Research on Tracked Vehicle Passive Power Device Based on Non-Battery Starting

Yuan Jiang Chen; Zhong Fa Liu; Hong Ge Xu

doi:10.4028/www.scientific.net/AMM.697.318

Paper Titles

Research of Design Theory on the Key Components of Transmission System of Electric Vehicle
p.302

Application of RPM in the Design and Manufacture of Mobile Front Cover
p.306

Analysis and Design on a New Garbage Baler
p.310

Analysis of Six Foot Robot Mechanism and Steering Gear in the Desert Environment
p.314

Research on Tracked Vehicle Passive Power Device Based on Non-Battery Starting
p.318

Study on the Application of Water Jet Technology in Artillery Maintenance
p.322

A Study of Calculation Method for Finger Joint Angular Displacement Based on the Finger Inverse Kinematics
p.327

Effect of Tractor-Semitrailer Velocity on Cornering Braking Stability
p.334

The Progress and Application of Rapid Prototying Technology
p.340

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 697Research on Tracked Vehicle Passive Power Device...

Research on Tracked Vehicle Passive Power Device Based on Non-Battery Starting

Abstract:

This paper introduces the working principle of power system on tracked vehicles. Tracked vehicles with high pressure air or pulling the battery starts, due to the main power supply system power supply, can't fight. Through an analysis on the failure of electricity generation of the main power system, a tachometer sensor is designed and used as main power providing excitation and causing an electric potential difference, which realizes passive power supply after non-battery starting.