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    • 3. 发明授权
    • Trip hazard measurement gauge
    • 旅行危险测量仪
    • US09494407B2
    • 2016-11-15
    • US14289654
    • 2014-05-29
    • Matthew B. HaneyMichael E. LambAaron C. OllivierDaniel J. Triplett
    • Matthew B. HaneyMichael E. LambAaron C. OllivierDaniel J. Triplett
    • G01B5/18
    • G01B5/18
    • A trip hazard measurement gauge has an outer tube with a stationary foot secured to a lower end thereof, and an inner tube slidable within the outer tube and extending through an upper end of the latter. The inner tube has a slidable foot secured to a lower end thereof and a ruler secured to an upper end thereof. The inner tube is spring biased in a downwardly direction. With the inner tube positioned at its downward limit, the stationary foot and the movable foot are equiplanar and the ruler is hidden inside the outer tube. An estimator measures a difference in elevation between two adjacent concrete slabs by placing the slidable foot on an adjoining edge of the uppermost slab and pushing down on the outer tube until the stationary foot contacts the lowermost slab. The ruler, extending upwardly from the outer tube, indicates the difference in elevation.
    • 行程危险测量计具有外管,固定的脚固定到其下端,内管可在外管内滑动并延伸通过其的上端。 内管具有固定到其下端的可滑动的脚和固定到其上端的标尺。 内管沿向下的方向弹簧偏压。 内管位于其下限位置,固定脚和可动脚是平面的,标尺隐藏在外管内。 估计器通过将可滑动脚放置在最上面的板的相邻边缘上并向下推动外管,直到固定的脚接触最下面的板,来测量两个相邻混凝土板之间的高度差。 从外管向上延伸的尺子表示高程差。
    • 7. 发明授权
    • Reduction of recirculation in catheters
    • 减少导管中的再循环
    • US08920404B2
    • 2014-12-30
    • US13329166
    • 2011-12-16
    • Attilio E. DifioreDaniel J. Triplett
    • Attilio E. DifioreDaniel J. Triplett
    • A61M25/00
    • A61M25/0068A61M25/0071A61M2025/0073A61M2206/14
    • A catheter tip designed to reduce the outflow velocity and/or directional momentum of fluid being infused by a catheter having such a tip. In one variation, a plurality of channels is provided at the distal portion of the catheter to increase the outflow cross-sectional area. In another variation, the diameter of the catheter at its distal portion where the fluid exits is increased. In yet another variation, a bullet-shaped nose is implemented which may decrease turbulence at the distal end of catheter tip. The low velocity outflow catheter tip may also be implemented on a dual lumen catheter, such as a hemodialysis catheter, to reduce recirculation rate. Various device configurations and methods for such implementations are also disclosed.
    • 导管末端设计成减少由具有这种尖端的导管注入的流体的流出速度和/或方向动量。 在一个变型中,多个通道设置在导管的远端部分以增加流出横截面积。 在另一个变型中,导管在其远端部分处出口的直径增加。 在又一个变型中,实现了子弹形鼻,其可以减小导管尖端远端处的湍流。 低速流出导管尖端还可以在诸如血液透析导管的双腔导管上实现,以减少再循环率。 还公开了用于这种实现的各种设备配置和方法。