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Non-Contact Driving Device of Artificial Heart and Its Magnetic Field Analysis

机译:人造心脏非接触驱动装置及其磁场分析

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摘要

In order to fundamentally overcome the fatal shortcomings of the existing artificial heart that it needs a passageway through the skin for the energy supply, and the energy conversion components giving out heat in the human body, we use the permanent magnet located outside human body as a non-contact driving device of a blood pump. Only the blood pump is implanted into the body and the remaining parts are outside the human body. The blood pump located in the body and the drive unit located outside the body have a pair of permanent magnet. When the active magnet outside of the body rotates, its magnetic field changes, so that the passive magnet in the body follows the rotating active magnet. Because the device's operating performance depends on the magnetic field distribution of the permanent magnets in space, so we have to do the study in-depth on the permanent magnet magnetic field distribution, as well as the interaction between the two permanent magnets.
机译:为了从根本上克服现有人造心脏的致命缺点,即它需要通过皮肤的通道来提供能量,以及能量转换成分在人体中散发热量,我们使用位于人体外部的永磁体作为能量来源。血泵的非接触驱动装置。仅将血液泵植入体内,其余部分位于人体之外。位于体内的血泵和位于体外的驱动单元具有一对永磁体。当体外的主动磁体旋转时,其磁场会发生变化,因此体内的被动磁体会跟随旋转的主动磁体。由于设备的工作性能取决于空间中永磁体的磁场分布,因此我们必须对永磁体的磁场分布以及两个永磁体之间的相互作用进行深入研究。

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