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    • 1. 发明专利
    • Antibacterial device and antibacterial method of electronic equipment
    • 电子设备的抗菌装置和抗菌方法
    • JP2011092700A
    • 2011-05-12
    • JP2010214611
    • 2010-09-25
    • Chikyu Taiki Koku:KkKoji Uchida康二 内田株式会社地球大気航空
    • UCHIDA KOJIUCHIDA KENICHI
    • A61L2/20
    • PROBLEM TO BE SOLVED: To provide an antibacterial device and an antibacterial method which can efficiently and properly carry out an antibacterial process of an electronic equipment at low cost. SOLUTION: The antibacterial device M1 includes a medicine applying part B1 arranged in a body F1 to which the electronic equipment T is detachably set and having a medicine application surface 25 to which a medicine C including an antibacterial component is applied without impregnation; and a medicine spreading member S1 for spreading the medicine C in the medicine application surface 25. Further, the antibacterial device M1 includes a first spacer 18 and a second spacer 35 for supporting the electronic equipment T to be set to the body F1 in a position separating from the medicine application surface 25. The medicine spreading member S1 includes a medicine smoothing part extending to both ends of the medicine application surface 25 in the transverse direction of the medicine application surface 25. The medicine C dropped in a drop form on a drop receiving part 17 is diffused along the medicine smoothing part, and then, spread on the medicine application surface 25 by virtue of slide displacement of the medicine spreading member S1. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种能够以低成本有效地正确地进行电子设备的抗菌处理的抗菌装置和抗菌方法。 解决方案:抗菌装置M1包括布置在主体F1中的药物施加部分B1,电子设备T可拆卸地安装到该药物施加部分B1上,并且具有药物施加表面25,在其上施加包含抗菌成分的药物C而不浸渍; 以及用于将药剂C分散在药剂使用面25上的药物扩散部件S11.另外,抗菌装置M1具有:第一间隔件18和第二间隔件35,用于将电子设备T设置在本体F1的位置 与药剂涂敷面25分离。药剂扩散部件S1具有药剂平滑化部,其沿着药剂涂敷面25的宽度方向延伸到药剂涂敷面25的两端。药剂C以液滴的形式滴下 接收部17沿着药物平滑部分扩散,然后由于药剂传播部件S1的滑动位移而扩散在药剂涂敷面25上。 版权所有(C)2011,JPO&INPIT
    • 2. 发明专利
    • Slime control and pitch control method in paper and pulp production process
    • 纸张和纸浆生产过程中的SLIME控制和调焦控制方法
    • JP2009293173A
    • 2009-12-17
    • JP2008176308
    • 2008-06-05
    • Shigeo TakemuraKoji Uchida紘志 内田重雄 武村
    • UCHIDA KOJITAKEMURA SHIGEO
    • D21H21/02
    • PROBLEM TO BE SOLVED: To suppress contamination and corrosion of used instruments, improve productivity and economy owing to reduction of chemicals in paper making processes, improve qualities of paper products and prevent environmental pollution caused by paper making waste water by using a primitive FFC water activator and an FFC pyrogen in paper and pulp producing processes.
