主动扭矩平衡装置与减速器的集成设计
【学位单位】:北京交通大学
【学位级别】:博士
【学位年份】:2011
【中图分类】:TH132.46
【文章目录】:
ACKNOWLEDGMENTS
中文摘要
ABSTRACT
LIST OF FIGURES
LIST OF TABLES
NOMENCLATURES
LIST OF ABBREVIATIONS
1 INTRODUCT10N
1.1 Literature Review
1.1.1 Input Torque Balancing
1.1.2 Non一Circu1ar Gears
1.2 Motivation,Objeetive and Contribution
1.2.1 Motivation
1.2.2 Objective
1.2.3 Contributi0n
1.3 Outiine and Organization
1.3.1 Outiine
1.3.2 Organization
2 OUTPUT SHAFT TYPE ACTIVE TORQUE BALANCING DEVICE USNG SERVO一CONTROLLED DIFFER卫NTIAL GEARTRA1N
2.1 Configurati0n
2.2 Analytical P10cess
2.2.1 Input TorqueofthesystemwithoutOAI,BD
2.2.2 InPut Torque 0fthe System With OAT,BD
2.3 optimization Process
2.3.1 Input Function Design
2.3.2 Iniegrated Designof Structure Parametersand InPutFunetion
2.4 Leaming Cont10l
2.5 Design Examples
2.5.1 Example 1
2.5.2 Example 2
2.5.3 Example 3
2.6 Summary
3 NIPUT SHAFT TYPE ACTIVE TORQUE BALANCNIG DEVICE USNIG SERVO一CONTROLLED DIFFER五NTIAL GEAR TRAIN
3.1 Configuration
3.2 Analytical Process
3.2.1 InPut Torque of the System Without IATBD
3.2.2 InPut Torque 0fthe System With IATBD
3.3 Optimization P10cess
eters Design'> 3.3.1 StrUcture Peters Design
3.3.2 InPut Function Design
3.3.3 Iniegrated Designof StructUxe Parametersand InPut Funetion
3.4 Learning Control
3.5 Design Exam Ples
3.5.1 Exam Ple1
3.5.2 Example2
3.5.3 Example3
3.5.4 Exam Ple4
3.6 Comparison of the OATBD and the IATBD
3.7 Stlnlrnary
4 SERVO一CONTORLLED DIFFERENTIAL GEAR TRAING TORQUE BALANCIN G AND SPEED REDUCTION
4.1 Configuration
4.2 Analytical Process
4.2.1 The SDGTWithoutthe Torque C0mpensation Unit
4.2.2 The SDGT With the Torque Com Pensation Unit
4.3 Optimization P10cess
4.3.1 Structure Parameters Design
4.3.2 InPut Function Design
4.3.3 Integrated Designof StructUre Parametersand InPut Funetion
4.4 Learlling Control
4.5 Design Examples
4.5.1 Example 1
4.5.2 Example2
4.5.3 Example3
4.6 Comparison of Differeni hitegrated StructUIes
4.7 Summary
5 NON-CIRCULAR GEAR DEVICE INTEGRATEING TORQUE BALANCINE AND SPEED REDUCTION
5.1 Configuration
5.2 Analytical Process
5.2.1 InPutTorqueofthesystemwithordinary Cireular Gear Redueer
5.2.2 Input Torque 0fthe System With NGD
5.3 Optimization Process
5.3.1 Transmission Function Design
5.3.2 Integrated Design of Transmission Funetion and Momeni of Inertia of the variable一sPeedshaft
5.4 Design Exaxnples
5.4.1 Example 1
5.4.2 Example 2
5.4.3 Example 3
5.4.4 Example 4
5.4.5 Example 5
5.4.6 Example 6
5.5 Comparisonofthe NGDandthe F1yWheel
5.5.1 Speed F1uctuation Parameter
5.5.2 Moment oflnertia0f F1ywheel
5.5.3 Comparative Example
5.6 Summary
6 PROTOTYPE
6.1 Prototype of NGD
6.1.1 Design Process 0fthe Tooth Profile
6.1.2 Design and MallufactUre 0fthe Non一Circular Gears
6.1.3 Manufacture 0fthe Prototype
6.2 Prototype of IATBD
6.2.1 Setup of the Hardware
6.2.2 Setup of the Software
6.3 Summary
7 CONCLUSIONS AND SUGGESTIONS
7.1 Conclusions and Diseussions
7.2 Suggestions and Future Work
REFERENCES
APPENDIX:EXTENDED ABSTRACT(in Chinese)
CUIUUCULUM VITAE
作者简历
学位论文数据集
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