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    • 11. 发明授权
    • Battery powered microprocessor controlled hand portable electronic pipette
    • 电池供电的微处理器控制手提电子移液器
    • US06254832B1
    • 2001-07-03
    • US09264389
    • 1999-03-08
    • Kenneth RaininChristopher KellyHaakon T. Magnujssen, Jr.William D. Homberg
    • Kenneth RaininChristopher KellyHaakon T. Magnujssen, Jr.William D. Homberg
    • B01L302
    • B01L3/0227B01L2200/087B01L2300/02B01L2300/025B01L2300/027Y10T436/25625Y10T436/2575
    • A battery powered, microprocessor controlled portable electronic pipette, comprising a hand holdable housing supporting a battery, a linear actuator for driving a plunger lengthwise in a cylinder to aspirate and dispense fluid into and from a pipette tip extending from the housing and a control circuit for the linear actuator. The linear actuator is powered by the battery and comprises a stepper motor with current receiving windings for electromagnetically driving a rotor to impart the lengthwise movement to the plunger. The control circuit includes (i) a user controllable microprocessor powered by the battery and programmed to generate drive signals for the stepper motor, (ii) a display supported by the housing and electrically connected to the microprocessor, (iii) user actuateable control keys supported by the housing and electrically connected to the microprocessor for generating within the microprocessor pipette mode of operation, liquid pick up volume, liquid dispense, pipette speed of operation and pipette reset signals for controlling operation of the pipette and alpha-numeric user readable displays on the display, (iv) a memory having tables of data stored therein and accessible and useable by the microprocessor to control operations of the pipette, and (v) user actuateable switches supported by the housing for triggering pipette operations selected by user actuation of the control keys.
    • 一种电池供电的微处理器控制的便携式电子移液器,包括支撑电池的手持式壳体,用于在气缸中纵向驱动柱塞的线性致动器,用于将流体吸入和分配到从壳体延伸的移液管尖端和从其移出的控制回路, 线性致动器。 线性致动器由电池供电,并且包括具有电流接收绕组的步进电机,用于电磁驱动转子以向柱塞施加纵向运动。 控制电路包括:(i)用户可控的微处理器,由电池驱动并被编程以产生步进电机的驱动信号,(ii)由外壳支撑并电连接到微处理器的显示器,(iii)用户可启动的控制键, 通过壳体并电连接到微处理器以在微处理器移液管操作模式下产生液体吸取体积,液体分配,移液管速度和移液管复位信号,以控制移液管的操作和字母数字用户可读显示器 显示器,(iv)存储有存储在其中的数据表的存储器,由微处理器访问和使用以控制移液器的操作;以及(v)由壳体支撑的用户可启动开关,用于触发由用户驱动控制键选择的移液管操作 。
    • 12. 发明授权
    • Pipette tip rack and refill pack containing large maximized volume
freely nestable pipette tips
    • 移液器支架和充填包,其中包含大的最大体积可自由嵌套的移液器吸头
    • US5779984A
    • 1998-07-14
    • US759409
    • 1996-12-04
    • Christopher KellyDavid J. LemieuxHaakon T. Magnussen, Jr.James S. PetrekKenneth Rainin
    • Christopher KellyDavid J. LemieuxHaakon T. Magnussen, Jr.James S. PetrekKenneth Rainin
    • B01L9/00B65D25/10B01L3/02B65D85/00
    • B01L9/543B65D25/108
    • A plurality of large maximized internal volume freely nestable pipette tips for mounting in a standard pipette tip rack or refill pack including a horizontally extending pipette tip support having a plurality of through holes arranged in an array, each hole having a center which is spaced a distance "s" from centers of immediately adjacent through holes, each pipette tip having a substantially cylindrical proximal portion and an elongated generally conical distal portion coaxial with and joined to its proximal portion adjacent a downward facing outwardly extending shoulder and including at a distal end of the tip a relatively small orifice for receiving and dispensing fluid into and from the pipette tip upon operation of a pipette to which the pipette tip is mounted, the proximal portion of each pipette tip having an outer diameter equal to or slightly less than "s" and a slightly conical inner surface for tightly receiving and releasably attaching to a pipette tip mounting shaft of a large volume pipette and the distal portion of each pipette tip in a first array of tips being vertically oriented in a different one of the through holes in the support with its shoulder on a top of the support.
