The test subject attaches pulse wave detectors 1 to his fingertips, and presses down on pressure sensor 110. As a result, CPU 4 determines the DC component of the received light signal LS, and stores this in calibration table 50 in association with the pressure level. Subsequently, CPU 4 calculates threshold values, which can be used for grading the touch sensation, based on maximum value Pmax of the pressure level and calibration table 50, and stores this result in threshold table 51. When the subject grips an object with his fingers, the blood flow volume is detected by pulse wave detector 1 as received light signal LS. CPU 4 calculates the DC component of received light signal LS, compares this result to the threshold values stored in threshold value table 51, generates touch information SJ, and displays this on LCD 108. Accordingly, in this case, pulse diagnosis can be easily performed by expressing the degree of pressure in the pulse diagnosis as touch information SJ.
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机译:被测者将脉搏波检测器1附接到他的指尖,并按下压力传感器110。结果,CPU 4确定接收到的光信号LS的DC分量,并将其与压力水平相关联地存储在校准表50中。随后,CPU 4基于压力水平和校准表50的最大值Pmax来计算可用于对触摸感进行分级的阈值,并将该结果存储在阈值表51中。当对象用手指握住对象时然后,由脉搏波检测器1检测血流量作为接收光信号LS。 CPU 4计算接收光信号LS的DC分量,将该结果与阈值表51中存储的阈值进行比较,生成触摸信息SJ,并将其显示在LCD 108上。因此,在这种情况下,可以容易地进行脉冲诊断。通过将脉冲诊断中的压力程度表示为触摸信息SJ。
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