The Analysis and Improved Design of a New AGV Drive Unit Based on Differential Driving
[1]Zhao Huadong,Jiangnan,Lei Chaofan.The Analysis and Improved Design of a New AGV Drive Unit Based on Differential Driving[J].Journal of Zhengzhou University (Engineering Science),2018,39(05):73-78.[doi:10.13705/j.issn.1671-6833.2018.05.012]
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Journal of Zhengzhou University (Engineering Science)[ISSN
1671-6833/CN
41-1339/T] Volume:
39
Number of periods:
2018 05
Page number:
73-78
Column:
Public date:
2018-08-21
- Title:
- The Analysis and Improved Design of a New AGV Drive Unit Based on Differential Driving
- Keywords:
- Engineering application; AGV; simply supported direct; drive unit; transmission efficiency and precision; simulation analysis
- CLC:
- -
- DOI:
- 10.13705/j.issn.1671-6833.2018.05.012
- Abstract:
- Commercial automayic guided vehicles (AGV) usually used chain transmission mechanism power transmission, and the fixed structure of the wheel could be considered as cantilever structure. Therefore, the problem of wheels "tilting" and start-stop "shocking" easily occurs, which limited the accurate movement of the AGV during frequent and rapid acceleration or deceleration. In this paper, AGV designed by a company was taken as an example. Though repeated tests and numerical simulations, the structure and force analysis were used to find out the reasons for this phenomeno. The larger stress was caused by the "L"-shaped suspension mechanism, which magnified the contact gaps of each component; the uses of the chain transmission mechanism could make it easy for the AGV to form gaps between the sprocket and the chain when the AGV started, stopped, moved forward, backward frequently. Then a new drive unit structure was put forward from the engineering point of view, which could solves the above problems, at the same time-greatly could reduced the stress in the mechanism, could improve the transmission precision, and could provide a more practical and optimized driving structure for the design of AGV.
- References:
- -
- Similar References:
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Last Update:
2018-08-22