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    • 61. 发明申请
    • Manufacturing method of semiconductor device having organic semiconductor film
    • 具有有机半导体膜的半导体器件的制造方法
    • US20070178616A1
    • 2007-08-02
    • US11591564
    • 2006-11-02
    • Tadashi AraiShinichi Saito
    • Tadashi AraiShinichi Saito
    • H01L21/00
    • H01L51/102B82Y30/00H01L51/0015H01L51/0023H01L51/0545
    • A method of manufacturing a semiconductor device having an organic semiconductor film comprises a step of preparing a transparent substrate at least having an opaque gate electrode and a gate insulator thereover, a step of forming a layer containing metal-nano-particles as a conductive layer for a source electrode and a drain electrode to the thus prepared transparent substrate, a step of applying exposure to the transparent substrate on the side of a surface not mounted with the opaque gate electrode, a step of flushing away a portion other than the source electrode and the drain electrode in the layer containing the metal-nano-particles after the exposure, and a step of forming an organic semiconductor layer forming a channel portion. Lower and upper electrodes are positioned in self-alignment manner and thus no positional displacement occurs even if a printing method is used. Accordingly, semiconductor devices such as flexible substrates using an organic semiconductor can be manufactured inexpensively by using a printing method.
    • 制造具有有机半导体膜的半导体器件的方法包括制备至少具有不透明栅电极和栅极绝缘体的透明基板的步骤,形成包含金属纳米颗粒的层作为导电层的步骤 源极电极和漏电极,对未形成的不透光栅电极的表面侧的透明基板进行曝光,除去源电极以外的部分的工序;以及 在曝光后含有金属 - 纳米粒子的层中的漏电极,以及形成形成沟道部分的有机半导体层的工序。 下电极和上电极以自对准方式定位,因此即使使用打印方法也不会发生位置偏移。 因此,可以通过使用印刷方法廉价地制造诸如使用有机半导体的柔性基板的半导体器件。
    • 62. 发明申请
    • Semiconductor device and manufacturing method thereof
    • 半导体装置及其制造方法
    • US20060273357A1
    • 2006-12-07
    • US11503935
    • 2006-08-15
    • Yasuhiro ShimamotoShinichi SaitoShimpei Tsujikawa
    • Yasuhiro ShimamotoShinichi SaitoShimpei Tsujikawa
    • H01L29/76
    • H01L21/28202H01L29/4966H01L29/513H01L29/517H01L29/665H01L29/6659
    • The technique capable of reducing the power consumption in the MISFET by suppressing the scattering of the carriers due to the fixed charges is provided. A silicon oxynitride film with a physical thickness of 1.5 nm or more and the relative dielectric constant of 4.1 or higher is formed at the interface between a semiconductor substrate and an alumina film. By so doing, a gate insulator composed of the silicon oxynitride film and the alumina film is constituted. The silicon oxynitride film is formed by performing a thermal treatment of a silicon oxide film formed on the semiconductor substrate in a NO or N2O atmosphere. In this manner, the fixed charges in the silicon oxynitride film are set to 5×1012 cm−2 or less, and the fixed charges in the interface between the silicon oxynitride film and the alumina film are set to 5×1012 cm−2 or more.
    • 提供了能够通过抑制由于固定电荷引起的载流子散射来降低MISFET中的功耗的技术。 在半导体基板和氧化铝膜之间的界面处形成物理厚度为1.5nm以上,相对介电常数为4.1以上的氮氧化硅膜。 由此构成由氧氮化硅膜和氧化铝膜构成的栅极绝缘体。 氮氧化硅膜是通过在NO或N 2 O气氛中进行在半导体衬底上形成的氧化硅膜的热处理而形成的。 以这种方式,将氧氮化硅膜中的固定电荷设定为5×10 12 -2 -2或更小,并且在氮氧化硅膜和 氧化铝膜设定为5×10 12 cm -2以上。
    • 67. 发明授权
    • Image processing system, image processing method, image transmitting system, and image transmitting method
    • 图像处理系统,图像处理方法,图像传输系统和图像传输方法
    • US06483609B1
    • 2002-11-19
    • US09188142
    • 1998-11-09
    • Kunikazu UenoMasayuki HisatakeShinichi SaitoManabu UshikuboKanako Hayashi
    • Kunikazu UenoMasayuki HisatakeShinichi SaitoManabu UshikuboKanako Hayashi
    • H04N100
    • H04N1/41
    • A scanner 1 reads image information at read resolution set by a resolution control section 3 and stores the image information in memory 2. An image separation section 11 separates the image information into a first image plane (picture part), a second image plane (text part color information), and a selection image plane (text part forms) for selecting either the first or second image plane. The resolution control section 3 sets optimum resolutions in first to third resolution conversion sections 12-14 in response to image quality, the original type, the system environment, the image plane characteristics, etc. The three image planes are converted into the resolutions set in the first to third resolution conversion sections 12-14. The image planes after undergoing the resolution conversion are compressed in first to third compression sections 15-17 and wrapped in one data format by an image format section 18.
