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    • 3. 发明申请
    • Selectable Varied Control Valve Systems For IOP Control Systems
    • 用于IOP控制系统的可选择的变量控制阀系统
    • US20130085440A1
    • 2013-04-04
    • US13251368
    • 2011-10-03
    • Sebastian BöhmLeslie A. Field
    • Sebastian BöhmLeslie A. Field
    • A61F9/00
    • A61F9/00781
    • A selectable IOP valve for implantation in an eye of a patient controls IOP and/or bleb pressure. The valve includes a drainage tube configured to convey aqueous from an anterior chamber of an eye and includes a selectable flow control valve in fluid communication with the drainage tube and configured to control flow rates of the aqueous. The valve system includes a plurality of flow control pathways arranged to operate in parallel with each other, each of the flow control pathways being in communication with an entry port to the valve system. A flow control mechanism controls aqueous flow through the pathways. Methods and systems are also disclosed.
    • 用于植入患者眼睛中的可选IOP阀控制IOP和/或气泡压力。 所述阀包括引流管,所述引流管构造成从眼睛的前房输送水分,并且包括与所述引流管流体连通并被配置为控制所述水的流速的可选择的流量控制阀。 阀系统包括多个流量控制通道,其布置成彼此并联操作,每个流量控制通路与阀系统的入口连通。 流量控制机构控制通过路径的水流。 还公开了方法和系统。
    • 4. 发明授权
    • Selectable varied control valve systems for IOP control systems
    • 用于IOP控制系统的可选择的多种控制阀系统
    • US09072588B2
    • 2015-07-07
    • US13251368
    • 2011-10-03
    • Sebastian BöhmLeslie A. Field
    • Sebastian BöhmLeslie A. Field
    • A61F9/00A61F9/007
    • A61F9/00781
    • A selectable IOP valve for implantation in an eye of a patient controls IOP and/or bleb pressure. The valve includes a drainage tube configured to convey aqueous from an anterior chamber of an eye and includes a selectable flow control valve in fluid communication with the drainage tube and configured to control flow rates of the aqueous. The valve system includes a plurality of flow control pathways arranged to operate in parallel with each other, each of the flow control pathways being in communication with an entry port to the valve system. A flow control mechanism controls aqueous flow through the pathways. Methods and systems are also disclosed.
    • 用于植入患者眼睛中的可选IOP阀控制IOP和/或气泡压力。 所述阀包括引流管,所述引流管构造成从眼睛的前房输送水分,并且包括与所述引流管流体连通并被配置为控制所述水的流速的可选择的流量控制阀。 阀系统包括多个流量控制通道,其布置成彼此并联操作,每个流量控制通路与阀系统的入口连通。 流量控制机构控制通过路径的水流。 还公开了方法和系统。
    • 7. 发明申请
    • Corrugated Membrane Actuators
    • 波纹膜驱动器
    • US20130211313A1
    • 2013-08-15
    • US13396011
    • 2012-02-14
    • Cesario P. Dos SantosRobert J. Sanchez, JR.Leslie A. Field
    • Cesario P. Dos SantosRobert J. Sanchez, JR.Leslie A. Field
    • A61F9/00
    • A61F9/00781A61M2039/2433
    • An IOP control valve is disclosed. The IOP control valve comprises a corrugated membrane and a housing including a fluid inlet and a fluid outlet. The corrugated membrane is anchored within the housing to form a reference chamber on a first side of the corrugated membrane and a fluid flow channel on a second opposing side of the membrane. The reference chamber has a reference chamber pressure representative of atmospheric pressure. The fluid flow channel can selectively increase and decrease in size to permit fluid to flow from the fluid inlet to the fluid outlet. The corrugated membrane is configured to affect flow through the fluid flow channel from the fluid inlet to the fluid outlet by deflecting in response to pressure differentials of the reference chamber pressure and the fluid flow channel pressure acting on the opposing sides of the corrugated membrane.
    • 公开了一种IOP控制阀。 IOP控制阀包括波纹膜和包括流体入口和流体出口的壳体。 波纹膜被锚固在壳体内以在波纹膜的第一侧上形成参考室,并且在膜的第二相对侧上形成流体流动通道。 参考室具有代表大气压力的参考室压力。 流体流动通道可以选择性地增加和减小尺寸,以允许流体从流体入口流到流体出口。 波纹膜被配置为响应于参考室压力和作用在波纹膜的相对侧上的流体流动通道压力的压力而通过偏转而影响通过流体流动通道从流体入口到流体出口的流动。
    • 8. 发明申请
    • SYSTEMS FOR ENVIRONMENTAL MODIFICATION WITH CLIMATE CONTROL MATERIALS AND COVERINGS
    • 用于环境改造与气候控制材料和覆盖物的系统
    • US20100282860A1
    • 2010-11-11
    • US12680975
    • 2008-10-09
    • Leslie A. Field
    • Leslie A. Field
    • A01G15/00
    • A01G15/00
    • This invention provides systems, materials, and methods of environmental modification with climate control materials. Climate control materials may have different properties such as optical properties, wettability, porosity, buoyancy, thermal conductivity, imperviousness, strength/breaking, source of materials, and biodegradability, that may assist with local environmental modification. Climate control materials may also incorporate different designs that may allow them to advantageously affect the local albedo and evaporation rate and thereby modify the local environment. Effects of such climate control materials may be reversible and may minimize ecological harm.
