Advantages of CASS control system on CNC winding machine.

CASS system is a non-linear algorithmic control system for CNC winding machine, a high precision servo motion control system. The platform is a scalable open PLG system, which is the product of the combination of embedded system and soft PLC, that is, embedded soft PLC technology, that is, the perfect combination of embedded soft PLC technology and embedded soft PLC technology, which has the advantages of both soft PLC technology and also inherited the advantages of embedded, with the following significant advantages.

Embedded soft PLC system has an open hardware architecture, users are very free to choose the right hardware to customize the control system to meet the requirements.

Compared with traditional CNC winding machine, embedded soft PLC has a richer instruction set, which greatly facilitates users to write industrial control programs.

With the rapid development of embedded chip technology, the cost performance of embedded soft PLC products has been rapidly improved.

(4) Embedded soft PLC system has an open structure and standards, its products can be added to the PLC network and standard computer network at the same time, so that many existing network research results can be easily applied to PLC control technology.

Embedded soft PLC technology is based on IEC61131-3 language standard, so the program development is convenient, easy to reuse, shorten the product development cycle, debugging and maintenance is also more convenient.

Aero Brushless Motor Stator

The existing embedded soft PLC control engine design scheme is based on Linux operating system, UC-OSII and no operating system, CASS is a design scheme using no operating system, mainly used for the motion servo control of winding machine and other related aspects, as shown in the figure below. That means there are gaps. In order to determine whether there is overlap in the scheduling system, the appearance of overlap can be seen by determining whether the coordinate difference between adjacent wavefronts is greater than 1.5 times the median of the position difference of all adjacent wavefronts. After the fiber optic winding machine scheduling system obtains the actual operating status through the image monitoring system, the necessary measures should be taken to adjust the equipment operation in a timely and effective manner to improve the system scheduling accuracy.

The image control based fiber optic winding machine scheduling system can ideally handle the fiber optic winding scheduling work, timely find the special problems occurring in the light winding work, target adjustment of the paddle wheel movement, improve the accuracy and efficiency of the light winding machine scheduling system. In order to obtain a more complete light winding machine monitoring system, it is necessary to further strengthen the experiments and research to effectively improve the robustness of the image processing algorithm, so as to make the fiber optic winding machine scheduling system work more flexibly and reliably, with more outstanding automatic performance.

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