Connection method of conveying belt

Abstract

The invention provides a connection method of a conveying belt. The connection method comprises the steps that 1, the left end of a base belt is taken, and a first middle line is marked at the left end of the base belt, wherein the distance between the first middle line and the edge of the front side of the base belt is equal to the distance between the first middle line and the edge of the back side of the base belt; 2, the right end of the base belt is taken, and a second middle line is marked at the right end of the base belt, wherein the distance between the second middle line and the edge of the front side of the base belt is equal to the distance between the second middle line and the edge of the back side of the base belt; 3, the left end is close to the right end, and it is guaranteed that the first middle line and the second middle line are basically located on the same straight line; 4, the left end and the right end are connected. According to the connection method, the traditional mode that the edge of one side of the base belt is taken as a datum line is abandoned, the middle line of the left end and the middle line of the right end are taken as the datum lines, a cumulative difference value is far smaller than that of a traditional connection method even when deviation is generated due to accidents in the connection process, it is guaranteed that the perimeters of rings formed by the edges of the two sides of the conveying belt in an enclosing mode are consistent, the deflection problem is solved, and the service life is prolonged. The conveying belt made through the connection method can be used for assembling material conveying equipment.

Description

technical field [0001] The invention relates to the technical field of material conveying equipment, in particular to a method for connecting conveying belts. Background technique [0002] The endless conveyor belt used on the material conveying equipment is formed by joining the two ends of the long base belt. In actual production, material conveying equipment is prone to material deviation during the process of conveying materials. The conventional solution is to fine-tune the belt, forcibly tighten, stretch, and adjust the height of the conveying belt to barely reach both sides. peer status. But this is only a palliative way, which will greatly reduce the service life of the conveyor belt, and has high requirements for the work experience of the equipment maintenance personnel, and often cannot be adjusted to a satisfactory level. [0003] The inventor found through research that the so-called deviation is largely a hidden danger caused by the unreasonable connection me...

AI Technical Summary

Problems solved by technology

However, there may be deviations due to various reasons when connecting the connecting lines each time, and the deviation will accumulate and affect the next connecting line, which will cause the circumference of the ring enclosed by the edges on both sides of the conveyor belt to appear. A large difference, that is, the linear speed of the two sides of the conveyor belt is not equal during the working process, which makes the material conveyed deviate

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