Design of Walking Stepless Speed System for Caterpillar Feeding Combined Harvester

Xi Yin Lou

doi:10.4028/www.scientific.net/AMM.697.194

Paper Titles

Numerical Investigation on Thermo Mechanical Behavior in Wet Multidisc Friction Pairs System
p.177

Analysis of the Electro-Mechanical Responses of the Piezoelectric Motor Based on Finite Element Method
p.181

Research of Track-Type Full Feeding Combine Harvester Walking Design Scheme Based on Hydraulic Close System
p.187

Vehicle Ride Comfort Simulation Based on Virtual Prototyping Technology
p.190

Design of Walking Stepless Speed System for Caterpillar Feeding Combined Harvester
p.194

A Research of Mobile Machinery Based on Closed Hydraulic System
p.198

Finite Element Analysis for Performance of Cap Seal Rings in the Stirling Engine Piston Rod
p.202

Sealing Performance Analysis of Cap Seal Rings in the Stirling Engine Piston Rod
p.206

Vibration Characteristics and Damage of Turbine Generator Shaft Rubbing
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 697Design of Walking Stepless Speed System for...

Design of Walking Stepless Speed System for Caterpillar Feeding Combined Harvester

Abstract:

Hydro mechanical stepless speed system is a new conbination system of hydraulic transmission and mechanical transmission, which realizes the stepless speed change through the hydraulic transmission and the mechanical transmission to reduce the speed and torque, and to improve transmission efficiency; through optimizing design, The system can realize the differential steering, increase ground clearance. In this paper, the caterpillar feeding combined harvester is the object, the system is composed by the motor, a variable pump single stage planetary gear, hydraulic machinery stepless speed walking system is of wide speed range, simple structure.

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Periodical:

Applied Mechanics and Materials (Volume 697)

Pages:

194-197

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.697.194

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Online since:

November 2014

Authors:

Xi Yin Lou*

Keywords:

Hydraulic, Mechanical Design, Simple Structure, Stepless Speed System

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* - Corresponding Author

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