    • 多个大的最大化的内部体积可自由嵌套的移液管尖端,用于安装在标准移液管末端架或补充包中,其包括具有排列成阵列的多个通孔的水平延伸的移液管末梢支撑件,每个孔具有间隔一定距离的中心 “s”从紧邻的通孔的中心,每个移液管尖端具有基本上圆柱形的近端部分和细长的大致圆锥形的远端部分,该近端部分与其近端部分同轴并连接到邻近向下的向外延伸的肩部并且包括在远端 在操作移液管尖端安装移液管的操作时,将一个相当小的孔用于接收和分配流体和/或从移液管尖端分配流体,每个移液管尖端的近端部分具有等于或略小于“s”的外径, 一个稍微锥形的内表面,用于紧密地接收和可释放地附接到a的移液管尖端安装轴 大体积移液管,并且第一阵列尖端中的每个移液管尖端的远端部分垂直地定向在支撑件中的不同的一个通孔中,其肩部位于支撑件的顶部上。
    • 14. 发明申请
    • Volume adjustable manual pipette with quick set volume adjustment
    • 体积可调式手动移液器,可快速设定音量调节
    • US20050142038A1
    • 2005-06-30
    • US10751203
    • 2003-12-31
    • James PetrekPhillip YeeKenneth Rainin
    • James PetrekPhillip YeeKenneth Rainin
    • B01L3/02G01N1/10
    • B01L3/0224B01L2300/027
    • A volume adjustable pipette, comprising a plunger mounted for movement in a housing to and from a stop to aspirate a fluid into and dispense the fluid from a tip extending from the housing. An axially moveable volume setting member in the housing defines the stop and a volume setting for the pipette and is axially moveable by a user turnable volume setting member. Turning of the volume adjusting member also controls a coarse volume setting means and a fine volume setting means, the course volume setting means being responsive to a relatively small turning of the volume adjusting member for moving the volume setting member a relatively large axial distance and the fine volume setting means being responsive to a relatively large turning of the volume adjusting member for moving the volume setting member a relatively small axial distance.
    • 一种体积可调移液管,包括柱塞,所述柱塞安装成用于在壳体内和从止动件移动以将流体吸入并从从壳体延伸的尖端分配流体。 壳体中的可轴向移动的体积调节构件限定止动件和移液管的体积设定,并且可由用户可转动体积设定构件轴向移动。 音量调节构件的转动还可以控制粗略的体积设定装置和微细体积设定装置,该音量设定装置响应于体积调节构件相对较小的转动,用于使音量调节构件移动相对较大的轴向距离, 微细体积设定装置响应于体积调节构件相对较大的转动而使体积调节构件移动相对小的轴向距离。
    • 19. 发明授权
    • Pipette mechanism
    • 移液器机构
    • US4763535A
    • 1988-08-16
    • US004864
    • 1987-01-20
    • Kenneth RaininHaakon T. Magnussen, Jr.Roy P. Moeller
    • Kenneth RaininHaakon T. Magnussen, Jr.Roy P. Moeller
    • B01L3/02G01N1/14
    • B01L3/0224
    • A dashpot piston mounted in a closed chamber is coupled by an axially movable shaft to a pipette piston to regulate return movement of the pipette piston within a pipette cylinder to draw fluid into the cylinder. The dashpot shaft is movable within limits relative to the dashpot piston to accommodate a blow-out of residual fluid from the pipette by the shaft driving the pipette piston beyond a home position to blow residual fluid from the pipette cylinder. An air inlet port in the bottom of the chamber allows air to be drawn into the chamber with upward movement of the dashpot piston while a valve adjacent to the air inlet port opens in response to downward movement of the dashpot piston to exit air from the chamber. Control of the relative sizes of the air inlet port and valve outlet regulates the relative rates of upward and downward piston movement in the cylinder. The dashpot piston carries a movable plate of a variable capacitor transducer for monitoring the position of the pipette piston within the pipette cylinder.
    • 安装在封闭室中的缓冲器活塞通过可轴向移动的轴联接到移液管活塞,以调节移液管活塞在移液管气缸内的返回运动,以将流体吸入气缸。 缓冲器轴可相对于缓冲器活塞在极限内移动,以通过驱动移液管活塞的轴超过原始位置来容纳来自移液管的剩余流体的吹出,以吹送来自移液管的残余流体。 在室的底部的空气入口允许空气随着缓冲器活塞的向上运动而被吸入室中,同时与空气入口相邻的阀响应于缓冲器活塞向下移动以从腔室排出空气而打开 。 控制进气口和阀门出口的相对尺寸可调节气缸中上下活塞运动的相对速率。 缓冲器活塞承载可变电容换能器的可移动板,用于监测移液管活塞在移液管内的位置。