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    • 1. 发明公开
    • FLUIDIC CASSETTE DETECTION MECHANISM
    • 流体CASSETTE检测机制
    • KR20070098634A
    • 2007-10-05
    • KR20070030683
    • 2007-03-29
    • ALCON INC
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • G01B21/00
    • A61M1/0058A61M5/14228A61M5/14232A61M2205/12A61M2205/14F04B43/0081F04B43/12F04B49/10
    • A fluidic cassette detection mechanism is provided to secure the proper measurement of fluid by accurately positioning a fluidic cassette in a fluidic module. A fluidic cassette detection mechanism includes a fluidic module, a fluidic cassette(12), a detector, and a fluidic module control system. The fluidic cassette is operated to be inserted into the fluidic module and located on the surface of the fluidic module adjacent to a cassette vessel(14). The detector detects the existence of the fluidic cassette. The fluidic module control system receives a cassette detection signal from the detector, and is operated to start a closing command when receiving the detection signal. The detector includes a plurality of mechanical probes, and a plurality of optical interrupt switches. The mechanical probes are extended to the faceplate of the fluidic module. The fluidic module displaces the mechanical probes when the fluidic cassette is inserted into the fluidic module.
    • 提供流体盒检测机构以通过将流体盒精确地定位在流体模块中来确保流体的适当测量。 流体盒检测机构包括流体模块,流体盒(12),检测器和流体模块控制系统。 流体盒被操作以插入到流体模块中并且位于与盒式容器(14)相邻的流体模块的表面上。 检测器检测流体盒的存在。 流体模块控制系统从检测器接收盒检测信号,并且在接收到检测信号时被操作以开始关闭命令。 检测器包括多个机械探针和多个光学中断开关。 机械探针延伸到流体模块的面板。 当流体盒被插入到流体模块中时,流体模块移动机械探针。
    • 2. 发明专利
    • Fluidic cassette detection mechanism
    • 流体CASSETTE检测机制
    • JP2007278284A
    • 2007-10-25
    • JP2007093800
    • 2007-03-30
    • Alcon Incアルコン,インコーポレイティド
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • F04B43/12
    • A61M1/0058A61M5/14228A61M5/14232A61M2205/12A61M2205/14F04B43/0081F04B43/12F04B49/10
    • PROBLEM TO BE SOLVED: To provide a fluidic cassette detection mechanism for detecting the presence and the appropriate position of a cassette within a fluid control device.
      SOLUTION: The fluidic cassette detection mechanism comprises a number of mechanical probes, optical interrupt switches, and miscellaneous components including springs and screws. The probes extend beyond the face of a fluidic module faceplate and beyond rear stops of a set of holding clamps. When the fluidic cassette 12 is inserted into a fluidic module 10 far enough to sufficiently move the probes, the probes trip the switches to signal that the cassette 12 is in the correct position and orientation for a clamping motion to begin. The correct position and orientation are sensed by the use of probes in the mechanism.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供用于检测流体控制装置内的盒的存在和适当位置的流体盒检测机构。 解决方案:流体盒检测机构包括多个机械探针,光学中断开关以及包括弹簧和螺丝在内的各种部件。 探针延伸超过流体模块面板的表面,并超出一组夹持夹的后挡块。 当流体盒12被插入流体模块10中足以使探针充分移动时,探针将开关跳开,以指示盒12处于正确的位置和方向以开始夹紧运动。 通过在机构中使用探针来感测正确的位置和方向。 版权所有(C)2008,JPO&INPIT
    • 3. 发明专利
    • BRPI0701808A
    • 2008-03-11
    • BRPI0701808
    • 2007-03-30
    • ALCON INC
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • F04B43/12A61M1/00F04B49/00
    • A fluidic cassette detection mechanism is used for detecting the presence of a cassette (12) at a certain position within a fluidic module (10). When the cassette is inserted into the fluidic module to a certain position and orientation, the detector mechanism senses the presence of the fluidic cassette and provides an appropriate signal to the control system (28) software. The system software can then command the closing of a clamping mechanism which holds the cassette during a procedure. The fluidic cassette detector mechanism can comprise a number of mechanical probes (22), optical interrupt switches (24), and miscellaneous components including springs and screws. The probes (22) extend beyond the face of the fluidic module (10) faceplate and beyond the rear stops of the clamps. When the fluidic cassette is inserted into the fluidic module (10) far enough to sufficiently move the probes, the probes trip the switches (24) to signal that the cassette is in the correct position and orientation for the clamping motion to begin. The correct position and orientation are sensed due to the use of the probes (22) in the mechanism. The probes are spaced sufficiently apart on a diagonal, and raised beyond the rear stops of the cassette clamps, such that when both probes are moved appropriately, the cassette must be acceptably parallel to the clamps, and in the correct position, for the cassette clamping motion to begin.
