Flexible steering device for conveying rod-shaped materials

Abstract

The invention relates to the field of rod-shaped material storing and conveying, in particular to a flexible steering device for conveying rod-shaped materials. The flexible steering device for conveying the rod-shaped materials comprises a circular disc storing-conveying device. A semicircular outer blocking plate and an inner side blocking plate are arranged at the steering portion of the circular disc storing-conveying device. A swinging arc flow guiding plate which is connected through a hinged shaft is arranged at a material inlet portion between the outer blocking plate and the inner side blocking plate. The swinging arc flow guiding plate is connected with a supporting block through the hinged shaft. The two ends of the supporting block are arranged in the middle of the outer blocking plate and the inner side blocking plate through an upper supporting rod and a lower supporting rod. A fixed arc flow guiding plate is arranged at a material output part between the outer blocking plate and the inner side blocking plate. An elastic device is arranged on the swinging arc flow guiding plate, and the position of the elastic device is adjusted according to a preset range. The problems that the conveyed rod-shaped materials are squeezed during steering, and gaps are generated during steering can be avoided, even output of the rod-shaped materials and material quality are guaranteed, and high-quality products are obtained.

Description

technical field [0001] The invention relates to the technical field of storage and transportation of rod-shaped materials, in particular to a flexible turning device for conveying rod-shaped materials. Background technique [0002] In the prior art, the rod-shaped material disk storage and conveying device is a component of the drum type first-in-first-out rod-shaped material storage and conveying device. The disc is driven by a servo motor to rotate to realize the storage of the rod-shaped material; the servo motor on the disc Drive the chain plate above it to realize the transportation of rod-shaped materials. At present, the turning of rod-shaped materials from the upper disc storage and conveying device to the next disc storage and conveying device is a rigid turn, and the arc-shaped deflector has no elasticity. , so there is a rigid contact between the curved deflector and the rod-shaped material to be conveyed, and the size of the channel cannot be automatically adjust...

AI Technical Summary

Problems solved by technology

When the instantaneous flow rate is large, it is easy to cause the rod-shaped material to be squeezed and deformed; when the instantaneous flow rate is small, there will be gaps in the arc deflector, which will easily cause the rod-shaped material to be disordered, the flow of the output rod-shaped material is uneven, and the appearance of the rod-shaped material is damaged, which affects the quality of the rod-shaped material. The performance of conveying equipment

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