摘要
According to the viscoelastic property of live soft tissues, the mathematical model of an in—vivo detecting system, which is used to detect the squeeze deformation parameters of soft tissues under uniaxial pressing force, has been set up to analyze the influence of detecting speed on the accuracy of the measurement. This article mainly focuses on introducing the working principle and properties of corresponding new compound sensor and intelligent detector. It is shown in the results of in—vivo detection of human parts such as human abdomen sides and palms that this device can provide objective and practical data and charts for the medical treatment, rehabilitation and cosmetology process.
According to the viscoelastic property of live soft tissues, the mathematical model of an in—vivo detecting system, which is used to detect the squeeze deformation parameters of soft tissues under uniaxial pressing force, has been set up to analyze the influence of detecting speed on the accuracy of the measurement. This article mainly focuses on introducing the working principle and properties of corresponding new compound sensor and intelligent detector. It is shown in the results of in—vivo detection of human parts such as human abdomen sides and palms that this device can provide objective and practical data and charts for the medical treatment, rehabilitation and cosmetology process.
作者
Ding Tianhuai, Hou Rushun, Qian SHili (Tsinghua University, Beijing, 100084,China) Wang Qi, Chen Wushan (Institute of China Traditional Chinese Medicine, Beijing, 100086,China) Ding Ning (Capital University of Medical Science, Beijing, 100054,China)
