Pipe belt torsion monitoring method

Abstract

The invention discloses a pipe belt torsion monitoring method. The method sequentially comprises the steps of dust removal cleaning, primary painting, secondary painting, drying shaping, rework monitoring and the like. The primary painting areas and the secondary painting areas are arranged at intervals to form painting areas with concave-convex alternate structures, so that the concave secondarypainting areas are protected by the convex primary painting areas, the whole coloring area is prevented from being synchronously abraded, the overall durability and definition of the corresponding color coating area on the pipe belt are obviously improved; the identification efficiency and the identification precision of the color identification monitoring device on the colored area on the pipe belt are ensured, specification parameters such as the size and the shape of the painting area are monitored in real time, and the specification abnormity of the pipe belt coloring area is found in time, so that whether the pipe belt is twisted or not is judged, the monitoring efficiency of the twisting phenomenon of the pipe belt is greatly improved, the labor intensity of workers is reduced, the judgment precision and the judgment result reliability of the twisting phenomenon of the pipe belt are remarkably improved, and stable operation of equipment is guaranteed.

Description

technical field [0001] The invention relates to the technical field of coloring matching technology for pipe belts, in particular to a method for monitoring the torsion of pipe belts. Background technique [0002] During the operation of the pipe belt machine, the pipe belt will be twisted. When the pipe belt is twisted seriously, it is easy to cause the pipe belt to leak, the pipe belt is broken, etc., which not only deteriorates the production environment, but also leads to production stagnation. The situation will cause huge economic losses to the production unit. Therefore, how to know the twisting phenomenon of the pipe belt in time is an important link in the actual production and processing. [0003] At present, manual observation is usually used to monitor whether the pipe is torsion. This method completely relies on the staff to observe the external structure and operation of the pipe with the naked eye, so as to judge whether the pipe is torsion. The monitoring eff...

AI Technical Summary

Problems solved by technology

[0002] During the operation of the pipe belt machine, the pipe belt will be twisted. When the pipe belt is twisted seriously, it is easy to cause the pipe belt to leak, the pipe belt is broken, etc., which not only deteriorates the production environment, but also leads to production stagnation. The situation will cause huge economic losses to the production unit. Therefore, how to know the twisting phenomenon of the pipe belt in time is an important link in the actual production and processing.

[0003] At present, manual observation is usually used to monitor whether the pipe is torsion. This method completely relies on the staff to observe the external structure and operation of the pipe with the naked eye, so as to judge whether the pipe is torsion. The monitoring efficiency is low and the monitoring accuracy is low. Not high, which seriously restricts the overall operating efficiency of the pipe belt machine

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