Numerical control course teaching system and method for operating same

Abstract

The invention discloses a numerical control course teaching system and a method for operating the same. The numerical control course teaching system comprises a server, student sides, teacher sides and workshop sides. The server is bidirectionally connected with the student sides, the teacher sides and the workshop sides by the internet. The numerical control course teaching system and the method have the advantages that spatial barriers of teaching links and experimental practice links are broken through by the server, course teachers, students and workshop equipment are effectively connected with one another by internet technologies, and accordingly teaching procedures are unified in space domains and time domains; all local and remote available teaching resources can be sufficiently utilized by the aid of the internet technologies, and accordingly the numerical control course teaching system and the method are favorable for enhancing the training quality and the employment adaptability of the students; linkage functions of the ears, the eyes, the brains and the hands of the students are sufficiently mobilized in class procedures, inspiration of the students can be immediately verified by the aid of remote operating equipment during learning, accordingly, the learning initiative and enthusiasm of the students can be improved, and understanding and mastery of knowledge can be deepened.

Description

technical field [0001] The invention relates to the field of practical application course teaching equipment, in particular to a numerical control course teaching system requiring real-time interactive experiments. Background technique [0002] The teaching of numerical control courses includes the teaching of applied courses such as numerical control machine tools, numerical control machining, and electrical control. The research on this course teaching focuses on programming, operation, structure and principles. At present, the German government has proposed the high-tech strategic plan of Industry 4.0, and my country has also released the national strategy of Made in China 2025. Machine tools are one of the basic pivots of intelligent manufacturing. The teaching of numerical control courses should pay more attention to the applicability and practicality of students. At the same time, taking into account the advanced nature of technology. [0003] At present, various cours...

AI Technical Summary

Problems solved by technology

The above-mentioned teaching mode has adapted to the development of education and social needs to a certain extent, but the above-mentioned method has not yet fully utilized the integration advantages of the existing conditions, and cannot realize the organic unity and integration of learning and practice in time and space

The main performance is that the innovative ideas generated by students when participating in classroom learning cannot be completed immediately through experimental equipment, the teaching process is reproduced according to the pre-set script, the experimental practice is separated from the teaching, and the interaction and timeliness are poor. , Insufficient funds and equipment, advanced teaching content, insufficient cutting-edge equipment, large amount of repeated experiments, low enthusiasm of teachers, etc.

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