Design of New Excavator with Telescopic Arm

Chuan Can  Chen; Xi Dong Chen

doi:10.4028/www.scientific.net/AMR.228-229.340

Paper Titles

Birch Carbonization Surface Micrograph and Element Analyses
p.315

Study on Lubrication Properties of Emulsion for Aluminum Cold-Rolling
p.321

The Study of Combination Model Forecasting of Dynamic Traffic Volumes Based on MATLAB
p.327

Simulation Research on the Influence of Oil Damping to the Effect of Assimilating Impulsion Based on Accumulator
p.332

Design of New Excavator with Telescopic Arm
p.340

Predicting Fracture Toughness of Three-Point Bending Specimen from Tensile Test Based on Micro-Plastic Damage Model
p.345

A Discussion and Economic Analysis of Oxygen-Enriched Combustion Technology in Metallurgic Furnace
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A Quantitative Analysis of the Residual Stress and Grain Size Gradient Effects on the Energy Release Rate of a Coating-Substrate System
p.356

Semi-Active Landing Gear with MR Fluid Damper Based on ADAMS&MATLAB Co-Simulation
p.363

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 228-229Design of New Excavator with Telescopic Arm

Design of New Excavator with Telescopic Arm

Abstract:

In order to make better use of excavator in foundation pit, a new excavator with telescopic arm is designed in this paper. The innovations mainly manifests in four aspects. First, the use of telescopic arm decreases the height for the excavation in foundation pit. Secondly, the design of truss-guide and trolley brings a high speed to excavator’s lateral move in large scale, easy for dirt shoveling in the wide foundation pit. Thirdly, the travelling system with two pails of dual-pedrail makes it possible for excavator free walking, flexible steering, and obstacle avoiding. The last but not the least, the wireless remote control technology can keep operators distant from danger and other unpleasant working conditions.