Mechamagnets: Designing and Fabricating Haptic and Functional Physical Inputs with Embedded Magnets
Mechamagnets: Designing and Fabricating Haptic and Functional Physical Inputs with Embedded Magnets
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Mechamagnets：使用嵌入式磁铁设计和制造触觉和功能物理输入
DOI：
10.1145/3294109.3295622
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发表时间：
2019
期刊：
影响因子：
--
通讯作者：
E. Do
中科院分区：
文献类型：
--
作者：
C. Zheng;Jeeeun Kim;Daniel Leithinger;M. Gross;E. Do
我们介绍了机械磁铁，这是一种促进物理接口的触觉和功能输入的设计和制造的技术。这项技术包括一组3D打印的空间约束，这些约束促进了不同的物理运动，以及通过在3D打印部件中嵌入静态磁铁创建的无动力触觉轮廓。我们提出了机械磁铁分类法，为设计师和制造商绘制这项技术的设计空间。此外，我们通过使用线性霍尔效应传感器测量这些对象来利用磁体来创建功能强大的数字输入。我们用这种技术制作了一系列新颖的物理接口，展示了机械磁铁。
We present Mechamagnets, a technique for facilitating the design and fabrication of haptic and functional inputs for physical interfaces. This technique consists of a set of 3D printed spatial constraints which facilitate different physical movements, as well as unpowered haptic profiles created by embedding static magnets in 3D printed parts. We propose the Mechamagnets taxonomy to map the design space of this technique for designers and makers. Furthermore, we leverage the use of magnets by instrumenting these objects with linear Hall effect sensors to create functional digital inputs. We showcase Mechamagnets with a series of novel physical interfaces made with this technique.