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    • 1. 发明授权
    • Color cathode ray tube and method for manufacturing the same display
screen for color
    • 彩色阴极射线管及制造相同显示屏颜色的方法
    • US5844355A
    • 1998-12-01
    • US676341
    • 1996-07-19
    • Ying-Fu WangTakashi Nishiguchi
    • Ying-Fu WangTakashi Nishiguchi
    • H01J9/227H01J29/32H01J29/18
    • H01J9/2273H01J29/322
    • A color cathode-ray tube having a good quality of display screen in which a fluorescent dot pattern is formed to have good configuration and positional accuracies. A method for manufacturing the display screen for the cathode-ray tube wherein a correction lens is formed with a plurality of fine adjacent planar or curved faces to cause uniform generation of a line width of latticed light/dark lines and a contrast thereof generated by level differences between the adjacent planar or curved faces when subjected to irradiation of exposure light all over a light exposure surface, the exposure light passed through the correction lens during vibration of the correction lens is directed through a shadow mask on a fluorescent film of an inner surface of a face panel of the cathode-ray tube for uniform irradiation thereof of the fluorescent film, the fluorescent dot pattern is formed on the inner surface of the face panel with the light-exposed fluorescent film used as a mask, whereby the fluorescent dot pattern having good configuration and positional accuracies is formed on the inner surface of the face panel, the display screen is formed with the fluorescent dot pattern having pixels of 1,000,000 or more and has a luminosity fluctuation factor of .+-.0.15% or less.
    • PCT No.PCT / JP95 / 00058 Sec。 371日期:1996年7月19日 102(e)日期1996年7月19日PCT 1995年1月20日PCT PCT。 WO95 / 20239 PCT公开号 日期1995年7月27日一种彩色阴极射线管,其具有良好的显示屏质量,其中形成荧光点图案以具有良好的配置和位置精度。 一种用于制造阴极射线管显示屏的方法,其中校正透镜形成有多个相邻的细微相邻的平面或曲面,以均匀地产生网格光/暗线的线宽及其对比度 当在曝光表面全部照射曝光光时相邻的平面或曲面之间的差异,在校正透镜的振动期间通过校正透镜的曝光光通过荫罩在内表面的荧光膜上 为了使荧光膜均匀地照射阴极射线管的面板,在面板的内表面上形成荧光点图案,其中曝光的荧光膜用作掩模,由此荧光点图案 在面板的内表面上形成具有良好的构造和位置精度的显示屏,由荧光灯形成 具有1,000,000以上的像素的气味点图案,具有±0.15%以下的亮度波动因数。
    • 2. 发明授权
    • Rear projection screen and manufacturing method therefor as well as
molding die for shaping rear projection screen, overhead projector and
projection television set
    • 背投屏幕及其制造方法以及用于成形背投屏幕,高架投影仪和投影电视机的成型模具
    • US5166824A
    • 1992-11-24
    • US782588
    • 1991-10-25
    • Takashi NishiguchiMasami MasudaNoriyuki Taguchi
    • Takashi NishiguchiMasami MasudaNoriyuki Taguchi
    • G03B21/132G03B21/62H04N5/74
    • G03B21/625
    • In a rear projection screen, a plurality of convex lenses of the prescribed configuration are made of photoresist and formed and arranged on a surface or surfaces of a substrate in the prescribed pattern. In case that the convex lenses are formed in the shapes of ellipsoid, the longer radial direction of the ellipsoid is made to coincide with the horizontal direction and shapes of the lenses are changed gradually from the center of the screen to the extremity thereof. Bottom surfaces of non-lens boundary grooves between adjacent convex lenses are made rougher than the convex lens surfaces. A screen manufacturing method comprises the steps of applying photoresist onto a surface or surfaces of a substrate, exposing a patttern of boundary grooves onto the photoresist by photolithography, forming the boundary grooves by etching, and heating and melting the photoresist which is formed with the boundary grooves so as to form a plurality of convex lenses having the prescribed configuration. Further, it is possible to form a plurality of convex lenses of the prescribed configuration by rotating the substrate about the center thereof in the horizontal plane following the heating and melting step. In addition, it is possible, in forming the boundary grooves, to change the setting conditions of etching so that the bottom surfaces of the boundary grooves are made rougher than the convex lens surfaces.
