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首页> 外文期刊>IEEE Transactions on Industry Applications >Design and Optimization of A Blood Pump for A Wearable Artificial Kidney Device
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Design and Optimization of A Blood Pump for A Wearable Artificial Kidney Device

机译:穿戴式人工肾脏器械用血泵的设计与优化

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摘要

The aim of the European project Nephron+ is the design of a wearable artificial kidney device. This paper is focused on the design of the corresponding ultralow-hemolysis continuous-operation blood pump. Accurate specifications and operating principle of the pump are determined. A first nonoptimal configuration of a linear electromechanical actuator which will be used to pump the blood is designed. Its prototype is presented along with the corresponding driving electronic circuit. Finally, based on the measurements, the actuator is optimized, and the final design and first experimental results are presented.
机译:欧洲项目Nephron +的目的是设计一种可穿戴的人造肾脏装置。本文着重于相应的超低溶血连续操作血泵的设计。确定了泵的准确规格和工作原理。设计了将用于泵送血液的线性机电致动器的第一非最佳构造。它的原型与相应的驱动电子电路一起提供。最后,基于这些测量结果,对执行器进行了优化,并给出了最终设计和首次实验结果。

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