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    • 3. 发明公开
    • FENESTRATION BURR
    • EP2804549A1
    • 2014-11-26
    • EP13738054.9
    • 2013-01-17
    • OtoKinetics Inc.Lesinski, S. GeorgeKoskowich, Gregory, N.
    • LESINSKI, S., GeorgeKOSKOWICH, Gregory, N.
    • A61B17/32
    • A61B17/1679
    • A cochlear fenestration burr includes a shaft oriented along a longitudinal axis of rotation of the burr, a cylindrical depth stop member oriented along the axis, the depth stop member having a thickness dimension, a diameter dimension and a contact surface, an extension member extended outward from the contact surface and coaxial with the axis, a cutting member having a cutting surface supported by the extension member, and a cutting tip at the end of the cutting member in the center of the cutting surface and coaxial with the axis. A maximum cutting depth is defined by a distance along the axis between an end of the cutting tip and the contact surface. A cutting grit is disposed on the cutting tip and cutting surface.
    • 耳蜗开窗毛刺包括沿着毛刺的纵向旋转轴线取向的轴,沿轴线定向的圆柱形深度止挡构件,深度限位构件具有厚度尺寸,直径尺寸和接触表面,向外延伸的延伸构件 从所述接触表面并与所述轴线同轴,具有由所述延伸构件支撑的切割表面的切割构件以及位于所述切割表面的中心且与所述轴线同轴的所述切割构件的端部处的切割尖端。 最大切削深度由切削刃端部与接触表面之间沿轴线的距离限定。 在切割尖端和切割表面上设置切割砂砾。
    • 8. 发明申请
    • IMPLANTABLE MICROPHONE
    • 可伸缩麦克风
    • WO2013176910A1
    • 2013-11-28
    • PCT/US2013/040648
    • 2013-05-10
    • OTOKINETICS INC.KOSKOWICH, Gregory N.FEDOR, Brenda L.F.
    • KOSKOWICH, Gregory N.FEDOR, Brenda L.F.
    • H04R17/02
    • H04R25/00H04R25/606H04R2201/003H04R2225/023H04R2225/67H04R2225/77
    • A hearing aid microphone assembly is configured for implantation into a subject and includes a microphone housing, the housing having a generally conical sound gathering portion with a proximal end and a distal end and a microphone support portion with one or more ports configured to receive a microphone and acoustically coupled to the distal end. A diaphragm is disposed over the proximal end of the housing to hermetically seal the sound gathering portion of the housing and create a first chamber. The microphone assembly is configured with either: (1) at least a first and a second port each coupled to a microphone; or (2) at least a first port coupled to a microphone and an accelerometer coupled to the housing. Each of the ports is configured to communicate acoustically with the first chamber. Any unused ports are sealed.
    • 助听器麦克风组件被配置用于植入物体并且包括麦克风壳体,所述壳体具有大致圆锥形的声音收集部分,其具有近端和远端以及具有一个或多个端口的麦克风支撑部分,该端口配置成接收麦克风 并且声学耦合到远端。 隔膜设置在壳体的近端上方,以密封住壳体的聚集部分并形成第一腔室。 麦克风组件配置有:(1)至少第一和第二端口,每个端口耦合到麦克风; 或(2)耦合到麦克风的至少第一端口和耦合到壳体的加速度计。 每个端口被配置成与第一室声学地通信。 任何未使用的端口都被密封。
    • 10. 发明申请
    • FENESTRATION BURR
    • 减肥BURR
    • WO2013109796A1
    • 2013-07-25
    • PCT/US2013/022000
    • 2013-01-17
    • OTOKINETICS INC.LESINSKI, S., GeorgeKOSKOWICH, Gregory, N.
    • LESINSKI, S., GeorgeKOSKOWICH, Gregory, N.
    • A61B17/32
    • A61B17/1679
    • A cochlear fenestration burr includes a shaft oriented along a longitudinal axis of rotation of the burr, a cylindrical depth stop member oriented along the axis, the depth stop member having a thickness dimension, a diameter dimension and a contact surface, an extension member extended outward from the contact surface and coaxial with the axis, a cutting member having a cutting surface supported by the extension member, and a cutting tip at the end of the cutting member in the center of the cutting surface and coaxial with the axis. A maximum cutting depth is defined by a distance along the axis between an end of the cutting tip and the contact surface. A cutting grit is disposed on the cutting tip and cutting surface.
    • 耳蜗开窗毛刺包括沿着毛刺的纵向旋转轴线定向的轴,沿轴线定向的圆柱形深度止动构件,深度限制构件具有厚度尺寸,直径尺寸和接触表面,延伸构件向外延伸 从所述接触表面并与所述轴线同轴的切割构件,具有由所述延伸构件支撑的切割表面的切割构件,以及在所述切割构件的所述切割构件的所述端部处的与所述轴线同轴的切割尖端。 最大切割深度由切割尖端的端部和接触表面之间的沿轴线的距离限定。 在切割尖端和切割表面上设置切割砂粒。