Switching module including a snubber circuit connected in parallel to a series-connected unit of flowing restriction elements
    21.
    发明授权
    Switching module including a snubber circuit connected in parallel to a series-connected unit of flowing restriction elements 有权
    开关模块包括与流动限制元件的串联连接的单元并联连接的缓冲电路

    公开(公告)号:US08705257B2

    公开(公告)日:2014-04-22

    申请号:US13287246

    申请日:2011-11-02

    摘要: A switching module includes a series-connected unit of a first flowing restriction element and a second flowing restriction element, the first flowing restriction element having an opening and closing function of opening and closing a flowing path of current, and the second flowing restriction element having at least one of a rectifying function of restricting the direction in which current flows and the opening and closing function, and a snubber circuit connected to the series-connected unit in parallel. A first wiring line connecting between the first flowing restriction element and the snubber circuit, a second wiring line connecting between the second flowing restriction element and the snubber circuit, a third wiring line connecting between the first flowing restriction element and the second flowing restriction element, the first flowing restriction element, the second flowing restriction element, and the snubber circuit are formed substantially integrally with each other by using an insulator.

    摘要翻译: 开关模块包括第一流动限制元件和第二流动限制元件的串联单元,第一流动限制元件具有打开和关闭电流流动通路的打开和关闭功能,并且第二流动限制元件具有 限制电流流动的方向的整流功能和开关功能中的至少一个以及并联连接到串联单元的缓冲电路中的至少一个。 连接在第一流动限制元件和缓冲电路之间的第一布线,连接在第二流动限制元件和缓冲电路之间的第二布线,连接在第一流动限制元件和第二流动限制元件之间的第三布线, 第一流通限制元件,第二流动限制元件和缓冲电路通过使用绝缘体彼此基本上一体地形成。

    Shield Machine
    23.
    发明申请
    Shield Machine 有权
    盾牌机

    公开(公告)号:US20100164274A1

    公开(公告)日:2010-07-01

    申请号:US12524550

    申请日:2007-01-26

    IPC分类号: E21D9/08 E21C27/20 E21D23/03

    CPC分类号: E21D9/117 E21D9/0879

    摘要: The present invention provides a shield machine (1) including an excavator (5) capable of excavating tunnels of various cross-sectional shapes, the excavator (5) including: a rotary drum (40) supported at a front end side portion of a shield machine main body (2) to be rotatable around a first center axis (A1); a cutter supporting frame (50) supported by the rotary drum to be rotatable around a second center axis (A2); a rotary cutter head (60) supported by the cutter supporting frame (50) to be rotatable around a third center axis (A3) and including a plurality of cutter bits (61) on a surface thereof; a rotary auxiliary cutter head (70) supported by the rotary drum (40) to be rotatable around a fourth center axis (A4); and first, third, and fourth rotating mechanisms (45, 65, and 75), and a swinging drive mechanism (55) configured to respectively cause the rotary drum (40), the rotary cutter head (60), the rotary auxiliary cutter head (70), and the cutter supporting frame (50) to independently rotate.

    摘要翻译: 本发明提供一种包括能够挖掘各种截面形状的隧道的挖掘机(5)的盾构机(1),所述挖掘机(5)包括:旋转滚筒(40),其被支撑在屏蔽件的前端侧部分 机器主体(2)能够围绕第一中心轴线(A1)旋转; 由所述旋转滚筒支撑以能够围绕第二中心轴线(A2)旋转的切割器支撑框架(50); 旋转刀头(60),其由所述切割器支撑框架(50)支撑以能够围绕第三中心轴线(A3)旋转,并且在其表面上包括多个切割刀头(61); 旋转辅助刀头(70),其由所述旋转鼓(40)支撑以围绕第四中心轴线(A4)旋转; 和第一,第三和第四旋转机构(45,65和75)以及摆动驱动机构(55),其构造成分别使旋转滚筒(40),旋转切割头(60),旋转辅助切割头 (70)和切割器支撑框架(50)独立旋转。

