论文部分内容阅读
中国传统医学指出,人体耳穴与身体各部分均有生理联系。各种人体器官的非寻常变化将会表现为耳穴阻抗的变化,也就是说当人体特定器官发生病变的时候,相关的耳穴阻抗将发生变化。将工程测试技术和频谱分析的方法应用于人体科学,采用人造传感器获取耳穴信号,研究了人体耳穴响应频谱的输出特性和广泛分布于人体的穴位之间的主要以及间接通道的特性,提出了一种无创伤诊断的方法。
Chinese traditional medicine pointed out that human ear and body parts have physiological connection. Unusual changes in various human organs will show changes in the impedance of the ear, that is to say when the body of a particular organ lesions occur, the associated ear impedance will change. The method of engineering test and spectrum analysis is applied to human science. The artificial sensor is used to obtain the signal of auricle. The output characteristics of the human ear acupuncture response spectrum and the main and indirect channels between acupoints widely distributed in the human body are studied. A non-invasive diagnostic method.