Production processes and systems digitalization:
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| Main Authors: | , , , , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Lüdenscheid, Germany
RAM-Verlag
2022
Košice Scientific and professional literature edition 2022 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis Inhaltsverzeichnis |
| Physical Description: | 410 Seiten Illustrationen, Diagramme 25 cm, 650 g |
| ISBN: | 9783965950269 3965950266 |
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MARC
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| 084 | |8 1\p |a 650 |2 23sdnb | ||
| 100 | 1 | |a Trebuňa, Peter |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Production processes and systems digitalization |c Peter Trebuňa, Miriam Pekarčíková, Marek Kliment, Jozef Trojan, Marek Mizerák |
| 264 | 1 | |a Lüdenscheid, Germany |b RAM-Verlag |c 2022 | |
| 264 | 1 | |a Košice |b Scientific and professional literature edition |c 2022 | |
| 300 | |a 410 Seiten |b Illustrationen, Diagramme |c 25 cm, 650 g | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 0 | 7 | |a Digitalisierung |0 (DE-588)4123065-6 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Produktionssystem |0 (DE-588)4138914-1 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Produktionsprozess |0 (DE-588)4123984-2 |2 gnd |9 rswk-swf |
| 653 | |a Systems Digitalization | ||
| 653 | |a Digital modeling and simulation of processes and systems | ||
| 653 | |a Production Processes | ||
| 689 | 0 | 0 | |a Produktionssystem |0 (DE-588)4138914-1 |D s |
| 689 | 0 | 1 | |a Produktionsprozess |0 (DE-588)4123984-2 |D s |
| 689 | 0 | 2 | |a Digitalisierung |0 (DE-588)4123065-6 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Pekarčíková, Miriam |e Verfasser |4 aut | |
| 700 | 1 | |a Kliment, Marek |e Verfasser |4 aut | |
| 700 | 1 | |a Trojan, Jozef |e Verfasser |4 aut | |
| 700 | 1 | |a Mizerák, Marek |e Verfasser |4 aut | |
| 710 | 2 | |a RAM-Verlag |0 (DE-588)1067145753 |4 pbl | |
| 776 | 0 | 8 | |i Erscheint auch als |n Online-Ausgabe |t Production Processes and Systems Digitalization |b 1. Auflage erschienen |d Lüdenscheid : RAM-Verlag, 2022 |h Online-Ressource |
| 856 | 4 | 2 | |m B:DE-101 |q application/pdf |u https://d-nb.info/1271898705/04 |3 Inhaltsverzeichnis |
| 856 | 4 | 2 | |m DNB Datenaustausch |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034271370&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-034271370 | ||
| 883 | 2 | |8 1\p |a dnb |d 20230406 |q DE-101 |u https://d-nb.info/provenance/plan#dnb | |
Record in the Search Index
| _version_ | 1804185276233285632 |
|---|---|
| adam_text | TABLE
OF
CONTENTS
LIST
OF
FIGURES
.......................................................................................................................................
1
1.
THE
EVOLUTION
OF
INDUSTRIAL
REVOLUTIONS
....................................................................................
13
1.1.
TRANSITION
FROM
INDUSTRY
4.0
TO
INDUSTRY
5.0
.....................................................................
16
1.2.
INDUSTRY
5.0
........................................................................................................................
21
1.3.
BENEFITS
OF
INDUSTRY
5.0
......................................................................................................
24
1.4.
PREREQUISITES
FOR
INDUSTRY
5.0
.............................................................................................
25
1.5.
HUMAN-MACHINE
COLLABORATION
IN
THE
INDUSTRY
5.0
CONCEPT
...............................................
27
1.6.
KEY
APPLICATIONS
OF
INDUSTRY
5.0
.........................................................................................
31
2.
TESTBED
.......................................................................................................................................
33
2.1.
TESTBED
IN
FOREIGN
COUNTRIES
............................................................................................
33
2.1.1.
RICAIPZEMA
TESTBED
SAARBRUCKEN
.........................................................................
34
2.1.2.
RICAIP
TESTBED
PRAGUE
CHRC
CTU
..............................................................................
34
2.1.3.
RICAIP
TESTBED
BRNO
CEITEC
BUT
..............................................................................
35
2.1.4.
ENGINE
TESTBEDS
GRAZ,
AUSTRIA
...................................................................................
35
2.2.
TESTBED
4.0
.........................................................................................................................
36
2.3.
TESTBED
4.0
WORKPLACES
......................................................................................................
38
2.3.1.
PRODUCT
DATA
...............................................................................................................
38
2.3.2.
DEVELOPMENT
AND
DEBUGGING
OF
AUTOMATED
EQUIPMENT
..........................................
42
2.3.3.
PRE-PRODUCTION
PHASES
...............................................................................................
43
2.3.4.
PRODUCTION,
LOGISTICS,
MANAGEMENT
OUTPUTS
..............................................................
45
2.3.5.
MATERIALS,
EQUIPMENT
AND
MANPOWER
FLOW
MANAGEMENT
........................................
48
2.3.6.
CAM
MACHINE
.............................................................................................................
49
2.3.7.
DIGITAL
TWIN
.................................................................................................................
51
2.3.8.
EXTERNAL
PARTNERS
AND
COLLABORATOR
APPLICATIONS
........................................................
53
2.4.
TESTBED
4.0
TECHNOLOGY
.....................................................................................................
55
2.4.1
RTLS
..................................................................................................................................
55
2.4.2.
PLC
................................................................................................................................
58
2.4.3.
WMS
AND
MATERIAL
FLOW
TECHNOLOGY
............................................................................
59
2.5.
PLM
SYSTEM
ON
THE
MARKET
.................................................................................................
61
2.6.
REPRESENTATION
OF
SIEMENS
PLM
PORTFOLIO
ON
THE
MARKET
AND
IN
TESTBED
4.0
.................
62
3.
ARTIFICIAL
INTELLIGENCE...................................................................................................................
66
3.1.
DEFINITION
OF
ARTIFICIAL
INTELLIGENCE
......................................................................................
66
3.2.
USING
THE
DEFINITION
OF
ARTIFICIAL
INTELLIGENCE
......................................................................
68
3.3.
THE
MAIN
GOAL
OF
ARTIFICIAL
INTELLIGENCE
TODAY
.....................................................................
69
3.4.
HISTORICAL
DEVELOPMENT
OF
ARTIFICIAL
INTELLIGENCE
................................................................
70
3.5.
ADVANCES
IN
COMPUTING
.......................................................................................................
73
3.6.
DEMONSTRABILITY
OF
ARTIFICIAL
INTELLIGENCE
............................................................................
82
3.6.1.
THE
TURING
TEST
............................................................................................................
82
3.6.2.
PROGRESSIVE
SOLUTION
APPROACHES
...............................................................................
83
3.6.3.
MONTE
CARLO
ALGORITHMS
..............................................................................................
84
3.6.4.
HEURISTIC
ALGORITHMS
....................................................................................................
84
3.6.5.
PURE
RANDOM
SEARCH
...................................................................................................
84
3.6.6.
LOCAL
SEARCH
.................................................................................................................
84
3.6.7.
HILL
CLIMBING
.................................................................................................................
84
3.6.8.
TABUSEARCH
.................................................................................................................
85
3.6.9.
SIMULATED
ANNEALING
...................................................................................................
85
3.6.10.
META-HEURISTIC
ALGORITHMS
...........................................................................................
86
3.6.11.
NEURAL
NETWORKS
..........................................................................................................
89
3.6.12.
BUSINESS
INTELLIGENCE
...................................................................................................
90
4.
DATA
MANAGEMENT
VIA
PLM........................................................................................................
92
4.1.
PRODUCTION
DATA
AND
PRODUCT
INFORMATION
..........................................................................
93
4.1.1.
PRODUCTION
DATA
...........................................................................................................
93
4.1.2.
