Guiding system for stable operation of guide belt in guide belt type printing machine

Abstract

The invention relates to a guiding system for the stable operation of a guide belt in a guide belt type printing machine. At present, a guiding system capable of preventing conditions of jittering and deviating of a guide belt during the operation process has not yet developed. The guiding system comprises the guide belt, and is characterize by further comprising a first bearing, a second bearing, a first bearing pedestal, a second bearing pedestal, a guide roll, a camera and a computer. The guide roll comprises a rotating shaft and a roll body, which are fixed. A plurality of guide grooves are formed in the outer wall of the roll body, and are perpendicular to the axis of the roll body. The first bearing and the second bearing are respectively fixed with the two ends of the rotating shaft and are respectively mounted on the first bearing pedestal and the second bearing pedestal. The roll body is lined on the back of the guide belt. The outer wall of the roll body is in contact with the back of the guide belt. The axis of the guide roll is perpendicular to the operation direction of the guide belt. The camera is positioned on the guide belt. The camera is connected with the computer. The guiding system can prevent the conditions of jittering and deviating of the guide belt during the operation process.

Description

technical field [0001] The present invention relates to a guide system, in particular to a guide system for the stable operation of the guide belt in the guide belt printing machine, which can ensure the stable operation of the guide belt in the guide belt printing machine and prevent the guide belt from running out during operation. Bias and jitter. Background technique [0002] The guide belt in the guide belt printing machine should be as stable as possible during operation to ensure the printing quality and printing quality. The guide belt printing machine is usually equipped with a guide structure for guiding the guide belt. The conduction band is guided by limiting the left and right sides of the conduction band. Since the left and right sides of the conduction band used in reality are usually not very flat planes, that is, the two sides of the conduction band are not very flush, which leads to the conduction band During the running process, there will be certain jitt...

AI Technical Summary

Problems solved by technology

Another example is that the publication date is March 27, 2013, and the Chinese patent publication number CN202824830U discloses a guide roller. A step portion, the step portion has a first abutting surface, and a layer of rubber layer is provided on the outer wall of the body. By setting a layer of rubber layer on the surface of the body of the guide roller, the friction between the guide roller and the plate is effectively improved, and at the same time It also effectively reduces the noise. When the guide roller is used to guide the guide belt of the printing machine, although the problem of serious wear on both sides of the guide belt can be solved, the resistance between the guide belt and the guide roller only depends on a part on the outer wall of the guide roller. Provided by a rubber layer, the guiding effect is not good, and the guide belt will deviate

[0004] To sum up, there is currently no guide belt with reasonable structural design, no wear on both sides of the guide belt, good guiding effect on the guide belt, and effective prevention of vibration and deviation during the operation of the guide belt Guide system for stable running of the guide belt in the printing machine

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