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    • 5. 发明授权
    • Flat cathode ray tube
    • 扁平阴极射线管
    • US5493172A
    • 1996-02-20
    • US206654
    • 1994-03-07
    • Yoji KounoMasahiro Kikuchi
    • Yoji KounoMasahiro Kikuchi
    • H01J29/86H01J31/12
    • H01J31/124
    • In a flat cathode ray tube, a flat glass tube is of three-element structure includes a screen panel integrally provided with skirt portions which are erected from the screen panel along the front end and the opposite side portions thereof continuously, a front panel or a back panel of a sheet-like configuration, and a funnel portion having a neck portion. The screen panel, front panel and funnel portion are combined through frit glasses, and a phosphor screen is formed on the inner surface of the screen panel. An electron gun is disposed within the neck portion, so that an electron beam generated from the electron gun collides with molecules within the flat glass tube to generate negative ions. The negative ions are accelerated and irradiated at the center portion on the skirt portion provided at the front end of the screen panel, whereby the phosphor screen is prevented from being burned by the ions and degradation of the frit glass due to impact of the negative ions is prevented.
    • 在平面阴极射线管中,扁平玻璃管是三元件结构,包括整体设置有从屏幕面板沿着前端竖立的裙部和连续的相对侧部的屏幕面板,前面板或 片状构造的后面板和具有颈部的漏斗部。 屏幕面板,前面板和漏斗部分通过玻璃料玻璃组合,荧光屏形成在屏幕面板的内表面上。 电子枪设置在颈部内,使得从电子枪产生的电子束与平板玻璃管内的分子相撞,产生负离子。 负离子被加速并照射在设置在屏幕面板前端的裙部的中心部分,由此防止荧光屏被离子燃烧并且由于负离子的冲击导致的玻璃料的劣化 被阻止
    • 9. 发明申请
    • Transfer Films for Firing and Method of Forming Substrate with Functional Pattern
    • 转移膜用于烧制和形成具有功能图案的基板的方法
    • US20100086752A1
    • 2010-04-08
    • US12637434
    • 2009-12-14
    • Akihiro IIKUMAHideaki ShinozakiMasahiro KikuchiTatsuya OtsukaTaiichi KuboKazuhisa Ono
    • Akihiro IIKUMAHideaki ShinozakiMasahiro KikuchiTatsuya OtsukaTaiichi KuboKazuhisa Ono
    • B32B3/10B32B37/06B32B17/06
    • B44C1/1716B44C1/172H05K3/207H05K2203/1126Y10T428/2486Y10T428/24926
    • Transfer films for firing which have the excellent property of transferring a functional pattern and enable a pyrolysis gas generated by the firing of organic substances to be released smoothly, and which can form on a substrate a functional pattern free from defects such as a shape or function failure. One of the transfer films for firing comprises a release film and a multilayered structure formed so as to be in contact with one of the surfaces of the release film. The multilayered structure includes both a pressure-sensitive adhesive layer for bonding the transfer film for firing to a surface of a substrate and a functional pattern formed between the release film and the pressure-sensitive adhesive layer. The functional pattern comprises inorganic particles and a first organic substance removable by firing, and the pressure-sensitive adhesive layer comprises a second organic substance removable by firing and different from the first organic substance. The heat decomposition temperature of the first organic substance (Tdb), the heat decomposition temperature of the second organic substance (Tda), and the fusion bonding temperature of the inorganic particles (Tw) each measured under the firing conditions to be used for firing the multilayered structure transferred to a surface of a substrate satisfy the relationship Tdb.
    • 具有转印功能图案的优异性能的转印用转印膜,能够使通过烧成有机物质而产生的热解气体平滑地释放,并且能够在基板上形成没有形状或功能等缺陷的功能图案 失败。 用于焙烧的转印膜之一包括形成为与剥离膜的一个表面接触的剥离膜和多层结构。 多层结构包括用于将烧结用转印膜与基板表面接合的压敏粘合剂层和形成在剥离膜与压敏粘合剂层之间的功能图案。 功能图案包括无机颗粒和通过烧制除去的第一有机物质,并且压敏粘合剂层包括通过烧制除去并且不同于第一有机物质的第二有机物质。 第一有机物(Tdb)的热分解温度,第二有机物质的热分解温度(Tda)以及在烧成条件下测定的无机粒子(Tw)的熔融粘合温度 转移到基板表面的多层结构满足关系Tdb。