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    • 3. 发明授权
    • Connector
    • 连接器
    • US07416438B2
    • 2008-08-26
    • US11893741
    • 2007-08-16
    • Osamu HashiguchiKanji Inoue
    • Osamu HashiguchiKanji Inoue
    • H01R12/24
    • H01R12/57H01R12/79H01R12/88
    • A connector capable of facilitating the insertion of a connected object, and obtaining a sufficient contact force. Contacts are held by a housing including a receiving space into which is inserted FPC. An actuator is mounted in the housing in a manner pivotally movable between open position for inserting FPC into the space, and closed position for holding FPC therein. The contacts have respective seesaw-type beams having one ends thereof formed with portions for contact with FPC, and the other ends thereof formed with power point portions for receiving the turning force of the actuator. The actuator has pressing portions for pushing downward the power point portions when open, to thereby lift them to move the contact portions out of the space, and cam portions for pushing upward the same when closed, to thereby push them downward to cause the contact portions to enter the space.
    • 一种能够有助于连接对象的插入并且获得足够的接触力的连接器。 接触件由包括插入FPC的容纳空间的壳体保持。 致动器以可将FPC插入空间的打开位置和用于将FPC保持在其中的关闭位置以可枢转的方式安装在壳体中。 触头具有各自的跷跷板式梁,其一端形成有与FPC接触的部分,并且其另一端形成有用于接收致动器的转动力的动力点部分。 致动器具有用于在打开时向下推动动力点部分的按压部分,从而提升它们以将接触部分移出空间,并且在关闭时将凸轮部分向上推动,从而将它们向下推动以使接触部分 进入空间。
    • 4. 发明授权
    • Apparatus for folding instrument and use of the same apparatus
    • 用于折叠仪器和使用相同装置的装置
    • US06558396B1
    • 2003-05-06
    • US09720871
    • 2001-01-02
    • Kanji Inoue
    • Kanji Inoue
    • A61F1100
    • A61F2/07A61F2/89A61F2/954A61F2002/061A61F2002/067A61F2002/075A61F2002/9511
    • The device is to keep a collapsible/restorable elastic artificial blood vessel 1 in a collapsed condition, to transport the artificial blood vessel 1 to a target position and subsequently to restore the artificial blood vessel 1 into a predetermined shape by releasing it from the collapsed condition. The device comprises wrapping members 51, 52 which are generally flat when spread and wires 53, 54 which hold each of the wrapping members 51, 52 in a condition of being rolled, wherein each of a body portion 2 and a branch portion 3 of the artificial blood vessel 1 is contained inside the wrapping members 51, 52 held by the wires 53, 54 in a collapsed condition and the wires 53, 54 are separated from the wrapping members 51, 52 at the target position to spread the wrapping members 51, 52 so as to release the artificial blood vessel 1.
    • 该装置用于将可折叠/可恢复的弹性人造血管1保持在折叠状态,将人造血管1输送到目标位置,然后通过将人造血管1从折叠状态释放而恢复为预定形状 。 该装置包括在展开时大致平坦的包裹构件51,52和在卷绕状态下保持每个包裹构件51,52的线53,54,其中主体部分2和分支部分3中的每一个 人造血管1被收纳在折叠状态的电线53,54所固定的包装部件51,52内,电线53,54与目标位置处的包装部件51,52分离,使包装部件51,56分散, 52,以释放人造血管1。
    • 5. 发明授权
    • Method of folding transplanting instrument and transplanting instrument
    • 折叠设备和要植入的器具的方法
    • US06514282B1
    • 2003-02-04
    • US09857441
    • 2001-06-04
    • Kanji Inoue
    • Kanji Inoue
    • A61F206
    • A61F2/95A61F2002/9511
    • An implantable appliance (1) comprises a front end wire ring (2), one or more intermediate wire rings (5) and a rear end wire ring (3) connected by a tubular cover (4). The wire rings (2), (3) and (5) are flexibly foldable. A front end portion (1a) of the appliance (1) is equally divided into four or an even number over four segments with dividing points (6a), (6b), (6c), (6d) between the segments, and a front hooking portion (8) for hauling the appliance (1) is formed at midpoints between the dividing points (6a), (6b), (6c), (6d) and the dividing points (6b), (6c), (6d), (6a). The invention includes a method in which the front end portion (1a) is collapsed into a wavy shape with every other dividing point (6a), (6c) forming forwardly directed peaks and other dividing points (6b), (6d) forming the bottoms of forwardly directed valleys, such that front hooking portions are located between adjacent peaks and valleys.
