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    • 2. 发明授权
    • Raster distortion correction and deflection circuit arrangement
    • 栅格失真校正和偏转电路布置
    • US6060845A
    • 2000-05-09
    • US944965
    • 1997-10-07
    • Masahisa TsukaharaToshimitsu WatanabeMakoto KitamuraTakeshi Mochizuki
    • Masahisa TsukaharaToshimitsu WatanabeMakoto KitamuraTakeshi Mochizuki
    • H04N3/223H04N3/23H01J29/56H01J29/70
    • H04N3/223
    • A raster distortion correction and deflection circuit arrangement includes a deflection coil adapted to be mounted on a cathode ray tube, a horizontal deflection coil driving circuit for passing a current of saw-tooth waveform of a horizontal deflection period through a horizontal deflection coil constituting the deflection coil, a flyback transformer the primary winding of which is connected between a power supply and an output terminal of the horizontal deflection coil driving circuit, an S-correction capacitor connected in series with the horizontal deflection coil, and an anode voltage detection circuit for detecting variations in an anode voltage of the cathode ray tube which is a secondary winding output of the flyback transformer. A raster distortion correction current based on an output voltage of the anode voltage detection circuit is injected into a connection point of the horizontal deflection coil and the S-correction capacitor. A signal from a signal detection circuit for ABL connected to the flyback transformer can be employed together with an output of the anode voltage detection circuit or in substitution for it for generating the raster distortion correction current.
    • 光栅失真校正和偏转电路装置包括适于安装在阴极射线管上的偏转线圈,水平偏转线圈驱动电路,用于使水平偏转周期的锯齿波形的电流通过构成偏转的水平偏转线圈 线圈,其初级绕组连接在水平偏转线圈驱动电路的电源和输出端子之间的回扫变压器,与水平偏转线圈串联连接的S校正电容器和用于检测的阳极电压检测电路 作为回扫变压器的次级绕组输出的阴极射线管的阳极电压的变化。 基于阳极电压检测电路的输出电压的光栅失真校正电流被注入水平偏转线圈和S校正电容器的连接点。 来自与反激式变压器连接的ABL的信号检测电路的信号可以与阳极电压检测电路的输出一起使用,或代替其产生光栅失真校正电流。
    • 3. 发明授权
    • Projection display apparatus
    • 投影显示装置
    • US5555034A
    • 1996-09-10
    • US262336
    • 1994-06-17
    • Toshimitsu WatanabeMakoto KitamuraTakayuki Tanaka
    • Toshimitsu WatanabeMakoto KitamuraTakayuki Tanaka
    • H04N9/31H04N17/00
    • H04N9/31
    • A projection display apparatus having three projection tubes for the projection of images of different primary colors wherein the images from the projection tubes are projected on an enlarged scale onto a screen through projection lenses. The display apparatus includes a first deflection unit having at least a first deflection coil mounted on a neck portion of a first projection tube, a second deflection unit having at least a second deflection coil mounted on a neck portion of a second projection tube and a third deflection unit having at least a third deflection coil mounted on a neck portion of a third projection tube. According to a feature of the display apparatus, a first linearity correction coil is coupled in series with a parallel connection of the second deflection unit and only one of the first and third deflection units.
    • 一种投影显示装置,具有用于投影不同原色图像的三个投影管,其中来自投影管的图像通过投影透镜以放大的尺度投影到屏幕上。 显示装置包括:第一偏转单元,其具有安装在第一投影管的颈部上的至少第一偏转线圈;第二偏转单元,具有安装在第二投影管的颈部上的至少第二偏转线圈;以及第三偏转线圈, 偏转单元具有安装在第三投影管的颈部上的至少第三偏转线圈。 根据显示装置的特征,第一线性校正线圈与第二偏转单元和第一和第三偏转单元中的仅一个并联连接。
    • 4. 发明授权
    • Medium feeding device and image forming apparatus
    • 中等供料装置和成像装置
    • US08876109B2
    • 2014-11-04
    • US13074078
    • 2011-03-29
    • Makoto Kitamura
    • Makoto Kitamura
    • B65H5/00B65H3/52B65H3/68B65H3/06B65H3/66
    • B65H3/5223B65H3/0607B65H3/66B65H3/68B65H2404/513B65H2404/6111
    • A medium feeding device includes a medium feeding unit that feeds a medium by contacting the medium, a separating unit that presses the medium against the medium feeding unit to separate the medium from subsequent media, and a conveying unit that conveys the medium having been separated by the separating unit. A first guide member is provided between the medium feeding unit and the conveying unit, and configured to guide a surface of the medium on the medium feeding unit side. A second guide member provided is so as to face the first guide member, and configured to guide the medium. The first guide member has a guide protruding portion that protrudes toward the second guide member.
    • 介质供给装置包括:介质供给单元,其通过使介质接触而供给介质;分离单元,其将介质压靠介质供给单元,以将介质与随后的介质分离;以及输送单元,其将介质分离 分离单元。 第一引导构件设置在介质供给单元和输送单元之间,并且构造成将介质的表面引导到介质供给单元侧。 设置的第二引导构件面向第一引导构件,并被构造成引导介质。 第一引导构件具有朝向第二引导构件突出的引导突出部。
    • 8. 发明授权
    • Method for shaping tubular member
    • 管状构件成型方法
    • US5950482A
    • 1999-09-14
    • US38845
    • 1998-03-12
    • Junichi NagasawaMakoto KitamuraYuichi KobayashiOsamu Kato
    • Junichi NagasawaMakoto KitamuraYuichi KobayashiOsamu Kato
    • F16F9/00B21D17/02F16F9/32B21D9/04
    • B21D17/02
    • A tubular member to be shaped comprises a first portion to be shaped and a second portion other than the first portion. A punch having a projection is inserted into the tubular member and the tubular member is pressed between a die having a recess and an anvil within a range where elastic deformation of the second portion occurs, to thereby form the first portion into an outwardly projecting portion. When the first portion is to be formed into an inwardly projecting portion, a die having a recess is inserted into the tubular member and the tubular member is pressed between a punch having a projection and an anvil within a range where elastic deformation of the second portion occurs, to thereby form the first portion into the inwardly projecting portion.
    • 待成形的管状构件包括待成形的第一部分和除第一部分之外的第二部分。 将具有突出部的冲头插入管状构件中,并且将管状构件在具有凹部的模具和砧座之间按压在发生第二部分的弹性变形的范围内,从而将第一部分形成向外突出部分。 当第一部分形成向内突出部分时,具有凹口的模具被插入到管状构件中,并且管状构件在具有突起和砧座的冲头之间被挤压在第二部分的弹性变形的范围内 发生,从而形成第一部分进入向内突出的部分。