Adaptable Interface Design of Roller Module Rapid Replacement System

Hong Hui Xu; Zi Qiang Zhang; Run Dian Li; Ling Sheng Zeng

doi:10.4028/www.scientific.net/KEM.621.470

Paper Titles

Improvement and Error Analysis of Spring Tube Stiffness Measurement
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Technology Explore and Equipment Development of Walnut Shell-Breaking with Hierarchical and Double Roller
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Modeling and Error Analysis of Hydrodynamic Experimental Apparatus
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Modeling and Control Simulation for the Multi-Range Hydro-Mechanical CVT
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Adaptable Interface Design of Roller Module Rapid Replacement System
p.470

Development and Experimental Study of Dynamic Characteristics for Servo Valve Torque Motor
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Design of a Spool Valve Overlap Value Pneumatic Measuring System Based on Constant Pressure Control
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Research on Kinematics of Assistant Robot Based on Vector Product Method
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Researches on Virtual Machining Simulation of Flexible Manufacturing Cell Based on KUKA Robot
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 621Adaptable Interface Design of Roller Module Rapid...

Adaptable Interface Design of Roller Module Rapid Replacement System

Abstract:

The research actuality and development of roller module replacement technology are talked over in this paper. Positioning scheme of one plane and two pins with the special rounded edge diamond pin that is suitable for the longer roller is discussed, which is meeting the parallelism tolerance requirement for the roller within the full length; thus reducing manufacturing tolerance requirement for the spacing between pin axes and reducing manufacturing difficulty. And on this basis, adaptable interface design of roller module rapid replacement system which is suitable for the longer roller has been completed. The invention patent on the roller module rapid replacement system has already been applied for, and the precise positioning of roller module can be realized.

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Periodical:

Key Engineering Materials (Volume 621)

Pages:

470-475

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.621.470

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Online since:

August 2014

Authors:

Hong Hui Xu*, Zi Qiang Zhang, Run Dian Li, Ling Sheng Zeng

Keywords:

Adaptable Interface, Coating Machine, Positioning Scheme, Printing Machine

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* - Corresponding Author

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