    Cell Culture Chamber
    24.
    发明申请
    Cell Culture Chamber 审中-公开
    细胞培养室

    公开(公告)号:US20080145925A1

    公开(公告)日:2008-06-19

    申请号:US11885889

    申请日:2005-12-08

    IPC分类号: C12M1/12

    CPC分类号: C12M35/08 C12M23/34 C12M29/10

    摘要: A cell culture chamber includes: a top compartment and a bottom compartment that are separated by a semi-permeable membrane inside a supporting body; a culture solution supply flow path that supplies culture solution to an interior of the bottom compartment; a culture solution discharge flow path that discharges culture solution from the interior of the bottom compartment; a circulation flow path that is used to circulate fluid within the interior of the top compartment; and a cell culturing portion is formed inside the top compartment by a sieve structure that is formed by aperture portions through which a fluid is able to pass but through which cultured cells cannot pass, and by wall portions.

    摘要翻译: 细胞培养室包括:顶部隔室和底部隔室,其由支撑体内的半透膜隔开; 将培养液供给到所述底部室的内部的培养液供给流路; 从底部室的内部排出培养液的培养液排出流路; 用于使流体在顶部隔间的内部循环的循环流动路径; 并且细胞培养部分通过筛孔结构形成在顶部隔室内,该筛结构由流体能够通过的通孔,通过培养的细胞不能通过的孔部分和壁部形成。

    ARITHMETIC APPARATUS, ELLIPTIC SCALAR MULTIPLICATION METHOD OF ARITHMETIC APPARATUS, ELLIPTIC SCALAR MULTIPLICATION PROGRAM, RESIDUE OPERATION METHOD OF ARITHMETIC APPARATUS, AND RESIDUE OPERATION PROGRAM
    30.
    发明申请
    ARITHMETIC APPARATUS, ELLIPTIC SCALAR MULTIPLICATION METHOD OF ARITHMETIC APPARATUS, ELLIPTIC SCALAR MULTIPLICATION PROGRAM, RESIDUE OPERATION METHOD OF ARITHMETIC APPARATUS, AND RESIDUE OPERATION PROGRAM 有权
    算术设备,算术设备的ELLICTIC SCALAR MULTIPLICATION方法,ELLIPTIC SCALAR MULTIPLICATION程序,算术机器的残留操作方法和残留操作程序

    公开(公告)号:US20130218937A1

    公开(公告)日:2013-08-22

    申请号:US13879715

    申请日:2010-12-27

    IPC分类号: G06F5/01

    摘要: A scalar multiplication unit references a t-bit sequence representing a random number k one bit at a time from the most significant bit, and upon each referencing, sets in a work variable R[0] a value obtained by doubling a specific point G on an elliptic curve set in a scalar multiplication variable R, and sets in a work variable R[1] a value obtained by adding the specific point G to the work variable R[0]. The scalar multiplication unit 122 sets the work variable R[0] in the scalar multiplication variable R if the value of the referenced bit is 0, and sets the work variable R[1] in the scalar multiplication variable R if the value of the referenced bit is 1. A scalar multiple point output unit 123 outputs as a scalar multiple point kG a value obtained by subtracting a constant value 2tG from the scalar multiplication variable R.

    摘要翻译: 标量乘法单元参考表示随机数k的t位序列,从最高有效位一次一位,并且在每次引用时,将工作变量R [0]设置为通过将特定点G加倍获得的值 在标量乘法变量R中设置的椭圆曲线,并且将工作变量R [1]设定为通过将特定点G加到工作变量R [0]而获得的值。 如果参考位的值为0,则标量乘法单元122将标量乘法变量R中的工作变量R [0]设置为标准乘法变量R中的工作变量R [1],如果所引用的值 位是1.标量多点输出单元123作为标量多点kG输出通过从标量乘法变量R中减去常数值2tG而获得的值。