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    • 2. 发明授权
    • Phaco tip with fluid bypass port
    • 带流体旁路端口的Phaco尖端
    • US06398754B1
    • 2002-06-04
    • US09675339
    • 2000-09-28
    • Thomas B. SuttonKenneth E. KadziauskasPaul W. Rockley
    • Thomas B. SuttonKenneth E. KadziauskasPaul W. Rockley
    • A61B1720
    • A61F9/00745A61B2017/320084
    • Phaco tip apparatus for a phacoemulsification/irrigation and aspiration handpiece having an ultrasonic drive assembly includes a needle having a tip for emulsifying a cataractic lens and a lumen for aspirating emulsified lens. A compressible sleeve establishes an annular passage around the needle and enables irrigation fluid to pass into an eye through a cornea/sclera wound while cooling the needle. The compressible sleeve includes a wall configuration for controlling compression of the sleeve in order to cause the compressible sleeve to shape and conform to the cornea/sclera wound and limit fluid egress from the wound. A bypass port, disposed in said needle and under said compressible sleeve, establishes fluid communication between the lumen and the annular passage in order to enable irrigation fluid to pass into said lumen upon clogging of the tip, thus providing fluid surge protection. A depending member disposed within said compressible sleeve limits compression of opposing walls of said compressible sleeve in order to prevent contact of said compressible sleeve with the needle, maintain the annular passage flow of irrigation fluid past the needle and prevent the compressible sleeve from closing the bypass port.
    • 用于具有超声波驱动组件的晶状体乳化/灌注和抽吸手持件的Phaco尖端装置包括具有用于乳化白内障晶体的末端的针和用于吸取乳化透镜的内腔。 可压缩套管围绕针头建立环形通道,并使冷却针头时的冲洗液能够通过角膜/巩膜伤口进入眼睛。 可压缩套筒包括用于控制套筒压缩的壁构造,以便使可压缩套筒成形并符合角膜/巩膜伤口并限制流体从伤口排出。 设置在所述针头中并位于所述可压缩套筒之下的旁路口在所述内腔和所述环形通道之间建立流体连通,以便在所述尖端堵塞时使冲洗流体能够进入所述内腔,从而提供流体浪涌保护。 设置在所述可压缩套筒内的悬垂构件限制所述可压缩套筒的相对壁的压缩,以防止所述可压缩套筒与针头接触,保持冲洗流体的环形通道流过针头并防止可压缩套筒关闭旁路 港口。
    • 4. 发明授权
    • Phacoaspiration flow restrictor with bypass tube
    • 带旁通管的吸波流量限制器
    • US08241242B2
    • 2012-08-14
    • US11095879
    • 2005-03-30
    • Thomas B. Sutton
    • Thomas B. Sutton
    • A61M1/00
    • A61M1/0031A61F9/00745A61M1/0035
    • A device for achieving high vacuum stability during phacoemulsification surgery includes a main aspiration line connected to a vacuum source which enables a fluid flow from a phacoemulsification handpiece tip to a drainage reservoir. A first tubing segment is provided in the main aspiration line along with a second tubing segment generally parallel to the first tubing section and a valve disposed in the second tubing segment regulates fluid flow through the second tubing segment in order to limit vacuum surge in the main aspiration line upon clearing of an occlusion in the phacoemulsification handpiece tip.
    • 用于在超声乳化手术期间实现高真空稳定性的装置包括连接到真空源的主抽吸线,其能够使流体从晶状体乳化手柄尖端流到排水容器。 主吸液管中设置有第一管段以及大体平行于第一管段的第二管段,并且设置在第二管段中的阀调节通过第二管段的流体流,以限制主管中的真空浪涌 清除晶状体乳化手柄末端中的闭塞时的抽吸线。
    • 8. 发明授权
    • Tubing management manifold with tubing captures
    • 管道管道管道采集管道
    • US06585683B2
    • 2003-07-01
    • US09957191
    • 2001-09-19
    • Thomas B. SuttonSusanne M. RoslonMark S. Cole
    • Thomas B. SuttonSusanne M. RoslonMark S. Cole
    • A61M100
    • A61M1/0058A61M2205/12
    • A tubing management manifold for a surgical instrument console for controlling fluidflow to and from a surgical instrument includes a housing having a front and opposing sides, and sides, for enabling tubing to be disposed therein and across the housing between the opposing sides. Ports, disposed in the housing front are provided for enabling access to the tubing, disposed across the housing, in order to control fluid flow through the tubing. A tubing capture is disposed on one of the opposing sides, aligned with one of said openings and extending outwardly from said housing, for grasping the tubing in order to prevent unwanted dislodgement of the tubing from said housing.
    • 用于控制外科手术器械的流体流动的外科器械控制台的管道管道歧管包括具有前侧和相对侧面以及侧面的壳体,用于使管能够设置在其中并跨过所述壳体在相对的侧面之间。 设置在壳体前部中的端口被提供用于使得能够接近设置在壳体上的管道,以便控制流过管道的流体流动。 管道捕获设置在相对侧中的一个上,与所述开口中的一个对准并且从所述壳体向外延伸,用于抓住管道,以防止管道从所述壳体中不期望的移动。