CAJ | 학술논문

在机器采收红花过程中，难度在于花丝易掉落，果球易损伤，采收效率低。研究利用 TRIZ 理论完成采收系统的设计和系统关键部件的创新设计，建立采收系统“物-场”模型，通过分析花丝与果球的分离过程，建立并完善采收系统“物-场”模型，通过增加气流辅助场的形式完善“物-场”关系，确立引拢、分离、收集过程的采收系统。通过对采收系统的物理矛盾分析，利用分离原理完成采收系统传动设计；利用技术矛盾冲突原理分析皮辊的结构形式和工作原理，总结出子系统存在的利与害，用TRIZ理论中的工程参数定义矛盾，建立冲突矛盾矩阵，借助 TRIZ创新解决原理，完成对皮辊结构的创新设计。
재궤기채수홍화과정중，난도재우화사역도락，과구역손상，채수효솔저。연구이용 TRIZ 이론완성채수계통적설계화계통관건부건적창신설계，건립채수계통“물-장”모형，통과분석화사여과구적분리과정，건립병완선채수계통“물-장”모형，통과증가기류보조장적형식완선“물-장”관계，학립인롱、분리、수집과정적채수계통。통과대채수계통적물리모순분석，이용분리원리완성채수계통전동설계；이용기술모순충돌원리분석피곤적결구형식화공작원리，총결출자계통존재적리여해，용TRIZ이론중적공정삼수정의모순，건립충돌모순구진，차조 TRIZ창신해결원리，완성대피곤결구적창신설계。
In the process of saffron machine harvest become difficulty lies in filaments are easy to fall, the bouquet is easy to damage,picking efficiency is lower.In this research,TRIZ theory is used to complete the design concept of the picking system and improve the key components in system.‘Substance-field’ model of harvest system is established.By analyzing the process of separating filaments and curd,and com-pleting ‘substance-field’of harvest system,to ensure through increase air assisted field form to realize the ideal relationship,to built leading,separation,collection of recovery system.Through physical contradic-tions on the recovery system analysis,using the separation principle in completing motor drive design.Ac-cording to the technical conflict theory analysis the structure and working principle of the roller,summa-rized the existing benefits and weakness in this system,used engineering parameters defining the contradic-tion in the theory of TRIZ,established the conflict matrix,get innovation to solve principle,complete the creative design of roller structure.