PRODUCT
INFORMATION
....................................................................................................
93
4.2.
PRODUCT
DATA
MANAGEMENT
(PDM)
......................................................................................
93
4.3.
PRODUCT
LIFECYCLE
MANAGEMENT
(PLM)
..............................................................................
95
4.3.1.
A
SINGLE
SOURCE
OF
INFORMATION
...................................................................................
96
4.3.2.
FULL
CONTROL
OVER
COMPANY
PROCESES
..........................................................................
96
4.3.3.
SAFE
AND
SECURE
SOURCE
OF
COMPANY
KNOW-HOW
........................................................
97
4.4.
HISTORY
OF
DEVELOPMENT
AND
ORIGINS
OF
PDM
/
PLM
SOLUTIONS
............................................
98
4.5.
BASIC
LAYOUT
AND
DESCRIPTION
OF
PLM
COMPONENTS
.............................................................
98
4.5.1.
DOCUMENT
MANAGEMENT
............................................................................................
98
4.5.2.
DATA
STRUCTURE
............................................................................................................
99
4.5.3.
PLM
SOLUTION
ARCHITECTURE
........................................................................................
100
4.5.4.
USER
ORGANIZATION
AND
USER
RIGHTS
MANAGEMENT
......................................................
103
4.5.5.
PROJECT
ADMINISTRATION
..............................................................................................
104
4.5.6.
REQUIREMENTS
MANAGEMENT
.....................................................................................
105
4.5.7.
PROJECT
MANAGEMENT
.................................................................................................
106
4.5.8.
DATA
CLASSIFICATION
......................................................................................................
107
4.5.9.
DATA
VISUALIZATION
......................................................................................................
108
4.6.
BUSINESS
PROCESSES
...........................................................................................................
109
4.6.1.
CHANGE
MANAGEMENT
...............................................................................................
110
4.6.2.
MUTUAL
COOPERATION
..................................................................................................
ILL
4.7.
INTEGRATION
OF
PLM
WITH
OTHER
APPLICATIONS
.....................................................................
112
4.7.1.
INTEGRATION
WITH
MS
OFFICE
PRODUCTS
..........................................................................
113
4.7.2.
CAD
INTEGRATION
.........................................................................................................
113
4.7.3.
CAE
INTEGRATION
.........................................................................................................
114
4.7.4.
CAM
INTEGRATION
........................................................................................................
114
4.7.5.
INTEGRATION
WITH
INFORMATION
SYSTEMS
......................................................................
115
4.8.
HD-PLM
..............................................................................................................................
117
4.9.
BASIC
PREREQUISITES
FOR
SUCCESSFUL
PLM
SOLUTION
IMPLEMENTATION
..................................
119
4.10.
POSSIBLE
RISKS
OF
PLM
SOLUTIONS
IMPLEMENTATION
..........................................................
119
4.11.
EXAMPLES
OF
PLM
SOLUTIONS
...........................................................................................
120
5.
PLM
SYSTEMS
-
THEORETICAL
KNOWLEDGE
...................................................................................
121
5.1.
PLM
-
PRODUCT
LIFECYCLE
MANAGEMENT
............................................................................
121
5.1.1.
PLM
STAGES
..................................................................................................................
123
5.1.2.
PLM
GRID
.....................................................................................................................
126
5.1.3.
BENEFITS
OF
PLM
.........................................................................................................
127
5.1.4.
PLM
SOFTWARE
REPRESENTATION
ON
THE
MARKET
..........................................................
129
5.2.
SIEMENS
TECNOMATIX
-
PLM
SYSTEM
FOR
MANAGEMENT
AND
ADMINISTRATION
OF
COMPANY
PROCESSES
.......................................................................................................................................
132
5.2.1.
TECNOMATIX
-
MODULES
..............................................................................................
132
5.2.2.
PROCESS
SIMULATE
.......................................................................................................
134
5.2.3.
PROCESS
SIMULATE
MODULES
.........................................................................................
135
6.
LAUNCHING
PROCESS
SIMULATE
AND
CREATING
A
NEW
PROJECT......................................................
139
6.1.
WORKING
INTERFACE
..............................................................................................................
140
6.2.
BASIC
COMMANDS
FOR
DESKTOP
SETUP
..................................................................................
141
6.3.
IMPORT/EXPORT
....................................................................................................................
147
6.4.
WORKING
WITH
THE
MOUSE
...................................................................................................
148
6.5.
WORKING
WITH
THE
OBJECT
TREE
............................................................................................
149
6.6.
CREATING
AND
WORKING
WITH
GROUPS
....................................................................................
150
7.
INSERTING
AND
CREATING
MODELS
................................................................................................
153
7.1.
INSERTING
OBJECTS
FROM
THE
LIBRARY
.....................................................................................
153
7.2.
INSERTING
OWN
MODELS
INTO
THE
LIBRARY
...............................................................................
155
7.3.
INSERTING
NEW
PARTS
...........................................................................................................
156
7.4.
CREATING
SIMPLE
MODELS
.....................................................................................................
158
7.5.
CREATING
MORE
COMPLEX
MODELS
........................................................................................
159
7.6.
SAVING
AN
OBJECT
TO
THE
LIBRARY
..........................................................................................
163
7.7.
MODEL
MODIFICATION
.............................................................
164
7.8.
RETURNING
TO
A
SAVED
MODEL
..............................................................................................
165
7.9.
EXAMPLES
............................................................................................................................
165
7.9.1.
MODELING
AND
POSITIONING
OF
A
DONUT
ON
THE
TABLE
..................................................
165
7.9.2.
MODELING
A
GLASS
OF
JUICE
ON
THE
TABLE
......................................................................
166
7.9.3.
CREATING
A
COFFEE
CUP
...............................................................................................
168
8.
REPOSITIONING
OBJECTS
..............................................................................................................
172
8.1.
THE
FAST
PLACEMENT
COMMAND
.........................................................................................
172
8.2.
THE
CREATE
FRAME
COMMAND
............................................................................................
173
8.2.1.
CREATE
FRAME
USING
6
VALUES
....................................................................................
173
8.2.2.
CREATE
FRAME
BY
3
POINTS
.........................................................................................
174
8.2.3.
CREATE
FRAME
BETWEEN
2
POINTS
...............................................................................
175
8.2.4.
CREATE
FRAME
BY
CIRCLE
CENTER
..................................................................................
175
8.3.
THE
PLACEMENT
MANIPULATOR
COMMAND
...........................................................................
176
8.4.
INTERRELATION
BETWEEN
PLACEMENT
MANIPULATOR,
MEASURING
AND
UNITS
..........................
178
8.4.1.
DETERMINING
THE
DISTANCE
BETWEEN
TWO
OBJECTS
.....................................................
178
8.4.2.
DETERMINATION
OF
THE
MINIMUM
DISTANCE
BETWEEN
TWO
OBJECTS
..............................
180
8.4.3.
OBJECT
MOVEMENT
......................................................................................................
181
8.4.4.
IMPACT
INDUCED
BY
A
CHANGE
OF
UNITS
.......................................................................
182
8.5.
RELOCATION
OF
THE
OBJECT
RELATIVE
TO
2
FRAMES
.................................................................
182
9.
GENERATING
BASIC
OPERATIONS...................................................................................................
184
9.1.
LOADING
PARTS
OF
AN
OBJECT
.............................................................................
184
9.2.
SETTING
THE
OBJECT
KINEMATICS
............................................................................................
185
9.2.1.
SETTING
THE
MODELING
OPTION
....................................................................................
185
9.2.2.
DETERMINING
INTERRELATION
OF
INDIVIDUAL
PARTS
OF
THE
OBJECT
.....................................
186
9.3.
OPENING
THE
JOINT
JOG
WINDOW
..........................................................................................
190
9.4.
DEFINING
POSES
...................................................................................................................
191
9.5.
