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SYROM 2009 - Proceedings of the 10th IFToMM International Symposium on Science of Mechanisms and Machines, held in Brasov, Romania, october 12-15, 2009
191387_1_En_BookFrontmatter_OnlinePDF
2
191387_1_En_1_Chapter_OnlinePDF
22
Challenges for Mechanism Design
22
Introduction
22
Mechanism Design and IFToMM Activity
23
Future Challenges
27
Conclusions
33
References
34
191387_1_En_2_Chapter_OnlinePDF
35
Mechatronics and Mechanisms: From Drive to Process
35
Introduction
35
Mechatronic Machine Architecture
36
Mechatronics in Glass Machinery
36
Pneumatic Actuation
37
Servo Electric Actuation
39
Pressing Process
42
Intelligent Control Scheme
44
Simulation and Verification
46
Mechatronic Sewing Plant
47
Kinematic and Dynamic Modelling of the Parallel Manipulator
48
Kinematic and Dynamic Modelling of the Sewing Head
50
Motion Design
53
Simulation Model
54
An Adjustable Gripper as a Reconfigurable Robot
55
New Manipulation Concept
56
Topology Synthesis
58
Dimensional Synthesis
60
Conclusion
64
References
64
191387_1_En_3_Chapter_OnlinePDF
66
Comparative Study of Two Index Two Methods Applied to Original ADAMS Computer Program
66
Introduction
66
Theoretical Considerations
69
The 2-Steps Method
77
Numerical Example
81
Conclusion
85
References
85
191387_1_En_4_Chapter_OnlinePDF
86
Structural Synthesis of the Planar Cam-Linkage Mechanisms as Multibody Systems
86
Introduction
86
Defining a Mechanical System as Multibody System
87
Designing a Mechanical System as a Multibody System with a Minimum Number of Bodies
93
Conclusions
99
References
101
191387_1_En_5_Chapter_OnlinePDF
104
Helical Gear Dimensions in the Case of the Minimal Equalized Specific Sliding
104
Introduction
104
Sliding Coefficients at Helical Gears
105
Determination of the Geometrical Dimensions of the Helical Gears
107
Equalization of the Specific Sliding
108
Minimization of the Equalized Sliding Coefficients
111
Conclusions
111
References
112
191387_1_En_6_Chapter_OnlinePDF
113
Mathematical Model for Two Degree of Freedom Motion
113
Introduction
113
Mathematical Model
113
Control Problem Statement
118
Conclusions
119
References
120
191387_1_En_7_Chapter_OnlinePDF
121
Design and Simulation of Kursk Robot for In-Pipe Inspection
121
Introduction
121
Kursk Robot for In-Pipe Inspection
122
Mathematic Model of Robot´s Motion
125
A Numerical Characterization of Operation Features
126
Result of Experimental Testing
131
Conclusion
131
References
131
191387_1_En_8_Chapter_OnlinePDF
133
Conceptual Design of an Omni-directional Mobile Robot
133
Introduction
133
Previous Work
134
Mecanum Wheel
134
Robot Design
136
Robot Kinematics
138
Robot Control
140
Line Follower Mode
140
Remote Control Mode
140
Autonomous Mode
141
The Second Prototype
143
Conclusion
144
References
144
191387_1_En_9_Chapter_OnlinePDF
146
Structural Design of the Fundamental Plane Kinematic Chains
146
Introduction
146
Outlines Connections. Calculus
147
Algorithm for Establishing of the Structural Schemes
150
Application
151
Conclusions
152
References
152
191387_1_En_10_Chapter_OnlinePDF
153
Structural Design of the Plane Mechanisms with Linkages and Gears
153
Introduction
153
The Structural Magnitudes of MeBaRd
154
Structural Synthesis Criteria of MeBaRd
155
Numerical and Structural Solutions of MeBaRd
155
Conclusions
160
References
160
191387_1_En_11_Chapter_OnlinePDF
161
Design of LegVan Wheel-Legged Robot´s Mechanical and Control System
161
Introduction
161
Wheel-Legged Robot´s Suspension System
162
Structure of Robot Suspension System
163
Geometric Synthesis
164
LegVan´s Control System
165
Robot´s Software
167
Robot Functions
167
Experimental Results
168
Conclusions
173
References
