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    • 2. 发明授权
    • 와이어 버퍼기능을 갖는 착탈분리형 내시경
    • KR102190218B1
    • 2020-12-11
    • KR20190112951
    • 2019-09-11
    • TAEWOONG MEDICAL CO LTD
    • SHIN KYONG MINPARK SUNGHWANJI HYUNSOO
    • A61B1/00A61B1/05A61B1/313
    • 버퍼기능을갖는착탈분리형내시경을제공한다. 본발명은조명촬영부를구비하는삽입부의선단을굴곡작동시키는조작부와상기삽입부와의사이를서로착탈가능하게결합하는착탈유닛을포함하는내시경에있어서, 상기착탈유닛은상기삽입부의내부선단에각 일단이연결된제1,2,3 및 4작동와이어의각 타단과연결되어상기삽입부의후단에구비되는제1착탈모듈과, 상기조작부에서회전운동을직선운동으로전환시키는방향전환부의제1,2,3 및 4연결와이어와연결되어조작부의선단에구비되는제2착탈모듈을포함하고, 상기제1착탈모듈은길이방향으로제1,2,3 및 4 직선안내공을관통형성하고,두께방향으로중앙배치공을관통형성한제1모듈본체와, 상기제1,2,3 및 4작동와이어와제1버퍼부를매개로각 일단이대응결합되어상기제1,2,3 및 4 직선안내공에조립되는제1,2,3 및 4래크기어와, 상기제1,2래크기어와의사이에기어물림되는제1피니언기어와, 상기제3,4래크기어와의사이에기어물림되는제2피니언기어및 상기제1,2피니언기어가상하일정간격을두고조립되어상기중앙배치공에고정설치되는기어축을포함한다.
    • 3. 发明授权
    • 착탈분리형 내시경
    • KR102190216B1
    • 2020-12-11
    • KR20190112950
    • 2019-09-11
    • TAEWOONG MEDICAL CO LTD
    • SHIN KYONG MINPARK SUNGHWANJI HYUNSOO
    • A61B1/00A61B1/313
    • 착탈분리형내시경을제공한다. 본발명은선단에촬상부를갖추어체내에삽입되는삽입부와, 상,하부조작손잡이를갖는조작부과의사이를서로착탈가능하게결합하는착탈유닛을포함하는내시경에있어서, 상기착탈유닛은상기삽입부의내부에서로나란하게배치되는제1,2작동와이어및 제3,4작동와이어의각 일단과연결되어상기삽입부에구비되는제1착탈모듈과, 상기조작부의상,하부스프로켓에감기는상,하부체인의각 양단과연결되어조작부에구비되는제2착탈모듈을포함하며, 상기제1착탈모듈은몸체내부에길이방향으로제1,2,3 및 4 직선안내공을관통형성하고, 몸체중앙에두께방향으로제1,2,3 및 4직선안내공과연통되는중앙배치공을관통형성하여상기삽입부의후단내부에배치되는제1모듈본체와, 상기제1,2,3 및 4작동와이어의각 단부와일단이대응결합되어상기제1,2,3 및 4 직선안내공에활주이동가능하게조립되는제1,2,3 및 4래크기어와, 상기제1,2래크기어와의사이에기어물림되는제1피니언기어와, 상기제3,4래크기어와의사이에기어물림되는제2피니언기어및 상기제1,2피니언기어가상하일정간격을두고회전가능하게조립되어상기중앙배치공에고정설치되는기어축을포함한다.