CREATE
DEVICE
OPERATION
....................................................................................................
193
9.6.
CREATING
AN
OBJECT
FLOW
OPERATION
....................................................................................
194
9.7.
WORKING
WITH
THE
OPERATIONS
TREE
.....................................................................................
196
9.8.
EXAMPLES
OF
CREATING
OPERATIONS
.......................................................................................
198
9.8.1.
CUBE
MOVEMENT
ON
THE
CONVEYOR
.............................................................................
198
9.8.2.
CREATING
A
DRILLING
OPERATION
......................................................................................
203
10.
SIMULATING
HUMAN
OPERATIONS
................................................................................................209
10.1.
MODELING
A
HUMAN
.......................................................................................................209
10.2.
MODELING
A
HUMAN
GAIT
OPERATION
...............................................................................
210
10.3.
ADJUSTING
THE
HUMAN
POSTURE
......................................................................................
211
10.3.1.
CONTROL
......................................................................................................................212
10.3.2.
POSTURE
LIBRARY
.........................................................................................................
213
10.3.3.
ADJUST
JOINT
................................................................................................................
214
10.3.4.
LOADS
AND
WEIGHTS
....................................................................................................
215
10.4.
CREATING
SIMULATIONS
OF
BASIC
HUMAN
ACTIONS
................................................................
215
10.5.
BASIC
SPATIAL
ANALYSIS
.....................................................................................................
218
10.5.1.
GRASP
ENVELOPE
.........................................................................................................
218
10.5.2.
VISION
ENVELOPE
.........................................................................................................
219
10.5.3. VISION
WINDOW
..........................................................................................................
219
10.5.4.
ENVELOPE
SETUP
..........................................................................................................
220
10.6.
TOOLS
FOR
ERGONOMIC
ASSESSMENT..................................................................................
220
10.7.
EXAMPLES
.......................................................................................................................
222
10.7.1.
INSERTING
A
WORKER
INTO
A
FORKLIFT
.............................................................................
222
10.7.2.
RELOCATION
OF
AN
OBJECT
BY
HUMAN
...........................................................................
226
11.
CREATING
BASIC
ROBOTIC
OPERATIONS
.........................................................................................
233
11.1.
PROCEDURE
FOR
CREATING
A
SPOT
WELDING
OPERATION
...........................
233
11.2.
PROCEDURE
FOR
CREATING
AN
OBJECT
TRANSFER
OPERATION
USING
A
ROBOTIC
ARM
..................
237
12.
BASIC
SIMULATION
OPTIONS
AND
SETTINGS
....................................................................................
243
12.1.
WORKING
WITH
SEQUENCE
EDITOR
.....................................................................................
243
12.2.
MAKING
A
SIMULATION
VIDEO
...........................................................................................
246
12.3.
TAKING
A
PICTURE
............................................................................................................
246
12.4.
MAKING
NOTES
ON
DEVICES
..............................................................................................
248
12.5.
DIMENSION
QUOTATION
....................................................................................................248
12.6.
WORKING
WITH
COLLISION
VIEWER
.....................................................................................
249
13.
TECNOMATIX
PROCESS
SIMULATE
VIRTUAL
COMMISSIONING,
ENVIRONMENT
AND
TOOLS
USED
IN
THE
DESIGN
OF
MANUFACTURING
SYSTEMS
...................................................................
252
13.1.
THE
PROCESS
OF
PROJECT
DESIGN
.....................................................................................
252
13.2.
DESCRIPTION
OF
THE
WORKPLACE
MODELED
.......................................................................
260
13.3.
CREATING
THE
KINEMATICS
OF
INDIVIDUAL
COMPONENTS
OF
THE
PRODUCTION
LINE
................
263
13.3.1.
CREATING
THE
KINEMATICS
OF
A
CNC
LATHE
...................................................................
263
13.3.2.
CREATING
THE
KINEMATICS
OF
THE
TURNTABLE
................................................................
267
13.3.3.
CREATING
THE
KINEMATICS
OF
THE
CLAMPS
....................................................................
269
13.4.
CREATING
A
CONVEYOR
.....................................................................................................
271
13.5.
LOGIC
BLOCKS
-
SMART
COMPONENT
.................................................................................
275
13.5.1.
CREATING
A
LOGIC
BLOCK
FOR
THE
ROBOT
GRIPPER
.............................................................
276
13.5.2.
CREATING
A
LOGIC
BLOCK
FOR
THE
CNC
LATHE
...................................................................
282
13.5.3.
AUTOMATIC
LOGIC
BLOCK
CREATION
FOR
THE
TURNTABLE
.....................................................
283
13.5.4.
AUTOMATIC
LOGIC
BLOCK
CREATION
FOR
CLAMPS
...............................................................
285
13.6.
CREATING
TURNTABLE
CONNECTION
WITH
CLAMPS
................................................................
286
13.7.
CREATING
SENSORS
...........................................................................................................
287
13.8.
CREATING
MATERIAL
FLOW
..................................................................................................
289
14.
CHARACTERISTICS
OF
REVERSE
ENGINEERING
..................................................................................
290
14.1.
OPTIONS
FOR
LINKING
REVERSE
ENGINEERING
TO
OTHER
ACTIVITIES
........................................
290
14.2.
CLASSIFICATION
OF
METHODS
FOR
SURFACE
MEASUREMENT
..................................................
291
14.2.1.
CONTACT
MEASUREMENT
..............................................................................................
291
14.2.2.
NON-CONTACT
MEASUREMENT
......................................................................................
292
14.2.3.
DESTRUCTIVE
MEASUREMENT
........................................................................................
293
14.3.
PRINCIPLES
OF
CONTACT
METHODS
......................................................................................
293
14.3.1.
ADVANTAGES
AND
DISADVANTAGES
OF
CONTACT
METHODS
..............................................
294
14.4.
PRINCIPLES
OF
NON-CONTACT
METHODS
..............................................................................
296
14.4.1.
ADVANTAGES
AND
DISADVANTAGES
OF
NON-CONTACT
METHODS
.......................................
299
14.5.
PRINCIPLES
OF
DESTRUCTIVE
DIGITALIZATION
..........................................................................
300
14.5.1.
ADVANTAGES
AND
DISADVANTAGES
OF
DESTRUCTIVE
DIGITALIZATION
....................................
301
14.6.
MEASUREMENT
DATA
PROCESSING
......................................................................................
301
14.7.
RAPID
PROTOTYPING
..........................................................................................................
304
14.7.1.
STEREOLITHOGRAPHY
.....................................................................................................
306
14.7.2.
SELECTIVE
LASER
SINTERING
...........................................................................................
307
14.8.
THE
CONCEPT
OF
3D
PRINTER
.............................................................................................
312
14.9.
THE
USE
OF
RAPID
PROTOTYPING
........................................................................................
313
15.
DEVELOPMENT
TRENDS
LEADING
TO
THE
SHAPING
OFDIGITAL
ENTERPRISE
.....................................316
15.1.
GLOBALIZATION
.................................................................................................................
316
15.2.
INFORMATICS
.....................................................................
317
15.3.
COOPERATION
...................................................................................................................
318
15.4.
MODULARITY
AND
MECHATRONICS
.......................................................................................
319
15.5.
COMPETITIVENESS
............................................................................................................
320
15.6.
DIGITALIZATION
..................................................................................................................
321
16.
3D
SCANNING
AS
A
MEANS
FOR
DIGITALIZATION
OF
ENTITIES
...........................................................324
16.1.
LASER
..............................................................................................................................
326
16.1.1.
THE
PHYSICAL
PRINCIPLE
OF
THE
LASER
.............................................................................
326
16.1.2.
PARTS
OF
THE
LASER
.......................................................................................................
327
16.1.3.
TYPES
OF
LASER
.............................................................................................................
328
16.2.
THE
SPATIAL
POLAR
METHOD
.................................................................
