Automatic feeding control system of three-roller cutting machine

Abstract

The invention discloses an automatic feeding control system of a three-roller cutting machine. The automatic feeding control system of the three-roller cutting machine is used for controlling the automatic feeding transfer between rollers. The automatic feeding control system comprises an information acquisition unit, a control unit, and a drive unit, wherein the information acquisition unit, thecontrol unit and the drive unit are connected in sequence. The information acquisition unit is used for collecting gravity information of materials on the rollers, the control unit is used for receiving the gravity information collected by the information acquisition unit and giving control instructions, and the drive unit is used for receiving the control instructions given by the control unit and driving the automatic feeding transfer between the rollers. The control of automatic feeding transfer between the rollers is achieved, time and labor consuming of manual adjustment is reduced, and the problem that the follow-up production and machining is affected due to the fact the adjustment quality is not high and can not be effectively controlled is solved; and the production efficiency isimproved, and the work intensity of manual work is reduced to enable production easier.

Description

technical field [0001] The invention relates to the field of control systems, in particular to an automatic feeding control system for a three-roller cutting machine. Background technique [0002] During the operation of the existing three-roller type cutting equipment, the running time of the equipment has been greatly increased, mainly through the addition of rollers. After the material roll on one roller is discharged, the other can be replaced immediately. The rollers that have been filled with material rolls continue to be cut and processed, and then the empty rollers are filled with material rolls. However, in the operation of the existing three-roller type cutting equipment, most of the material rolls are returned and replaced manually, and the rollers are manually rotated, so that continuous operation can be achieved. However, manually rotating the rollers and manually adjusting the position of the material roll will affect the accuracy of the position of the materi...

AI Technical Summary

Problems solved by technology

However, manually rotating the rollers and manually adjusting the position of the material roll will affect the accuracy of the position of the material roll and consume more time, because manual adjustment is required, and human eyes can observe whether the adjustment is in place, which is extremely difficult. A big waste of time, and the quality of adjustment is not good, which affects the quality of subsequent processing and production

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