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    • 12. 发明申请
    • Image generating apparatus and method, and image display apparatus and method
    • 图像产生装置和方法以及图像显示装置和方法
    • US20090128566A1
    • 2009-05-21
    • US11921890
    • 2006-04-19
    • Yoshiaki OkunoJun SomeyaSatoshi Yamanaka
    • Yoshiaki OkunoJun SomeyaSatoshi Yamanaka
    • G06T11/00
    • G09G5/243
    • To solve the problem that when a space with a set width is inserted after each character to regularize the spaces between characters the overall character spacing is widened, making text less easy to read, there are provided a character control code storage unit (5) for storing, for each character display position, a character control code (CTD) including a character code (CC) and character width data (CW), and a positional control unit (4) for reading the character control code (CTD) for the present character display position from the character control code storage unit (5), and controlling the occurrence interval of the present character display position according to the character width data (CW) in the character control code (5) that was read and the previous character display position.
    • 为了解决在每个字符之后插入具有设定宽度的空格以使字符之间的空格正规化的问题,整个字符间隔被扩大,使得文本不容易阅读,提供了一个字符控制代码存储单元(5),用于 对于每个字符显示位置存储包括字符代码(CC)和字符宽度数据(CW)的字符控制代码(CTD),以及用于读取当前的字符控制代码(CTD)的位置控制单元(4) 字符显示位置,并且根据读取的字符控制代码(5)中的字符宽度数据(CW)和先前的字符显示来控制当前字符显示位置的发生间隔 位置。
    • 14. 发明授权
    • Sealing apparatus
    • 密封装置
    • US06209879B1
    • 2001-04-03
    • US09177489
    • 1998-10-23
    • Koichi MizunoyaKen YoshikawaSatoshi YamanakaTatuhiko WatanabeShinobu MunekataYasuhiro Ikeda
    • Koichi MizunoyaKen YoshikawaSatoshi YamanakaTatuhiko WatanabeShinobu MunekataYasuhiro Ikeda
    • F16J1532
    • F16J15/3268F16J15/3232
    • A sealing apparatus has a metal ring having a cylindrical portion and an inward flange portion bending from the open-air side end of the cylindrical portion radially inward; a first sealing member formed integral with the metal ring, and having a first rubber-like sealing lip, and a flange-shaped interposed portion held between the inward flange position of the metal ring and the radial portion of the first sealing member. A second sealing member made of a resin material, extends from the inside-diameter end of the interposed portion axially toward the sealing liquid side, and is located in a gap between the open-air side surface of the first sealing lip and a rotary member, having the inner periphery thereof in slidable close contact with the surface of the rotary member, and regulates radial deformation of the first sealing lip. A screw pumping portion is provided to transport the liquid between the sliding surfaces to the sealing liquid side on rotation of the rotary member.
    • 密封装置具有金属环,其具有从圆筒部的露天侧端径向向内弯曲的圆筒部和向内凸缘部, 与所述金属环一体形成的第一密封构件,具有第一橡胶状密封唇和保持在所述金属环的向内凸缘位置与所述第一密封构件的径向部分之间的凸缘状插入部。 由树脂材料制成的第二密封构件从插入部分的内径端向轴向朝向密封液侧延伸,并且位于第一密封唇的露天侧表面和旋转构件之间的间隙中 其内周与旋转体的表面滑动紧密接触,并调节第一密封唇的径向变形。 提供螺杆抽吸部分,用于在旋转构件旋转时将液体在滑动表面之间输送到密封液体侧。
    • 16. 发明授权
    • Sealing device for reciprocating member
    • 往复式密封装置
    • US4995623A
    • 1991-02-26
    • US242742
    • 1988-09-09
    • Noriyuki WadaSatoshi Yamanaka
    • Noriyuki WadaSatoshi Yamanaka
    • F16F9/36F16J15/56
    • F16F9/364F16J15/56
    • A sealing device for use in contact with a reciprocating member such as a piston rod of an automotive shock absorber has a plurality of seal lips with tips which make resilient sliding contact with the surface of the reciprocating member. Chambers are formed between the tips of adjacent seal lips. The seal lip closest to an internal fluid to be sealed is designed to facilitate flow of the fluid into the chamber between this seal lip and the adjacent seal lip, across the region of contact between this seal lip and the reciprocating member. The design may include notches or grooves formed in the seal lip closest to the seal lip or specific design of tapered surfaces of this seal lip.
