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Device for determining pulse wave velocities in areas of leg species and other biometric parameters

机译:用于确定腿部物种区域的脉搏波速度和其他生物特征参数的设备

摘要

Equipment for the determination of pulse wave velocities in areas of leg species and other biometric parameters,that the two measuring points closer to the heart (1) at the ends of the continuous virtual arterial measuring line left leg (11) and right leg (12) to calculate the PWV in the range of speciesrie left leg (4) and right leg (5) are not physically present, but are virtually represented by the pulse in the area of the thighs of a user,e.g. using the pulse sensor disconnected from its position on the left foot joint by radio to the left foot joint (7),manually scanned and transmitted via radio connection (16) to the radio device (14) of the computer with installed PWV -App (13), e.g. a smartphone,left wrist (6) with the pulse sensor pulse using the PWV appwhich is also transmitted by radio (16) to the radio device (14) of the computer with installed PWV -App (13),When the pulse is synchronised, the same pulse wave is compared and signalled at the left thigh of the virtual measuring point of the left leg (9) and at the right thigh of theVirtual measuring point on right leg (10) is determined,these are marked and the distances to the positions of the pulse sensors with radio device are accurately measured left foot joint (7) and right foot joint (8),where the result of the measurements is the length in metres of the virtual arterial measuring lines left leg (11) and right leg (12),which are entered manually via the keyboard (15) of the computer with installed PWV -App (13) in a visualised section generated by the PWV -App and as the basis for calculating an indito serve the applicable biometric risk profile of the user.
机译:用于确定腿部物种区域的脉搏波速度和其他生物特征参数的设备,在连续虚拟动脉测量线的左端(11)和右端(12)的末端,两个测量点更靠近心脏(1) )来计算PWV的范围,左腿(4)和右腿(5)并不实际存在,但实际上由使用者大腿区域的脉搏表示,例如使用通过无线电从左脚关节上的位置断开的脉冲传感器到左脚关节(7),手动扫描并通过无线电连接(16)传输到已安装PWV -App( 13),例如一个智能手机,左手腕(6)使用PWV应用程序并带有脉冲传感器脉冲,该脉冲传感器也通过无线电(16)传输到已安装PWV -App(13)的计算机的无线电设备(14),当脉冲同步时,在左腿(9)的虚拟测量点的左大腿处和右腿(10)的虚拟测量点的右大腿处比较相同的脉搏并发出信号,这些信号被标记出来并与精确测量带有无线电设备的脉冲传感器的位置,左脚关节(7)和右脚关节(8),其中测量结果是虚拟动脉测量线左腿(11)和右腿的长度(以米为单位) (12),可通过已安装PWV-App(13)的计算机的键盘(15)在PWV -App生成的可视化部分中手动输入,并作为计算指标的基础,以服务于该用户的适用生物特征风险配置文件用户。

著录项

  • 公开/公告号DE202019000618U1

    专利类型

  • 公开/公告日2019-03-26

    原文格式PDF

  • 申请/专利权人 SCHMIDT KLAUS-PETER;SCHMIDT KLAUS PETER;

    申请/专利号DE20192000618U

  • 发明设计人

    申请日2019-01-17

  • 分类号A61B5/0285;

  • 国家 DE

  • 入库时间 2022-08-21 11:44:09

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