173
191387_1_En_12_Chapter_OnlinePDF
175
Mathematical and Virtual Modelling of a Spur Gear
175
Introduction
175
Geometric Parameters of a Spur Gear
176
The Involute Function
177
Spur Gears with Solid Edge Software
178
Conclusions
184
References
185
191387_1_En_13_Chapter_OnlinePDF
186
Conceptual Synthesis of Speed Increasers for Renewable Energy Systems
186
Introduction
186
Requirements List
187
Identification of the Speed Increaser Function
188
Detailing of the Speed Increaser Function
189
Development of the Solving Structures
190
Development (Synthesis) of the Structural Solving Variants
190
Establishment of the Solving Structures
191
Evaluation of the Solving Structures
193
Conclusions
197
References
197
191387_1_En_14_Chapter_OnlinePDF
199
Mobile Minirobots Structures
199
Introduction
199
The In-Pipe Developed Minirobot
200
The Power and Control System
203
The Developed Omnidirectional Minirobot
203
Conclusion
206
References
206
191387_1_En_15_Chapter_OnlinePDF
207
Synthesis of Linkages for Tracking Systems with Increased Angular Stroke
207
Introduction
207
The Tracking Requirements
209
Geometrical Generation of the Planar Four-Bar Linkage
209
Analytical Synthesis of the Tracking Planar Linkage
213
Generation and Analysis of an Equivalent Spatial Linkage
217
Conclusions
219
References
220
191387_1_En_16_Chapter_OnlinePDF
221
Upon Applying Closed Contours Method in Plane Mechanisms with Higher Pairs
221
Introduction
221
Theoretical Remarks
222
Solution for Velocities
224
Accelerations Analysis
225
Conclusions
228
Appendix
228
References
230
191387_1_En_17_Chapter_OnlinePDF
231
Correlating Requirements Regarding the Command and the Mechanical Structure of the Automotive Steering System
231
Introduction
231
Functional Requirements for the Steering Linkage Mechanism (Steering Law, Induced Steering, Angular Capability)
232
Kinematic Requirement for the Steering Box with Rack (Variable Transmission Ratio)
236
Conclusions
239
References
240
191387_1_En_18_Chapter_OnlinePDF
241
Optimal Design of a Low-Mobility Schönflies Parallel Manipulator
241
Introduction
241
Manipulator´s Description
242
Kinematics
242
Dynamics
245
Trajectory Based Criteria
245
Workspace and Volume
246
Dexterity
247
Input Energy Per Output Cycle
250
Pareto-Optimally Based Multiobjective
252
Conclusions
253
References
254
191387_1_En_19_Chapter_OnlinePDF
256
Dynamic Transmission Error Prediction of Spur Gear Pairs with Friction Consideration
256
Introduction
256
The Dynamic Model of Spur Gear
257
Friction Force
259
Instantaneous Coefficient of Friction
259
Friction Forces
261
Mesh Stiffness
261
Case Illustrations
262
Conclusion
264
References
265
191387_1_En_20_Chapter_OnlinePDF
266
Designing Aspects of Differential Transmission with Balls
266
Introduction
266
The Determination of Transmission Ratio
267
The Kinetostatic Study of the One Cell SBS
270
Transmission of Forces and Torques
273
Conclusions
278
References
278
191387_1_En_21_Chapter_OnlinePDF
280
Meshing Forces Distribution Analysis on Gearing Teeth with Precession Movement
280
References
285
191387_1_En_22_Chapter_OnlinePDF
287
Basic Aspects Concerning Development of the Hybrid Road and Driving Simulator
287
Introduction
287
The Model and the Equations of the Vertical Oscillations
288
The Time Response of the Linear Model of the Suspension
290
The Oscillations and Vibrations
291
Simulation of the Road Roughness
292
Conclusions
294
References
294
191387_1_En_23_Chapter_OnlinePDF
296
On Link Effects of Ring Workspace of Three-Revolute Manipulators
296
Introduction
296
The Workspace Boundary Envelope
297
Effect of Chain Parameters on Shapes
298
Tables of Workspace Topology
299
Effect of Twist Angles
299
