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    • 2. 发明授权
    • Directly heated cathode assembly
    • 直接加热阴极组件
    • US4338542A
    • 1982-07-06
    • US115384
    • 1980-01-25
    • Yukio TakanashiShouji NakayamaToshiharu Higuchi
    • Yukio TakanashiShouji NakayamaToshiharu Higuchi
    • H01J1/18H01J1/15H01J29/04
    • H01J29/04H01J1/15
    • Disclosed is a directly heated cathode assembly for a cathode ray tube electron gun, comprisingfirst and second conductive support members disposed to face each other via an insulating base plate,a ribbon filament stretched between the first and second conductive support members such that the width direction thereof is parallel with the axis of the electron gun,a cathode consisting of a metal substrate covered with an electron emissive coating and a support portion integral with or fixed to the metal substrate, the coating layer extending in a direction perpendicular to the axis of the electron gun and the cathode being mounted to the central portion of the filament, andat least one spring member whose free end resiliently abuts against the filament in a direction perpendicular to a plane including the axis of the electron gun.
    • 公开了一种用于阴极射线管电子枪的直接加热阴极组件,包括通过绝缘基板设置为彼此面对的第一和第二导电支撑构件,在第一和第二导电支撑构件之间拉伸的带状细丝,使得宽度方向 其与电子枪的轴线平行,阴极由覆盖有电子发射涂层的金属基底和与金属基底成一体或固定在金属基底上的支撑部分组成,所述涂层沿垂直于所述金属基底的轴线的方向延伸 电子枪和阴极安装到灯丝的中心部分,以及至少一个弹簧件,其自由端沿垂直于包括电子枪轴线的平面的方向弹性地抵靠灯丝。
    • 7. 发明授权
    • Directly heated type cathode assembly
    • 直接加热型阴极组件
    • US4298814A
    • 1981-11-03
    • US85317
    • 1979-10-16
    • Yukio TakanashiToshiharu Higuchi
    • Yukio TakanashiToshiharu Higuchi
    • H01J1/18H01J1/15H01J29/04H01J1/46H01J21/10
    • H01J29/04
    • A directly heated type cathode assembly comprises a ribbon filament to a substantially central portion of which an electron-emitting substance is attached through a metal plate, a first support member on which one end portion of the ribbon filament is fixed to support the ribbon filament, the first support member being electroconductive, a second support member for supporting that portion of the ribbon filament which is a little short of the other end of the ribbon filament, a conductive spring member fixed to the other end portion of the ribbon filament, and a conductive cathode cylinder supporting the first support member, second support member and spring member and having a base at the filament side, the base of the cylinder having at least one opening.
    • 直接加热型阴极组件包括丝带丝,其丝线细丝通过金属板附接到电子发射物质的基本上中心部分;第一支撑件,丝带丝的一个端部固定在该第一支撑件上以支撑带状丝, 所述第一支撑构件是导电的,用于支撑所述带状丝的部分的第二支撑构件,所述丝带长丝稍微短于所述带状丝的另一端;固定到所述丝状丝的另一端部的导电弹簧构件, 导电阴极筒,其支撑第一支撑构件,第二支撑构件和弹簧构件,并且在灯丝侧具有基部,气缸的底部具有至少一个开口。
    • 8. 发明授权
    • Method of manufacturing a cathode assembly
    • 阴极组件的制造方法
    • US5762997A
    • 1998-06-09
    • US620161
    • 1996-03-22
    • Akihito HaraToshiharu HiguchiToru YakabeShigeo KandaEiji Yamamoto
    • Akihito HaraToshiharu HiguchiToru YakabeShigeo KandaEiji Yamamoto
    • H01J1/26H01J9/04B05D5/12
    • H01J1/26H01J9/04H01J2209/012
    • A method of forming a coating on an electron emitting cathode, in which (1) a black coating is formed on the inner surface of a cathode sleeve constituting the electron emitting cathode, (2) the cathode sleeve is filled with a suspension as a coating material, and (3) a porous absorbent member is brought into contact with or near an opening portion of the cathode sleeve at the same time or after the cathode sleeve is filled with the suspension, thereby causing the porous absorbent member to absorb an unnecessary portion of the suspension. Thereafter, the cathode sleeve to which the coating material is adhered is heat-treated. As a result, a black coating having a uniform thickness is formed, on the inner surface of the cathode sleeve, as a sintered layer obtained by mixing tungsten having an average particle diameter in a range of 0.5 .mu.m (inclusive) to 2 .mu.m (inclusive) with alumina having an average particle diameter in a range of 0.1 .mu.m (inclusive) to 1 .mu.m (exclusive) at a weight ratio of the tungsten to the alumina in a range of (90:10) to (65:35).
    • 一种在电子发射阴极上形成涂层的方法,其中(1)在构成电子发射阴极的阴极套管的内表面上形成黑色涂层,(2)阴极套管填充有作为涂层的悬浮液 材料,和(3)同时或在阴极套筒填充悬浮液之后,使多孔吸收体与阴极套筒的开口部分接触或接近,从而使多孔吸收件吸收不需要的部分 的暂停。 之后,对涂覆材料附着的阴极套进行热处理。 结果,在阴极套筒的内表面上形成具有均匀厚度的黑色涂层,作为通过混合平均粒径在0.5μm(包括)至2μm的范围内的钨而获得的烧结层 (90:10)〜(65:10)的范围内的平均粒径在0.1μm以上至1μm以下的氧化铝(不包括在内),钨与氧化铝的重量比为 35)。