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    • 91. 发明授权
    • Control for watercraft propulsion system
    • 控制船舶推进系统
    • US06855014B2
    • 2005-02-15
    • US10624111
    • 2003-07-21
    • Yoshimasa KinoshitaKazumasa Ito
    • Yoshimasa KinoshitaKazumasa Ito
    • B63H21/22
    • B63H21/213
    • An engine output control device is configured to detect an actual engine speed and to determine a modified engine speed based on the actual engine speed that is more in proportion to the speed of the watercraft than the actual engine speed. The modified engine speed can be used to control the output of the engine so as to provide a more natural feeling for the operator of the watercraft. The modified engine speed can also be used as an indication of the speed of the watercraft. As such, the modified engine speed can also be used to determine the extent to which the output of the engine can be raised to provide additional thrust for steering purposes.
    • 发动机输出控制装置被配置为检测实际的发动机转速,并根据与实际的发动机转速相比与船舶的速度成比例的实际发动机转速确定修正的发动机转速。 改进的发动机转速可用于控制发动机的输出,以便为船舶的操作者提供更自然的感觉。 改进的发动机转速也可以用作船舶速度的指示。 因此,改进的发动机速度也可以用于确定发动机的输出可以升高到为转向目的提供附加推力的程度。
    • 94. 发明授权
    • Lubrication system for an engine having a floatless carburetor
    • 具有无浮子化油器的发动机润滑系统
    • US6085702A
    • 2000-07-11
    • US46661
    • 1998-03-23
    • Kazumasa Ito
    • Kazumasa Ito
    • B63H21/14B63B35/73F01M3/02F01M9/12F02M19/00F01M33/00
    • F01M3/02
    • A lubrication system for an engine having a fuel system including a floatless carburetor is disclosed. The engine has an intake system through which air is supplied to the engine, the carburetor associated with the intake system and arranged to deliver fuel into air passing through an air flow passage therethrough. The carburetor has a main fuel supply line extending between a fuel supply chamber and a discharge to the air flow passage, a first one-way type valve arranged along the main fuel supply line, a diaphragm dividing the fuel supply chamber from an air chamber, the air chamber coupled to an air source whereby movement of the diaphragm causes fuel to be discharged through the main fuel supply line to the air passage. The lubrication system is arranged to deliver lubricant from a supply through a lubricant supply line communicating with the main fuel supply line between the first one-way type valve and the discharge.
    • 公开了一种具有包括无浮子化油器的燃料系统的发动机的润滑系统。 发动机具有进气系统,通过该进气系统将空气供应到发动机,与进气系统相关联的化油器并且布置成将燃料输送到通过其中的空气流动通道的空气中。 所述化油器具有在燃料供给室与所述空气流动通道的排出口之间延伸的主燃料供给管线,沿着所述主燃料供给管路配置的第一单向阀,将所述燃料供给室与空气室分隔开的隔膜, 空气室联接到空气源,由此隔膜的移动使得燃料通过主燃料供应管线排出到空气通道。 润滑系统设置成通过与第一单向阀和排出口之间的主燃料供应管线连通的润滑剂供给管线从供应源输送润滑剂。
    • 96. 发明授权
    • Pulse oximeter
    • 脉搏血氧仪
    • US5355882A
    • 1994-10-18
    • US87314
    • 1993-07-08
    • Teiji UkawaKazumasa ItoTadashi Nakayama
    • Teiji UkawaKazumasa ItoTadashi Nakayama
    • A61B5/145A61B5/00A61B5/1455A61B5/1495
    • A61B5/14551
    • A improved pulse oximeter comprises first and second light-emitting diodes that apply red light and infrared light, respectively, to a living tissue including the arterial blood, a photodiode for detecting optical outputs as produced after the red and infrared light of two wavelengths issuing from light-emitting diodes have been absorbed by the living tissue, a first computing unit that computes the ratio between the pulsating components of light absorbance .PHI. for the two wavelengths due to the arterial blood on the basis of the dc components and pulsating components of the respective wavelengths that are obtained from the reception outputs of the photodiode, a correction circuit that not only detects the degree of fluctuation in the absorbance ratio .PHI. as produced from the first computing unit but which also holds the pulsating components of the respective wavelengths when they are stable and which, if there is a fluctuation in the absorbance ratio .PHI., computes a corrected absorbance ratio .PHI.' using the pulsating components of the respective wavelengths that were held at the stable time and the dc components of the respective wavelengths at the present time, and a second computing unit 16 for computing the oxygen saturation of arterial blood on the basis of the absorbance ratio .PHI.' as produced from the correction circuit. This pulse oximeter permits the intended measurement to be continued consistently even if there occurs noise due to body movements and yet it is capable of measurements with good response.
    • 改进的脉搏血氧计包括分别将红光和红外光施加到包括动脉血的活组织的第一和第二发光二极管,用于检测在从两个波长发出的红色和红外光之后产生的光输出的光电二极管 发光二极管已经被活体组织吸收,第一计算单元基于各自的直流分量和脉动分量来计算由于动脉血的两个波长的吸光度PHI的脉动分量之间的比率 从光电二极管的接收输出获得的波长,校正电路,其不仅检测从第一计算单元产生的吸收率PHI的波动程度,而且当它们稳定时也保持各波长的脉动分量 并且如果吸光度比PHI的波动,则计算校正的吸光度 使用当前保持在稳定时间的各个波长的脉动分量和当前各个波长的直流分量的第二计算单元16,用于基于以下步骤计算动脉血的氧饱和度 从校正电路产生的吸光度比PHI'。 即使由于身体运动而发生噪音,而且能够以良好的响应进行测量,该脉搏血氧计允许持续的持续测量。