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    • 3. 发明授权
    • Contact pressure sensor
    • 接触式压力传感器
    • US5179956A
    • 1993-01-19
    • US721317
    • 1991-06-26
    • Chikao HaradaNorio KawamuraRyuji NakashimaArihiro TakahashiToshimasa YamazakiMasanobu YasuiTatsushi Kondo
    • Chikao HaradaNorio KawamuraRyuji NakashimaArihiro TakahashiToshimasa YamazakiMasanobu YasuiTatsushi Kondo
    • A61B5/022
    • A61B5/02233Y10S73/04
    • A contact pressure sensor including a semiconductor chip having opposite surfaces, at least one pressure sensing element provided in one of the opposite surfaces of the chip, a spacer member supporting the other surface of the chip, a substrate having a surface to which the spacer member is fixed, the one surface of the chip being pressed against an object which produces a pressure, so that the at least one sensing element detects the pressure produced by the object, a first connection terminal provided in the one surface of the chip, a second connection terminal provided in the surface of the substrate, and a flexible flat cable connecting between the first and second connection terminals, the flexible flat cable being bent into two portions one of which extends along a side surface of the spacer member and the other of which extends along the surface of the substrate. The contact pressure sensor may further comprise a light-shading layer covering the one surface of the chip in which the at least one pressure sensing element is provided.
    • 一种接触压力传感器,包括具有相反表面的半导体芯片,设置在芯片的相对表面之一中的至少一个压力感测元件,支撑芯片的另一个表面的间隔件,具有表面的基板,间隔件 被固定,芯片的一个表面被压在产生压力的物体上,使得至少一个感测元件检测由物体产生的压力,设置在芯片的一个表面中的第一连接端子,第二 连接端子,以及连接在第一和第二连接端子之间的柔性扁平电缆,柔性扁平电缆被弯曲成两个部分,其中一个沿着间隔件的侧表面延伸,另一个 沿着衬底的表面延伸。 接触压力传感器还可以包括覆盖芯片的一个表面的遮光层,其中提供至少一个压力感测元件。
    • 4. 发明授权
    • Method and apparatus for monitoring blood pressure
    • 监测血压的方法和装置
    • US4928701A
    • 1990-05-29
    • US312183
    • 1989-02-21
    • Chikao HaradaMinoru Niwa
    • Chikao HaradaMinoru Niwa
    • A61B5/022A61B5/0225
    • A61B5/02208A61B5/02116A61B5/0225
    • A method and apparatus for monitoring blood pressure of a subject, the method including the steps of continuously detecting pulse wave which is produced from an artery synchronously with heartbeat of the subject; the pulse wave consisting of a plurality of pulses, repetitively measuring blood pressure of the subject, each of the repetitive blood pressure measurements being effected by inflating a cuff set on a body portion and deflating the cuff; repetitively determining a relationship between blood pressure and magnitude of pulse wave, based on each of the repetitively measured blood pressures and magnitude of at least one pulse of the pulse wave which pulse is detected during a predetermined time length including a first time length immediately before beginning of the inflation of the inflatable cuff for a corresponding one of the repetitive blood pressure measurements, and a second time length following the first time length; replacing each of the repetitively determined relationships, with another relationship determined following the each of the repetitively determined relationships; and continuously determining blood pressure of the subject based on magnitude of each of the pulses of the continuously detected pulse wave according to a currently effective one of the repetitively determined and replaced relationships.
    • 6. 发明授权
    • Sensor holding apparatus
    • 传感器固定装置
    • US07412776B2
    • 2008-08-19
    • US11507545
    • 2006-08-22
    • Katsushi IikuboHidehito SasakiHidenori SuzukiHiromasa TsukaharaChikao HaradaHitoshi HiranoHiroshi Masuda
    • Katsushi IikuboHidehito SasakiHidenori SuzukiHiromasa TsukaharaChikao HaradaHitoshi HiranoHiroshi Masuda
    • G01B5/004E04G3/00
    • G01B5/0004A61B5/021A61B5/1455A61B8/00A61B8/4218
    • An apparatus for holding a sensor such that the sensor touches an object at an arbitrary position in a three-dimensional space, the apparatus including a base member; a rotatable member which is rotatable relative to the base member about a vertical axis line; a first link device including a first stationary link, a first movable link, and two first pivotable links which are pivotably connected to the first stationary link and the first movable link, such that the first stationary link, the first movable link, and the two first pivotable links cooperate with each other to define a quadrilateral, wherein the first stationary link is fixed to the rotatable member such that the first movable link is movable in a plane containing the axis line; a second link device including two second pivotable links, and a second stationary link and a second movable link which are pivotably connected to the two second pivotable links, such that the two second pivotable links, the second stationary link, and the second movable link cooperate with each other to define a quadrilateral, wherein the second stationary link is fixed to the first movable link such that the second movable link is movable in the plane containing the axis line, and wherein the second movable link supports the sensor; a first biasing device which produces a thrust having a directional component resisting a load applied to the first movable link; and a second biasing device which produces a thrust having a directional component resisting a load applied to the second movable link.
