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深谋科技独家发布真正为人类服务的新一代人形机器人核心技术「声波传感 · 意念控制 · 高精视觉 · 类脑智能」
量子位·2025-07-17 05:52

Core Viewpoint - The article highlights the advancements and innovations of Shenmou Technology in humanoid robotics, particularly focusing on their new generation humanoid robot "Meihouwang" and its core technologies aimed at creating real value for humanity [1][2]. Group 1: Event and Recognition - The 2025 World Artificial Intelligence Conference (WAIC) will take place from July 26 to 29, where Shenmou Technology will showcase its innovations [1]. - The humanoid robot "Meihouwang" has already won the prestigious German Red Dot Award and the American MUSE Gold Award before its official debut, marking it as the first humanoid robot to achieve both honors [1]. Group 2: Core Technologies - Shenmou Technology has developed the "OmniSense" system, a multi-physical quantity intelligent perception system based on Surface Acoustic Wave (SAW) technology, which enables environmental, physiological, and motion sensing [3][4]. - The "MindMover" system is a closed-loop brain-machine interaction system that integrates brainwave sensing and control technologies, allowing for bidirectional interaction without the need for voice or physical input [5]. - The company has introduced the first domestic piezoelectric six-dimensional force sensor, "Bouncy," which enhances the tactile and judgment capabilities of humanoid robots [6][7]. Group 3: Applications and Advantages - The piezoelectric six-dimensional force sensor can be applied in various fields, including medical procedures, aerospace testing, and industrial processes, providing high sensitivity and reliability [8][9]. - The dynamic visual servo system developed by Shenmou Technology allows robots to understand and respond to dynamic environments, significantly improving their operational stability and success rates in tasks [10][12]. Group 4: Research and Development Strategy - Shenmou Technology emphasizes a full-stack self-research approach, covering both hardware and software, to enhance the capabilities of humanoid robots [13]. - The company is pursuing a unique direction in developing a brain-like embodied intelligence model, which aims to extract causal relationships and physical laws over time, diverging from mainstream reliance on large data models [14].