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    • 41. 发明授权
    • Minuscule light-emitting device and organic EL device using the same
    • 微型发光装置和使用其的有机EL器件
    • US06504299B1
    • 2003-01-07
    • US09435837
    • 1999-11-08
    • Haruo Tanaka
    • Haruo Tanaka
    • H05B3312
    • B82Y10/00G11B7/127H01L51/5203
    • On an uppermost plane of a glass substrate 3, a lower electrode 7 and a upper electrode 5 with an organic EL layer 6 intervening therebetween are laminated in an orthogonal manner. The lower electrode 7, upper electrode 5 and an organic EL layer 6 have a width W=10 nm, respectively. In this configuration, a light source with a minute light-emitting region having an area of 10 nm×10 nm can be obtained. The glass substrate 3 is formed as a multi-stage structure so that the light-emitting region can be placed at a position close to an object. Thus, a simple light source which can be used near field optics is provided.
    • 在玻璃基板3的最上平面上,以正交的方式层叠下部电极7和其间夹有有机EL层6的上部电极5。 下电极7,上电极5和有机EL层6的宽度分别为W = 10nm。 在该结构中,可以获得具有10nm×10nm面积的微小发光区域的光源。 玻璃基板3形成为多级结构,使得发光区域可以放置在靠近物体的位置。 因此,提供了可以用于近场光学器件的简单光源。
    • 44. 发明授权
    • Apparatus for forming snap ring groove in clutch drum
    • 用于在离合器鼓中形成卡环槽的装置
    • US5694802A
    • 1997-12-09
    • US544071
    • 1995-10-17
    • Haruo TanakaTadaaki Inaba
    • Haruo TanakaTadaaki Inaba
    • B21D15/02B21D22/00B21D41/02
    • B21D15/02
    • An apparatus for forming a snap ring groove in a clutch drum by pressing a lower die, an upper die, a workpiece supporting member, first sliding members and second sliding members, a workpiece receiving member fixed on a radially inner end of each first sliding member, and a punch fixed on an upper end of each upwardly bent portion in a radially inner end portion of each second sliding member. The first sliding members and the second sliding members are pushed radially inwards and outwards, respectively, via a cam mechanism by lowering the upper die. The cam mechanism is made of a first cam mechanism for driving the first sliding members and a second cam mechanism for driving the second sliding members. The first cam mechanism is arranged to push the first sliding members radially inwards, when lowering the upper die, with a radially outer end portion thereof operating as a point of action. The second cam mechanism is arranged to push the second sliding members radially outwards, when lowering the upper die, with a radially inward end portion operating as a point of action.
    • 一种用于通过按压下模,上模,工件支撑构件,第一滑动构件和第二滑动构件在离合器鼓中形成卡环槽的装置,固定在每个第一滑动构件的径向内端上的工件接收构件 以及固定在每个第二滑动构件的径向内端部中的每个向上弯曲部分的上端上的冲头。 第一滑动构件和第二滑动构件通过下降上模通过凸轮机构分别径向向内和向外推动。 凸轮机构由用于驱动第一滑动构件的第一凸轮机构和用于驱动第二滑动构件的第二凸轮机构构成。 第一凸轮机构设置成当下模时使径向向内推动第一滑动构件,其中径向外端部作为一个作用点。 第二凸轮机构布置成当下降上模时径向向外推动第二滑动构件,其中径向向内的端部作为作用点操作。
    • 45. 发明授权
    • Optical pickup
    • 光学拾音
    • US5615201A
    • 1997-03-25
    • US575962
    • 1995-12-20
    • Haruo Tanaka
    • Haruo Tanaka
    • G11B7/09G11B7/12G11B7/125G11B7/00
    • G11B7/127G11B7/0901G11B7/0908G11B7/0917G11B7/123
    • There is provided an optical pickup for use with an optical disk, which is capable of detecting tracking error signals and focusing error signals with good precision even when applied to the SCOOP method, and includes a light-emitting device having a light-emitting portion on a substrate for emitting light onto the optical disk, the light reflected by the optical disk being made to return to the light-emitting portion to vary oscillation of the light-emitting portion such that a signal recorded in the optical disk is read on the basis of a variation in the oscillation of the light-emitting portion, wherein an optical path length between the light-emitting device and the optical disk is set such that an interference intensity of interference fringes at a distance twice as large as the optical path length is at most one-tenth as large as a peak value of an interference intensity of interference fringes of a maximum intensity.
