Research on Parametric Modeling of Type ω Spring Clip Based on NX

Ming Zhou, Cuixia Yang, Yan Zhu, Liang Guo
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Abstract

The spring clip is the core part of the fastener system, and its 3D model is widely used in design and research. The geometric appearance of the spring clip is simple, but the modeling is more complicated. The key to modeling is to create a central axis. In order to realize the parametric modeling of the type $\omega$ spring clip, the parametric modeling is more general, the parameters of the type $\omega$ spring clip are defined, the category and priority of the parameters are specified, the general equation of the spring clip axis is constructed, and the general equation is transformed into a parametric equation adapted to the NX environment. Finally, a random parameter table of the basic dimension of the $\omega$ shaped spring clip is generated, and the specified parameter spring clip 3D model is successfully constructed in NX, which verifies the correctness and effectiveness of the parametric modeling.
基于NX的ω型弹簧夹参数化建模研究
弹簧夹是紧固件系统的核心部件,其三维模型在设计和研究中应用广泛。弹簧夹的几何外形简单,但造型较复杂。建模的关键是创建一个中心轴。为了实现$\omega$弹簧夹的参数化建模,对参数化建模进行了较为通用性的设计,定义了$\omega$弹簧夹的参数,明确了参数的类别和优先级,构造了弹簧夹轴线的一般方程,并将一般方程转化为适应NX环境的参数化方程。最后生成$\omega$形弹簧夹基本尺寸的随机参数表,并在NX中成功构建指定参数的弹簧夹三维模型,验证了参数化建模的正确性和有效性。
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