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    Transaction system
    2.
    发明申请
    Transaction system 有权
    交易系统

    公开(公告)号：US20070192208A1

    公开(公告)日：2007-08-16

    申请号：US11656993

    申请日：2007-01-24

    Applicant: Shuuzou Takeo ,  Shintaro Yamabe ,  Tadashi Kanazawa ,  Hideyuki Kato ,  Yasuo Aihara ,  Kiyoshi Yamada ,  Shigeru Tachikawa ,  Kazuhiko Ota

    Inventor： Shuuzou Takeo ,  Shintaro Yamabe ,  Tadashi Kanazawa ,  Hideyuki Kato ,  Yasuo Aihara ,  Kiyoshi Yamada ,  Shigeru Tachikawa ,  Kazuhiko Ota

    IPC: G06Q30/00

    CPC classification number: G06Q40/00 ,  G06Q30/00 ,  G06Q30/0601 ,  G06Q40/04

    Abstract: With respect to one order information piece in security transaction, processing of reception, transaction condition confirmation, transaction settlement and result transmission is executed serially. A transaction system is configured so as to divide a transaction including a plurality of transaction requests into predetermined units and execute resultant processing units in parallel. When such division is conducted, the sequential property is ensured. For example, the progress situation of processing is stored in a database every processing and every step. Issues, terminals, markets and servers are included as predetermined units.

    Abstract translation: 对于安全交易中的一个订单信息，连续执行接收处理，交易条件确认，交易结算和结果传输。 交易系统被配置为将包括多个交易请求的交易分成预定单元并且并行地执行结果处理单元。 当进行这种划分时，确保顺序性。 例如，处理的进度情况存储在每个处理和每一步的数据库中。 问题，终端，市场和服务器作为预定单元包含在内。

    Wire saw and cutting method thereof
    3.
    发明授权
    Wire saw and cutting method thereof 失效
    线锯及其切割方法

    公开(公告)号：US06832606B2

    公开(公告)日：2004-12-21

    申请号：US10279723

    申请日：2002-10-25

    Applicant: Kiyoshi Yamada ,  Nobuo Otake ,  Hirofumi Takei

    Inventor： Kiyoshi Yamada ,  Nobuo Otake ,  Hirofumi Takei

    IPC: B28D104

    CPC classification number: B28D5/045 ,  B28D5/007 ,  Y02P70/179

    Abstract: When a work W is cut by moving a wire in an axial direction thereof while the wire is pressed onto the work and an abrasive liquid which is made by dispersing abrasive grains in a dispersion medium is interposed between the work and the wire, a flow of the wire is formed, and the wire is pressed onto the work while moving under the liquid level of the abrasive liquid whose flow is formed. The work is cut in the abrasive liquid so that a sufficient amount of the abrasive grains can be supplied between the work and the wire for a long time.

    Abstract translation: 当通过在电线被压在工件上的同时沿线轴方向移动电线来切割工件W，并且通过将磨粒分散在分散介质中而制成的研磨液被插入在工件和电线之间时， 形成线，并且在流动形成的磨料液体的液面下移动时将线压在工件上。 在研磨液中切割工件，使得能够在工件和线材之间长时间供给足够量的磨粒。

    Halftone image printing device
    5.
    发明授权
    Halftone image printing device 失效
    半色调图像打印设备

    公开(公告)号：US5099259A

    公开(公告)日：1992-03-24

    申请号：US501414

    申请日：1990-03-22

    Applicant: Shuzo Hirahara ,  Hitoshi Nagato ,  Kazuhiko Higuchi ,  Kiyoshi Yamada ,  Tadayoshi Ohno ,  Tsutomu Kanai

    Inventor： Shuzo Hirahara ,  Hitoshi Nagato ,  Kazuhiko Higuchi ,  Kiyoshi Yamada ,  Tadayoshi Ohno ,  Tsutomu Kanai

    IPC: H04N1/40 ,  H04N1/405

    CPC classification number: H04N1/40087 ,  H04N1/4058

    Abstract: A halftone image printing device for printing an image consisting of picture elements arrayed in a zig-zag fashioning. Each picture element is composed of dots forming a quasi-diamond-shaped matrix. The dot matrix is a 2 (row) x 3 (column) matrix with two additional dots located at the top and bottom, respectively. The range of optical density, within which the densities represented by the picture elements fall, is segmented into sub-ranges. Different heating-resistors are assigned to each sub-range of density. The dots printed by the heating-resistors assigned to any sub-range of density forms a "dot pattern" of a specific shape. The first dot pattern has one dot printed on the upper-central part of the rectangular matrix. The second dot pattern has three dots forming an L-shaped pattern, the first dot printed on the upper-central part of the matrix, the second dot printed above the first dot, and the third dot printed to the right of the first dot. The third dot pattern consists of five dots forming a cross, the first dot printed on the upper-central part of the matrix, the second dot printed above the first dot, the third dot printed to the right of the first dot, the fourth dot printed below the first dot, and the fifth dot printed to the left of the first dot. And the fourth dot pattern consists of five dots forming a cross and an additional dot printed immediately below the cross. Of the dots of each dot pattern, the dot on which energy concentrates more than any other dot assumes the same location for all dot patterns.