    • 一种用于保持传感器的装置,使得传感器在三维空间中的任意位置处接触物体,该装置包括基座部件; 可旋转构件,其可相对于所述基座构件绕垂直轴线旋转; 第一连杆装置,包括第一固定连杆,第一可移动连杆和两个可枢转地连接到第一固定连杆和第一可动连杆的第一可枢转连杆,使得第一固定连杆,第一可动连杆和两个 第一可枢转连杆彼此协作以限定四边形,其中第一固定连杆固定到可旋转构件,使得第一可移动连杆可在包含轴线的平面中移动; 包括两个第二枢转连杆的第二连杆装置,以及可枢转地连接到两个第二可枢转连杆的第二固定连杆和第二可动连杆,使得两个第二可枢转连杆,第二固定连杆和第二可移动连杆配合 彼此定义四边形,其中所述第二固定连杆固定到所述第一可动连杆,使得所述第二可移动连杆在包含所述轴线的平面中可移动,并且其中所述第二可移动连杆支撑所述传感器; 第一偏置装置,其产生具有抵抗施加到第一可动连杆的负载的方向分量的推力; 以及第二偏置装置,其产生具有抵抗施加到第二可动连杆的负载的方向分量的推力。
    • 7. 发明授权
    • Sphygmomanometer with an arrhythmia detecting mechanism
    • 具有心律失常检测机制的血压计
    • US4262674A
    • 1981-04-21
    • US963966
    • 1978-11-27
    • Masahiro UemuraChikao HaradaKenichi SakuradoTsunehito Kakumu
    • Masahiro UemuraChikao HaradaKenichi SakuradoTsunehito Kakumu
    • A61B5/022A61B5/024A61B5/02
    • A61B5/02208A61B5/024
    • A sphygmomanometer having a built-in arrhythmia detecting mechanism, wherein the blood pressure measuring portion contains a pulsation detector, which receives pulse sounds including Korotkoff sounds for electrically converting the pulse sounds into wave form signals of the vascular pulse wave and output the same, and a mechanism indicating the blood pressure value by means of detecting the Korotkoff sounds recognized and separated from the wave form signals of the vascular pulse wave output in the above-mentioned way; the incorporated arrhythmia detecting mechanism receives the wave form signals of the vascular pulse wave for comparing the cycle of the wave form signals with a predetermined criterion in order to electrically detect irregularities, if any, in the signals for detecting the existence of arrhythmias. This sphygmomanometer is capable of measuring the blood pressure simultaneously with the detecting of arrhythmia.
    • 一种具有内置心律失常检测机构的血压计,其中,所述血压测量部分包含脉动检测器,其接收包括Korotkoff声音的脉冲声音,用于将所述脉冲声音电转换成所述血管脉搏波的波形信号并将其输出; 通过检测以上述方式从血管脉搏波输出的波形信号识别和分离的Korotkoff声音来指示血压值的机构; 结合的心律失常检测机构接收血管脉搏波的波形信号,用于将波形信号的周期与预定标准进行比较,以便电检测用于检测心律失常存在的信号中的不规则性(如果有的话)。 该血压计能够与心律失常检测同时测量血压。
    • 10. 发明授权
    • Blood pressure measuring apparatus
    • 血压测量仪
    • US5730139A
    • 1998-03-24
    • US710141
    • 1996-09-13
    • Makoto MiyazakiAkihiro YokozekiYoshihisa MiwaTokuji HayakawaChikao Harada
    • Makoto MiyazakiAkihiro YokozekiYoshihisa MiwaTokuji HayakawaChikao Harada
    • A61B5/0225A61B5/00
    • A61B5/0225
    • A blood pressure measuring apparatus comprises an inflatable cuff which is adapted to be wound around a body portion of a living subject, an air pump which supplies a pressurized air to the cuff to inflate the cuff and thereby increase an air pressure in the cuff, to press a body portion of the subject, a pump-output-power control device which controls an output power of the air pump to increase an air pressure in the pump to a predetermined target pressure value, a pressure sensor that detects the pressure of the cuff, first-pump-output setting means for setting a predetermined first pump output power, a timer which measures a basic time period needed to increase the pressure in the cuff, second-pump-output power determining means for determining a second pump output power corresponding to a predetermined pressure-increase rate of the cuff, a cuff pressure decreasing device that decreases the pressure of the cuff, and a measuring device which measures at least one blood pressure value of the living subject while the pressure of the cuff is decreased from a target pressure value by the cuff pressure decreasing device.
    • 一种血压测量装置,其特征在于,包括适于缠绕在活体的身体部分上的充气袖带,向所述袖带供给加压空气以使所述袖带膨胀,从而增加所述袖带内的空气压力的空气泵, 按压被检体的身体部分,泵输出功率控制装置,其控制空气泵的输出功率以将泵中的空气压力增加到预定的目标压力值;检测袖带压力的压力传感器 用于设定预定的第一泵输出功率的第一泵输出设定装置,测量增加袖带压力所需的基本时间的定时器;第二泵输出功率确定装置,用于确定对应的第二泵输出功率 达到袖带的预定增压率,减小袖带压力的袖带减压装置和测量至少一个血压值的测量装置 的袖带压力降低装置从袖口的压力降低到目标压力值。