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    • 1. 发明公开
    • 체내 분해성 훅 스텐트
    • 内部分解安格尔钩
    • KR1020100090986A
    • 2010-08-18
    • KR1020090010242
    • 2009-02-09
    • (주) 태웅메디칼신경민
    • 신경민원용현임종훈권창일안준범
    • A61F2/82A61F2/848A61L27/58A61L27/50
    • A61F2/82A61F2/04A61F2/848A61F2002/044A61F2002/048A61L31/04A61L31/14A61L31/148
    • PURPOSE: A biodegradable hook stent is provided to prevent the thrombosis of various internal organs and the disassembly of the hook stent through a hooking action and to enable a user to easily eliminate the hook stent due to the biodegradable properties. CONSTITUTION: A biodegradable hook stent includes: a plurality of bile outlet holes which discharge the bile; a drainage tube body which has bile outlet holes; a hanging piece which is projected from the upper and lower parts of the drainage tube body; a bile duct which is connected to the liver and duodenum among the blood vessels or internal organs; a hanging device(10) which meets the inner sidewall of the bile duct not to be downwardly escaped and consists of biodegradable polymer substances which can be dissolved into body fluid; and a drainage tube(20) which is removably inserted into the hanging device and induces the bile to the duodenum.
    • 目的:提供可生物降解的钩支架,以防止各种内脏的血栓形成,并通过钩挂动作拆卸钩支架,并使使用者能够由于可生物降解的特性而容易地消除钩支架。 构成:可生物降解的钩支架包括:排出胆汁的多个胆汁出口孔; 具有胆汁出口孔的排水管体; 从排水管体的上部和下部突出的悬挂件; 在血管或内脏中连接肝脏和十二指肠的胆管; 与胆管的内侧壁相遇的悬挂装置(10)不会向下泄漏,并且可以溶解在体液中的可生物降解的聚合物物质组成; 和排水管(20),其可拆卸地插入到悬挂装置中并诱导十二指肠的胆汁。
    • 3. 发明公开
    • 길이방향의 중앙 보다 양측 부위 레디얼 포스를 작게 갖는 의료용 스텐트
    • 支架术
    • KR1020130126776A
    • 2013-11-21
    • KR1020120037819
    • 2012-04-12
    • (주) 태웅메디칼신경민
    • 신경민
    • A61F2/86A61F2/82A61L27/04
    • A61F2/86A61F2002/047A61F2002/048A61F2210/0014A61F2230/00A61F2230/0069
    • The present invention relates to a medical stent with less radial force at both sides than the center of a longitudinal direction, which is mainly used in uretha, ureter, and the like and, more specifically, to has a hollow cylindrical body (15) with a predetermined length, comprising a plurality of rhombus-shaped space parts (13) by twisting superelasticity shape memory alloys. The cylindrical body has less radial force at both sides than the center because the cylindrical body has more loosen rhombus-shaped space parts at both sides by more loosely twisting superelasticity shape memory alloys of different sites at both sides (B) than the center (A) with a greater length than a length expanding at least a lesion. Therefore, a single stent is characterized by preventing occlusion or separation at the center with less radial force and minimizing pain, inflammation, and the like caused by stimulation and friction of a human body tissue or a boundary site at both sides with less radial force.
    • 本发明涉及一种主要用于尿道,输尿管等的两侧的径向力较小的长度方向的中心部的医疗用支架,更具体而言,涉及一种中空圆柱体(15),其具有 预定长度,通过扭转超弹性形状记忆合金,包括多个菱形空间部分(13)。 圆柱体在两侧具有比中心更小的径向力,因为圆柱体在两侧具有比两侧(B)更不松动的超弹性形状记忆合金(B)比中心更宽松的菱形空间部分(A ),其长度长于至少扩大至少一个病变的长度。 因此,单个支架的特征在于防止中心处的闭塞或分离,并且由径向力较小的两侧的人体组织或边界部位的刺激和摩擦引起的疼痛,炎症等引起的径向力较小。
    • 8. 发明公开
    • 플라스틱 스텐트 삽입장치
    • 塑料手柄插入装置塑料手柄插入装置
    • KR1020140051471A
    • 2014-05-02
    • KR1020120108666
    • 2012-09-28
    • (주) 태웅메디칼신경민
    • 신경민원용현
    • A61F2/95A61F2/86A61F2/82
    • A61F2/95A61F2/04A61F2/848A61F2/966A61F2002/048A61M27/008
    • The present invention relates to a device for inserting a plastic stent. The length direction of the stent is shrunken and the diameter of an extension member is extended so that the stent can be pulled in the inner cavity of the human body and the position of a procedure can be simply adjusted. More specifically, an end tip is connected to an operating wire which moves forwards and backwards by means of the operation of an operating unit. The extension member is made of a soft material in order to be connected to a tube which is connected to the operating unit, the end tip, and spaces between optionally divided end parts; and is compressed in a length direction in order to have a diameter which extends when the end tip moves backwards. The plastic stent is formed to be supported and hung on the inner circumferential surface of the plastic stent by means of the extension of the diameter of the extension member when the operating wire moves backwards through the operation of the operating unit. The extension member is compressed along a length direction and has a diameter which extends through the operation of the operating unit so as to come in contact with and be supported by means of the inner circumferential surface of the stent.
