会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Insulating crystals for coating on a metal mesh of a storage tube
    • 绝缘晶体用于在储存管的金属网上涂覆
    • US4556818A
    • 1985-12-03
    • US454354
    • 1982-12-29
    • Lyuji Ozawa
    • Lyuji Ozawa
    • H01J31/18H01J29/39H01J31/38
    • H01J29/395
    • Insulating crystals are coated on a metal mesh of a storage tube and give rise to a hysteresis effect with respect to the passage of flood electrons through the metal mesh, the hysteresis effect being caused by the persistent polarization of the insulating crystals when an electric field has been applied and the depolarization of the crystals due to the irradiation of an electron beam having an energy which is large enough to penetrate through the negative field produced by the persistent polarization. The clean surface of the insulating crystals, which contains recombination centers of electrons and holes and the deep traps of electrons and holes, is an essential feature of the insulating crystals and are necessary for the hysteresis effect with respect to the passage of the flood electrons through the metal mesh.
    • 绝缘晶体被涂覆在存储管的金属网上,并且相对于泛电子通过金属网而产生滞后效应,滞后效应是由于电场具有绝缘晶体的持续偏振 并且由于具有足够大的能量的电子束的照射而晶体的去极化,以穿透由持续偏振产生的负场。 包含电子和空穴的复合中心和电子和空穴的深陷阱的绝缘晶体的干净的表面是绝缘晶体的基本特征,并且对于洪涝电子通过的滞后效应是必要的 金属网。
    • 5. 发明申请
    • Mercury-free flat fluorescent lamps
    • 无汞平板荧光灯
    • US20080174226A1
    • 2008-07-24
    • US11656484
    • 2007-01-23
    • Lyuji OzawaChun-Hui Tsai
    • Lyuji OzawaChun-Hui Tsai
    • H01J1/62
    • H01J1/62G02F1/133604H01J61/305H01J65/046
    • The present invention relates to a mercury-free flat fluorescent lamp, which is comprised with two separated electric circuits in electron flow that are a driving electric circuit on a base plate glass and an internal electric circuit formed in a Xe chamber. The internal electric circuit receives the electric energy from the driving electric circuit by means of the surface-bound-charges that form with polarized charges in surface volume of insulator particles and the ionized Xe+ and e− charges in the Xe chamber, which are induced by the alternated electric field from electrodes in the driving electric circuit. The internal electric circuit has electron flow between separately accumulated charges of Xe+ and e− on the insulator particles in the Xe chamber; and Xe discharge is generated by the moving electrons in the Xe chamber. Phosphor screens coated on inner wall of the Xe chamber emit photoluminescence under irradiation of the vacuum ultraviolet lights emitted from Xe discharge in the Xe chamber. By optimization of the individual items involved in operation, a practical mercury-free flat fluorescent lamp has been invented.
    • 本发明涉及一种无汞平板荧光灯,它由电子流中的两个分开的电路构成,它们是基板玻璃上的驱动电路和形成在Xe室中的内部电路。 内部电路通过在绝缘体颗粒的表面体积中以极化电荷形成的表面结合电荷从驱动电路接收电能,并且电离的Xe + - 在驱动电路中由电极的交替电场引起的Xe室中的电荷。 内部电路在Xe室中的绝缘体颗粒上具有分别累积的电荷和电荷的电子流; 并且Xe放电由Xe室中的移动电子产生。 涂在Xe室内壁上的荧光屏在Xe室Xe放电的真空紫外光照射下发射光致发光。 通过优化操作中的各个项目,已经发明了一种实用的无汞平板荧光灯。
    • 7. 发明授权
    • Phosphor particle with antireflection coating
    • 具抗反射涂层的荧光粉
    • US5910333A
    • 1999-06-08
    • US90355
    • 1998-06-04
    • Chie-Ching LinKuang-Lung TsaiLyuji Ozawa
    • Chie-Ching LinKuang-Lung TsaiLyuji Ozawa
    • C09K11/02H01J9/20B05D5/06C23C14/34
    • H01J9/20C09K11/025
    • Improved luminous efficiency in plasma displays has been achieved by coating phosphor particles with a dielectric layer having a refractive index, for the ultraviolet light emitted by the plasma, that is intermediate between that of the phosphor and vacuum. When deposited in a thickness range between 0.5 and 5 microns, the layer causes the particle's reflectivity to be reduced because of reduced reflection at the vacuum-coating interface as well as internal reflection at the coating-vacuum interface. For coating thicknesses in the range of 0.1 to 0.5 microns, reflectivity is reduced because of interference between rays reflected at the vacuum-coating interface and the coating-phosphor interface. Several methods for forming these antireflection coatings are described. These include CVD, PVD, and suspension in molten dielectric followed by decanting onto either sticky or non-stick surfaces.
