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    • 7. 发明授权
    • Compression device for living being
    • 生活压缩装置
    • US06565524B1
    • 2003-05-20
    • US09669851
    • 2000-09-27
    • Kazunobu ItonagaTakahide TanakaYoshihiko SanoHiroyuki KatoHironori Sato
    • Kazunobu ItonagaTakahide TanakaYoshihiko SanoHiroyuki KatoHironori Sato
    • A61L1500
    • A61B5/02233
    • There is provided a compression device for living being, simply structured and capable of fitting a site to be measured of any size. The compression device includes an elastic plate formed in one piece and elastically holding a predetermined curvature, provided for preventing a fluid bag from expanding outwards. The elastic plate includes a first curvature substantially matching a lateral cross section of a thin site to be measured, a second curvature and a connection connecting the first and second curvatures together. The connection allows the second curvature to be arranged outwardly of a virtual extension of the first curvature substantially matching the lateral cross section of the thin site to be measured. The second curvature extends inwardly of a virtual extension of the connection extending toward the second curvature.
    • 提供了一种用于生活的压缩装置,其结构简单并且能够装配任何尺寸的被测量部位。 压缩装置包括形成为一体并且弹性地保持预定曲率的弹性板,用于防止流体袋向外扩展。 弹性板包括基本上匹配要测量的薄部位的横截面的第一曲率,第二曲率和将第一和第二曲率连接在一起的连接。 该连接允许第二曲率布置在基本上与要测量的薄部位的横截面相匹配的第一曲率的虚拟延伸部的外侧。 第二曲率从连接件的虚拟延伸部向内延伸,朝向第二曲率延伸。
    • 10. 发明授权
    • Electronic sphygmomanometer
    • 电子血压计
    • US06872182B2
    • 2005-03-29
    • US10169947
    • 2001-11-14
    • Hiroyuki KatoTakahide TanakaYoshihiko SanoShojiro Oku
    • Hiroyuki KatoTakahide TanakaYoshihiko SanoShojiro Oku
    • A61B5/021A61B5/022A61B5/103A61B5/02
    • A61B5/021A61B5/02116A61B5/103A61B5/1071A61B5/1072A61B5/1116A61B5/681A61B5/6824A61B2560/0261
    • Blood pressure measurement is precisely performed by more correctly determining positions of a cuff and a heart without being affected by variations in physical features among subject persons and their postures during the measurement. With the technique of the present invention, there are calculated the altitudes of the cuff and the heart on the basis of an inputted upper arm length and forearm length of a subject person and forearm angles detected in the pitch direction and roll direction. Also, in addition to a forearm angle detecting means, an upper arm angle detecting means is provided and the altitudes of the cuff and the heart are calculated on the basis of detected angles of a forearm and an upper arm. Also, a biaxial angle detecting means detects angles of the forearm in the pitch direction and the roll direction and calculates the altitudes of the cuff and the heart on the basis of these detected values.
    • 通过更正确地确定袖带和心脏的位置而不受受试者的身体特征的变化及其在测量期间的姿势的影响来精确地进行血压测量。 利用本发明的技术,根据输入的被检者的上臂长度和前臂长度以及在俯仰方向和滚动方向上检测到的前臂角度,计算袖带和心脏的高度。 此外,除了前臂角度检测装置之外,还设置有上臂角度检测装置,并且基于前臂和上臂的检测角度来计算袖带和心脏的高度。 此外,双轴角度检测装置根据这些检测值来检测前臂在俯仰方向和滚动方向上的角度,并计算袖带和心脏的高度。