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    • 2. 发明申请
    • EMBOLIC DEVICE COMPOSED OF A LINEAR SEQUENCE OF MINIATURE BEADS
    • 微小椭圆形线性序列组成的嵌体器件
    • WO0193920A3
    • 2002-05-23
    • PCT/US0118414
    • 2001-06-06
    • SARCOS LC
    • JACOBSEN STEPHEN CDAVIS CLARK C
    • A61B17/12A61B17/00
    • A61B17/12022A61B17/12113A61B17/12163A61B2017/1205
    • An embolic device (10) comprised of a linear sequence of flexibly interconnected miniature beads (14). The device (10) generally comprises a flexible elongate filament (16) having a linear sequence of miniature beads (14) disposed thereon. The beads (14) may be fixedly or slidably connected to the filament (16). The device (10) is configured to allow the beads to compress together for pushing through a catheter (12) to a target location and extended beyond a distal end of the catheter (12), whereupon the flexible string of beads may fold back upon itself so as to occupy a volume of space at the target location. The string of beads may be preconfigured to the exact length needed, or the distal end of the string may be cut or severed after placement at the target location. The beads (14) may be porous or hollow to allow them to function as drug delivery devices, and the string of beads may have an anchor device at one end to aid in anchorage of the string within the anatomy.
    • 一种栓塞装置(10),包括柔性互连的微型珠(14)的线性顺序。 装置(10)通常包括具有布置在其上的微小珠(14)的线性序列的柔性细长丝(16)。 珠子(14)可以固定地或可滑动地连接到灯丝(16)。 装置(10)被配置为允许珠子压缩在一起以推动通过导管(12)到达目标位置并且延伸超过导管(12)的远端,于是柔性珠珠可折回自身 以便在目标位置占据一定的空间。 珠串可以预先配置到所需的精确长度,或者在放置在目标位置之后可以切割或切断弦的远端。 珠(14)可以是多孔的或中空的,以允许其作为药物递送装置起作用,并且珠串可以在一端具有锚固装置,以帮助将绳固定在解剖结构内。
    • 3. 发明申请
    • COMPACT MOLECULAR DRAG VACUUM PUMP
    • 紧凑型分子泵真空泵
    • WO2001029417A1
    • 2001-04-26
    • PCT/US2000/041186
    • 2000-10-17
    • SARCOS LC
    • OLIVIER, MarcJACOBSEN, Stephen, C.KNUTTI, David, F.
    • F04B17/00
    • F04D29/023F04D17/168F04D29/162F05D2300/43F05D2300/518
    • A molecular drag vacuum pump for pumping a gas stream from an inlet (34) to an outlet (54), comprising a high speed spinning disk (10) having a channel (16) formed in its edge and disposed within a housing (24). A plurality of circular passageways, preferably three, are formed on the inside of the housing (24), the first passageway (36) disposed adjacent to the top surface of the spinning disk (10), the second passageway (40) formed within the channel (16) in the outer edge of the spinning disk (10), and the third, preferably spiral, passageway (52) disposed adjacent to the bottom surface of the spinning disk (10). A gas stream is introduced into the first passageway (36) through an inlet (34) and is compressed by contact with the spinning disk (10) in successive stages in the first (36) passageway, the second passageway (40), and the third passageway (52), then exits through an outlet (54) from the third passageway.
    • 一种用于将气流从入口(34)泵送到出口(54)的分子牵引真空泵,包括具有形成在其边缘中并设置在壳体(24)内的通道(16)的高速旋转盘(10) 。 多个圆形通道,优选三个形成在壳体(24)的内部,第一通道(36)邻近旋转盘(10)的上表面设置,第二通道(40)形成在内 在旋转盘(10)的外缘中的通道(16),以及邻近旋转盘(10)的底面设置的第三,优选为螺旋状的通道(52)。 气流通过入口(34)引入第一通道(36),并通过与第一通道(36)通道,第二通道(40)和第二通道(40)的连续阶段接触旋转盘(10)而被压缩, 第三通道(52),然后通过出口(54)离开第三通道。
    • 7. 发明申请
    • ROTARY DISPLACEMENT SYSTEM USING DIFFERENTIAL MEASURING
    • 使用差分测量的旋转位移系统
    • WO0073732A9
    • 2002-04-04
    • PCT/US0013529
    • 2000-05-18
    • SARCOS LC
    • JACOBSEN STEPHEN CMLADEJOVSKY MICHAEL G
    • G01B7/00G01B7/30G01D5/241
    • G01D5/2415
    • A rotary displacement measuring apparatus includes an axle (4) whose rotary displacement is to be determined, with the axle being mounted to rotate about its long axis. An emitter disk (12) is mounted on the axle to define a plurality of concentric tracks (54, 58, 62) circumscribing the axle to rotate as the axle rotates, with each of the tracks being segmented to define a plurality of spaced-apart, conductive sections for producing electric fields when energized. Also included is a voltage source (48) for energizing the conductive sections. A detector (16) is disposed adjacent to the tracks of the emitter and includes a plurality of sensors, each positioned adjacent a respective track to detect the electric fields of the respective track as the axle and tracks are rotated. The detector produces signals representing the detection of the electric fields as the emitter is rotated, and these signals provide an indication of the rotary displacement of the tracks and thus of the axle.
