丘陵山区小型多功能底盘液压系统的设计
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国家自然科学基金项目(51105261)


Design of hydraulic system of small multi-function chassis in hilly area
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    摘要:

    针对中国西南丘陵山区地形及套作种植的特点,设计了小型多功能底盘液压系统,并通过理论计算完成液压元件的选型。设计的全液压传动系统,能缩小机器的外形尺寸,减轻机器的重量,实现机器的无极变速和原地转向,有效解决套作地头小空间转向问题。液压动力测试的爬坡试验结果表明,该多功能底盘液压系统的样机能平稳通过小于25°的斜坡,可以满足农业机械在西南丘陵山区行走作业的基本要求。

    Abstract:

    A hydraulic system for small multi-function chassis was designed to be used in the hilly and mountainous regions of southwestern China after a full consideration of the characteristics of the terrain and the relay intercropping in this area. The selection of hydraulic components was determined by a theoretical calculation. A complete hydraulic drive system was adopted in the design to effectively reduce the size and weight,and to realize the stepless speed change and the pivot turn,which effectively solves the problem caused by the small space in the intercropping fields.Climbing experiments show that the machine can smoothly run through slopes less than 25°. All these prove that this machine can meet the basic requirement of walking operation in the southwest hilly areas.

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吕小荣,丁为民,吕小莲.丘陵山区小型多功能底盘液压系统的设计[J].华中农业大学学报,2014,33(2):128-132

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