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    • 7. 发明授权
    • Color cathode ray tube with suppressed doming
    • 彩色阴极射线管,抑制穹顶
    • US5821684A
    • 1998-10-13
    • US695761
    • 1996-08-08
    • Takashi MuraiMasatsugu InoueNobuhiko AkohKumio Fukuda
    • Takashi MuraiMasatsugu InoueNobuhiko AkohKumio Fukuda
    • H01J29/07
    • H01J29/076H01J29/07H01J2229/0788
    • A color cathode ray tube has a substantially rectangular shadow mask in which a plurality of slit type aperture arrays are aligned in the direction of the major axis of an effective region defined by a curved surface opposing a phosphor screen formed on the inner surface, defined by a concave curved surface, of the effective region of a panel. Each slit type aperture array is obtained by arranging a plurality of slit type apertures in an array in the direction of the minor axis of the effective region of the shadow mask. In this color cathode ray tube, the difference between the array interval of the slit type aperture arrays at a peripheral portion on the long side of the shadow mask and the array interval of the slit type aperture arrays on the major axis is a maximum value within a distance range of 0.4 h to 0.9 h (h is 1/2 the length of the effective region of the shadow mask in the direction of the major axis) from the minor axis, and the array interval of the slit type aperture arrays at the end of the major axis is larger than that of the slit type aperture arrays at a corner. Thus, local doming of the shadow mask can be suppressed.
    • 彩色阴极射线管具有大致矩形的荫罩,其中多个狭缝型孔阵列沿着由形成在内表面上的荧光屏相对的曲面限定的有效区域的长轴方向排列, 面板的有效区域的凹曲面。 通过在荫罩的有效区域的短轴的方向上排列多个狭缝型孔而获得每个狭缝型孔阵列。 在该彩色阴极射线管中,荫罩长边的周边部分上的狭缝型孔阵列的阵列间隔与长轴上的狭缝型孔阵列的阵列间隔之间的差值为 距离短轴的距离范围为0.4h至0.9h(h为+ E,fra 1/2 + EE,荫罩在长轴方向上的有效区域的长度) 在长轴的端部处的狭缝型孔径阵列大于角部处的狭缝型孔径阵列。 因此,可以抑制荫罩的局部隆起。
    • 8. 发明授权
    • Heat insulating support device for cryogenic equipment
    • 用于低温设备的绝热支撑装置
    • US4838033A
    • 1989-06-13
    • US163128
    • 1988-02-19
    • Yuuichi YamamotoTadaaki NakamuraTakashi MuraiAkemi Hijikata
    • Yuuichi YamamotoTadaaki NakamuraTakashi MuraiAkemi Hijikata
    • F17C13/08
    • F17C13/087F17C2203/01F17C2203/03F17C2203/0391F17C2209/228F17C2223/0161F17C2227/045
    • An improved heat-insulating support device is disclosed which is capable of supporting a coolant tank to a vacuum vessel in a manner such that when the vacuum tank is subjected to a great external force after the coolant tank has been cooled down to a cryogenic temperature, the coolant tank and hence cryogenic equipment mounted thereon are held in place and prevented from being displaced beyond a prescribed allowable range, without impairing the intended heat-insulating capability thereof. The heat-insulating support device comprises a heat insulating support member disposed outside the coolant tank with one end connected with the coolant tank; a mounting rod having one end connected with the heat-insulating support member and its other end projected outwardly through the vacuum vessel; and a spring for resiliently mounting the other projected end portion of the mounting rod on the vacuum vessel, the spring having a non-linear spring characteristic including a small spring constant for mainly absorbing thermal contraction of the coolant tank and a large spring constant for mainly suppressing displacement of the coolant tank due to large external forces acting thereon after the thermal contraction of the coolant tank.
    • 公开了一种改进的绝热支撑装置,其能够以这样的方式将冷却剂罐支撑到真空容器,使得当冷却箱冷却至低温后真空罐经受很大的外力时, 安装在其上的冷却剂罐和其中的低温设备保持在适当位置并防止其移动超过规定的允许范围,而不损害其预期的隔热能力。 绝热支撑装置包括设置在冷却剂箱外部的绝热支撑构件,其一端与冷却剂罐连接; 安装杆,其一端与绝热支撑构件连接,另一端通过真空容器向外突出; 以及用于将安装杆的另一个突出端部弹性地安装在真空容器上的弹簧,弹簧具有包括主要吸收冷却剂箱的热收缩的小弹簧常数的非线性弹簧特性和主要的大的弹簧常数 在冷却剂箱的热收缩之后,由于作用在其上的大的外力而抑制冷却剂罐的位移。