328
16.3.
MEASUREMENT
OF
LENGTHS
...............................................................................................
329
16.4.
THE
EVOLUTION
OF
3D
LASER
SCANNING
..............................................................................
330
16.5.
3D
LASER
SCANNING
TECHNOLOGIES
...........................................................................
332
16.5.1.
CONTACT
TECHNOLOGY
...................................................................................................
333
16.5.2.
NON-CONTACT
TECHNOLOGY
............................................................................................
334
16.6.
TYPES
OF
3D
SCANNERS
....................................................................................................334
16.6.1.
LASER
3D
SCANNERS
......................................................................................................
334
16.6.2.
SCANNERS
USING
STRUCTURED
LIGHT
................................................................................
335
16.6.3.
MEDIUM
AND
LONG
RANGE
3D
SCANNERS.......................................................................
336
16.6.4.
LASER
PULSE-BASED
3D
SCANNERS
................................................................................
337
16.6.5.
PHASE-SHIFT
3D
LASER
SCANNERS
...................................................................................
337
16.6.6.
COORDINATE
MEASURING
MACHINE
(CMM)
..................................................................
338
16.6.7.
MEASURING
ARM
SCANNERS
USING
REVERSE
ENGINEERING
...............................................
339
16.6.8.
OPTICAL
3D
SCANNERS
..................................................................................................
340
16.6.9.
LIDAR
SCANNING
............................................................................................................
341
16.7.
TECHNOLOGICAL
PARAMETERS
OF
3D
SCANNERS
..................................................................
345
16.8.
APPLICATION
CHARACTERISTICS
OF
3D
SCANNERS
.................................................................
346
16.9.
FACTORS
INFLUENCING
THE
MEASUREMENT
.........................................................................
347
16.9.1.
INFLUENCE
OF
THE
SHAPE
OF
THE
OBJECT
MEASURED
.......................................................
347
16.9.2.
INFLUENCE
OF
THE
SURFACE
OF
THE
OBJECT
MEASURED
.....................................................
348
16.10.
THE
FUTURE
OF
3D
SCANNING
............................................................................................
349
16.10.1.
ADVANTAGE
FOR
DESIGN
CREATION
............................................................................
350
16.10.2.
INVESTMENT
MAXIMIZATION
CAPABILITY
...................................................................
350
16.11.
LASER
SCANNING
PROCEDURE
...........................................................................................
350
16.11.1.
REGISTRATION
(JOINING)
OF
SCAN
AREAS
USING
INSERTION
POINTS
.................................
351
17.
SOFTWARE
SUPPORT
FOR
CREATING
3D
MODELS
.............................................................................
354
17.1.
CAD
SOFTWARE
USE
FOR
3D
MODEL
CREATION
....................................................................
354
17.1.1.
SOLIDWORKS
.................................................................................................................
355
17.1.2.
AUTODESK
INVENTOR
.....................................................................................................
355
17.1.3.
REVIT
...........................................................................................................................
356
17.1.4.
RECAP
.........................................................................................................................356
17.2.
GRAPHICS
PROGRAMS
USE
FOR
CREATING
3D
OBJECTS
.........................................................
357
18.
COMPARING
THE
FEATURES
OF
TWO
SCANNING
TECHNOLOGIES
.........................................................
358
18.1.
TIME
INTENSITY
359
18.2.
RELEVANCE
OF
LIGHT
CONDITIONS
........................................................................................
359
18.3.
OBJECT
SURFACE
RELEVANCE
...............................................................................................
361
18.4.
QUALITY
OF
PRIMARY
MODEL
..............................................................................................
363
18.5.
MODEL
MODIFICATION
OPTION
...........................................................................................
364
18.6.
DEMONSTRATIONS
OF
VARIOUS
SCANNING
TECHNOLOGIES
......................................................
366
19.
THEORETICAL
KNOWLEDGE
IN
THE
FIELD
OF
INDUSTRIAL
MONITORING
...............................................
369
19.1.
RTLS
DEFINITION
................................................................................................................
369
19.2.
RTLS
SYSTEMS
TOPOLOGY
..................................................................................................
369
19.2.1.
DEFINITIONS
BY
THE
APPLIED
INFRASTRUCTURE
.................................................................
370
19.3.
RTLS
SYSTEM
COMPONENTS
..............................................................................................
370
19.3.1.
TRANSPONDERS
.............................................................................................................
370
19.3.2.
RECEIVERS
...................................................................................................................
371
19.3.3.
SOFTWARE
....................................................................................................................
371
19.4.
RTLS
COVERAGE
OPTIONS
..................................................................................................
371
19.5.
LOCALIZATION
OF
TRACKED
OBJECTS
......................................................................................
373
19.6.
LOCATION
MAPPING
TECHNOLOGIES
....................................................................................
374
19.7.
RFID
TECHNOLOGY
.............................................................................................................
374
19.7.1.
RFID
TECHNOLOGY
PRINCIPLE
.........................................................................................
374
19.7.2.
PARTS
OF
THE
SYSTEM
-
BASIC
LEVEL:
...............................................................................
375
19.7.3.
THE
USE
OF
RFID
TECHNOLOGY
.......................................................................................
375
19.8.
ULTRASOUND
LOCALIZATION
TECHNOLOGY
...............................................................................
376
19.8.1.
USID
TECHNOLOGY
PRINCIPLE
...........................................................
YY
...........................
376
19.8.2.
USID
TECHNOLOGY
APPLICATIONS
...................................................................................
377
19.9.
INFRARED
LOCALIZATION
TECHNOLOGY
...................................................................................
377
19.9.1.
IR
LOCALIZATION
PRINCIPLE
............................................................................................
377
19.9.2.
UTILIZATION
OF
IR
LOCALIZATION
......................................................................................
377
19.10.
BLUETOOTH
LOCALIZATION
SYSTEMS
...................................................................................
378
19.10.1. CLASSIFICATION
OF
BLUETOOTH
LOCALIZATION
TECHNOLOGIES
..........................................
378
19.10.2.
THE
OPERATING
PRINCIPLE
OF
BLUETOOTH
LOCALIZATION
..............................................
378
19.10.3.
USES
OF
BLUETOOTH
LOCALIZATION
............................................................................
379
19.11.
WLAN
LOCALIZATION
SYSTEMS
.........................................................................................
379
19.11.1.
THE
USE
OF
WLAN
LOKALIZATION
SYSTEMS
...............................................................
379
19.12.
LOCALIZATION
TECHNOLOGIES
USING
MOBILE
NETWORKS
.......................................................
380
19.12.1.
THE
OPERATING
PRINCIPLE
OF
LOCALIZATION
USING
MOBILE
NETWORKS
..........................
380
19.12.2.
THE
USE
OF
LOCALIZATION
BASED
ON
THE
MOBILE
NETWORK
PRINCIPLE
.........................
380
19.13.
GLOBAL
NAVIGATION
SATELLITE
SYSTEM
............................................................................
380
19.13.1.
GNSS
OPERATING
PRINCIPLE
...................................................................................
381
19.13.2.
USES
OF
GLOBAL
SATELLITE
NAVIGATION
SYSTEMS
..........................................................
382
19.14.
UWB
LOCALIZATION
TECHNOLOGY
......................................................................................
382
19.15.
THE
OPERATING
PRINCIPLE
OF
UWB
TECHNOLOGY
...............................................................
383
19.16.
DIFFERENT
USES
OF
UWB
TECHNOLOGY
..............................................................................
383
19.17.
COMPARISON
OF
RTLS
TECHNOLOGIES
...............................................................................
384
19.17.1.
RSSI
VS
TIME-OF-FLIGHT
ESTIMATE
...........................................................................
384
19.18.
UWB
TECHNOLOGY
BY
SEWIO
..........................................................................................
385
19.19.
SEWIO
NETWORKS
S.R.O
...................................................................................................
