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    • 1. 发明专利
    • Vibration-controlled base-isolated structure
    • 振动控制基础隔离结构
    • JP2007023626A
    • 2007-02-01
    • JP2005208009
    • 2005-07-19
    • Yoshiaki GotoNippon Sharyo Seizo Kaisha Ltd芳顯 後藤日本車輌製造株式会社
    • GOTO YOSHIAKIOZAWA KAZUMASA
    • E01D19/02E02D27/34E04H9/02F16F15/02F16F15/04
    • PROBLEM TO BE SOLVED: To provide a vibration-controlled base-isolated structure which exerts not only a vibration control function but also a base isolation function against a force imposed on a construction, by an earthquake.
      SOLUTION: The vibration-controlled base-isolated structure is provided for a column member 3 of a building having a height, and exerts not only the vibration control function of absorbing kinetic energy generated by rolling of an earthquake or the like, and reducing bending moment and axial force imposed on the column member 3, but also base isolation performance by shielding the bending moment and the axial force transmitted from a foundation portion 1 to the column member 3. According to the structure, the column member 3 of the building is axially divided at a bearing portion or some midpoint of the column, and an upper divided section 21 and a lower divided section 22 are connected together by a plurality of axially extending vibration-controlling base-isolating rods 26 each formed of low-yield-point steel.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种振动控制的基底隔离结构,其不仅施加振动控制功能,而且还通过地震施加抵抗施加在施工上的力的基础隔离功能。 解决方案:为具有高度的建筑物的柱构件3提供振动控制的基底隔离结构,并且不仅施加吸收由地震等产生的动能的振动控制功能, 降低施加在柱构件3上的弯矩和轴向力,而且通过屏蔽从基础部1向柱构件3传递的弯矩和轴向力,还可以实现基座隔离性能。根据该结构, 建筑物在柱的轴承部分或一些中点处轴向分割,并且上部分割部分21和下部分割部分22通过多个轴向延伸的振动控制基础隔离杆26连接在一起,每个由低产量形成 点钢。 版权所有(C)2007,JPO&INPIT
    • 2. 发明专利
    • Visualization technique using cg
    • 使用CG的可视化技术
    • JP2005234787A
    • 2005-09-02
    • JP2004041602
    • 2004-02-18
    • Yoshiaki GotoNippon Sharyo Seizo Kaisha Ltd芳顯 後藤日本車輌製造株式会社
    • GOTO YOSHIAKIOKUMURA TORUOBATA MAKOTOO KEIUN
    • G06F17/50G06T17/20
    • PROBLEM TO BE SOLVED: To provide a visualization technique using a CG for preventing the occurrence of an unnatural deformed state even when multiplied by an enlargement magnification.
      SOLUTION: The visualization method using a CG is provided to express the three-dimensional shape of an object by using input/output data in finite element analysis. The outline on the element cross-section of the object is calculated by connecting each of the vertexes of the cross-section by using line segments based on cross-section constancy assumption being the basic assumption of a beam theory, and the outline of the axial direction is calculated by using a three-dimensional Bezier curve using position vectors and tangent vectors at the both ends of the axial direction. The position vectors of the respective vertexes of the element both end cross-sections necessary for expressing the element deformed shape with the three-dimensional Bezier curve and the tangent vectors of the axial outline at those vertex positions are calculated from displacement and the angle of rotation at the node positions of the element both end cross-sections already known as the output data of normal analytic software, and the position vectors are calculated from the node displacement and the angle of rotation based on the the cross-section constancy assumption of the beam, and the tangent vectors are calculated by interpolating the element deformed shape from the displacement and the angle of rotation at both end nodes and torsion.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:为了提供使用CG的可视化技术,即使在乘以放大倍率时也防止出现非自然变形状态。 解决方案:提供使用CG的可视化方法,通过在有限元分析中使用输入/输出数据来表达对象的三维形状。 通过使用基于横截面恒定性假设的线段来连接横截面的每个顶点来计算对象的元素横截面的轮廓,该假设是梁理论的基本假设,以及轴向轮廓 通过使用在轴向两端的位置矢量和切线向量的三维贝塞尔曲线来计算方向。 根据位移和旋转角度计算元件的各个顶点的位置矢量,其中使用三维贝塞尔曲线表示元件变形形状所需的两个截面横截面和在那些顶点位置处的轴向轮廓的切线矢量 在元件的节点位置,两端截面已经被称为正常分析软件的输出数据,并且基于梁的横截面恒定性假设从节点位移和旋转角度计算位置向量 ,并且通过从位移和两端节点处的旋转角内插元件变形形状和扭转来计算切线向量。 版权所有(C)2005,JPO&NCIPI
    • 5. 发明授权
    • Air bag system
    • 气囊系统
    • US07753405B2
    • 2010-07-13
    • US12010219
    • 2008-01-22
    • Naohiko IshiguroMichihisa AsaokaHitoshi IidaKazuaki BitoYoshiaki Goto
    • Naohiko IshiguroMichihisa AsaokaHitoshi IidaKazuaki BitoYoshiaki Goto
    • B60R21/239
    • B60R21/239B60R21/2037B60R21/205B60R21/2338B60R2021/23384
    • An air bag system of the invention includes an air bag having a discharge port which discharges part of inflation gas when it opens and an opening and closing control unit which enables the control of opening and closing of the discharge port. The air bag includes a bag main body, a discharge portion provided in the bag main body, and a connecting member which is provided within the bag main body and which is connected to the discharge portion on a bottom portion side thereof and connected to the opening and closing control unit on a tip end side thereof. The discharge portion is withdrawn into the bag main body by the connecting member with the connection of the connecting member with the opening and closing control unit maintained, so as to maintain the discharge port in a closed state, while with the connection of the connecting member with the opening and closing control unit canceled, the discharge portion is made to protrude from the bag main body, so as to open the discharge port.
