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METHOD FOR POLYMERISATION OF LIGHT-CURED COMPOSITE AND POLYMERISER FOR ITS REALISATION

机译:轻质复合材料的聚合方法及其实现方法

摘要

FIELD: technological processes.;SUBSTANCE: invention is related to medicine, namely to therapeutical restoration stomatology, and is related to method for polymerisation of light-cured composites, which consists in the fact that uniform light flux coming from light-guide probe of polymeriser and directed at surface of composite, is differentiated into focused microbeams with zones of light gap. Microbeam projection with zones of light gap forms in composite zones of active and passive polymerisation with disorientation and neutralisation of the main shrinkage vector in zones with different module of elasticity. In the first third of polymerisation cycle, reinforcing frame is formed in composite, which makes it possible in phase of final radical polymerisation to generate uniform fraction and minimise overall shrinkage of composite, preserving its geometry and preventing edge breaking of filling from enamel and bottom of tooth cavity.;EFFECT: invention is also related to polymeriser with smooth start-up, which comprises light guide probe, detachable optical module, which differentiates light flux into microbeams, or light guide probe is assembled of microlight guides for differentiation of light flux.;2 cl, 7 dwg
机译:发明领域本发明涉及医学,即涉及治疗性口腔医学,并且涉及光固化复合材料的聚合方法,其特征在于,来自聚合器的导光探针的光通量均匀。并对准复合材料的表面,分为具有光隙区域的聚焦微束。具有光隙区域的微束投影在主动和被动聚合的复合区域中形成,并且在具有不同弹性模量的区域中主收缩向量的取向和中和。在聚合周期的前三分之一中,复合材料中形成了增强框架,这使得在最终自由基聚合阶段可以生成均匀的馏分,并使复合材料的整体收缩率最小化,同时保持其几何形状并防止搪瓷和底部的填充物边缘破裂效果:本发明还涉及具有平滑启动的聚合器,该聚合器包括光导探针,可分离的光学模块,该模块可将光束区分为微束,或者将光导探针由微光导组装而成以区分光束。 ; 2 cl,7 dwg

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