1、 全球首个机器人消费节在北京亦庄启动 8月2日，全球首个以机器人消费为主题的 E-Town 机器人消费节在北京亦庄启动，活动将持续至8月17 日，覆盖北人亦创国际会展中心等六大商圈，主题为 "Robo 惠购，亦庄必 Go！"。此次消费节设四大消 费场景，全球首个具身智能机器人4S店亮相，涵盖医疗、家庭等7类场景50余项产品，可体验天工2.0、优 必选Walker S等机器人，还能与元萝卜象棋机器人对弈。相邻的 "机器人焰究所" 餐厅中，酒保、垃圾回 收等机器人提供服务，消费者可品尝机器人制作的美食并与李白具身机器人对诗。活动期间发放消费券， 个人最高补贴1500元，企业最高25万元，推动机器人走进大众生活。 2、 智能振捣机器人助力地铁建设，科技破解施工难题 近日，一款由第三建设分公司联合中铁上投青岛地铁5号线项目经理部、中铁四局相关工区共同研发的板 类混凝土自动化振捣机器人，在青岛地铁5号线建设中投入应用。该机器人旨在落实 "机械化换人、自动化 减人" 理念，通过 "三降两提一转变" 提升施工水平，可智能设定参数，实现自动行走、转向与振捣，避 免人工漏振。其集智能化与轻量化于一身，支持远程控制、5G互联 ...

Group 1: Investment and Financing - Zhiyuan Robotics completed a new round of strategic financing, with investments from LG Electronics and Mirae Asset Group, marking LG's first investment in the embodied intelligence sector globally [1] - The financing indicates a strategic commitment from international giants to the embodied intelligence field, potentially accelerating the restructuring of the global robotics industry chain [1] Group 2: Technological Advancements - BYD announced a patent for an automatic charging and inflating robot, which integrates multiple functions without requiring vehicle modifications, enhancing the smart experience and reducing costs [2] - This patent strengthens BYD's leadership in the smart automotive ecosystem and may drive a shift from manual to automated vehicle maintenance, attracting more companies to invest in similar R&D [2] Group 3: Industry Position and Growth - China ranks among the top in the global humanoid robot sector, achieving significant breakthroughs in mobility and dexterity, with the industrial robot market expected to grow from 70,000 units in 2015 to 302,000 units by 2024 [3] - China is the world's largest producer of industrial robots, with production expected to rise from 33,000 units in 2015 to 556,000 units by 2024, indicating a strong market presence and technological advancement [3]

Group 1 - The core viewpoint of the news highlights significant advancements in the robotics industry, particularly in embodied intelligence and automation technologies, driven by strategic investments and innovations from major companies like LG Electronics and BYD [1][2]. Group 2 - Zhiyuan Robotics completed a new round of strategic financing, marking LG Electronics' first investment in the embodied intelligence sector, which may accelerate the restructuring of the global robotics industry and impact consumer electronics and industrial automation [1]. - BYD's newly published patent for an automatic charging and inflating robot enhances its leadership position in the smart automotive ecosystem, potentially transforming vehicle maintenance from manual to automated processes [2]. - China's humanoid robots have achieved significant breakthroughs in mobility and dexterity, positioning the country among the global leaders in robotics, with industrial robot sales projected to grow from 70,000 units in 2015 to 302,000 units in 2024 [3].

企查查APP显示，近日，比亚迪（002594）申请的"一种机器人"专利公布。企查查专利摘要显示，本发明涉及一种车辆自动充电及充气机器人， 包含信息获取模块，获取车辆电量或胎压信息，判断阈值后控制充电或充气；运动控制模块驱动机器人至车辆的充电或充气接口；充电模块通过 充电枪为车辆充电；充气模块通过充气泵为车辆轮胎充气；定位模块通过双定位单元实现接口精准识别与定位；夹持与固定模块抓取并固定充电 枪或充气泵。该机器人无需车端改造，集成充电与充气功能，通过智能判断、精准对接及闭环控制，实现自动充电、胎压监测与充气，提升智能 化体验，确保安全，降低使用成本。 （原标题：比亚迪车辆自动充电及充气机器人相关专利公布） ...

Core Viewpoint - BYD Company Limited has applied for a patent for an "automated charging and inflating robot" that enhances the smart experience of vehicle maintenance by integrating charging and tire inflation functions without requiring modifications to the vehicle [1] Summary by Sections Patent Details - The patent involves a robot that can automatically charge vehicles and inflate tires, featuring an information acquisition module to monitor vehicle battery levels and tire pressure [1] - The robot includes a motion control module to navigate to the vehicle's charging or inflating interface, and a charging module that uses a charging gun for vehicle charging [1] - An inflation module utilizes a pump for tire inflation, while a positioning module ensures precise identification and alignment with the interface [1] - The robot is designed to enhance safety and reduce operational costs through intelligent judgment, precise docking, and closed-loop control [1]