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    • 4. 发明授权
    • External pressure measurement system and method for an intraocular implant
    • 用于眼内植入物的外部压力测量系统和方法
    • US09339187B2
    • 2016-05-17
    • US13408507
    • 2012-02-29
    • Matthew J. A. Rickard
    • Matthew J. A. Rickard
    • A61B3/16A61F9/007
    • A61B3/16A61F9/00781
    • An IOP monitoring device for implantation in an eye of a patient may include a first tube having a first opening, the first tube being configured to extend into an anterior chamber of the eye and extend to a first sensor outside the anterior chamber. The first sensor may be in fluid communication with the first opening of the first tube. The device also may include a second tube having an opening spaced from a second sensor. The opening of the second tube may be configured to be exposed to a pressure representative of atmospheric pressure, with the second sensor being in fluid communication with the second opening. In one aspect, a patch is attachable to a globe of the eye and configured to lie over the opening of the second tube and secure the opening in place in the eye.
    • 用于植入患者眼睛的IOP监测装置可以包括具有第一开口的第一管,所述第一管被配置为延伸到眼睛的前房并延伸到前房前面的第一传感器。 第一传感器可以与第一管的第一开口流体连通。 该装置还可以包括具有与第二传感器间隔开的开口的第二管。 第二管的开口可以被配置为暴露于代表大气压力的压力,第二传感器与第二开口流体连通。 在一个方面,贴片可附接到眼睛的球体并且被配置为位于第二管的开口上并将开口固定在眼睛中的适当位置。
    • 6. 发明授权
    • High-velocity, multistage, nozzled, ion driven wind generator and method of operation of the same adaptable to mesoscale realization
    • 高速,多级,喷嘴,离子式风力发电机及其运行方式适用于中尺度实现
    • US07911146B2
    • 2011-03-22
    • US11444557
    • 2006-05-31
    • Derek Dunn-RankinMatthew J. A. Rickard
    • Derek Dunn-RankinMatthew J. A. Rickard
    • H05B31/26
    • H01T23/00
    • Gas flows of modest velocities are generated when an organized ion flux in an electric field initiates an ion-driven wind of neutral molecules. When a needle in ambient air is electrically charged to a potential sufficient to produce a corona discharge near its tip, such a gas flow can be utilized downstream of a ring-shaped or other permeable earthed electrode. In view of the potential practical applications of such devices, as they represent blowers with no moving parts, a methodology for increasing their flow velocities includes exploitation of the divergence of electric field lines, avoidance of regions of high curvature on the second electrode, control of atmospheric humidity, and the use of linear arrays of stages, terminating in a converging nozzle. The design becomes particularly advantageous when implemented in mesoscale domains.
    • 当电场中有组织的离子通量引发中性分子的离子驱动风时,产生适度速度的气流。 当环境空气中的针充电到足以在其尖端附近产生电晕放电的电势时,可以在环形或其它可渗透接地电极的下游使用这种气流。 鉴于这些装置的潜在实际应用,因为它们代表没有运动部件的鼓风机,因此增加其流速的方法包括利用电场线的发散,避免第二电极上的高曲率区域,控制 大气湿度和使用线性阵列阵列,终止于会聚喷嘴。 当在中尺度域中实现时,该设计变得特别有利。
    • 8. 发明授权
    • Glaucoma drainage device with pump
    • 青光眼排水装置带泵
    • US08808224B2
    • 2014-08-19
    • US13851533
    • 2013-03-27
    • Matthew J. A. Rickard
    • Matthew J. A. Rickard
    • A61M5/00A61F9/007
    • A61F9/00781
    • A glaucoma drainage device has a main drainage tube with a first end an anterior chamber of an eye and a second end in a drainage location. A bypass drainage tube is fluidly coupled to and in parallel with the main drainage tube. A pump is in communication with the bypass drainage tube. The pump comprises a first driver and a first flexible membrane enclosing a first chamber. A first check valve is located upstream from the pump, and a second check valve is located downstream from the pump. An active valve is located upstream from the first check valve. The active valve comprises a second driver and a second flexible membrane enclosing a second chamber. A third check valve is located between the active valve and the second end of the main drainage tube. A volume of the first chamber is changed to pump fluid from the anterior chamber.
