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The system closely focuses on the latest technological development trend of "Industry 4.0", and integrates "Internet +", "smart sensors", "PLC control technology", "intelligent electromechanical equipment", "digital twin simulation", "logistics technology", "IT Advanced technologies,Information safety, and Lean Automation”, which can enable students to learn and master the latest knowledge and skills of Industry 4.0.

The platform integrates the latest technology in the field of industrial robots, allowing students to learn the most advanced industrial robot application technology

Intuitive equipment: The main equipment is installed directly exposed, and the equipment can be displayed in front of students more intuitively, which shortens the transition and adaptation time of students from the classroom to the industrial site.

1.the process control training equipment adopt typical instruments common-used in the industry, like pressure,temperature, flow, liquid level, etc., with a variety of instruments that are close to the industrial site. Investigate the contestants' selection and installation skills of instruments and meters. 2. The process control teaching equipment is adopted for china vocational skills competition, adopts an open installation form, and the installation form of the equipment can be displayed in front of the students more intuitively

DLAI-1221 artificial intelligence comprehensive training and assessment system is one kind of AI technical teaching equipment, the training and assessment platform developed based on the above requirements. The platform consists of a high-performance computer, a mobile terminal development module, a data sampling and testing module, a computer vision detection module, a Habot collaborative robot module, an AMR robot based on QR code navigation, and an application scenario simulation module. The software platform is based on Windows (optional Linux Ubuntu 18.04) with pre-installed modules such as Anaconda, Python, YOLOv5, OpenCV, and PyTorch, it's ideal engineer teaching platform for artificial intelligence related course. The DLAI-1221A artificial intelligence comprehensive training system simulates the intelligent picking process, uses the computer as the intelligent control center, cooperates with high-definition cameras, collaborative robots and AMR inspection robots. Picked by collaborative robots to complete intelligent picking.

DLIT-370X Smart Logistics Management and Application Training system focuses on security, access control, monitoring, automation operation system (heating, bad border detection, etc.), network communication, and other related content, This kind of vocational engineer teaching system can complete the relevant training content of the design planning, process layout and installation, system debugging, comprehensive layout planning data collection and monitoring of residential and communities, while meeting the hardware and technical requirements of vocational skills appraisal and related competitions.

DLIM-729A Intelligent equipment digital system can assist the scientific research work of colleges and universities. It has many advantages in experimental training teaching, such as easy to teach, easy to learn, low teaching cost, high utilization rate, easy to maintain and high safety.

DLCIM-01 Computer Integrated Manufacturing Training System is an industry 4.0 teaching system and vocational training equipment,not only to meet the requirements of professional teaching, but also can exercise students to a variety of disciplines and comprehensive use of knowledge and system thinking ability. This training system integrate industrial robots, programmable controllers, servo motors, sensors and organic integration in one of the training system

DLIM-412 Industrial 4.0 Technology Application Training System is one engineer teaching system following the latest industrial 4.0 technology, it may be used for TVET vocational school to realize training projects like MOUDLEBUS communication between PLC and RFID; Profinet communication between PLC and PLC;Communication between MES and PLC; Application of bus communication technology;Application of motor drive technology;Mechatronics collaborative simulation: mechanical interference, mechanism kinematics etc