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    • 1. 发明授权
    • Plasma separation filter
    • 等离子体分离过滤器
    • US06241886B1
    • 2001-06-05
    • US08665025
    • 1996-06-07
    • Tomohiro KitagawaHidehiko SakuraiTakafumi HayashiMakoto Ohno
    • Tomohiro KitagawaHidehiko SakuraiTakafumi HayashiMakoto Ohno
    • B01D2901
    • B01D39/083B01D2239/0421B01D2239/0478B01D2239/065B01D2239/1233B01D2239/1291G01N33/491
    • The present invention provides a plasma separation filter capable of easily, speedily and safely separating plasma from a small quantity of blood without damaging blood cell components in the blood. The plasma retains the same protein concentration as in the blood. The present invention also provides a method using such a filter and an apparatus comprising such a filter. The filter of the present invention comprises a micro fiber medium formed of micro fibers with an average hydraulic radius of 0.5 &mgr;m to 3.0 &mgr;m. Such a micro fiber medium is placed in a container having an inlet and an outlet so that a ratio (L/D) of a blood flow passage length (L) to a blood flow passage diameter (D) is 0.15 to 6. The present invention provides such a filter, a plasma separation method using the filter, and a plasma separation apparatus comprising the filter. The present invention can significantly contribute to promote the automation and enhance speediness and safety in clinical tests.
    • 本发明提供一种血浆分离过滤器,其能够容易地,快速且安全地将血浆从少量血液分离而不损害血液中的血细胞成分。 血浆保持与血液中相同的蛋白质浓度。 本发明还提供了一种使用这种过滤器的方法和包括这种过滤器的装置。 本发明的过滤器包括由平均水力半径为0.5μm至3.0μm的微纤维形成的微纤维介质。 这样的微纤维介质被放置在具有入口和出口的容器中,使得血流通道长度(L)与血流通道直径(D)的比(L / D)为0.15至6。 本发明提供了这种过滤器,使用该过滤器的等离子体分离方法,以及包括该过滤器的等离子体分离装置。 本发明可显着促进临床试验中的自动化,提高快速性和安全性。
    • 7. 发明授权
    • Automatic transmission control device, transmission device, and power output device
    • 自动变速器控制装置,传动装置和动力输出装置
    • US08244441B2
    • 2012-08-14
    • US12963070
    • 2010-12-08
    • Shoichiro ArakiTakafumi Hayashi
    • Shoichiro ArakiTakafumi Hayashi
    • G06F7/00
    • F16H61/061F16H61/686F16H63/502Y10T477/675
    • An automatic transmission control device for improving shift feel includes a pressure regulating device that regulates a friction engagement element, and transmits power to an output shaft, which is input to an input shaft through a change of a shift speed by controlling the pressure regulating device to switch an engagement state. When changing shift speed while applying torque to the input shaft, the transmission changes the shift speed via (1) a torque phase where torque is changed according to shift speed after shifting, and (2) an inertia phase where an input shaft rotation speed is changed according to the shift speed after shifting. During a shift speed change, the regulating device executes the torque phase by engaging the engagement element at a predetermined pressure with slip and standby, and executes the inertia phase by reducing an amount according to the shift speed so a shifting condition falls within a predetermined range regardless of changed shift speed, and reduces input shaft torque by a set amount, while standing by at the predetermined engagement pressure.
    • 一种用于改善换档感觉的自动变速器控制装置包括:压力调节装置,其调节摩擦接合元件,并且通过控制压力调节装置通过变速来输入到输入轴的输出轴 切换参与状态。 当向输入轴施加转矩时改变换档速度,变速器通过(1)扭矩相位根据变速后的换档速度而改变转速,以及(2)输入轴转速为 根据换档后的换档速度而改变。 在换档速度变化期间,调节​​装置通过使接合元件以预定的压力与滑动和待机接合来执行扭矩相位,并且通过根据换档速度减少量来执行惯性阶段,使得变速条件落在预定范围内 而不管改变的换档速度,并且在预定的接合压力下待机时,将输入轴转矩减小一定量。
    • 8. 发明授权
    • Composite hollow fiber membrane and process for its production
    • 复合中空纤维膜及其生产工艺
    • US5783079A
    • 1998-07-21
    • US516460
    • 1995-08-17
    • Atsuo KumanoHiroshi OguroTakafumi Hayashi
    • Atsuo KumanoHiroshi OguroTakafumi Hayashi
    • B01D69/08B01D69/12B01D33/21
    • B01D69/125B01D69/08
    • A composite hollow fiber membrane is provided, which includes a microporous hollow fiber support membrane and a polymeric ultrathin layer formed on the outer surface of the microporous hollow fiber support membrane by interfacial polymerization, and which contains an organic fluorine compound. Also provided is a process for its production, in which a microporous hollow fiber support membrane is successively contacted with first and second solutions involved in the polymerization, but it is further contacted with a third liquid which is substantially immiscible with the first and/or second solutions and which contains an organic fluorine compound, before and/or after contact with the second solution. Thus, it becomes possible to produce a composite hollow fiber membrane exhibiting excellent permeability and selectivity performance in a continuous and stable manner.
