Oscillatory type non-straight-long bar automatic sorting feeding machine

Abstract

The invention relates to bunker type charging equipment for an automation line, in particular to a vibrating type charging machine with automatic non-long straight rib sorting function, comprising a bunker (1) and a ,machine frame (6), wherein the machine frame (6) is provided thereon with a vibrating mechanism (2), the bucker (1) is arranged on the vibrating mechanism (2), and a material collecting mechanism (7) is arranged on one end of the machine frame (6); a sequencing mechanism (3) is arranged at the upper part of the bunker (1), and the sorting mechanism (4) is arranged at the lower part of the bunker (1). The inventive charging machine arranges the vibrating mechanism, the sequencing mechanism and the sorting mechanism based on the prior bunker type charging mechanism, so as to achieve automatic non-long straight rib sequencing, sorting and charging, thereby improving the charging stability and reliability and ensuring stable charging of the production line. The inventive vibrating type charging machine has automatic sequencing, sorting and charging functions, and has the advantages of simple structure, stable and reliable operation and high adaptability, thereby ensuring charging requirements of the automation line.

Description

technical field [0001] The invention relates to bin-type feeding equipment for automatic lines, in particular to a vibrating automatic sorting and feeding machine for non-straight rib materials. Background technique [0002] At present, the feeding mechanism for the automatic sorting of metal bars is mainly for the sorting and feeding of thick and short bars, while for slender bars, especially for non-straight and multi-standard slender ribs, due to the soft and long bars , easy to deform, automatic sorting and feeding cannot be realized in the production process, it must be fed manually or by multiple straightening machines alone, resulting in high labor intensity, high production cost, and high failure rate. Once the steel bar is stuck or blocked Such phenomena bring inconvenience to the subsequent automated production, hinder the continuity of the enterprise process, and make it difficult for the factory to achieve the level of automation. The existing feeding mechanism ...

AI Technical Summary

Problems solved by technology

[0002] At present, the feeding mechanism for the automatic sorting of metal bars is mainly for the sorting and feeding of thick and short bars, while for slender bars, especially for non-straight and multi-standard slender ribs, due to the soft and long bars , easy to deform, automatic sorting and feeding cannot be realized in the production process, it must be fed manually or by multiple straightening machines alone, resulting in high labor intensity, high production cost, and high failure rate. Once the steel bar is stuck or blocked Such phenomena bring inconvenience to the subsequent automated production, hinder the continuity of the enterprise process, and make it difficult for the factory to achieve the level of automation

The existing feeding mechanism still has the limitations of loading multiple materials at one time, material jamming, uneven feeding, and low accuracy of feeding positions.

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