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    • 12. 发明授权
    • Image-forming apparatus having process cartridge and color shift estimation
    • 图像形成装置具有处理盒和颜色偏移估计
    • US07403720B2
    • 2008-07-22
    • US11302317
    • 2005-12-12
    • Yujiro NomuraNoriaki ShimuraKen Ikuma
    • Yujiro NomuraNoriaki ShimuraKen Ikuma
    • G03G15/00
    • G03G21/1889G03G2215/0119G03G2215/0158
    • An image-forming method performed in an image forming apparatus which includes: a first memory, storing first information indicative of a first factor causing color shift; and a detachable process cartridge, provided with an image carrier and a second memory storing second information indicative of a second factor causing the color shift, the method including: reading out the first information and the second information when the image forming apparatus recognizes an attachment of the process cartridge, obtaining an estimated color shift caused by the first factor and the second factor, based on the first information and the second information; judging whether the estimated color shift is within a predetermined range; and performing an initialization of the process cartridge when it is judged that the estimated color shift is within the predetermined range.
    • 一种在图像形成装置中执行的图像形成方法,包括:第一存储器,存储指示引起颜色偏移的第一因素的第一信息; 以及设置有图像载体的可拆卸处理盒和存储指示引起色彩偏移的第二因素的第二信息的第二存储器,所述方法包括:当图像形成装置识别出第一信息和第二信息时,读取​​第一信息和第二信息 所述处理盒基于所述第一信息和所述第二信息获得由所述第一因子和所述第二因素引起的估计颜色偏移; 判断估计色移是否在预定范围内; 以及当判定所述估计色移在所述预定范围内时,执行所述处理盒的初始化。
    • 13. 发明申请
    • Image Forming Apparatus
    • 图像形成装置
    • US20070092297A1
    • 2007-04-26
    • US11551600
    • 2006-10-20
    • Noriaki SHIMURANobutaka SUZUKIKen IKUMA
    • Noriaki SHIMURANobutaka SUZUKIKen IKUMA
    • G03G15/00
    • G03G15/0194G03G2221/1603
    • An image forming apparatus has plural image forming stations along a travel direction of a transfer medium. Each image forming station has a latent image carrier that rotates in a sub scanning direction, an image writer that forms a latent image on the latent image carrier and a developer that has a toner carrier extending along a main scanning direction approximately perpendicular to the sub scanning direction. Each image writer has a line head near the latent image carrier with light emitting elements arranged in a row along the main scanning direction. Rotation drive force developing at one common motor is transmitted to plural places in sections of the apparatus to superimpose toner images one atop the other. A motor main section of the common motor overlaps the transfer medium in the in-plane arrangement viewed from a vertical direction perpendicular to both the main and sub scanning directions.
    • 图像形成装置具有沿着传送介质的行进方向的多个图像形成站。 每个图像形成站具有在副扫描方向上旋转的潜像载体,在潜像载体上形成潜像的图像写入器和具有沿主扫描方向大致垂直于副扫描的调色剂载体的显影剂 方向。 每个图像写入器在潜像载体附近具有沿着主扫描方向排成行的发光元件的行头。 在一个公共电动机上产生的旋转驱动力在设备的多个部分被传送到多个位置,以将调色剂图像叠加在另一个之上。 从垂直于主扫描方向和副扫描方向的垂直方向观察,公共电动机的电机主体部分在面内布置中与传送介质重叠。
    • 15. 发明授权
    • Time keeping apparatus and method for controlling the same
    • 一种基于预定时间的检测和当前功耗模式来控制日历显示的计时方法和装置
    • US06766459B2
    • 2004-07-20
    • US09745968
    • 2000-12-21
    • Noriaki ShimuraHidehiro Akahane
    • Noriaki ShimuraHidehiro Akahane
    • G06F132
    • G04G19/08G04G19/12
    • A time keeping apparatus has a display mode for displaying time and a power-saving mode for reducing power consumption. The time keeping apparatus has a time display unit for displaying time, a calendar display unit for displaying a present date, a control unit for stopping, in the power-saving mode, both time display by the time display unit and calendar display by the calendar display unit, and a time information storage unit for storing information relating to an elapsed time of the power-saving mode. Upon switching back to the display mode, the calendar display displays a present date on the basis of information relating to the elapsed time stored by the time information storage unit.
    • 时间保持装置具有显示时间的显示模式和用于降低功耗的省电模式。 时间保持装置具有用于显示时间的时间显示单元,用于显示当前日期的日历显示单元,用于在功率保存模式下停止时间显示单元的时间显示和日历显示的日历显示的控制单元 显示单元和用于存储与节电模式的经过时间有关的信息的时间信息存储单元。 在切换回显示模式时,日历显示基于与由时间信息存储单元存储的经过时间相关的信息显示当前日期。
    • 16. 发明授权
    • Portable electronic device and control method for controlling the portable electronic device
    • 用于控制便携式电子设备的便携式电子设备和控制方法
    • US06424600B1
    • 2002-07-23
    • US09452852
    • 1999-12-02
    • Makoto OkeyaNoriaki ShimuraJoji KitaharaHiroyuki KojimaHiroshi Yabe
    • Makoto OkeyaNoriaki ShimuraJoji KitaharaHiroyuki KojimaHiroshi Yabe
    • G04B100
    • G04G99/00G04G19/12G06F1/3203H02J9/005Y10T307/766
    • To provide a portable electronic device which is easily shifted into a power save mode at the discretion of an operator, such as a user, and optimally reduces power consumption in accordance with the current use of the device. An operator can force an electronic device into a power save mode at the operator's discretion by manipulating a control. Electrical energy stored is thus reliably saved in accordance with the usage by the operator, and unnecessary power consumption is efficiently reduced, even more than in a method in which a device automatically stops the time display and is shifted into a power save mode in accordance with the presence or absence of power generation. Setting a time limit within which the operational state of the control needs to be complete, the operator is prevented from erroneously shifting into the power save mode, and the ease of use of the time measurement device is still assured.