    • 用于与诸如汽车减震器的活塞杆的往复运动件接触的密封装置具有多个具有尖端的密封唇部,其与往复运动件的表面弹性地滑动接触。 相邻密封唇的尖端之间形成腔室。 最靠近待密封的内部流体的密封唇被设计成便于在该密封唇和相邻密封唇之间的流体通过该密封唇与往复运动构件之间的接触区域的流体流入腔室。 该设计可以包括形成在最靠近密封唇的密封唇中的凹口或凹槽或该密封唇的锥形表面的特定设计。
    • 18. 发明授权
    • Method and apparatus for high frequency component smoothing, and image display apparatus
    • 用于高频分量平滑的方法和装置,以及图像显示装置
    • US08675998B2
    • 2014-03-18
    • US12328565
    • 2008-12-04
    • Noritaka OkudaShotaro MoriyaToshiaki KuboSatoshi Yamanaka
    • Noritaka OkudaShotaro MoriyaToshiaki KuboSatoshi Yamanaka
    • G06K9/32
    • G09G5/00G06T3/4007G09G2320/02
    • A method and apparatus for processing images, and an image display apparatus are provided that can produce favorable images even when digitized image are partially magnified (enlarged) or reduced (shrunk). The apparatus for expanding or reducing input image data supplied thereto, for each area of the image data, comprises a high frequency (HF) component smoothing processor that generates smoothed-HF-component image data by smoothing HF components of the input image data; a partial magnification/reduction controller that generates partial magnification/reduction control information that designates positions of pixels in image data obtained after expanding or reducing the input image data for each image area; and a pixel data generator that generates pixel data of pixel positions designated by the partial magnification/reduction control information in the smoothed-HF-component image data, by using pixel data in a neighborhood of the designated pixel positions.
    • 提供了一种用于处理图像的方法和装置,以及图像显示装置,即使当数字化图像被部分放大(放大)或缩小(收缩)时也可以产生有利的图像。 用于扩展或缩小为图像数据的每个区域提供的输入图像数据的装置包括:高频(HF)分量平滑处理器,其通过平滑输入图像数据的HF分量来产生平滑的HF分量图像数据; 部分放大/缩小控制器,其生成部分放大/缩小控制信息,其指定在对每个图像区域进行扩展或缩小输入图像数据之后获得的图像数据中的像素的位置; 以及像素数据生成器,通过使用指定像素位置附近的像素数据,生成平滑化的HF分量图像数据中的部分放大/缩小控制信息指定的像素位置的像素数据。
    • 19. 发明授权
    • Processing apparatus having four processing units
    • 具有四个处理单元的处理装置
    • US08657648B2
    • 2014-02-25
    • US13271731
    • 2011-10-12
    • Satoshi YamanakaToshiyasu RikiishiNobuyuki Takada
    • Satoshi YamanakaToshiyasu RikiishiNobuyuki Takada
    • B24B1/00
    • B24B37/30B24B7/228H01L21/304
    • A processing apparatus includes a turn table rotatably provided and having an opening; at least five chuck tables provided on the turn table, each chuck table having a holding surface for holding a workpiece; a support bed inserted through the opening of the turn table; four processing unit supporting mechanisms each including a first support column provided on the outside of the turn table, a second support column provided on the support bed, and a support member mounted to the first and second support columns; four processing units respectively supported by the four processing unit supporting mechanisms, the four processing units respectively corresponding to four of the at least five chuck tables; and four feeding units for respectively moving the four processing units in a direction perpendicular to the holding surfaces of the chuck tables.
    • 一种加工设备,包括:可旋转地设置并具有开口的转台; 设置在转台上的至少五个卡盘台,每个卡盘台具有用于保持工件的保持表面; 通过转台的开口插入的支撑床; 四个处理单元支撑机构,每个包括设置在转台的外侧上的第一支撑柱,设置在支撑床上的第二支撑柱和安装到第一和第二支撑柱的支撑构件; 分别由四个处理单元支撑机构支撑的四个处理单元,四个处理单元分别对应于至少五个卡盘表中的四个; 以及四个进给单元,用于分别沿着与卡盘台的保持表面垂直的方向移动四个处理单元。
    • 20. 发明授权
    • Image processing device and method
    • 图像处理装置及方法
    • US08582922B2
    • 2013-11-12
    • US13187969
    • 2011-07-21
    • Shotaro MoriyaSatoshi YamanakaHidetsugu Suginohara
    • Shotaro MoriyaSatoshi YamanakaHidetsugu Suginohara
    • G06K9/32G09G5/02H04N11/20H04N7/01H04N1/46
    • G06T3/4007
    • To obtain a high resolution image from two or more low resolution images, positional offsets among the low resolution images are determined and the low resolution images are mapped onto a common plane according to the positional offsets. Pixel values in the high resolution image are calculated by weighted interpolation from the pixel values of the low resolution images, using interpolation coefficients that increases with increasing correlation with the pixel of interest. Correlation is determined by taking horizontal and vertical first and second derivatives of the pixel values in one low resolution image to find a direction of strong correlation. Appropriate interpolation is thereby obtained even near edges and other abrupt changes in the image.
    • 为了从两个或更多个低分辨率图像获得高分辨率图像,确定低分辨率图像之间的位置偏移,并且根据位置偏移将低分辨率图像映射到公共平面上。 使用随感兴趣像素增加的相关性增加的内插系数,通过从低分辨率图像的像素值进行加权内插来计算高分辨率图像中的像素值。 通过在一个低分辨率图像中取像素值的水平和垂直第一和第二导数来确定强相关方向来确定相关性。 因此,即使靠近边缘和图像中的其他突然变化也可以获得适当的内插。