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    • 51. 发明授权
    • Method of producing fiber-reinforced and particle-dispersion reinforced
mullite composite material
    • 生产纤维增强和颗粒分散增强莫来石复合材料的方法
    • US5294387A
    • 1994-03-15
    • US761657
    • 1991-09-18
    • Kikuo NakanoKenji OshimaMisao IwataTakao Yamada
    • Kikuo NakanoKenji OshimaMisao IwataTakao Yamada
    • C04B35/18C04B35/80C04B33/34C04B33/36
    • C04B35/18C04B35/803
    • A fiber-reinforced ceramic composite material reinforced by particle dispersion with improved fracture toughness comprised of a mullite matrix, and fibers and same or different kind of ceramic fine particles both dispersed within the mullite matrix is produced by a method comprising: dispersing mullite particles forming a matrix in a solution dissolving an organometallic macromolecular substance to prepare an impregnating solution, continuously passing fibers through said impregnating solution to uniformly impregnate the fibers with said impregnating solution, laminating said fibers to provide a laminated body, converting the organometallic macromolecular substance within said laminated body into a nonmeltable state, and performing sintering (or press sintering) of said laminated body in an inert gas and/or nitrogen gas. By press sintering K.sub.Ic of 10 MN/m.sup.3/2 or more is achieved.
    • 通过包含分散在莫来石基质内的纤维和相同或不同种类的陶瓷细颗粒,通过具有改善的断裂韧性增强的颗粒分散体增强的纤维增强陶瓷复合材料通过包括:分散形成 在溶解有机金属高分子物质的溶液中制备浸渍溶液,将纤维连续通过所述浸渍溶液,用所述浸渍溶液均匀浸渍纤维,层压所述纤维以提供层压体,将所述层压体内的有机金属高分子物质 进入不可熔化状态,并且在惰性气体和/或氮气中进行所述层压体的烧结(或压制烧结)。 通过压力烧结实现10MN / m3 / 2以上的KIc。
    • 53. 发明授权
    • Start compensation device for elevators
    • 启动电梯补偿装置
    • US4995478A
    • 1991-02-26
    • US340987
    • 1989-04-20
    • Kenji OshimaYasutami Kito
    • Kenji OshimaYasutami Kito
    • B66B1/30B66B1/28H02P1/16
    • B66B1/28
    • An elevator starting compensation device for performing starting compensation with addition of a load detection signal and a torque command signal comprising a speed command circuit, an automatic speed regulator amplifier for outputting the torque command signal, and a load detecting element for detecting load of a passenger cage, characterized in that it further includes a static frictional torque compensating element inputting a load detection signal and travel (lifting and lowering) signal and outputting a static frictional torque compensation signal predetermined according to the magnitude of the sensed passenger load, the torque compensation signal being added to the torque command signal so that start-up of actual speed is not delayed with respect to the speed command.
    • 一种用于通过加载负载检测信号和包括速度指令电路的转矩指令信号进行起动补偿的电梯启动补偿装置,用于输出转矩指令信号的自动调速放大器以及用于检测乘客负载的负载检测元件 其特征在于,还包括输入负载检测信号和行驶(提升和降低)信号的静摩擦转矩补偿元件,并输出根据感测乘客负载的大小预定的静摩擦转矩补偿信号,转矩补偿信号 被添加到转矩指令信号,使得实际速度的启动相对于速度指令不被延迟。
    • 55. 发明授权
    • Alternating current motor control apparatus
    • 交流电机控制装置
    • US4902954A
    • 1990-02-20
    • US196199
    • 1988-06-06
    • Kenji OshimaYasutami Kito
    • Kenji OshimaYasutami Kito
    • H02P3/22B66B1/28B66B1/30B66B5/02H02P23/06
    • B66B1/308B66B1/285B66B1/302B66B5/02H02P23/06
    • An apparatus for controlling an adjustable-speed alternating current motor coupled to drive an elevator cage. The apparatus includes a converter connected to a source of AC power for converting the AC power into DC power, an inverter connected through relatively positive and negative conductors to the converter for inverting the DC power into DC output power having adjustable frequency, voltage magnitude, and current magnitude to drive the motor, and a control circuit for controlling an inverter to drive the motor at an adjustable speed. When a power failure occurs, the control circuit prevents flow of power through the converter to the power source and reduces the current magnitude of the inverter output power to a predetermined minimum limit enough to maintain a synchronous relationship between the inverter and the motor. When the power failure continues for a predetermined time, an electric resistor is connected between the relatively positive and negative conductors to provide a dynamic braking of the motor.
    • PCT No.PCT / JP87 / 00623 Sec。 371日期:1988年6月6日 102(e)日期1988年6月6日PCT提交1987年8月21日PCT公布。 出版物WO88 / 01450 日期1988年2月25日。一种用于控制耦合以驱动电梯轿厢的可调速交流电动机的装置。 该装置包括连接到用于将AC电力转换为DC电力的AC电源的转换器,通过相对正负导体连接到转换器的逆变器,用于将DC功率转换成具有可调频率,电压幅度的DC输出功率,以及 驱动电动机的电流大小,以及用于控制逆变器以可调节速度驱动电动机的控制电路。 当发生电源故障时,控制电路防止通过转换器的电力流向电源,并将逆变器输出功率的电流大小减小到足以维持逆变器和电动机之间的同步关系的预定最小限度。 当电源故障持续预定时间时,电阻器连接在相对正的和负的导体之间,以提供电机的动态制动。
    • 59. 发明授权
    • System for supplying ink and ink container
    • 油墨容器供应系统
    • US08011298B2
    • 2011-09-06
    • US10543051
    • 2003-12-15
    • Manabu IwamotoKenji Oshima
    • Manabu IwamotoKenji Oshima
    • B41F31/02
    • B41L13/18B41F31/022
    • In an ink supply method and system and an ink container where the ink is automatically supplied in the stencil printing, to permit suitable detection of empty of the ink container even if the kind of ink which has not been set is employed. A parameter representing an inkless time corresponding to the kind of ink (viscosity of ink) is stored in the storage means (8) provided on the ink container (10), the parameter is read out from the storage means (8) and the inkless time is set on the basis of the parameter, whereby it is recognized that the ink container is exhausted when the time for which the ink in the ink fountain (2) is not detected by an ink amount detecting means (40) becomes longer than the inkless time.
    • 在油墨供给方法和系统以及在油墨印刷中自动供应油墨的油墨容器中,即使采用尚未设定的油墨种类,也能适当地检测油墨容器的空白。 表示与墨水种类(墨水粘度)相对应的无墨时间的参数被存储在设置在墨水容器(10)上的存储装置(8)中,从存储装置(8)和无墨水 时间是基于该参数设定的,由此当油墨量检测装置(40)没有检测到墨斗(2)中的墨水的时间变得长于墨水量检测装置 无墨时光。