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春晚机器人新春首秀落地京东MALL,科技年味点亮京城新春
Sou Hu Cai Jing· 2026-02-18 17:03
【城宇科技】报道,推荐 2026马年春晚凭借"含机量爆表"刷屏全网,魔法原子、宇树科技、松延动力、银河通用四大国产机器人品牌联袂登台,用整齐划一的表演与灵动交互,拉开 了春晚"数智化元年"的序幕。节目刚落幕,这群舞台"顶流"便开启无缝营业模式——2月17日大年初一,春晚同款机器人集体空降京东MALL北京双井店, 举办新春首场线下"粉丝见面会",让北京市民从屏幕前的围观,升级为零距离互动,把科技年味直接拉满。 这场堪称"最快售后"的线下见面,背后是一场高效精准的跨场转运。据现场工作人员介绍,春晚直播结束后,机器人团队立刻撤场、调试、装箱,京东物流 全程采用全防震包装+专业工程师跟车护送,从春晚演播厅到京东MALL仅用时40分钟,确保大年初一清晨,市民就能第一时间摸到"热乎"的春晚同款。 走进京东MALL北京双井店一层中庭,热闹氛围扑面而来。魔法原子MagicBot Z1憨态可掬地作揖拜年,Magic Panda机器熊猫凭借圆萌外形成为全场焦点, 小朋友们围拢拍照、互动不停。松延动力家族更是"圈粉利器":小巧灵活的小布米主动伸手握手、点头互动,排队打卡的家长与孩子络绎不绝;N2、E1两 款人形机器人动作稳定、姿态 ...
Picard Medical, Inc. (PMI) Shareholders Who Lost Money Have Opportunity to Lead Securities Fraud Lawsuit
Prnewswire· 2026-02-18 17:00
Core Viewpoint - Picard Medical, Inc. (PMI) shareholders who incurred losses have the opportunity to lead a securities fraud class action lawsuit due to alleged undisclosed fraudulent activities by the company [1] Summary by Relevant Sections Lawsuit Details - The lawsuit alleges that between September 2, 2025, and October 31, 2025, Picard Medical failed to disclose critical information to investors, including involvement in a fraudulent stock promotion scheme utilizing social media misinformation and impersonation of financial professionals [1] - It is claimed that insiders or affiliates used offshore or nominee accounts to facilitate coordinated share dumping during a price inflation campaign [1] - The company's public statements and risk disclosures reportedly omitted any mention of false rumors and artificial trading activity that influenced the stock price [1] - As a result, the positive statements made by the defendants regarding the company's business, operations, and prospects were materially misleading and lacked a reasonable basis [1]
Richtech Robotics Inc. (RR) Shareholders Who Lost Money Have Opportunity to Lead Securities Fraud Lawsuit
Prnewswire· 2026-02-18 17:00
Richtech Robotics Inc. (RR) Shareholders Who Lost Money Have Opportunity to Lead Securities Fraud Lawsuit [Accessibility Statement] Skip NavigationLOS ANGELES, Feb. 18, 2026 /PRNewswire/ -- [The Law Offices of Frank R. Cruz] announces that investors with losses related to Richtech Robotics Inc. ("Richtech" or the "Company") (NASDAQ: [RR]) have opportunity to lead the securities fraud class action lawsuit.IF YOU ARE AN INVESTOR WHO SUFFERED A LOSS IN RICHTECH ROBOTICS INC. (RR), CLICK [HERE] BEFORE APRIL 3, ...
宇树科技《武BOT》技术难点解析
DT新材料· 2026-02-18 16:04
与扭秧歌比,机器人有哪些"进化"? 宇树科技介绍,为呈现本次高难度武术表演,宇树在算法、硬件与系统层面进行了系统性升级: 算法层面 ,团队升级强化学习框架,使机器人在仿真环境中自主习得复杂武术动作及器械操控技能;同时采用融合感知的定位技术,有效解决高速运动中的定位 漂移问题,实现精准导航与落点控制。 硬件层面 ,团队针 对性提升核心关节电机功率密度,优化肢体结构强度,并升级灵巧手与缓冲部件,以支撑高爆发、高冲击的动态动作 。 【DT新材料】 获悉,在2月16日晚的2026马年春晚上,宇树科技实现了多项全球首次技术突破: 机器人实现全球第一次连续花式翻桌跑酷,全球第一次 弹射空翻、空翻最大高度超3米,全球第一次单脚连续空翻、两步蹬墙后空翻,以及全球第一次Airflare大回旋七周半 等。 表演中最大难点是什么? 宇树科技称,节目中难度最高的动作集中在三个类别,每一类都有各自的技术壁垒。 首先,物品交互动作(如棍法、双节棍、宗师剑)中, 难点在于机器人对器械状态及外部扰动的实时感知与自适应控制 。人类习武需通过反复练习形成手感, 机器人同样需要"习得"这种能力。 为此,团队通过对器械进行物理建模,在仿真环境中进行 ...
