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    • 141. 发明授权
    • Glass member for cathode ray tube
    • 阴极射线管用玻璃构件
    • US06949876B2
    • 2005-09-27
    • US10424547
    • 2003-04-24
    • Teruaki KugoYukihiro NagamatsuMichiharu Eta
    • Teruaki KugoYukihiro NagamatsuMichiharu Eta
    • C03B23/217C03B11/08H01J29/86H01J31/00
    • H01J29/861H01J2229/8606H01J2229/8616
    • A glass member for use in a cathode ray tube is provided, which can facilitate the heating and softening of glass during sealing and raise the productivity without decreasing the mechanical strength of the product by improving the shapes of the seal end faces of the panel and funnel. In an edge area between an edge of the seal end face of each side part of the glass member for use in the cathode ray tube comprising a glass panel or a funnel and a position about 5 mm away along a tube axis from the edge, a thin edge part is formed to have a thickness decreasing part. The rate of thickness decreasing thereof toward the edge is larger than that of a standard shape in a root area adjacent to the edge area. Also, the thin edge part is formed so that an inequality of 0.3≦t1/t0≦0.7 is satisfied where t1 is a thickness at a position 1 mm away along the tube axis from the edge, and t0 is a thickness at a position 5 mm away along the tube axis from the edge.
    • 提供用于阴极射线管的玻璃构件,其可以有助于在密封期间玻璃的加热和软化,并且通过改善面板和漏斗的密封端面的形状来提高生产率而不降低产品的机械强度 。 在玻璃构件的每个侧部的密封端面的边缘之间的边缘区域中,用于包括玻璃面板或漏斗的阴极射线管和沿着从边缘沿着管轴线约5mm的位置, 薄边缘部分形成为具有厚度减小部分。 其边缘厚度减小的速率大于与边缘区域相邻的根部区域中的标准形状的速率。 此外,薄边缘部分形成为使得其中t 1≤0<1的不等式满足0.3≤T<1 / 是距离边缘沿着管轴线1mm距离的位置的厚度,并且t 0是在距离边缘的管轴线5mm的位置处的厚度。
    • 146. 发明授权
    • Process for making envelope for projection television tube
    • 投影电视筒制作信封的过程
    • US4433962A
    • 1984-02-28
    • US415397
    • 1982-09-07
    • Henry E. Kloss
    • Henry E. Kloss
    • H01J29/89H01J31/10H04N5/74C03B23/217H01J29/24H01J31/00
    • H01J31/10H01J29/894H04N5/7408
    • A process for making an envelope for a projection televised tube, that includes a spherically curved electronic beam target surface spaced away from the neck of the tube, a larger reflective surface spherically curved concentrically with the target surface on an end plate located close to the tube neck, a target support that preferably constitutes a face plate for the envelope, and a hollow cylindrical spacer member for closing the side of the tube envelope and for holding the target support accurately spaced from the reflective surface, includes making the ends of the cylindrical member and the abutting peripheral surfaces of the end plate and target concentric with the target and reflective surfaces, so that slight relative lateral motion of the parts during assembly and bonding will not affect tube projection optics, while the relationship between the target and reflective surfaces is precisely maintained in spaced concentric relationship.
    • 一种用于制作用于投影电视管的信封的方法,其包括与所述管的颈部间隔开的球形弯曲的电子束目标表面,与所述目标表面同心地弯曲的较大的反射表面,所述目标表面位于靠近所述管 颈部,优选地构成用于封套的面板的目标支撑件和用于封闭管壳侧面并用于将准直地保持与反射表面间隔开的靶支撑件的中空圆柱形间隔件构成包括使圆柱形构件的端部 并且端板和靶的邻接外围表面与靶和反射表面同心,使得在组装和接合期间部件的轻微的相对横向运动不会影响管投影光学元件,而目标和反射表面之间的关系是精确的 保持间隔同心关系。