What does intelligence mean?

Intelligence refers to the property that things can actively meet people's various needs with the support of technologies such as network, big data, Internet of Things and artificial intelligence.

For example, a driverless car is an intelligent thing. It integrates technologies such as sensor Internet of Things, mobile Internet and big data analysis to actively meet people's travel needs. It is dynamic because it doesn't need passive human operation and driving like a traditional car.

Intelligentization is the development trend of modern human civilization. To realize intelligence, intelligent materials are an indispensable and important link. Intelligent materials is an important direction of the development of materials science. Intelligent material structure is a new interdisciplinary comprehensive science. The research content of intelligent materials is very rich, involving many frontier disciplines and high-tech intelligent materials in industrial and agricultural production, science and technology, people's life, national economy and other fields.

Extended data

Development direction of intelligent function

1, graphical user interface.

User interface is a dialogue interface between CNC system and users. Graphical user interface greatly facilitates the use of non-professional users. People can operate through windows and menus, which is convenient for blueprint programming and rapid programming, three-dimensional color three-dimensional dynamic graphic display, graphic simulation, graphic dynamic tracking and simulation, viewing in different directions and scaling functions of local display.

2. Visualization of scientific calculation.

Visualization of scientific calculation can be used to process and interpret data efficiently, so that information exchange is no longer limited to words and languages, but can directly use visualization information such as graphics, images and animations. The combination of visualization technology and virtual environment technology further broadens the application fields such as drawing-free design and virtual prototype technology, which is of great significance for shortening product design cycle, improving product quality and reducing product cost.

3. Diversified interpolation and compensation methods.

Linear interpolation, circular interpolation, cylindrical interpolation, spatial elliptic surface interpolation, thread interpolation, polar coordinate interpolation and other interpolation methods. A variety of compensation functions, such as clearance compensation, verticality compensation, quadrant error compensation, pitch and measurement system error compensation, feed-forward compensation related to speed, temperature compensation, tool radius compensation with smooth feed and retract, and calculation of relative points, etc.

4, built-in high-performance PLC.

High-performance PLC control module is installed in the numerical control system, which can be programmed directly with trapezoidal ring or high-level language, and has intuitive online debugging and online help functions. The programming tool contains the real face of the standard PLC user program of lathe and milling machine, and users can edit and modify it on the basis of the standard PLC user program, thus conveniently establishing their own application programs.

5. The application of multimedia technology.

Multimedia technology combines computer, audio-visual and communication technologies, enabling computers to comprehensively process sound, text, images and video information. Belonging to the technical field of numerical control. The application of multimedia technology can make information processing comprehensive and intelligent, and it has great application value in real-time monitoring system, equipment fault diagnosis in production site, production process parameter monitoring and so on.