Automatic feeding system

Abstract

The invention relates to an automatic feeding system, which comprises a platform, a travelling crane system, a feeding mechanism, a feed box and a control cabinet, wherein the travelling crane system is arranged on the platform by a guide rail frame; a plurality of feed openings are formed on the platform; the feed box is arranged below the feed openings; a hanging basket is arranged on the travelling crane system; the control cabinet is arranged on the platform; the feeding mechanism comprises a driven well frame and a tilting mechanism; the tilting mechanism comprises a tilting pot buggy, a support and a bearing base; air cylinders are arranged on the support and the bearing base respectively; the support and the tilting pot buggy are jacked sequentially by the air cylinders, so that materials are poured into the hanging basket; the travelling crane system elevates the hanging basket to the upper side of the platform from the lower side of the platform; and the travelling crane system moves to convey the materials to the upper side of the feed openings from which the materials are needed to be fed, so that the materials are discharged in the feed box. In the automatic feeding system, the materials are discharged automatically by utilizing the feeding mechanism, and are conveyed by a travelling crane, so the automaticity is high, and the labor intensity of workers is relieved greatly; and the materials are stored in the feed box, so the occupation space of the ground is reduced; and a material-free detection device is arranged to remind of feeding materials in the feed box or not without artificial examination.

Description

technical field [0001] The invention relates to a feeding mechanism, in particular to an automatic feeding system capable of automatic loading and unloading. Background technique [0002] The processing of fasteners requires multiple processes such as cold pressing, drilling, and tapping. These processes require multiple feedings. The existing feeding method is to stack semi-finished products on the side of the processing equipment and manually use a shovel to remove them. The semi-finished products are shoveled into the hopper of the processing equipment. Due to space constraints, the processing equipment is usually placed densely. In this case, semi-finished products are piled up next to the equipment to occupy the aisle, which brings inconvenience to the workers. In addition, During the shoveling process, the material will fall and easily mix with finished products or other semi-finished products, and manual shoveling will increase the labor intensity of the work and redu...

AI Technical Summary

Problems solved by technology

[0002] The processing of fasteners requires multiple processes such as cold pressing, drilling, and tapping. These processes require multiple feedings. The existing feeding method is to stack semi-finished products on the side of the processing equipment and manually use a shovel to remove them. The semi-finished products are shoveled into the hopper of the processing equipment. Due to space constraints, the processing equipment is usually placed densely. In this case, semi-finished products are piled up next to the equipment to occupy the aisle, which brings inconvenience to the workers. In addition, During the shoveling process, the material will fall and easily mix with finished products or other semi-finished products, and manual shoveling will increase the labor intensity of the work and reduce work efficiency

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