| 便携式智能人工鼻的设计研究 |
| 投稿时间：2011-02-09 修订日期：2011-03-23 点此下载全文 |
| 引用本文：朱华麟,唐世雄,张建华,姚寿国,陈星.便携式智能人工鼻的设计研究[J].医学研究杂志,2011,40(11):162-164 |
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| 中文摘要:目的为研制一款小型化的，可随身携带，操作简单，具有自动加温加湿功能的，并能精确控制的，能模拟鼻腔部分功能的替代产品——便携式智能人工鼻。方法通过对加温加湿度器及中央控制器的设计制作，再将人工鼻，流量传感器 呼吸管路等进行有机的系统整合，并通过温湿度仪对加温加湿性能效果进行测试。结果常温下（在外界温度为12℃，湿度为40％的测得其数据），温湿度分别在第22、29min是到达理想的目标值，分别比外界的温湿度提高20℃及58％。结论“便携式智能人工鼻”具有良好的加温加湿度性能，使得最终为研制一款真正可应用于临床的医疗装置迈出了关键的一步。 |
| 中文关键词:加温加湿 自动控制 便携式 人工鼻 |
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| Design of Portable and Intelligent Artificial Nose |
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| Abstract:ObjectiveTo design a small, simple, easy to be carried, alternative product surrogating the upper airway with accurate control performance and ability to provide an autocontrolled heating and humidifying function called portable and intelligent artificial nose. MethodsAfter designing the implement with heating and humidifying function and the central controller, we integrated the artificial nose, flow sensor, breathing pipeline into an organic systemic constellation, and tested its function of heating and humidifying through thermograph and hygronom. ResultsBelow room temperature(the data was got under the condition where the outside temperature was 12℃ and humidity was 40%), the temperature and the humidity of the artificial nose reached the ideal desired value at 22min,29min respectively, which were higher than the outside temperature and humidity by 20℃ and 58% respectively. ConclusionThe “portable and intelligent artificial nose” has better function of heating and humidifying, which makes the key progress of turning the design of a real medical device used for clinical work into reality. |
| keywords:Heating and humidifying Autocontrolled Portable Prtificial nose |
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