Standard one-sided knife edge structure of belt conveyer

Abstract

The invention relates to a standard one-sided knife edge structure of a belt conveyer. The structure comprises a roller central shaft installation plate, a roller and a frame end installation plate, wherein the two ends of a roller central shaft are fixed by a U-shaped clamping groove on the roller central shaft installation plate; the roller central shaft installation plate is fixedly connected to the frame end installation plate and is provided with a standard one-sided knife edge; and through threaded holes are formed at the two ends of the roller central shaft and are in threaded fit with an adjusting rod. By the standard one-sided knife edge structure, a knife edge has a circular arc surface structure with a small R angle, so that a circumference ratio generated by the roller edge structure of the conventional belt conveyer is reduced, the conveyer product smoothly flows, the condition that articles are accumulated and the like due to a gap generated by butting the arc surface to influence normal work in the prior art is avoided, the work efficiency of the conveyer is greatly improved, and loss caused by the falling of a too small article is reduced.

Description

technical field [0001] The invention relates to the field of conveying equipment, in particular to a standard one-sided blade structure of a belt conveyor. Background technique [0002] Belt conveyors are generally composed of drive rollers, racks, brackets, conveyor belts, etc. They are suitable for the transportation of various types of goods such as boxes, bags, and pallets. They are widely used in airports, ports, coal mining industries, and other types of logistics. In the processing system, it can convey a single piece of heavy material and withstand a large impact load. It has the characteristics of large conveying capacity, fast speed, light operation, and can realize multi-variety collinear shunt conveying. When the belt conveyor needs to be docked with other conveyors or workbenches, because the end face of the general belt conveyor is a roller arc surface structure, the pi is relatively large. The smooth flow of products reduces the working efficiency of the conv...

AI Technical Summary

Problems solved by technology

When the belt conveyor needs to be docked with other conveyors or workbenches, because the end surface of the general belt conveyor is an arc surface structure of the roller, the pi is relatively large. The smooth flow of products reduces the working efficiency of the conveyor. Especially when the items are too small, the transported items are easy to fall, causing safety hazards and inevitable losses. Therefore, the end face of the belt conveyor needs to be a sharp end face or an arc surface with a small pi

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