    • 可植入器具(1)包括前端线环(2),一个或多个中间线环(5)和通过管状盖(4)连接的后端线环(3)。 线环(2),(3)和(5)可灵活折叠。 器具(1)的前端部分(1a)在片段之间被划分为具有分割点(6a),(6b),(6c),(6d)的四个或偶数四个段,前部 (6a),(6b),(6c),(6d)和分割点(6b),(6c),(6d)之间的中点处形成用于牵引器具(1)的钩部(8) ,(6a)。 本发明包括一种方法,其中前端部分(1a)以每隔一个分割点(6a),(6c)形成波浪形状的方式折叠成形成向前指向的峰和形成底部的其它分割点(6b),(6d) 前端的谷部,使得前钩部分位于相邻的峰谷之间。
    • 6. 发明授权
    • Connector having a rotary actuator engaged with a contact in a direction parallel to a sheet-like object connected to the connector
    • 具有旋转执行器的连接器,其与平行于连接到连接器的片状物体的方向上的触点接合
    • US06431897B1
    • 2002-08-13
    • US09678813
    • 2000-10-04
    • Osamu HashiguchiKanji Inoue
    • Osamu HashiguchiKanji Inoue
    • H01R1122
    • H01R12/79H01R12/88
    • In a connector having a rotary actuator (14) for bringing a sheet-like object (11) into press contact with a contact (13) held by a housing (12), the rotary actuator is engaged with the contact in a predetermined direction parallel to the sheet-like object and perpendicular to a center axis of a shaft portion (22) of the rotary actuator. The shaft portion is rotatably engaged with the housing. The contact has a contacting portion (15) to be faced to one surface of the sheet-like object and a supporting portion (16) to be faced to the other surface of the sheet-like object. The actuator has a cam portion (21) integrally connected to the shaft portion and located between the supporting portion and the sheet-like object. The supporting portion has a recess (17) which receives the cam portion to engage the cam portion with the supporting portion in the predetermined direction.
    • 在具有用于使片状物(11)与由壳体(12)保持的接触件(13)压接的旋转致动器(14)的连接器中,旋转致动器与接触件沿预定方向平行地接合 并且垂直于旋转致动器的轴部(22)的中心轴线。 轴部可旋转地与壳体接合。 接触件具有面对片状物体的一个表面的接触部分(15)和与片状物体的另一个表面相对的支撑部分(16)。 致动器具有一体地连接到轴部分并且位于支撑部分和片状物体之间的凸轮部分(21)。 支撑部分具有凹部(17),该凹部(17)容纳凸轮部分,以沿着预定方向将凸轮部分与支撑部分接合。
    • 7. 发明授权
    • Appliance collapsible for insertion into a human organ and capable of resilient restoration
    • 器具可折叠插入人体器官并能够恢复弹性
    • US06364901B1
    • 2002-04-02
    • US09366418
    • 1999-08-04
    • Kanji Inoue
    • Kanji Inoue
    • A61F206
    • A61F2/07A61F2/86A61F2/89A61F2/95A61F2/966A61F2002/075A61F2002/825A61F2002/9511A61F2002/9522A61F2220/005A61F2220/0075A61F2230/0067
    • An artificial blood vessel A comprises a pair of discrete end wire rings 101, 102, a tubular cover 7 made of a sheet of flexible, tensile material which connects the end wire rings 101, 102, and a plurality of intermediate wire rings 12 arranged spaced apart between the end wire rings 101, 102 and circumferentially fixed to the cover 7 by suturing or with adhesive. All of the rings are located on the outside of the cover. To implant the vessel A via a catheter, a plurality of dividing points 411, 431 which bisect the circumference of the front end wire ring 101 are pulled forward while the movement of the midpoints 421, 441 between the dividing points 411, 431 following the movement of the dividing points 411, 431 is restrained by the projections 18c on a tapered surface 18d of a funneled tube 18 so as to fold the front end wire ring 101 into a wavy shape, with the dividing points 411, 431 forming forwardly directed peaks and the midpoints 421, 441 forming the bottoms of forwardly directed valleys. The dividing points of the front wire ring are pulled farther forward so as to fold the intermediate wire rings 12 and the rear end wire ring 102 into a regular wavy shape having the same phase as that of the front wire ring 101 by the effect of restraint by the tapered surface 18d and the projections 18c, thereby to collapse the artificial blood vessel A as a whole into a small size for passage through the catheter. Upon release of the artificial vessel from the catheter at the affected portion of the blood vessel, the artificial vessel is restored to its original shape. The end wire rings, the cover, and the intermediate wire rings alone keep the shape of the artificial vessel.
