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    • 4. 发明授权
    • Method and apparatus for cell sorting
    • 细胞分选方法和装置
    • US07160730B2
    • 2007-01-09
    • US10688331
    • 2003-10-17
    • David T. BachMuniswamappa Anjanappa
    • David T. BachMuniswamappa Anjanappa
    • G01N33/48C12M1/34
    • G01N15/1459G01N15/1456G01N2015/1006G01N2015/149G01N2035/0462Y10T436/25375Y10T436/2575
    • A cell sorter system that includes a precision pump that causes fluid containing cells to enter an inlet port where the fluid is exposed to source light of one or more wavelengths and where cells scatter light or produce fluorescence by known means, and the scattered light and/or fluorescence is used to detect the presence and position of desired cells. The fluid is passed into a select gate that can be magnetostrictive where it is cause to exit one of a plurality of ports, at least one of these ports receiving the desired cells. A controller controls the precision pump, the detection system, and the select gate so that cells are selected from the fluid. An optional vacuum system can be used to pull fluid or cells out of the selected exit port.
    • 一种细胞分选器系统,其包括精密泵,其使得含有细胞的流体进入入口端口,在该入口端口中流体暴露于一个或多个波长的源光,并且其中细胞通过已知的方式散射光或产生荧光,并且散射光和/ 或荧光用于检测所需细胞的存在和位置。 流体被传送到可以是磁致伸缩的选择栅极,其中它导致退出多个端口中的一个,这些端口中的至少一个端口接收期望的单元。 控制器控制精密泵,检测系统和选择门,以便从流体中选择细胞。 可选的真空系统可用于将流体或细胞从选定的出口吸出。
    • 5. 发明授权
    • Magnetostrictive film actuators using selective orientation
    • 使用选择性取向的磁致伸缩膜致动器
    • US06991698B2
    • 2006-01-31
    • US10690766
    • 2003-10-22
    • Muniswamappa AnjanappaDavid T. Bach
    • Muniswamappa AnjanappaDavid T. Bach
    • B32B31/28
    • H01L41/12H01L41/47
    • A method of making beams, clamps and other structures by curing a polymer containing a magnetostrictive material. A magnetostrictive material like TERFENOL-D™ is placed in a polymer. This mixture is put onto a slide in a film. The mixture is cured by UV light (or other means) so that it cross-links. A second layer of polymer with no magnetostrictive material can be cured on top of the first layer. This leads to a beam structure which exhibits a bending moment in an applied magnetic field. By aligning the magnetostrictive particles before curing with a magnetic field, a beam or other structure can be produced with aligned particles. A mask can be used to selectively cure regions where the magnetostrictive particles have different alignments on the same layer. It is possible to build up multiple layer structures with layers of magnetostrictive particles aligned in different directions.
    • 通过固化含有磁致伸缩材料的聚合物来制造光束,夹子和其它结构的方法。 将诸如TERFENOL-D TM的磁致伸缩材料置于聚合物中。 将该混合物放在胶片中的载玻片上。 混合物通过紫外线(或其他方式)固化,使其交联。 可以在第一层的顶部固化第二层无磁致伸缩材料的聚合物。 这导致在所施加的磁场中呈现弯曲力矩的梁结构。 通过将固化前的磁致伸缩颗粒与磁场对准,可以用对准的颗粒产生束或其它结构。 可以使用掩模来选择性地固化磁致伸缩颗粒在同一层上具有不同对准的区域。 可以建立具有沿不同方向排列的磁致伸缩颗粒层的多层结构。
    • 8. 发明授权
    • Ellipsoidal cylinder fluorescence analyzer
    • 椭圆柱荧光分析仪
    • US4861163A
    • 1989-08-29
    • US141160
    • 1988-01-06
    • David T. Bach
    • David T. Bach
    • G01N21/03G01N21/64
    • G01N21/645G01N2021/0346G01N2021/6421G01N2021/6469
    • The present invention provides an apparatus and method for fluorescence detection. An ellipsoidal cylinder having a first focal line, a second focal line and an internal reflective surface is provided. An excitation source is disposed on the first focal line and a sample container is disposed on the second focal line. Filter means are disposed between the excitation source and the sample container. Both fluorescence detector and reference detector means are provided to detect, respectively, the fluorescence radiation and excitation radiation. Comparator means compare the signal from the fluorescence and reference detectors to determine the presence and concentration of fluorescent material within the sample container.
    • 本发明提供了一种用于荧光检测的装置和方法。 提供具有第一焦线,第二焦线和内反射表面的椭圆形圆柱体。 励磁源设置在第一焦线上,样品容器设置在第二焦线上。 过滤装置设置在激发源和样品容器之间。 提供荧光检测器和参考检测器装置以分别检测荧光辐射和激发辐射。 比较器意味着比较来自荧光和参考检测器的信号,以确定样品容器内荧光材料的存在和浓度。
    • 10. 发明申请
    • Engine Revision for Peristaltic Oil Change
    • 发动机修理蠕动油更换
    • US20170022858A1
    • 2017-01-26
    • US15170625
    • 2016-06-01
    • David T. Bach
    • David T. Bach
    • F01M11/04F04B43/12
    • F01M11/0458F01M11/045F04B17/03F04B43/12F04B49/06
    • A method and a kit for oil removal or injection into the oil pan of a vehicle, marine or aircraft engine. A modified dip stick tube extends to the bottom of the oil pan has at least one or more openings at its bottom end to allow oil to enter or exit. The top has an air-tight seal that can be attached to a flexible tube that can be run to a peristaltic pump. The pump can have an exit tube that runs into an oil recovery receptacle. After draining, the oil, the tube can be valved or physically relocated to a fresh oil source. The direction of rotation of the pump can be reversed to fill the oil pan with fresh oil. An electric control can run the pump in both a forward and reverse direction typically from a vehicle battery voltage source.
    • 用于除油或注入车辆,船舶或飞机发动机油盘的方法和试剂盒。 延伸到油底壳底部的改进的浸渍棒管在其底端具有至少一个或多个开口以允许油进入或离开。 顶部具有气密密封,可以连接到可以运行到蠕动泵的柔性管。 泵可以具有进入油回收容器的出口管。 排水后,油,管可以被阀门或物理地重新定位到新鲜的油源。 泵的旋转方向可以反转,用新鲜的油填充油盘。 电气控制器可以通常从车辆电池电压源沿正向和反向方向运行泵。