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    • 1. 发明授权
    • Flat cathode ray display tube with beam generator subassembly
    • 具有光束发生器组件的平面阴极射线显示管
    • US4748373A
    • 1988-05-31
    • US904439
    • 1986-09-08
    • Adrian Caple
    • Adrian Caple
    • H01J29/02H01J31/12H01J29/86
    • H01J31/124H01J29/028H01J2329/00
    • A flat cathode ray display tube has an envelope divided into front and rear portions by a partition carrying frame deflection electrodes with an electron gun (30) and line scanning deflector positioned in the rear portion, the electron beam being directed initially parallel to a flat faceplate of the envelope, turned through 180.degree. by a reversing lens into the front portion and then deflected by electrodes towards a screen on the faceplate. In addition to the electrodes, other components are also mounted on the partition forming a sub-assembly whereby correct mutual positioning is ensured and assembly facilitated. A spacing structure accurately spaces the sub-assembly from the faceplate and supports also an electron multiplier for beam current amplication.
    • 平面阴极射线显示管具有通过分隔载体框架偏转电极分成前部和后部的外壳,电子枪(30)和线扫描偏转器位于后部,电子束最初平行于平面板 的信封,通过反转透镜转过180°进入前部,然后通过电极偏转到面板上的屏幕。 除了电极之外,其他部件也安装在形成子组件的隔板上,从而确保了正确的相互定位并且组装有助于。 间隔结构将子组件与面板精确地隔开并且还支撑用于束电流放大的电子倍增器。
    • 2. 发明授权
    • Cathode ray display tubes
    • 阴极射线显示管
    • US4760305A
    • 1988-07-26
    • US905092
    • 1986-09-08
    • Adrian Caple
    • Adrian Caple
    • H01J29/02H01J31/12H01J43/00
    • H01J29/023H01J31/124
    • In a cathode ray display tube including a screen carried on a flat faceplate of an envelope and a channel plate electron multiplier arranged parallel to, and spaced from, the screen having an input side across which an electron beam is scanned and an output side from which a current multiplied beam is directed onto the screen, the multiplier is supported away from the screen by a spacing frame engaging with the periphery of its output side and is clamped against the frame by a pressure member having a plurality of resilient fingers spaced at intervals around the edges of the multiplier and engaging with the input side thereof. In this way, minor local surface profile variations of the multiplier are accomodated. The fingers serve also as contacts for the input side electrode of the multiplier.
    • 在一个阴极射线显示管中,包括一个放置在外壳平面上的屏幕和一个平行于屏幕的通道板电子倍增器,该屏幕具有一个扫描电子束的输入侧和一个输出侧, 电流倍增的光束被引导到屏幕上,乘法器通过与其输出侧的周边接合的间隔框架被支撑远离屏幕,并且通过具有多个间隔周期的多个弹性指状物的压力构件夹紧在框架上 乘法器的边缘并与其输入侧接合。 以这种方式,乘数的次要局部表面轮廓变化是适应的。 手指也用作乘法器的输入侧电极的触点。