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    • 11. 发明申请
    • Method and Apparatus for Pattern Transfer, and Annular Recording Medium
    • 图案转移方法和装置以及环形记录介质
    • US20080075908A1
    • 2008-03-27
    • US11840280
    • 2007-08-17
    • Hideaki KatahoHiroshi OkadaKenya WadaHisayoshi Ichikawa
    • Hideaki KatahoHiroshi OkadaKenya WadaHisayoshi Ichikawa
    • B32B3/30
    • G11B7/263B29C59/022B29C2059/023B29L2017/005Y10S425/81
    • An apparatus for transferring a pattern of minute surface structures, using a pair of press members which are located opposingly for movements toward and away from each other. One press member is adapted to support thereon a mold having on a transfer surface a master pattern of minute structures to be transferred, while the other press member is adapted to support thereon an annular substrate plate having a curable resin layer coated thereon and to press the resin layer against the transfer surface of the mold to transfer said minute structures to the resin layer. The mod is provided with a circular center hole defining at least three small-diameter segments and three large-diameter segments alternately and at uniform angular intervals along an inner periphery of the mold. The annular substrate plate has an inside diameter exactly matching with the small-diameter segments at the inner periphery of the mold. A chuck mechanism is provided inside of the lower press member, the chuck mechanism having at least three chuck pawls located in uniformly spaced positions along inner periphery of the substrate plate. The chuck pawls are radially displaceable to take either an operative position or a receded position, and are adapted to grip the inner periphery of the substrate together the small-diameter segments of the center hole of the mold at the time of setting the substrate plate in alignment with the mold, and to grip the inner periphery of said substrate plate alone, at spaced positions from the large-diameter segments of the center hole of the mold, at the time of separating the substrate plate from said mold.
    • 一种用于转印微小表面结构图案的装置,使用一对相对于彼此相对移动并相对移动的按压构件。 一个按压构件适于在其上支撑具有在转印表面上具有要转印的微小结构的主图案的模具,而另一个压力构件适于在其上支撑具有涂覆在其上的可固化树脂层的环形基板,并且将 树脂层抵靠模具的转移表面,以将所述微小结构转移到树脂层。 模具设置有圆形中心孔,沿着模具的内周边交替地且以均匀的角度间隔限定至少三个小直径段和三个大直径段。 环形基板具有与模具内周边的小直径段精确匹配的内径。 夹紧机构设置在下压件的内部,卡盘机构具有至少三个卡盘爪,位于沿着基板的内周均匀间隔的位置。 卡盘棘爪可径向移动以采取操作位置或后退位置,并且适于在将基板设置在模具中时将模具的中心孔的小直径段夹持在基板的内周 与模具对准,并且在将基板与模具分离时,在与模具的中心孔的大直径段的间隔位置处单独地夹持所述基板的内周。
    • 14. 发明授权
    • Image compensation apparatus
    • 图像补偿装置
    • US06999005B2
    • 2006-02-14
    • US10792129
    • 2004-03-04
    • Hiroshi OkadaShuichi Yokokura
    • Hiroshi OkadaShuichi Yokokura
    • G08B23/00
    • B64D47/08H04N5/23248H04N5/23258H04N13/246H04N13/296
    • In an image compensation apparatus for controlling an attitude of an image pickup section capable of rotating around mutually orthogonal three axes, the apparatus comprises a sight line direction information detection section for detecting information about a sight line direction of a pilot, a driving section which outputs a driving signal for rotating and driving the image pickup section with reference to the information about the sight line direction and rotates and drives the image pickup section based on this driving signal, an image pickup attitude information detection section for detecting information about an attitude of the image pickup section, an aircraft attitude information detection section for detecting information about an attitude of an aircraft, and a correction section for correcting the driving signal with reference to the information about the attitude of the image pickup section and the information about the attitude of the aircraft.
