Joint-free annular conveying belt wound by anti-tear fiber rope

Abstract

The invention relates to a joint-free annular conveying belt wound by an anti-tear fiber rope. The processing process of the joint-free annular conveying belt wound by the anti-tear fiber rope is characterized by comprising the following steps of preparing glue pulp, selecting a rope with proper strength, winding the rope impregnated with the pulp around a numerical control double-drum rope winding machine, upper buffer glue and lower buffer glue and covering glue discharging films, manually wing a circle of the rope for measuring the circumference, attaching the upper buffer glue and an anti-tear cord, attaching the upper covering glue, reversely rotating the rope, the upper buffer glue and the upper covering glue which are attached together, attaching the lower buffer glue and the lowercovering glue, finally cutting off the redundant buffer glue and the covering glue, finishing into a semi-finished product belt blank and vulcanization processing of the semi-finished product belt blank. Compared with the prior art, the annular conveying belt has the advantages that the annular conveying belt is free of joints, the longitudinal force of the conveying belt is strong, the material consumption is low, the conveying of the annular conveying belt is stable.

Description

technical field [0001] The invention relates to the technical field of a jointless endless conveyor belt, in particular to a jointless endless conveyor belt wrapped with a tear-proof fiber-cracking cord. Background technique [0002] The traditional conveyor belt is a power transmission belt with openings at both ends of a certain length, width and thickness. When the transmission is used, the two ends need to be connected together. In the direct production of endless belts in the factory, both ends need to be connected together. Traditional conveyor belt splicing methods include mechanical clips, hot vulcanized and cold vulcanized splices. Currently commonly used is heat vulcanized joints. In the traditional production process, there are many superimposed layers of cloth, the belt body is heavy, and when it passes through the roller, it has poor flexibility and is easy to be layered. It consumes a lot of material costs and labor. It requires the cooperation of multiple pe...

AI Technical Summary

Problems solved by technology

In the traditional production process, there are many superimposed layers of cloth, and the belt body is heavy. When passing through the roller, it has poor flexibility and is easy to be layered. It consumes a lot of material costs and labor. It requires the cooperation of multiple people to complete the production of a belt.

When splicing, the labor intensity is high and the production efficiency is low. Due to the existence of the splicing, the splicing part is easy to break, causing the belt body to break. When the high-speed transmission is performed, the belt jumps greatly, the splicing is not timing, and the belt is easy to run off.

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