人工智能感知技术
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迅捷兴携手南开大学启动“电子鼻+电子皮肤”双模感知项目
Zheng Quan Shi Bao Wang· 2025-07-30 11:35
Core Insights - Xunji Technology (688655) has signed a technical development agreement with Nankai University to jointly develop "tactile sensing prototypes" and "olfactory intelligent equipment prototypes" aimed at enhancing robotic capabilities in various operational scenarios [1][2] Group 1: Olfactory Sensing Technology - The olfactory sensor (electronic nose) aims to simulate biological olfactory systems for high-precision identification and concentration detection of various gases in complex environments [1] - Key research areas include the development of high-performance sensitive materials, multidimensional signal processing, and the integration of intelligent pattern recognition algorithms [1] - Successful development of the olfactory project will enable robots to perform extensive environmental monitoring and analysis, with applications in safety monitoring, industrial inspections, food safety, and air quality monitoring [1] Group 2: Tactile Sensing Technology - The tactile sensor (electronic skin) is designed to replicate human skin's tactile perception capabilities, capturing and responding to external pressure, temperature, humidity, texture, and material information [2] - Research will explore flexible electronics, micro-nano structure design, and multimodal sensing integration [2] - Successful development of the tactile project will provide robots with refined operational touch sensitivity and adaptability in complex environments, with broad applications in industrial automation, medical rehabilitation, and special operations [2] Group 3: Strategic Importance - The signing of this agreement marks a significant milestone for the company in deepening its technological layout and strengthening industry-academia collaboration [2] - It also reflects Nankai University's commitment to transforming research outcomes and contributing to economic and social development [2] - Both parties aim to accelerate the practical application of these advanced sensors as a result of this collaboration [2]