A first-in-first-out type rod-shaped material disc storage and conveying device

Abstract

The invention relates to a first-in first-out rod-shaped material disc storing conveying device which comprises a fixed disc storing conveying device. The fixed disc storing conveying device is provided with a rotatable disc storing conveying device, and a rotating support is arranged between the fixed disc storing conveying device and the rotatable disc storing conveying device. When the first-in first-out rod-shaped material disc storing conveying device is used, by installing a rod-shaped material flexible turning device between the fixed disc storing conveying device and the rotatable disc storing conveying device, rod-shaped materials are smoothly conveyed from the rotatable disc storing conveying device to the fixed disc storing conveying device. The first-in first-out rod-shaped material disc storing conveying device has the advantages that the fixed disc storing conveying device is provided with the rotatable disc storing conveying device, the first-in first-out rod-shaped material disc storing conveying device is simple in structure; no damage is caused to the rod-shaped materials, the first-in first-out disc storing conveying device is favorable for product quality tracing; upstream and downstream devices work normally, and device efficiency is improved.

Description

technical field [0001] The invention relates to the storage and transportation field of rod-shaped materials, in particular to a first-in first-out type rod-shaped material disk storage and transportation device. Background technique [0002] The rod-shaped material storage and conveying system is installed between the rod-shaped material forming equipment and the rod-shaped material packaging equipment. By storing or outputting the rod-shaped material, the work balance of the upstream and downstream equipment is achieved, so that the mutual influence of the abnormal working status of the upstream and downstream equipment is minimized and the improvement is improved. equipment efficiency. [0003] At present, the rod-shaped material storage and conveying system is divided into structurally: open-loop disc-type rod-shaped material storage and conveying system, closed-loop drum-type rod-shaped material storage and conveying system, closed-loop elevated rod-shaped material stor...

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Problems solved by technology

[0004] The open-loop disc-type rod-shaped material storage and conveying system includes loading, unloading, and rod-shaped material conveying channels. When there is a mismatch in the capabilities of upstream and downstream equipment, it is compensated by loading or unloading the disk to avoid mutual influence. However, for rod-shaped During the process of material loading and unloading, it will cause damage and damage to the appearance and internal quality of the rod-shaped material

[0005] The closed-loop elevated rod-shaped material storage and conveying system includes an elevated buffer warehouse and a conveying channel. This type of equipment has two structures: first-in-last-out and first-in-first-out. However, due to its large, complex structure and poor stability, the equipment is usually arranged in the air. Maintenance brings great difficulties, and the lifting height of the rod-shaped material is large, and it is easy to cause wrinkled appearance and internal quality damage due to extrusion

[0006] The closed-loop drum-type rod-shaped material storage and delivery system includes a storage warehouse and a delivery channel. It is favored by most users because of its simple structure, low failure rate, and stable and reliable operation; The rod-shaped materials in the drum finally flow out of the drum. The existing problems are: first, it is not conducive to product quality traceability; second, some special rod-shaped materials are stored for a long time, which will cause chemical or physical qualitative changes and affect their quality; Third, during the debugging stage of newly purchased and repaired equipment, because of its poor flexibility and unqualified rod-shaped materials, it cannot be automatically eliminated, and the upstream and downstream equipment affect each other

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