    • 青光眼引流装置具有主排水管,其具有第一端,眼睛的前房和排水位置的第二端。 旁路引流管与主引流管流体耦合并平行。 泵与旁路引流管连通。 泵包括第一驱动器和封闭第一室的第一柔性膜。 第一止回阀位于泵的上游,并且第二止回阀位于泵的下游。 主动阀位于第一止回阀的上游。 主动阀包括第二驱动器和封闭第二腔室的第二柔性膜。 第三止回阀位于主动阀和主排水管的第二端之间。 改变第一腔室的体积以从前房泵送液体。
    • 9. 发明授权
    • Glaucoma drainage device with pump
    • 青光眼排水装置带泵
    • US08419673B2
    • 2013-04-16
    • US12832449
    • 2010-07-08
    • Matthew J. A. Rickard
    • Matthew J. A. Rickard
    • A61M5/00
    • A61F9/00781
    • A glaucoma drainage device may comprise a main drainage tube with a first end configured to be located in an anterior chamber of an eye and a second end configured to be located in a drainage location. A bypass drainage tube is fluidly coupled to and in parallel with the main drainage tube. A pump is in communication with the bypass drainage tube. The pump comprises a first driver and a first flexible membrane enclosing a first chamber. A first check valve is located upstream of the pump, and a second check valve is located downstream of the pump. An active valve is located upstream of the first check valve. The active valve comprises a second driver and a second flexible membrane enclosing a second chamber. A third check valve is located between the active valve and the second end of the main drainage tube. A volume of the first chamber is changed to pump fluid from the anterior chamber to the drainage location.
    • 青光眼引流装置可以包括主引流管,其具有构造成位于眼睛的前房中的第一端,以及构造成位于排水位置的第二端。 旁路引流管与主引流管流体耦合并平行。 泵与旁路引流管连通。 泵包括第一驱动器和封闭第一室的第一柔性膜。 第一止回阀位于泵的上游,并且第二止回阀位于泵的下游。 主动阀位于第一止回阀的上游。 主动阀包括第二驱动器和封闭第二腔室的第二柔性膜。 第三止回阀位于主动阀和主排水管的第二端之间。 改变第一腔室的体积以将流体从前房泵送到排水位置。
    • 10. 发明申请
    • High-velocity, multistage, nozzled, ion driven wind generator and method of operation of the same adaptable to mesoscale realization
    • 高速,多级,喷嘴,离子式风力发电机及其运行方式适用于中尺度实现
    • US20070277667A1
    • 2007-12-06
    • US11444557
    • 2006-05-31
    • Derek Dunn-RankinMatthew J. A. Rickard
    • Derek Dunn-RankinMatthew J. A. Rickard
    • G10H5/00
    • H01T23/00
    • Gas flows of modest velocities are generated when an organized ion flux in an electric field initiates an ion-driven wind of neutral molecules. When a needle in ambient air is electrically charged to a potential sufficient to produce a corona discharge near its tip, such a gas flow can be utilized downstream of a ring-shaped or other permeable earthed electrode. In view of the potential practical applications of such devices, as they represent blowers with no moving parts, a methodology for increasing their flow velocities includes exploitation of the divergence of electric field lines, avoidance of regions of high curvature on the second electrode, control of atmospheric humidity, and the use of linear arrays of stages, terminating in a converging nozzle. The design becomes particularly advantageous when implemented in mesoscale domains.
    • 当电场中有组织的离子通量引发中性分子的离子驱动风时,产生适度速度的气流。 当环境空气中的针充电到足以在其尖端附近产生电晕放电的电势时,可以在环形或其它可渗透接地电极的下游使用这种气流。 鉴于这些装置的潜在实际应用,因为它们代表没有运动部件的鼓风机,因此增加其流速的方法包括利用电场线的发散,避免第二电极上的高曲率区域,控制 大气湿度和使用线性阵列阵列,终止于会聚喷嘴。 当在中尺度域中实现时,该设计变得特别有利。