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    • 1. 发明授权
    • Data processing system having separable data-processing devices and a deactivable power-saving function
    • 数据处理系统具有可分离的数据处理装置和不可再生的省电功能
    • US06202162B1
    • 2001-03-13
    • US09201364
    • 1998-11-30
    • Koji KatamotoHideo MatsudaYoshitaka HondaTamotsu FukushimaHiranaga YamamotoSyoichiro YoshiuraKenichi Gomi
    • Koji KatamotoHideo MatsudaYoshitaka HondaTamotsu FukushimaHiranaga YamamotoSyoichiro YoshiuraKenichi Gomi
    • G06F132
    • G03G15/5004G03G15/5083G03G2215/00109G06F1/3228
    • A data-processing system consisting of a portable terminal device and a copying machine can effectively work with protection against breakage of data stored in the terminal device. The data-processing system is constructed to work on the following principle: When a given period is measured by a timer for starting the power saving mode, a portable terminal device provides a copying machine with a signal informing of starting the power-saving mode. The copying machine, which received the power-saving-mode starting signal, provides in later the portable terminal device a signal requiring the terminal to cancel the power-saving-mode. When a given period is measured by a timer for starting the power saving mode, the copying machine provides the portable terminal device with a signal requiring the terminal device to start the power-saving mode. A CPU, which received information on request of power-saving-mode, executes the power saving mode. The portable terminal device and the copying machine as the former being mounted on the latter can simultaneously execute the power saving mode, preliminarily sheltering data in the storage.
    • 由便携式终端设备和复印机组成的数据处理系统可以有效地保护以防止存储在终端设备中的数据的破坏。 数据处理系统的结构是按照以下原则工作的:当通过用于启动省电模式的定时器测量给定时间段时,便携式终端设备向复印机提供通知启动省电模式的信号。 接收到省电模式启动信号的复印机在稍后的便携终端装置中提供要求终端消除省电模式的信号。 当通过用于启动省电模式的定时器测量给定时间段时,复印机向便携式终端设备提供需要终端设备开始节电模式的信号。 接收到节电模式请求的信息的CPU执行省电模式。 作为前者的便携式终端装置和复印机安装在其上的同时可以同时执行省电模式,预先遮蔽存储器中的数据。
    • 6. 发明授权
    • Image formation apparatus that can ensure provision of sheets for image formation according to external image data
    • 可以确保根据外部图像数据提供用于图像形成的纸张的图像形成装置
    • US06700675B1
    • 2004-03-02
    • US09411989
    • 1999-10-04
    • Hiranaga Yamamoto
    • Hiranaga Yamamoto
    • G06F1500
    • H04N1/32512H04N1/00204H04N1/00915H04N1/32502H04N2201/0082H04N2201/0086
    • An image formation apparatus to ensure provision of sheets used in a host mode process and a guest mode process without increasing the number of sheet cassettes to be mounted at a sheet feed unit and to prevent tedious task due to increase in the sheet feed frequency is provided. In the image formation apparatus, the main CPU identifies the accommodated number of sheets n in the sheet cassette every time one copy mode image formation process ends. This value n is compared with a set value of the number of sheets N read out via a sub CPU. When value n is equal to or less than value N, the copy mode image formation process is interrupted until the sheet cassette is replenished with sheets while waiting for input of image data associated with the guest mode image formation process. When image data associated with the guest mode image formation process is input from an external device during this period, the guest mode image formation process is executed.
    • 提供一种图像形成装置,用于确保在主模式处理和访客模式处理中使用的片材的提供,而不增加要安装在片材进给单元上的片材盒的数量并且防止由于片材进给频率的增加而引起的繁琐任务 。 在图像形成装置中,主CPU在每次复印模式图像形成处理结束时识别纸张盒中的收纳的纸张数量n。 该值n与经由子CPU读出的纸张数N的设定值进行比较。 当值n等于或小于值N时,复制模式图像形成处理被中断,直到在等待输入与客人模式图像形成处理相关联的图像数据的纸张的情况下补充纸张。 当在此期间从外部设备输入与访客模式图像形成处理相关联的图像数据时,执行访客模式图像形成处理。
    • 7. 发明授权
    • Power control unit
    • 电源控制单元
    • US5880578A
    • 1999-03-09
    • US926453
    • 1997-09-10
    • Daniel OliveiraDavid IsnerHaruo NishiyamaHiranaga Yamamoto
    • Daniel OliveiraDavid IsnerHaruo NishiyamaHiranaga Yamamoto
    • G03G15/20H02M1/08H02M5/257H05B39/02G05F1/10G05F5/00
    • H02M5/2576G03G15/2003H05B39/02
    • In a power control unit for controlling a power supply to a load connected to an AC power source by switching on half cycles, following three modes are carried out in the order of presented: a first control mode for continuously supplying a power which is composed of a plurality of half cycle switching waveforms of a first polarity to said load; a second control mode for continuously supplying a power which is composed of a plurality of half cycle switching waveforms of a second polarity to said load, said second polarity being different from said first polarity; and a third control mode for supplying a power of a half cycle of said first polarity and a power of a half cycle of said second polarity to said load in turn. This arrangement can attain an effect that both the harmonic noises and the flickers caused by a rush current are reduced.
