Multi-motor intelligent servo system based on internet of things technology

Disclosed is a multi-motor intelligent servo system based on the internet of things technology, characterized by comprising an internet of things, a plurality of servo driving modules, and a plurality of driving motors, wherein the internet of things comprises a plurality of servers, gateway modules, mobile terminals, and user terminals; and the servo driving modules are used for receiving the control instructions and parameter-setting instructions emitted via the gateway modules, collecting the information on temperature, vibration, current, and location of the driving motor, and controlling the motion of the driving motor according to the corresponding instructions. The multi-motor intelligent servo system of the utility model makes all the devices connected to the internet, and is capable of monitoring the operation of the devices in a real-time manner and solving the problems that might happen at the earliest time. Therefore, the multi-motor intelligent servo system can reduce the fault probability of the production device, shorten the device maintaining time, and cut the maintenance cost, thereby being beneficial to both the manufacturing enterprises and the device providers.