Effect of Link Offsets
302
Effect of Link Lengths
302
Volume Evaluation
303
Numerical Algorithm
304
Effect of Chain Parameters on Volume
305
Conclusion
308
References
309
191387_1_En_24_Chapter_OnlinePDF
310
Contributions to the Dynamic Study of a Modular Serial Industrial Robot of TRTRR Type
310
Introduction
310
The Dynamic Equations
311
Conclusions
321
References
322
191387_1_En_25_Chapter_OnlinePDF
323
Contributions to the Palletization of Auto Batteries Using the Finite Displacements Theory
323
Introduction
323
Relations of Dependency Between the Initial and the Final Position of Auto Batteries and the Kinematic Parameters of the Robot
324
Numerical Application
331
Conclusions
332
References
332
191387_1_En_26_Chapter_OnlinePDF
334
Unconventional Mathematical Model for Complex Mechanical Structures
334
Introduction
334
General Structure of Mathematical Models
335
The Mathematical Model $$ \left[ {{\hbox{A}} \cap {\hbox{C}}} \right] $$
336
Numerical Example
340
Unconventional Mathematical Model for Deformable Elements
341
Conclusions
344
References
344
191387_1_En_27_Chapter_OnlinePDF
345
On the Power Losses of Cylindrical and Bevel Gears Used in Wind Turbines and Tracking Systems for Photovoltaic Platforms
345
Introduction
345
Theoretical Basis
346
Results and Discussions
351
Conclusions
357
References
357
191387_1_En_28_Chapter_OnlinePDF
359
New Formulations on Acceleration Energy in the Robot Dynamics
359
Introduction
359
The Forward Kinematics Equations
360
Matrix Exponentials in the Forward Kinematics
360
The Acceleration Energy in the Robot Dynamics
366
The Explicit Expression of the Acceleration Energy
366
The Matrix Expression of the Acceleration Energy
368
Conclusions
371
References
372
191387_1_En_29_Chapter_OnlinePDF
373
Dynamics of a Parallel Platform for Helicopter Flight Simulation Considering Friction
373
Introduction
373
Geometrical Model
375
Kinematic Model
376
Dynamic Model Without Friction
380
Dynamic Model with Computation of Additional Drive Generalized Forces Caused by Friction
381
Simulation Results
382
Conclusions
384
References
385
191387_1_En_30_Chapter_OnlinePDF
387
One D.O.F. Parallel Manipulator Based on Bricard Rectangular Mechanism
387
Introduction
387
Closure Equations
388
New Spatial Disposition
389
Conclusion
392
References
393
191387_1_En_31_Chapter_OnlinePDF
395
Theoretical and Experimental Research on the Dynamics of a 4DOF Isoglide 4-T3R1 Parallel Robot
395
Introduction
395
On the Kinematics of the Isoglide4-T3R1 Parallel Robot
396
Dynamic Modelling of the Isoglide4-T3R1 Parallel Robot
398
Virtual Model and Experimental Testing of the Isoglide4-T3R1 Parallel Robot
398
Isoglide4-T3R1 CAD Model
399
Dynamic Experimental Testing of the Isoglide4-T3R1 Parallel Robot
400
Conclusions
404
References
404
191387_1_En_32_Chapter_OnlinePDF
405
The Monitorisation of the Motion of Differential Gears
405
Introduction
405
The Description of the Mathematical Model (AC) Having Monitored Kinematics
406
The Experimental Results
411
Conclusions
415
References
415
191387_1_En_33_Chapter_OnlinePDF
416
Structure, Kinematics and CAD Model of a Mobile Telethesis
416
Introduction
416
Structure for a Reference Telethesis
417
The Kinematics for the Reference Telethesis
418
Forward Kinematics
418
Inverse Kinematics
420
Structure and Kinematic for the Gripper of the Telethesis
421
Structural Synthesis
421
Structural Analysis
422
Kinematic Synthesis
422
Kinematic Analysis
422
Static Synthesis and Analysis
423
Constructive Design, CAD Model and CAD Simulation
424
Conclusions
426
References
426
191387_1_En_34_Chapter_OnlinePDF
427
Asymptotic Analysis of Parametrically Excited Spring Pendulum
427
Introduction
427
Formulation of the Problem
428
