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    • 3. 发明申请
    • Glass bulb for a cathode ray tube and a method for producing the same
    • 阴极射线管用玻璃灯管及其制造方法
    • US20030155854A1
    • 2003-08-21
    • US10193230
    • 2002-07-12
    • ASAHI GLASS COMPANY LIMITED
    • Tsunehiko SugawaraMikio Ueki
    • H01J029/86H01J031/00
    • H01J29/86C03C21/002C03C21/003C03C21/008C03C23/0055C03C23/007H01J9/244
    • The present invention is to obtain a glass bulb of reduced weight, and high safeness and reliability by ion exchanging which assures a compressive stress layer having an effective thickness even to a large tensile vacuum stress. For this purpose, a region in an outer surface of a body portion 4 of the glass funnel, the region having a small mechanical strength and producing the maximum tensile vacuum stress thereby causing breakage easily, is partly strengthened by ion exchanging method according to an electric field assisting method and an ion exchanging method using paste in combination, whereby a portion 9 strengthened by ion exchanging method is provided in that region wherein the concentration of doped ions in a strengthened compressive stress layer is distributed according to a substantially step function in a direction from the surface of the glass toward the inside of it.
    • 本发明是通过离子交换获得重量轻,安全性和可靠性高的玻璃灯泡,其确保即使是大的拉伸真空应力也具有有效厚度的压缩应力层。 为此,玻璃漏斗的主体部分4的外表面区域,具有小的机械强度并产生最大拉伸真空应力从而易于断裂的区域通过根据电气的离子交换方法部分地增强 场合辅助法和使用糊剂的离子交换方法组合,由此通过离子交换法强化的部分9设置在强化压应力层中的掺杂离子的浓度根据基本上阶梯函数在方向上分布的区域中 从玻璃的表面到其内部。
    • 8. 发明申请
    • Glass funnel for a cathode ray tube and process for its production
    • 用于阴极射线管的玻璃漏斗及其制造方法
    • US20040041514A1
    • 2004-03-04
    • US10601806
    • 2003-06-24
    • Asahi Glass Company, Limited
    • Tsunehiko SugawaraMikio Ueki
    • H01J031/00
    • H01J29/863C03C3/102C03C4/02C03C4/087C03C21/002C03C21/005H01J9/244H01J29/86H01J2229/8603
    • A glass funnel for a cathode ray tube, which has a substantially rectangular opened end at one end and a neck portion at the other end and which constitutes, together with a glass panel having a substantially rectangular face portion, a glass bulb to be used for a cathode ray tube, wherein the glass constituting the glass funnel contains, by molar percentage, at least 60% of SiO2 and at least 7% of PbO; when the molar percentages of Na2O and K2O contained in said glass are represented by WNa and WK, respectively, 0.35nullWK/(WNanullWK)null0.6; a compressive stress layer is formed by chemical tempering at least in the outer surface of a region containing a position where the tensile stress formed when the interior of the glass bulb is vacuumed to produce the cathode ray tube, becomes maximum; and either one or both of the outer surface of the chemically tempered region and the inner surface opposite to said outer surface, are colored by ion exchange coloration.
    • 一种用于阴极射线管的玻璃漏斗,其一端具有大致矩形的开口端,另一端具有颈部,并与具有大致矩形面部的玻璃面板一起构成用于 阴极射线管,其中构成玻璃漏斗的玻璃以摩尔百分比含有至少60%的SiO 2和至少7%的PbO; 当所述玻璃中所含的Na 2 O和K 2 O的摩尔百分比分别由WNa和WK表示时,0.35 <= WK /(WNa + WK)= 0.6; 压缩应力层至少在包含当玻璃灯泡的内部被抽真空以产生阴极射线管时形成的拉伸应力的位置的区域的外表面中进行化学回火而变得最大; 并且化学回火区域的外表面和与所述外表面相对的内表面中的一个或两个通过离子交换着色着色。
    • 10. 发明申请
    • Glass bulb for a cathode ray tube and cathode ray tube
    • 用于阴极射线管和阴极射线管的玻璃灯泡
    • US20030038582A1
    • 2003-02-27
    • US10119860
    • 2002-04-11
    • ASAHI GLASS COMPANY, LIMITED
    • Tsunehiko SugawaraMikio MiyamotoToshihiro OhashiTakahiro Murakami
    • H01J031/00
    • H01J29/86H01J29/87
    • A glass bulb for a cathode ray tube comprising a panel portion having a substantially rectangular face portion and a funnel portion having a neck portion, wherein when the glass bulb is used for a cathode ray tube, the glass bulb at least regionally suffers from a tensile stress resulting from the atmospheric pressure on the outer surface of the glass bulb having a vacuum inside, at least part of the face portion of the panel portion where the tensile stress over the face portion has a maximum value nullVP has a compressive stress layer formed by chemical tempering on the outer surface, and the nullVP, the magnitude of the compressive stress on the compressive stress layer nullC MPa, and the thickness of the compressive stress layer tC nullm satisfy the following relationship: 120/tcnull(1nullnullnullVP/nullCnull)>30/tC provided that nullVPnull20 MPa.
    • 一种用于阴极射线管的玻壳,包括具有基本矩形面部分的面板部分和具有颈部的漏斗部分,其中当玻璃灯泡用于阴极射线管时,玻璃灯泡至少在区域上受到拉伸 由于内部有真空的玻璃泡的外表面的大气压力引起的应力,面部的表面部分的拉伸应力的最大值为σVP的面板部的面部的至少一部分具有压缩应力层, 外表面的化学回火,σVP,压缩应力层的压缩应力σcMPa的大小和压应力层的厚度tC mum满足以下关系:<段落lv1 =“0”> < -line-formula> 120 / tc> =(1- | sigmaVP / sigmaC |)> 30 / tC ,条件是σVP> = 20MPa。