    • 人造血管A包括一对离散的端部线环101,102,由柔性的拉伸材料片制成的管状盖7,其连接端部线环101,102和间隔开排列的多个中间线圈12 分开在端部线环101,102之间,并且通过缝合或粘合剂周向地固定到盖7。 所有的环都位于盖的外侧。 为了通过导管植入容器A,将前端线环101的圆周平分的多个分割点411,431向前拉,同时中点421,431在移动之后的分割点411,431之间的移动 的分界点411,431被漏斗管18的锥形表面18d上的突起18c约束,以便将前端线环101折叠成波浪形状,其中分割点411,431形成向前的峰和 中点421,441形成向前指向的谷的底部。 前线环的分割点向前拉,以便通过约束的作用将中间线环12和后端线环102折叠成具有与前线环101相同相位的规则波浪形状 通过锥形表面18d和突起18c,从而将人造血管A整体折叠成小尺寸以通过导管。 在人造血管从血管受影响部位的导管释放时,将人造血管恢复到原来的形状。 端部线环,盖和中间线圈单独保持人造血管的形状。
    • 8. 发明授权
    • Appliance to be implanted, method of collapsing the appliance to be
implanted and method of using the appliance to be implanted
    • 待植入的器具,塌陷要植入的器具的方法和使用待植入的器具的方法
    • US5843162A
    • 1998-12-01
    • US765216
    • 1997-01-03
    • Kanji Inoue
    • Kanji Inoue
    • A61F2/966A61M29/00A61M29/02A61M39/00A61F2/06
    • A61F2/07A61F2/954A61F2/97A61F2/86A61F2/89A61F2002/065A61F2002/072A61F2002/075A61F2002/9505A61F2002/9511A61F2002/9522Y10S623/903
    • The artificial blood vessel A comprises a front end wire ring 10.sub.1, a rear end wire ring 10.sub.2 arranged facing to the front end wire ring 10.sub.1, a tubular cover 7 which connects the end wire rings 10.sub.1, 10.sub.2, and a plurality of intermediate wire rings 12 arranged spaced apart from each other between the front end wire ring 10.sub.1 and the rear end wire ring 10.sub.2. Each of the front end wire ring 10.sub.1, the rear end wire ring 10.sub.2 and the intermediate wire rings 12 are given flexibly foldable elasticity. The circumference of the front end wire ring 10.sub.1 is equally divided into four by dividing points 41.sub.1, 42.sub.1, 43.sub.1, 44.sub.1. Hooking devices 13 are formed for a front pull string to be passed through at the dividing points 41.sub.1, 43.sub.1. The circumference of the intermediate wire ring 12 is fixed to the tubular cover 7 by suturing or with adhesive at the positions 51.sub.3, 52.sub.3, 53.sub.3, 54.sub.3 which correspond to the midpoint 51.sub.1 between the dividing points 41.sub.1, 42.sub.1, the midpoint 52.sub.1 between the dividing points 42.sub.1, 43.sub.1, the midpoint 53.sub.1 between the dividing points 43.sub.1, 44.sub.1, and the midpoint 54.sub.1 between the dividing points 44.sub.1, 41.sub.1.
