1) Arrangement of collecting tooth
捡膜齿排列
2) spring tooth
捡膜弹齿
1.
Fatigue life analysis and optimize of spring tooth based on MSC.Fatigue;
基于MSC.Fatigue的捡膜弹齿疲劳寿命分析与优化
2.
Based on the study of a type of air blast plastic film collector before spring sowing, the study on the key work parts of the spring tooth collection plastic and wind path applying visualized virtual design, finite element analysis, optimization and simulation technologies are conducted.
本文分析了目前残膜回收及残膜回收机的现状及存在的主要问题,在气吹式春播前残地膜回收机研究的基础之上,运用可视化虚拟设计、有限元分析、优化、仿真等技术手段,针对机具的核心部件一捡膜弹齿和输送风道进行理论分析和研究,并辅以试验测试验证,为气吹式春播前残地膜回收机的结构工艺及参数设计提供技术依据。
3) finger for collecting plastic film residue
捡膜杆齿
4) arc spring tooth for collecting plastic film residue
弧型捡膜齿
5) Roller of arc spring tooth
弧型捡膜齿滚筒
6) pick arrangement
截齿排列
1.
Effect of shearer pick arrangement parameters on dust explosion rate;
采煤机截齿排列参数对粉尘爆炸率的影响
2.
Drum plate pick arrangement and installation on shearer;
采煤机端盘截齿排列及安装条件
3.
By the analysis of pick arrangement parameters influenced on the load acting on cutting head, the strategy is presented to depress the load fluctuation.
通过分析截齿排列参数对截割头载荷的影响,提出了降低载荷波动的策略,建立了基于载荷波动最小的截割头截齿排列参数优化设计数学模型。
补充资料：捡括
1.法度。 2.稽查。 3.搜括。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条