Use of the 3-Level Idea Diagram Method to Identify Constructive Solutions for the Development of a Thermoforming Mould

M. Boca, A. Sover, L. Slătineanu
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Abstract

Abstract Thermoforming is one of the oldest technologies for the manufacture of plastic products. This originates in prehistory, but today, new additive manufacturing technologies can contribute to the production of moulds, tools, or accessories, which can be used in other traditional manufacturing processes. Manufacturing such moulds for thermoforming is a challenging technical problem due to the multitude of equipment, materials, design, and process constraints that must be considered. To identify and organize the large amount of information, it is imperative to implement a method based on stimulating technical creativity. Following the application of the 3-level idea diagram method, the material resources susceptible to experimental testing are established and include equipment, software, materials, tools, and accessories. The current study resulted in the manufacture of a new product that does not exist on the market, namely a thermoformed desktop business card holder.
利用三层概念图法确定热成型模具开发的建设性解决方案
摘要:热成形是塑料制品制造中最古老的技术之一。这起源于史前,但今天,新的增材制造技术可以为模具、工具或配件的生产做出贡献,这些可以用于其他传统制造工艺。由于必须考虑大量的设备、材料、设计和工艺限制,制造这种热成型模具是一个具有挑战性的技术问题。为了识别和组织大量的信息,必须实施一种以激发技术创造力为基础的方法。运用三级概念图法,建立易受实验测试影响的物质资源,包括设备、软件、材料、工具和附件。目前的研究结果是制造了一种市场上没有的新产品,即热成型桌面名片架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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