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    • 102. 发明授权
    • Paper splicing device
    • 纸拼接装置
    • US06899296B2
    • 2005-05-31
    • US10228082
    • 2002-08-27
    • Toshio KansakuYukio OgawaDaisuke NakamuraYoshihiko Murata
    • Toshio KansakuYukio OgawaDaisuke NakamuraYoshihiko Murata
    • B65H19/16B65H19/18
    • B65H19/1868B65H19/1821B65H2403/60B65H2511/212B65H2511/51Y10T83/0333B65H2220/01B65H2220/03
    • In order to resolve problems where impact force when a pushing member of a splicing device collides becomes large, strength becomes inconsistent as a result of a pushing force due to reactive force, and paper splicing becomes unstable due to it taking time to suppress this, with paper splicing precision falling as a result, a paper splicing device is provided with a pressing member for pressing running paper web taken from one paper roll against the peripheral surface of a paper roll rotatably driven in such a manner that the peripheral surface moves at substantially the same speed as the speed of running of the paper web. The paper splicing device has pressing means for pressing and actuating the pressing member so as to press the paper web against the peripheral surface of the paper roll, and at least one shock absorbing means provided facing the direction of operation of a member coupling as a result of a pressing operation of the pressing means and being capable of absorbing an impact when the paper web is pressed against the peripheral surface of the paper roll.
    • 为了解决当拼接装置的推动构件碰撞时的冲击力变大的问题,由于反作用力引起的推力,强度变得不一致,并且由于花费时间来解决纸张拼接而变得不稳定,因此, 拼接精度下降的结果是,纸拼接装置设置有用于将从一个纸卷取出的行进纸幅压靠在可旋转地驱动的纸卷的周面上的按压部件,使得周面基本上移动 与纸幅运行速度相同的速度。 纸接合装置具有用于按压和致动按压构件的按压装置,以将纸幅压靠在纸卷的周面上,并且至少一个冲击吸收装置面向构件联接器的操作方向设置 压紧装置的按压操作,并且当纸幅被压靠在纸卷的周面上时能够吸收冲击。
    • 106. 发明授权
    • Electron tube and method of manufacturing the same
    • 电子管及其制造方法
    • US06717350B2
    • 2004-04-06
    • US10085057
    • 2002-03-01
    • Yoshihisa YonezawaYukio OgawaYasuhiro NoharaHiroaki Kawasaki
    • Yoshihisa YonezawaYukio OgawaYasuhiro NoharaHiroaki Kawasaki
    • H01J190
    • H01J31/126
    • An electron tube such as a fluorescent display tube is provided. Auxiliary linear support members (e.g. linear spacers and linear dampers), which subsidiarily support liner members (e.g. cathode filaments and wire grids), are bonded on a substrate, using ultrasonic welding (without using an adhesive agent (e.g. fritted glass or a conductive paste)). A metal layer (e.g. a thin or thick aluminum film) is formed over the glass substrate. The end of the coil of a cathode filament is securely bonded to the metal layer. A spacer of a metal wire (e.g. aluminum) is ultrasonic welded to the metal layer. The welding is performed with the wedge tool of an ultrasonic welder placed at the position where the spacer is in contact with the cathode filament. A U-shaped recess is left at the welded spot. This recess prevents the cathode filament from being displaced. If necessary, the metal layer is formed over the substrate and the damper of a metal wire (e.g. aluminum) is disposed to prevent the vibration of the cathode filament.
    • 提供诸如荧光显示管的电子管。 使用超声波焊接(不使用粘合剂(例如多孔玻璃或导电浆料))将辅助线性支撑构件(例如线性间隔件和线性阻尼器)辅助地支撑衬里构件(例如阴极细丝和线栅) ))。 在玻璃基板上形成金属层(例如薄的或厚的铝膜)。 阴极丝的线圈的端部牢固地结合到金属层。 金属线(例如铝)的间隔件被超声波焊接到金属层。 焊接通过放置在隔离件与阴极细丝接触的位置处的超声焊接机的楔形工具进行。 U形凹槽留在焊接点。 该凹槽防止阴极丝被移位。 如果需要,金属层形成在基板上,金属线(例如铝)的阻尼器被设置以防止阴极丝的振动。