Design and research on airflow system of closed-type cotton picker

机译：封闭式采棉机气流系统的设计与研究

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In order to optimize the design of cotton picker's airflow system, and determine its main parameters, this paper based on the analysis of its structure and working mechanism, taking wind speed, air pressure, air volume for the study. Determine the materials (cotton, impurities) and structural design parameters of the relationship between airflow system's parameter by optimizing the design parameters and experimental analysis, and Solve the congestion problem in the transportation process, and which provide a theoretical basis for further study. When the transport wind velocity 25m / s ultimately, the transmission is smooth and no jams. This paper studied and optimized airflow system, in order to promote our own cotton picker's research and development.

机译：为了优化棉拾取器气流系统的设计，并确定其主要参数，本文基于其结构和工作机制的分析，采取风速，气压，空气量进行研究。通过优化设计参数和实验分析，确定气流系统参数之间关系的材料（棉，杂质）和结构设计参数，并解决运输过程中的拥塞问题，为进一步研究提供了理论依据。当运输风速最终25米/秒时，透射器是平滑的，没有卡纸。本文研究和优化的气流系统，以促进我们自己的棉花选择器的研发。

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来源
《2011 IEEE International Conference on Computer Science and Automation Engineering》|2011年|p.109-112|共4页
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作者
Wang Weixin; Liu Keyi; Ye Wei; Wang Yage; Ding Zhingfeng; Ma Qingliang;
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中图分类计算技术、计算机技术;
关键词
Air pressure; Airflow System; Cotton picker; Design; Wind velocity;

机译：气压;气流系统;棉签;设计;风速;

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2. WIRELESS SENSOR AND BEIDOU SATELLITE SHORT MESSAGE COMMUNICATION-BASED COTTON PICKER REMOTE MONITORING AND MANAGEMENT SYSTEM [J] . Wang H., Zhang L., Hu X., Applied Engineering in Agriculture . 2019,第5期

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3. Evaluating Model and BeiDou Based Management System for Scale Operation of Cotton-Pickers [J] . Caicong Wu, Peng Qiao, Jing Zhao, Positioning . 2016,第1期

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4. Design and research on airflow system of closed-type cotton picker [C] . Wang Weixin, Liu Keyi, Ye Wei, IEEE International Conference on Computer Science and Automation Engineering . 2011

机译：封闭式棉拾取器气流系统的设计与研究
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Design and research on airflow system of closed-type cotton picker

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