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    • 1. 发明授权
    • Blood pressure measuring cuff, blood pressure measuring apparatus, blood pressure measuring method, cuff, and cuff manufacturing method
    • 血压测量袖带,血压测量装置,血压测量方法,袖口和袖带制造方法
    • US08740804B2
    • 2014-06-03
    • US12524117
    • 2008-01-18
    • Takahiro Souma
    • Takahiro Souma
    • A61B5/02
    • A61B5/02233A61B5/02225
    • Provided are a blood pressure measuring apparatus capable of effectively eliminating the influence which the volume change in an upstream portion of an occluding cuff has on a pulse wave detection cuff in an oscillometric double-cuff system, increasing the S/N ratio of systolic blood pressure detection, and accurately measuring the blood pressure with an inexpensive arrangement, a cuff, and a blood pressure measuring method. The apparatus includes a first pipe (106) connected to an occluding air bag (108) and sub air bag (109). The first pipe is connected to the sub air bag, and the sub air bag is connected to the occluding air bag via an entirely foldable rod shape member (111) capable of maintaining a hollow portion. The sub air bag is laid over the occluding air bag by folding a middle pipe.
    • 提供一种血压测量装置,其能够有效地消除示波双袖套系统中的阻塞袖带的上游部分的体积变化对脉搏波检测袖带的影响,增加收缩压的S / N比 检测,并且以便宜的布置,袖带和血压测量方法精确地测量血压。 该装置包括连接到闭塞气囊(108)和副气囊(109)的第一管(106)。 第一管连接到副气囊,并且副气囊通过能够保持中空部分的完全可折叠的杆状构件(111)连接到闭塞气囊。 通过折叠中间管将副气囊放置在闭塞气囊上。
    • 2. 发明申请
    • EXTRAVASATION DETECTING APPARATUS AND INFUSION SYSTEM
    • EXTRAVASATION检测装置和输注系统
    • US20130310743A1
    • 2013-11-21
    • US13877022
    • 2011-06-23
    • Akihiko YagiTakahiro Souma
    • Akihiko YagiTakahiro Souma
    • A61M5/168
    • A61M5/16886A61M5/16836
    • An extravasation detecting apparatus is provided which is capable of detecting at an early stage the dislodgment of a tip opening of a solution supplying tool from a blood vessel. The extravasation detecting apparatus includes: a fluid delivery unit which supplies a fluid medicine by repetitively performing operations of pressing and occluding a portion between a fluid medicine containing unit and a puncture site of an infusion tube, subsequently suctioning the fluid medicine from upstream using a restoring force of the infusion tube, and once again pressing and occluding the infusion tube to push out the fluid medicine toward downstream; a tube closing unit located upstream of the fluid delivery unit; and a blood detecting sensor which operates the tube closing unit during a solution supplying operation to generate negative pressure in a downstream infusion tube and which detects whether or not blood is being suctioned between the fluid delivery unit and the puncture site into the infusion tube from a punctured blood vessel.
    • 提供一种外渗检测装置,其能够在早期检测来自血管的溶液供给工具的尖端开口的移动。 外渗检测装置包括:流体输送单元,其通过重复地执行将流体药剂容纳单元与输液管的穿刺部位之间的部分按压并闭塞的操作来供给流体药物,然后使用恢复 输液管的力,再次按压并闭塞输液管,将流体药物向下游推出; 位于流体输送单元上游的管闭合单元; 以及血液检测传感器,其在溶液供给操作期间操作所述管闭合单元,以在下游输液管中产生负压,并且从所述血液检测传感器检测在所述流体输送单元和所述穿刺部位之间是否从所述输液管吸入血液 穿刺血管
    • 3. 发明申请
    • BLOOD PRESSURE MEASURING CUFF, BLOOD PRESSURE MEASURING APPARATUS, BLOOD PRESSURE MEASURING METHOD, CUFF, AND CUFF MANUFACTURING METHOD
    • 血压测量孔,血压测量装置,血压测量方法,CUFF和CUFF制造方法
    • US20100106031A1
    • 2010-04-29
    • US12524117
    • 2008-01-18
    • Takahiro Souma
    • Takahiro Souma
    • A61B5/0225
    • A61B5/02233A61B5/02225
    • Provided are a blood pressure measuring apparatus capable of effectively eliminating the influence which the volume change in an upstream portion of an occluding cuff has on a pulse wave detection cuff in an oscillometric double-cuff system, increasing the S/N ratio of systolic blood pressure detection, and accurately measuring the blood pressure with an inexpensive arrangement, a cuff, and a blood pressure measuring method. The apparatus includes a first pipe (106) connected to an occluding air bag (108) and sub air bag (109). The first pipe is connected to the sub air bag, and the sub air bag is connected to the occluding air bag via an entirely foldable rod shape member (111) capable of maintaining a hollow portion. The sub air bag is laid over the occluding air bag by folding a middle pipe.
