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    • 1. 发明授权
    • Safety control apparatus for reciprocating engine
    • 往复式发动机安全控制装置
    • US5497751A
    • 1996-03-12
    • US395755
    • 1995-02-27
    • Yukio Ohtake
    • Yukio Ohtake
    • G01M15/04F02B37/18F02B75/18F02D41/26F02D45/00F02P5/15F02P15/00F02P17/12G05B9/02F02M51/00
    • F02D41/266F02B37/18F02P15/008G05B9/02F02B2075/1832F02P5/1518Y02T10/144
    • A safety control apparatus for a reciprocating engine equipped with two control systems to be able to sufficiently cope with a false normal state in which a normal state signal is output to an observation circuits of the control system despite the fact that an abnormal output has been fed to the actuators of the fuel injection system or the ignition system as a result of an abnormal operation in the control unit in the control systems. The pair of control systems are provided with a false normal state detection circuits for detecting the false normal state in addition to the provision of first and second control units for controlling the engine and an operation observation circuit therefor. When the false normal state detection circuit judges that the control system now in operation is abnormal, the engine control system is changed over to the standby system via the output change-over circuit to safely control the engine. When it is attempted to detect abnormality in the fuel injection system by the false normal state detection circuit, an occurrence of misfiring in at least any one of the cylinders of the engine is detected and when it is attempted to detect an abnormality in the ignition signal, a judgement is rendered that ignition timing is abnormal when the ignition timing of at least any one of the cylinders of the engine lies outside the normal range of ignition timing, and the engine control system is changed over to the standby system. This makes it possible to safely control the fuel injection timing and the ignition timing of a multi-cylinder reciprocating engine.
    • 一种用于具有两个控制系统的往复式发动机的安全控制装置,以能够充分地应付正常状态信号被输出到控制系统的观察电路的假正常状态,尽管事实上输入了异常输出 由于控制系统中的控制单元中的异常操作而导致燃料喷射系统或点火系统的致动器。 除了提供用于控制发动机的第一和第二控制单元以及其操作观察电路之外,该对控制系统还设置有用于检测假正常状态的假正常状态检测电路。 当假正常状态检测电路判断现在操作的控制系统异常时,通过输出转换电路将发动机控制系统切换到备用系统,以安全地控制发动机。 当通过假正常状态检测电路试图检测到燃料喷射系统中的异常时,检测到发动机的至少任一个气缸中的发生失火,并且当试图检测点火信号的异常时 当发动机的至少任一缸的点火正时超出点火正时的正常范围时,点火正时异常,并且将发动机控制系统切换到备用系统。 这使得可以安全地控制多缸往复式发动机的燃料喷射正时和点火正时。
    • 2. 发明授权
    • Apparatus for automatically measuring changing values of absorbance
    • 用于自动测量吸光度变化值的装置
    • US4318618A
    • 1982-03-09
    • US126242
    • 1980-03-03
    • Yukio OhtakeMasahiro Nakamura
    • Yukio OhtakeMasahiro Nakamura
    • G01N21/75G01N21/25G01N35/02G01N21/01
    • G01N21/253
    • Apparatus for automatically measuring changing values of absorbance comprise a circular, absorption cell conveying system on which are disposed in order a multitude of absorption cells with samples injected therein, an optical measurement system disposed so that a measuring zone is positioned therewithin, said measuring zone is disposed in a predetermined position of said absorption cell conveying system, a measurement conversion system for encoding a measured value signal output from said optical measurement system with respect to each said absorption cell conducted successively into said measuring zone, a reference conversion system for encoding a reference value signal output from said optical measurement system, a synchronizing command system for generating a synchronizing signal upon sensing of the arrival of each said absorption cell at said measuring zone, and an arithmetic recording system including a microcomputer for inputting in parallel the output signals respectively from said measurement conversion system, reference conversion system and synchronizing command system and calculating a value of change in absorbance of each said absorption cell.
    • 用于自动测量吸光度变化值的装置包括圆形吸收单元输送系统,其上依次设置有多个注入样品的吸收单元,光学测量系统设置成使测量区域位于其中,所述测量区域 设置在所述吸收单元传送系统的预定位置的测量转换系统,用于将从所述光学测量系统输出的测量值信号相对于连续进入所述测量区域的每个所述吸收单元编码的测量转换系统,用于编码参考的参考转换系统 从所述光学测量系统输出的值信号,用于在感测每个所述吸收单元到达所述测量区域时产生同步信号的同步命令系统,以及包括微计算机的算术记录系统,所述微计算机分别并行输入所述输出信号, 所述测量转换系统,参考转换系统和同步指令系统,并计算每个所述吸收单元的吸光度变化值。
    • 3. 发明授权
    • Apparatus for automatically measuring changes in amount of gas
    • 用于自动测量气体量变化的装置
    • US4314029A
    • 1982-02-02
    • US117736
    • 1980-02-01
    • Yukio OhtakeMasahiro Nakamura
    • Yukio OhtakeMasahiro Nakamura
    • G01N33/497C12M1/34G01N33/00
    • C12M41/34C12M41/40C12M41/46Y10S435/807Y10S435/808Y10S435/817
    • Apparatus for automatically measuring changes in amount of gas comprises a pressure sensor being attached to a closed vessel having a main chamber in which is contained a liquid enzyme or the like and adapted to convert a change in pressure within said vessel into an electric signal and output a measured pressure value signal; a photoelectric sensor adapted to convert an optical change of the liquid enzyme or the like within said closed vessel into an electric signal and output an optical measured value signal; an electrode adapted to come into contact with the liquid enzyme or the like within the vessel to convert a change in conductivity into an electric signal and output a measured conductivity signal; and an arithmetic circuit adapted to input respectively said measured pressure value signal, the measured pressure value signal and said optical measured value signal, and the measured pressure value signal and said measured conductivity signal simultaneously, effect calculations simultaneously in parallel according to a predetermined numerical expression stored in advance and output respective calculation data signals.
