CAJ | 학술논문

可调式握力高枝剪的设计包括外观参数的确定和刀具的设计。根据大宗果树的生长状况确定高枝剪各关键部件结构及参数；根据高枝剪在果园作业受到剪枝过程中刀具剪断和夹持枝条所需力的大小进行刀具的设计。通过在Inventor 软件中构建可调式手握高枝剪三维模型，利用 AIP 中的有限元功能对模型进行分析，得出果园工作环境下高枝剪的安全系数和变形量。果园作业试验结果表明：在该设计参数下，高枝剪性能可靠、使用灵活。
가조식악력고지전적설계포괄외관삼수적학정화도구적설계。근거대종과수적생장상황학정고지전각관건부건결구급삼수；근거고지전재과완작업수도전지과정중도구전단화협지지조소수력적대소진행도구적설계。통과재Inventor 연건중구건가조식수악고지전삼유모형，이용 AIP 중적유한원공능대모형진행분석，득출과완공작배경하고지전적안전계수화변형량。과완작업시험결과표명：재해설계삼수하，고지전성능가고、사용령활。
According to the orchard pruning , picking jobs in the working environment conditions ( such as cutting and clamping force required for branches , and so on ) and growth of fruit trees ( such as line spacing and height of fruit trees , and so on ) , choose the right material and appearance of the tree pruner parameters .Building three -dimensional model of grip type and adjustable lopper in software of Inventor .Using technology of ANSYS in the AIP for finite element analy-sis of cutter belong to grip type and adjustable lopper , getting safety coefficients of the lopper .Having experiments in or-chards and testing the date .Proved that the lopper in this design parameter is reliable and flexible in use .