    • 已经通过用等离子体发射的紫外线具有折射率的介电层涂覆荧光体颗粒来实现等离子体显示器中的改善的发光效率,其中介于荧光体和真空之间。 当沉积在0.5和5微米之间的厚度范围时,该层由于在真空 - 涂层界面处的反射减小以及在涂覆 - 真空界面处的内部反射而导致颗粒的反射率降低。 对于0.1至0.5微米范围内的涂层厚度,由于在真空镀膜界面和涂层 - 磷光体界面反射的射线之间的干涉,反射率降低。 描述了形成这些抗反射涂层的几种方法。 这些包括CVD,PVD和在熔融电介质中的悬浮液,随后倾析到粘性或非粘性表面上。
    • 9. 发明授权
    • Phosphor screen and cathodoluminescent device having the same
    • 荧光屏和具有相同的阴极发光装置
    • US06825604B2
    • 2004-11-30
    • US10428943
    • 2003-05-05
    • Lyuji Ozawa
    • Lyuji Ozawa
    • H01J134
    • H01J29/327H01J29/185H01J29/30
    • The phosphor screen is capable of minimizing the spread of lights in the phosphor screen, so as to restrict fading images and lowering contrast. The phosphor screen comprises a lot of minute phosphor sections. The phosphor sections are respectively enclosed by barriers, which absorb visible lights and have electric conductance, and whose height is equal to or higher than a half of thickness of the phosphor sections. The barriers are made of a material including the particles of an inorganic compound, whose average diameter is 1-8 &mgr;m, and carbon particles, whose average diameter is less than 1 &mgr;m.
    • 荧光屏能够使荧光屏中的光的扩散最小化,以限制褪色图像并降低对比度。 荧光屏包括许多微小的荧光体部分。 荧光体部分分别被吸收可见光并具有导电性的屏障包围,其高度等于或高于荧光体部分的厚度的一半。 障碍物由包括平均直径为1-8μm的无机化合物的颗粒和平均直径小于1μm的碳颗粒的材料制成。
    • 10. 发明授权
    • Mosaic field emission display with internal auxiliary pads
    • 带有内部辅助垫的马赛克场发射显示
    • US05998922A
    • 1999-12-07
    • US938799
    • 1997-09-26
    • Lyuji OzawaChao-Chi PengWen-Chun WangChun-hui TsaiJyh-Haur Tyan
    • Lyuji OzawaChao-Chi PengWen-Chun WangChun-hui TsaiJyh-Haur Tyan
    • H01J29/96H01J31/12H01J1/30H01J19/24
    • H01J29/96H01J31/127H01J2209/385
    • The design of a large area display made up of a plurality of field emission display modules is described. The modules have been modified in several ways relative to prior art designs. The cathode and gate lines near the module's edge have been substantially shortened. This feature, in combination with the use of a rabbet joint for attaching thinner than usual edge plates, allows the modules to be butted up against each other such that pixels in adjoining modules are no further apart than pixels in the same module. Because of the thinner edge plates and the general compatibilty of the process, the use of internal supports between the front and rear plates becomes mandatory. Vacuum piping for the modules is located near an edge in dark space or under a green pixel, with the gettering layer being formed inside the piping. The modules all plug into a printed circuit board which includes a custom chip for driving the display.
    • 描述由多个场发射显示模块组成的大面积显示器的设计。 相对于现有技术的设计,模块已经以多种方式进行了修改。 模块边缘附近的阴极和栅极线已经大大缩短。 该特征结合使用用于附接比通常边缘板更薄的拉头接头,允许模块彼此对接,使得相邻模块中的像素不再远离同一模块中的像素。 由于较薄的边缘板和该工艺的一般兼容性,因此在前板和后板之间使用内部支撑是强制性的。 模块的真空管道位于黑暗空间或绿色像素下的边缘附近,吸气层形成在管道内。 这些模块都插入到印刷电路板中,该印刷电路板包括用于驱动显示器的定制芯片。