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    • 31. 发明授权
    • Method of measuring taste using two phase radial basis function neural networks, a taste sensor, and a taste measuring apparatus
    • 使用两相径向基函数神经网络测量味道的方法,味觉传感器和味觉测量装置
    • US07899765B2
    • 2011-03-01
    • US11920924
    • 2006-05-22
    • Koji SuzukiSaeko IshiharaAtsushi IkedaYoshio ArakiKenichi MaruyamaDaniel CitterioMasafumi Hagiwara
    • Koji SuzukiSaeko IshiharaAtsushi IkedaYoshio ArakiKenichi MaruyamaDaniel CitterioMasafumi Hagiwara
    • G06E1/00
    • G01N33/02G01N33/14
    • A method for measuring tastes, which can better simulate the human gustation than known methods, as well as a taste sensor, computer program and an apparatus for measuring tastes, is disclosed. In this method, data processing is carried out by a two-phase radial basis function neural network. That is, by sensors, each of which sensors can quantify at least one component representing, individually or cooperatively, the taste of saltiness, sourness, sweetness, umami or bitterness, to obtain a response value from each sensor, and each of the obtained response values is input to a first phase radial basis function neural network to calculate the concentration of each component from each response value. Then, the concentration of each component is fed into a second phase radial basis function neural network, which correlates the concentration of each component with the intensities of saltiness, sourness, sweetness, umami and bitterness sensed by humans, to calculate the intensities of saltiness, sourness, sweetness, umami and bitterness sensed by humans.
    • 公开了一种用于测量口味的方法,其可以比已知方法更好地模拟人的气味,以及味道传感器,计算机程序和用于测量口味的装置。 在这种方法中,数据处理由两阶段径向基函数神经网络进行。 也就是说,通过传感器,每个传感器可以量化至少一个单独或协同地表示咸味,酸味,甜味,鲜味或苦味的味道的组分,以从每个传感器获得响应值,并且获得的所有反应 值被输入到第一阶段径向基函数神经网络,以从每个响应值计算每个分量的浓度。 然后,将每个组分的浓度进料到第二相径向基函数神经网络,其将每个组分的浓度与人感测到的咸味,酸味,甜味,鲜味和苦味的浓度相关联,以计算盐度的强度, 酸味,甜味,鲜味和人感觉到的苦味。
    • 36. 发明授权
    • Blood dialysis apparatus having convenient unit
    • 血液透析仪具有方便的单位
    • US07520979B2
    • 2009-04-21
    • US11937624
    • 2007-11-09
    • Atsushi Ikeda
    • Atsushi Ikeda
    • B01D61/28B01D61/32
    • A61M1/16A61M1/36A61M1/3607A61M1/361A61M1/3663A61M2205/18A61M2205/3331A61M2205/50
    • A hemodialysis apparatus which controls dialysis conditions. The hemodialysis treatment is carried out under dialysis conditions determined by defining the course of the chronological target blood indication level as a target control line, measuring the blood indication level at each measurement point (controlling point) in the chronological course, calculating the dialysis conditions using the measured blood indication level and the target blood indication level at the next measurement point (controlling point) of the measurement point in the hemodialysis apparatus carrying out hemodialysis treatment by controlling dialysis conditions using blood volume (BV level) or blood volume change as an indication level (hereinafter blood indication level), to attain the target blood indication level at the next measurement point. This apparatus has a simple control mechanism and has little risk of misoperation or out-of-control. An operator can easily handle it and the control can be quickly and precisely carried out.