      SOLUTION: The primitive FFC water activator and the FFC pyrogen are used in paper and pulp producing processes. The method for producing paper and pulp having quality which the paper and the pulp have never had is provided, wherein the paper and the pulp are produced without changing conventional methods by installing the primitive FFC water activator in a water system of the paper and pulp producing processes and using water reduction action possessed by the FFC primitive water activator to change conventional industrial water into water having reduction action. In addition, paper products are brought to have high qualities and be widely used by using the FFC pyrogen together with the primitive FFC water activator in processing steps of paper processed products. However, concerning water discharge flow discharged after production, since energy of reduction action remains, discharge places i.e. environmental improvement effect of seawater, lake water, river or the like is brought.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为了抑制二手仪器的污染和腐蚀,由于造纸过程中化学品的减少,提高了生产率和经济性,提高了纸张产品的质量,并通过使用原始图像来防止造纸废水造成的环境污染 FFC水活化剂和FFC热原在纸和纸浆生产过程中。

      解决方案:原纸FFC水激活剂和FFC热原是用于纸和纸浆生产过程。 提供了纸和纸浆从未具有质量的生产纸和纸浆的方法,其中纸和纸浆是通过将原始FFC水激活剂安装在纸和纸浆生产的水系中而不改变常规方法而制备的 处理和使用FFC原始水活化剂所具有的减水作用,将常规工业用水转化为具有还原作用的水。 另外,通过在纸加工产品的加工步骤中使用FFC热原与原始FFC水激活剂,使纸制品具有高品质,并被广泛使用。 然而,关于生产后排放的排水量,由于还原作用的能量仍然存在,所以排放位置,即海水,湖水,河流等的环境改善效果。 版权所有(C)2010,JPO&INPIT

    • 9. 发明授权
    • Data mirroring method
    • 数据镜像方式
    • US07945749B2
    • 2011-05-17
    • US11529394
    • 2006-09-29
    • Yoshinari ShinozakiHideaki OmuraKoji UchidaMihoko Wada
    • Yoshinari ShinozakiHideaki OmuraKoji UchidaMihoko Wada
    • G06F12/00
    • G06F11/2082G06F11/2071
    • A copy source device includes bit map acquisition and bit map merge functions. In accordance with bit-map management information in which a bit map indicating the presence of written data is rounded, the bit map acquisition and bit map merger acquires required bit map from a copy destination device, and merges the acquired bit map to a corresponding bit map of the copy source device. The copy destination device includes bit-map management information updater. The bit-map management information updater updates bit-map management information indicating a write operation when the write operation has been performed during a copy suspend mode. During a copy resume mode, the copy source device requests the copy destination device to transfer the bit-map management information, and in response, the copy destination device transfers the bit-map management information.
    • 复制源设备包括位图获取和位图合并功能。 根据位图映射管理信息,其中指示写入数据的存在的位图被舍入,位图获取和位图合并从复制目的地设备获取所需的位图,并将所获取的位图合并到相应的位 复制源设备的映射。 复制目的地设备包括位图管理信息更新器。 位图管理信息更新器更新在复制暂停模式期间执行写入操作时指示写入操作的位图管理信息。 在复制恢复模式期间,复制源设备请求复制目的地设备传送位图管理信息,并且作为响应,复制目的地设备传送位图管理信息。
    • 10. 发明申请
    • OPHTHALMIC APPARATUS
    • 眼镜装置
    • US20110007274A1
    • 2011-01-13
    • US12831137
    • 2010-07-06
    • Shigeaki OnoMasao ShikaumiKyoji SekiguchiKoji Uchida
    • Shigeaki OnoMasao ShikaumiKyoji SekiguchiKoji Uchida
    • A61B3/15
    • A61B3/12A61B3/0008A61B3/1225A61B3/14A61B3/152
    • When the fundus camera is positioned on the same side as the subject's eye relative to an appropriate position (front-focus state), the positioning index light source turned on in blue produces most-focused positioning index images. The positioning index light sources become more blurred in order of green and red. When the camera is positioned on the opposite side of the subject's eye relative to the appropriate position (rear-focus state), the positioning index light source turned on in red produces most-focused images. The positioning index light sources become more blurred in order of green and blue. Based on a degree of the blur of the individual positioning index images in red, green, and blue reflected by the cornea of the subject's eye, the calculation unit calculates whether to move the camera body closer to or farther away from the subject's eye and allows the display unit to display the information.
    • 当眼底相机相对于适当的位置(前焦点状态)位于与被检者的眼睛相同的一侧时,以蓝色打开的定位指示光源产生最集中的定位索引图像。 定位指标光源以绿色和红色的顺序变得更加模糊。 当相机相对于适当的位置(后焦点状态)将相机定位在被摄体眼睛的相对侧时,以红色打开的定位索引光源产生最聚焦的图像。 定位指标光源以绿色和蓝色的顺序变得更加模糊。 基于由被检者的眼睛的角膜反射的红色,绿色和蓝色的各个定位索引图像的模糊度,计算单元计算是否将相机机体移动到离被摄体的眼睛更远或更远的位置,并允许 显示单元显示信息。