    • 提供了一种复合中空纤维膜,其包括微孔中空纤维支撑膜和通过界面聚合在微孔中空纤维支撑膜的外表面上形成的含有有机氟化合物的聚合超薄层。 还提供了一种其生产方法,其中微孔中空纤维支撑膜与参与聚合的第一和第二溶液相继接触,但是其进一步与第一和/或第二液体基本上不混溶的第三液体接触 溶液,并且在与第二溶液接触之前和/或之后含有有机氟化合物。 因此,可以以连续且稳定的方式制造显示优异的导磁率和选择性的复合中空纤维膜。
    • 9. 发明授权
    • Picture display device
    • 图片显示装置
    • US08520008B2
    • 2013-08-27
    • US12419544
    • 2009-04-07
    • Takafumi Hayashi
    • Takafumi Hayashi
    • G06T11/00G09G5/00
    • G06T11/60H04N5/44543H04N5/58H04N21/42202H04N21/4348H04N21/4355H04N21/4821H04N21/84
    • A picture display device including a display unit which displays a picture in accordance with a picture signal included in a broadcast signal. A display control unit displays a picture for an electronic program guide including characters on the display unit in accordance with program information included in the broadcast signal. A brightness information retriever retrieves information related to the brightness of the picture displayed on the display unit. The display control unit adjusts the size of the characters in the electronic program guide displayed on the display unit in accordance with the brightness information retrieved by the brightness information retriever.
    • 一种图像显示装置,包括根据广播信号中包括的图像信号显示图像的显示单元。 显示控制单元根据包含在广播信号中的节目信息,在显示单元上显示包含字符的电子节目指南的图像。 亮度信息检索器检索与显示在显示单元上的图像的亮度有关的信息。 显示控制单元根据由亮度信息检索器检索的亮度信息来调整显示在显示单元上的电子节目指南中的字符的大小。
    • 10. 发明申请
    • AUTOMATIC TRANSMISSION CONTROL DEVICE, TRANSMISSION DEVICE, AND POWER OUTPUT DEVICE
    • 自动变速器控制装置,变速装置和动力输出装置
    • US20110190991A1
    • 2011-08-04
    • US12963070
    • 2010-12-08
    • Shoichiro ArakiTakafumi Hayashi
    • Shoichiro ArakiTakafumi Hayashi
    • F16H59/38
    • F16H61/061F16H61/686F16H63/502Y10T477/675
    • An automatic transmission control device for improving shift feel includes a pressure regulating device that regulates a friction engagement element, and transmits power to an output shaft, which is input to an input shaft through a change of a shift speed by controlling the pressure regulating device to switch an engagement state. When changing shift speed while applying torque to the input shaft, the transmission changes the shift speed via (1) a torque phase where torque is changed according to shift speed after shifting, and (2) an inertia phase where an input shaft rotation speed is changed according to the shift speed after shifting. During a shift speed change, the regulating device executes the torque phase by engaging the engagement element at a predetermined pressure with slip and standby, and executes the inertia phase by reducing an amount according to the shift speed so a shifting condition falls within a predetermined range regardless of changed shift speed, and reduces input shaft torque by a set amount, while standing by at the predetermined engagement pressure
    • 一种用于改善换档感觉的自动变速器控制装置包括:压力调节装置,其调节摩擦接合元件,并通过控制压力调节装置通过变速来输入到输入轴的输出轴 切换参与状态。 当向输入轴施加转矩时改变换档速度,变速器通过(1)扭矩相位根据变速后的换档速度而改变转速,以及(2)输入轴转速为 根据换档后的换档速度而改变。 在换档速度变化期间,调节​​装置通过使接合元件以预定的压力与滑动和待机接合来执行扭矩相位,并且通过根据换档速度减少量来执行惯性阶段,使得变速条件落在预定范围内 而不管改变的换档速度,并且在预定的接合压力下待机时,将输入轴转矩减小一定量