    • 用于自动测量气体量变化的装置包括一个压力传感器,该压力传感器连接到具有主室的密封容器中,其中容纳液体酶等,并适于将所述容器内的压力变化转换为电信号并输出 测量压力值信号; 适于将所述密闭容器内的液态酶等的光学变化转换为电信号并输出​​光学测量值信号的光电传感器; 适于与容器内的液体酶等接触的电极,将电导率的变化转换为电信号,并输出测定的电导率信号; 以及运算电路,其适于同时输入所述测量的压力值信号,测量的压力值信号和所述光学测量值信号以及所测量的压力值信号和所测量的电导率信号,根据预定的数值表达式并行地进行计算 预先存储并输出相应的计算数据信号。
    • 6. 发明授权
    • Rotary shaking culture measuring method and apparatus
    • 旋转振荡培养测定方法及装置
    • US4293643A
    • 1981-10-06
    • US116184
    • 1980-01-28
    • Yukio OhtakeMasahiro Nakamura
    • Yukio OhtakeMasahiro Nakamura
    • C12M1/02B01F9/00C12M1/34C12M1/36C12Q1/02C12Q1/06C12Q3/00
    • B01F9/002C12M23/08C12M23/50C12M27/10C12M27/16C12M41/36
    • Rotary shaking culture measuring method and apparatus characterizes in that culture tubes are disposed radially and at equal intervals in the circumferential direction, and an inclined turntable is disposed at a predetermined angle of inclination with respect to a horizontal reference plane, a central shaft of the inclined turntable serves as a driving shaft whereby a turning motion in a continuous or intermittently indexing form is imparted to the turntable. In addition, the culture tubes revolve along an inclined circular orbit described by such turning motion, and the substance being cultured within the tubes is shaked and cultured by a reciprocative motion of inertial resultant force of centrifugal force and gravity. Furthermore, in a certain position of the turntable the growth of the substance being cultured within all the culture tubes is measured with the lapse of time by a signal obtained at every fixed cycle.
    • 旋转振荡培养测定方法和装置的特征在于,培养管在圆周方向上以等间隔径向放置,倾斜转盘相对于水平参考平面以预定的倾斜角设置,倾斜的中心轴 转台用作驱动轴,由此将转动运动以连续或间歇转位的形式传送到转盘。 此外,培养管沿着通过这种转动运动描述的倾斜圆形轨道旋转,并且在管内培养的物质通过离心力和重力的惯性合力的往复运动进行摇动和培养。 此外,在转盘的某一位置,通过在每个固定周期获得的信号随时间推移测量在所有培养管内培养的物质的生长。
    • 9. 发明授权
    • Power-assisted gear-shift mechanism for manual transmission
    • 用于手动变速器的动力辅助变速机构
    • US4742724A
    • 1988-05-10
    • US69832
    • 1987-07-06
    • Shoji JimboAkira SatoFumihiro UshijimaKenichi KikuchiHideaki MatsuiYukio Ohtake
    • Shoji JimboAkira SatoFumihiro UshijimaKenichi KikuchiHideaki MatsuiYukio Ohtake
    • F16H61/30F16H61/36F16H63/20G05G9/16F15B9/10
    • F16H63/20F16H61/30F16H61/36F16H2061/301F16H2061/308F16H2063/208Y10T74/19535Y10T74/2014
    • A power-assisted gear shift mechanism for a manual transmission includes a lateral casing mounted on a transmission housing, a first lateral shaft rotatably mounted within the casing and being operatively connected to a manual shift lever to be rotated in shifting operation of the shift lever, and a second lateral shaft in the form of a hollow shaft rotatably and axially slidably mounted on the first lateral shaft and being operatively connected to the manual shift lever to be axially moved in selecting operation of the shift lever, the second lateral shaft being integrally provided with a shift-and-select lever which extends into an interior of the transmission housing to be selectively engaged with a plurality of shift heads in axial movement of the second lateral shaft. The gear-shift mechanism is associated with a hydraulic power cylinder assembly which is integrally connected to one end of the lateral casing to provide a hydraulic power assist in accordance with operation torque applied to the first lateral shaft in shifting operation of the manual shift lever.
    • 用于手动变速器的动力辅助变速机构包括安装在变速器壳体上的侧向壳体,可旋转地安装在壳体内并且可操作地连接到在变速杆的换档操作中转动的手动变速杆的第一侧向轴, 以及空心轴形式的第二侧轴,其可旋转地并轴向地可滑动地安装在所述第一侧轴上,并且可操作地连接到所述手动变速杆,以在所述换档杆的选择操作中被轴向移动,所述第二横轴被整体地设置 其具有延伸到变速器壳体的内部中的换档和选择杆,以在第二侧轴的轴向运动中选择性地与多个换档头啮合。 齿轮换档机构与液压动力油缸组合有关,该液压动力油缸组件与侧向壳体的一端一体连接,以根据在手动变速杆的换档操作中施加到第一侧轴的操作扭矩提供液压动力辅助。