机器人ETF（562500）是全市场唯一规模超两百亿的机器人主题ETF，成分股覆盖人形机器人、工 业机器人、服务机器人等多个细分领域，帮助投资者一键布局机器人上中下游产业链。场外联接（华夏 中证机器人ETF发起式联接A：018344；华夏中证机器人ETF发起式联接C：018345）。 每日经济新闻 今日截至9点49分，机器人ETF（562500）上涨0.85%，早盘走势强劲，价格稳步运行于均线之上， 展现出良好的上攻动能。持仓股方面，赚钱效应明显，博杰股份、快克智能领涨超3%，中信重工、奥 比中光等个股纷纷跟涨。流动性方面，市场交投活跃，开盘不到半小时成交额已达1.54亿元；资金流向 数据显示，该ETF已连续5个交易日获得资金净流入，持续"吸金"助推规模稳步增长，显示出市场资金 对机器人产业长坡厚雪属性的高度认可。 消息方面，近日，智元创新（上海）科技股份有限公司申请的"灵巧手控制方法、灵巧手控制装 置、灵巧手和机器人"专利获授权。专利摘要显示，该申请涉及机器人技术领域，具体涉及一种灵巧手 控制方法、灵巧手控制装置、灵巧手和机器人，解决了灵巧手的通用性差的问题。 开源证券表示，首选核心供应链，我们认为，同时具 ...

Core Insights - Zhiyuan Innovation (Shanghai) Technology Co., Ltd. has recently been granted a patent for "dexterous hand control methods, dexterous hand control devices, dexterous hands, and robots" [1] - The patent addresses the issue of limited universality in dexterous hands within the robotics technology sector [1] Company Summary - Zhiyuan Innovation focuses on advancements in robotics technology, particularly in enhancing the functionality of dexterous hands [1] - The newly authorized patent signifies a potential competitive advantage in the robotics market by improving the versatility of robotic hands [1] Industry Summary - The robotics industry is increasingly emphasizing the development of dexterous hands to enhance the capabilities of robots [1] - Innovations in this area could lead to broader applications and improved performance in various sectors utilizing robotic technology [1]

Core Viewpoint - Recently, Zhiyuan Innovation (Shanghai) Technology Co., Ltd. has been granted a patent for "dexterous hand control methods, dexterous hand control devices, dexterous hands, and robots," which addresses the issue of limited versatility in dexterous hands [1] Summary by Relevant Categories Patent Details - The patent involves technologies in the field of robotics, specifically focusing on a control method and device for dexterous hands [1] - The control method first receives remote operation data, then determines the target angle for the drive motor based on the first mapping data and the remote operation data [1] - The method sends the target angle to the drive motor, enabling it to rotate to the target angle, thus controlling the joints and allowing the fingers to move to the desired position [1] Technological Implications - This innovation enhances the versatility of dexterous hands by enabling remote operation devices to control various movements [1] - The approach improves the functionality of dexterous hands in robotic applications, potentially expanding their use in different industries [1]