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    • 1. 发明申请
    • Printer and Printer Control Method
    • 打印机和打印机控制方法
    • US20120224202A1
    • 2012-09-06
    • US13408708
    • 2012-02-29
    • Yuichi ItoAtsushi Sakai
    • Yuichi ItoAtsushi Sakai
    • G06K15/00
    • G06K15/4065B41J11/008B41J13/0054G06K15/1805
    • A print data conversion area can be created to reflect that all printed slips are not the same size. A printer includes a conveyance unit that conveys checks with one edge following a guide extending in the conveyance direction, a length detection unit that detects the length of the conveyed check in the conveyance direction, and a conversion area formation unit that creates a print data conversion area to which print data for the entire image to be recorded on the check is written. The conversion area formation unit determines the range of the conversion area with reference to a position corresponding to a particular position on the check using the detected length of the check in the conveyance direction.
    • 可以创建打印数据转换区域,以反映所有打印的纸张尺寸不一样。 打印机包括传送单元,其沿着沿着传送方向延伸的引导件沿着一个边缘传送检查;长度检测单元,其检测在传送方向上传送的检查的长度;以及转换区域形成单元,其创建打印数据转换 将要记录在支票上的整个图像的打印数据写入的区域。 转换区域形成单元使用检测在输送方向上的检测长度,参考与检查中的特定位置相对应的位置来确定转换区域的范围。
    • 4. 发明授权
    • Attachment structure for motor assembly
    • 电机总成附件结构
    • US08373327B2
    • 2013-02-12
    • US12792180
    • 2010-06-02
    • Syuji YoshikawaAtsushi Sakai
    • Syuji YoshikawaAtsushi Sakai
    • H02K13/00
    • B25F5/02H02K1/185H02K3/522H02K5/148H02K5/1732H02K7/145
    • In attachment structure for motor assembly, accommodating portion with a bottom is formed in housing such that the motor assembly including commutator motor and brush holder unit is accommodated therein with the brush holder unit facing downward. Receiving portion for positioning the brush holder unit is formed in the accommodating portion. Abutment portion is formed on the brush holder unit for positioning between stator and the brush holder unit. The motor assembly is positioned within the accommodating portion such that the brush holder unit is in contact with the receiving portion and that the stator and the brush holder unit are brought into contact with each other through the abutment portion. Fixing member is inserted from an open side of the housing, brought into contact with the stator, and fixed to the housing, so that the motor assembly is interposed between the fixing member and the receiving portion.
    • 在电动机组件的安装结构中,具有底部的容纳部分形成在壳体中,使得包括换向器电动机和电刷架单元的电动机组件容纳在其中,电刷架单元面向下。 用于定位刷持器单元的接收部分形成在容纳部分中。 基台部分形成在电刷架单元上,用于定位在电刷架单元之间。 电动机组件位于容纳部分内,使得电刷架单元与接收部分接触,并且定子和电刷架单元通过邻接部分相互接触。 固定构件从壳体的开口侧插入,与定子接触并固定到壳体,使得电动机组件插入在固定构件和容纳部之间。
    • 6. 发明申请
    • ATTACHMENT STRUCTURE FOR MOTOR ASSEMBLY
    • 电机总成附件结构
    • US20100327685A1
    • 2010-12-30
    • US12792180
    • 2010-06-02
    • Syuji YOSHIKAWAAtsushi Sakai
    • Syuji YOSHIKAWAAtsushi Sakai
    • H02K5/14
    • B25F5/02H02K1/185H02K3/522H02K5/148H02K5/1732H02K7/145
    • In attachment structure for motor assembly, accommodating portion with a bottom is formed in housing such that the motor assembly including commutator motor and brush holder unit is accommodated therein with the brush holder unit facing downward. Receiving portion for positioning the brush holder unit is formed in the accommodating portion. Abutment portion is formed on the brush holder unit for positioning between stator and the brush holder unit. The motor assembly is positioned within the accommodating portion such that the brush holder unit is in contact with the receiving portion and that the stator and the brush holder unit are brought into contact with each other through the abutment portion. Fixing member is inserted from an open side of the housing, brought into contact with the stator, and fixed to the housing, so that the motor assembly is interposed between the fixing member and the receiving portion.
