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    • 21. 发明授权
    • Information signal processing unit
    • 信息信号处理单元
    • US06381262B1
    • 2002-04-30
    • US09097732
    • 1998-06-16
    • Akira Ogino
    • Akira Ogino
    • H04B1500
    • G11B20/00913G11B20/00086G11B20/10H04N5/913H04N2005/91314H04N2005/91321H04N2005/9135
    • A new additional information generating section generates new additional information FS1 based upon information from an additional information reading section. The spectrum of the new additional information FS1 is spread by an SS additional information generating section and supplied to a signal superimposing section as SS additional information SF1. The signal superimposing section generates a digital video signal S2 by superimposing the SS additional information SF1 on a digital video signal S1. A writing section records the digital video signal S2 on which the SS additional information SF1 is superimposed on a recording medium. Hereby, adding additional information to an information signal without deteriorating the quality of the read information signal so that the falsification and deletion are disabled, detecting the additional information added to the information signal if necessary and utilizing it are enabled.
    • 新的附加信息生成部分基于来自附加信息读取部分的信息生成新的附加信息FS1。 新的附加信息FS1的频谱由SS附加信息生成部分扩展并提供给信号叠加部分作为SS附加信息SF1。 信号叠加部分通过将SS附加信息SF1叠加在数字视频信号S1上来产生数字视频信号S2。 写入部分将其上叠加有SS附加信息SF1的数字视频信号S2记录在记录介质上。 因此,在信息信号中添加附加信息,而不会降低读取信息信号的质量,从而禁止伪造和删除,如果需要,检测添加到信息信号中的附加信息并利用它。
    • 26. 发明授权
    • Device and method of producing ball joint
    • 制造球窝接头的装置及方法
    • US08122577B2
    • 2012-02-28
    • US12670441
    • 2008-10-17
    • Akira Ogino
    • Akira Ogino
    • B21B15/00B21D53/10B21J5/00
    • F16C11/0623B21D39/00B21D39/048F16C11/0685Y10T29/4965Y10T29/49652Y10T29/49696Y10T29/49853Y10T29/51
    • A ball joint 10 includes a first member 12 having a ball section 14 and a second member 15 having a socket 16. Ball section 14 is accommodated and supported inside socket 16. A pair of dies 20, 30 sandwich a wall 18 surrounding an opening 17 of the socket 16, and are configured to approach each other gradually, utilizing small repetitive vibrations that include an approaching and separating action, thereby intermittently pressing the wall in an inward radial direction. During each interval of the intermittent pressing action, a supporting and rotating device 40 rotates socket 16 (second member 15) in small increments about a central axis C2 of socket 16. Consequently, dies 20 and 30 successively press against a multitude of points on the circumference of the outer surface of wall 18 of the socket, thereby bending wall 18 inward so as to reduce the diameter thereof.
    • 球形接头10包括具有球形部分14的第一构件12和具有插座16的第二构件15.球形部分14容纳并支撑在插座16内。一对模具20,30夹着围绕开口17的壁18 并且被构造为通过使用包括接近和分离动作的小的重复振动而逐渐接近,从而间断地沿着径向向内按压壁。 在间歇式按压动作的每个间隔期间,支撑和旋转装置40围绕插座16的中心轴线C2以小增量旋转插座16(第二构件15)。因此,模具20和30连续按压在插座16上的多个点 插座的壁18的外表面的周长,从而向内弯曲壁18,以减小其直径。
    • 28. 发明授权
    • Video signal transmission method, superimposed information transmission method, video signal output device, video signal reception device, and video signal recording medium
    • 视频信号传输方法,叠加信息传输方法,视频信号输出装置,视频信号接收装置和视频信号记录介质
    • US07106948B2
    • 2006-09-12
    • US09858843
    • 2001-05-16
    • Akira OginoNozomu Ikeda
    • Akira OginoNozomu Ikeda
    • H04N5/91
    • H04N5/913
    • A spread code string containing a plurality of chips per interval in one horizontal interval or containing a plurality of chips per interval in one vertical interval is generated synchronously with the vertical sync signal at the generation star timing having a period of one vertical period or having a period of a plurality of vertical periods. The generated spread code string repeats over a plurality of horizontal intervals or a plurality of vertical intervals so that the chips having the same data are arranged in spatial direction of the vertical direction or the time axis direction in picture unit. The additional information is spectrally spread so that the chips having the same data are arranged at least in the interval in each 1 horizontal interval or in each 1 vertical interval of the above-mentioned repetition interval, and the generated spectral spread signal is superimposed on the video signal. Thereby, the additional information spectrally spread and superimposed on a video signal is prevented from being removed and being deteriorated, and the quantity of additional information to be superimposed on the video signal is increased.
    • 在一个垂直间隔中每个间隔包含多个芯片的扩展码串每个间隔包含多个码片,或者在一个垂直周期的周期中与垂直同步信号同步地产生每个间隔的多个码片,或者具有 多个垂直周期的周期。 所生成的扩展码串在多个水平间隔或多个垂直间隔中重复,使得具有相同数据的码片在图像单元中沿垂直方向或时间轴方向的空间方向排列。 附加信息被频谱扩展,使得具有相同数据的码片至少在上述重复间隔的每1个水平间隔或每1个垂直间隔中的间隔中排列,并且将生成的频谱扩展信号叠加在 视频信号。 因此,防止频谱扩展并叠加在视频信号上的附加信息被去除并恶化,并且增加叠加在视频信号上的附加信息量。
    • 29. 发明申请
    • Shake correction control apparatus and imaging apparatus using same shake correction control apparatus
    • 振动校正控制装置和使用其的抖动校正控制装置的成像装置
    • US20060051081A1
    • 2006-03-09
    • US11220019
    • 2005-09-06
    • Akira Ogino
    • Akira Ogino
    • G03B17/00
    • G03B5/02G03B2207/005H04N5/2253H04N5/23248H04N5/23287
    • The imaging apparatus of the invention comprises: image pickup means for acquiring as an image a part of region of an optical image formed by a taking lens; camera shake correcting means for changing a relative position between the part of region and the optical image depending on a vibration of the imaging apparatus, and thereby suppressing a shake of the object image in the image; state detecting means for detecting a state of an environment where the imaging apparatus is located; and changing means for changing a control value of the camera shake correcting means which influences a driving sound level of the camera shake correcting means, depending on the state of environment. According to this configuration, the control value of the camera shake correcting means is changed depending on the state of environment. This permits appropriate balance between the silence performance and the camera shake correction performance.
    • 本发明的成像装置包括:图像拾取装置,用于将由拍摄镜头形成的光学图像的一部分区域获取为图像; 相机抖动校正装置,用于根据成像装置的振动改变区域和光学图像之间的相对位置,从而抑制图像中的对象图像的抖动; 状态检测装置,用于检测成像装置所处环境的状态; 以及改变装置,用于根据环境状态改变影响相机抖动校正装置的驱动声级的照相机抖动校正装置的控制值。 根据该结构,根据环境状态来改变照相机抖动校正装置的控制值。 这允许在静音性能和相机抖动校正性能之间的适当平衡。