    • 提供了一种用于光盘的光学拾取器,其即使在应用于SCOOP方法时也能够以高精度检测跟踪误差信号和聚焦误差信号,并且包括具有发光部分的发光器件 用于将光发射到光盘上的基板,由光盘反射的光返回到发光部分,以改变发光部分的振荡,使得记录在光盘中的信号基于 发光部分的振荡的变化,其中发光装置和光盘之间的光路长度被设定为使得距光路长度的两倍的距离处的干涉条纹的干涉强度为 至多为最大强度的干涉条纹的干涉强度的峰值的十分之一。
    • 47. 发明授权
    • Clutch drum and apparatus for manufacturing same
    • 离合器鼓及其制造设备
    • US5447048A
    • 1995-09-05
    • US307465
    • 1994-09-19
    • Haruo TanakaToshiki TakedaYoichi KojimaYoshihiro KodamaYorinori Kumagai
    • Haruo TanakaToshiki TakedaYoichi KojimaYoshihiro KodamaYorinori Kumagai
    • B21D53/86B21D22/26B21D53/28B21D53/34F16D13/52F16D13/60G01P1/04B21D15/02
    • B21D53/34B21D53/28F16D13/52G01P1/04Y10T29/49474Y10T74/1987
    • A clutch drum has a drum main body made of a metallic plate which is formed into a cup shape by drawing. Spline teeth for engaging with clutch plates are formed by pressing on a periphery of the drum main body. Pulsing teeth for detecting a rotational speed are formed by pressing on the periphery of the drum main body. An apparatus for manufacturing the clutch drum has a forming die onto which the drum main body is externally set in position. The forming die has formed thereon first tooth spaces corresponding to the spline teeth and second tooth spaces corresponding to the pulsing teeth. First tooth-shaped punches are provided so as to be movable radially back forth to form by pressing the spline teeth by urging the periphery of the drum main body into the first tooth spaces. Second tooth-shaped punches are provided so as to be movable also radially back and forth integrally with the first tooth-shaped punches to form by pressing the pulsing teeth by urging the periphery of the drum main body into the second tooth spaces.
    • 离合器鼓具有由金属板制成的鼓主体,该主体通过拉拔形成杯形。 用于与离合器板接合的花键齿通过在鼓主体的周边上按压而形成。 用于检测转速的脉冲齿通过在鼓主体的周边上按压而形成。 用于制造离合器鼓的装置具有成形模具,滚筒主体在外部设定在其上。 成形模具上形成有与花键齿对应的第一齿形空间和对应于脉动齿的第二齿形空间。 设置第一齿形冲头,以便通过将滚筒主体的周边推动到第一齿形空间中来迫使花键齿沿径向向后移动。 第二齿形冲头设置成可与第一齿形冲头一体地径向移动,以通过将鼓主体的周边推动到第二齿形空间中来挤压脉冲齿来形成。
    • 49. 发明授权
    • Laser diode driving circuit
    • 激光二极管驱动电路
    • US5315606A
    • 1994-05-24
    • US997707
    • 1993-01-05
    • Haruo Tanaka
    • Haruo Tanaka
    • H03K17/62H01S5/042H01S5/062H01S5/40H01S3/00
    • H01S5/042H01S5/0428H01S5/06213H01S5/40
    • A laser diode driving circuit is provided with a constant current source, a first series circuit connected to the constant current source and including a first switching device and a laser diode, and a second series circuit connected so as to constitute a differential circuit in cooperation with the first series circuit and including a second switching device and an impedance device. The laser diode device is driven by turning on and off the second switching device. As the impedance device, a device is used which causes an impedance of the first series circuit obtained when the first switching device is ON and an impedance of the second series circuit obtained when the second switching device is ON to be substantially the same.
    • 激光二极管驱动电路设置有恒流源,连接到恒流源的第一串联电路,并且包括第一开关器件和激光二极管,以及第二串联电路,其与 第一串联电路并且包括第二开关器件和阻抗器件。 通过打开和关闭第二开关装置来驱动激光二极管装置。 作为阻抗器件,使用当第一开关器件导通时获得的第一串联电路的阻抗和当第二开关器件导通时获得的第二串联电路的阻抗基本相同的器件。