基于基元识别理论探究抗血栓压力泵造型设计

Exploring the Design and Innovation of Antithrombotic Pressure Pump Based on PrimitiveRecognition Theory

中文关键词: 基元识别理论  几何离子  产品设计  语义  基础形

英文关键词: primitiverecognitiontheory  geons  product design  semantics  basic shape

中文摘要:

      目的 为了解决设计师在传统产品造型设计过程中出现的诸多问题，满足用户对医疗产品造型的真实需求，将心理学的基元识别理论应用到医疗产品设计领域中，形成一套规范化的设计流程，开创新的产品造型设计思路。方法 以抗血栓压力泵为例，基于基元识别理论的思想，从平面几何离子和立体几何离子两个方面对现有产品进行分析。使用调查问卷和图形感性语义建立图形感性语义库，并提取出用户所需的平面语义特征，运用产品解构学和功能分析得出立体基础形，并结合用户实际需求，对产品造型可能性进行造型推导演绎。结论 将基元识别理论应用于抗血栓造型的设计与创新中，可以帮助产品设计师改善设计流程，提高用户满意度，使得原本随意、感性的产品造型设计变得顺畅高效、有据可依，更具科学性。

英文摘要:

      In order to solve many problems that designers have encountered in the process of traditional product shape design and meet users’ real needs for medical product modeling, the primitive recognition theory of psychology is applied to the field of medical product design to form a set of standardized design processes and develop innovative product modeling design ideas. Taking the antithrombotic pressure pump as an example, based on the idea of the primitive recognition theory, the existing products are analyzed from two aspects of planar geons and solid geons. The questionnaire and graphic perceptual semantics are used to build a graphic perceptual semantic database, and the planar semantic features required by usersare extracted. The three-dimensional basic shape is obtained by product deconstruction and function analysis. Combined with the actual needs of users, the possibility of product modeling is deduced. Primitive recognition theory is applied to the design and innovation of antithrombotic modeling, which can help product designers improve the design process, increase user satisfaction and make the original casual and sensuous product modeling design smooth and efficient, evidence-based, and more scientific.