Conceptual Framework for Collaborative Design and Operations

author: Peter Butala, Fakulteta za strojništvo, Univerza v Ljubljani, University of Ljubljana

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*Slides*
1:18	A Conceptual Framework for Collaborative Design and Operations of Manufacturing Work Systems
3:30	Content
4:23	Background
5:34	Background (cont’d)
6:59	The focus
9:35	Motivation
10:20	Motivation (cont’d)
10:58	Cluster and dynamic cluster structures
11:52	(2) Adaptive distributed manufacturing system (ADMS)
12:51	Structure of the “Innovative” development & design process cycle (Peklenik 2003)
13:39	Process of high-tech product specification (Peklenik 2003)
14:13	Cybernetic model of the elementary work system (Peklenik 1995)
15:13	Adaptive distributed manufacturing system (ADMS)
16:17	ADMS model
16:50	Autonomous work systems (AWS)
17:36	Autonomous work systems (AWS) cont’d
17:41	Structure of an autonomous manufacturing work system
18:26	Autonomous work systems (AWS) cont’d .
18:28	Autonomous Work-system Model
19:29	Autonomous work systems (AWS) cont’d ..
20:28	Case study No. 1 Web based manufacturing execution system LIMES
20:56	Pilot industrial implementation
22:09	Workshop for heavy-duty machining
22:30	Structure of the web-based autonomous workshop information and communication system
23:47	Phisical model or the web-based autonomous workshop information and communication system
24:29	Autonomous Work-system Model.
24:37	HIGHER LEVEL PLANNED WORK ORDERS
24:53	Autonomous Work-system Model..
24:57	TOUCH PANEL PC USER INTERFACES
25:19	Autonomous Work-system Model...
25:23	SHOP-FLOOR SURVEILLANCE
26:07	Autonomous Work-system Model....
26:14	WORK SYSTEM LOAD GRAPH
26:22	Autonomous Work-system Model,
26:27	EWS STATES AND EVENTS
27:22	Autonomous Work-system Model,,
27:31	Data analysis
28:52	(3) Collaborative design and operations
29:53	Collaborative design and operations cont’d
30:35	Collaborative product development and manufacturing model
32:19	(4) Collaborative ICT Platform
32:30	Collaborative ICT Platform
32:56	Collaborative ICT Platform - VCC
33:44	VCC portal
34:07	Case study No. 2 Collaborative casting CoCAST
34:18	Pilot Industrial Implementation.
34:41	Die-casting foundry
34:48	Die-casting cell
35:23	ARCHITECTURE OF A SYSTEM FOR ON-LINE MONITORING AND CONTROL IN THE FOUNDRY
35:30	DATA ACQUISITION IN DIE-CASTING
35:47	Die-casting Process Graph
36:22	FREGUENCY OF CIE-CASTING PROCESS CYCLES ON ONE CELL
36:40	DIE-CASTING STATISTIC PROCESS CONTROL
36:49	Pilot Industrial Implementation cont’d
37:35	Case study No. 3 Web based manufacturing service – a building block of a virtual research lab
38:23	Motivation.
38:59	Background.
39:01	Objectives of the Web Manufacturing Service project
39:02	Distributed manufacturing using a WEB manufacturing service: integrated design, NC-programming and machining of parts over the web
40:19	Architecture of the Web Manufacturing Service
40:32	Application server
40:33	WEB control
40:34	EMC based CNC controler
40:34	Graphic User Interface in the Web Browser
41:11	CNC engraving machine – the concept
41:46	CNC engraving machine – the prototype
41:58	NC program and the test component
42:12	CNC engraving machine – machinig of typical parts
42:20	Results
43:23	Conclusion
45:40	ADMS model.
50:01	Conclusion (cont’d),
50:30	Thank you for your kind attention.

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