    • 在背投屏幕中,规定构造的多个凸透镜由光致抗蚀剂制成并且以规定图案形成并布置在基板的表面上。 在凸透镜形成为椭圆形的情况下,使椭圆体的较长径向与水平方向一致,并且透镜的形状从屏幕的中心到其末端逐渐变化。 相邻凸透镜之间的非透镜边界槽的底面比凸透镜表面更粗糙。 屏幕制造方法包括以下步骤:将光致抗蚀剂施加到基板的表面或表面上,通过光刻将边界槽的凹槽暴露在光致抗蚀剂上,通过蚀刻形成边界槽,并加热和熔化形成有边界的光致抗蚀剂 以形成具有规定构造的多个凸透镜。 此外,可以通过在加热和熔融步骤之后在水平面中围绕其中心旋转基板来形成规定构造的多个凸透镜。 此外,在形成边界槽时,可以改变蚀刻的设置条件,使得边界槽的底表面比凸透镜表面更粗糙。
    • 3. 发明授权
    • Stylus for use with video disc and method of grinding such stylus
    • 用于视频光盘的触控笔和研磨这种触笔的方法
    • US4504940A
    • 1985-03-12
    • US483174
    • 1983-04-08
    • Takashi NishiguchiShingo Tamura
    • Takashi NishiguchiShingo Tamura
    • G11B9/07G11B3/44G11B9/06G11B11/00H04N5/80
    • G11B3/44
    • A stylus suitable for use with a video disc player of a type in which signals representing changes in electrostatic capacity with respect to a video disc are detected, including a scanning surface brought into contact with the video disc for scanning same, a plurality of inclined surfaces, and a plurality of ridges formed by the inclined surfaces. At least one of several meeting points of the plurality of ridges located in a direction in which scanning is performed is chamfered to render the point blunt. A stylus of the aforesaid shape is produced by a grinding method consisting in using a grinder pan composed of a plate of soft resin having a coat of hard material applied to its surface and forcing a forward end of a stylus against such grinding pan.
    • 一种适用于与视频盘播放器一起使用的触控笔,该视频盘播放器检测表示相对于视频盘的静电容量变化的信号,包括与用于扫描的视盘相接触的扫描表面,多个倾斜表面 ,以及由倾斜面形成的多个脊。 位于执行扫描的方向上的多个脊中的几个会聚点中的至少一个被倒角以使点变钝。 通过研磨方法制造上述形状的触针,该研磨方法包括使用由具有涂覆在其表面上的硬质材料涂层的软质树脂板组成的研磨盘,并将触针的前端强制抵靠该研磨盘。
    • 4. 发明授权
    • High-definition cathode-ray tube and manufacturing method thereof
    • 高分辨率阴极射线管及其制造方法
    • US6020681A
    • 2000-02-01
    • US862714
    • 1997-05-23
    • Ying-Fu WangTakashi Nishiguchi
    • Ying-Fu WangTakashi Nishiguchi
    • G02B3/08H01J9/227H01J29/32H01J31/20H01J29/10
    • H01J9/2273
    • A color cathode-ray tube, and a method for manufacturing this color cathode-ray tube capable of reducing light/dark line patterns produced while the color cathode-ray tube is operated. Exposing light which has passed through a correction lens made of a continuous lens and a discontinuous lens is irradiated onto a photosensitive film of an inner surface of a face panel of the color cathode-ray tube via a shadow mask so as to expose this photosensitive film, and then while using the exposed photosensitive film as a mask, fluorescent dot patterns are formed on a surface of the face panel. The correction lens having a discontinuous plane owns a plurality of light incident planes, a light projection plane for projecting the light entered into the light incident planes outside this light projection plane, and a plurality of level difference planes arranged between the light incident planes located adjacent to each other. The plural light incident planes are arranged in a matrix form, and enters therein light emitted from an exposing light source, and also refracts the entered light along a desirable direction. Then, the plural level difference planes are provided in such a manner that two sets of the light which have entered into two sets of the light incident planes located adjacent to the level difference plane are continuously projected from the light projection plane with being close to each other.
