不同材质智能表面总成设计对比分析

Comparative Analysis on Intelligent Surface Assembly Design with Different Materials

目前广泛应用的智能表面产品绝大多数为塑料单一材质,且只集成了电容触控和振动反馈技术。为了满足用户对外观设计、数字化体验的需求,采用电容触摸、声音反馈、振动反馈、压力感应等多项技术,通过表面包覆塑料、真木、金属、织物4种材质,探索多种振源手感、多种材质表面性能,旨在提升智能座舱设计的材质丰富性和用户体验。

At present,the vast majority of intelligent surface products are made of a single material:plastic,which typically integrated capacitive touch and vibration feedback technologies.In order to meet the needs of users for appearance design and digital experience,various technologies such as capacitive touch,sound feedback,vibration feedback,and pressure sensing are utilized.By covering the surface with 4 materials:plastic,wood,metal and fabric,this paper explores various tactile sensations from vibration sources and surface properties of materials.This exploration aims to enhance the material richness and user experience in intelligent cockpit design.