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    • 23. 发明授权
    • Bending method and single elongation value specifying device of bending apparatus
    • 弯曲装置的弯曲方法和单伸长值指定装置
    • US06832526B2
    • 2004-12-21
    • US10311325
    • 2002-12-30
    • Junichi KoyamaKazunari ImaiOsamu HayamaHitoshi Omata
    • Junichi KoyamaKazunari ImaiOsamu HayamaHitoshi Omata
    • G01N320
    • B21D5/02B21D5/01
    • A bending apparatus for bending a workpiece W according to cooperation of a punch P and a die D previously carries out various step bending or makes simulation of step bending, and calculates an approximation formula based on a correlation between a ratio % of a one-sided elongation value &agr; to a plate thickness t and a step bending angle &thgr; based on a relationship among the plate thickness t, the step bending angle &thgr; and the one-sided elongation value &agr; of the workpiece W so as to store the formula as a database. The more accurate one-sided elongation value &agr; of the step bending is calculated by small parameters including only two data including the plate thickness t and the step bending angle &thgr; previously input at the time of actual bending based on the approximation formula in the data base so that the bending is carried out easily.
    • 根据冲头P和模具D的协调来弯曲工件W的弯曲装置预先执行各种步骤弯曲或使步进弯曲的模拟,并且基于单侧的比率%之间的相关性来计算近似公式 基于板厚度t,阶梯弯曲角度θ和工件W的单面伸长值α之间的关系的板厚度t的延伸值α和阶梯弯曲角度θ,以便将公式存储为数据库 。 基于数据库中的近似公式,通过小参数(包括仅实际弯曲时预先输入的板厚t和阶梯弯曲角θ)的两个数据计算出步进弯曲的更准确的单侧伸长值α 使得弯曲容易进行。
    • 24. 发明授权
    • Mobile communication system and mobile communication method
    • 移动通信系统和移动通信方式
    • US06745030B2
    • 2004-06-01
    • US09819601
    • 2001-03-29
    • Junichi Koyama
    • Junichi Koyama
    • H04Q720
    • H04W8/20H04L63/08H04Q3/0029H04W8/18H04W12/06H04W60/00H04W76/10
    • In a mobile communication system, when a mobile visitor terminal registered at a first network enters a second network, it sends a registration signal to a first exchange belonging to the second network. The first exchange sends a roaming start request signal to the first network. On receiving authentication information from the first network, the exchange writes it in a VLR (Visitor Location Register) storage. On the origination of a call on the visitor terminal, call information is written to a call information storage. A third exchange stores in an VLR holding node number storage the fact that the call information is stored in the first exchange. When the visitor terminal moves to the area of a second exchange, the second exchange sees, based on the content of the VLR holding node number storage, that the authentication information is stored in the first exchange, and obtains it. The second exchange switches connection thereto on the basis of the authentication information and call information.
    • 在移动通信系统中,当登记在第一网络的移动访问终端进入第二网络时,向第二网络的第一交换机发送登记信号。 第一个交换机向第一个网络发送漫游启动请求信号。 在从第一网络接收认证信息时,交换机将其写入VLR(访问位置寄存器)存储器。 在访客终端的呼叫发起时,呼叫信息被写入呼叫信息存储。 第三交换机存储VLR保存节点号码,存储呼叫信息存储在第一交换机中的事实。 当访客终端移动到第二交换机的区域时,第二交换机根据VLR保存节点号码存储的内容看到认证信息存储在第一交换机中,并获得。 第二交换机基于认证信息和呼叫信息来切换与其的连接。
    • 25. 发明授权
    • Portable telephone set tracking connection system in mobile
communication network
    • 移动通信网络中便携式电话机跟踪连接系统
    • US5642403A
    • 1997-06-24
    • US393904
    • 1995-02-24
    • Junichi Koyama
    • Junichi Koyama
    • H04W8/08H04W8/18H04W60/04H04W76/02H04W76/04H04W92/02H04Q7/22H04Q7/24
    • H04W76/02H04W60/04H04W76/04H04W8/08H04W8/18H04W92/02
    • A tracking connection system includes a portable telephone set and a plurality of switching units. The portable telephone set receives a calling signal containing a called number and sends a response signal. Each switching unit has a unique management area, in which communication is performed with the portable telephone set, and transmits a calling signal to the portable telephone set present in the management area. Each switching unit includes a memory, a detecting section, and a tracking destination deciding section. The memory serves to store tracking sequence data indicating a sequence for tracking the portable telephone set in advance. The detecting section detects whether the portable telephone set as a calling target is present in the corresponding management area. The tracking destination deciding section decides the switching unit at a tracking destination of the portable telephone set as the calling target on the basis of the tracking sequence data in the memory, when the detecting section does not detect the presence of the portable telephone set.
