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    • 23. 发明授权
    • Method for manufacturing display element
    • 显示元件制造方法
    • US07465208B2
    • 2008-12-16
    • US10382832
    • 2003-03-07
    • Naoki HijiShigeru Yamamoto
    • Naoki HijiShigeru Yamamoto
    • H01J9/00G02F1/1333
    • G02F1/135G02F1/1334G02F1/133512G09F9/35
    • A dispersion liquid including micro-capsules containing a cholesteric liquid crystal as a core material dispersed into a binder resin solution is applied to and dried on a substrate formed an electrode thereon to form a display layer. Then, a light shielding layer is formed and an adhesive layer is formed thereon. On the other hand, a photoconductive layer is formed on another substrate formed another electrode thereon. The substrate formed each layer thereon and the another substrate are bonded to form a display element. The light shielding layer 14 improves roughness on a surface of the display layer and the adhesive layer filled up the roughness. Even if the bubbles occur on a back face of the light shielding layer, the bubbles does not affect the display quality. Because the bubbles are unseen.
    • 将包含分散在粘合剂树脂溶液中的作为芯材料的胆甾型液晶的微胶囊的分散液涂布在其上形成电极的基板上干燥,形成显示层。 然后,形成遮光层,并在其上形成粘合剂层。 另一方面,在形成另一个电极的另一基板上形成光电导层。 在其上形成各层的基板和另一基板结合形成显示元件。 遮光层14改善了显示层的表面的粗糙度和填充了粗糙度的粘合剂层。 即使在遮光层的背面发生气泡,气泡也不影响显示质量。 因为泡沫是看不见的。
    • 24. 发明授权
    • Speed-changing device
    • 变速装置
    • US07448976B2
    • 2008-11-11
    • US11961918
    • 2007-12-20
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • Hikosaburo HirakiTakashi KuseToshikazu OkadaShigeru YamamotoNaoki Ishizaki
    • F16H3/72F16H48/30
    • F16H47/04F16H2037/0866F16H2037/088
    • A transmission is provided which has a very compact system configuration and is capable of exerting high energy efficiency over all speed regions from a low speed region to a high speed region, while providing improved operability free from a torque shortage. To this end, the transmission has an input shaft, an intermediate output shaft, a planetary gear mechanism, a first pump-motor, and a second pump-motor connected to the first pump-motor, the input shaft being coupled to a first element of the planetary gear mechanism, the second pump-motor being coupled to a second element of the planetary gear mechanism, the intermediate output shaft being coupled to a third element of the planetary gear mechanism, and the transmission further comprising a switching mechanism for selectively coupling the first pump-motor to either the input shaft or the intermediate output shaft.
    • 提供了一种具有非常紧凑的系统配置并且能够在从低速区域到高速区域的所有速度区域施加高能量效率的传输,同时提供了没有扭矩不足的改进的可操作性。 为此,变速器具有输入轴,中间输出轴,行星齿轮机构,第一泵电动机和连接到第一泵电动机的第二泵电动机,输入轴与第一元件 所述第二泵电动机联接到所述行星齿轮机构的第二元件,所述中间输出轴联接到所述行星齿轮机构的第三元件,所述变速器还包括用于选择性地联接的切换机构 第一个泵马达到输入轴或中间输出轴。
    • 25. 发明申请
    • Multi-direction image capture apparatus
    • 多向图像捕获装置
    • US20070189763A1
    • 2007-08-16
    • US11355129
    • 2006-02-15
    • Masakatsu KojimaShigeru Yamamoto
    • Masakatsu KojimaShigeru Yamamoto
    • G03B15/00
    • G03B15/00G03B41/00
    • A multi-direction image capture apparatus is useful for capturing images through either a primary aperture (125) or a secondary aperture (300) using only a single image sensor (205). The apparatus includes a housing (105) that includes the primary aperture (125) and the secondary aperture (300). An image sensor (205) is positioned in the housing (105) and has a light sensitive data capture surface (315) facing the primary aperture (125). A one-way mirror (130) faces the light sensitive data capture surface (315) of the image sensor (205). Thus light passing through the primary aperture (125) passes through the one-way mirror (130) and impacts the light sensitive data capture surface (315) of the image sensor (205), and light passing through the secondary aperture (300) is reflected off the one-way mirror (130) and impacts the light sensitive data capture surface (315) of the image sensor (205).