    • 为了提供一种便携式电子设备,其可以由诸如用户的操作者来判断,容易地转换到省电模式,并且根据设备的当前使用最佳地降低功耗。 操作员可以通过操纵控制器来操纵电子设备来强制电力设备进入省电模式。 因此,能够根据操作者的使用可靠地节省存储的能量,并且,与设备自动停止时间显示并根据变更为省电模式的方法相比,能够有效地降低不必要的功率消耗 是否存在发电。 设置控制操作状态需要完成的时间限制,防止操作者错误地转换到省电模式,并且时间测量装置的使用方便性仍然得到保证。
    • 17. 发明授权
    • Electronic unit, and control method for electronic unit
    • 电子单元和电子单元的控制方法
    • US06327225B1
    • 2001-12-04
    • US09622194
    • 2000-08-11
    • Makoto OkeyaNoriaki ShimuraJoji KitaharaHiroyuki KojimaHiroshi Yabe
    • Makoto OkeyaNoriaki ShimuraJoji KitaharaHiroyuki KojimaHiroshi Yabe
    • G04F500
    • G04C3/143G04G19/08
    • In an electronic unit having a plurality of motors, a reduction in power-supply voltage is suppressed even if the plurality of motors are driven, and a difference in hand moving timing is allowed to be made inconspicuous. An electronic timepiece having a seconds motor for driving a seconds hand and an hour-and-minute motor for driving hour and minute hands, which serves as an electronic unit, moves the seconds hand and the hour and minute hands such that, when a seconds auxiliary pulse signal is output to the seconds motor at the hand moving timing of the seconds hand, control is applied in a way in which neither magnetic-field detection around the hour-and-minute motor nor the rotation detection of the hour-and-minute motor is performed at the hand moving timing of the hour and minute hands, and an hour-and-minute auxiliary pulse signal is output to the hour-and-minute motor.
    • 在具有多个电动机的电子单元中,即使多个电动机被驱动,也能够抑制电源电压的降低,并且使手动定时的差异变得不明显。 具有用于驱动秒针的秒马达和用于驱动小时和分针的小时马达的电子钟表作为电子单元,使秒针和小时针和分针移动,使得当秒 辅助脉冲信号在秒针的手移动时刻输出到秒马达,以小时和分钟马达周围的磁场检测以及小时和分钟马达的旋转检测都不进行控制, 小时和分针的手移动时刻执行分钟电机,并且将时分辅助脉冲信号输出到时分电机。
    • 18. 发明授权
    • Electronic device and method of controlling the same
    • 电子装置及其控制方法
    • US06262554B1
    • 2001-07-17
    • US09404054
    • 1999-09-22
    • Hiroyuki KojimaMakoto OkeyaHiroshi YabeNoriaki ShimuraJoji Kitahara
    • Hiroyuki KojimaMakoto OkeyaHiroshi YabeNoriaki ShimuraJoji Kitahara
    • G05B1940
    • G05B19/39G05B2219/41355H02P8/14
    • In an electronic device having a stepping motor which can be driven more quickly than in a normal driving operation without causing a significant increase in power consumption, a detecting coil control circuit is provided which controls a connection circuit serving to open and close a detecting coil that is wound coaxially with a driving coil, in such a manner that the detecting coil is opened during the period in which a quick driving pulse is supplied to the driving coil. After supplying the quick driving pulse, a driving controller controls a driving circuit so as to open the driving coil, while the driving controller closes the detecting coil so that a voltage induced in the detecting coil by an electromotive force is detected by a position detecting circuit thereby determining the position of a rotor. The chance that the driving coil and the detecting coil act as electromagnetic brakes is minimized thereby ensuring that the quick driving operation is performed with low power consumption. During the quick driving operation in which the rotor rotates at a high speed, the position of the rotor is monitored thereby ensuring that the quick driving operation is performed in a stable fashion. Additionally, the timing of the delivery of the driving pulses may be varied in response to a measured voltage.
    • 在具有步进电动机的电子设备中,其能够比正常的驱动操作更快地驱动,而不会导致功耗的显着增加,提供了一种检测线圈控制电路,其控制用于打开和关闭检测线圈的连接电路, 与驱动线圈同轴地缠绕,使得在向驱动线圈提供快速驱动脉冲的时段期间检测线圈打开。 在提供快速驱动脉冲之后,驱动控制器控制驱动电路以便打开驱动线圈,同时驱动控制器关闭检测线圈,使得通过位置检测电路检测到检测线圈中感应出的电压 从而确定转子的位置。 驱动线圈和检测线圈作为电磁制动器的机会最小化,从而确保以低功耗执行快速驱动操作。 在转子高速旋转的快速驱动操作期间,监控转子的位置,从而确保以稳定的方式执行快速驱动操作。 此外,驱动脉冲的传递的定时可以响应于测量的电压而变化。