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    • 3. 发明授权
    • Executing a print job in accordance with input image data
    • 根据输入图像数据执行打印作业
    • US08743386B2
    • 2014-06-03
    • US13509182
    • 2012-04-04
    • Kenji Hara
    • Kenji Hara
    • G06K15/02
    • H04N1/00915G03G15/502H04N1/00411H04N1/00474H04N1/00477H04N1/00482H04N1/00925H04N2201/0094
    • In a printing apparatus, control is performed such that, among buttons displayed by a display means, if while a first button for inputting a setting with respect to a job to be executed by the printing apparatus is in the touched state, a touch operation is furthermore performed on a second button for inputting another setting with respect to the job, the setting indicated by the second button is not performed, and if while the first button for inputting the setting with respect to the job to be executed by the printing apparatus is in the touched state, a touch operation is furthermore performed on a third button for interrupting a print job being executed by the printing apparatus, the print job that is being executed is interrupted based on the touch operation performed on the third button.
    • 在打印装置中,执行控制,使得在由显示装置显示的按钮中,如果当用于输入关于由打印装置执行的作业的设置的第一按钮处于触摸状态时,触摸操作是 此外,在第二按钮上执行相对于作业的另一设置的输入,不执行由第二按钮指示的设置,并且如果用于输入关于由打印设备执行的作业的设置的第一按钮是 在触摸状态下,进一步在用于中断由打印装置执行的打印作业的第三按钮上执行触摸操作,基于对第三按钮执行的触摸操作中断正在执行的打印作业。
    • 7. 发明授权
    • Image processing apparatus for treating recording medium provided with RFID chip
    • 用于处理设置有RFID芯片的记录介质的图像处理装置
    • US08164771B2
    • 2012-04-24
    • US10827255
    • 2004-04-20
    • Yukiyoshi HikichiKoichi HonmaHironobu KitabatakeKenji HaraMikio Hama
    • Yukiyoshi HikichiKoichi HonmaHironobu KitabatakeKenji HaraMikio Hama
    • G06F3/12G06K15/00
    • G06F21/608G06K15/00G06K15/021
    • An image processing system includes a host computer which generates print data and a printer which prints an image based on the print data. The host computer sets attribute information which indicates a part of the print data which is allowed to be visualized and a part of the print data which is prohibited to be visualized. In addition, the host computer also sets authentication information required for reading the part prohibited to be visualized, and transmits the print data, the attribute information, and the authentication information to the printer. The printer prints a visual image of the part allowed to be visualized on a paper medium provided with an RFID chip and stores the part prohibited to be visualized in the RFID chip. In addition, the printer prints the information stored in the RFID chip on another paper medium as a visual image after authentication with the authentication information.
    • 图像处理系统包括生成打印数据的主计算机和基于打印数据打印图像的打印机。 主计算机设置指示允许可视化的打印数据的一部分的属性信息和禁止被可视化的打印数据的一部分。 此外,主计算机还设置用于读取禁止可视化的部分所需的认证信息,并将打印数据,属性信息和认证信息发送到打印机。 打印机在设置有RFID芯片的纸介质上打印允许可视化部分的可视图像,并将禁止显示的部分存储在RFID芯片中。 此外,打印机在使用认证信息认证之后,将存储在RFID芯片中的信息作为视觉图像打印在另一纸介质上。
    • 10. 发明授权
    • Nonaqueous secondary cell
    • 非水系二次电池
    • US07659037B2
    • 2010-02-09
    • US11637695
    • 2006-12-13
    • Hiroshi FukunagaYoushin YagiShuichi WadaKenji HaraKazushige KohnoHiroshi Haruna
    • Hiroshi FukunagaYoushin YagiShuichi WadaKenji HaraKazushige KohnoHiroshi Haruna
    • H01M1/40
    • H01M4/505H01M4/364H01M4/366H01M10/0525H01M10/0567H01M10/0569H01M10/0585Y02T10/7011
    • Using a positive electrode active material including spinel type manganese oxide as the main constituent, a novel low cost and high output power flat type nonaqueous secondary cell for HEVs that has increased safety at overcharge, and superior storage properties and cycle life is provided. A flat type nonaqueous secondary cell that has increased safety and is superior in storage and cycle properties even though the cell is a laminate type cell which does not have a blocking mechanism can be obtained by blending the spinel type lithium manganese oxide of the positive electrode and 5 wt % to 40 wt % of layered type lithium manganese oxide, to suppress storage deterioration at a high temperature and to simultaneously achieve safety when overcharged, and further, by adding a Li compound having a structure as shown in Formula (1) structure, to suppress deterioration of a mixed positive electrode active material during a high temperature cycle.
    • 使用包括尖晶石型氧化锰作为主要成分的正极活性物质,提供了一种用于HEV的新型低成本和高输出功率平面型非水电解槽,其在过充电时具有增加的安全性,并且具有优异的储存性能和循环寿命。 即使电池是不具有阻挡机构的层压型电池,也可以通过将正极的尖晶石型锂锰氧化物和 5重量%〜40重量%的层状锂锰氧化物,以抑制高温下的储存劣化,同时在过充电时同时达到安全性,进一步通过加入具有式(1)所示结构的Li化合物, 以抑制高温循环中的混合正极活性物质的劣化。