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    • 3. 发明授权
    • Field emission print head
    • 场排放打印头
    • US5854650A
    • 1998-12-29
    • US671193
    • 1996-06-27
    • Yoichi KoboriYukihiko ShimizuKinya Ueda
    • Yoichi KoboriYukihiko ShimizuKinya Ueda
    • B41J2/44B41J2/447H01J29/04H01J29/28H01J31/12H01J31/15B41J2/415B41J2/435
    • H01J31/15B41J2/4476
    • Field-emitted electrons are converged by a structure according to the present invention in which odd order gate lines are connected to a first gate lead electrode, while even order gate lines are connected to a second gate lead electrode. When the first gate lead electrode is selected and operated, the potential of the second gate lead electrode is made to be a low level. Since the odd order gate line is disposed between low level even order gate lines, emitted electrons can be converged. When the second gate lead electrode is selected and operated, a contrary process is performed so that emitted electrons are converged. Each gate line has three dot-like field emission arrays, which correspond to red, green and blue color components, so that color image apparatus is structured.
    • 场发射电子通过根据本发明的结构会聚,其中奇数阶栅极线连接到第一栅极引线电极,而偶数阶栅极线连接到第二栅极引线电极。 当选择并操作第一栅极引线电极时,使第二栅极引线电极的电位为低电平。 由于奇数级栅极线设置在低电平偶数阶栅极线之间,所以发射的电子可以会聚。 当选择和操作第二栅极引线电极时,执行相反的处理,使得发射的电子会聚。 每个栅极线具有三个点状场发射阵列,其对应于红色,绿色和蓝色分量,使得彩色图像装置被构造。
    • 5. 发明授权
    • Electron tubes
    • 电子管
    • US07518301B2
    • 2009-04-14
    • US11035545
    • 2005-01-14
    • Yukihiko ShimizuMasao SaitoKinya UedaMasahiro NakayamaKazushige Noguchi
    • Yukihiko ShimizuMasao SaitoKinya UedaMasahiro NakayamaKazushige Noguchi
    • H01J1/18
    • H01J31/126H01J1/18H01J1/88
    • In an electron tube including vibration absorbers for linear members such as filaments, a vibration absorbing means that is made of a vibration absorber with a large vibration absorption effect, has a simple configuration, and is attachable easily to filaments is provided. The vibration absorbing means is formed of a holder 231, a vibration absorber 241, and a getter shielding member 251. These three members are attached to a shielding electrode S overlying the front substrate 111 to dispose the vibration absorber 241 between the holder 231 and getter shielding member 251. The vibration absorber 241 is mounted to slide or rotate between the holder 231 and the getter shielding member 251. The vibration absorber 241 has an aperture 2413 in which the filament is engaged. The bottom (apex) of the aperture 2413 is formed eccentrically. The vibration absorber 241 is in line contact with the shielding electrode S, as shown in FIG. 3(c).
    • 在包括诸如长丝的线性元件的减振器的电子管中,提供一种由具有大的振动吸收效果的减震器制成的振动吸收装置,具有简单的结构,并且易于连接到细丝上。 振动吸收装置由保持器231,减震器241和吸气剂遮蔽构件251构成。这三个构件安装在覆盖在前基板111上的屏蔽电极S上,以将振动吸收器241设置在保持器231和吸气剂 振动吸收器241被安装成在保持器231和吸气剂屏蔽构件251之间滑动或旋转。减振器241具有一个孔2413,细丝在其中接合。 孔2413的底部(顶点)偏心地形成。 如图1所示,振动吸收器241与屏蔽电极S线接触。 图3(c)。
    • 6. 发明授权
    • Fluorescent printer head
    • 荧光打印机头
    • US5907349A
    • 1999-05-25
    • US845140
    • 1997-04-21
    • Yukihiko ShimizuMasao SaitoKinya Ueda
    • Yukihiko ShimizuMasao SaitoKinya Ueda
    • B41J2/44B41J2/447H01J1/52
    • B41J2/4476
    • A fluorescent printer head capable of being subject to dynamic driving to reduce the number of ICs required. A shield electrode is provided between anode arrays having anode dots arranged in an offset manner and control electrodes are respectively arranged for the anode arrays. The anode arrays are subject to dynamic driving and selected by the control electrodes. Such construction of the fluorescent printer head ensures smooth selection of the anode arrays during the dynamic driving. Also, it eliminates non-uniformity in luminance of the anode dots of the anode arrays and accomplishes downsizing of the printer head and a reduction in manufacturing cost thereof due to a reduction in the number of ICs required.
