An intelligent wrapping machine

Abstract

The invention relates to the field of mechanized equipment manufacture, in particular to an intelligent special cloth wrapping machine. The intelligent special cloth wrapping machine comprises a rack, a lead screw I arranged at the middle part of the rack, a motor, a material feeding mechanism, a control device used for controlling tension in a closed-loop manner, a glue smearing mechanism, a monitoring device used for monitoring the diameter of cloth wrapping on line in real time, a cutting-off knife which is arranged on the rack and is connected with the output end of a cylinder, a material collection mechanism, a control module used for adjusting and controlling the motor and the material collection mechanism and a man-machine interaction panel. According to the intelligent special cloth wrapping machine, a measurement value transmitted by a sensor is compared with preset tension by utilizing a tension control device; a spindle and a magnetic powder brake are harmonized by a PMAC multi-axis motion controller; the preset tension is determined by the cylinder I; and the telescopic quantity of the cylinder I is measured by the magnetoscale sensor and is transmitted to the control device, so that feedback-type control is formed, and dynamic self-adaption adjustment on the tension is realized.

Description

technical field [0001] The invention relates to the field of mechanical equipment manufacturing, in particular to an intelligent wrapping machine. Background technique [0002] Storing the cloth by wrapping the cloth can effectively reduce the occupied space of the cloth, which is a storage method widely used at present. The traditional cloth wrapping method requires the staff to manually apply the glue solution to the cloth with a brush, and then use a cylindrical workpiece to manually wind the cloth to complete the cloth wrapping. It is difficult to ensure the uniformity of the glue applied by hand, which is easy to cause visual fatigue, and the manual winding and wrapping work is difficult to complete by a single person, requiring the cooperation of multiple people, which will affect the wrapping effect and increase production costs. When the requirements for the position area of ​​the cloth wrapping are relatively strict, the error of the manual winding cloth wrapping i...

AI Technical Summary

Problems solved by technology

It is difficult to ensure the uniformity of the glue applied by hand, which is prone to visual fatigue, and the manual winding and wrapping work is difficult to complete by a single person, requiring the cooperation of multiple people, which will affect the wrapping effect and increase production costs

When the requirements for the position area of ​​the wrapping cloth are relatively strict, the error of the manual wrapping cloth wrapping is relatively large, and it is difficult to ensure that the cloth is completely wound at the corresponding position, and often the cloth exceeds or does not reach the specified position, resulting in the result of the wrapping cloth not reaching the specified standard

At the same time, manual winding of the wrapping cloth requires manual measurement of the wrapping thickness. Due to the large fluctuations in the manual pressure during the wrapping process, this will have a great impact on the control of the wrapping thickness, and it is difficult to maintain accuracy.

In addition, the manual winding of the wrapping cloth is easy to cause the glue to drip everywhere, destroying the sanitary environment of the enterprise workshop, affecting the working environment of the workers, and bringing inconvenience to industrial production.

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