    • 一种控制透析条件的血液透析装置。 血液透析治疗在透析条件下进行,透析条件是通过将按时间顺序的目标血液指示水平的过程定义为目标对照线,测量按时间顺序进行的每个测量点(控制点)的血液指示水平,使用 通过使用血容量(BV水平)或血容量变化控制透析条件作为指示,进行血液透析治疗的血液透析装置中的测量点的下一个测量点(控制点)处的测量血液指示水平和目标血液指示水平 水平(以下为血液指示水平),以在下一个测量点达到目标血液指示水平。 该装置具有简单的控制机制,并且几乎没有误操作或失控的风险。 操作人员可以轻松处理,可以快速精确地进行控制。
    • 39. 发明申请
    • Optical pickup
    • 光学拾音
    • US20080068973A1
    • 2008-03-20
    • US11897529
    • 2007-08-30
    • Atsushi Ikeda
    • Atsushi Ikeda
    • G11B7/00
    • G11B7/094G11B7/0901G11B7/131G11B7/1365G11B7/1395G11B2007/0006
    • A multiple wavelength-adaptive optical pickup according to the present invention enables to obtain stable signals by suppressing displacement of optical intensity distribution at a light receiving section. When an incident angle of a central beam of a zero-dimensional beam of a beam reflected at an optical disc into a half mirror is taken as θ, if variation in transmittance of the mirror become a maximum with respect to change in the incident angle from θ to a plus side in any one of the wavelengths corresponding to the respective optical discs, a −1 dimensional beam generated on the minus side with respect to the zero-dimensional beam is received by the light receiving section, and if the variation in the transmittance of the mirror become the maximum with respect to change in the incident angle from θ to the minus side, a +1 dimensional beam generated on the plus side with respect to the zero-dimensional beam is received by the light receiving section. These received one-dimensional beams are used for detection of signals for servo control.
    • 根据本发明的多波长自适应光学拾取器能够通过抑制光接收部分处的光强度分布的位移来获得稳定的信号。 当将在光盘处反射成半反射镜的光束的零维束束的中心束的入射角取为θ时,如果反射镜的透射率的变化相对于入射角的变化变为最大值 θ对应于相应光盘的任何波长中的正侧,相对于零维束而在负侧产生的-1维光束被光接收部接收,并且如果 相对于从θ向负侧的入射角的变化,镜的透射率变为最大值,相对于零维光束在正侧产生的+1维光束被光接收部接收。 这些接收的一维光束用于伺服控制信号的检测。
    • 40. 发明授权
    • Blood dialysis apparatus having convenient controlling unit
    • 血液透析仪具有方便的控制单位
    • US07303667B2
    • 2007-12-04
    • US10482293
    • 2002-07-03
    • Atsushi Ikeda
    • Atsushi Ikeda
    • B01D61/28B01D61/32
    • A61M1/16A61M1/36A61M1/3607A61M1/361A61M1/3663A61M2205/18A61M2205/3331A61M2205/50
    • A hemodialysis apparatus that carries out hemodialysis treatment by controlling dialysis conditions, wherein the hemodialysis treatment is carried out under dialysis conditions determined by defining the course of said chronological target blood indication level as a target control line, measuring the blood indication level at each measurement point (controlling point) in said chronological course, calculating the dialysis conditions with the use of said measured blood indication level and the target blood indication level at the next measurement point (controlling point) of said measurement point (controlling point) in the hemodialysis apparatus carrying out hemodialysis treatment by controlling dialysis conditions with the use of blood volume (BV level) or blood volume change as an indication level (hereinafter also referred to as blood indication level), to attain the target blood indication level at the next measurement point (controlling point). This apparatus has a simple control mechanism and has little risk of misoperation or out-of-control. An operator can easily handle it and the control can be quickly and precisely carried out. Therefore, the blood volume transits appropriately during hemodialysis, which is an excellent effect.
    • 1.一种血液透析装置,其通过控制透析条件进行血液透析治疗,其中,所述血液透析治疗是在透析条件下进行的,所述透析条件是通过将所述按时间顺序的目标血液指示水平定义为目标对照线所测定的, (控制点)计算透析条件,使用所测量的血液指示水平和目标血液指示水平计算血液透析装置中的所述测量点(控制点)的下一个测量点(控制点) 通过使用血容量(BV水平)或血容量变化作为指示水平(以下也称为血液指示水平)控制透析条件进行血液透析治疗,以在下一个测量点达到目标血液指示水平(控制 点)。 该装置具有简单的控制机制,并且几乎没有误操作或失控的风险。 操作人员可以轻松处理,可以快速精确地进行控制。 因此,血液透析过程中血容量适当转移,效果极佳。