福莱新材：提出“触觉智能TPU”概念 可能改变机器人行业底层逻辑

Core Concept - The company has introduced a new concept called "Tactile Intelligent TPU," which could potentially revolutionize the underlying logic of the robotics industry [2] Group 1: Current Challenges in Robotics - The main pain point in embodied intelligence is the disparity between advanced cognitive capabilities and the lack of tactile feedback, leading to user confidence issues in robotic applications [2] - Current robots can "see" the world but struggle with "touch," lacking the ability to perceive physical properties like softness or friction when interacting with objects [2] Group 2: Technological Innovations - To create a qualified Tactile Intelligent TPU, the company must overcome three technical challenges: speed, cognition, and coverage, requiring breakthroughs in materials science and deep integration of chip architecture with AI algorithms [3] - The company has pioneered a design that integrates signal processing chips directly with tactile sensors, enabling rapid reflexes in robots, akin to a "spinal cord" in their fingertips [3] Group 3: Cognitive and Coverage Enhancements - The TPU incorporates advanced physical-guided machine learning algorithms that translate voltage signals into comprehensible physical language for the robot's brain, enhancing cognitive capabilities [6] - The company has achieved full coverage from fingertips to the robot's body with a high-density electronic skin, providing safety features for human-robot interaction, such as force control during embraces and emergency stops during collisions [6]