首页> 外国专利> METHOD extracapsular cataract extraction combined with congenital iris coloboma With intracapsular intraocular lens implantation and INTROOKULYARNAYA LENS FOR IMPLEMENTATION

METHOD extracapsular cataract extraction combined with congenital iris coloboma With intracapsular intraocular lens implantation and INTROOKULYARNAYA LENS FOR IMPLEMENTATION

机译:方法白内障囊外摘除合并先天性虹膜虹膜囊内人工晶状体植入术和内镜植入术

摘要

1. A method for extracapsular cataract extraction combined with congenital coloboma of the iris with intracapsular implanting an intraocular lens (IOL), comprising holding two paracentesis, operational tunnel incision, the superposition of two or more iris retractors, front circular capsulorhexis, extracapsular removal of the lens nucleus and its mass by ultrasound phacoemulsification or laser and implantation of an intraocular lens, characterized in that the implantation of an IOL produced after removal of lens mass according to claim 2, wherein the optical portion of the IOL is installed in congenital coloboma zone, centering it with the center coloboma, wherein the edge of the optical portion abuts the equator of the capsular bag, and a support member mounted in its opposite kray.2. An intraocular lens comprising an optical portion and a support member lying in its main plane and symmetrical about the main axis and arranged in a closed loop, characterized in that the angular distance between the attachment points of the support member to the end face of the optical part is equal to 90 °, and in the top of the loop petelechka formed, the vertex of which is directed toward the optical portion, the ratio of the average diameter of the optical part to a distance between the optical center and the point on the loop maximally remote from it, is in the range from 0.5 to 0.8.
机译:1。一种联合囊内植入人工晶状体(IOL)的虹膜先天性虹膜虹膜囊外白内障摘除方法,包括保持两个穿刺,手术隧道切口,两个或多个虹膜牵开器重叠,前圆形撕囊,切除囊外3.根据权利要求2所述的晶状体核及其块的超声超声乳化或激光以及人工晶状体的植入,其特征在于,植入根据权利要求2所述的在去除晶状体后产生的IOL,其中,所述IOL的光学部分被安装在先天性睑缘区域光学中心的边缘紧靠囊袋的赤道,并在其相对的边缘安装一个支撑部件。一种眼内透镜,包括光学部分和位于其主平面内并且关于主轴对称并且以闭环布置的支撑构件,其特征在于,支撑构件的附接点到光学器件的端面之间的角距离该部分等于90°,​​并且在形成的petelechka环的顶部(其顶点指向光学部分)中,光学部分的平均直径与光学中心与该点上的点之间的距离的比率最大距离为0.5到0.8的环路。

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