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    • 1. 发明授权
    • Method of and apparatus for sealing color cathode-ray tube
    • 彩色阴极射线管密封方法及装置
    • US06264520B1
    • 2001-07-24
    • US09361991
    • 1999-07-28
    • Tatsuya YamazakiMaki YoshidaShoichi YokoyamaKazumasa Hirayama
    • Tatsuya YamazakiMaki YoshidaShoichi YokoyamaKazumasa Hirayama
    • H01J942
    • H01J9/40H01J9/42
    • A laser beam is emitted form one side to a pair of square holes, while an electron gun assembly is being rotated on the tube axis of a color cathode-ray tube. The resulting diffraction pattern is sensed. When diffraction images included in the diffraction pattern are processed and a zero-order diffraction image and at least a first-order diffraction image are sensed in the pattern, the distance between the center of the zero-order diffraction image and the center of the first-order diffraction image is measured. The rotational position at which the distance is the smallest is sensed. The electron gun assembly is rotated to the position and held in place. Consequently, high-speed positioning is done with high rotation accuracy, which helps manufacture high-quality color cathode-ray tubes.
    • 激光束从一侧发射到一对方孔,同时电子枪组件在彩色阴极射线管的管轴上旋转。 感测得到的衍射图案。 当处理包含在衍射图案中的衍射图像并且在图案中感测到零级衍射图像和至少一级衍射图像时,零级衍射图像的中心与第一级衍射图像的中心之间的距离 测量了单次衍射图像。 感测距离最小的旋转位置。 电子枪组件旋转到该位置并保持就位。 因此,以高旋转精度进行高速定位,有助于制造高质量的彩色阴极射线管。
    • 2. 发明授权
    • Security verification method and device
    • 安全验证方法和设备
    • US07176791B2
    • 2007-02-13
    • US11009297
    • 2004-12-10
    • Hiroshi SakakiYasunori IshiharaToru FujiwaraMaki Yoshida
    • Hiroshi SakakiYasunori IshiharaToru FujiwaraMaki Yoshida
    • G08B23/00
    • H04L63/20G06F21/55G06F21/577
    • A security verification method for verifying whether improper settings that indicate composite errors of security settings exist in an object system, which is an object of examination, includes steps of: reading data transfer paths that represent data movement in the object system and that are generated based on program operation information that describes operations of a program that is used in the object system, integrating the access rights of data transfer paths that have been read; and searching for improper paths among the data transfer paths for which access rights have been integrated based on security verification policies in which improper paths, which are paths of data movement that are improper from the standpoint of security, have been set in advance.
    • 用于验证在作为检查对象的对象系统中是否存在指示安全设置的复合错误的不正确设置的安全验证方法包括以下步骤:读取表示对象系统中的数据移动并基于生成的数据传输路径 描述描述在对象系统中使用的程序的操作的程序操作信息,整合已经读取的数据传送路径的访问权限; 并且基于安全验证策略搜索已经集成了访问权限的数据传送路径中的不正确的路径,其中已经设置了从安全性的角度来看不正确的数据移动路径的不正确的路径。
    • 4. 发明授权
    • Deflection yoke adjustment apparatus for a cathode ray tube
    • 用于阴极射线管的偏转磁轭调节装置
    • US06514110B1
    • 2003-02-04
    • US09471474
    • 1999-12-23
    • Kazumasa HirayamaMaki YoshidaTatsuhiko Asaka
    • Kazumasa HirayamaMaki YoshidaTatsuhiko Asaka
    • H01J942
    • H01J9/44
    • The adjustment apparatus automatically adjusts the position and angle of a deflection yoke attached to the neck part of a cathode ray tube. A cathode ray tube having a deflection yoke as an adjustment target attached to its neck part is fixed to a predetermined adjustment position such that its tube axis extends in the horizontal direction. The adjustment apparatus holds a deflection yoke attached to the neck part of the cathode ray tube fixed to an adjustment position by means of a hold mechanism. A test image displayed through a fluorescent surface of the cathode ray tube is picked up by a plurality of cameras. The deflection yoke held by the hold mechanism is moved based on image data picked up by the cameras. The position and angle of the deflection yoke with respect to the neck part are automatically adjusted.
    • 调节装置自动调整安装在阴极射线管颈部的偏转线圈的位置和角度。 具有附接到其颈部的作为调整对象的偏转线圈的阴极射线管被固定在预定的调整位置,使得其管轴在水平方向上延伸。 调整装置通过保持机构保持安装在固定在调整位置的阴极射线管的颈部的偏转线圈。 通过多个照相机拾取通过阴极射线管的荧光表面显示的测试图像。 由保持机构保持的偏转线圈基于由照相机拍摄的图像数据而移动。 偏转线圈相对于颈部的位置和角度被自动调节。