    • 在功率控制单元中,通过接通半个周期来控制连接到交流电源的负载的电源,按照下面的顺序执行以下三种模式:用于连续供电的第一控制模式,其由 对所述负载具有第一极性的多个半周期开关波形; 第二控制模式,用于连续地向所述负载提供由第二极性的多个半周期开关波形组成的电力,所述第二极性不同于所述第一极性; 以及第三控制模式,用于依次向所述负载提供所述第一极性的半周期的功率和所述第二极性的半周期的功率。 这种布置可以实现由冲击电流引起的谐波噪声和闪烁两者都降低的效果。
    • 8. 发明授权
    • Feeding apparatus
    • 喂食设备
    • US5340096A
    • 1994-08-23
    • US872769
    • 1992-04-23
    • Hirotaka TokiOsamu WakudaHiranaga YamamotoHiroyuki Nagao
    • Hirotaka TokiOsamu WakudaHiranaga YamamotoHiroyuki Nagao
    • B65H1/26B65H1/28B65H3/44G03G15/00B65H1/22
    • G03G15/6502B65H3/44
    • A large turntable is mounted rotatably on a tray, and two paper cassettes are rotatably installed on the turntable. The turntable is rotated by a 180-degree rotating mechanism and a small angle rotating mechanism, while the paper cassette is rotated by a cassette rotating mechanism. The 180-degree rotating mechanism interchanges the paper cassette on a feeding side and the paper cassette on a non-feeding side by rotating the turntable. The small angle rotating mechanism aligns the center of paper stored in the paper cassette on the feeding side with a feeding center line by rotating the turntable. The cassette rotating mechanism positions the leading edge of the paper in the paper cassette on the feeding side at right angles to a feeding direction by rotating the paper cassette. Since the 180-degree rotating mechanism and the small angle rotating mechanism are installed in positions on the tray outside of the turning space of the turntable, an apparatus of a reduced height and size is achieved.
    • 大转台可旋转地安装在托盘上,两个纸盒可旋转地安装在转台上。 转盘旋转180度旋转机构和小角度旋转机构,同时纸盒由盒式旋转机构旋转。 180度旋转机构通过旋转转台将馈送侧的纸盒与非进纸侧的纸盒交换。 小角度旋转机构通过旋转转台将存放在进纸侧的纸盒中的纸张与进给中心线对准。 盒式旋转机构通过旋转纸盒将纸张的进纸侧的前端与进纸方向成直角定位在进纸侧的纸盒中。 由于180度旋转机构和小角度旋转机构安装在转盘的转动空间外侧的托盘上的位置,因此实现了高度和尺寸减小的装置。
    • 10. 发明授权
    • Feeding apparatus
    • 喂食设备
    • US5374046A
    • 1994-12-20
    • US872964
    • 1992-04-23
    • Hirotaka TokiOsamu WakudaHiranaga YamamotoHiroyuki Nagao
    • Hirotaka TokiOsamu WakudaHiranaga YamamotoHiroyuki Nagao
    • B65H1/26B65H1/28B65H3/44G03G15/00
    • G03G15/6502B65H3/44
    • A feeding apparatus has a large turntable mounted rotatably on a tray and two paper cassettes installed on the turntable. The paper cassette are movable in a radial direction of rotation of the turntable. Carriage driving mechanisms for moving the paper cassettes are controlled to move the respective paper cassettes to positions closest to the axis of rotation of the turntable when rotating the turntable so that the space occupied by the paper cassettes is minimized. A 180-degree rotation mechanism for rotating the turntable is controlled to rotate the turntable after the respective paper cassettes are moved to the positions closest to the axis of rotation of the turntable, for interchanging the paper cassette on a feeding side and the paper cassette on a non-feeding side. This enables a reduction in the size of the apparatus, irrespective of the sizes and positions of the paper cassettes on the feeding side and non-feeding side.
    • 进料装置具有可旋转地安装在托盘上的大转盘和安装在转台上的两个纸盒。 纸盒可在转盘的径向旋转方向上移动。 控制用于移动纸盒的支架驱动机构,以便在旋转转台时将各个纸盒移动到最靠近转盘旋转轴线的位置,使得纸盒占据的空间最小化。 控制旋转转台的180度旋转机构,使各个纸盒移动到最靠近转盘旋转轴线的位置之后使转台旋转,以便将进纸侧的纸盒和纸盒上的纸盒交换 非喂养侧。 这使得能够减小设备的尺寸,而与进纸侧和非进纸侧的纸盒的尺寸和位置无关。