    • 扫描器1以分辨率控制部分3设置的读取分辨率读取图像信息,并将图像信息存储在存储器2中。图像分离部分11将图像信息分离成第一图像平面(图像部分),第二图像平面(文本 部分颜色信息)以及用于选择第一或第二图像平面的选择图像平面(文本部分形成)。 分辨率控制部分3响应于图像质量,原始类型,系统环境,图像平面特性等,在第一至第三分辨率转换部分12-14中设置最佳分辨率。三个图像平面被转换成设置在 第一到第三分辨率转换部分12-14。 经历分辨率转换后的图像平面在第一至第三压缩部分15-17中被压缩,并被图像格式部分18包裹成一种数据格式。
    • 69. 发明授权
    • Clutch for motor driven antenna
    • 电机驱动天线离合器
    • US6043796A
    • 2000-03-28
    • US83292
    • 1998-05-22
    • Masaki ShinkawaShinichi Saito
    • Masaki ShinkawaShinichi Saito
    • F16D15/00H01Q1/10H01Q1/32
    • H01Q1/103
    • A clutch for a motor driven antenna according to the present invention includes a driving member rotated by a driving motor, a driven member for transmitting a rotating force of the driving member to an antenna element, and a clutch element for frictionally transmitting the rotating force of the driving member to the driven member. The clutch element includes recesses formed on a rotating track of one of opposing sides of the driving member and driven member, projections formed on a rotating track of the other side so as to be fitted into the recesses when the driving member and the driven member are rotated relative to each other, and anti-slip members protruded near the recesses such that a sliding frictional force caused at the tip end contact portions of the projections exceeds a maximum load of the antenna element including the driven member when the antenna element is extended or retracted.
    • 根据本发明的用于电动机驱动天线的离合器包括由驱动电动机旋转的驱动构件,用于将驱动构件的旋转力传递到天线元件的从动构件和用于摩擦地传递旋转力的离合器元件 驱动构件到被驱动构件。 离合器元件包括形成在驱动构件和被驱动构件的相对侧中的一个的旋转轨道上的凹部,形成在另一侧的旋转轨道上的突起,以便当驱动构件和从动构件为 相对于彼此旋转的防滑部件和在凹部附近突出的防滑部件,使得当天线元件延伸时,在突起的尖端接触部分处引起的滑动摩擦力超过包括从动部件的天线元件的最大负载,或 收回。
    • 70. 发明授权
    • Floating mount apparatus for coaxial connector
    • 同轴连接器浮动装置
    • US5944548A
    • 1999-08-31
    • US932762
    • 1997-09-17
    • Shinichi Saito
    • Shinichi Saito
    • G01R1/06G01R1/04H01R13/631H01R13/73H01R9/07
    • H01R24/52H01R13/6315G01R1/0416H01R2103/00
    • A first embodiment of a floating mount apparatus for a coaxial connector includes a coaxial connector with a central axis having a first external diameter region, a second external diameter region adjacent to the first external diameter and a third external diameter region adjacent to the second external diameter. The second external diameter region is smaller than the first external diameter region. A mount member, i.e., a receiving aperture, includes a first internal diameter region, a second internal diameter region and a third internal diameter region adapted to receive the coaxial connector, a clearance existing between the region of the first external diameter and the first internal diameter. The second internal diameter region is less than the first internal diameter region of the mount member and the third external diameter region of the coaxial connector. A spring having a near cylindrical-shape is inserted between the second internal diameter region of the mount member and the second external diameter region of the coaxial connector to bias the coaxial connector.
    • 用于同轴连接器的浮动安装装置的第一实施例包括具有中心轴线的同轴连接器,该中心轴具有第一外径区域,与第一外径相邻的第二外径区域和与第二外径区域相邻的第三外径区域 。 第二外径区域小于第一外径区域。 安装构件,即接收孔,包括适于接纳同轴连接器的第一内径区域,第二内径区域和第三内径区域,存在于第一外径区域与第一内部直径区域之间的间隙 直径。 第二内径区域小于安装构件的第一内径区域和同轴连接器的第三外径区域。 具有近似圆柱形的弹簧被插入到安装构件的第二内径区域和同轴连接器的第二外径区域之间以偏压同轴连接器。