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    • 3. 发明公开
    • MICROFLUIDICS CARTRIDGE WITH PIPETTING GUIDE
    • MICROFLUIDIC墨盒与管道指南
    • EP3169437A1
    • 2017-05-24
    • EP15821481.7
    • 2015-07-15
    • Tecan Trading AG
    • LAY, TiffanyHOFFMEYER, DanielKOPF-SILL, Anne R.PERROUD, Thomas
    • B01L3/02B81B1/00G01N27/447G01N27/453
    • B01L3/502792B01L3/0275B01L3/50273B01L2200/027B01L2300/0816B01L2300/161B01L2400/0427
    • A disposable cartridge configured as a digital microfluidics system for manipulating samples in liquid portions having a cartridge accommodation site and a central control unit for controlling selection of individual electrodes of an electrode array located at the site and for providing plural electrodes with individual voltage pulses for manipulating liquid portions by electrowetting. The cartridge has a hydrophobic working surface and a rigid cover with a second hydrophobic surface, the hydrophobic surfaces facing each other and being separated in parallel planes by a gap. The cartridge has plural pipetting guides for safe entering/withdrawing liquids into/from the gap with a pipette tip. At least one of the pipetting guides provides an abutting surface sealingly admittable by a counter surface of a pipette tip, located at a pipetting orifice that reaches through the rigid cover, and configured to prevent a pipette tip from touching the hydrophobic working surface.
    • 一次性盒构造成数字微流体系统,用于操纵具有盒容纳部位的液体部分中的样本,以及中央控制单元,用于控制位于该部位处的电极阵列的单独电极的选择并且用于向多个电极提供用于操纵的单独电压脉冲 液体部分通过电润湿。 盒具有疏水工作表面和具有第二疏水表面的刚性盖,疏水表面彼此面对并且通过间隙在平行平面中分开。 该盒具有多个移液引导件,用于使用移液管尖端安全地将液体输入/移出缝隙。 至少一个移液引导件提供可被移液管尖端的反作用面密封地引入的抵靠表面,该抵接表面位于通过刚性盖到达的移液孔处并且被配置为防止移液管尖端接触疏水工作表面。
    • 7. 发明公开
    • CARTRIDGE FOR ELECTROWETTING MICROFLUIDICS, SYSTEM AND METHOD
    • EP3804857A1
    • 2021-04-14
    • EP20211461.7
    • 2016-09-01
    • TECAN Trading AG
    • PERROUD, ThomasTRAN, DanHOFFMEYER, DanielLAY, TiffanyDHINDSA, Manjeet
    • B01L3/00
    • The invention concerns a cartridge (17), in particular a disposable cartridge, configured to control and manipulate liquids and to be positioned at a cartridge accommodation site (18) of a digital microfluidics system (1), the digital microfluidics system (1) comprising: (a) a number or array of individual electrodes (2) attached to a first substrate or PCB (3); (b) a central control unit (7) in operative contact with said individual electrodes (2) for controlling selection and for providing a number of said individual electrodes (2) that define a path of individual electrodes (2') with voltage for manipulating liquid portions (8-2) or liquid droplets (8-1) by electrowetting; and (c) a cartridge accommodation site (18) that is configured for taking up the cartridge (17); wherein the cartridge (17) comprises a flexible working film (19), a rigid cover plate (20), a first hydrophobic surface (5) that belongs to a flexible working film (19), a second hydrophobic surface (6) that belongs to a rigid cover plate (20) and a working gap (4) that is located in-between the two hydrophobic surfaces (5,6); the flexible working film (19) comprising a backside (21) that, when the cartridge (17) is accommodated on a cartridge accommodation site (18), provides an evacuation space (24) between the uppermost surface (22) of the cartridge accommodation site (18) and the backside (21) for establishing an underpressure produced in the evacuation space (24) produced by a vacuum source (23) of the digital microfluidics system (1), wherein the flexible working film (19) of the cartridge (17) comprises a semi-permeable constitution or a semi-permeable property.
    • 9. 发明公开
    • DISPOSABLE CARTRIDGE FOR MICROFLUIDICS SYSTEMS
    • 一次性墨盒的微流体系统
    • EP2945740A1
    • 2015-11-25
    • EP14700224.0
    • 2014-01-06
    • Tecan Trading AG
    • HOFFMEYER, DanielLAY, TiffanyLEE, TravisFEIGLIN, Marc, N.HÄLG, WernerKOPF-SILL, Anne, R.
    • B01L3/00
    • A disposable cartridge (2) for use in a digital microfluidics system (1) comprises a bottom layer (3) with a first hydrophobic surface (17'), a rigid cover plate (12) with a second hydrophobic surface (17"), and a gap (6) there-between. The bottom layer (3) is a flexible film laid onto an uppermost surface (52) of a cartridge accommodation site (8) of a digital microfluidics system (1), attracted to and spread over the uppermost surface (52) by an underpressure in an evacuation space (46). The disposable cartridge (2) may be assembled at a cartridge accommodation site (8), a lower surface (48') of the rigid cover plate (12) and the flexible bottom layer (3) then are sealingly attached to each other by mutual contacting. The assembled disposable cartridge (2) is removed from the cartridge accommodation site (8) in one piece that comprises the bottom layer (3), the plane rigid cover plate (12), and the gap (6) that potentially comprises samples and processing fluids. The digital microfluidics system (1) comprises a base unit (7) and a cartridge accommodation site (8) with an electrode array (9) that comprises a number of individual electrodes (10). The digital microfluidics system (1) comprises a central control unit (14) for controlling the selection of the individual electrodes (10) and for providing these electrodes (10) with individual voltage pulses for manipulating liquid droplets within the gap (6) of the cartridge (2) by electrowetting.