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    • 1. 发明专利
    • Infrared illuminator and optical amplifying medium
    • 红外线照明器和光学放大器
    • JP2003283028A
    • 2003-10-03
    • JP2002373468
    • 2002-12-25
    • Yasushi FujimotoMasahiro NakatsukaNippon Sheet Glass Co Ltd正大 中塚日本板硝子株式会社靖 藤本
    • KISHIMOTO SHOICHISAKAGUCHI KOICHITSUDA MASAHIRONAKAGAKI SHIGEKIYOSHII NARIKAZUFUJIMOTO YASUSHINAKATSUKA MASAHIRO
    • C03C3/085C03C3/087C03C3/091C03C3/093C03C4/12H01S3/17
    • PROBLEM TO BE SOLVED: To obtain a glass material that emits light or displays function of optical amplification in an infrared wavelength zone, especially in the wide wavelength range that is used for optical communication without containing rare earths and is stable.
      SOLUTION: A light emitting glass body or optical amplifying medium comprises a glass composition having a bismuth oxide, silicon dioxide, aluminum oxide and bivalent metal oxide as essential constituents and presenting fluorescence in an infrared wavelength zone by the irradiation of excitation light. This glass composition is heat-treated to form crystallized glass, and thereby, thermal stability is further improved. The wavelength of excitation light is in the range of 400 nm to 850 nm, and the wavelength at which the intensity of fluorescence becomes a maximum is in the range of 1000 nm to 1600 nm. The optical amplifying medium has the gain of amplification in at least a part of wavelength zone in the wavelength range of 1000 nm to 1400 nm.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:为了获得在红外波长区域特别是在不含稀土的光通信用的宽波长范围内发光或显示光放大功能的玻璃材料,并且稳定。 解决方案:发光玻璃体或光学放大介质包括具有氧化铋,二氧化硅,氧化铝和二价金属氧化物作为必要成分的玻璃组合物,并且通过激发光的照射在红外波长区域呈现荧光。 对该玻璃组合物进行热处理以形成结晶化玻璃,从而进一步提高热稳定性。 激发光的波长在400nm〜850nm的范围内,荧光强度最大的波长在1000nm〜1600nm的范围内。 光放大介质在波长范围为1000nm〜1400nm的波长区域的至少一部分具有放大增益。 版权所有(C)2004,JPO
    • 2. 发明专利
    • Method for finding out numerical solution of differential equation and program using the method
    • 使用方法找出差分方程的数值解和方法的方法
    • JP2005025651A
    • 2005-01-27
    • JP2003205868
    • 2003-06-30
    • Yasushi Fujimoto康 藤本
    • FUJIMOTO YASUSHI
    • G06F17/50G06F17/13G06F17/14
    • PROBLEM TO BE SOLVED: To solve a problem that when a numerical solution includes a comparatively high frequency component and a comparatively low frequency component in the case of finding out the numerical solution of a differential equation by a difference method such as a trapezoid formula, section division should be set to a sufficiently small value as compared with a short period (wavelength) of a high frequency component and therefore extremely large calculation load is required for finding out solutions of a large (wide) area in which a low frequency component is concerned. SOLUTION: As a means for solving problems in a conventional method for solving a differential equation, an area is divided into a plurality of sections and an unknown variable is approximated by (discrete) Fourier series in the sections. Then the differential equation is transformed into a difference equation between coefficients of the (discrete) Fourier series of the unknown variable and the difference equation is solved to numerically solve the differential equation. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了解决在通过差分方法(如梯形)找出微分方程的数值解的情况下数值解包括比较高频分量和较低频分量的问题的问题 与高频分量的短周期(波长)相比,公式,截面分割应当被设置为足够小的值,因此需要极大的计算负载来找出大(宽)区域的解决方案,其中低频 组件是关心的。 解决方案:作为用于求解微分方程的常规方法中的问题的解决方案,区域被划分为多个部分,未知变量由部分中的(离散)傅里叶级数近似。 然后将微分方程转换为未知变量的(离散)傅里叶级数的系数之间的差分方程,求解差分方程以数值求解微分方程。 版权所有(C)2005,JPO&NCIPI
    • 5. 发明授权
    • Power system for vehicle and vehicle having the power system
    • 具有电力系统的车辆和车辆电力系统
    • US08689548B2
    • 2014-04-08
    • US12394719
    • 2009-02-27
    • Hayato MaeharaYasushi Fujimoto
    • Hayato MaeharaYasushi Fujimoto
    • F16D31/00
    • F16H57/0405F16D48/0206F16D2048/0281F16D2300/18F16D2300/26F16D2500/1026F16D2500/1117F16D2500/3056F16H61/0009Y10T477/69387
    • A power system for a vehicle includes a hydraulic pressure generating device, a first hydraulically operated device, a second hydraulically operated device, a common oil channel, a first bifurcated oil channel, a second bifurcated oil channel, and an oil state detector. The first hydraulically operated device is configured to be operated by liquid supplied from the hydraulic pressure generating device. The second hydraulically operated device is configured to be operated by liquid supplied from the hydraulic pressure generating device. The common oil channel is connected to the hydraulic pressure generating device. The first bifurcated oil channel connects the common oil channel and the first hydraulically operated device. The second bifurcated oil channel connects the common oil channel and the second hydraulically operated device. The oil state detector is provided in the common oil channel and configured to detect the state of the liquid.
