Research on bionic flower interaction technology based on linkage mechanism

Dongna Cai, Shihan Zhang
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Abstract

In this paper we have designed an interactive device of bionic flower based on linkage mechanism by studying the shape and structure of flowers. Firstly, in order to solve the problem of variable morphology of the bionic flower, we have built the internal skeletal structure of the bionic flower in accordance with the working principle of the hinge linkage mechanism; secondly, based on the internal skeletal structure, we have tested a variety of ductile materials, and identified the multifunctional paper material that can be shape-shifting and color-changing; thirdly, we have used the key technology of Arduino to build the intelligent sensors and hardware, and solved the opening and closing sequence and response range of multiplecluster interactive objects. This article research provides new ideas for the display of flower and plant science to the public from the perspective of bionics, and gives new application areas and cultural values to the interactive bionic design of plants and flowers.
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基于联动机制的仿生花交互技术研究
本文通过对花卉形态结构的研究,设计了一种基于连杆机构的仿生花卉交互装置。首先,为了解决仿生花形态多变的问题,根据铰链连杆机构的工作原理,构建了仿生花的内部骨架结构;其次,基于内部骨骼结构,我们测试了多种延展性材料,确定了可变形、可变色的多功能纸张材料;第三,利用Arduino的关键技术构建智能传感器和硬件,解决了多集群交互对象的开闭顺序和响应范围。本文的研究为从仿生学的角度向公众展示花卉和植物科学提供了新的思路,为植物和花卉的交互式仿生设计提供了新的应用领域和文化价值。
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