Stability of the Fixed Points
433
Example
434
Conclusions
437
References
437
191387_1_En_35_Chapter_OnlinePDF
439
Simple Mechanical Clutch with Multiple Functions
439
Introduction
439
Elastic and Safety Clutch
441
Derivation Proceeding from the Structural Schemes
441
Construction of the Clutch
442
The Torque Moment and Its Elastic Characteristics
443
Theoretical and Experimental Researches
444
References
449
191387_1_En_36_Chapter_OnlinePDF
450
Analysis of the Direct Kinematic Problem in 3-DOF Parallel Manipulators
450
Introduction
450
Computing Workspace with One Input Constant
451
Visualizing the Reduced Configuration Space
453
Finding All DKP Solutions
455
Path Planning Between Different DKP Solutions
457
Conclusions
459
References
460
191387_1_En_37_Chapter_OnlinePDF
462
Kinematical Analysis of Mechanical Systems by Results of Digital Video Recording
462
Target Setting
462
Peculiarities of Digital Video Recording Process and the Subject of Inquiry
463
Peculiarities of Digital Video Recording Process
463
Subject of Inquiry Peculiarities Description
463
Sources of Errors of the Recording Process
464
Data Analysis Methodology Description
466
Results of Experimental Data Treatment. Slider Phase Trajectory Plotting
467
Conclusions
467
References
469
191387_1_En_38_Chapter_OnlinePDF
470
Dynamics of Mobile Vibration-Driven Robots
470
Introduction
470
Mathematical Model of a 1-D Robot with a Vibrating Internal Mass
472
Mathematical Model and Design of a 1-D Robot with Variable Shape of the Robot´s Body
476
Vibration-Driven Robot with Two Rotating Masses
479
Experimental Studies
480
Conclusions
480
References
481
191387_1_En_39_Chapter_OnlinePDF
483
Experimental Aspects Concerning Self-locking Angle
483
Introduction
483
Theoretical Consideration
484
Experimental Evidences
489
Test Rig Design and Testing Method
489
Experimental Work and Conclusions
495
References
496
191387_1_En_40_Chapter_OnlinePDF
498
Strategy for Optimizing the Synchronous Belt Drives Design
498
Introduction
498
Tooth Loading
499
Multi-body Based Model of the Belt Drive
499
Description Test and Results
500
Conclusion
504
References
504
191387_1_En_41_Chapter_OnlinePDF
505
Control Design and Simulations of the Linear Actuator LX-80-L
505
Introduction
505
Linear Actuator Parker LX-80L-Mechatronics Laboratory
507
Mathematical Model
507
Implementation of the Mathematical Model in Matlab-Simulink
508
Testing the System Using Determined Kp, Ki, Kd Parameters
509
Conclusions
511
References
511
191387_1_En_42_Chapter_OnlinePDF
512
The Analysis of a Dwell Mechanism for Alpha -Stirling Engine
512
On the Working Cycle of Stirling Engine
512
A New Dwell Mechanism Dedicated to a-Stirling Engine
514
On the Movement Functions of the Mechanism
514
The Schmidt Analysis Insertion Paragraph
519
Conclusion
519
References
520
191387_1_En_43_Chapter_OnlinePDF
521
A Digital Model of a Dwell Mechanism for Alpha-Stirling Engine
521
Introduction
521
The Kinetostatic Analysis of the Mechanism
522
Digital Simulations of the Dwell Mechanism
524
Conclusion
527
References
527
191387_1_En_44_Chapter_OnlinePDF
528
AutoCad Simulations and Experiments on the Manufacturing of Gears
528
Introduction
528
Experimental Simulations
529
Experimental Stall
529
Results
530
AUTOCAD Simulations of the Manufacturing of Gears
531
Conclusions
535
References
536
191387_1_En_45_Chapter_OnlinePDF
537
Modeling a Galvoscanner with an Optimized Scanning Function
537
Introduction
537
Equations of the Galvoscanners
539
Linear and Sinusoidal Scanning Function
541
Active Torque and Command Function
543
Conclusions
545
References
546
191387_1_En_46_Chapter_OnlinePDF
547
Simulation of a Pressure Controlled Hose Type Joint Using F.E.M.
