structure, is used in many automation equipment, but the top loading structure has the disadvantages of inaccurate positioning and inconvenient supplementary logistics. Therefore, the bottom material distribution structure using the bottom material distribution one by one is more and more popular in automation equipment, which can well solve the shortcomings of the above-mentioned top feeding structure. [0003] However, the bottom material distribution structure is also limited in use. For example, when the surface of the material is relatively smooth, when stacking, there will be negative pressure on the smooth surface of the material to make the materials adso...

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Problems solved by technology

[0003] However, the bottom material distribution structure is also limited in use. For example, when the surface of the material is relatively smooth, when stacking, there will be negative pressure on the smooth surface of the material to make the materials adsorb each other, and the bottom material cannot fall. In addition, when there are grooves of various shapes in the material, the materials will be inlaid and fastened with each other when stacked, so that the bottom layer of the material cannot fall by its own gravity, and the production will be interrupted. reduce production efficiency

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