Chemical particles

本项目旨在将模块化设计理念植入智能学习玩具的设计中，以此破生硬记忆化学方程式的学习模式。我在设计中，将平面的物质构成转化为直观立体的积木拼搭，通过积木表面的凹凸与配合，模拟物质构成的基本规则。另一方面来说，我在颜色上也规避了原本儿童玩具中的色彩选择，将冷暖色调区分为金属与非金属状态。玩具通过Arduino与蓝牙传输系统与移动端连接，可根据玩具搭建情况进行对应化学反应动画播放，进行实时反馈交互。The purpose of this project is to implant the idea of modular design into the design of intelligent learning toys so as to break the rigid memory learning of chemical equations. In my design, the material composition of the plane are transformed into an intuitive three-dimensional building blocks, Through the surface of the building blocks with concave-convex and matching, it simulate the basic rules of the material composition. On the other hand, I avoided the color choice in the common children's toys, dividing the warm and cold tones into metal and non-metal state. The toy is connected with the mobile terminal through the Arduino and Bluetooth transmission system, and the corresponding chemical reaction animation which can be played according to the toy construction, with real-time feedback and interaction.