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    • 5. 发明授权
    • Panel assembly for cathode ray tube with vibration damping member
    • 具有减震构件的阴极射线管面板组件
    • US6100629A
    • 2000-08-08
    • US203544
    • 1998-12-01
    • Dong-hee HanSung-hwan MoonSeung-kwon Han
    • Dong-hee HanSung-hwan MoonSeung-kwon Han
    • H01J29/02H01J29/07H01J29/80
    • H01J29/073H01J2229/0744
    • A panel assembly for a cathode ray tube includes a panel having an inner phosphor screen and a side-wall, and a shadow mask having a plurality of beam-guide apertures. The shadow mask is placed behind the phosphor screen at a predetermined distance. A shadow mask frame is attached under the shadow mask to suspend it in the panel. The panel assembly further includes a plurality of stud pins embedded into the side-wall of the panel, a spring positioned between the shadow mask frame and the stud pins to interconnect them, and a vibration damping member for damping vibration of the shadow mask by converting mechanical stress applied to the shadow mask into electrical energy. The vibration damping member is formed with piezoelectric material layers provided on at least one of an outer periphery of the stud pin and between the spring and mask frame.
    • 用于阴极射线管的面板组件包括具有内荧光屏和侧壁的面板和具有多个光束引导孔的荫罩。 荫罩以预定距离放置在荧光屏的后面。 荫罩框架连接在荫罩下面,将其悬挂在面板中。 所述面板组件还包括嵌入所述面板的侧壁中的多个柱销,设置在所述荫罩框架和所述柱销之间以互连它们的弹簧,以及用于通过转换来阻止所述荫罩的振动的减震构件 施加到荫罩上的机械应力变成电能。 振动阻尼部件形成有压电材料层,该压电材料层设置在螺柱销的外周中的至少一个之间以及弹簧与荫罩框架之间。
    • 7. 发明授权
    • Laminated spring structure for CRT
    • CRT复合弹簧结构
    • US06188168B1
    • 2001-02-13
    • US09179510
    • 1998-10-27
    • Dong-hee HanSung-hwan MoonSeung-kwon Han
    • Dong-hee HanSung-hwan MoonSeung-kwon Han
    • H01J2980
    • H01J29/073H01J2229/0711
    • A spring used in a CRT interconnects a stud pin embedded into a CRT panel and a mask frame mounting a shadow mask thereon so that the spring removably mounts the shadow mask within the CRT panel. In order to minimize or interrupt a vibration energy transmitted to the shadow mask, the spring is formed with a composite metal plate having a laminated structure of more than two materials capable of converting the vibration energy applied thereto into a thermal energy by an internal or interfacial friction. The composite metal plate is preferably composed of a first steel, a zinc alloy, and a second steel. A method of making the spring includes the steps of plating two or more metallic materials in sequence, rolling the plated metallic materials into an integrated composite metal plate, and forming the composite metal plate into a spring shape.
    • CRT中使用的弹簧互连嵌入CRT面板的螺柱销和在其上安装荫罩的荫罩框架,使得弹簧可拆卸地将荫罩安装在CRT面板内。 为了最小化或中断传递到荫罩的振动能量,弹簧形成有复合金属板,该复合金属板具有多于两种材料的层叠结构,能够通过内部或界面将施加到其上的振动能量转化为热能 摩擦。 复合金属板优选由第一钢,锌合金和第二钢构成。 制造弹簧的方法包括依次镀敷两种或更多种金属材料的步骤,将镀覆的金属材料滚动成一体的复合金属板,并将复​​合金属板形成为弹簧形状。
    • 8. 发明授权
    • Shadow mask for cathode ray tube and method of manufacturing same
    • 阴极射线管阴影掩模及其制造方法
    • US06313573B1
    • 2001-11-06
    • US09234925
    • 1999-01-21
    • Sung-hwan MoonDong-hee HanSeung-kwon Han
    • Sung-hwan MoonDong-hee HanSeung-kwon Han
    • H01J2980
    • H01J29/07H01J2229/0738
    • A shadow mask includes an aperture portion having a plurality of apertures formed therein, the aperture portion being formed over a predetermined area in a center of the shadow mask; and a non-aperture portion defining a periphery of the shadow mask and formed adjacent to the aperture portion. Only the aperture portion is selectively heat-treated to result in a tensile strength of the aperture portion being 1.2 to 3 times greater than that of the non-aperture portion, and the modulus of elasticity of the aperture portion being 1.5 to 3 times greater than that of the non-aperture portion. The method includes the steps of selectively performing a heat-treating process on only the aperture portion of the shadow mask by mounting a separating cover on the non-aperture portion, the separating cover preventing contact of the non-aperture portion with the gaseous atmosphere present during the heat treating process. The shadow mask is then press-formed.
    • 荫罩包括具有形成在其中的多个孔的开口部分,所述开口部分形成在荫罩的中心的预定区域上; 以及限定荫罩的周边并与孔部相邻形成的非开口部。 只有开口部分被选择性地热处理,导致开口部分的拉伸强度比非开口部分的拉伸强度大1.2倍,而开口部分的弹性模量是1.5〜3倍 非孔径部分的。 该方法包括以下步骤:通过在非开口部分上安装分离盖,仅对荫罩的开口部分进行热处理工艺,防止非开口部分与气体气氛接触的分离盖 在热处理过程中。 然后将荫罩压制成型。