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    • 3. 发明授权
    • Processing data managing system, processing system, and processing device data managing method
    • 处理数据管理系统,处理系统和处理设备数据管理方法
    • US08862259B2
    • 2014-10-14
    • US12295617
    • 2007-03-30
    • Takumi Kobayashi
    • Takumi Kobayashi
    • G06F19/00G06F11/30C23C14/00G11B5/851G11B5/85G05B19/418C23C14/54C23C14/34
    • G05B19/41875C23C14/34C23C14/54G11B5/85G11B5/851Y02P90/22
    • A processing data managing system includes: a processing device 11 (such as a sputtering device for manufacturing a magnetic disc) for repeating the same process for each cycle; a sampling unit 30 for collecting raw data on a processing condition in the processing device (such as a discharge condition); a calculation unit 100 for receiving the raw data, calculating the raw data according to a predetermined rule, and processing it as summary data expressing a characteristic point for each cycle (characteristic value: for example, average value, maximum value, minimum value, standard deviation, discharge time, and the like); a data storage unit 40 for storing the processed summary data in storage means; and a display/output unit 50 for chart-displaying the summary data stored in the storage means.
    • 处理数据管理系统包括:用于对每个周期重复相同处理的处理装置11(诸如用于制造磁盘的溅射装置); 采样单元30,用于在处理装置中的处理状态中收集原始数据(诸如放电条件); 计算单元100,用于接收原始数据,根据预定规则计算原始数据,并将其作为表示每个周期的特征点的汇总数据处理(特征值:例如,平均值,最大值,最小值,标准 偏差,放电时间等); 数据存储单元40,用于将处理的概要数据存储在存储装置中; 以及用于图形显示存储在存储装置中的汇总数据的显示/输出单元50。
    • 4. 发明授权
    • Editing a web site using a plurality of editing environments
    • 使用多个编辑环境编辑网站
    • US07827477B2
    • 2010-11-02
    • US11251473
    • 2005-10-14
    • Takumi KobayashiTadahiko Nakamura
    • Takumi KobayashiTadahiko Nakamura
    • G06F17/00
    • G06F17/3089
    • The present invention provides a web site editing method, a web site editing system, and a web site editing computer program product enabling both an improvement in efficiency and safety in editing partial sites. A method of editing a web site by using a plurality of editing environments including at least first and second editing environments, the web site being composed of a plurality of web pages and stored in the first editing environment, the method in the first editing environment having: a specification step of accepting that a user specifies a part of the plurality of web pages as a partial site; and a generation step of generating an editing file including a specific file, which corresponds to the web pages included in the partial site, and a common file potentially used for editing the partial site.
    • 本发明提供了网站编辑方法,网站编辑系统和网站编辑计算机程序产品,其能够提高编辑部分站点的效率和安全性。 一种通过使用包括至少第一和第二编辑环境的多个编辑环境来编辑网站的方法,所述网站由多个网页组成并存储在第一编辑环境中,所述第一编辑环境中的方法具有 :接受用户将所述多个网页的一部分指定为部分站点的规范步骤; 以及生成包括对应于部分站点中包括的网页的特定文件的编辑文件的生成步骤和可能用于编辑部分站点的公共文件。
    • 5. 发明申请
    • X-RAY GENERATING APPARATUS
    • X射线发生装置
    • US20100067664A1
    • 2010-03-18
    • US12513364
    • 2006-11-21
    • Tomomi TamuraTakumi Kobayashi
    • Tomomi TamuraTakumi Kobayashi
    • H01J35/04H01J35/18
    • H01J35/04H01J35/06H01J35/14H01J2235/06H01J2235/186
    • According to the X-ray generating apparatus of this invention, a potential corresponding to that of a housing is applied to a first electrode, closest to a cathode, of at least two intermediate electrodes arranged between the cathode and a target. Therefore, even if the first electrode with an increased thermal capacity contacts the housing, the function of the X-ray generating apparatus will never be impaired. As a result, the first electrode is not easily restricted by structure, so that the first electrode may be enlarged as a measure for heat radiation, or that the first electrode may be placed in contact with the housing. The first electrode contacting the housing determines a positional relationship of the electron gun and housing to facilitate assembly of the X-ray generating apparatus. Further, all the potentials of the cathode, intermediate electrodes (e.g. a second electrode and a third electrode) and target will have straight polarity with respect to the potential of the first electrode, which facilitates power source control.
    • 根据本发明的X射线产生装置,将与壳体相对应的电位施加到最靠近阴极的位于阴极和靶之间的至少两个中间电极的第一电极。 因此,即使具有增加的热容量的第一电极与壳体接触,也不会损害X射线产生装置的功能。 结果,第一电极不容易受到结构的限制,从而第一电极可以作为散热的措施而被扩大,或者第一电极可以被放置成与壳体接触。 接触壳体的第一电极确定电子枪和壳体的位置关系,以便于X射线产生装置的组装。 此外,阴极,中间电极(例如第二电极和第三电极)和靶的所有电位相对于第一电极的电位具有直的极性,这有利于电源的控制。
    • 10. 发明授权
    • Interlocked manual stop-down and mirror-up mechanism for single lens
reflex camera
    • 单镜头反光相机的联锁手动停止和镜像机构
    • US4005459A
    • 1977-01-25
    • US594178
    • 1975-07-08
    • Takumi Kobayashi
    • Takumi Kobayashi
    • G03B9/64G03B9/07G03B17/38G03B19/12G03B19/20
    • G03B9/07G03B17/38G03B19/20
    • A manual stop button or depth of field button is coaxially mounted in a shaft portion of a self-timer charging lever, and a lens stopping-down operation is carried out by pushing the stop button into a predetermined depressed position when the self-timer charging lever is located at its return position, and a mirror-up operation is carried out at that stop-down condition by turning the self-timer charging lever a predetermined angle in the opposite direction to that effecting self-timer charging operation. A return movement of the stop button is prevented by locking the stop button at a depressed position once manual depression of the stop button is completed to make it impossible for the stop button to move in the spring biased return thrust direction. The stop button is returned by manually turning the self-timer charging lever in the opposite direction to that determining the mirror-up condition of the camera to return position and the manual operation of the self-timer charging lever to accomplish mirror-up operation is rendered impossible unless the stop button is in depressed position.
    • 手动停止按钮或景深按钮同轴地安装在自拍充电杆的轴部分中,并且当自拍充电时按下停止按钮进入预定的按压位置来执行镜头停止操作 杠杆位于其返回位置,并且在该停止状态下通过将自拍定时器充电杆以与进行的自拍定时器充电操作相反的方向旋转预定角度来进行镜像操作。 手动按下停止按钮完成后,通过将停止按钮锁定在踩下的位置来防止停止按钮的返回动作,使得停止按钮不可能在弹簧偏置的返回推力方向上移动。 通过手动转动自拍充电杆来反转停止按钮,确定相机的镜面状态返回位置,手动操作自拍充电杆以完成镜像操作。 不可能,除非停止按钮处于沮丧位置。