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    • 2. 发明授权
    • Spark plug for internal-combustion engine
    • 内燃机火花塞
    • US4540910A
    • 1985-09-10
    • US552964
    • 1983-11-17
    • Ryoji KondoKozo TakamuraKanji Higuchi
    • Ryoji KondoKozo TakamuraKanji Higuchi
    • H01T13/39H01T13/20
    • H01T13/39
    • A spark plug for internal-combustion engines has a spark discharge gap defined between at least two electrodes opposing to each other, and a platinum-containing wear-resistant discharging layer provided on one of the electrodes. The spark plug has a thermal stress relieving layer disposed between the discharging layer and the base metal constituting the one eletrode. The thermal stress relieving layer is made of a platinum base alloy containing nickel, which constitutes the base metal. The discharging layer may be made of a material consisting essentially of 70 to 90 wt % platinum and 30 to 10 wt % iridium. The thermal stress relieving layer may be made of a material consisting essentially of 5 to 95 wt % platinum and 95 to 5 wt % nickel. Another platinum-containing wear-resistant layer may be provided on the other electrode, the wear-resistant layer being made of a material consisting essentially of 5 to 60 wt % nickel and 95 to 40 wt % platinum.
    • 用于内燃机的火花塞具有限定在彼此相对的至少两个电极之间的火花放电间隙和设置在其中一个电极上的含铂耐磨性放电层。 火花塞具有设置在排出层和构成一电极的基体金属之间的热应力消除层。 热应力消除层由含有镍的铂基合金制成,构成贱金属。 放电层可以由基本上由70-90重量%的铂和30至10重量%的铱组成的材料制成。 热应力消除层可以由基本上由5至95重量%的铂和95至5重量%的镍组成的材料制成。 另一个含铂的耐磨层可以设置在另一个电极上,该耐磨层由基本上由5至60重量%的镍和95至40重量%的铂组成的材料制成。
    • 3. 发明申请
    • Manufacturing method for electronic device with functional thin film
    • 具有功能薄膜的电子器件的制造方法
    • US20060000081A1
    • 2006-01-05
    • US11159094
    • 2005-06-23
    • Ryoji Kondo
    • Ryoji Kondo
    • B23P19/00H01M10/14
    • H01J9/027Y10T29/53135
    • An object of the present invention is to obtain uniform shape of a thin film of an electronic device having a thin film. The present invention comprises the steps of: forming an substantially linear droplet pattern by applying an ink-jet head having a plurality of nozzles which discharge a droplet of a solvent containing a functional thin-film material to provide a substrate with droplets from at least part of a plurality of the nozzles; and drying the droplets which have been provided on the substrate, the drying step is performed by intake-exhaust means which is positioned in a direction orthogonal to the substantially linear droplet pattern from the ink-jet head and which has an exhaust opening wider than the approximate linear droplet pattern.
    • 本发明的目的是获得具有薄膜的电子器件的薄膜的均匀形状。 本发明包括以下步骤:通过施加具有多个喷嘴的喷墨头来形成基本上线性的液滴图案,所述多个喷嘴排出含有功能性薄膜材料的溶剂的液滴,从而从至少部分 的多个喷嘴; 并且干燥已经设置在基板上的液滴,干燥步骤通过进气排气装置进行,排气装置位于与喷墨头相同的基本线性液滴图案的方向上,并且具有比 近似线性液滴图案。
    • 7. 发明申请
    • EXPOSING METHOD AND DEVICE MANUFACTURING METHOD
    • 曝光方法和装置制造方法
    • US20100214553A1
    • 2010-08-26
    • US12706477
    • 2010-02-16
    • Ryoji Kondo
    • Ryoji Kondo
    • G03B27/32
    • G03F7/70125
    • In an exposing method which illuminates, by illumination light, a mask having apertures arranged in matrix and a latticed light shielding portion, projects the mask on an object to be projected via a projection optical system, and thus forms a dark portion pattern image at a position conjugate in relation to intersections of a lattice of the light shielding portion, an available light source shape of the illumination satisfies a specific condition. Therefore, it is possible to exposure a two-dimensional periodic pattern to a theoretical limit pitch being the same as that of a one-dimensional periodic pattern, and it is also possible to secure a depth of focus sufficiently.
    • 在通过照明光照射具有排列成矩阵状的孔径的格栅和栅格遮光部的曝光方法中,通过投影光学系统将掩模投射在待投影物体上,从而在a处形成暗部图案图像 相对于遮光部的格子的交点的位置共轭,照明的可用光源形状满足特定条件。 因此,可以将二维周期性图案曝光到与一维周期性图案相同的理论极限间距,并且还可以充分确保焦点深度。
    • 8. 发明授权
    • Mounting structure for rotary member
    • 旋转件安装结构
    • US07574945B2
    • 2009-08-18
    • US10594989
    • 2005-01-12
    • Ryoji Kondo
    • Ryoji Kondo
    • F16H55/17F16D1/06
    • G01P1/04F16D1/116F16D2001/103F16H57/0025Y10T74/19047Y10T74/19251Y10T403/7035
    • A rotary member mounting structure is configured for mounting a speedometer worm gear closely adjacent to a drive gear that is supported on an output shaft. The rotary member mounting structure basically has a rotation preventing structure, a first fastening ring and a second fastening ring. The rotation preventing structure is configured to prevent the drive gear from rotating relative to the output shaft 1 and to prevent the worm gear from rotating relative to the output shaft. The first fastening ring is configured to prevent the drive gear from sliding axially toward the worm gear and to prevent the worm gear from sliding axially toward the drive gear; and a second fastening ring is configured to prevent the worm gear from sliding axially in the direction opposite (i.e., away from) the drive gear.
    • 旋转构件安装结构构造成用于将速度计蜗轮紧紧地安装在支撑在输出轴上的驱动齿轮附近。 旋转构件安装结构基本上具有防旋转结构,第一紧固环和第二紧固环。 旋转防止结构被构造成防止驱动齿轮相对于输出轴1旋转并且防止蜗轮相对于输出轴旋转。 第一紧固环构造成防止驱动齿轮轴向滑向蜗轮并防止蜗轮轴向向驱动齿轮滑动; 并且第二紧固环被构造成防止蜗轮沿相反(即远离驱动齿轮)的方向轴向滑动。
    • 9. 发明授权
    • Exposing method and device manufacturing method
    • 公开方法和设备制造方法
    • US08228486B2
    • 2012-07-24
    • US12706477
    • 2010-02-16
    • Ryoji Kondo
    • Ryoji Kondo
    • G03B27/54
    • G03F7/70125
    • In an exposing method which illuminates, by illumination light, a mask having apertures arranged in matrix and a latticed light shielding portion, projects the mask on an object to be projected via a projection optical system, and thus forms a dark portion pattern image at a position conjugate in relation to intersections of a lattice of the light shielding portion, an available light source shape of the illumination satisfies a specific condition. Therefore, it is possible to exposure a two-dimensional periodic pattern to a theoretical limit pitch being the same as that of a one-dimensional periodic pattern, and it is also possible to secure a depth of focus sufficiently.
    • 在通过照明光照射具有排列成矩阵状的孔径的格栅和栅格遮光部的曝光方法中,通过投影光学系统将掩模投射在待投影物体上,从而在a处形成暗部图案图像 相对于遮光部的格子的交点的位置共轭,照明的可用光源形状满足特定条件。 因此,可以将二维周期性图案曝光到与一维周期性图案相同的理论极限间距,并且还可以充分确保焦点深度。