    • 一种旋转位移测量装置包括:轴(4),该轴(4)的旋转位移将被确定,该轴被安装成围绕其长轴旋转。 发射器盘(12)安装在所述轴上以限定围绕所述轴的多个同心轨道(54,58,62),所述同心轨道(54,58,62)在所述车轴旋转时旋转,其中每个轨道被分段以限定多个间隔开的 用于在通电时产生电场的导电部分。 还包括用于激励导电部分的电压源(48)。 检测器(16)设置成与发射器的轨道相邻,并且包括多个传感器,每个传感器定位成相邻于相应的轨道,以在轴和轨道旋转时检测相应轨道的电场。 当发射器旋转时,检测器产生表示电场检测的信号,并且这些信号提供轨道和因此的轴的旋转位移的指示。
    • 8. 发明申请
    • COMPACT MOLECULAR DRAG VACUUM PUMP
    • 紧凑型分子泵真空泵
    • WO0129417A9
    • 2002-08-15
    • PCT/US0041186
    • 2000-10-17
    • SARCOS LC
    • OLIVIER MARCJACOBSEN STEPHEN CKNUTTI DAVID F
    • F04D17/16F04D29/02F04D29/16F04B17/00F01D1/36
    • F04D29/023F04D17/168F04D29/162F05D2300/43F05D2300/518
    • A molecular drag vacuum pump for pumping a gas stream from an inlet (34) to an outlet (54), comprising a high speed spinning disk (10) having a channel (16) formed in its edge and disposed within a housing (24). A plurality of circular passageways, preferably three, are formed on the inside of the housing (24), the first passageway (36) disposed adjacent to the top surface of the spinning disk (10), the second passageway (40) formed within the channel (16) in the outer edge of the spinning disk (10), and the third, preferably spiral, passageway (52) disposed adjacent to the bottom surface of the spinning disk (10). A gas stream is introduced into the first passageway (36) through an inlet (34) and is compressed by contact with the spinning disk (10) in successive stages in the first (36) passageway, the second passageway (40), and the third passageway (52), then exits through an outlet (54) from the third passageway.
    • 一种用于将气流从入口(34)泵送到出口(54)的分子牵引真空泵,包括具有形成在其边缘中并设置在壳体(24)内的通道(16)的高速旋转盘(10) 。 多个圆形通道,优选三个形成在壳体(24)的内部,第一通道(36)邻近旋转盘(10)的上表面设置,第二通道(40)形成在内 在旋转盘(10)的外缘中的通道(16),以及邻近旋转盘(10)的底面设置的第三,优选为螺旋形的通道(52)。 气流通过入口(34)引入第一通道(36),并通过与第一通道(36)通道,第二通道(40)和第二通道(40)的连续阶段接触旋转盘(10)而被压缩, 第三通道(52),然后通过出口(54)离开第三通道。
    • 9. 发明申请
    • PISTON PUMP WITH ZERO TO NEGATIVE CLEARANCE VALVE
    • 活塞泵与零负间隙阀
    • WO0129420A9
    • 2001-11-08
    • PCT/US0041189
    • 2000-10-17
    • SARCOS LC
    • JACOBSEN STEPHEN CDAVIS CLARK CMORRISON MICHAEL GOLIVIER MARC
    • F04B39/08F04B39/10F04B7/04
    • F04B39/08
    • A piston-type vacuum pump having a reciprocating piston (18) disposed within a cylinder (20) having a proximal end and a distal end, an inlet port (22) formed in the side of the cylinder near the proximal end, and a spring-biased outlet valve (24), such as a poppet valve or a rocker valve, disposed at the distal end of the cylinder. The piston stroke is configured to provide zero or negative clearance between the piston head and the face of the outlet valve at the end of the compression stroke. The piston reciprocates within the cylinder from a first position wherein the surface of the piston head is proximal of the inlet port, to a second position wherein the surface of the piston head is beyond the distal end of the cylinder.
    • 一种活塞式真空泵,其具有设置在具有近端和远端的气缸(20)内的往复式活塞(18),在靠近近端的气缸侧形成的入口(22),以及弹簧 - 偏置的出口阀(24),例如设置在气缸远端的提升阀或摇臂阀。 活塞冲程构造成在压缩冲程结束时在活塞头和出口阀的表面之间提供零或负间隙。 活塞在气缸内从其中活塞头的表面在进气口近侧的第一位置往复运动到活塞头的表面超出气缸的远端的第二位置。