触觉传感器
压力传感器
材料科学
软机器人
触觉知觉
灵敏度(控制系统)
纳米尺度
机器人
导电体
人工智能
计算机科学
纳米技术
感知
机械工程
电子工程
工程类
生物
复合材料
神经科学
作者
Wentuo Yang,Mengying Xie,Xiaoshuang Zhang,Xueyou Sun,Cheng Zhou,Ye Chang,Hainan Zhang,Xuexin Duan
标识
DOI:10.1021/acsami.1c17923
摘要
Robotic hands with tactile perception can perform more advanced and safer operations, such as material recognition. Nanowires with high sensitivity, fast response, and low power consumption are suitable for multifunctional flexible tactile sensors to provide the tactile perception of robotic hands. In this work, we designed a multifunctional soft robotic finger with a built-in nanoscale temperature-pressure tactile sensor for material recognition. The flexible multifunctional tactile sensor integrates a nanowire-based temperature sensor and a conductive sponge pressure sensor to measure the temperature change rate and contact pressure simultaneously. The developed nanoscale temperature and conductive sponge pressure sensor can reach a high sensitivity of 1.196%/°C and 13.29%/kPa, respectively. With this multifunctional tactile sensor, the soft finger can quickly recognize four metals within three contact pressure ranges and 13 materials within a high contact pressure range. By combining tactile information and artificial neural networks, the soft finger can recognize the materials precisely with a high recognition accuracy of 92.7 and 95.9%, respectively. This work proves the application potential of the multifunctional soft robot finger in material recognition.
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