01/09/2025
壓力感測在耳機的應用:
支援 X、Y、Z 軸壓力感測、手勢控制、距離感測與變形偵測，提供更直覺、更全面的操作體驗。
High-precision sensing: Supports X, Y, Z-axis pressure sensing, gesture control, proximity detection, and deformation sensing, delivering a more intuitive and comprehensive user experience.
質感提升
可整合多樣材質與觸覺回饋，如 玻璃、金屬元素、木質貼皮，打造獨特外觀與手感。
Enhanced finish: Integrates diverse materials and haptic feedback, such as glass, metallic elements, and wood veneer, to create a unique look and tactile feel.
直覺操控
在表面增加紋理，讓使用者能以 指尖快速辨識控制區域。
Intuitive control: Surface textures guide the user’s fingertip for easy identification of control points.
接近感測功能
當手指接近操控介面時，即可 啟動顯示模式或操控感應模式。
Proximity Sensing: When the finger approaches the interface, the display or control mode is automatically activated.
無縫設計
不僅是電容式觸控，還能透過 壓力感測實現滑動操作，有效解決電容式誤觸發的問題。
Seamless design: Beyond capacitive touch, sliding functions can be realized through pressure sensing, eliminating false triggers common in capacitive systems.
無限設計可能
耳罩、麥克風、頭帶等部位皆可成為創新場域，開發 更舒適、更具差異化 的產品。
Limitless design opportunities: Ear cups, microphones, and headbands can all serve as innovation zones for creating more comfortable and differentiated products.
@追蹤者
