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    • 3. 发明授权
    • Optical waveguide electro-optic device and process of manufacturing optical waveguide electro-optic device
    • 光波导电光器件及制造光波导光电器件的工艺
    • US08483523B2
    • 2013-07-09
    • US12872290
    • 2010-08-31
    • Jun NakagawaShuichi SuzukiAtsushi SakaiKoichiro Nakamura
    • Jun NakagawaShuichi SuzukiAtsushi SakaiKoichiro Nakamura
    • G02B6/10
    • B29D11/00663G02F1/295G02F2201/121G02F2202/07G02F2202/20
    • An optical waveguide electro-optic device including: a support substrate; an optical waveguide which has a core layer formed of a ferroelectric material, and is formed on an upper side of the support substrate; a lower electrode layer formed on a lower side of the core layer and which is adhered to the support substrate through an adhesion layer; an upper electrode layer formed on an upper side of the core layer; and an external electrode part, wherein the optical waveguide has an incidence plane from where light enters and an outgoing plane from where the light exits, the core layer has a polarization inversion region and a polarization non-inversion region, the upper electrode layer has a plane in such a shape that a width of the plane expands from a side of the incidence plane toward a side of the outgoing plane, to cover the polarization inversion region of the core layer, and the lower electrode layer is connected electrically to the external electrode part on the side of the incidence plane.
    • 一种光波导电光装置,包括:支撑基板; 光波导,其具有由铁电体材料形成的芯层,并且形成在所述支撑基板的上侧; 下部电极层,其形成在芯层的下侧,并且通过粘合层粘附到支撑基板; 形成在芯层的上侧的上电极层; 以及外部电极部,其中,所述光波导具有从所述光入射的入射面和从所述光出射的出射面,所述芯层具有偏振反转区域和偏振非反转区域,所述上电极层具有 平面,使得该平面的宽度从入射面的侧面朝向出射面的一侧膨胀,以覆盖芯层的偏振反转区域,并且下部电极层与外部电极电连接 部分在入射面的一侧。
    • 5. 发明授权
    • Cluster system and node switching method
    • 集群系统和节点切换方法
    • US08051321B2
    • 2011-11-01
    • US12547106
    • 2009-08-25
    • Jun NakagawaTakahiro KojimaRyuji MaruyamaShinji YamauchiKeiji Sakai
    • Jun NakagawaTakahiro KojimaRyuji MaruyamaShinji YamauchiKeiji Sakai
    • G06F11/00
    • G06F11/2028G06F11/1482
    • When a first server node fails in a cluster system, a client node device transmits failure detection information to a second server node device. Upon receipt of the failure detection information, the second server node device transmits a survival confirmation request to the first server node device. When receiving no survival confirmation response from the first server node device, the second server node device determines that the first server node device has failed and starts the switching control of a server node device which performs a service process. Upon receipt of failure detection information, the second server node device starts switching control when further receiving failure detection information from another client node device.
    • 当集群系统中的第一服务器节点故障时,客户端节点设备向第二服务器节点设备发送故障检测信息。 在接收到故障检测信息时,第二服务器节点设备向第一服务器节点设备发送存活确认请求。 当从第一服务器节点设备接收到没有生存确认响应时,第二服务器节点设备确定第一服务器节点设备已经失败并且开始执行服务进程的服务器节点设备的切换控制。 当接收到故障检测信息时,第二服务器节点设备在进一步从另一客户端节点设备接收故障检测信息时开始切换控制。
    • 10. 发明授权
    • Image processing apparatus and image reading apparatus for reducing storage capacity of storage unit thereof
    • 用于降低其存储单元的存储容量的图像处理装置和图像读取装置
    • US07880940B2
    • 2011-02-01
    • US11780851
    • 2007-07-20
    • Jun Nakagawa
    • Jun Nakagawa
    • H04N1/04H04N1/46
    • H04N1/3878
    • An image processing apparatus including: a storage unit including a plurality of memory modules, the storage unit storing image data having been subjected to a main scanning shift processing into the memory modules; and a control unit dividing a first memory area at a center position of main scanning, the first memory area set to increase a total storage capacity as a shift amount in a sub scanning direction becomes larger, the control unit superposing the divided first memory areas so as to counteract memory un-use areas to set a second memory area, the control unit selecting the memory modules corresponding to the second memory area to read and write the image data, the control unit thereby performing sub scanning shift processing of the image data.
    • 一种图像处理装置,包括:存储单元,包括多个存储器模块,所述存储单元将已经经过主扫描移位处理的图像数据存储到所述存储器模块中; 以及控制单元,在主扫描的中心位置分割第一存储区域,设置为增加副扫描方向上的移位量的总存储容量的第一存储区域变大,控制单元将分割的第一存储区域叠加 为了抵消存储器不使用区域以设置第二存储区域,控制单元选择与第二存储区域相对应的存储器模块来读取和写入图像数据,从而执行图像数据的子扫描移位处理。