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    • 2. 发明申请
    • Image defect correction system using directional detection
    • 图像缺陷校正系统采用方向检测
    • US20090091642A1
    • 2009-04-09
    • US11905689
    • 2007-10-03
    • Ikumi MinemaNobuyoshi TanakaMasaru Sakai
    • Ikumi MinemaNobuyoshi TanakaMasaru Sakai
    • H04N9/64
    • H04N5/3675
    • An image defect correction system using directional detection. An image data memory stores a two-dimensional image data output from an image capturing device. A decision means decides whether a target pix cell is a defective pix cell by deciding whether an image data of the target pix cell is a prominent spot using a plurality of image data of the target pix cell and 8 adjacent pix cells arranged in 4 directions of upper-lower, left-right, lower-right and upper-right, counting direction number having the prominent spot, and deciding whether the target pix cell is the defective pix cell according to the counted direction number. A replacement means replaces the image data of the target pix cell with a predetermined image data when the target pix cell is determined to be the defective pix cell.
    • 一种使用方向检测的图像缺陷校正系统。 图像数据存储器存储从图像捕获装置输出的二维图像数据。 决定装置通过使用目标像素单元的多个图像数据和布置在四个方向的8个相邻像素单元来判定目标像素单元的图像数据是否是突出点,来判定目标像素单元是否是缺陷像素单元 上下左右,右下右右,具有突出点的计数方向号,根据计数方向号决定目标像素单元是否为缺陷图像单元。 当目标像素单元被确定为缺陷像素单元时,替换装置用预定图像数据替换目标像素单元的图像数据。
    • 7. 发明授权
    • Excimer laser oscillation apparatus and method, excimer laser exposure apparatus, and laser tube
    • 准分子激光振荡装置和方法,准分子激光曝光装置和激光管
    • US06603786B1
    • 2003-08-05
    • US09538284
    • 2000-03-30
    • Tadahiro OhmiNobuyoshi TanakaMasaki Hirayama
    • Tadahiro OhmiNobuyoshi TanakaMasaki Hirayama
    • H01S322
    • H01S3/0975H01S3/08H01S3/225
    • This invention relates to an excimer laser oscillation apparatus which has a laser chamber which stores a laser gas containing a gas mixture of at least one inert gas selected from the group consisting of Kr, Ar, and Ne, and F2 gas, and in which an inner surface thereof has a reflection-free surface with respect to light of a desired wavelength of 248 nm, 193 nm, or 157 nm, and the uppermost surface of the inner surface consists of a fluoride, an optical resonator which is made up of a pair of reflection mirrors arranged to sandwich the laser chamber therebetween, and in which the reflectance of the reflection mirror on the output side is 90% or more and microwave introduction means, arranged on the laser chamber, for continuously exciting the laser gas in the laser chamber.
    • 准分子激光振荡装置技术领域本发明涉及一种准分子激光振荡装置,其具有:激光室,其存储含有选自Kr,Ar和Ne的至少一种惰性气体和F2气体的气体混合物的激光气体, 其内表面相对于248nm,193nm或157nm的所需波长的光具有无反射的表面,并且内表面的最上表面由氟化物,由以下组成的光谐振器组成: 一对反射镜,其布置成将激光室夹在其间,并且其中输出侧的反射镜的反射率为90%以上,并且布置在激光室上的微波引入装置用于连续激发激光中的激光气体 房间。
    • 8. 发明授权
    • Excimer laser oscillation apparatus and method, excimer laser exposure apparatus, and laser tube
    • 准分子激光振荡装置和方法,准分子激光曝光装置和激光管
    • US06331994B1
    • 2001-12-18
    • US08893977
    • 1997-07-16
    • Tadahiro OhmiNobuyoshi TanakaMasaki Hirayama
    • Tadahiro OhmiNobuyoshi TanakaMasaki Hirayama
    • H01S3097
    • H01S3/0975H01S3/08H01S3/225
    • This invention relates to an excimer laser oscillation apparatus which has a laser chamber which stores a laser gas containing a gas mixture of at least one inert gas selected from the group consisting of Kr, Ar, and Ne, and F2 gas, and in which an inner surface thereof has a reflection-free surface with respect to light of a desired wavelength of 248 nm, 193 nm, or 157 nm, and the uppermost surface of the inner surface consists of a fluoride, an optical resonator which is made up of a pair of reflection mirrors arranged to sandwich the laser chamber therebetween, and in which the reflectance of the reflection mirror on the output side is 90% or more and microwave introduction means, arranged on the laser chamber, for continuously exciting the laser gas in the laser chamber.