    • 多方向图像捕获装置可用于仅通过单个图像传感器(205)通过主孔径(125)或次级孔径(300)捕获图像。 该装置包括包括主孔(125)和次孔(300)的壳体(105)。 图像传感器(205)定位在壳体(105)中并且具有面向主孔(125)的光敏数据捕获表面(315)。 单向反射镜(130)面向图像传感器(205)的光敏数据捕获表面(315)。 因此,穿过主孔(125)的光穿过单向反射镜(130)并撞击图像传感器(205)的光敏数据捕获表面(315),并且穿过次级孔径(300)的光是 从单向反射镜(130)反射并影响图像传感器(205)的光敏数据捕获表面(315)。
    • 28. 发明申请
    • Temperature compensation structure for lens device
    • 镜头装置的温度补偿结构
    • US20050232619A1
    • 2005-10-20
    • US11101401
    • 2005-04-08
    • Shigeru Yamamoto
    • Shigeru Yamamoto
    • G02B7/02G03B3/00
    • G02B7/021G02B7/028
    • A lens device is composed of a focus correction lens for correcting an out-of-focus state owing to the change in temperature and two first rings and two second rings which are different in linear expansion coefficient and are disposed so as to be overlaid alternately and coaxially around the photographic optical axis, wherein one end portion of the first ring positioned at the outermost circumference is secured to the lens barrel of the lens device, the other end portion of the first ring is connected to the other end portion of the outer second ring disposed inside the first ring, one end portion of the second ring is connected to one end portion of the inner first ring disposed inside the second ring, the other end portion of the first ring is connected to the other end portion of the inner second ring disposed inside the first ring, and one end portion of the second ring is secured to the holding frame of the focus correction lens.
    • 透镜装置由用于校正由于温度变化引起的失焦状态的焦点校正透镜和线膨胀系数不同的两个第一环和两个第二环组成,并且被设置为交替地重叠, 同轴地位于照相光轴周围,其中位于最外周的第一环的一个端部固定到透镜装置的镜筒上,第一环的另一端部连接到外部第二环的另一端部 环设置在第一环的内部,第二环的一个端部连接到设置在第二环内部的内部第一环的一个端部,第一环的另一端部连接到内部第二环的另一端部 环设置在第一环内,第二环的一个端部固定在聚焦校正透镜的保持框上。
    • 30. 发明申请
    • Track adjuster
    • 轨道调节器
    • US20050029866A1
    • 2005-02-10
    • US10877208
    • 2004-06-25
    • Masatake TamaruTeiji YamamotoShigeru Yamamoto
    • Masatake TamaruTeiji YamamotoShigeru Yamamoto
    • B62D55/30F16H7/08F16H7/12
    • B62D55/305F16H2007/0812
    • Right and left track adjusters each comprise a tension adjusting cylinder operable in forward and backward directions in the same condition; a motor-driven hydraulic pump; and a direction selector valve disposed in a hydraulic circuit for connecting the motor-driven hydraulic pump to the tension adjusting cylinder. The hydraulic circuit includes operating condition detecting means for detecting the operating condition of the tension adjusting cylinder. A controller located in the work vehicle judges a signal released from the operating condition detecting means. If the pressure condition is determined to be higher than a preset value, the tension adjusting cylinder is moved backward to avoid abnormal tension in the crawler belt. If it has a steady-state value, the movement of the tension adjusting cylinder is controlled according to a judgment based on a set value corresponding to the traveling direction of the vehicle, thereby properly adjusting the tension of the crawler belt.
    • 右和左轨道调节器各自包括在相同条件下可在前后方向上操作的张力调节缸; 电动液压泵; 以及设置在液压回路中的方向选择阀,用于将电动液压泵连接到张力调节缸。 液压回路包括用于检测张力调节缸的运行状态的操作状态检测装置。 位于工作车辆中的控制器判断从操作条件检测装置释放的信号。 如果压力条件被确定为高于预设值,则张力调节筒向后移动以避免履带中的异常张力。 如果具有稳定状态值,则根据与车辆的行驶方向对应的设定值的判断来控制张力调节筒的移动,由此适当地调整履带的张力。