    • 一种用于车辆的动力系统包括液压产生装置,第一液压操作装置,第二液压操作装置,公共油通道,第一分叉油通道,第二分叉油通道和油状态检测器。 第一液压操作装置构造成由从液压产生装置供应的液体操作。 第二液压操作装置构造成由从液压发生装置供应的液体操作。 公共油路连接到液压发生装置。 第一个分叉油通道连接公共油道和第一个液压操作装置。 第二分叉油通道连接普通油道和第二液压操作装置。 油状态检测器设置在通用油通道中并且被配置为检测液体的状态。
    • 6. 发明授权
    • Clutch actuator mounting structure for internal combustion engine
    • 内燃机离合器执行器安装结构
    • US08671906B2
    • 2014-03-18
    • US13042952
    • 2011-03-08
    • Yasushi FujimotoKinya MizunoYoshiaki Tsukada
    • Yasushi FujimotoKinya MizunoYoshiaki Tsukada
    • F02B75/32
    • F16D13/58F16D2300/12
    • A clutch actuator mounting structure for internal combustion engine has excellent maintainability such that clutch actuator maintenance and the like can be carried out without dismounting an engine case. The clutch actuator mounting structure for an internal combustion engine includes, in the engine case, a power transmission mechanism designed to transmit rotational power of a crankshaft to an output shaft through a shift clutch and a transmission. The engine case is formed with a clutch actuator containing part in which a clutch actuator for engaging/disengaging the shift clutch is contained. The clutch actuator containing part has a clutch actuator mounting/dismounting port through which to mount and dismount the clutch actuator. The clutch actuator mounting/dismounting port is formed to be exposed to the exterior.
    • 用于内燃机的离合器致动器安装结构具有优异的可维护性,从而可以在不拆卸发动机壳体的情况下进行离合器致动器维护等。 用于内燃机的离合器致动器安装结构在发动机壳体中包括被设计成通过换档离合器和变速器将曲轴的旋转动力传递到输出轴的动力传递机构。 发动机壳体形成有离合器致动器容纳部,其中包含用于接合/分离换档离合器的离合器致动器。 离合器致动器容纳部分具有离合器致动器安装/拆卸端口,用于安装和卸下离合器致动器。 离合器执行器安装/拆卸端口形成为暴露于外部。
    • 7. 发明授权
    • Power unit for vehicle
    • 车辆动力单元
    • US08573085B2
    • 2013-11-05
    • US13233333
    • 2011-09-15
    • Kinya MizunoYoshiaki TsukadaMasaya MuraoYasushi Fujimoto
    • Kinya MizunoYoshiaki TsukadaMasaya MuraoYasushi Fujimoto
    • F16H3/08
    • F16H3/006F16H3/16F16H2200/2046
    • A power unit for a vehicle includes first and second clutches, that transmit/interrupt rotary power from a primary reduction gear mechanism to first and second main shafts, arranged at respective ends of the first and second main shafts with selectively established multispeed gears provided among a countershaft, and the first and second main shafts. The primary reduction gear mechanism includes: a single driving gear provided on a crankshaft; a first driven gear supported by a first main shaft for relative rotation therewith at a position adjacent to the first clutch and meshes with the driving gear; an intermediate driving gear rotating with the first driven gear; an idle gear that meshes with the intermediate driving gear, and supported by the countershaft for relative rotation therewith; and a second driven gear, that meshes with the idle gear, and supported by the second main shaft for relative rotation therewith.
    • 用于车辆的动力单元包括第一和第二离合器,其将第一和第二主轴的一次减速齿轮机构的旋转动力传递到/第一和第二主轴上,该第一和第二离合器设置在第一和第二主轴的相应端部, 中间轴,以及第一和第二主轴。 主减速机构包括:设置在曲轴上的单个驱动齿轮; 由第一主轴支撑的第一从动齿轮,用于在与第一离合器相邻的位置处与其相对旋转并与驱动齿轮啮合; 与所述第一从动齿轮一起旋转的中间驱动齿轮; 与中间驱动齿轮啮合的空转齿轮,并由中间轴支撑以与其相对旋转; 以及与所述空转齿轮啮合并由所述第二主轴支撑以与其相对旋转的第二从动齿轮。