公开(公告)号：US20100191477A1

公开(公告)日：2010-07-29

申请号：US12549995

申请日：2009-08-28

Applicant: Tomohiro SEKO ,  Yoichi WATANABE ,  Hideki OKAMOTO ,  Nobuyuki HIROOKA ,  Ryosuke TAKAHASHI

Inventor： Tomohiro SEKO ,  Yoichi WATANABE ,  Hideki OKAMOTO ,  Nobuyuki HIROOKA ,  Ryosuke TAKAHASHI

IPC: G06F19/00 ,  G01N31/00

CPC classification number: G03G15/5075

Abstract: A particle behavior analysis system includes a calculation section that, regarding a decomposition portion decomposed in accordance with a decomposition method in a range to be analyzed, considers interaction force with another substance that acts on a particle and calculates behavior of the particle, while performing information communication with other devices; and an output processing section that switches output advisability of an analysis result obtained by the calculation section based on priority of the decomposition portion corresponding to the advisability of output processing of the analysis result.

Abstract translation: 粒子行为分析系统包括：计算部，对于在分析范围内根据分解方法分解的分解部，考虑与作用于粒子的另一物质的相互作用力，并计算粒子的行为，同时执行信息 与其他设备的通信; 以及输出处理部，其基于与分析结果的输出处理的可靠性对应的分解部的优先级，切换由计算部获得的分析结果的输出可取性。

公开(公告)号：US20090094310A1

公开(公告)日：2009-04-09

申请号：US12183743

申请日：2008-07-31

Applicant: Yoichi WATANABE ,  Hideki OKAMOTO ,  Nobuyuki HIROOKA ,  Tomohiro SEKO

Inventor： Yoichi WATANABE ,  Hideki OKAMOTO ,  Nobuyuki HIROOKA ,  Tomohiro SEKO

IPC: G06F15/16 ,  G06F12/00

CPC classification number: G06F9/5016

Abstract: The parallel computing system is provided with: plural computing nodes that perform a computation; a management node that is connected to the plural computing nodes, and that manages parallel computing by the plural computing nodes; and an external memory that is connected to the management node, that is accessible from the management node and the plural computing nodes, and that uses a semiconductor memory as a memory medium. The management node allocates data to be processed to each of the computing nodes, and creates an individual data file for each of the computing nodes in the external memory, and each of the computing nodes performs a computation by accessing the external memory and by reading the data file allocated to itself and a different data file to be referenced in a computation using the allocated data file, and outputs a computation result to the external memory.

Abstract translation: 并行计算系统具有执行计算的多个计算节点; 管理节点，其连接到所述多个计算节点，并且管理所述多个计算节点的并行计算; 以及连接到管理节点的外部存储器，其可从管理节点和多个计算节点访问，并且使用半导体存储器作为存储介质。 管理节点将要处理的数据分配给每个计算节点，并为外部存储器中的每个计算节点创建单独的数据文件，并且每个计算节点通过访问外部存储器并通过读取 分配给其自身的数据文件和在使用所分配的数据文件的计算中要引用的不同数据文件，并将计算结果输出到外部存储器。

公开(公告)号：US20130101320A1

公开(公告)日：2013-04-25

申请号：US13453925

申请日：2012-04-23

Applicant: Hideki OKAMOTO ,  Yoichi WATANABE

Inventor： Hideki OKAMOTO ,  Yoichi WATANABE

IPC: G03G15/09

CPC classification number: G03G15/09 ,  G03G15/0812

Abstract: A developing device includes a developer transport body having a rotating outer peripheral surface, a magnet member having a plurality of magnetic poles, a regulation member that regulates passage of the developer supplied on the outer peripheral surface, and an introduction member having an opposing face opposing the outer peripheral surface to form an introduction space. A regulation-assist magnetic pole, of the magnetic poles, is provided at a position shifted from a position opposing the regulation member toward an upstream side in a rotating direction of the developer transport body. At least an upstream end of the opposing face is located on a virtual line obtained by translating a tangent line to the developer transport body at a position opposing the regulation member to an end of the regulation member opposing the developer transport body or located closer to the outer peripheral surface than the virtual line.

