农业科技与装备
農業科技與裝備
농업과기여장비
AGRICULTURAL SCIENCE & TECHNOLOGY AND EQUIPMENT
2014年
10期
18-19
,共2页
农业机械%旋耕机%刀片运行轨迹%进刀量%计算
農業機械%鏇耕機%刀片運行軌跡%進刀量%計算
농업궤계%선경궤%도편운행궤적%진도량%계산
agricultural machinery%rotary blade%trajectory%amount of feed%calculation
旋耕机属于带旋转工作部件的土壤耕作机械,其工作原理与一般的土壤耕作机械有本质区别。旋耕机刀片运行轨迹及进刀量是旋耕机结构设计中的重要参数,影响旋耕机最终的工作效果。为此,介绍旋耕机刀片运行轨迹及进刀量的计算方法,以期为旋耕机的设计提供参考。
鏇耕機屬于帶鏇轉工作部件的土壤耕作機械,其工作原理與一般的土壤耕作機械有本質區彆。鏇耕機刀片運行軌跡及進刀量是鏇耕機結構設計中的重要參數,影響鏇耕機最終的工作效果。為此,介紹鏇耕機刀片運行軌跡及進刀量的計算方法,以期為鏇耕機的設計提供參攷。
선경궤속우대선전공작부건적토양경작궤계,기공작원리여일반적토양경작궤계유본질구별。선경궤도편운행궤적급진도량시선경궤결구설계중적중요삼수,영향선경궤최종적공작효과。위차,개소선경궤도편운행궤적급진도량적계산방법,이기위선경궤적설계제공삼고。
Rotary cultivator belongs to tillage machine with rotating parts, its working principle is different from the general mechanical tillage. Rotary blade trajectory and the amount of feed are important parameters in the structure design of the rotary tiller, which affect the final effect of the work of rotary cultivator. This paper explains the calculation method of rotary tiller blade trajectory and feed amount, in order to provide reference for the design of rotary cultivator.