此課程為電腦整合與彈性製造之實作所以依據電腦整合與彈性製造課程大綱規劃下列實作科目:
1.空壓與電氣整合系統實作
2.PLC程式編輯
3.機電整合系統
4.機器手臂操作使用
電腦整合與彈性製造課程大綱:
讓學生在課堂上透過教學方式了解自動化系統的各模組架構,先從學習最基礎的空壓與電氣整合系統，之後再輔以可程式邏輯控制器(PLC)的基礎學習，讓學生學習到PLC的基本架構與程式編輯，最後結合空壓與電氣整合系統的基礎原理與PLC的知識實行機電整合，並以實際工廠產線為例規畫一個產線實際自動化的實例，另外，在學生具備空壓與電氣的原理以及PLC程式的撰寫能力之後，便會更進一步教導學生學習機器手臂的基礎原理與如操作使用機器手臂。This course is about the implementation of computer integration and flexible manufacturing, so the following practical subjects are planned according to the computer integration and flexible manufacturing course syllabus:
1. Implementation of air pressure and electrical integrated system
2.PLC program editing
3. Mechanical and electrical integration system
4. Robot arm operation and use
Computer Integration and Flexible Manufacturing Course Outline:
Let students understand the module architecture of the automation system through teaching methods in the classroom, starting with learning the most basic air pressure and electrical integrated systems, and then supplementing it with basic learning of programmable logic controllers (PLC), allowing students to learn The basic structure and program editing of PLC, and finally combine the basic principles of pneumatic and electrical integration systems with the knowledge of PLC to implement electromechanical integration, and use the actual factory production line as an example to plan an actual automation example of the production line. In addition, when students have the time After mastering the principles of voltage and electricity and the ability to write PLC programs, students will be further taught to learn the basic principles of the robot arm and how to operate the robot arm.
1. 對電腦整合製造與製造企業有較完整之概念
2. 了解利用電腦整合製程中所需的資訊處理及設計產品、計畫生產、控制生產等作業流程
3. 整合機械、電子與電腦系統等操作及控制生產自動化之科技
4. 了解FMS的基本架構及各組成子系統功能
5. 了解FMS輔助系統的重要性及運作模式
6. 了解分散式與集中式控制系統之差異
7. 藉由個案分析引導同學以實際研究對象培養系統規劃實作的能力
1. Have a more complete concept of computer integrated manufacturing and manufacturing enterprises
2. Understand the information processing and product design, planning and production control processes required in the computer integrated manufacturing process.
3. Technology that integrates mechanical, electronic and computer systems to operate and control production automation
4. Understand the basic architecture of FMS and the functions of each component subsystem
5. Understand the importance and operation mode of FMS auxiliary system
6. Understand the differences between decentralized and centralized control systems
7. Guide students through case analysis to develop the ability to plan and implement systems based on actual research objects.
1.FESTO教材
2.士林電機PLC教材
3.FESTO Mitsubishi手臂教材
1. FESTO teaching materials
2. Shilin Electric PLC textbook
3.FESTO Mitsubishi arm teaching materials
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 作業及平時成績(作業,出席,實習態度)作業及平時成績(作業,出席,實習態度) Homework and daily results (homework, attendance, internship attitude) |
40 | |
| 期中報告期中報告 interim report |
30 | |
| 期末報告期末報告 Final report |
30 |
