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    • 1. 发明专利
    • Three-face stay structure
    • 三面结构
    • JP2005304991A
    • 2005-11-04
    • JP2004129314
    • 2004-04-26
    • Yoshitaka Arai義隆 新井
    • ARAI YOSHITAKA
    • A47B96/14A47G29/00F16B7/14F16B9/02
    • PROBLEM TO BE SOLVED: To provide a three-face stay structure effectively using a dead space such as a corner regardless of the presence or absence of a flat surface.
      SOLUTION: The three-face stay structure includes a two-end extensible stay 1 comprising an outer cylinder 1a and an inner cylinder 1b capable of being telescopically pressed against the faces of an object opposing to the two end faces thereof and secured, and a one-end extensible stay 2 comprising an outer cylinder 2a and an inner cylinder 2b, slidable along the longitudinal direction of the stay 1, having a pressure contact portion brought into pressure contact with a third surface opposing to the other end thereof for close contact, and capable of being telescopically pressed against the third surface and secured between the stay 1 and the third surface.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:无论平坦表面的存在还是不存在,都能有效地使用诸如拐角的死空间来提供三面保持结构。 解决方案:三面撑杆结构包括两端延伸支柱1,其包括外筒1a和能够可伸缩地压靠在与其两个端面相对的物体的表面上并被固定的内筒1b, 以及包括沿着支柱1的长度方向滑动的外筒2a和内筒2b的一端可伸长支柱2,其具有与与其另一端相对的第三表面压力接触的压力接触部分,用于封闭 接触,并能够可伸缩地压靠在第三表面上并固定在支柱1和第三表面之间。 版权所有(C)2006,JPO&NCIPI
    • 2. 发明专利
    • Multi-face bracing structure
    • 多面施工结构
    • JP2005342488A
    • 2005-12-15
    • JP2004198687
    • 2004-06-07
    • Yoshitaka Arai義隆 新井
    • ARAI YOSHITAKA
    • A47B96/14
    • PROBLEM TO BE SOLVED: To provide a multi-face bracing structure for fixing a brace in the horizontal direction which structure can be applied for not facing two walls, not restricted in one direction, and effectively used for a dead angle such as a corner etc. regardless of existence of flat faces.
      SOLUTION: This multi-face bracing structure is equipped with a both end bracing rod 1 comprising an outer cylinder 1a and an inner cylinder 1b, is extensible, and can be fixed by bracing between faces of other things, i.e. a first face and a second face, and extensible single end bracing rods 2, 3 which respectively composed of outer cylinders 2a, 3a and inner cylinders 2b, 3b. The extensible single end bracing rods 2, 3 respectively have one end slidable along the longitudinal direction of the both end bracing rod 1 and the other end having a pressing part to be pressed against a face opposite to the other end for a tight contact, and can be fixed between both end bracing bar and respective faces by respectively bracing against a third face and a fourth face.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了提供一种用于在水平方向固定支架的多面支撑结构,该结构可以应用于不面向两个壁的结构,不限于一个方向,并且有效地用于诸如 角落等,无论平面是否存在。 解决方案:这种多面支撑结构配备有包括外筒1a和内筒1b的两端支撑杆1,其是可延展的,并且可以通过在其他物体的表面之间的支撑固定,即第一面 以及分别由外筒2a,3a和内筒2b,3b分别构成的第二面和可伸长的单端支撑杆2,3。 可伸长的单端支撑杆2,3分别具有沿着两端支撑杆1的纵向可滑动的一端,另一端具有按压部分,以压靠与另一端相对的面紧密接触, 可以通过分别支撑在第三面和第四面上而在两端支撑杆和相应的面之间固定。 版权所有(C)2006,JPO&NCIPI
    • 4. 发明申请
    • Connector
    • 连接器
    • US20070141906A1
    • 2007-06-21
    • US10582365
    • 2004-12-03
    • Seppo ToivanenYoshitaka Arai
    • Seppo ToivanenYoshitaka Arai
    • H01R13/40
    • H01R13/2471H01R13/2421
    • The invention relates to a connector (11) comprising a housing (12), a spring biased contact surface (15) facing in a front direction of said connector for establishing a contact with a connector counterpart, said contact surface being movable within a working area against a spring force from a first rest position to a second connecting position by a force directed to the contact surface (15) upon establishing a contact with the connector counterpart. In order to achieve a connector which makes it possible to keep the contact force at an appropriate and substantially constant level, said connector comprises a rolled spring (14) with an outer end (19) protruding in said front direction of said connector. Said protruding end (19) is attached to the housing of said connector, whereby said rolled spring is at least partly unrolled when said contact surface (15) is moved against the spring force.