    • 本发明提供了具有气候控制材料的环境改造的系统,材料和方法。 气候控制材料可能具有不同的性质,例如光学性质,润湿性,孔隙率,浮力,导热性,不渗透性,强度/破裂,材料来源和生物降解性,可能有助于局部环境改性。 气候控制材料还可以包含不同的设计,可以使它们有利地影响局部反照率和蒸发速率,从而改变局部环境。 这种气候控制材料的影响可能是可逆的,并可能最小化生态危害。
    • 9. 发明授权
    • Capillary fluid switch with asymmetric bubble chamber
    • 具有不对称气泡室的毛细管流体开关
    • US06360775B1
    • 2002-03-26
    • US09221655
    • 1998-12-23
    • Phillip W. BarthLeslie A. FieldDavid K. Donald
    • Phillip W. BarthLeslie A. FieldDavid K. Donald
    • F15C104
    • G02B26/004G02B6/3538G02B6/3544G02B6/3576Y10T137/206Y10T137/2196Y10T137/2224
    • A switching device for controlling fluid motion. The device includes a capillary filled with a first fluid into which a wall-confined bubble of a second fluid is introduced to achieve a first switching event. Capillary geometry and wetting properties provide a pressure-related asymmetric energy potential distribution for controlling the flow of the bubble, and the device is called an asymmetric bubble chamber, or ABC. The bubble is initially trapped in an energy potential well, and upon increase of its volume moves from the well into a region of low energy potential to achieve a second switching event. The first switching event may be blocking of a fluid channel or reflection of an optical beam in an optical crosspoint switch, while the second switching event may be unblocking of a fluid channel or restoration of transmission of an optical beam. The increase in bubble volume between the first and second switching events can act as the stroke of a fluidic piston to pump a volume the first fluid within the capillary. The device can be employed to thermally degas a liquid. The use of large-magnitude geometry-related energy potentials permits rapid cyclical operation of the device in a manner resistant to mechanical shock.
    • 一种用于控制流体运动的开关装置。 该装置包括填充有第一流体的毛细管,其中引入第二流体的壁限制气泡以实现第一切换事件。 毛细管几何形状和润湿性能提供了压力相关的不对称能量势能分布,用于控制气泡的流动,该装置称为不对称气泡室(ABC)。 气泡最初被捕获在能量势阱中,并且当其体积的增加从井移动到低能量潜能的区域以实现第二切换事件时。 第一切换事件可能阻塞光交叉点开关中的流体通道或光束的反射,而第二切换事件可以解除流体通道的阻塞或光束的传输恢复。 第一和第二切换事件之间的气泡体积的增加可以作为流体活塞的冲程来泵送毛细管内的第一流体的体积。 该装置可用于对液体进行热脱气。 使用大幅度几何相关的能量电位允许以机械冲击的方式快速地周期性地操作装置。
    • 10. 发明授权
    • Micromachined bi-material signal switch
    • 微加工双材料信号开关
    • US5467068A
    • 1995-11-14
    • US271811
    • 1994-07-07
    • Leslie A. FieldRichard C. Ruby
    • Leslie A. FieldRichard C. Ruby
    • H01H1/00H01H1/18H01H1/20H01H61/04H01H53/00
    • H01H1/0036H01H1/18H01H1/20H01H2061/006H01H61/04
    • A micromachined signal switch for vertical displacement includes a fixed substrate having at least one signal line and includes an actuator substrate that is thermally actuated to selectively connect a second signal line to the first signal line. The actuator substrate includes a plurality of legs constructed of materials having sufficiently different coefficients of thermal expansion to create stresses that arc the legs when the legs are subjected to elevated temperatures. In the preferred embodiment, a first material for forming the legs is silicon and a second material is a metal, such as electroplated nickel. A displaceable contact region may be formed integrally with the actuator substrate, but the contact region is preferably a region of an interposer substrate between the fixed substrate and the actuator substrate. The displaceable contact region has a raised position in which the signal line on the fixed substrate is "off" and has a lowered position in which a conductive member on the contact region is positioned to provide electrical communication to the signal line.
    • 用于垂直位移的微加工信号开关包括具有至少一个信号线的固定基板,并且包括热致动以便将第二信号线选择性地连接到第一信号线的致动器基板。 致动器基板包括由具有足够不同的热膨胀系数的材料构成的多个腿,以在腿受到升高的温度时产生围绕腿的应力。 在优选实施例中,用于形成腿部的第一材料是硅,第二材料是诸如电镀镍的金属。 可移动接触区域可以与致动器基板一体地形成,但是接触区域优选地是固定基板和致动器基板之间的插入物基板的区域。 可移动接触区域具有升高位置,其中固定基板上的信号线“断开”并且具有降低位置,在该位置中接触区域上的导电部件位于其中以提供与信号线的电通信。