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    • 31. 发明授权
    • Video camera with aperture blade
    • 带孔径刀片的摄像机
    • US07280150B2
    • 2007-10-09
    • US10343478
    • 2001-07-30
    • Kenichi KikuchiKazuhiko Sugimoto
    • Kenichi KikuchiKazuhiko Sugimoto
    • H04N5/238H04N5/225
    • G03B9/02H04N5/23293H04N5/238
    • A video camera (10) includes a photographing device (16). The photographing device (16) generates an image signal corresponding to an optical image irradiated on a light-receiving surface, and a monitor (34) displays a moving image based on a generated image signal. An amount of incident light into the photographing device (16) is controlled by an aperture apparatus (14) having an aperture blade that moves to a direction perpendicular to a light axis. A moving amount of the aperture blade is restricted by a predetermined value, and this defines a minimum value of an F number. When the moving image is displayed on the monitor (34), it is prohibited to set to the minimum value of the F number.
    • 摄像机(10)包括拍摄装置(16)。 拍摄装置(16)生成与照射在受光面上的光学图像对应的图像信号,监视器(34)基于生成的图像信号显示运动图像。 进入摄影装置(16)的入射光量由具有向与光轴垂直的方向移动的光圈叶片的光圈装置(14)控制。 孔径叶片的移动量受到预定值的限制,这定义了F数的最小值。 当运动图像显示在监视器(34)上时,禁止将其设置为F数字的最小值。
    • 32. 发明授权
    • Aluminum stabilized superconductor with Cu and Mg
    • 具有Cu和Mg的铝稳定超导体
    • US06255596B1
    • 2001-07-03
    • US09064836
    • 1998-04-23
    • Fumikazu HosonoNoriyuki TatsumiKenichi KikuchiGenzo IwakiHidezumi MoriaiHitoshi YasudaAkihiko Takahashi
    • Fumikazu HosonoNoriyuki TatsumiKenichi KikuchiGenzo IwakiHidezumi MoriaiHitoshi YasudaAkihiko Takahashi
    • H01B1200
    • H01L39/14H01F2027/2819Y10S505/704Y10S505/887
    • A tube made of oxygen free copper is filled with a plurality of copper matrix Nb—Ti superconducting lead wires to obtain a composite billet. The resulting billet is subjected to hydrostatic pressure extrusion. Further, ageing heat treatment and wire drawing process are repeated for the composite material three times to prepare a Cu/Nb—Ti superconducting single wire. Then, the resulting Cu/Nb—Ti superconducting single wires are stranded each other to produce a superconducting strand. The superconducting strand is coated with an aluminum alloy to which either a content of 20 to 100 ppm of Cu and Mg or Mg, or a content of 10 to 120 ppm of Si and Cu is added by means of hot extrusion, the strand thus extruded is reduced by 0 to 20% in accordance with cold working to produce an aluminum stabilized superconductor. As a result, such aluminum stabilized superconductor having high mechanical strength as well as good thermal and electrical stability is provided while achieving light weight and downsizing thereof.
    • 由无氧铜制成的管填充有多个铜基Nb-Ti超导引线,得到复合坯料。 所得到的坯料经受静水压力挤压。 此外,对复合材料重复三次老化热处理和拉丝处理以制备Cu / Nb-Ti超导单线。 然后,所得的Cu / Nb-Ti超导单线彼此绞合以产生超导绞合线。 超导线材用铝合金涂覆,其中通过热挤压加入含量为20至100ppm的Cu和Mg或Mg,或含量为10至120ppm的Si和Cu,因此挤出的股线 根据冷加工减少0至20%以生产铝稳定超导体。 结果,提供了具有高机械强度以及良好的热和电稳定性的这种铝稳定超导体,同时实现了轻量化和小型化。
    • 35. 发明授权
    • Automatic focusing apparatus for automatically adjusting focus in
response to video signal by fuzzy inference
    • 自动聚焦装置,用于通过模糊推理自动调整对视频信号的聚焦
    • US5319462A
    • 1994-06-07
    • US928533
    • 1992-08-13
    • Toshinobu HarukiKenichi Kikuchi
    • Toshinobu HarukiKenichi Kikuchi
    • H04N5/232
    • H04N5/23212
    • An automatic focusing apparatus of a video camera automatically matches a focus in response to a video signal obtained from an image sensing circuit. The automatic focusing apparatus detects the level of a high frequency component of the video signal in order to supply a focus evaluating value which takes a maximum value in an in-focus position. A focusing motor controlling circuit performs an automatic focusing operation by a hill-climbing servo system based on the supplied focus evaluating value. A determination is made by employing a fuzzy inference with respect to the initialization of the direction of movement of a lens when the automatic focusing operation starts, the selection of a focusing area from a plurality of areas, and the reactivation of the automatic focusing operation due to a change of an object after once the automatic focusing operation is completed.
    • 视频摄像机的自动聚焦装置响应于从图像感测电路获得的视频信号自动匹配焦点。 自动聚焦装置检测视频信号的高频分量的电平,以便提供在焦点位置上取最大值的焦点评估值。 聚焦电机控制电路基于所提供的焦点评估值,通过爬山伺服系统执行自动对焦操作。 当自动聚焦操作开始时,通过采用关于透镜的移动方向的初始化的模糊推理,从多个区域选择聚焦区域以及重新激活自动对焦操作 一旦完成了自动对焦操作,就改变了对象。