מבוא לייצור ממוחשב - CIM מבוא. מטרות הקורס הקורס מיועד להקנות הבנה בטכנולוגיה, תכנון יישום ובקרה של מערכות ייצור ממוחשבות. הקורס ידון ביישום טכנולוגיות.

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מבוא לייצור ממוחשב - CIM מבוא

מטרות הקורס הקורס מיועד להקנות הבנה בטכנולוגיה, תכנון יישום ובקרה של מערכות ייצור ממוחשבות. הקורס ידון ביישום טכנולוגיות שונות במסגרת מערכות ייצור משולבת מחשב (CIM) ובעיות אינטגרציה, בקרה וניהול של מערכות אלו. ציון : 100% בחינה סופית. שעות קבלה : לאחר השיעור. דואל :

מערכת הייצור CIM Marketing/Sales Engineering Warehousing & Distribution Quality Assurance R & D Manufacturing Material Management Customer Service Production Planning DFM, DFA

היסטוריה בקליפת אגוז 1909: Ford production line 1952: Numerical Control (CNC) 1965:computer controlled production line 1970: computer control of Multiple machines : Distributed numerical control (external memory) 1980: Flexible manufacturing system: ◦ machine flexibility (product types) ◦ Routing flexibility (multiplicity of machines, scalability

CIM. by the Computer and Automation Systems Association of the Society of manufacturing Engineers (CASA/SME): use of integrated systems and data communications “CIM is the integration of the total manufacturing enterprise through the use of integrated systems and data communications coupled with new managerial philosophies that improve organizational and personnel efficiency.”

Building blocks of CIM… Computers Robots Vision Programmable Controllers CAD systems CAM and CNC Rapid Prototyping Design: ◦ Conceptual design ◦ Mathematical analysis ◦ Geometric data ◦ Graphical representation Quality Assurance הבטחת איכות Manufacturing Planning and Control Systems Work cell designs Lean Production ניהול רזה" תמיכה ב" Networking Artificial Intelligent

Lean management תהליך מובנה להפחתת בזבוז. ◦ שאיפה לאפס פגמים. פתרון בעיות בנקודת המקור. ◦ ביטול פעילויות שלא מוסיפות ערך. ◦ שיפור מתמיד ושיתוף מידע. ◦ ייצור במשיכה – המוצרים מיוצרים ( נמשכים ) לפי דרישת לקוח, לא לפי קיבולות ייצור אפשריות. ◦ מגוון רחב של מוצרים במהירות ◦ הסכמי שיתוף פעולה בחלוקת סיכונים, עלויות וידע. ◦ פיתוח ההון האנושי

נושאי הקורס ייצור משולב מחשב (CIM) - סקירה כללית והקניית מושגי יסוד. תכן בעזרת מחשב (CAD) – מודלים דו ותלת מימדיים, עקומות אנליטיות, טרנספורמציות הומוגניות, נוסחת אויילר. בקרה ספרתית למכונות ייצור (CNC) – מרכיבי המערכת, סוגי מכונות, יסודות תכנות מכונות כלים,G-code רובוטים ניידים ורכבים אוטומטיים (AGV) – קונפיגורציות, בקרת מיקום יחסית ומוחלטת, זיהוי והימנעות ממכשולים, יישומים. PLC אלגברה בוליאנית מערכות ראיה – עקרונות, זיהוי עצמים, ייצוג תמונות. רובוטיקה – קונפיגורציה של זרועות רובוטיות, סוגי בקרת תנועה, מרחבי עבודה, יישומים.

CIM LAWS CIM and its associated computer-based technology should be used to enhance the capability of people in the system rather than to replace the human. Standard hardware. The successful implementation of CIM is dependent on top management and the role that it takes. CIM is dynamic.

Software/product production Research stage: ◦ goals and functionality of the system – product management and system engineering ◦ models and schemes – system design Technological stage (development): ◦ system realization – software engineering ◦ quality control – quality assurance (QA) engineering Production stage: ◦ coping of the software and installation השוני בין ייצור משולב מחשב לפתוח תוכנה הוא בשלב " הייצור " בלבד 12

תכן המוצר

תכנון תהליך הייצור

CNC

רובוטיקה

בקרה

תכנון ייצור

אחסון ושינוע