385
19.20.
COMPANY
PRODUCTS
AND
SERVICES
.................................................................................
386
19.20.1.
HARDWARE
SUPPORT
...............................................................................................
388
19.20.2.
SOFTWARE
SUPPORT
.................................................................................................
389
19.21.
IMPLEMENTATION
OF
RTLS
IN
LABORATORY
ENVIRONMENT
OF
THE
DEPARTMENT
OF
INDUSTRIAL
AND
DIGITAL
ENGINEERING
...............................................................................................................
391
19.22.
TECHNICAL
IMPLEMENTATION
...........................................................................................
392
19.22.1.
ANCHORS
AND
TAGS
CONFIGURATION
..........................................................................
393
CONCLUSION
........................................................................................................................................
396
REFERENCES
,397
|
| adam_txt |
TABLE
OF
CONTENTS
LIST
OF
FIGURES
.
1
1.
THE
EVOLUTION
OF
INDUSTRIAL
REVOLUTIONS
.
13
1.1.
TRANSITION
FROM
INDUSTRY
4.0
TO
INDUSTRY
5.0
.
16
1.2.
INDUSTRY
5.0
.
21
1.3.
BENEFITS
OF
INDUSTRY
5.0
.
24
1.4.
PREREQUISITES
FOR
INDUSTRY
5.0
.
25
1.5.
HUMAN-MACHINE
COLLABORATION
IN
THE
INDUSTRY
5.0
CONCEPT
.
27
1.6.
KEY
APPLICATIONS
OF
INDUSTRY
5.0
.
31
2.
TESTBED
.
33
2.1.
TESTBED
IN
FOREIGN
COUNTRIES
.
33
2.1.1.
RICAIPZEMA
TESTBED
SAARBRUCKEN
.
34
2.1.2.
RICAIP
TESTBED
PRAGUE
CHRC
CTU
.
34
2.1.3.
RICAIP
TESTBED
BRNO
CEITEC
BUT
.
35
2.1.4.
ENGINE
TESTBEDS
GRAZ,
AUSTRIA
.
35
2.2.
TESTBED
4.0
.
36
2.3.
TESTBED
4.0
WORKPLACES
.
38
2.3.1.
PRODUCT
DATA
.
38
2.3.2.
DEVELOPMENT
AND
DEBUGGING
OF
AUTOMATED
EQUIPMENT
.
42
2.3.3.
PRE-PRODUCTION
PHASES
.
43
2.3.4.
PRODUCTION,
LOGISTICS,
MANAGEMENT
OUTPUTS
.
45
2.3.5.
MATERIALS,
EQUIPMENT
AND
MANPOWER
FLOW
MANAGEMENT
.
48
2.3.6.
CAM
MACHINE
.
49
2.3.7.
DIGITAL
TWIN
.
51
2.3.8.
EXTERNAL
PARTNERS
AND
COLLABORATOR
APPLICATIONS
.
53
2.4.
TESTBED
4.0
TECHNOLOGY
.
55
2.4.1
RTLS
.
55
2.4.2.
PLC
.
58
2.4.3.
WMS
AND
MATERIAL
FLOW
TECHNOLOGY
.
59
2.5.
PLM
SYSTEM
ON
THE
MARKET
.
61
2.6.
REPRESENTATION
OF
SIEMENS
PLM
PORTFOLIO
ON
THE
MARKET
AND
IN
TESTBED
4.0
.
62
3.
ARTIFICIAL
INTELLIGENCE.
66
3.1.
DEFINITION
OF
ARTIFICIAL
INTELLIGENCE
.
66
3.2.
USING
THE
DEFINITION
OF
ARTIFICIAL
INTELLIGENCE
.
68
3.3.
THE
MAIN
GOAL
OF
ARTIFICIAL
INTELLIGENCE
TODAY
.
69
3.4.
HISTORICAL
DEVELOPMENT
OF
ARTIFICIAL
INTELLIGENCE
.
70
3.5.
ADVANCES
IN
COMPUTING
.
73
3.6.
DEMONSTRABILITY
OF
ARTIFICIAL
INTELLIGENCE
.
82
3.6.1.
THE
TURING
TEST
.
82
3.6.2.
PROGRESSIVE
SOLUTION
APPROACHES
.
83
3.6.3.
MONTE
CARLO
ALGORITHMS
.
84
3.6.4.
HEURISTIC
ALGORITHMS
.
84
3.6.5.
PURE
RANDOM
SEARCH
.
84
3.6.6.
LOCAL
SEARCH
.
84
3.6.7.
HILL
CLIMBING
.
84
3.6.8.
TABUSEARCH
.
85
3.6.9.
SIMULATED
ANNEALING
.
85
3.6.10.
META-HEURISTIC
ALGORITHMS
.
86
3.6.11.
NEURAL
NETWORKS
.
89
3.6.12.
BUSINESS
INTELLIGENCE
.
90
4.
DATA
MANAGEMENT
VIA
PLM.
92
4.1.
PRODUCTION
DATA
AND
PRODUCT
INFORMATION
.
93
4.1.1.
PRODUCTION
DATA
.
93
4.1.2.
PRODUCT
INFORMATION
.
93
4.2.
PRODUCT
DATA
MANAGEMENT
(PDM)
.
93
4.3.
PRODUCT
LIFECYCLE
MANAGEMENT
(PLM)
.
95
4.3.1.
A
SINGLE
SOURCE
OF
INFORMATION
.
96
4.3.2.
FULL
CONTROL
OVER
COMPANY
PROCESES
.
96
4.3.3.
SAFE
AND
SECURE
SOURCE
OF
COMPANY
KNOW-HOW
.
97
4.4.
HISTORY
OF
DEVELOPMENT
AND
ORIGINS
OF
PDM
/
PLM
SOLUTIONS
.
98
4.5.
BASIC
LAYOUT
AND
DESCRIPTION
OF
PLM
COMPONENTS
.
98
4.5.1.
DOCUMENT
MANAGEMENT
.
98
4.5.2.
DATA
STRUCTURE
.
99
4.5.3.
PLM
SOLUTION
ARCHITECTURE
.
100
4.5.4.
USER
ORGANIZATION
AND
USER
RIGHTS
MANAGEMENT
.
103
4.5.5.
PROJECT
ADMINISTRATION
.
104
4.5.6.
REQUIREMENTS
MANAGEMENT
.
105
4.5.7.
PROJECT
MANAGEMENT
.
106
4.5.8.
DATA
CLASSIFICATION
.
107
4.5.9.
DATA
VISUALIZATION
.
108
4.6.
BUSINESS
PROCESSES
.
109
4.6.1.
CHANGE
MANAGEMENT
.
110
4.6.2.
MUTUAL
COOPERATION
.
ILL
4.7.
INTEGRATION
OF
PLM
WITH
OTHER
APPLICATIONS
.
112
4.7.1.
INTEGRATION
WITH
MS
OFFICE
PRODUCTS
.
113
4.7.2.
CAD
INTEGRATION
.
113
4.7.3.
CAE
INTEGRATION
.
114
4.7.4.
CAM
INTEGRATION
.
114
4.7.5.
INTEGRATION
WITH
INFORMATION
SYSTEMS
.
115
4.8.
HD-PLM
.
117
4.9.
BASIC
PREREQUISITES
FOR
SUCCESSFUL
PLM
SOLUTION
IMPLEMENTATION
.
119
4.10.
POSSIBLE
RISKS
OF
PLM
SOLUTIONS
IMPLEMENTATION
.
119
4.11.
EXAMPLES
OF
PLM
SOLUTIONS
.
120
5.
PLM
SYSTEMS
-
THEORETICAL
KNOWLEDGE
.
121
5.1.
PLM
-
PRODUCT
LIFECYCLE
MANAGEMENT
.
121
5.1.1.
PLM
STAGES
.
123
5.1.2.
