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    • 64. 发明授权
    • Field focused particle sensing zone
    • 场聚焦粒子感应区
    • US4420720A
    • 1983-12-13
    • US279920
    • 1981-06-29
    • William A. NewtonMarshall D. Graham
    • William A. NewtonMarshall D. Graham
    • G01N15/12G01N27/00
    • G01N15/1218G01N15/1209
    • A particle analyzer wherein a flow of liquid suspension, having individually entrained particles, flows along a predetermined path; a center pair of electrodes are positioned on opposed sides of the predetermined path: the center electrodes are energized to provide an electrical sensing field therebetween, two pairs of outer electrodes are positioned so that one pair is on each side of the center electrodes; the outer electrodes are oriented and/or energized so that their electrical fields bulge outward in the direction of the sensing field of the center plates to narrow the width of the sensing field along the predetermined path. Additionally, the field between the center plates can be focused in additional directions and the sensing electrode arrangement can be implemented in a flow cell, with or without an aperture, or on the surface of a substrate.
    • 一种颗粒分析仪,其中具有单独夹带的颗粒的液体悬浮液流沿预定路径流动; 中心对电极位于预定路径的相对侧上:中心电极通电以在其间提供电感测场,两对外电极定位成使得一对位于中心电极的每一侧; 外电极被定向和/或通电,使得它们的电场沿着中心板的感测场的方向向外凸出,以沿着预定路径使感测场的宽度变窄。 此外,中心板之间的场可以在附加方向上聚焦,并且感测电极装置可以在具有或不具有孔的流动池中或在基板的表面上实现。
    • 65. 发明授权
    • Centrifugal feeder
    • 离心式给料机
    • US4350292A
    • 1982-09-21
    • US107704
    • 1979-12-27
    • Ian D. GilbertMichael T. HalloranErmi Roos
    • Ian D. GilbertMichael T. HalloranErmi Roos
    • B01J8/00B65G31/04G01N15/12B05B17/04
    • B65G31/04B01J8/002G01N15/1209
    • A centrifugal feeder includes a cylindrical feeder disc having an upwardly inclined uniform surface which is designed to expel particles placed thereon in a predetermined fashion by centrifugal force. The upwardly inclined surface of the disc may be designed to have a first predetermined expulsion rate which is the initial speed at which the disc must be rotated to expel any of the particles from the surface thereof. The disc also may be designed to have a final expulsion rate at which all particles placed on the surface thereof are expelled. The disc is rotated at a controlled rate of speed and at a controlled rate of change of speed to expel the particles in the manner desired in a linear or non linear fashion. The feed or expulsion rate of the particles is determined by the design of the disc and the rotation speed of the disc and essentially is independent of the size and density of the particles and the viscosity of the surrounding fluid in which the disc is rotated.
    • 离心给料器包括具有向上倾斜的均匀表面的圆柱形进料盘,其设计成通过离心力以预定方式排放放置在其上的颗粒。 盘的向上倾斜表面可以被设计成具有第一预定排出速率,其是盘必须旋转的初始速度,以从其表面排出任何颗粒。 盘也可以被设计成具有放置在其表面上的所有颗粒的最终排出速率。 盘以受控的速度旋转并且以受控的速度变化的速度旋转,以按线性或非线性方式将粒子排出。 颗粒的进料或排出速率通过盘的设计和盘的旋转速度来确定,并且基本上与颗粒的尺寸和密度以及盘旋转的周围流体的粘度无关。
    • 68. 发明授权
    • Holder device for sample vials or the like for an analysis apparatus
    • 用于分析装置的样品瓶等的保持器装置
    • US4007013A
    • 1977-02-08
    • US703844
    • 1976-07-09
    • Karl Kotacka
    • Karl Kotacka
    • A61B5/15B01L7/00B01L9/06G01N15/12G01N33/48G01N33/49G01N35/04G01N33/16
    • B01L9/06G01N15/1209
    • A holder device for sample vials or the like for an analysis apparatus, especially a blood cell counter, equipped with a suction tube immersible in a sample vial filled with liquid and standing upon an appropriately arranged support surface in order to remove sample from the sample vial. The holder device has a recess or cavity formed by a rear wall extending approximately parallel to the central axis of the recess and two side walls extending between the lower edge and the upper edge of the holder device and tapering upwardly with respect to the rear wall between the lower edge and the upper edge. The recess is bounded by a standing surface arranged transversely with respect to the rear wall.
    • 用于分析装置,特别是血细胞计数器的样品瓶等的保持器装置,其配备有吸入管,该抽吸管浸入装有液体的样品瓶中并站立在适当布置的支撑表面上,以从样品瓶中移除样品 。 保持器装置具有由大致平行于凹部的中心轴线延伸的后壁形成的凹部或空腔,在保持器装置的下边缘和上边缘之间延伸的两个侧壁相对于后壁向上逐渐变细 下边缘和上边缘。 该凹部由相对于后壁横向排列的立面界定。