    • PCT No.PCT / JP96 / 01347 Sec。 371日期1997年1月3日 102(e)日期1997年1月3日PCT提交1996年5月17日PCT公布。 公开号WO96 / 36387 日期1996年11月21日人造血管A包括前端线环101,与前端线环101相对配置的后端线环102,连接端部线环101,102的管状盖7 在前端线环101和后端线环102之间彼此间隔开设置的多个中间线环12.给出前端线环101,后端线圈102和中间线环12中的每一个 灵活的可折叠弹性。 前端导线环101的圆周被分割点411,421,431,441等分成四个。挂钩装置13形成为用于在分割点411,431处通过的前拉绳。圆周 中间线环12通过缝合或粘合剂固定到管状盖7上,位置513,523,533,543对应于分割点411,421之间的中点511,分割点421,421之间的中点521。 431是分割点431,441之间的中点531和分割点441,411之间的中点541。
    • 9. 发明授权
    • Method of collapsing an implantable appliance
    • 捣毁可植入器具的方法
    • US5693089A
    • 1997-12-02
    • US707729
    • 1996-09-03
    • Kanji Inoue
    • Kanji Inoue
    • A61F2/82A61F2/06
    • A61F2/95A61F2/07A61F2002/825A61F2002/9511A61F2002/9522
    • This is a method of collapsing an artificial blood vessel A. The artificial blood vessel A comprises a pair of discrete end wire rings 10.sub.1, 10.sub.2, a tubular cover 7 made of a sheet of flexible, tensile material which connects the end wire rings 10.sub.1, 10.sub.2, and a plurality of intermediate wire rings 12 arranged spaced apart between the end wire rings 10.sub.1, 10.sub.2 and circumferentially fixed to the cover 7 by suturing or with adhesive. A plurality of dividing points 41.sub.1, 43.sub.1 which bisect the circumference of the front end wire ring 10.sub.1 are pulled forward while the movement of the midpoints 42.sub.1, 44.sub.1 between the dividing points 41.sub.1, 43.sub.1 following the movement of the dividing points 41.sub.1, 43.sub.1 are restrained by the projections 18c on a tapered surface 18d of a funnelled tube 18 so as to fold the front end wire ring 10.sub.1 into a wavy shape, with the dividing points 43.sub.1, 43.sub.1 forming forwardly directed peaks and the midpoints 42.sub.1, 44.sub.1 forming the bottoms of forwardly directed valleys, and the dividing points of the front wire ring are pulled farther forward so as to fold the intermediate wire rings 12 and the rear end wire ring 10.sub.2 into a regular wavy shape having the same phase as that of the front wire ring 10.sub.1 by the effect of restraint by the tapered surface 18d and the projections 18c, thereby to collapse the artificial blood vessel A as a whole into a small size.
    • 这是人造血管A折叠的方法。人造血管A包括一对离散末端丝环101,102,由柔性拉伸材料片制成的管状盖7,其连接端部线环101, 以及多个中间线环12,其间隔开地设置在端部线环101,102之间,并且通过缝合或粘合剂周向地固定到盖7。 将分割点411,431的移动之后的分割点411,431之间的中点421,441的移动抑制在前端线圈101的圆周上的多个分割点411,431被向前拉, 通过在漏斗管18的锥形表面18d上的突起18c,以将前端线环101折叠成波浪形状,分割点431,431形成向前指向的峰,并且形成中间点421,431的底部 向前引导的谷,并且前线环的分割点被向前拉,以便将中间线环12和后端线环102折叠成具有与前线环101相同相位的规则波浪形状 通过锥形表面18d和突起18c的约束的作用,从而将人造血管A整体折叠成小尺寸。