    • 提供一种血压测量装置,其能够有效地消除示波双袖套系统中的阻塞袖带的上游部分的体积变化对脉搏波检测袖带的影响,增加收缩压的S / N比 检测,并且以便宜的布置,袖带和血压测量方法精确地测量血压。 该装置包括连接到闭塞气囊(108)和副气囊(109)的第一管(106)。 第一管连接到副气囊,并且副气囊通过能够保持中空部分的完全可折叠的杆状构件(111)连接到闭塞气囊。 通过折叠中间管将副气囊放置在闭塞气囊上。
    • 4. 发明授权
    • Automatic sphygmomanometer for predictively measuring pressure by
sampling pulse wave signal
    • 自动血压计,用于通过采样脉搏波信号预测压力
    • US5197478A
    • 1993-03-30
    • US879695
    • 1992-05-05
    • Takahiro Souma
    • Takahiro Souma
    • A61B5/022
    • A61B5/02208A61B5/02116
    • An automatic sphygmomanometer of this invention is arranged to predict, on the basis of the relationship between cuff pressure and the amplitude of a pulse wave, maximal and minimal blood pressures while the cuff pressure is being increased. This automatic sphygmomanometer is capable of minimizing the discomfort inflicted upon a subject by increasing or reducing the cuff pressure to the neighborhood of a predicted maximal or minimal blood pressure at a relative high rate. Concretely, the pressure in the cuff is increased at a relatively high pressure-increasing rate to a level immediately below the predicted maximal blood pressure and, thereafter, the pressure-increasing rate is reduced to a rate suitable for measurement. The maximal blood pressure is in turn measured. When the minimal blood pressure is to be measured, as soon as the maximal blood pressure has been measured, the cuff pressure is rapidly reduced to a level immediately above the predicted minimal blood pressure and, then, the pressure-reducing rate is reduced. The minimal blood pressure is measured under the condition of this reduced rate. Accordingly, it is possible to minimize the discomfort inflicted upon the subject due to pressure and a lengthy operation. Moreover, this invention eliminates the awkward operation of setting a pressure which is approximately 30 mmHg higher than the expected maximal blood pressure.
    • 本发明的自动血压计被设置为基于袖带压力与脉搏波幅度之间的关系来预测袖带压力增加时的最大和最小血压。 该自动血压计能够通过以相对较高的速率将袖带压力增加或减小到预测的最大或最小血压附近来最小化对受试者造成的不适。 具体地说,袖带中的压力以相对较高的增压速率增加到紧接在预测的最高血压之下的水平,然后将增压速率降低到适于测量的速率。 依次测量最大血压。 当要测量最小血压时,一旦测量到最大血压,袖带压力将迅速降低到高于预测的最小血压的水平,然后降低减压率。 在该降低率的条件下测量最小血压。 因此,由于压力和长时间的操作,可以最小化对受试者造成的不适。 此外,本发明消除了设定比预期的最大血压高约30mmHg的压力的笨拙操作。
    • 10. 发明授权
    • Gas flow valve and sphygmomanometer air-feeding/discharging apparatus
using the same
    • 气体流量计和气体放电仪空气进给/放电装置
    • US5137024A
    • 1992-08-11
    • US591753
    • 1990-10-02
    • Takahiro Souma
    • Takahiro Souma
    • A61B5/0235
    • A61B5/0235Y10T137/7848Y10T137/7883
    • A gas flow valve enables constant venting and is used with a cuff showing a rapid decrease in venting ability at a predetermined value on a boundary within the pressure range which allows measurment of blood pressure. The gas flow valve has a body made of an elastic material and comprising a wedge-shaped portion formed integrally with a mounting base so as to have a flat portion with upper and lower surfaces serving as pressure-responsive surfaces, a linear opening formed at the tip of the wedge-shaped portion, and a passageway communicating with the opening and extending in the longitudinal direction within the mounting base and the tip portion. A thin sheet-like member is twisted and disposed in the passageway so that the tip portion is held by the opening. As a result, the elastic deformation of the gas passageway formed by the gaps in the opening during pressure reduction is promoted by the resiliency of the torsion of the thin sheet-like member. A sphygmomanometer air-feeding/discharging apparatus with the gas flow valve has flexibility for cuffs having various shapes and specifications and enables easy adjustment of the orifice area.
    • 气体流量阀能够恒定地排出,并且与袖带一起使用,其显示在允许测量血压的压力范围内的边界上的预定值处的通气能力的快速降低。 气体流量阀具有由弹性材料制成的主体,并且包括与安装基座一体形成的楔形部分,以便具有上表面和下表面作为压力响应表面的平坦部分, 楔形部分的尖端以及与开口连通且在安装基座和尖端部分内沿纵向方向延伸的通道。 薄片状构件被扭曲并设置在通道中,使得尖端部分被开口保持。 结果,由于薄片状构件的扭转的弹性,促进了由减压期间开口部的间隙形成的气体通路的弹性变形。 具有气体流量阀的血压计空气供给/排出装置具有各种形状和规格的袖带的灵活​​性,并且能够容易地调整孔口面积。