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
    • 2. 发明申请
    • Fingerprint matching processor
    • 指纹匹配处理器
    • US20050226476A1
    • 2005-10-13
    • US10909333
    • 2004-08-03
    • Takeshi FunahashiHideaki HanaokaSung-Kil Lee
    • Takeshi FunahashiHideaki HanaokaSung-Kil Lee
    • G01B7/28A61B5/117C09K3/18G06K9/00G06T1/00
    • G06K9/00114
    • In a fingerprint matching processor which has an electrostatic capacity semiconductor sensor 14 for detecting fingerprint information based on electrostatic capacities between a plurality of detection electrodes 21 arranged on a semiconductor substrate 24 at a predetermined interval in a two dimensional manner and a target object, and which executes a fingerprint matching process for the detected fingerprint information, a water repellent film 30 is formed on a protective film 26, the protective film 26 protecting ground electrodes 22 that are disposed between the detection electrodes 21 and configured to ground the target object and the detection electrodes 21, and serves as a surface of the semiconductor sensor 14 for placement of the target object.
    • 在具有静电电容半导体传感器14的指纹匹配处理器中,该静电电容半导体传感器14用于基于以二维方式以预定间隔布置在半导体衬底24上的多个检测电极21和目标对象之间的静电电容来检测指纹信息, 对检测出的指纹信息执行指纹匹配处理,在保护膜26上形成防水膜30,保护膜26保护设置在检测电极21之间并被配置为对目标物体进行接地的接地电极22和检测 电极21,并且用作用于放置目标物体的半导体传感器14的表面。
    • 6. 发明授权
    • Fingerprint matching processor
    • 指纹匹配处理器
    • US08175344B2
    • 2012-05-08
    • US10909333
    • 2004-08-03
    • Takeshi FunahashiHideaki HanaokaSung-Kil Lee
    • Takeshi FunahashiHideaki HanaokaSung-Kil Lee
    • G06K9/00
    • G06K9/00114
    • In a fingerprint matching processor which has an electrostatic capacity semiconductor sensor 14 for detecting fingerprint information based on electrostatic capacities between a plurality of detection electrodes 21 arranged on a semiconductor substrate 24 at a predetermined interval in a two dimensional manner and a target object, and which executes a fingerprint matching process for the detected fingerprint information, a water repellent film 30 is formed on a protective film 26, the protective film 26 protecting ground electrodes 22 that are disposed between the detection electrodes 21 and configured to ground the target object and the detection electrodes 21, and serves as a surface of the semiconductor sensor 14 for placement of the target object.
    • 在具有静电电容半导体传感器14的指纹匹配处理器中,该静电电容半导体传感器14用于基于以二维方式以预定间隔布置在半导体衬底24上的多个检测电极21和目标对象之间的静电电容来检测指纹信息, 对检测出的指纹信息执行指纹匹配处理,在保护膜26上形成防水膜30,保护膜26保护设置在检测电极21之间并被配置为对目标物体进行接地的接地电极22和检测 电极21,并且用作用于放置目标物体的半导体传感器14的表面。
    • 8. 发明授权
    • Explosion-proof film and cathode-ray tube
    • 防爆膜和阴极射线管
    • US6111352A
    • 2000-08-29
    • US969113
    • 1997-11-12
    • Hideaki Hanaoka
    • Hideaki Hanaoka
    • B32B7/02C08J7/04H01J29/87H01J29/89H01J63/04H01J5/16H01J29/10H01J61/40
    • H01J29/87H01J2229/875H01J2229/8913
    • An explosion-proof film being good in visibility, scratch-resistance, and workability, and a cathode-ray tube using the film. The explosion-proof film includes a transparent plastic film as a base material; and a reflection preventive film having two or more layers, which is formed on one surface of the plastic film; wherein, of the two or more layers of the reflection preventive film, at least one has a light absorption function, and at least another has a conductive function. The explosion-proof film is stuck on a surface of a panel glass constituting a display screen of a cathode-ray tube, to thereby give an explosion-proof function to the cathode-ray tube, to achieve lightweightness of the cathode-ray tub, and to obtain the optimum visual contrast. The explosion-proof film may be formed of three or more layers.
    • 具有良好的可见性,耐刮擦性和可加工性的防爆膜和使用该膜的阴极射线管。 防爆膜包括透明塑料膜作为基材; 以及形成在塑料膜的一个表面上的具有两层或更多层的防反射膜; 其中,在两层或多层防反射膜中,至少一层具有光吸收功能,并且至少另一层具有导电功能。 将防爆膜粘贴在构成阴极射线管的显示屏的面板玻璃的表面上,从而为阴极射线管提供防爆功能,以实现阴极射线管的轻量化, 并获得最佳的视觉对比度。 防爆膜可以由三层或更多层形成。
    • 9. 发明授权
    • Optical semiconductor laser and optical waveguide alignment device
    • 光半导体激光器和光波导对准装置
    • US5297218A
    • 1994-03-22
    • US992976
    • 1992-12-18
    • Hideaki Hanaoka
    • Hideaki Hanaoka
    • G02B6/42H01S5/00G02B6/12H01S3/04
    • G02B6/42
    • An optical waveguide device for optically coupling a semiconductor laser to an optical waveguide. An optical waveguide substrate having the optical waveguide therein is mounted on a smooth surface of a heat sink for the semiconductor laser on which surface the semiconductor laser is mounted so that a light entry end surface of the optical waveguide abuts against a light exit end surface of the semiconductor laser and that a surface of the optical waveguide substrate on the side where the optical waveguide is formed abuts against the smooth surface of the heat sink. Accordingly, accurate alignment between a light exit end of the semiconductor laser and a light entry end of the optical waveguide can be effected by a simple construction.
    • 一种用于将半导体激光器光耦合到光波导的光波导器件。 其中具有光波导的光波导基板安装在用于半导体激光器的散热器的光滑表面上,半导体激光器的表面安装在该半导体激光器的表面上,使得光波导的光入射端面抵靠光导体的光出射端面 半导体激光器和形成光波导的一侧的光波导基板的表面与散热片的光滑表面抵接。 因此,可以通过简单的结构实现半导体激光器的光出射端与光波导的光入射端之间的精确对准。