What is the root interconnection platform solution for industrial robot industry?

Step 1: The root interconnection box collects the robot's position, working state and fault state in real time, and transmits them to the root cloud platform to realize the real-time online monitoring and remote diagnosis functions of industrial robots, and at the same time, it has the real-time calculation and display of robot OEE, joint rate, working beat and so on; Step 2: The tree root cloud platform can not only read the robot faults and alarm symptoms, but also calculate the current system state of the machine through the working condition data, so as to realize the alarm forms of various industrial robots and various parameter combinations. The alarm information can be customized according to the robot alarm brother. For example, if an alarm message appears more than 10 times in a day, the alarm level will be automatically upgraded and the system setup personnel will be notified, and the alarm will be made by SMS, WeChat, mobile APP and other means. Step 3: The root IOT box supports the access of mainstream industrial robots such as Kawasaki, ABB, KUKA and Fanuc. The root IOT box has perfect security measures to ensure the network security of the equipment side. At the same time, IOT box has the functions of edge computing ability, real-time data calculation, analysis and processing, local storage, disconnection cache and so on. Step 4: After-sales service based on IOT can effectively shorten customer downtime and reduce after-sales service costs. After-sales engineers can use the after-sales system based on the Internet of Things to know the status of on-site industrial robots remotely in real time through PC or mobile APP, remotely view the robot configuration and data, and guide maintenance personnel to troubleshoot; Step 5: After-sales service management based on the Internet of Things can effectively manage the after-sales service of robots, record the maintenance times, maintenance methods and maintenance personnel of robots during maintenance, and realize the whole life cycle management of robot maintenance.