547
Introduction
547
Hose Design
548
Mathematical Model
549
Numerical Simulation
553
Conclusions
559
References
559
191387_1_En_47_Chapter_OnlinePDF
561
Workspace and Singularity Analysis for a Reconfigurable Parallel Robot
561
Introduction
561
Kinematics of the ROPAR4 Parallel Robot
563
The Reconfigurable Parallel Robot
563
Kinematics
566
Singularities of the ROPAR4 Robot
567
Workspace of the ROPAR4 Robot
570
The Geometrical Method
570
The Analytical Method
571
Conclusions
571
References
572
191387_1_En_48_Chapter_OnlinePDF
575
Kinematics and Movement Control of a Six-Legged Mobile Robot
575
Introduction
575
Kinematics of the Mobile Robot
576
Command and Control System of the Six-Legged Mobile Robot
578
Conclusions
580
References
580
191387_1_En_49_Chapter_OnlinePDF
581
LabView Based Control and Simulation of a Construction Robot
581
Introduction
581
Robot Functionality and Operating Modes for Construction Tasks
582
Modeling and Embedded Motion Control of Robot Arm
584
Geometric Models of the Robotic Arm
584
Embedded Control of the Construction Robot
588
Experimental Work Conclusions
591
References
594
191387_1_En_50_Chapter_OnlinePDF
595
Synthesis Method of Planar Mechanisms Approximating Open Paths
595
Introduction
595
Method Description
596
Numerical Solutions
602
Conclusions
606
References
607
191387_1_En_51_Chapter_OnlinePDF
608
Kinematic Calculus Modelling of a Handling Arm Driving System
608
Introduction
608
Cinematic Analysis Modelling
610
Synthesis Proposed Version
611
Conclusions
612
References
612
191387_1_En_52_Chapter_OnlinePDF
613
Synthesis of a Bi-Axial Tracking Spatial Linkage with a Single Actuator
613
Introduction
613
Kinematic Modelling of the R-R-S-S Linkage
615
Geometrical Synthesis
617
Numerical Simulations
620
Conclusions
625
References
627
191387_1_En_53_Chapter_OnlinePDF
629
Dimensional Synthesis of Suspension System of Wheel-Legged Mobile Robot
629
Introduction
629
Mechanism Structure
630
Dimensional Synthesis
631
Formulation of the Problem
631
The Synthesis Method
631
Stage One - Two-Link Chain ACE
632
Stage Two - Four-Bar Mechanism
632
Calibration of l1 and l3
634
Stage Three - Drive q1 Parameters
634
Genetic Algorithm
636
Results of Optimisation
637
Conclusions
639
References
640
191387_1_En_54_Chapter_OnlinePDF
641
Cam Mechanism with Flat/Tangential Translating Follower and Its Size
641
Introduction
641
The Forces´ Equilibrium and Guiding´s Size Establishment
642
The Total Size of a Cam Mechanism with Flat Translating Follower and the Influence´s Factors of It
644
Case Studies
645
Case Study 1
646
Case Study 2
647
Conclusions
648
References
649
191387_1_En_55_Chapter_OnlinePDF
650
A Design of Compliant Mechanism with Integrated Actuators
650
Introduction
650
Design Study of a Flaps Mechanism Demonstrator
651
Analytically Based Structural Pre-Choice
653
Drive´s Values
653
Differential Design
654
Integrally Design
656
Numerical Analysis
657
Conclusions
658
References
659
191387_1_En_56_Chapter_OnlinePDF
660
Software Platform for Analyzing and Optimizing the Mechanical Systems
660
Introduction
660
Virtual Prototyping Concept
661
Virtual Prototyping Platform
663
Case Study
664
Final Conclusions
672
References
672
191387_1_En_57_Chapter_OnlinePDF
673
Considerations Regarding the Transdisciplinary Nature of the Homeokinesis Concept, as a Result of Its Integration in the Theor
673
Introduction
673
Self-organized Complex Systems
674
The Self-organization of the Behaviour of Complex Mechatronical System Through Homeokinetic Learning
675
The Transdisciplinary Nature of the Homeokinesis Concept
678
Conclusions
679
References
679
191387_1_En_58_Chapter_OnlinePDF
681
Design of a Clamp Mechanism
681
Introduction
681
Functional Diagram
682
Profile of Cam
683
Assembly of Some 3D Components
685
Assembly Preparation for Analysing
686
Transformation of the Assembly into a Mechanism
686
A Contact Joint Creation
687
Insertion of a Force
687
Analysis of the Mechanism
688
Profiles Comparison
690
Conclusions
691
References
692
191387_1_En_59_Chapter_OnlinePDF
693
New Orientation Mechanism (Wrist) Used on the Industrial Robots
693
Introduction
693
Unitary Kinematic Analysis Method
694
Symmetrical Kinematic Schema of OrM-3R
696
A New Kinematic Schema of OrM-3R
699
Conclusions
701
References
701
191387_1_En_60_Chapter_OnlinePDF
702
Modular Orthopedic Devices Based on Shape Memory Alloys
702
Introduction
702
Modular Adaptive Implant
703
Intelligent Coupling and Catching System in External Implants
708
Conclusions
713
References
713
191387_1_En_61_Chapter_OnlinePDF
715
Loading Cases and Forces on Azimuthal Solar Tracking Systems with Linear Actuators
715
Introduction
715
External Loads and Loading Cases
716
Wind Load
716
Weight
717
Snow
717
Seismic Load
718
Loading Cases
718
Preliminary Design Forces
718
Calculus Relations
718
Numerical Results
720
FEM Analysis
721
Conclusions
722
References
725
191387_1_En_BookBackmatter_OnlinePDF
726
: Index
726
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