    • 4. 发明专利
    • Fluidic cassette detection mechanism
    • AU2007201429A1
    • 2007-10-18
    • AU2007201429
    • 2007-03-30
    • ALCON INC
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • F04B43/12A61M1/00
    • A fluidic cassette detection mechanism is used for detecting the presence of a cassette (12) at a certain position within a fluidic module (10). When the cassette is inserted into the fluidic module to a certain position and orientation, the detector mechanism senses the presence of the fluidic cassette and provides an appropriate signal to the control system (28) software. The system software can then command the closing of a clamping mechanism which holds the cassette during a procedure. The fluidic cassette detector mechanism can comprise a number of mechanical probes (22), optical interrupt switches (24), and miscellaneous components including springs and screws. The probes (22) extend beyond the face of the fluidic module (10) faceplate and beyond the rear stops of the clamps. When the fluidic cassette is inserted into the fluidic module (10) far enough to sufficiently move the probes, the probes trip the switches (24) to signal that the cassette is in the correct position and orientation for the clamping motion to begin. The correct position and orientation are sensed due to the use of the probes (22) in the mechanism. The probes are spaced sufficiently apart on a diagonal, and raised beyond the rear stops of the cassette clamps, such that when both probes are moved appropriately, the cassette must be acceptably parallel to the clamps, and in the correct position, for the cassette clamping motion to begin.
    • 5. 发明专利
    • MECANISMO DE DETECCION DE CASSETTE DE FLUIDOS.
    • MX2007003779A
    • 2008-12-01
    • MX2007003779
    • 2007-03-29
    • ALCON INC
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • A61M1/00F04B43/00F04B49/00
    • Se utiliza un mecanismo de detección de cassette de fluidos para detectar la presencia de un cassette en una cierta posición dentro de un módulo de fluidos. Cuando el cassette se inserta hacia el módulo de fluidos a una cierta posición y orientación, el mecanismo detector percibe la presencia del cassette de fluidos y proporciona una señal apropiada al software del sistema. El software del sistema puede entonces ordenar el cierre del mecanismo, que retiene el cassette durante un procedimiento. E l mecanismo detector de cassette de fluidos puede comprender un número de sondas mecánicas, conmutadores de interrupción óptica, y diversos componentes incluyendo resortes y tornillos . Las sondas se extienden más allá de la cara de la placa de cara de módulo de fluidos y más allá de los topes posteriores de las abrazaderas, Cuando el cassette de fluidos se inserta hacia el módulo de fluidos lo bastante lejos para mover suficientemente las sondas, las sondas disparan los conmutadores para señalar que el cassette está en la posición y orientación correcta para que empiece el movimiento de sujeción. La posición y orientación correctas se perciben debido al uso de sondas en el mecanismo. Las sondas están suficientemente espaciadas en una diagonal, y levantadas más allá de los topes posteriores de las abrazaderas de cassette, tal como cuando mas sondas se mueven apropiadamente, el cassette debe estar aceptablemente paralelo a las abrazaderas, y en la posición correcta, para que empiece el movimiento de sujeción de cassette.
    • 6. 发明专利
    • FLUIDIC CASSETTE DETECTION MECHANISM
    • CA2582475A1
    • 2007-09-30
    • CA2582475
    • 2007-03-23
    • ALCON INC
    • WILLIAMS DAVID LLOYDGERRICK EDWIN K
    • F04B49/10A61F9/007F04B43/12G01D5/02G01F15/00H01H3/02
    • A fluidic cassette detection mechanism is used for detecting the presence of a cassette at a certain position within a fluidic module. When the cassette is inserted into the fluidic module to a certain position and orientation, the detector mechanism senses the presence of the fluidic cassette and provides an appropriate signal to t he system software. The system software can then command the closing of the mechanism, which holds the cassette during a procedure. The fluidic cassette detector mechani sm can comprise a number of mechanical probes, optical interrupt switches, and miscellaneous components including springs and screws. The probes extend beyond the face o f the fluidic module faceplate and beyond the rear stops of the clamps. When the fluidic cassette is inserted into the fluidic module far enough to sufficiently move the probes, the probes trip the switches to signal that the cassette is in the correct position and orientation for the clamping motion to begin. The correct position and orientation are sensed due to the use of probes in the mechanism. The probes are spaced sufficiently apart on a diagonal, and raised beyond the rear stops of the cassette clamps, such that when both probes are moved appropriately, the cassette must be acceptably parallel to the clamps, and in the correct position, for the cassette clamping motion to begin.