Automatic feeding device for stacked porous material

Abstract

The invention discloses an automatic feeding device for a stacked porous material. The automatic feeding device comprises at least one core rod for matching the section of a certain pore of the porous material; at least two controlled clamping bar mechanisms are arranged along the axis of the core rod; and the controlled clamping bar mechanisms always ensure that at least one clamping bar mechanism clamps the core rod at any moment. The feeding device has a simple structure and low cost, can be widely applied to various types of porous materials and is suitable for popularization and use.

Description

technical field [0001] The invention relates to a material conveying device used on a production line, more specifically, to a superimposed automatic feeding device for materials with holes. Background technique [0002] With the progress of society, in order to improve production efficiency and save labor costs, the automation rate of industrial production is getting higher and higher. People have developed various automatic production devices for this purpose, such as the transmission of some materials that can be superimposed. Generally, the materials are superimposed and placed in a container that matches the shape of the material and positioned at certain points of the shape of the material. On the side of the container, corresponding to the last one of the stacked materials, a telescopic ejection mechanism is provided to push the material out. Push out one by one from the opening of the container to enter the next process; or mechanically clamp the outer periphery of t...

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Problems solved by technology

[0003] Because the outer peripheral shapes of the materials are different and very different, it is difficult for a well-designed material conveying device to be applied to the conveying of materials of other shapes. It is necessary to design different containers or mechanical clamping mechanisms for different shapes of materials. Design costs, manufacturing cost is high

[0004] For the transmission of materials with holes that can be superimposed, which are inconvenient to be positioned by the shape of the materials, if the core rod is passed through the holes of the stacked materials with holes to convey, since the materials have to penetrate from the front end of the core rod and from the rear end If it is ejected, no support can be designed around the core rod, which is impossible

Therefore, at present, it is still often used to send it from the assembly line, and then manually send it to the position to be processed, which restricts the improvement of the production efficiency of the entire production line.

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