    • 本发明涉及一种用于插入塑料支架的装置。 支架的长度方向缩小,并且延伸部件的直径延伸,使得支架能够被拉到人体的内腔中,并且可以简单地调节手术的位置。 更具体地说,端尖连接到通过操作单元的操作而向前和向后移动的操作线。 延伸构件由柔软材料制成,以便连接到连接到操作单元,端尖和可选分开的端部之间的空间的管; 并且在长度方向上被压缩以便具有当末端尖端向后移动时延伸的直径。 当操作线通过操作单元的操作向后移动时,塑料支架被形成为支撑并悬挂在塑料支架的内圆周表面上,借助于延伸构件的直径的延伸。 延伸构件沿着长度方向被压缩,并且具有延伸通过操作单元的操作的直径,以便与支架的内周表面接触并被支撑。
    • 9. 实用新型
    • 의족의 무릎 관절 구조체
    • 假膝关节结构
    • KR2019980016906U
    • 1998-06-25
    • KR2019960030255
    • 1996-09-20
    • 테 린 프로스테틱 앤드 오토피딕 인코포레이티드
    • 첸센중
    • A61F2/64
    • A61F2/604A61F2/601A61F2/64A61F2002/048
    • 본고안의목적은가중충격의흡수효과가조정가능한사용상의쾌적함을향상시킨전혀새로운타입의의족의무릎관절구조체를제공하는것이다. 의족의무릎관절구조는하퇴부및 하단을다리부에연접하는하퇴지지틀(3)과, 상단을대퇴에연접하는무릎관절위치(4)와, 각각의양단이상기하퇴지지틀이상기무릎관절위치에연접하는연동부(51), 일단이상기무릎관절위치에연접하는작동부(52), 및상기하퇴지지틀의축방향중공내부에설치되는탄력장치(53)를구비하는연동수단(5)과, 완충로드(61)와완충유니트(62)를구비하고, 상기완충로드상, 하단부가각각상기작동부하단및 상기하퇴지지틀과접촉하고, 상기동작부와상기완충로드가く자형태의연동부와같이연접되는완충장치(6)를조합하고, 상기완충장치의완충유니트를상기완충로드상단부에대응하여상기하퇴지지를양측연에앞에서부터뒤에까지관에나선형태로고정하고, 상기완충유니트를접촉헤드(621)와조정나사(622) 사이에완충스프링(623)을개장하여형성하고, 상기접속헤드돌출단이상기완충로드의회동경로상에돌출되도록구성된다.
    • 本文的目的是提供一种全新类型的假体能够提高使用的加权的冲击吸收效果的舒适性是可调节的膝关节结构。 假体膝关节结构连接和小腿和下部小腿支撑框架(3),并与膝关节位置(4),用于级联上股骨中,每个移相器级联的上腿部小腿支承框架的移相器膝关节位置的两端的 设置有弹性装置53在小腿支承框架的轴向中空的内部提供,并缓冲到互通单元51,一个移相器操作部52,用于级联所述膝关节的位置,和联锁装置(5) 负载61和单元62中提供的缓冲液,和缓冲阶段负荷,下端分别与在底部的操作部和小腿支承框架接触,其中所述操作部和所述缓冲杆く坚决成形为东方的 组合所述级联缓冲器6作为被摄体到对应于缓冲杆上端缓冲器的缓冲器单元建立小腿支承管上的螺旋形标志​​的两侧从前面在打开,接触到缓冲单元头部的背面( 621),并通过打开调节螺钉(缓冲弹簧622之间623)形成, 它被配置为连接到该组头投影单衣缓冲杆国会东京项目。