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    • 2. 发明申请
    • ELECTRONICALLY CONTROLLED CAPSULE
    • 电子控制胶囊
    • US20090306633A1
    • 2009-12-10
    • US11814248
    • 2006-01-16
    • Karen I. TrovatoJudy R. Naamat
    • Karen I. TrovatoJudy R. Naamat
    • A61M31/00
    • A61B5/036A61B1/041A61B5/14539A61B5/411A61M31/002A61M2005/14208A61M2205/0244A61M2205/0294A61M2205/3507A61M2205/3576A61M2205/52A61M2210/1042
    • An electronically controlled capsule or medicament delivery system (900) is provided. Disposed within a housing (102) of the system (900) configured for internal placement within a patient is a reservoir (960) for storing medicament. The reservoir (960) communicates with at least one respective aperture (970) of the housing (102). A pressure mechanism (962) is provided for displacing medicament stored within the reservoir (960) for causing the medicament to exit the housing (102) through the at least one respective aperture (970). At least one a closure member (966) is provided. Respective closure members (966) are in fluid communication with an associated aperture. The respective closure members (966) are actuatable between a closed state for substantially blocking flow of the medicament through the respective closure member (966) and an open state for permitting flow of the medicament through the respective closure member (966) for dispensing of the medicament. Control circuitry (906) is provided for controlling at least one of the pressure mechanism (962) and actuation of the respective closure members (966).
    • 提供电子控制的胶囊或药物输送系统(900)。 设置在构造成用于内部放置在患者体内的系统(900)的壳体(102)内的是用于储存药物的储存器(960)。 储存器(960)与壳体(102)的至少一个相应的孔(970)连通。 提供压力机构(962),用于移动存储在贮存器(960)内的药物,用于使药物通过至少一个相应的孔(970)离开壳体(102)。 提供至少一个闭合构件(966)。 各个关闭构件(966)与相关的孔流体连通。 相应的关闭构件(966)可在关闭状态之间启动,用于基本上阻挡药物通过相应的封闭构件(966)的流动,并且用于允许药物流过相应的封闭构件(966)的打开状态用于分配 药物。 提供控制电路(906)用于控制压力机构(962)中的至少一个和相应的关闭部件(966)的致动。
    • 3. 发明申请
    • MEDICAMENT DELIVERY SYSTEM AND PROCESS
    • 药物递送系统和过程
    • US20090306632A1
    • 2009-12-10
    • US12306017
    • 2007-04-12
    • Karen I. TrovatoJeff Shimizu
    • Karen I. TrovatoJeff Shimizu
    • A61K9/22A61B1/00
    • A61M31/002A61B1/00016A61B1/041A61B5/021A61B5/0402A61B5/073A61B5/145A61B5/14539A61B5/4839
    • A system and method for delivering a substance to a selected site in the alimentary canal of a human or animal is provided. The system has an ingestible capsule comprising: a compartment for storing the substance; a receiver suitable for receiving a signal through animal tissue; a processor for storing a programmed set of instructions; an electronic power source; and at least one transmitter, disposed on a medically relevant site on the body of the human or animal, for sending a signal to the receiver, wherein the receiver further comprises a proximity based detection means for measuring proximity of the receiver to the at least one transmitter, and wherein the processor instructs the releasing means to release the substance upon recognition of a pre-programmed pattern of transmitters.
    • 提供了将物质递送到人或动物的消化道中的选定部位的系统和方法。 该系统具有可摄入胶囊,包括:用于储存物质的隔间; 适合通过动物组织接收信号的接收器; 用于存储编程的指令集的处理器; 电子电源; 以及至少一个发射器,其布置在人或动物的身体上的医学上相关的位置上,用于向接收器发送信号,其中所述接收器还包括接近度检测装置,用于测量所述接收器与所述至少一个 发射器,并且其中处理器指示释放装置在识别出预编程的发射器模式时释放物质。
    • 4. 发明申请
    • 3D Tool Path Planning, Simulation and Control System
    • 3D工具路径规划,仿真与控制系统
    • US20080234700A1
    • 2008-09-25
    • US12088870
    • 2006-10-06
    • Karen I. TrovatoEric Cohen-SolalDouglas Summers-Stay
    • Karen I. TrovatoEric Cohen-SolalDouglas Summers-Stay
    • A61B17/10G06G7/48
    • A61B90/36A61B34/10A61B90/10A61B2017/00331A61B2034/107
    • A system, apparatus, and method are provided for control of a catheter (including an ablation catheter), bronchoscope/endoscope and beveled needle. Control of a bronchoscope (100) is calculated for a 3D environment based on capabilities of the bronchoscope and the patient morphology. This can be used to plan and simulate an optimal motion, train or compare surgical techniques or automate the procedure. A particular bronchoscope may be recommended based on its form and flexibility as well as based on the personal morphology of the patient rather than relying on statistical norms. For all tools, a 6 dimensional configuration space problem is solved using 3 storage dimensions and a ‘6D neighborhood’ for path planning. The present invention finds the kinematically feasible path from a ‘start’ to a goal, while avoiding obstacles and dangerous regions.
    • 提供了一种用于控制导管(包括消融导管),支气管镜/内窥镜和斜针的系统,装置和方法。 基于支气管镜和患者形态的能力,针对3D环境计算支气管镜(100)的控制。 这可以用于计划和模拟最佳运动,训练或比较手术技术或自动化程序。 可以基于其形式和灵活性以及基于患者的个人形态而不是依赖于统计学规范来推荐特定的支气管镜。 对于所有工具,使用3个存储尺寸和6D邻域来解决6维配置空间问题,用于路径规划。 本发明从“开始”到目标发现运动学可行的路径,同时避免障碍物和危险区域。
    • 9. 发明申请
    • AUTOMATED SYSTEM FOR THE CONTROLLED DEPLOYMENT OF NESTED CANNULA
    • 自动化系统用于控制肛门部署
    • US20110166514A1
    • 2011-07-07
    • US13063761
    • 2009-09-01
    • Karen I. TrovatoNicholas D. Marchuk
    • Karen I. TrovatoNicholas D. Marchuk
    • A61M25/01
    • A61M25/0113A61B1/00133A61B1/00147A61B17/3421A61B2017/00331
    • A cannula control device (70) employs a platform (80) and one or more cannula control units (40). Each cannula control unit (40) includes a cannula (30), a rotation motor assembly (50) mechanically connected to the cannula (30) for rotating the cannula (30) to a specific rotational orientation relative to a calibration orientation associated with cannula control unit (40) and/or the platform (80), and a translation motor assembly (60) mechanically connected to the platform (80) for translating the cannula control unit (40) to a specific translational position relative to a calibration position associated with the cannula control unit (40) and/or the platform (80). The cannula(s) (30) of device (70) are capable of precisely reaching numerous target locations, particularly within an anatomical region of a same body or different bodies.
    • 套管控制装置(70)采用平台(80)和一个或多个套管控制单元(40)。 每个套管控制单元(40)包括套管(30),机械地连接到套管(30)的旋转马达组件(50),用于相对于与套管控制相关联的校准定向将插管(30)旋转到特定的旋转取向 单元(40)和/或平台(80)以及机械连接到平台(80)的平移马达组件(60),用于将插管控制单元(40)相对于与 套管控制单元(40)和/或平台(80)。 装置(70)的套管(30)能够精确地到达许多目标位置,特别是在相同身体或不同身体的解剖区域内。