    • 7. 发明申请
    • LUMEN EXPANDING STENT AND METHOD FOR MAKING THE SAME
    • LUMEN扩展控制及其制作方法
    • WO2004064682A1
    • 2004-08-05
    • PCT/KR2003/000145
    • 2003-01-23
    • TAEWOONG MEDICAL CO., LTDNAM, Jeung HeeSHIN, Kyong Min
    • SHIN, Kyong Min
    • A61F2/06
    • A61F2/86A61F2002/072A61L31/048C08L27/18
    • Disclosed herein is a lumen expanding stent comprising a selected stent adapted to a lesion site to be implanted therewith, a polytetrafluoro ethylene sheet tightly adhered to the inner surface of the selected stent, and a medical grade synthetic resin sheathed over the selected stent, wherein the medical grade synthetic resin is sheathed over the selected stent by dipping the polytetrafluoro ethylene sheet adhered to the inner surface of the selected stent in the medical grade synthetic resin, thereby integrally joining the polytetrafluoro ethylene sheet and the medical grade synthetic resin through the selected stent sandwiched therebetween. When the stent is implanted into a lumen or blood vessel, it can prevent a tumor, etc., which propagates at the outside of the stent, from penetrating into the inside of the stent. Further, blood, bile or food remnants can pass through the inside of the stent, without being deposited on wires constituting the stent.
    • 本文公开了一种管腔扩张支架,其包括适于植入其中的病变部位的选定的支架,紧密附着在所选择的支架的内表面上的聚四氟乙烯片,以及套在选定的支架上的医用级合成树脂,其中, 将医用级合成树脂通过浸渍在所选择的支架的内表面上的聚四氟乙烯片浸渍在医用级合成树脂中,从而将聚四氟乙烯片和医用级合成树脂通过所选择的支架夹层 其间。 当支架植入管腔或血管时,可以防止在支架外侧传播的肿瘤等渗入支架内部。 此外,血液,胆汁或食物残余物可以穿过支架的内部,而不会沉积在构成支架的线上。
    • 9. 发明申请
    • CATHETER OPERATING STRUCTURE
    • 导管操作结构
    • WO2012081833A3
    • 2012-08-09
    • PCT/KR2011008654
    • 2011-11-14
    • TAEWOONG MEDICAL CO LTDSHIN KYONG MIN
    • SHIN KYONG MIN
    • A61M25/08A61B17/00A61F2/95A61M25/092
    • A61M25/0113A61F2/95A61F2002/9517A61M25/0136
    • The present invention relates to a catheter operating structure in which a surgical device such as a stent is rotated without being repeatedly pushed or pulled when the surgical device is installed and operated within a human body so that the location of surgery can be precisely controlled through the forward and backward movement of the surgical device. In detail, a rotational force member is provided for inserting a screw shaft disposed on one side of a handle for rotating through one end of a main body having a pipe shape. Here, the screw shaft is spirally coupled to the female spiral end of the movement member having a pipe shape, and has one end on which the female spiral end is formed. Also, an injection tube moving member is provided, which moves together with the movement member when the movement member is moved or independently moved along the length direction of the movement member by releasing the locking mechanism. An injection port passing through the movement member or the main body to inject a syringe or discharge air therethrough is coupled to the front side of the injection tube moving member. When the handle is rotated to rotate the screw shaft together, the female spiral end is spirally coupled to the screw shaft to prevent the movement member from being rotated by the injection tube moving member and to move the moving member in forward and backward directions along the length direction of the main body. Thus, the movement device may be moved forward and backward through simple rotation without repeatedly pulling and pushing the movement device.
    • 导管操作结构技术领域本发明涉及一种导管操作结构,其中诸如支架的手术装置在外科手术装置安装和操作在人体内时不会被重复地推动或拉动而转动,从而能够精确地控制手术的位置 手术装置的前后运动。 详细地说,设置有用于插入设置在手柄一侧上的螺杆的旋转力构件,以通过具有管状的主体的一端旋转。 这里,螺旋轴螺旋地联接到具有管状的运动件的阴螺旋端,并且其一端形成阴螺纹端。 此外,设置注射管移动构件,当移动构件通过释放锁定机构而沿着移动构件的长度方向移动或独立地移动时,移动构件与移动构件一起移动。 通过移动构件或主体注射注射器或排出空气的注射口与注射管移动构件的前侧连接。 当旋转手柄以使螺杆轴旋转在一起时,母螺旋端螺旋地联接到螺杆轴上,以防止移动构件被注射管移动构件旋转,并沿着沿着前后方向移动移动构件 主体长度方向。 因此,移动装置可以通过简单的旋转而向前和向后移动,而不会反复地拉动和推动移动装置。