Simulation of Mechatronics Integrated Control Path Constraint Model Based on Grey Clustering

Electric motors play a very important role in mechatronics technology, ensuring the smooth operation of mechatronics and the stable and orderly production process. Therefore, the normal operation of electric motors is an important guarantee for industrial production. This article conducts simulation research on the constraint model of mechatronics integrated control path based on grey clustering. The research results indicate that the closed-loop mechanism kinematic position solution algorithm implemented in this paper is completely consistent with the calculation results of Adams, verifying the effectiveness of the algorithm proposed in this paper. By comparing the total time difference of the activity with the key position of the activity in the network plan, that is, influence and intensity, the key routes are sorted to obtain more than one key route, which can be sorted at different levels. The control path constraint model can effectively integrate the software and hardware systems in the mechatronics control operation process through grey clustering, and synchronize intelligent and automated production in mechatronics technology through fusion.