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    • 92. 发明授权
    • Color imaging device
    • 彩色成像装置
    • US4467347A
    • 1984-08-21
    • US346195
    • 1982-02-05
    • Naoki OzawaShusaku NagaharaKenji TakahashiMasuo UmemotoKazuhiro SatoMorishi IzumitaToshiyuki AkiyamaMasanori SatoKoji Kudo
    • Naoki OzawaShusaku NagaharaKenji TakahashiMasuo UmemotoKazuhiro SatoMorishi IzumitaToshiyuki AkiyamaMasanori SatoKoji Kudo
    • H04N9/07H04N9/04
    • H04N9/04H04N9/045
    • The present invention relates to a color imaging device which suppresses false color signals appearing in an area where the difference of brightnesses is great in the horizontal or vertical direction.When the correlation between picture elements adjacent in the vertical direction is little and the false signal appears in a boundary part in the vertical direction, the false signal is detected, whereupon a color signal is demodulated by utilizing the correlation between the signals of picture elements in the horizontal direction. On the other hand, when the correlation between picture elements adjacent in the horizontal direction is little and the false signal appears in a boundary part in the horizontal direction, the false signal is detected, whereupon a color signal is demodulated by utilizing the correlation between the signals of picture elements in the vertical direction.As a result, the moire phenomenon attributed to the false color signals can be conspicuously reduced.While embodiments of the present invention refer to color imaging devices which employ MOS type solid-state imaging devices, the invention is also applicable to an imaging device which employs CCDs and a color image pickup tube which separates colors by means of a mosaic color filter.
    • 本发明涉及一种彩色成像装置,其抑制在水平或垂直方向上亮度差大的区域中出现的伪色信号。 当在垂直方向相邻的图像元素之间的相关性较小并且在垂直方向上的边界部分中出现假信号时,检测到伪信号,由此利用彩色信号中的图像元素的信号之间的相关性来解调彩色信号 水平方向。 另一方面,当在水平方向上相邻的图像元素之间的相关性较小并且在水平方向上出现边界部分的假信号时,检测到伪信号,从而通过利用 图像元素在垂直方向上的信号。 结果,归结于虚假颜色信号的莫尔色现象可以明显减少。 虽然本发明的实施例涉及使用MOS型固态成像装置的彩色成像装置,但是本发明也可应用于采用CCD的成像装置和通过马赛克滤色器分离颜色的彩色图像拾取管。
    • 94. 发明授权
    • Stereo pickup with printed circuit coils mounted in a linear field
    • 具有安装在线性场中的印刷电路线圈的立体声拾取器
    • US4374433A
    • 1983-02-15
    • US122261
    • 1980-02-19
    • Hiroshi OgawaKazuhiro SatoNorio ShibataKatsuhiko OguriMasayoshi UtidaTsuyoshi Ono
    • Hiroshi OgawaKazuhiro SatoNorio ShibataKatsuhiko OguriMasayoshi UtidaTsuyoshi Ono
    • H04R9/16H04R9/04
    • H04R9/16
    • A moving-coil type stereo pickup cartridge comprises a vibration mechanism, including a stylus for tracing the groove of a sound track on a record disc, at least one coil plate provided in the vibration system and adapted to vibrate in response to vibrations of the stylus, and a structure for forming a magnetic field for the coil plate. The coil plate comprises a thin insulative substrate and a pair of left and right coils substantially symmetric with respect to a center line and formed by an electrically conductive thin film placed in a spirally wound pattern on at least one surface of the substrate. The magnetic field-forming construction comprises a permanent magnet and a pair of yokes adapted to clamp the permanent magnet. The pair of yokes have confronting surfaces for defining a gap in which the coil plate is interposed and a recessed substantially reverse V-shaped notch or cutout. The notch is defined by edge parts or facets. The configuration of the edge parts is such that the contour lines of the density of the leakage magnetic flux at least within the space confronting the coils and in the notch extend substantially at angles of plus and minus 45.degree. to the center line.
    • 动圈式立体拾音盒包括振动机构,其包括用于跟踪记录盘上的声轨的凹槽的触针,设置在振动系统中的至少一个线圈板,并且响应于触针的振动而振动 以及用于形成用于线圈板的磁场的结构。 线圈板包括薄绝缘基板和一对左右线圈,其相对于中心线基本对称,并且由在基板的至少一个表面上以螺旋卷绕的图案放置的导电薄膜形成。 磁场形成结构包括永磁体和适于夹紧永磁体的一对磁轭。 一对轭具有用于限定线圈板插入的间隙的面对面以及凹入的大致相反的V形凹口或切口。 凹口由边缘部分或小面定义。 边缘部分的构造使得至少在线圈和凹口内的空间内的泄漏磁通密度的轮廓线基本上以与中心线正+ 45度的角度延伸。
    • 99. 发明授权
    • Method of forming flat conductor wire for use in cage-shaped distributed winding coil
    • 形成用于笼形分布绕组线圈的扁导线的方法
    • US08671555B2
    • 2014-03-18
    • US13499263
    • 2009-09-30
    • Hideki KamataniKazuhiro Sato
    • Hideki KamataniKazuhiro Sato
    • H01F7/06
    • H02K15/0478
    • Firstly, a flat conductor raw wire is formed in a rectangular cross-section and bent in a continuous meandering pattern in a same plane to include in-slot wire portions arranged in each slot of the stator core, coil-end wire portions arranged as a coil end outside the slots, and bent portions joining the in-slot wire portions and the coil-end wire portions. Thereafter, in a setting step, the bent portions located at the opposite ends of the in-slot wire portion are grasped by a pair of grasping tools and the in-slot wire portion is grasped by a twisting jig. Next, in a processing step, the bent portions are twisted and bent into crank-shape by displacing a predetermined axis to a predetermined direction while rotating the twisting jig about the axis. The flat conductor is obtained by performing the setting step and the processing step each of the in-slot wire portions.
    • 首先,扁平导体原料线形成为矩形截面,并且在同一平面上以连续的曲折形式弯曲,以包括设置在定子铁心的每个槽中的插槽线部分,线圈端线部分布置为 线圈端部在槽的外侧,以及弯曲部分,其连接槽内线部分和线圈端部线部分。 此后,在设定步骤中,位于槽内线部分的相对端的弯曲部分被一对夹持工具抓住,并且通过扭转夹具夹持插槽内的线部分。 接下来,在处理步骤中,通过使预定轴移动到预定方向,通过使扭转夹具绕轴线旋转,将弯曲部分扭曲并弯曲成曲柄形状。 扁平导体是通过进行设置步骤和处理步骤获得的,每个槽内线部分。