    • 能够进行动态驱动的荧光打印头,以减少所需的IC数量。 在阳极阵列之间提供屏蔽电极,阳极阵列以偏移方式布置,阳极阵列分别布置有控制电极。 阳极阵列经受动态驱动并由控制电极选择。 荧光打印机头的这种结构确保在动态驱动期间平滑地选择阳极阵列。 此外,消除了阳极阵列的阳极点的亮度不均匀,并且由于所需的IC数量的减少,实现了打印头的小型化以及其制造成本的降低。
    • 7. 发明申请
    • Electron tubes
    • 电子管
    • US20050156498A1
    • 2005-07-21
    • US11035545
    • 2005-01-14
    • Yukihiko ShimizuMasao SaitoKinya UedaMasahiro NakayamaKazushige Noguchi
    • Yukihiko ShimizuMasao SaitoKinya UedaMasahiro NakayamaKazushige Noguchi
    • H01J29/04H01J1/18H01J1/88H01J31/00H01J31/12H01J31/15
    • H01J31/126H01J1/18H01J1/88
    • In an electron tube including vibration absorbers for linear members such as filaments, a vibration absorbing means that is made of a vibration absorber with a large vibration absorption effect, has a simple configuration, and is attachable easily to filaments is provided. The vibration absorbing means is formed of a holder 231, a vibration absorber 241, and a getter shielding member 251. These three members are attached to a shielding electrode S overlying the front substrate 111 to dispose the vibration absorber 241 between the holder 231 and getter shielding member 251. The vibration absorber 241 is mounted to slide or rotate between the holder 231 and the getter shielding member 251. The vibration absorber 241 has an aperture 2413 in which the filament is engaged. The bottom (apex) of the aperture 2413 is formed eccentrically. The vibration absorber 241 is in line contact with the shielding electrode S, as shown in FIG. 3(c).
    • 在包括诸如长丝的线性元件的减振器的电子管中,提供一种由具有大的振动吸收效果的减震器制成的振动吸收装置,具有简单的结构,并且易于连接到细丝上。 振动吸收装置由保持件231,减振器241和吸气剂屏蔽构件251构成。 这三个构件附接到覆盖在前基板111上的屏蔽电极S,以将振动吸收器241设置在保持器231和吸气剂屏蔽构件251之间。 安装振动吸收器241以在保持器231和吸气剂屏蔽构件251之间滑动或旋转。 振动吸收器241具有接合灯丝的孔2413。 孔2413的底部(顶点)偏心地形成。 如图1所示,振动吸收器241与屏蔽电极S线接触。 图3(c)。
    • 8. 发明授权
    • Optical printer head and optical printer
    • 光学打印头和光学打印机
    • US06191805B1
    • 2001-02-20
    • US09239552
    • 1999-01-29
    • Yukihiko ShimizuMasao SaitoKinya UedaToshiaki NakaharaShigetaka NakamuraHiromichi MorishimaToshihiro Yamasaki
    • Yukihiko ShimizuMasao SaitoKinya UedaToshiaki NakaharaShigetaka NakamuraHiromichi MorishimaToshihiro Yamasaki
    • B41J1514
    • B41J2/4476
    • A printer head capable of increasing intensity of dot-like light irradiated onto a record medium without requiring to increase a drive voltage or the number of printer heads arranged. The optical printer head includes a luminous element including two luminous dot arrays arranged in parallel to each other at a predetermined interval in a sub-scanning direction. The luminous dot arrays each are constituted of a plurality of luminous dots which have a dimension in the sub-scanning direction increased by a predetermined magnification as compared with that in a main scanning direction and are spaced from each other at identical intervals in the main scanning direction. The luminous dots of the two luminous dot arrays are arranged in an offset manner while being deviated from each other in the main scanning direction by a distance equal to the dimension thereof in the main scanning direction. Also, a reduction optical system is arranged for carrying out irradiation of light emitted from the luminous dots while reducing a dimension of the light in the sub-scanning direction by a reciprocal of the predetermined magnification.
    • 一种能够增加照射到记录介质上的点状光的强度的打印头,而不需要增加驱动电压或布置的打印机头的数量。 光学打印机头包括在副扫描方向上以预定间隔彼此平行地布置的两个发光点阵列的发光元件。 发光点阵列各自由多个发光点构成,该多个发光点在副扫描方向上的尺寸与主扫描方向相比增加了预定的倍率,并且在主扫描中以相同的间隔彼此间隔开 方向。 两个发光点阵列的发光点以偏移方式布置,同时在主扫描方向上彼此偏离与主扫描方向上的尺寸相等的距离。 此外,还原光学系统被布置成用于在通过预定倍率的倒数减小副扫描方向上的光的尺寸的同时,进行从发光点发射的光的照射。