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    • 4. 发明授权
    • Conical blood pressure cuff with rectangular bladder
    • 锥形血压袖带与矩形膀胱
    • US06245023B1
    • 2001-06-12
    • US09378005
    • 1999-08-19
    • John P. Clemmons
    • John P. Clemmons
    • A61B500
    • A61B5/02233
    • A conical blood pressure cuff having an integrated inflatable bladder is provided. The cuff is formed of a flexible compliant laminate having at least first and second layers which are impermeable to air. The cuff is formed having first and second arcuate edges, the second edge having a smaller radius than the first edge. Radial edges extend between the first and second arcuate edges. An air-tight rectangular pocket forms the inflatable bladder between the first and second layers. A tube is provided communicating with the interior of the pocket formed between the laminated layers. Air may be pumped the through the tube to inflate the bladder. Similarly, the bladder may be deflated by removing air from the pocket through the tube.
    • 提供具有集成的可膨胀囊的锥形血压袖带。 袖带由具有至少第一层和第二层的柔性柔顺层压板形成,其不透气。 袖带形成有第一和第二弧形边缘,第二边缘具有比第一边缘小的半径。 径向边缘在第一和第二弧形边缘之间延伸。 气密的矩形袋在第一和第二层之间形成可膨胀的囊。 提供与形成在层压层之间的袋的内部连通的管。 空气可以被泵送通过管子以使膀胱膨胀。 类似地,通过从管腔中移出空气可以使气囊收缩。
    • 5. 发明授权
    • Signal enhancing and artifact reducing blood pressure cuff
    • 信号增强和神经减少血压袖带
    • US06224558B1
    • 2001-05-01
    • US09267286
    • 1999-03-12
    • John P. Clemmons
    • John P. Clemmons
    • A61B502
    • A61B5/02233
    • A signal enhancing and artifact reducing blood pressure cuff for use during the non-invasive measurement of blood pressure. The non-invasive blood pressure cuff has an inflatable bladder and a semi-rigid insert disposed over an outer side of the inflatable bladder for enhancing a blood pressure signal by reducing blood pressure signal attenuation. The semi-rigid insert also acts to reduce the effects of external artifact on the inflatable bladder of the blood pressure cuff. The blood pressure cuff has the insert disposed over the outer side of the inflatable bladder to substantially cover the inflatable bladder when the cuff is wrapped around the limb of the subject. An optional damping device made of an impact absorbing material may be disposed over the outer side of the insert to further reduce the effects of external artifacts. A pocket may be formed over the outer side of the cuff to hold the insert. The semi-rigid insert is disposed in the pocket so that it substantially covers the inflatable bladder of the cuff. The damping device that is used in a blood pressure cuff having a pocket may be either a solid damping material, a liquid, or a gas damping material, such as air.
    • 一种信号增强和伪像降低血压袖带,用于在非侵入性测量血压时使用。 非创伤性血压套囊具有可膨胀囊和设置在可膨胀囊的外侧上的半刚性插入物,用于通过降低血压信号衰减来增强血压信号。 半刚性插入件还用于减少外部假象对血压袖带的可充气膀胱的影响。 当袖带缠绕在受试者的肢体周围时,血压袖带具有设置在可膨胀囊的外侧上的插入件,以基本上覆盖可膨胀囊。 由冲击吸收材料制成的可选的阻尼装置可以设置在插入件的外侧上,以进一步减少外部假象的影响。 可以在袖带的外侧上形成口袋以保持插入物。 半刚性插入件设置在口袋中,使得其基本上覆盖袖带的可充气囊。 用于具有口袋的血压套囊中的阻尼装置可以是固体阻尼材料,液体或气体阻尼材料,例如空气。