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    • 1. 发明申请
    • Projection tube apparatus
    • 投影管装置
    • US20050189861A1
    • 2005-09-01
    • US11055237
    • 2005-02-08
    • Takahiko YoshinagaKenichiro Taniwa
    • Takahiko YoshinagaKenichiro Taniwa
    • H01J31/10H01J29/70H01J29/76
    • H01J29/76
    • A projection tube apparatus includes: a valve made up of a face panel having a screen face on its external face, a funnel connected to a rear portion of the face panel, and a neck portion; an electron gun that emits an electron beam and is housed in the neck portion; and a deflection device mounted at an outer circumference of the funnel on the neck portion side. The deflection device at least includes: horizontal deflection coils that generate a horizontal deflection field for deflecting the electron beam in the horizontal direction; vertical deflection coils that generate a vertical deflection field for deflecting the electron beam in the vertical direction and is disposed outside the horizontal deflection coils; and a ferrite core disposed outside the vertical deflection coils. A distance Ls between an end portion of the horizontal deflection coils on the screen face side and the screen face is set to 55 mm≦Ls≦80 mm.
    • 投影管装置包括:阀门,其由在其外表面上具有筛面的面板,与所述面板的后部连接的漏斗和颈部构成; 发射电子束并容纳在颈部的电子枪; 以及偏转装置,其安装在所述漏斗的外周的颈部侧。 偏转装置至少包括:水平偏转线圈,其产生用于在水平方向上偏转电子束的水平偏转场; 垂直偏转线圈,其产生用于在垂直方向上偏转电子束的垂直偏转场,并设置在水平偏转线圈的外侧; 以及设置在垂直偏转线圈外侧的铁氧体磁芯。 屏幕表面侧的水平偏转线圈的端部与屏幕面之间的距离Ls设定为55mm <= Ls <= 80mm。
    • 6. 发明授权
    • Cathode ray tube apparatus
    • 阴极射线管装置
    • US5552663A
    • 1996-09-03
    • US310325
    • 1994-09-22
    • Koichi IidaMichihisa Yano
    • Koichi IidaMichihisa Yano
    • H01J29/86H01J31/10H01J29/18
    • H01J29/861H01J2229/8616
    • The present invention enlarges the effective display area of a CRT for projecting while maintaining the strength of the panel necessary to allow for normal usage without breaking. The inside portion of the effective display area inside the rectangular display area is of a predetermined radius, and protrudes inward, extending in all directions. The four corners of the display area are outside of the circular boundary line comprised of the standard thickness Tf. Non-display areas H which are outside the boundary line are flat or protuberant, and have a thickness greater than the standard thickness Tf. Accordingly, with the present invention, the effective display area A2 can be made larger than previous effective display areas A1 in the prior art, which could not extend beyond a border that included the four corners, while maintaining overall the necessary strength.
    • 本发明在保持需要的面板的强度而不破坏的情况下扩大用于投影的CRT的有效显示区域。 矩形显示区域内的有效显示区域的内部部分是预定的半径,并向内突出,在所有方向上延伸。 显示区域的四个角落在由标准厚度Tf组成的圆形边界线之外。 在边界线之外的非显示区域H是平坦的或突出的,并且具有大于标准厚度Tf的厚度。 因此,利用本发明,可以使有效显示区域A2大于现有技术中的先前有效显示区域A1,其不能超过包括四个角的边界,同时保持总体必要的强度。
    • 7. 发明授权
    • Device for positioning the cathode ray tubes in a projection television
system
    • 用于将阴极射线管定位在投影电视系统中的装置
    • US5298984A
    • 1994-03-29
    • US991340
    • 1992-12-16
    • Kiyoshi Numata
    • Kiyoshi Numata
    • G03B21/00H01J31/10H04N5/74H04N9/31H04N5/645H04N5/655
    • H04N9/3141H04N5/7408H04N9/31
    • A cathode ray tube device employed in a projection apparatus for projecting an image on a screen. The cathode ray tube device includes a supporting frame mounted on a rim of a front panel section of the cathode ray tube, a lens plate in the form of a frame having a center aperture, and having a projection lens system attached to it, and a positioning supporting member detachably mounted on a mounting base plate of the projection apparatus and adapted for positioning the supporting frame and the lens plate with respect to the mounting base plate for detachably supporting the supporting frame and the lens plate by the mounting base plate. The positioning supporting member has a lens plate supporting surface for supporting the lens plate at a tilt angle corresponding to a convergence angle with respect to the mounting base plate and a supporting frame supporting surface for positioning and supporting the supporting frame at a tilt angle corresponding to an elevation with respect to the lens plate and at a distance corresponding to a back focal length at back of the lens plate for accurately setting the convergence angle, elevation and the back focal length.
    • 一种在用于将图像投影在屏幕上的投影装置中使用的阴极射线管装置。 阴极射线管装置包括安装在阴极射线管的前面板部分的边缘上的支撑框架,具有中心孔的框架形式的透镜板,并且具有安装在其上的投影透镜系统 定位支撑构件可拆卸地安装在投影装置的安装基板上,并且适于相对于安装基板定位支撑框架和透镜板,用于通过安装基板可拆卸地支撑支撑框架和透镜板。 定位支撑构件具有透镜板支撑表面,用于以相对于安装基板的会聚角度的倾斜角度支撑透镜板;以及支撑框架支撑表面,用于以对应于 相对于透镜板的高度,并且在与透镜板背面的后焦距相对应的距离处,用于精确地设定会聚角,仰角和后焦距。
    • 9. 发明授权
    • High-efficiency cathodoluminescent screen for high-luminance cathode-ray
tubes
    • 高亮度阴极射线管的高效率阴极荧光屏
    • US5101136A
    • 1992-03-31
    • US565680
    • 1990-08-10
    • Daniel GibiliniBernard Courtan
    • Daniel GibiliniBernard Courtan
    • H01J29/18H01J29/28H01J31/10
    • H01J29/185H01J2229/8916
    • A high-efficiency cathodoluminescent screen for high-luminance cathode-ray tubes has a design which makes possible a considerable improvement of the luminance. The cathodoluminescent screen of the invention includes a glass substrate (11) carrying a luminescent screen (12) consisting of luminophor grains. According to a characteristic of the invention, an intermediate screen (15) is inserted between luminescent screen (12) and substrate (11), with the intermediate screen (15) having a refraction index n1 which is clearly greater than refraction index n0 of substrate (11). As a result of this arrangement, a considerable part of the light which penetrates intermediate layer (15) is reflected in the direction of luminescent layer (12), so that this light can then be rediffused to substrate (11), i.e., to use, with an emission indicatrix which is much more greatly concentrated on the axis than in the prior art.
    • 用于高亮度阴极射线管的高效率阴极发光屏具有使亮度显着提高的可能性的设计。 本发明的阴极发光屏包括载有由发光体颗粒组成的荧光屏(12)的玻璃基板(11)。 根据本发明的特征,在荧光屏(12)和基板(11)之间插入中间屏幕(15),中间屏幕(15)的折射率n1明显大于基板的折射率n0 (11)。 作为这种布置的结果,穿透中间层(15)的相当大部分的光在发光层(12)的方向上被反射,使得该光可以被再次传输到衬底(11),即使用 ,其发射指标比现有技术更加集中在轴上。