央视春晚机器人表演醉拳空翻引爆网络
Xin Lang Cai Jing· 2026-02-18 15:24
动态平衡与集群协同 机器人首次在快速奔跑中完成穿插变阵和武术动作,依托0.001秒级伺服响应系统及毫米级关节控制技 术,实现后空翻、720度回旋踢等高难度动作。例如,侧空翻落地时通过足底六维力传感器实时调整重 心,确保稳定性。 人机协同实战 86名8岁武术少年与1.32米高的机器人进行六合拳对打、棍术攻防,儿童演员需适应机器人百斤重量及 掌力(可踢断桌腿),通过动作捕捉与数千次排练解决安全与协调问题。 2026年央视春晚上,一群机器人以行云流水的醉拳、空翻和双节棍表演引爆全网热议,甚至因一个"假 摔"桥段让观众误以为故障,实则是编程设计的幽默互动。 一、技术突破:从"扭秧歌"到"真功夫" 宇树科技借春晚热度推进IPO,其机器人日租金涨至1.5万元,应用于景区导览、直播带货等场景。 2025年中国人形机器人占全球出货量80%,山东、河南等地春晚同步推出"科技+地域文化"机器人武术 秀。 争议与挑战 部分观点质疑表演依赖预设编程,工业巡检、救灾等场景落地仍需突破高维动作优化与触觉感知缺失等 技术瓶颈。 二、文化融合:科技复刻千年武魂 招式背后的文化符号 双节棍致敬李小龙,醉拳灵感源于成龙,巨型侠客袍机器人压轴彰显 ...
春晚机器人在海外“杀疯” 外媒争相报道赞不绝口
Xin Lang Cai Jing· 2026-02-18 13:08
Core Viewpoint - The performance of robots during the Spring Festival Gala has garnered significant international attention, highlighting advancements in Chinese robotics technology and its competitive edge in the global tech landscape [1] Group 1: International Media Reactions - British news commentators noted that the competition in technology is being lost, emphasizing the impressive capabilities of Chinese robots, which can perform complex maneuvers like backflips [1] - CBS in the United States highlighted that the Spring Festival Gala, the most-watched annual television program globally, showcased advancements in robotics technology [1] - The head of Colombia's Channel 13 remarked on the vibrant live broadcast of the gala, particularly praising the technological displays, including the robot performances [1] Group 2: Performance Highlights - Indian media reported that the robots executed precise movements such as kicking and backflips, integrating traditional martial arts with cutting-edge technology [1]
Brightpick Enters Automotive Market in Strategic Partnership with NAPA
Globenewswire· 2026-02-18 13:00
Core Insights - Brightpick has formed a strategic partnership with NAPA to implement AI-powered robotic automation in their distribution centers, enhancing warehouse performance to support NAPA's extensive store network [1][3]. Company Overview - Brightpick specializes in AI-driven robotic solutions for warehouses, enabling full automation of various processes such as order picking and stock replenishment. The company is headquartered in Austin, Texas, and has over 250 employees with numerous robots deployed across the U.S. and Europe [6]. - NAPA, part of the Genuine Parts Company's Automotive Parts Group, operates nearly 6,000 stores in the U.S. and has a vast distribution network with over 560,000 parts available. NAPA serves automotive professionals and everyday drivers, emphasizing quality and rapid availability [7]. Partnership Details - The collaboration began with a successful pilot project in 2025, leading to an agreement for additional installations in 2026, which will include over 100 Brightpick robots for high-volume processing [2][3]. - Brightpick's solutions will be customized to integrate seamlessly with NAPA's existing technologies, utilizing goods-to-person robots to enhance processing speed, accuracy, and throughput [4]. Strategic Importance - This partnership marks Brightpick's entry into the automotive sector and represents its largest U.S. customer to date, showcasing the company's capability to scale automation solutions for large enterprises [3]. - NAPA's commitment to this partnership reflects its goal of improving customer service and operational efficiency, particularly in response to the increasing demand for fast and reliable auto parts delivery [4].
春晚机器人展现中国技术进步速度
Xin Lang Cai Jing· 2026-02-18 12:39
春晚的机器人,我们可以看清楚的看到中国技术进步的速度。去年的机器人还是傻傻的,今年的机器人 早已经非常灵活。进步的速度远远超出我们的想象。 想一想10年前,波士顿机器人在翻跟头,现在还是在翻跟头,中国只要在形成了基本的能力之后,技术 创新的速度喷薄而出,对这种能力,很多人不相信。然而这就是事实。 ...
日本专家曾嘲笑中国机器人,25年后中国机器人主导日本展会
Xin Lang Cai Jing· 2026-02-18 12:24
中国机器人的日本人被回旋镖击中了!2000年嘲笑"中国大加农"的事件→ 2025年,中国人形机器人主 导日本机器人展!25年后的逆转!你怎么看?点赞分享,展现中国的实力! 一位曾嘲笑 0:00 ...
AI-enabled robotics could shift the balance of power in global manufacturing, says CEO of Alphabet company
CNBC· 2026-02-18 12:12
Core Insights - The article discusses the potential economic shift driven by artificial intelligence (AI) in manufacturing, emphasizing that low labor costs may not be the primary advantage in the future [1][2] - Intrinsic, a robotics company under Alphabet, aims to enhance industrial robotics through AI, making them smarter and more accessible [2] Company Overview - Intrinsic was launched five years ago from Google X, focusing on developing advanced robotics software [2] - Wendy Tan White serves as the founding CEO, overseeing the acceleration of the company's efforts amid the current AI wave [2] Strategic Initiatives - Intrinsic has formed a joint venture with Foxconn to create "the factory of the future," which will integrate intelligent robotics for more versatile manufacturing processes [3] - The company aims to enable the production of a diverse range of products on a single production line, rather than just optimizing existing processes [3] Market Implications - The integration of AI in manufacturing could unlock approximately $2.9 trillion in economic value in the U.S. by 2030, contingent on organizations redesigning workflows to facilitate collaboration between humans and robots [2] - Intrinsic's approach may allow smaller businesses and regions with higher labor costs to enhance their manufacturing capabilities [3][4] Future Outlook - The company is exploring reshoring manufacturing, leveraging software-as-a-service robotics solutions to enable production in various locations, potentially reducing costs [4]