    • 准分子激光振荡装置技术领域本发明涉及一种准分子激光振荡装置,其具有:激光室,其存储含有选自Kr,Ar和Ne的至少一种惰性气体和F2气体的气体混合物的激光气体, 其内表面相对于248nm,193nm或157nm的所需波长的光具有无反射的表面,并且内表面的最上表面由氟化物,由以下组成的光谐振器组成: 一对反射镜,其布置成将激光室夹在其间,并且其中输出侧的反射镜的反射率为90%以上,并且布置在激光室上的微波引入装置用于连续激发激光中的激光气体 房间。
    • 9. 发明授权
    • Electrical connector and retaining member therefor
    • US6062906A
    • 2000-05-16
    • US143648
    • 1998-08-31
    • Nobuyoshi Tanaka
    • Nobuyoshi Tanaka
    • H01R13/436H01R13/40
    • H01R13/4365Y10S439/912
    • An electrical connector is provided that includes a hood surrounding a terminal housing having an open front end and a plurality of adjacent terminal receiving chambers for receiving and holding electrical terminals, and each terminal receiving chamber is provided with a resilient locking piece having a free end extending toward the open front end. The resilient locking pieces can be resiliently deflected by a respective terminal from a normal position upon insertion of the terminal within a respective terminal receiving chamber and can resiliently return to the normal position upon complete insertion of the electrical terminal to thereby engage a portion of the electrical terminal to prevent removal from the terminal receiving chamber. Additionally, an insertion space is formed between a wall of the terminal housing and the plurality of terminal receiving chambers, and a retaining member is configured to be inserted within the insertion space. The retaining member includes at least one retaining surface arranged to correspond with a respective resilient locking piece to prevent deflection thereof from the normal position. At least one recess is formed in the retaining member and positioned within an outermost end of a respective terminal receiving chamber to facilitate contact of only an outermost end of the respective electrical terminal by an end face of a probe pin of a test unit. When the retaining member is fully inserted within the insertion space, an outermost end of the retaining member lies substantially coextensive with an outermost end of the front end of the terminal housing. The retaining member also includes a flange projecting outwardly therefrom at the outermost end to facilitate removal thereof from the insertion space, and a recess is formed in the wall of the terminal housing for receiving the flange when the retaining member is fully inserted within the insertion space. A notch is formed in the wall and positioned within the recess, the notch permitting ready access to the flange for engagement of the flange by a tool to facilitate removal of the retaining member.
    • 10. 发明授权
    • Display of enlarged images as a sequence of different image frames which
are averaged by eye persistence
    • 将放大的图像显示为通过眼睛持续性平均的不同图像帧的序列
    • US5757355A
    • 1998-05-26
    • US837957
    • 1997-04-14
    • Akihiro OguraMasaki OieNobuyoshi Tanaka
    • Akihiro OguraMasaki OieNobuyoshi Tanaka
    • G09G3/36G06T3/40G09G3/20G09G5/36H04N5/66G06F15/62
    • G06T3/4007G09G3/20G09G2340/0407G09G2340/0435
    • Screen interpolation is done without using an expensive line buffer, etc., to enlarge and display an original image without incongruity. Rather than computing an interpolated pixel value as an average of adjacent pixel values and displaying the computed average pixel value in each frame, in accordance with this invention a pixel to be interpolated assumes one of the adjacent pixel values in each frame, but in successive frames assumes different adjacent pixel values in a mix such that the average value of the interpolated pixel over many frames becomes the desired interpolated value. Since successive frames are displayed very rapidly, to the human eye the afterglow (or visual persistence) phenomenon causes the screen to appear as if an enlarged image is being displayed at all times without incongruity (i.e., the varying values of the interpolated pixels are not noticed by the human eye).
    • 在不使用昂贵的线路缓冲器等的情况下进行屏幕插值,而不会不协调地放大和显示原始图像。 根据本发明,根据本发明,不是将内插像素值计算为相邻像素值的平均值并且显示计算出的每个帧中的平均像素值,而是要被内插的像素在每帧中呈现相邻像素值之一,但是在连续帧中 在混合中假定不同的相邻像素值,使得多个帧上的内插像素的平均值变为期望的内插值。 由于连续的帧被非常快速地显示,对于人眼来说,余辉(或视觉持久性)现象使得屏幕看起来好像放大的图像一直被显示而不一致(即,内插像素的变化值不是 注意到人眼)。