Storchun E V, Boronoev V V
Med Tekh. 2005 Mar-Apr(2):31-3.
Analyzed in the paper is mutual influence of channels in synchronous registration of pulse signals from human radial arteries made by a device whose transducers share a common base. Such influence is conditioned by the base mobility, which in its turn is caused by the fact that the device rests on soft tissues of the hand and that the fixation elements work by cross rigidity. Transducers must be fixed separately and the impact of their initial force on signal registration zones needs to be eliminated by design-based separation of zones of registration and fixation to enable the use of radiophysical methods in signal processing.
本文分析了一种传感器共用一个底座的设备对人体桡动脉脉搏信号进行同步记录时各通道之间的相互影响。这种影响是由底座的移动性决定的,而底座的移动性又是由于该设备放置在手部软组织上以及固定元件通过交叉刚度起作用这一事实所导致的。传感器必须单独固定,并且需要通过基于设计的记录区和固定区分离来消除其初始力对信号记录区的影响,以便在信号处理中能够使用放射物理方法。