PLM
GRID
.
126
5.1.3.
BENEFITS
OF
PLM
.
127
5.1.4.
PLM
SOFTWARE
REPRESENTATION
ON
THE
MARKET
.
129
5.2.
SIEMENS
TECNOMATIX
-
PLM
SYSTEM
FOR
MANAGEMENT
AND
ADMINISTRATION
OF
COMPANY
PROCESSES
.
132
5.2.1.
TECNOMATIX
-
MODULES
.
132
5.2.2.
PROCESS
SIMULATE
.
134
5.2.3.
PROCESS
SIMULATE
MODULES
.
135
6.
LAUNCHING
PROCESS
SIMULATE
AND
CREATING
A
NEW
PROJECT.
139
6.1.
WORKING
INTERFACE
.
140
6.2.
BASIC
COMMANDS
FOR
DESKTOP
SETUP
.
141
6.3.
IMPORT/EXPORT
.
147
6.4.
WORKING
WITH
THE
MOUSE
.
148
6.5.
WORKING
WITH
THE
OBJECT
TREE
.
149
6.6.
CREATING
AND
WORKING
WITH
GROUPS
.
150
7.
INSERTING
AND
CREATING
MODELS
.
153
7.1.
INSERTING
OBJECTS
FROM
THE
LIBRARY
.
153
7.2.
INSERTING
OWN
MODELS
INTO
THE
LIBRARY
.
155
7.3.
INSERTING
NEW
PARTS
.
156
7.4.
CREATING
SIMPLE
MODELS
.
158
7.5.
CREATING
MORE
COMPLEX
MODELS
.
159
7.6.
SAVING
AN
OBJECT
TO
THE
LIBRARY
.
163
7.7.
MODEL
MODIFICATION
.
164
7.8.
RETURNING
TO
A
SAVED
MODEL
.
165
7.9.
EXAMPLES
.
165
7.9.1.
MODELING
AND
POSITIONING
OF
A
DONUT
ON
THE
TABLE
.
165
7.9.2.
MODELING
A
GLASS
OF
JUICE
ON
THE
TABLE
.
166
7.9.3.
CREATING
A
COFFEE
CUP
.
168
8.
REPOSITIONING
OBJECTS
.
172
8.1.
THE
FAST
PLACEMENT
COMMAND
.
172
8.2.
THE
CREATE
FRAME
COMMAND
.
173
8.2.1.
CREATE
FRAME
USING
6
VALUES
.
173
8.2.2.
CREATE
FRAME
BY
3
POINTS
.
174
8.2.3.
CREATE
FRAME
BETWEEN
2
POINTS
.
175
8.2.4.
CREATE
FRAME
BY
CIRCLE
CENTER
.
175
8.3.
THE
PLACEMENT
MANIPULATOR
COMMAND
.
176
8.4.
INTERRELATION
BETWEEN
PLACEMENT
MANIPULATOR,
MEASURING
AND
UNITS
.
178
8.4.1.
DETERMINING
THE
DISTANCE
BETWEEN
TWO
OBJECTS
.
178
8.4.2.
DETERMINATION
OF
THE
MINIMUM
DISTANCE
BETWEEN
TWO
OBJECTS
.
180
8.4.3.
OBJECT
MOVEMENT
.
181
8.4.4.
IMPACT
INDUCED
BY
A
CHANGE
OF
UNITS
.
182
8.5.
RELOCATION
OF
THE
OBJECT
RELATIVE
TO
2
FRAMES
.
182
9.
GENERATING
BASIC
OPERATIONS.
184
9.1.
LOADING
PARTS
OF
AN
OBJECT
.
184
9.2.
SETTING
THE
OBJECT
KINEMATICS
.
185
9.2.1.
SETTING
THE
MODELING
OPTION
.
185
9.2.2.
DETERMINING
INTERRELATION
OF
INDIVIDUAL
PARTS
OF
THE
OBJECT
.
186
9.3.
OPENING
THE
JOINT
JOG
WINDOW
.
190
9.4.
DEFINING
POSES
.
191
9.5.
CREATE
DEVICE
OPERATION
.
193
9.6.
CREATING
AN
OBJECT
FLOW
OPERATION
.
194
9.7.
WORKING
WITH
THE
OPERATIONS
TREE
.
196
9.8.
EXAMPLES
OF
CREATING
OPERATIONS
.
198
9.8.1.
CUBE
MOVEMENT
ON
THE
CONVEYOR
.
198
9.8.2.
CREATING
A
DRILLING
OPERATION
.
203
10.
SIMULATING
HUMAN
OPERATIONS
.209
10.1.
MODELING
A
HUMAN
.209
10.2.
MODELING
A
HUMAN
GAIT
OPERATION
.
210
10.3.
ADJUSTING
THE
HUMAN
POSTURE
.
211
10.3.1.
CONTROL
.212
10.3.2.
POSTURE
LIBRARY
.
213
10.3.3.
ADJUST
JOINT
.
214
10.3.4.
LOADS
AND
WEIGHTS
.
215
10.4.
CREATING
SIMULATIONS
OF
BASIC
HUMAN
ACTIONS
.
215
10.5.
BASIC
SPATIAL
ANALYSIS
.
218
10.5.1.
GRASP
ENVELOPE
.
218
10.5.2.
VISION
ENVELOPE
.
219
10.5.3. VISION
WINDOW
.
219
10.5.4.
ENVELOPE
SETUP
.
220
10.6.
TOOLS
FOR
ERGONOMIC
ASSESSMENT.
220
10.7.
EXAMPLES
.
222
10.7.1.
INSERTING
A
WORKER
INTO
A
FORKLIFT
.
222
10.7.2.
RELOCATION
OF
AN
OBJECT
BY
HUMAN
.
226
11.
CREATING
BASIC
ROBOTIC
OPERATIONS
.
233
11.1.
PROCEDURE
FOR
CREATING
A
SPOT
WELDING
OPERATION
.
233
11.2.
PROCEDURE
FOR
CREATING
AN
OBJECT
TRANSFER
OPERATION
USING
A
ROBOTIC
ARM
.
237
12.
BASIC
SIMULATION
OPTIONS
AND
SETTINGS
.
243
12.1.
WORKING
WITH
SEQUENCE
EDITOR
.
243
12.2.
MAKING
A
SIMULATION
VIDEO
.
246
12.3.
TAKING
A
PICTURE
.
246
12.4.
MAKING
NOTES
ON
DEVICES
.
248
12.5.
DIMENSION
QUOTATION
.248
12.6.
WORKING
WITH
COLLISION
VIEWER
.
249
13.
TECNOMATIX
PROCESS
SIMULATE
VIRTUAL
COMMISSIONING,
ENVIRONMENT
AND
TOOLS
USED
IN
THE
DESIGN
OF
MANUFACTURING
SYSTEMS
.
252
13.1.
THE
PROCESS
OF
PROJECT
DESIGN
.
252
13.2.
DESCRIPTION
OF
THE
WORKPLACE
MODELED
.
260
13.3.
CREATING
THE
KINEMATICS
OF
INDIVIDUAL
COMPONENTS
OF
THE
PRODUCTION
LINE
.
263
13.3.1.
CREATING
THE
KINEMATICS
OF
A
CNC
LATHE
.
263
13.3.2.
CREATING
THE
KINEMATICS
OF
THE
TURNTABLE
.
267
13.3.3.
CREATING
THE
KINEMATICS
OF
THE
CLAMPS
.
269
13.4.
CREATING
A
CONVEYOR
.
271
13.5.
LOGIC
BLOCKS
-
SMART
COMPONENT
.
275
13.5.1.
CREATING
A
LOGIC
BLOCK
FOR
THE
ROBOT
GRIPPER
.
276
13.5.2.
CREATING
A
LOGIC
BLOCK
FOR
THE
CNC
LATHE
.
282
13.5.3.
