Automatic detection control system and control method for superfine wire precise wire arrangement edge

Abstract

The invention discloses an automatic detection control system and a control method for a superfine wire precise wire arrangement edge. The structure of the system and the method are simple and high in practicality and reliability. A swing rod just needs to be arranged at the front side of a winding roller. A sensor is connected behind the swing rod. Meanwhile, an encoder or another sensor is added on a wire arrangement device (a wire arrangement screw) so that the two sensors transmit signals to a controller and the controller can automatically detect smoothness of a wire on the roller in real time when the wire reaches the edge. Even a slightly uneven phenomenon occurs in the edge, the signals are transmitted to the controller which responses immediately and the controller controls the speed and reversed time of the wire arrangement device until the wire is smooth completely at the edge of the roller.

Description

technical field [0001] The invention belongs to the field of automatic control, and in particular relates to an automatic detection control system and a control method for the precise winding edge of ultra-fine wire, which are widely used in the requirements for the winding edge of the winding reel when the ultra-fine wire needs to be wound precisely. flat occasion. Background technique [0002] In industrial control, there are many occasions where it is necessary to evenly wind up wires or wires and other linear objects on the I-shaped wheel or other reels with edges. The reciprocating operation drives the wire or thread to be evenly distributed on the reel. The control of this wire arrangement mechanism has a purely mechanical method and an electromechanical method. It has been widely used in thicker wires, but for ultra-fine Silk thread, if there is no automatic detection and control method, it cannot meet the requirements of normal cable arrangement. Using the traditio...

AI Technical Summary

Problems solved by technology

[0002] In industrial control, there are many occasions where it is necessary to evenly wind up wires or wires and other linear objects on the I-shaped wheel or other reels with edges. The reciprocating operation drives the wire or thread to be evenly distributed on the reel. The control of this wire arrangement mechanism has a purely mechanical method and an electromechanical method. It has been widely used in thicker wires, but for ultra-fine Silk thread, if there is no automatic detection and control method, it will not be able to meet the requirements of normal wiring

Using the traditional method, when the silk thread is in the middle of the reel, the spacing and flatness can be easily controlled, so that the thread will not be pressed, and the next process will not be affected when the thread is unwound. The edges of the two ends of the reel cannot be controlled, because the silk thread is ultra-fine, and it is impossible to be at exactly the same point every time due to the influence of the change of the thickness of the reel and different speeds when the edge turns around and changes direction. When there are more and more silk threads, the reel will be deformed to varying degrees. At this time, with the increase of the number of layers of wires, the edges of the two ends of the reel will appear uneven. Because the silk thread is ultra-fine, At this time, the phenomenon of wire pressing is very easy to occur. When the wire is unwound in the next process, it cannot be unwound at the wire pressing place, and the wire is broken and cannot work normally.

Some people use the method of image processing (CCD) to detect the flatness of the edge and then control the method of wiring, but this method has many disadvantages. First, the cost is high. The cost of the CCD system itself is very high. Two cameras must be installed to increase the cost; second, the production environment of this kind of silk thread is generally harsh, with a lot of dust and corrosion, and the camera cannot work normally for a long time in this environment, and the maintenance cost is extremely high. promotional use

Images