    • 在电动机组件的安装结构中,具有底部的容纳部分形成在壳体中,使得包括换向器电动机和电刷架单元的电动机组件容纳在其中,电刷架单元面向下。 用于定位刷持器单元的接收部分形成在容纳部分中。 基座部分形成在电刷架单元上,用于定位在电刷架单元之间。 电动机组件位于容纳部分内,使得电刷架单元与接收部分接触,并且定子和电刷架单元通过邻接部分相互接触。 固定构件从壳体的开口侧插入,与定子接触并固定到壳体,使得电动机组件插入在固定构件和容纳部之间。
    • 8. 发明授权
    • Color reduction processing apparatus and color reduction method
    • 减色处理装置和减色法
    • US07576888B2
    • 2009-08-18
    • US10900687
    • 2004-07-28
    • Atsushi SakaiTeruyuki TakataTomohiro Kodama
    • Atsushi SakaiTeruyuki TakataTomohiro Kodama
    • G06K1/00H04N1/46
    • H04N1/56
    • A color reduction processing apparatus and method that is simple to configure and adjust produces two-color print image data reflecting the impression of the original full-color image. Each pixel in a full-color image is converted to binarized principal and secondary color print data by principal and secondary color processors respectively using respective threshold value matrices. The threshold values of these matrices, which are calculated from a reference threshold value matrix stored in memory, can be adjusted, via adjustment values, to control the overall density of the principal and secondary colors. The adjustment values can be set in a matrix configuration unit. The binarized principal and secondary color print data can also be further corrected by correction and/or filtering operations performed by a correction processor.
    • 简单的配置和调整的色彩还原处理装置和方法产生反映原始全色图像印象的双色打印图像数据。 分别使用相应的阈值矩阵,将全色图像中的每个像素分别由主要和次要颜色处理器转换为二值化的主色和次色打印数据。 可以通过调整值调整从存储在存储器中的参考阈值矩阵计算的这些矩阵的阈值,以控制主色和次色的总体密度。 可以在矩阵配置单元中设置调整值。 还可以通过校正处理器执行的校正和/或滤波操作来进一步校正二值化的主色和次色打印数据。
    • 9. 发明授权
    • Battery pack, electrical device connectable to battery pack, and method of identifying battery pack type
    • 电池组,可连接电池组的电气设备,以及识别电池组类型的方法
    • US07486045B2
    • 2009-02-03
    • US10934353
    • 2004-09-07
    • Masao YamaguchiAtsushi Sakai
    • Masao YamaguchiAtsushi Sakai
    • H02J7/00H02J7/04
    • H01M10/4257H01M10/052H01M10/0525H01M10/30H01M10/4221H01M10/48H02J7/0004
    • A battery pack has a rechargeable battery, a pair of externally exposed charge/discharge terminals connected to the electrodes of the rechargeable battery, and an externally exposed battery pack signal terminal for identifying the type of the battery pack. The battery pack further has a battery pack communication portion connected to the battery pack signal terminal for receiving an authenticity signal transmitted from an electrical equipment unit through the battery pack signal terminal; a random number generating portion for generating a random number based on a predetermined condition; and a battery pack control portion for generating a detection signal based on the authenticity signal received by the battery pack communication portion and the random number generated by the random number generating portion, and for transmitting the detection signal from the battery pack communication portion to the electrical equipment unit side through the battery pack signal terminal.
    • 电池组具有可充电电池,连接到可再充电电池的电极的一对外部暴露的充电/放电端子以及用于识别电池组的类型的外部暴露的电池组信号端子。 电池组还具有连接到电池组信号端子的电池组通信部分,用于接收通过电池组信号端子从电气设备单元发送的真实信号; 随机数生成部分,用于基于预定条件生成随机数; 以及电池组控制部分,用于基于由电池组通信部分接收的真实性信号和由随机数产生部分产生的随机数产生检测信号,并且用于将检测信号从电池组通信部分发送到电 设备单元侧通过电池组信号端子。
    • 10. 发明申请
    • Pipeline Closing Apparatus
    • 管道封闭装置
    • US20080277930A1
    • 2008-11-13
    • US10577787
    • 2004-10-26
    • Atsushi Sakai
    • Atsushi Sakai
    • F16L55/00
    • F16L55/1018F16L55/12
    • A pipeline closing apparatus comprises a lid member attachable to a downstream end portion of a sluice valve, a first control shaft extending through the lid member, a second control shaft extending through the first control shaft, an elastic annular member disposed between pressing plates provided on inward end regions of the control shafts and elastically deformable to a diameter-increased position by being clamped and pressed, thereby to block between an inner peripheral surface of a branch pipe and the pressing plates, and a retaining device. The retaining device includes engaging link pairs flexing and bulging to a diameter-increased position in response to outward sliding movement of the second control shaft relative to the first control shaft. The apparatus further comprises a reversal preventing device F which contacts and limits the engaging link pairs to an outwardly bent position where flexing pivotal portions of the engaging link pairs project radially outward.
    • 管道关闭装置包括可附接到闸阀的下游端部的盖构件,延伸穿过盖构件的第一控制轴,延伸穿过第一控制轴的第二控制轴,设置在设置在第一控制轴上的压板之间的弹性环形构件 控制轴的内端部区域,通过被夹紧并按压而弹性变形为直径增大的位置,从而在分支管的内周面与压板之间阻挡,以及保持装置。 保持装置包括响应于第二控制轴相对于第一控制轴的向外滑动运动而将伸缩和膨胀的接合链对对应于直径增加位置。 该装置还包括反转防止装置F,该反转防止装置F将接合连杆对接触并限制在向外弯曲的位置,其中接合连杆对的枢转部分的径向向外突出。