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Article Information:
Design and Experimental Analysis of New Double-Pitch Rocker-Pin Silent Chain for Conveyors
Wencheng Wang,Xiaolun Liu, Jiajun Liu and Jianfang Liu
Corresponding Author: Jianfang Liu
Submitted: June 07, 2012
Accepted: June 21, 2012
Published: October 15, 2012 |
Abstract:
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In order to decrease the lateral fluctuate and implement high speed and smooth conveying and based on
the inner-outer compound meshing theory and design method of Hy-Vo silent chain, a new type of double-pitch
rocker-pin silent conveyor chain was proposed. The main technical parameters and structure of chain plate were
described and its meshing theory and causes of lateral fluctuate were discussed and analyzed. A compared
simulation test between the new double-pitch rocker-pin silent conveyor chain and standard round-pin silent
conveyor chain about lateral fluctuate had been done to verify the design’s advantages. The analysis results show
that the lateral fluctuate value generated by the new double-pitch rocker-pin silent conveyor chain was largely
smaller than that of the comparison type. And the design could improve the conveying conditions distinctly.
Key words: Compound meshing, inner-outer, lateral fluctuate, mechanical design, meshing impact, polygon effect, silent conveyor chain
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Cite this Reference:
Wencheng Wang,Xiaolun Liu, Jiajun Liu and Jianfang Liu, . Design and Experimental Analysis of New Double-Pitch Rocker-Pin Silent Chain for Conveyors . Research Journal of Applied Sciences, Engineering and Technology, (20): 4187-4191.
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ISSN (Online): 2040-7467
ISSN (Print): 2040-7459 |
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