AUTOMATIC
LOGIC
BLOCK
CREATION
FOR
THE
TURNTABLE
.
283
13.5.4.
AUTOMATIC
LOGIC
BLOCK
CREATION
FOR
CLAMPS
.
285
13.6.
CREATING
TURNTABLE
CONNECTION
WITH
CLAMPS
.
286
13.7.
CREATING
SENSORS
.
287
13.8.
CREATING
MATERIAL
FLOW
.
289
14.
CHARACTERISTICS
OF
REVERSE
ENGINEERING
.
290
14.1.
OPTIONS
FOR
LINKING
REVERSE
ENGINEERING
TO
OTHER
ACTIVITIES
.
290
14.2.
CLASSIFICATION
OF
METHODS
FOR
SURFACE
MEASUREMENT
.
291
14.2.1.
CONTACT
MEASUREMENT
.
291
14.2.2.
NON-CONTACT
MEASUREMENT
.
292
14.2.3.
DESTRUCTIVE
MEASUREMENT
.
293
14.3.
PRINCIPLES
OF
CONTACT
METHODS
.
293
14.3.1.
ADVANTAGES
AND
DISADVANTAGES
OF
CONTACT
METHODS
.
294
14.4.
PRINCIPLES
OF
NON-CONTACT
METHODS
.
296
14.4.1.
ADVANTAGES
AND
DISADVANTAGES
OF
NON-CONTACT
METHODS
.
299
14.5.
PRINCIPLES
OF
DESTRUCTIVE
DIGITALIZATION
.
300
14.5.1.
ADVANTAGES
AND
DISADVANTAGES
OF
DESTRUCTIVE
DIGITALIZATION
.
301
14.6.
MEASUREMENT
DATA
PROCESSING
.
301
14.7.
RAPID
PROTOTYPING
.
304
14.7.1.
STEREOLITHOGRAPHY
.
306
14.7.2.
SELECTIVE
LASER
SINTERING
.
307
14.8.
THE
CONCEPT
OF
3D
PRINTER
.
312
14.9.
THE
USE
OF
RAPID
PROTOTYPING
.
313
15.
DEVELOPMENT
TRENDS
LEADING
TO
THE
SHAPING
OFDIGITAL
ENTERPRISE
.316
15.1.
GLOBALIZATION
.
316
15.2.
INFORMATICS
.
317
15.3.
COOPERATION
.
318
15.4.
MODULARITY
AND
MECHATRONICS
.
319
15.5.
COMPETITIVENESS
.
320
15.6.
DIGITALIZATION
.
321
16.
3D
SCANNING
AS
A
MEANS
FOR
DIGITALIZATION
OF
ENTITIES
.324
16.1.
LASER
.
326
16.1.1.
THE
PHYSICAL
PRINCIPLE
OF
THE
LASER
.
326
16.1.2.
PARTS
OF
THE
LASER
.
327
16.1.3.
TYPES
OF
LASER
.
328
16.2.
THE
SPATIAL
POLAR
METHOD
.
328
16.3.
MEASUREMENT
OF
LENGTHS
.
329
16.4.
THE
EVOLUTION
OF
3D
LASER
SCANNING
.
330
16.5.
3D
LASER
SCANNING
TECHNOLOGIES
.
332
16.5.1.
CONTACT
TECHNOLOGY
.
333
16.5.2.
NON-CONTACT
TECHNOLOGY
.
334
16.6.
TYPES
OF
3D
SCANNERS
.334
16.6.1.
LASER
3D
SCANNERS
.
334
16.6.2.
SCANNERS
USING
STRUCTURED
LIGHT
.
335
16.6.3.
MEDIUM
AND
LONG
RANGE
3D
SCANNERS.
336
16.6.4.
LASER
PULSE-BASED
3D
SCANNERS
.
337
16.6.5.
PHASE-SHIFT
3D
LASER
SCANNERS
.
337
16.6.6.
COORDINATE
MEASURING
MACHINE
(CMM)
.
338
16.6.7.
MEASURING
ARM
SCANNERS
USING
REVERSE
ENGINEERING
.
339
16.6.8.
OPTICAL
3D
SCANNERS
.
340
16.6.9.
LIDAR
SCANNING
.
341
16.7.
TECHNOLOGICAL
PARAMETERS
OF
3D
SCANNERS
.
345
16.8.
APPLICATION
CHARACTERISTICS
OF
3D
SCANNERS
.
346
16.9.
FACTORS
INFLUENCING
THE
MEASUREMENT
.
347
16.9.1.
INFLUENCE
OF
THE
SHAPE
OF
THE
OBJECT
MEASURED
.
347
16.9.2.
INFLUENCE
OF
THE
SURFACE
OF
THE
OBJECT
MEASURED
.
348
16.10.
THE
FUTURE
OF
3D
SCANNING
.
349
16.10.1.
ADVANTAGE
FOR
DESIGN
CREATION
.
350
16.10.2.
INVESTMENT
MAXIMIZATION
CAPABILITY
.
350
16.11.
LASER
SCANNING
PROCEDURE
.
350
16.11.1.
REGISTRATION
(JOINING)
OF
SCAN
AREAS
USING
INSERTION
POINTS
.
351
17.
SOFTWARE
SUPPORT
FOR
CREATING
3D
MODELS
.
354
17.1.
CAD
SOFTWARE
USE
FOR
3D
MODEL
CREATION
.
354
17.1.1.
SOLIDWORKS
.
355
17.1.2.
AUTODESK
INVENTOR
.
355
17.1.3.
REVIT
.
356
17.1.4.
RECAP
.356
17.2.
GRAPHICS
PROGRAMS
USE
FOR
CREATING
3D
OBJECTS
.
357
18.
COMPARING
THE
FEATURES
OF
TWO
SCANNING
TECHNOLOGIES
.
358
18.1.
TIME
INTENSITY
359
18.2.
RELEVANCE
OF
LIGHT
CONDITIONS
.
359
18.3.
OBJECT
SURFACE
RELEVANCE
.
361
18.4.
QUALITY
OF
PRIMARY
MODEL
.
363
18.5.
MODEL
MODIFICATION
OPTION
.
364
18.6.
DEMONSTRATIONS
OF
VARIOUS
SCANNING
TECHNOLOGIES
.
366
19.
THEORETICAL
KNOWLEDGE
IN
THE
FIELD
OF
INDUSTRIAL
MONITORING
.
369
19.1.
RTLS
DEFINITION
.
369
19.2.
RTLS
SYSTEMS
TOPOLOGY
.
369
19.2.1.
DEFINITIONS
BY
THE
APPLIED
INFRASTRUCTURE
.
370
19.3.
RTLS
SYSTEM
COMPONENTS
.
370
19.3.1.
TRANSPONDERS
.
370
19.3.2.
RECEIVERS
.
371
19.3.3.
SOFTWARE
.
371
19.4.
RTLS
COVERAGE
OPTIONS
.
371
19.5.
LOCALIZATION
OF
TRACKED
OBJECTS
.
373
19.6.
LOCATION
MAPPING
TECHNOLOGIES
.
374
19.7.
RFID
TECHNOLOGY
.
374
19.7.1.
RFID
TECHNOLOGY
PRINCIPLE
.
374
19.7.2.
PARTS
OF
THE
SYSTEM
-
BASIC
LEVEL:
.
375
19.7.3.
THE
USE
OF
RFID
TECHNOLOGY
.
375
19.8.
ULTRASOUND
LOCALIZATION
TECHNOLOGY
.
376
19.8.1.
USID
TECHNOLOGY
PRINCIPLE
.
YY
.
376
19.8.2.
USID
TECHNOLOGY
APPLICATIONS
.
377
19.9.
INFRARED
LOCALIZATION
TECHNOLOGY
.
377
19.9.1.
IR
LOCALIZATION
PRINCIPLE
.
377
19.9.2.
