Anti-abrasion chute

Abstract

The invention discloses an anti-abrasion chute, and belongs to the technical field of material chutes. The anti-abrasion chute comprises a chute body; flow choking blocks are arranged on the inner wall of the chute body at intervals; the flow choking blocks incline upwards and form oblique angles with the inner wall of the chute body; and materials are deposited at the oblique angles, and the deposited materials and conveyed materials form material-material grinding. The problems of wear resistance and material conveying distance limitation of the chute body can be solved by the anti-abrasion chute, the chute body is not prone to being worn through and is more durable, the application range is large, the material transportation inversion efficiency is improved, the maintenance workload is reduced, the flow choking blocks installed on the material receiving face of the chute body are utilized, a certain angle is formed by the flow choking blocks and the chute body, part of the materials can be deposited, the deposited materials and the conveyed materials form a form of material-material grinding, and the chute body can be made into any angle, so that the use of the chute body is not limited by distance, and extremely high use value is achieved.

Description

technical field [0001] The invention relates to the technical field of material chute, more specifically, to an anti-wear chute. Background technique [0002] The material chute is an important part of the mechanized transportation of materials in various metallurgical plants and mines. It is located in the discharge section of material handling equipment such as belt conveyors and vibrating screens, and is used for material diversion and transfer of front and rear equipment, such as Figure 5 As shown, the traditional material chute adopts anti-wear lining or stepped type. Because some materials are highly abrasive, the corners of the stepped chute are easily worn through, resulting in material falling. The use of this type of chute requires regular maintenance, which directly affects material transportation. Invert efficiency and increase maintenance workload. Moreover, the stepped chute is affected by the conveying distance of the material, so the applicable places are l...

AI Technical Summary

Problems solved by technology

It is located in the discharge section of material handling equipment such as belt conveyors and vibrating screens, and is used for material diversion and transfer of front and rear equipment, such as Figure 5 As shown, the traditional material chute adopts anti-wear lining or stepped type. Because some materials are highly abrasive, the corners of the stepped chute are easily worn through, resulting in material falling. The use of this type of chute requires regular maintenance, which directly affects material transportation. Invert efficiency, increase maintenance workload

Moreover, the stepped chute is affected by the conveying distance of the material, and the applicable places are limited.

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