    • 在用于控制能够在相互正交的三个轴上旋转的图像拾取部分的姿态的图像补偿装置中,该装置包括用于检测关于导频的视线方向的信息的视线方向信息检测部分, 用于参照关于视线方向的信息旋转和驱动图像拾取部分的驱动信号,并且基于该驱动信号旋转并驱动图像拾取部分;图像拾取姿势信息检测部分,用于检测关于视线方向的信息的信息; 图像拾取部分,用于检测关于飞行员姿态的信息的飞行器姿态信息检测部分,以及参考关于图像拾取部分的姿态的信息和关于图像拍摄部分的姿态的信息来校正驱动信号的校正部分 飞机。
    • 19. 发明授权
    • Gas compressor apparatus having a discharge pulsation reducing cooler
    • 具有放电脉冲降低冷却器的气体压缩机装置
    • US06733258B2
    • 2004-05-11
    • US10270529
    • 2002-10-16
    • Hiroshi OkadaSota Shibasaki
    • Hiroshi OkadaSota Shibasaki
    • F04C2904
    • F04C29/061F04C29/04F04C29/068
    • A discharge pulsation reducing cooler B is provided to cover the circumferential periphery of a compressor A. The discharge pulsation reducing cooler B has a delivery passage 41 and a jacket 43 covering that, and cooling water is circulated through a passage formed between the delivery passage 41 and the jacket 43. Delivered air flowing through the delivery passage 41 is cooled by the cooling water. In particular, because heat exchange efficiency is promoted by turbulence caused by the pulsation in the delivery passage 41, the delivered air is cooled efficiently. Also, pulsation is reduced in first and second expansion chambers 44, 45 in the delivery passage 41, and pulsation noise in the delivery passage 41 is reduced by the cooling water passage 42 and the jacket 43.
    • 设置排出脉动降低冷却器B以覆盖压缩机A的周向周边。排出脉动降低冷却器B具有一个输送通道41和一个覆盖其的外壳43,冷却水通过形成在输送通道41 并且夹套43.流经输送通道41的输送空气被冷却水冷却。 特别地,由于由输送通道41中的脉动引起的紊流促进了热交换效率,所以输送的空气被有效地冷却。 此外,在输送通道41中的第一和第二膨胀室44,45中的脉动减小,并且通过冷却水通道42和护套43减小输送通道41中的脉动噪声。
    • 20. 发明授权
    • Rearing simulation apparatus
    • 饲养模拟装置
    • US06609968B1
    • 2003-08-26
    • US09603963
    • 2000-06-26
    • Hiroshi OkadaTakao Kondo
    • Hiroshi OkadaTakao Kondo
    • A63F1300
    • A63F13/825A63F13/005A63F13/92A63F2300/204A63F2300/63A63F2300/65A63F2300/8058A63F2300/807G06F19/00G06N3/006G06N99/005G09B23/281
    • Rearing simulation game apparatus for a virtual living thing (VLT), as an interactive electronic game with categories of a VLT at every rearing stage increased to variegate game development. A state parameter processor A increases and decreases a “care” parameter representative of a degree of “care” in response to completeness of an operation responsive to a player request, and calculates a “metamorphosis” parameter based on the “care” parameter. Rearing stage processor D selects one category out of a plurality of categories of the VLT lodged in the succeeding rearing stage in accordance with the metamorphosis requirements depending on the “metamorphosis” parameter calculated and the metamorphosis reference value set peculiarly to the “category” of the VLT in the present rearing stage. Rearing state display is provided in terms of a numerical value or figure based on a parameter or a category of the VLT designated by the request operation for the display.
    • 作为虚拟生物(VLT)的模拟游戏装置,作为每个饲养阶段的VLT类别的交互式电子游戏,增加到多媒体游戏开发。 状态参数处理器A响应于响应于播放器请求的操作的完整性而增加和减少表示“关心”程度的“关心”参数,并且基于“保养”参数来计算“变形”参数。 抚养阶段处理器D根据变态要求,根据所计算出的“变态”参数和特定于“类别”的变形参考值,根据变形要求,选择在后续饲养阶段中的VLT的多个类别中的一个类别 VLT在目前的饲养阶段。 根据由显示器的请求操作指定的VLT的参数或类别,以数值或数字为依据提供保持状态显示。