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[Intelligent Manufacturing Equipment Technology] 1.Conceptual Design of Mechatronics
#ICT# #IOT#

Lesson Code: TCEN2024G018

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Academic Hours
5.30hours
Publish Date
Nov 2024

Lecturer

1. Lecturer: SU Xi, Guangxi Technological College of Machinery and Electricity

2. Lecturer: HUANG Huachun, Guangxi Technological College of Machinery and Electricity

3. Lecturer: MA Yi, Guangxi Technological College of Machinery and Electricity

4. Lecturer:MO Chengjie, Guangxi Technological College of Machinery and Electricity

General Introduction
This course serves as a core professional course for majors such as Mechanical Manufacturing and Automation, Intelligent Manufacturing Equipment Technology, Automation Technology, and Mechatronics in higher vocational and technical institutions.
The course primarily utilizes the Mechatronics Concept Designer (MCD) module of the UG NX platform to create conceptual design solutions for mechatronics products. This is achieved by using existing digital models that simulate multiphysics scenarios and presenting the process through case studies.

This Course is for
# Helping trainees to master the basic functions and roles of the MCD module in electromechanical fundamentals, control, and logic.
# Enabling trainees to master the methods for interfacing between MCD, OPC, and PLC.
# Helping trainees to master the methods for interfacing between MCD, PLCSIM Advanced, and PLC.
# Teaching trainees to understand some of the new features and characteristics of the MCD module.

Learning Materials

# Corresponding PPT
# Online Course Video
# Simulation Question Tanks

Recognized By

Benefits of Learning

# Being able to master the software along with understanding the basic structures and motion forms of mechanical components.
# Capable of mastering the fundamental principles of conceptual design in mechatronics.
# Knowing the conceptual design of mechatronics products.
# Learning to conduct virtual-to-virtual and virtual-to-real production line interfacing.
# Possessing comprehensive abilities in practice, innovation, and application in the conceptual design of mechatronics.

Courses Videos
Introduction to Conceptual Design of Mechatronicsplay Case Study 1 - Material Collection at the End of Conveyor Belt play Case Study 2 - Material Transformation During Conveyor Belt Transportation 1 play Case Study 2 - Material Transformation During Conveyor Belt Transportation 2 play Case Study 3 -- Crank-slider Mechanismplay Case 4 -- Linear Cylinder and Rotary Cylinder 1play Case 4 -- Linear Cylinder and Rotary Cylinder 2play Case 5 -- Material Handling 1play Case 5 -- Material Handling 2play Case 6 -- Gear Transmission System (Part 1)play Case Study 6 -- Naming Explanation (Part 2)play Case Study 7--Simple Handling Production Line 1play Case Study 7--Simple Handling Production Line 2play Case Study 7--Simple Handling Production Line 3play Case Study 7--Simple Handling Production Line 4play Case Study 8 -- Drag Chainplay Case 9--Laser Engraving Unit 1play Case 9--Laser Engraving Unit 2play Case Study 10--Motor Forward and Reverse Control 1play Case Study 10--Motor Forward and Reverse Control 2play Case Study 10--Motor Forward and Reverse Control 3play Case Study 11 -- Virtual Axis Control 1play Case Study 11 -- Virtual Axis Control 2play Case Study 12 -- Intelligent Vision （MCD1）play Case Study 12 -- Intelligent Vision （MCD2） play Case Study 12 -- Intelligent Vision (PLC1)play Case Study 12 -- Intelligent Vision (PLC2)play Case Study 13 -- Intelligent Laser 1（1）play Case Study 13 -- Intelligent Laser 1（2）play Case Study 13 -- Intelligent Laser 2play

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