UTILIZATION
OF
IR
LOCALIZATION
.
377
19.10.
BLUETOOTH
LOCALIZATION
SYSTEMS
.
378
19.10.1. CLASSIFICATION
OF
BLUETOOTH
LOCALIZATION
TECHNOLOGIES
.
378
19.10.2.
THE
OPERATING
PRINCIPLE
OF
BLUETOOTH
LOCALIZATION
.
378
19.10.3.
USES
OF
BLUETOOTH
LOCALIZATION
.
379
19.11.
WLAN
LOCALIZATION
SYSTEMS
.
379
19.11.1.
THE
USE
OF
WLAN
LOKALIZATION
SYSTEMS
.
379
19.12.
LOCALIZATION
TECHNOLOGIES
USING
MOBILE
NETWORKS
.
380
19.12.1.
THE
OPERATING
PRINCIPLE
OF
LOCALIZATION
USING
MOBILE
NETWORKS
.
380
19.12.2.
THE
USE
OF
LOCALIZATION
BASED
ON
THE
MOBILE
NETWORK
PRINCIPLE
.
380
19.13.
GLOBAL
NAVIGATION
SATELLITE
SYSTEM
.
380
19.13.1.
GNSS
OPERATING
PRINCIPLE
.
381
19.13.2.
USES
OF
GLOBAL
SATELLITE
NAVIGATION
SYSTEMS
.
382
19.14.
UWB
LOCALIZATION
TECHNOLOGY
.
382
19.15.
THE
OPERATING
PRINCIPLE
OF
UWB
TECHNOLOGY
.
383
19.16.
DIFFERENT
USES
OF
UWB
TECHNOLOGY
.
383
19.17.
COMPARISON
OF
RTLS
TECHNOLOGIES
.
384
19.17.1.
RSSI
VS
TIME-OF-FLIGHT
ESTIMATE
.
384
19.18.
UWB
TECHNOLOGY
BY
SEWIO
.
385
19.19.
SEWIO
NETWORKS
S.R.O
.
385
19.20.
COMPANY
PRODUCTS
AND
SERVICES
.
386
19.20.1.
HARDWARE
SUPPORT
.
388
19.20.2.
SOFTWARE
SUPPORT
.
389
19.21.
IMPLEMENTATION
OF
RTLS
IN
LABORATORY
ENVIRONMENT
OF
THE
DEPARTMENT
OF
INDUSTRIAL
AND
DIGITAL
ENGINEERING
.
391
19.22.
TECHNICAL
IMPLEMENTATION
.
392
19.22.1.
ANCHORS
AND
TAGS
CONFIGURATION
.
393
CONCLUSION
.
396
REFERENCES
,397 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Trebuňa, Peter Pekarčíková, Miriam Kliment, Marek Trojan, Jozef Mizerák, Marek |
| author_facet | Trebuňa, Peter Pekarčíková, Miriam Kliment, Marek Trojan, Jozef Mizerák, Marek |
| author_role | aut aut aut aut aut |
| author_sort | Trebuňa, Peter |
| author_variant | p t pt m p mp m k mk j t jt m m mm |
| building | Verbundindex |
| bvnumber | BV049008263 |
| classification_rvk | ZM 9000 |
| ctrlnum | (OCoLC)1375575934 (DE-599)DNB1271898705 |
| dewey-full | 658.514 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 658 - General management |
| dewey-raw | 658.514 |
| dewey-search | 658.514 |
| dewey-sort | 3658.514 |
| dewey-tens | 650 - Management and auxiliary services |
| discipline | Werkstoffwissenschaften / Fertigungstechnik Wirtschaftswissenschaften |
| discipline_str_mv | Werkstoffwissenschaften / Fertigungstechnik Wirtschaftswissenschaften |
| format | Book |
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| id | DE-604.BV049008263 |
| illustrated | Illustrated |
| index_date | 2024-07-03T22:10:52Z |
| indexdate | 2024-07-10T09:52:39Z |
| institution | BVB |
| institution_GND | (DE-588)1067145753 |
| isbn | 9783965950269 3965950266 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-034271370 |
| oclc_num | 1375575934 |
| open_access_boolean | |
| owner | DE-83 |
| owner_facet | DE-83 |
| physical | 410 Seiten Illustrationen, Diagramme 25 cm, 650 g |
| publishDate | 2022 |
| publishDateSearch | 2022 |
| publishDateSort | 2022 |
| publisher | RAM-Verlag Scientific and professional literature edition |
| record_format | marc |
| spelling | Trebuňa, Peter Verfasser aut Production processes and systems digitalization Peter Trebuňa, Miriam Pekarčíková, Marek Kliment, Jozef Trojan, Marek Mizerák Lüdenscheid, Germany RAM-Verlag 2022 Košice Scientific and professional literature edition 2022 410 Seiten Illustrationen, Diagramme 25 cm, 650 g txt rdacontent n rdamedia nc rdacarrier Digitalisierung (DE-588)4123065-6 gnd rswk-swf Produktionssystem (DE-588)4138914-1 gnd rswk-swf Produktionsprozess (DE-588)4123984-2 gnd rswk-swf Systems Digitalization Digital modeling and simulation of processes and systems Production Processes Produktionssystem (DE-588)4138914-1 s Produktionsprozess (DE-588)4123984-2 s Digitalisierung (DE-588)4123065-6 s DE-604 Pekarčíková, Miriam Verfasser aut Kliment, Marek Verfasser aut Trojan, Jozef Verfasser aut Mizerák, Marek Verfasser aut RAM-Verlag (DE-588)1067145753 pbl Erscheint auch als Online-Ausgabe Production Processes and Systems Digitalization 1. Auflage erschienen Lüdenscheid : RAM-Verlag, 2022 Online-Ressource B:DE-101 application/pdf https://d-nb.info/1271898705/04 Inhaltsverzeichnis DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034271370&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p dnb 20230406 DE-101 https://d-nb.info/provenance/plan#dnb |
| spellingShingle | Trebuňa, Peter Pekarčíková, Miriam Kliment, Marek Trojan, Jozef Mizerák, Marek Production processes and systems digitalization Digitalisierung (DE-588)4123065-6 gnd Produktionssystem (DE-588)4138914-1 gnd Produktionsprozess (DE-588)4123984-2 gnd |
| subject_GND | (DE-588)4123065-6 (DE-588)4138914-1 (DE-588)4123984-2 |
| title | Production processes and systems digitalization |
| title_auth | Production processes and systems digitalization |
| title_exact_search | Production processes and systems digitalization |
| title_exact_search_txtP | Production processes and systems digitalization |
| title_full | Production processes and systems digitalization Peter Trebuňa, Miriam Pekarčíková, Marek Kliment, Jozef Trojan, Marek Mizerák |
| title_fullStr | Production processes and systems digitalization Peter Trebuňa, Miriam Pekarčíková, Marek Kliment, Jozef Trojan, Marek Mizerák |
| title_full_unstemmed | Production processes and systems digitalization Peter Trebuňa, Miriam Pekarčíková, Marek Kliment, Jozef Trojan, Marek Mizerák |
| title_short | Production processes and systems digitalization |
| title_sort | production processes and systems digitalization |
| topic | Digitalisierung (DE-588)4123065-6 gnd Produktionssystem (DE-588)4138914-1 gnd Produktionsprozess (DE-588)4123984-2 gnd |
| topic_facet | Digitalisierung Produktionssystem Produktionsprozess |
| url | https://d-nb.info/1271898705/04 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034271370&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT trebunapeter productionprocessesandsystemsdigitalization AT pekarcikovamiriam productionprocessesandsystemsdigitalization AT klimentmarek productionprocessesandsystemsdigitalization AT trojanjozef productionprocessesandsystemsdigitalization AT mizerakmarek productionprocessesandsystemsdigitalization AT ramverlag productionprocessesandsystemsdigitalization |
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