Electrospinning Machine| Enhancing output performance of triboelectric nanogenerator based on high-dielectric Ti3CNTx/PVA nanofiber membrane for human–computer interaction applications 2025-08-06
With the iterative advancement of human-computer interaction (HCI) technology, its core carriers have extended from traditional keyboards and mice to touchscreens, voice interaction, and gesture recognition systems. Particularly in VR/AR and metaverse scenarios, the demand for wearable devices with high sensitivity, comfort, and precise recognition is increasingly prominent. However, current TENG-based gesture recognition technologies primarily rely on gloves or finger-worn devices, which suffer from drawbacks such as poor breathability, significant response delays, and low recognition accuracy. Traditional designs mostly adopt glove- or finger-mounted configurations, but these often compromise wearability and long-term user comfort. Therefore, developing flexible triboelectric materials with ultrathin structures, high breathability, and intelligent signal processing capabilities to achieve precise motion capture via skin-conformal contact has become a key path to break through current