    • 跟踪连接系统包括便携式电话机和多个交换单元。 便携式电话机接收到包含被叫号码的呼叫信号,发送响应信号。 每个切换单元具有唯一的管理区域,其中与便携式电话机进行通信,并且将呼叫信号发送到存在于管理区域中的便携式电话机。 每个切换单元包括存储器,检测部分和跟踪目的地判定部分。 存储器用于预先存储指示跟踪便携式电话机的序列的跟踪序列数据。 检测部分检测作为呼叫目标的便携式电话机是否存在于相应的管理区域中。 当检测部分没有检测到便携式电话机的存在时,跟踪目的地决定部分基于存储器中的跟踪顺序数据,将便携式电话机的跟踪目的地的切换单元确定为呼叫目标。
    • 27. 发明授权
    • Fuel assembly and reactor core
    • 燃料组件和反应堆堆芯
    • US5422922A
    • 1995-06-06
    • US158426
    • 1993-11-29
    • Ryoji MasumiMotoo AoyamaJunichi KoyamaYoko IshibashiTakaaki MochidaHideo Soneda
    • Ryoji MasumiMotoo AoyamaJunichi KoyamaYoko IshibashiTakaaki MochidaHideo Soneda
    • G21C3/326G21C3/328G21C5/00G21C3/32
    • G21C3/328G21Y2002/201G21Y2004/305Y02E30/38
    • A fuel assembly and a reactor core using same which are able to increase size of the fuel assembly with ensuring thermal margin and reactor shut down margin.A distance between centers of adjacent fuel assemblies is about 23 cm, which is enlarged about 1.5 times of conventional fuel assemblies. A thickness of water gap region is about 16 cm, which is relatively thinner than that of prior art. While, H/U ratio is about 5 as same as that of the prior art, and decreasing amount of non-boiling water in the water gap region is arranged in a channel box as water rods. Consequently, a ratio of transversal cross section area of the water rods to transversal cross section area of the fuel rods becomes about 0.6, and local power peaking factor can be decreased and thermal margin can be increased. Further, the transversal cross section area of the water rod is selected to be 15 cm.sup.2 so as to ensure the reactor shut down margin by reducing excess reactivity.
    • 一种燃料组件和使用该燃料组件的反应堆芯,其能够增加燃料组件的尺寸以确保热裕度和反应堆关闭余量。 相邻燃料组件的中心之间的距离约为23cm,其扩大了常规燃料组件的约1.5倍。 水隙区域的厚度约为16cm,这比现有技术相对薄。 而H / U比与现有技术相同为约5,而在水槽区域中的非沸水量的减少量作为水棒布置在通道箱中。 因此,水棒的横截面积与燃料棒的横截面积的比率变为约0.6,能够降低局部功率峰值因数,能够提高热裕度。 此外,水杆的横截面面积选择为15cm 2,以通过减少过量的反应性来确保反应堆关闭边缘。
    • 29. 发明申请
    • METHOD FOR BENDING METAL SHEET AND DEVICE FOR REGULATING RESIDUAL STRESS
    • 用于弯曲金属片的方法和用于调节残余应力的装置
    • US20130283875A1
    • 2013-10-31
    • US13978823
    • 2012-01-13
    • Yingjun JinTakahiro ShibataJunichi KoyamaHitoshi Omata
    • Yingjun JinTakahiro ShibataJunichi KoyamaHitoshi Omata
    • B21D5/00
    • B21D5/004B21D5/008B21D5/02
    • A device for regulating a residual stress is comprised of: input means; a residual stress database; a process condition database; first searching means for searching a residual stress (σ0) from the residual stress database; a calculator for calculating a first bending moment (Mrs) in a ridge line originated from the residual stress, and a second bending moment (Mz) in the ridge line originated from bending to obtain a total bending moment (Mrs−Mz) and calculating a camber curvature (ρz) of the workpiece originated from the total bending moment (Mrs−Mz); comparing a difference (|ρz−ρz0|) between the camber curvature (ρz) and a target value (ρz0) with a tolerable value (ρ); second searching means for searching a process condition satisfying a tolerable condition (|ρz−ρz0|≦ρ) from the process condition database when (|ρz−ρz0|>ρ); and regulating means for regulating a residual stress.
    • 用于调节残余应力的装置包括:输入装置; 残余应力数据库; 过程条件数据库; 用于从残余应力数据库中搜索残余应力(sigma0)的第一搜索装置; 用于计算源自残余应力的棱线中的第一弯矩(Mrs)的计算器和来自弯曲的脊线中的第二弯矩(Mz),以获得总弯矩(Mrs-Mz),并计算 来自总弯矩(Mrs-Mz)的工件的弯度曲率(rhoz); 将弯度曲率(rhoz)和目标值(rhoz0)之间的差(rhoz-rhoz0 |)与容许值(rho)进行比较; 第二搜索装置,用于当(| rhoz-rhoz0 |> rho)时,从处理条件数据库中搜索满足可容忍条件(| rhoz-rhoz0 | @ rho)的处理条件; 以及用于调节残余应力的调节装置。