    Abstract translation: 一种半色调图像打印装置，用于打印由以之字形排列的图像元素组成的图像。 每个像素由形成准菱形矩阵的点组成。 点阵是分别位于顶部和底部的两个附加点的2（行）×3（列）矩阵。 由图像元素表示的密度落在其中的光密度的范围被分割成子范围。 不同的加热电阻被分配到密度的每个子范围。 由分配给任何密度子范围的加热电阻器印刷的点形成特定形状的“点图案”。 第一个点图案在矩形矩阵的中央上部印有一个点。 第二点图案具有形成L形图案的三个点，第一个点印刷在矩阵的中心上部，第二个点印在第一个点上方，第三个点打印在第一个点的右侧。 第三点图案由形成十字的五个点组成，第一个点印在矩阵的中心上部，第二个点印在第一个点之上，第三个点印在第一个点的右边，第四个点 打印在第一个点下方，第五个点打印在第一个点的左侧。 而第四个点图案由五个点形成一个十字架，另外一个点在十字架的正下方打印出来。 在每个点图案的点中，能量集中于任何其他点的点对于所有点图案都采用相同的位置。

    Half-tone image reproduction method and apparatus using partial density ranges
    6.
    发明授权
    Half-tone image reproduction method and apparatus using partial density ranges 失效
    半色调图像再现方法和使用部分浓度范围的装置

    公开(公告)号：US4910603A

    公开(公告)日：1990-03-20

    申请号：US233361

    申请日：1988-08-18

    Applicant: Shuzo Hirahara ,  Kiyoshi Yamada ,  Kazuhiko Higuchi

    Inventor： Shuzo Hirahara ,  Kiyoshi Yamada ,  Kazuhiko Higuchi

    IPC: H04N1/40

    CPC classification number: H04N1/40087

    Abstract: A half-tone image reproduction apparatus, which comprises a Dither matrix memory, constituted by a plurality of elements, for storing a multi-level Dither matrix having multi threshold levels assigned to the individual elements, input data supplying means for supplying the element on the Dither matrix and an input density level, and print dot forming means for forming print dots in accordance with the energy control level selectively read out from the Dither matrix memory. The energy control level stored in the Dither matrix memory is set in accordance with rules for changing the energy control level in accordance with a change in input density level. These rules are independently suitably determined for the respective partial density ranges which constitute a whole density range for the input density. According to this invention, gradation jump and deformation at a high density region can be prevented so that a half-tone image with smooth gradation and high resolution can be attained.

    Pipe coupling and method of joining materials
    10.
    发明授权
    Pipe coupling and method of joining materials 失效
    管接头和连接材料的方法

    公开(公告)号：US5484174A

    公开(公告)日：1996-01-16

    申请号：US465208

    申请日：1994-06-03

    Applicant: Taiji Gotoh ,  Hidetoshi Yamamoto ,  Kiyokazu Iwama ,  Kiyoshi Yamada

    Inventor： Taiji Gotoh ,  Hidetoshi Yamamoto ,  Kiyokazu Iwama ,  Kiyoshi Yamada

    IPC: B21D39/04 ,  F16L13/14 ,  F16L13/16

    CPC classification number: F16L13/142 ,  B21D39/046 ,  F16L13/161 ,  Y10T29/49913

    Abstract: Pipe fittings for joining piping materials have a main body with a substantially equal diameter to that of the piping materials to be joined, an annular expanded portion formed at least at one end portion thereof and enlarged diameter portions on each side of the annular expanded portion. The piping materials are joined by inserting them into the pipe fittings and by pressing the outer enlarged diameter portion along the circumference at an end portion thereof to subject the enlarged diameter portion and the piping materials to plastic deformation. By virtue of recesses formed at the pressed portions, the pipe fittings and the piping materials are firmly fixed together. A tapered portion provided at the end of the pipe fittings effectively increases the slip-off checking force, and also the Joint can be perfectly sealed by the sealing material received in the internal space of the annular expanded portion, having been deformed by the application of pressing. Crevice corrosion can completely be prevented since an adequate clearance is defined between the non-pressed enlarged diameter portion and the piping materials inserted into the pipe fittings.

    Abstract translation: PCT No.PCT / JP89 / 00667 Sec。 371日期：1994年6月3日 102（e）日期1994年6月3日PCT提交1989年7月3日PCT公布。 出版物WO90 / 00697 日期：1990年1月25日。用于接合管道材料的管道配件具有与要接合的管道材料的直径基本相等的直径的主体，至少在其一个端部形成的环形扩展部分和每个 侧。 管道材料通过将其插入管接头中并通过沿着其外端部的圆周挤压外部扩大部分而接合，以使扩径部分和管道材料塑性变形。 由于在压制部形成的凹部，管接头和管道材料牢固地固定在一起。 设置在管接头端部的锥形部分有效地增加了脱落检查力，并且接头可以被容纳在环形膨胀部分的内部空间中的密封材料完美地密封，该密封材料已经通过应用 紧迫。 在未被压缩的扩大直径部分和插入管件中的管道材料之间限定了足够的间隙，可以完全防止缝隙腐蚀。

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