首页> 外国专利> OSTEOSYNTHESIS TECHNIQUE FOR SEGMENTAL HUMERUS FRACTURE WITH USING ROD TRANSOSSEOUS OSTEOSYNTHESIS APPARATUS

OSTEOSYNTHESIS TECHNIQUE FOR SEGMENTAL HUMERUS FRACTURE WITH USING ROD TRANSOSSEOUS OSTEOSYNTHESIS APPARATUS

机译:杆状骨穿透性骨合成装置治疗肱骨节段骨折的骨合成技术

摘要

FIELD: medicine.;SUBSTANCE: invention refers to medicine, namely to traumatology and orthopaedics. Method consists in using a rod transosseous osteosynthesis apparatus with three holed arches, an arch arm, transosseous rod arms with threaded holes at the bottom and four reducing bushed joints for transosseous rods with threaded screw portions. The latter are mounted in arm holes and screwed. In proximal and distal humerus fragments there are two channels drilled to insert two transosseous rods delivered closer to fracture line of proximal and distal humerus fragments and fixed in the bushes of reducing joints while being attached to the internal surface of the arches by arms with a threaded hole at the bottom and bolts. Said rod transosseous osteosynthesis apparatus is mounted. In a mediate fragment there are two channels drilled also to insert two transosseous rods which fixed in the bushes of reducing joints established from both sides of the middle arch by arms. At first proximal fragment with mediate fragment are repositioned, then mediate fragment with distal fragment are. The mediate fragment is repositioned while moving the middle arch by threaded bars, the elements of reducing joint with a screw nut perpendicularly, while moving the bush with threaded rods in arm holes fixed to the arches and transosseous rods. The rod apparatus is stabilised with complete and precise reposition of proximal, mediate and distal humerus fragments.;EFFECT: reduced operative injures, operative simplification, improved reposition properties of the apparatus and higher efficiency of extrafocal osteosynthesis of segmental humerus fracture.;1 dwg
机译:技术领域:发明:药物是指医学,即创伤学和骨科。该方法包括使用具有三个带孔的弓形杆的骨膜穿刺骨固定装置,一个弓形臂,在底部具有螺纹孔的骨膜穿刺杆臂和四个带螺纹螺钉部分的骨膜穿刺复位接头。后者安装在臂孔中并拧紧。在肱骨近端和远端片段中,钻出两个通道以插入两个穿骨杆,这些杆被输送至更接近于肱骨近端和远端片段的断裂线,并固定在复位关节的衬套中,同时通过带螺纹的臂固定在足弓的内表面底部有孔和螺栓。所述杆透骨性骨固定装置被安装。在中间片段中,还钻出了两个通道,以插入两个穿骨骨杆,这些骨骨杆固定在由中间弓的两侧通过臂建立的异径接头的衬套中。首先,重新定位具有中间片段的近端片段,然后重新定位具有远端片段的中间片段。中间碎片的重新定位是通过螺纹杆移动中间弓形件,而垂直方向是用螺母将接缝减少,而带有螺纹杆的衬套则将臂孔移动到固定在弓形件和穿骨杆上的臂孔中。杆器械通过稳定,精确地复位肱骨近端,中端和远端来稳定。;效果:减少手术伤害,简化手术,改善器械的复位位置并提高肱骨节段性骨折的局灶性骨合成效率; 1 dwg

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