SYROM 2009 - Proceedings of the 10th IFToMM International Symposium on Science of Mechanisms and Machines, held in Brasov, Romania, october 12-15, 2009

von: Ion Visa

Springer-Verlag, 2010

ISBN: 9789048135226 , 728 Seiten

Format: PDF, OL

Kopierschutz: Wasserzeichen

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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