    • 本发明涉及一种连接器(11),其包括壳体(12),面向所述连接器的前方向的弹簧偏置接触表面(15),用于与连接器对应件建立接触,所述接触表面可在工作区域内移动 通过在与连接器对应物建立接触时,通过引导到接触表面(15)的力,抵抗弹簧力从第一静止位置到第二连接位置。 为了实现能够将接触力保持在适当且基本恒定的水平的连接器,所述连接器包括具有在所述连接器的所述前方向上突出的外端(19)的卷状弹簧(14)。 所述突出端(19)附接到所述连接器的壳体,由此当所述接触表面(15)抵抗弹簧力移动时,所述轧制弹簧至少部分地展开。
    • 6. 发明授权
    • Self-opening cap mechanism
    • 自开盖机构
    • US07000792B2
    • 2006-02-21
    • US11092337
    • 2005-03-29
    • Yoshitaka Arai
    • Yoshitaka Arai
    • B65D39/00
    • B65D43/22B65D47/0828B65D2251/1058B65D2251/1075
    • A self-opening mechanism for a cap is capable of maintaining a restoring force of an elastic member and easily and tightly locking the cap and also releasing the locking. The mechanism has an elastic member (4) that is attached to an inner side of a hinge (3), and also a stopper block (7) is provided in a direction in which the elastic member (4) deforms so that the elastic member (4) deforms to an S-shaped form. Engagement pieces (10, 10a) in the cap (2) side are inserted into and fixed between hooks (16, 16a) of a push piece (18) and a protruding engagement pieces (15, 15a) to lock the cap more tightly. As the hook (16, 16a) moves upward and moves away from the protruding engagement pieces (15, 15a) when the push piece (18) is pressed, the engagement pieces (10, 10a) are released and a cover (2) automatically opens due to the restoring force of the elastic member (4).
    • 用于盖子的自开启机构能够保持弹性构件的恢复力并且容易且紧密地锁定帽盖并且还释放锁定。 该机构具有附接到铰链(3)的内侧的弹性构件(4),并且在弹性构件(4)变形的方向上设置止动块(7),使得弹性构件 (4)变形为S形。 盖(2)侧的接合片(10,10a)插入并固定在推片(18)的钩(16,16a)和突出的接合件(15,15a)之间,以锁定盖 更紧密 当推动件(18)被按压时,当钩(16,16a)向上移动并远离突出接合件(15,15a)移动时,接合件(10,10a)被释放并且盖 2)由于弹性构件(4)的恢复力而自动打开。
    • 8. 发明授权
    • Connector
    • 连接器
    • US07611389B2
    • 2009-11-03
    • US10582365
    • 2004-12-03
    • Seppo ToivanenYoshitaka Arai
    • Seppo ToivanenYoshitaka Arai
    • H01R13/24
    • H01R13/2471H01R13/2421
    • The invention relates to a connector comprising a housing, a spring biased contact surface facing in a front direction of said connector for establishing a contact with a connector counterpart, said contact surface being movable within a working area against a spring force from a first rest position to a second connecting position by a force directed to the contact surface upon establishing a contact with the connector counterpart. In order to achieve a connector which makes it possible to keep the contact force at an appropriate and substantially constant level, said connector comprises a rolled spring with an outer end protruding in said front direction of said connector; said protruding end is attached to the housing of said connector, whereby said rolled spring is at least partly unrolled when said contact surface is moved against the spring force.
    • 本发明涉及一种连接器,其包括壳体,面向所述连接器的前方向的弹簧偏置接触表面,用于建立与连接器配对物的接触,所述接触表面可抵抗来自第一静止位置的弹簧力在工作区域内移动 通过在与连接器对应物建立接触时通过引导到接触表面的力而到达第二连接位置。 为了实现能够将接触力保持在适当且基本恒定的水平的连接器,所述连接器包括具有在所述连接器的所述前方向上突出的外端的卷状弹簧; 所述突出端附接到所述连接器的壳体,由此当所述接触表面克服弹簧力移动时,所述轧制弹簧至少部分地展开。
    • 9. 发明申请
    • Self-opening cap mechanism
    • 自开盖机构
    • US20050218105A1
    • 2005-10-06
    • US11092337
    • 2005-03-29
    • Yoshitaka Arai
    • Yoshitaka Arai
    • B65D43/22B65D47/08B65D43/16
    • B65D43/22B65D47/0828B65D2251/1058B65D2251/1075
    • A self-opening mechanism for a cap is capable of maintaining a restoring force of an elastic member and easily and tightly locking the cap and also releasing the locking. The mechanism has an elastic member (4) that is attached to an inner side of a hinge (3), and also a stopper block (7) is provided in a direction in which the elastic member (4) deforms so that the elastic member (4) deforms to an S-shaped form. Engagement pieces (10, 10a) in the cap (2) side are inserted into and fixed between hooks (16, 16a) of a push piece (18) and a protruding engagement pieces (15, 15a) to lock the cap more tightly. As the hook (16, 16a) moves upward and moves away from the protruding engagement pieces (15, 15a) when the push piece (18) is pressed, the engagement pieces (10, 10a) are released and a cover (2) automatically opens due to the restoring force of the elastic member (4).
    • 用于盖子的自开启机构能够保持弹性构件的恢复力并且容易且紧密地锁定帽盖并且还释放锁定。 该机构具有附接到铰链(3)的内侧的弹性构件(4),并且在弹性构件(4)变形的方向上设置止动块(7),使得弹性构件 (4)变形为S形。 盖(2)侧的接合片(10,10a)插入并固定在推片(18)的钩(16,16a)和突出的接合件(15,15a)之间,以锁定盖 更紧密 当推动件(18)被按压时,当钩(16,16a)向上移动并远离突出接合件(15,15a)移动时,接合件(10,10a)被释放并且盖 2)由于弹性构件(4)的恢复力而自动打开。