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An Eddy Current System for the Study of the Cranial Rhythmic Impulse

机译:用于研究脑节律冲动的涡流系统

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The cranial rhythmic impulse (CRI) is an important osteopathic medicine concept that refers to the health of the individual. The technique of the eddy current (EC) sensors has the advantage to be directly sensitive to the CRI. In this paper, we present an EC system dedicated to the measurement of the CRI. To detect the CRI, a flexible aluminum foil covered with an adhesive layer is placed on the crane of the patient. The oscillations of the aluminum sheet induced by the CRI are detected by a dedicated EC sensor constituted of a printed coil. The sensing coil is put with an identical reference coil in an ac bridge. The bridge output voltage is analyzed with a lock-in amplifier. A spectral analysis is done on the output signal obtained after a 2 min long record on a patient. Different signals can be observed: 1) cardiac signal; 2) respiration signal; and 3) baroreflexe signal, showing the capability of the EC system in the analysis of the CRI.
机译:颅律性冲动(CRI)是重要的整骨医学概念,它涉及个体的健康。涡流(EC)传感器的技术具有对CRI直接敏感的优势。在本文中,我们介绍了专用于CRI测量的EC系统。为了检测CRI,将覆盖有粘合剂层的柔性铝箔放在患者的起重机上。由CRI引起的铝板的振荡由一个由印刷线圈组成的专用EC传感器检测。感应线圈与相同的参考线圈放在交流电桥中。使用锁相放大器分析电桥输出电压。对患者进行2分钟的长时间记录后获得的输出信号将进行频谱分析。可以观察到不同的信号:1)心脏信号; 2)呼吸信号; 3)压力反射信号,显示EC系统在CRI分析中的能力。

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