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    • 101. 发明授权
    • Drive system for electromagnetically driven shutter
    • 驱动电磁驱动系统
    • US4264162A
    • 1981-04-28
    • US48742
    • 1979-06-15
    • Ryoichi SuzukiYukio OgawaTakao KinoshitaTakashi Uchiyama
    • Ryoichi SuzukiYukio OgawaTakao KinoshitaTakashi Uchiyama
    • G03B7/081G03B7/083G03B7/087G03B9/42
    • G03B7/083
    • In the drive system disclosed, a first power source supplies a driving current to drive a moving member of an electromagnetic shutter driving device in one direction or in the reverse direction a second power source device consisting of a DC booster circuit, a capacitor, etc.; a photo-to-electric converter circuit discerns the brightness level of an object to be photographed and controls the outputs of the first and second power source devices to shift between these two outputs. An automatic change-over supplies the output of the second power source to the electromagnetic shutter driving device when the level of the output of the photo-to-electric converter circuit is equal to or above a predetermined level and supplies the output of the first power source to the electromagnetic shutter driving device when the output level of the photo-to-electric converter circuit is lower than the predetermined level.
    • 在所公开的驱动系统中,第一电源提供驱动电流以驱动电磁快门驱动装置的移动部件沿一个方向或相反方向由包括直流升压电路,电容器等的第二电源装置。 ; 光电转换器电路识别待拍摄对象的亮度级别,并控制第一和第二电源装置的输出在这两个输出之间移动。 当光电转换器电路的输出电平等于或高于预定电平时,自动切换将第二电源的输出提供给电磁快门驱动装置,并将第一功率的输出 当光电转换器电路的输出电平低于预定电平时,向电磁快门驱动装置供电。
    • 102. 发明申请
    • INFORMATION SYSTEM HAVING COMPUTER AND STORAGE APPARATUS COUPLED TO NETWORK
    • 具有与网络耦合的计算机和存储设备的信息系统
    • US20120166575A1
    • 2012-06-28
    • US13054305
    • 2010-12-22
    • Yukio OgawaToshihiko MurakamiMasayuki Sakata
    • Yukio OgawaToshihiko MurakamiMasayuki Sakata
    • G06F15/16
    • H04L67/1097H04L12/4633H04L12/4641H04L41/0896
    • The present invention is an information system that includes: a first computer; a first storage apparatus; a first network apparatus, to which the first computer and the first storage apparatus are connected, providing a first fabric service; a second computer; a second storage apparatus; a second network apparatus, to which the second computer and the second storage apparatus are connected, providing a second fabric service; and a network that connects the first network apparatus and the second network apparatus, wherein the first computer accesses the first fabric service, the second computer accesses the second fabric service, and the first storage apparatus and the second storage apparatus access the first fabric service and the second fabric service, respectively.
    • 本发明是一种信息系统,包括:第一计算机; 第一存储装置; 第一网络设备,第一计算机和第一存储设备连接到该第一网络设备,提供第一架构服务; 第二台电脑 第二存储装置; 连接第二计算机和第二存储装置的第二网络装置,提供第二种结构服务; 以及连接所述第一网络装置和所述第二网络装置的网络,其中,所述第一计算机访问所述第一结构服务,所述第二计算机访问所述第二结构服务,所述第一存储装置和所述第二存储装置访问所述第一结构服务, 第二种织物服务。
    • 108. 发明授权
    • Paper splicing device
    • 纸拼接装置
    • US06899296B2
    • 2005-05-31
    • US10228082
    • 2002-08-27
    • Toshio KansakuYukio OgawaDaisuke NakamuraYoshihiko Murata
    • Toshio KansakuYukio OgawaDaisuke NakamuraYoshihiko Murata
    • B65H19/16B65H19/18
    • B65H19/1868B65H19/1821B65H2403/60B65H2511/212B65H2511/51Y10T83/0333B65H2220/01B65H2220/03
    • In order to resolve problems where impact force when a pushing member of a splicing device collides becomes large, strength becomes inconsistent as a result of a pushing force due to reactive force, and paper splicing becomes unstable due to it taking time to suppress this, with paper splicing precision falling as a result, a paper splicing device is provided with a pressing member for pressing running paper web taken from one paper roll against the peripheral surface of a paper roll rotatably driven in such a manner that the peripheral surface moves at substantially the same speed as the speed of running of the paper web. The paper splicing device has pressing means for pressing and actuating the pressing member so as to press the paper web against the peripheral surface of the paper roll, and at least one shock absorbing means provided facing the direction of operation of a member coupling as a result of a pressing operation of the pressing means and being capable of absorbing an impact when the paper web is pressed against the peripheral surface of the paper roll.
    • 为了解决当拼接装置的推动构件碰撞时的冲击力变大的问题,由于反作用力引起的推力,强度变得不一致,并且由于花费时间来解决纸张拼接而变得不稳定,因此, 拼接精度下降的结果是,纸拼接装置设置有用于将从一个纸卷取出的行进纸幅压靠在可旋转地驱动的纸卷的周面上的按压部件,使得周面基本上移动 与纸幅运行速度相同的速度。 纸接合装置具有用于按压和致动按压构件的按压装置,以将纸幅压靠在纸卷的周面上,并且至少一个冲击吸收装置面向构件联接器的操作方向设置 压紧装置的按压操作,并且当纸幅被压靠在纸卷的周面上时能够吸收冲击。