    • 本发明的安全气囊系统包括具有排气口的气囊,所述排气口在其打开时排出充气气体的一部分,以及能够控制排出口的打开和关闭的打开和关闭控制单元。 气囊包括袋主体,设置在袋主体中的排出部分和连接部件,该连接部件设置在袋主体内并连接到其底部侧的排出部分并连接到开口 和关闭控制单元的前端侧。 通过连接构件将排出部抽出到袋主体中,连接构件与开闭控制单元的连接保持,以便将排出口保持在关闭状态,同时连接构件 在打开和关闭控制单元被取消的情况下,排出部分从袋主体突出,以便打开排出口。
    • 9. 发明授权
    • Solid-state laser device
    • 固态激光器件
    • US06813306B2
    • 2004-11-02
    • US10361435
    • 2003-02-10
    • Masayuki MomiuchiTaizo EnoYoshiaki Goto
    • Masayuki MomiuchiTaizo EnoYoshiaki Goto
    • H01S310
    • H01S3/082H01S3/0604H01S3/0621H01S3/07H01S3/094053H01S3/09415H01S3/1083H01S3/109H01S3/113H01S3/1673H01S3/2391
    • A solid-state laser device, comprising a first resonator arranged on a first optical axis, a second resonator arranged on a second optical axis, a first light emitter for entering an excitation light to the first resonator, a second light emitter for entering an excitation light to the second resonator, a common optical axis portion commonly used by the first optical axis and the second optical axis, a wavelength separating plate for separating the first optical axis from the second optical axis so that the common optical axis portion can be commonly used by the optical axes, an output portion provided on the common optical axis portion, a first solid-state laser medium arranged on a separated optical axis of the first optical axis, a second solid-state laser medium arranged on a separated optical axis of the second optical axis, and an optical crystal for wavelength conversion arranged on the common optical axis portion.
    • 一种固体激光装置,包括布置在第一光轴上的第一谐振器,布置在第二光轴上的第二谐振器,用于向第一谐振器输入激发光的第一光发射器,用于输入激励的第二发光器 第二谐振器的光,由第一光轴和第二光轴共同使用的公共光轴部分,用于将第一光轴与第二光轴分离的波长分离板,使得共同的光轴部分可以被共同使用 通过光轴,设置在公共光轴部分上的输出部分,布置在第一光轴的分离的光轴上的第一固态激光介质,布置在第一光轴的分离的光轴上的第二固态激光介质 第二光轴和用于波长转换的光学晶体布置在公共光轴部分上。
    • 10. 发明授权
    • Locking mechanism for a rotary working member
    • 旋转工作构件的锁定机构
    • US06273659B1
    • 2001-08-14
    • US09355384
    • 1999-07-27
    • Yoshiaki Goto
    • Yoshiaki Goto
    • F16B1900
    • F16D7/005B24B45/006B27B5/32Y10S411/917
    • An operating ring (7) is externally fitted, with the ability to rotate, to the main body of the locking nut in between a locking flange (3) and a flange of the locking nut (5); ball bearings (11) are inserted between the operating ring and the locking flange; three or more arc-shaped grooves (54) are formed—facing toward each other and extending in concentric shapes in the circumferential direction—in the mating surfaces of the flange of the locking nut and the operating ring; locking balls (9) are accommodated inside the arc-shaped grooves of the flange of the locking nut (5) and the operating ring which face toward each other; the total dimension—in the axial direction of the rotary drive shaft—of each pair of arc-shaped grooves which accommodate the locking balls (9) is set smaller than the diameter of a locking ball; and a localized indentation is formed at the bottom surfaces on at least one side of said pair of arc-shaped grooves.
    • 操作环(7)外部装配,能够在锁定凸缘(3)和锁定螺母(5)的凸缘之间旋转到锁定螺母的主体; 滚珠轴承(11)插入在操作环和锁定凸缘之间; 在锁定螺母和操作环的凸缘的配合表面中,在圆周方向上形成面向彼此并且以同心形状延伸的三个或更多个弧形槽(54) 锁定球(9)容纳在锁定螺母(5)的凸缘的弧形槽内以及彼此面对的操作环内; 容纳锁定球(9)的每对弧形槽的旋转驱动轴的轴向的总尺寸被设定为小于锁定球的直径; 并且在所述一对弧形槽的至少一侧的底表面处形成局部压痕。