Abstract translation: 显影装置包括具有旋转的外周面的显影剂输送体，具有多个磁极的磁体构件，调节供给在外周面的显影剂的通过的调节构件，以及具有相对面的相对面的导入构件 外周面形成引入空间。 磁极的调节辅助磁极设置在从与调节构件相对的位置向显影剂输送体的旋转方向的上游侧偏移的位置处。 相对面的至少上游端位于虚拟线上，该虚拟线通过在与调节构件相对的位置处将显影剂输送体平移到与显影剂输送体相对的调节构件的端部或更接近 外围表面比虚拟线。

公开(公告)号：US20130164043A1

公开(公告)日：2013-06-27

申请号：US13491270

申请日：2012-06-07

Applicant: Yoichi WATANABE

Inventor： Yoichi WATANABE

IPC: G03G15/09

CPC classification number: G03G15/0812 ,  G03G15/0921

Abstract: A developing device includes a first developing roller including a first transport member that transports magnetic developer by rotating while being close to a latent-image carrier rotating in one direction and a first magnet member, a second developing roller including a second transport member that transports the developer by rotating while being close to the latent-image carrier at a position on a downstream side of the first developing roller in the one direction, and a second magnet member, and a regulation member that regulates transport amounts of the developer distributed to the first and second developing rollers to required transport amounts, and opposes the developing rollers with predetermined distances therebetween. The first and second developing rollers are spaced from each other. The regulation member is movably supported in an area closer to the latent-image carrier than a closest position between the first and second developing rollers.

Abstract translation: 显影装置包括第一显影辊，该第一显影辊包括第一输送构件，该第一输送构件通过在靠近一个方向旋转的潜像载体的同时旋转而传送磁性显影剂;第二显影辊，包括第二输送构件， 显影剂在一个方向上位于第一显影辊的下游侧的位置处靠近潜像载体的同时旋转，第二磁体构件和调节构件，其调节分配到第一显影辊的第一显影辊的显影剂的输送量 和第二显影辊到需要的运输量，并且与其间具有预定距离的显影辊相对。 第一和第二显影辊彼此间隔开。 调节构件可移动地支撑在比第一和第二显影辊之间的最接近位置更靠近潜像载体的区域中。

公开(公告)号：US20130164042A1

公开(公告)日：2013-06-27

申请号：US13491200

申请日：2012-06-07

Applicant: Yoichi WATANABE ,  Makoto HIROTA ,  Tomoyuki YOSHII ,  Jun ABE ,  Yasuaki WATANABE ,  Shinichi KURAMOTO ,  Kunihiko SATO

Inventor： Yoichi WATANABE ,  Makoto HIROTA ,  Tomoyuki YOSHII ,  Jun ABE ,  Yasuaki WATANABE ,  Shinichi KURAMOTO ,  Kunihiko SATO

IPC: G03G15/09

CPC classification number: G03G15/0189 ,  G03G15/0812 ,  G03G15/0921

Abstract: A developing device includes first and second developer carriers facing each other in a facing region, a regulating member that regulates a layer thickness of developer, and a separation member. The first and second developer carriers respectively include first and second magnetic members that are respectively magnetized with first and second facing magnetic poles having opposite polarities. The separation member separates the developer so that the developer is supplied toward the first and second developer carriers. The separation member is disposed such that distances between the separation member and the first and second developer carriers are the smallest in a region in which a magnitude of a combined magnetic field of the first and second magnetic poles locally decreases as compared with a case where at least one of the first and second developer carriers is independently disposed due to interaction between the first and second facing magnetic poles.

Abstract translation: 显影装置包括在面对区域中彼此面对的第一和第二显影剂载体，调节显影剂的层厚度的调节构件和分离构件。 第一和第二显影剂载体分别包括分别由具有相反极性的第一和第二面对磁极磁化的第一和第二磁性构件。 分离构件分离显影剂，使得显影剂朝向第一和第二显影剂载体供应。 分离构件被布置成使得分离构件和第一和第二显影剂载体之间的距离在第一和第二磁极的组合磁场的大小局部减小的区域中最小， 由于第一和第二面对磁极之间的相互作用，第一和第二显影剂载体中的至少一个被独立地设置。