    • 一种彩色阴极射线管,以及一种用于制造该彩色阴极射线管的方法,该彩色阴极射线管能够减少在彩色阴极射线管工作时产生的亮/暗线图案。 曝光通过由连续透镜和不连续透镜构成的校正透镜的光通过荫罩照射到彩色阴极射线管的面板的内表面的感光膜上,以使该感光膜 然后在使用曝光的感光膜作为掩模的同时,在面板的表面上形成荧光点图形。 具有不连续平面的校正透镜具有多个光入射面,用于将入射到该光投射面外的光入射面的光投射的光投射面和配置在相邻的光入射面之间的多个电平差平面 对彼此。 多个光入射面被布置成矩阵形式,并且在其中入射从曝光光源发射的光,并且还沿着期望的方向折射入射的光。 然后,以这样的方式设置多个电平差分平面,使得已经进入到与电平差平面相邻的两组光入射面的两组光从光投射面连续地投射到靠近每个 其他。
    • 5. 发明授权
    • Cutting tool
    • 切割用具
    • US4662801A
    • 1987-05-05
    • US805727
    • 1985-12-06
    • Masakazu KondouTakashi Nishiguchi
    • Masakazu KondouTakashi Nishiguchi
    • B23B27/14B23B27/20C30B33/00B23B27/18
    • C30B33/00B23B27/20C30B29/403Y10T407/26Y10T407/27Y10T408/81
    • This invention relates to a tool for use in carrying out a cutting process, and more particularly to a cutting tool formed so that it can be sued to cut an iron material of a high hardness and thereby obtain a mirror-polished surface thereon, the cutting tool being characterized in that it is formed by attaching a monocrystal of boron nitride to the tip thereof so that predetermined surface and orientation of the crystal are set suitably. To be concrete, the present invention is directed to a cutting tool in which monocrystalline boron nitride is used for a tip which forms a blade of the cutting tool, (111) surface of this boron nitride being used as a relief surface of the blade, direction being used as a cutting direction; or a cutting tool of the same material, in which (100) surface of the boron nitride is used as a relief surface of the blade, direction being used as a cutting direction.
    • 本发明涉及一种用于执行切割工艺的工具,更具体地涉及一种切削工具,其被形成为能够切割高硬度的铁材料,从而在其上获得镜面抛光表面,切割 其工具的特征在于通过将氮化硼的单晶附着到其顶端而形成,使得适当地设定晶体的预定表面和取向。 具体而言,本发明涉及一种切割工具,其中单晶氮化硼用于形成切割工具的刀片的尖端,该氮化硼的(111)表面用作刀片的浮雕表面, <211>方向用作切割方向; 或相同材料的切削工具,其中氮化硼的(100)表面用作刀片的浮雕表面,<110>方向用作切割方向。
    • 8. 发明授权
    • Auto-keratometer
    • 自动角膜曲率仪
    • US4786163A
    • 1988-11-22
    • US944741
    • 1986-12-19
    • Masatsugu ImamichiTakashi Nishiguchi
    • Masatsugu ImamichiTakashi Nishiguchi
    • A61B3/10A61B3/103
    • A61B3/1035
    • An auto-keratometer attached to an operating microscope to measure the refraction and astigmatic condition of the cornea comprises a cornea irradiating light source section disposed below the operating microscope, and switching means for selectively switching the light source section between an irradiating position on the optical axis and a retracted position. When it is desired to measure the corneal condition, the light source section is set at the irradiating position below the operating microscope, so that the light from the light source section reflected by the cornea travels through a beam splitter and is detected by a detector, whereby the refraction or astigmatic condition of the cornea is measured. If the light source section is found interfering with the operation, the light source section is set at the retracted position by rotating it through 180 degrees, whereby the working region below the microscope is widened to facilitate the operator's surgical operation on the cornea.
    • 安装在操作显微镜上以测量角膜的折射和散光状态的自动角膜曲率计包括设置在手术显微镜下方的角膜照射光源部分和用于在光轴上的照射位置之间选择性地切换光源部分的切换装置 和缩回位置。 当需要测量角膜状况时,将光源部分设置在手术显微镜下方的照射位置处,使得由角膜反射的来自光源部分的光线穿过分束器,并由检测器检测, 由此测量角膜的折射或散光状态。 如果发现光源部分干扰操作,则通过使其旋转180度将光源部设置在缩回位置,由此使显微镜下方的工作区域变宽以便于操作者在角膜上的外科手术。