履带机器人
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数智化让“蓝领”变“白领”
Zhong Guo Hua Gong Bao· 2025-12-24 04:25
针对测井绞车卷帘盘卷下放过程中,人员站位分散存在跌落伤人的安全风险,项目团队采用双电机改进 完成电动卷帘,一人手持遥控器就可平稳快速完成收放,还在电动卷帘与车体间加装了紧固装置,有效 避免大风天气卷帘乱摆的风险。针对重物搬运难题,项目团队结合现场吊装工序,为测井车量身定 做"车载旋臂吊",一人操作遥控器,一人牵引设备下车,通过吊臂的起、下、伸缩和旋转,替代人工完 成测井仪器设备的搬运,员工全程不接触重物,既安全又省力。 "智能改造仍在继续。针对仪器举升等老大难问题,我们正在研发履带机器人,配合吊笼可以精准抓取 测井仪器,借助井队猫道机就能实现测井仪器及辅助设备自动升举到钻台,让现场施工人员从'蓝领'变 成'白领',腾出手来做更有价值的事。"测井项目部副经理赵楠说。 目前,绞车卷帘门、车载旋臂吊等智能化装备已安装6支施工队伍,应用效果明显,年底可实现40支测 井小队全覆盖。履带机器人已完成产品定型,正针对不同型号钻井猫道机,持续完善抓取臂设计,近期 可完成现场测试并投入应用。 这一转变得益于胜利测井公司积极推进的数智化转型。今年以来,胜利测井公司积极落实中石化和经纬 公司战略部署,按照"机械化换人,自动化减人, ...
中产家庭,会花上万元买一台陪伴机器人吗?
36氪· 2025-08-26 12:19
Core Viewpoint - The article discusses the rising interest in consumer-grade home robots, emphasizing the use of existing embodied intelligence technologies to create value without waiting for robots to master complex tasks like cooking or cleaning [2][15]. Group 1: Market Interest and Product Features - At the WRC (World Robot Conference), consumer interest was notably high for home robots, particularly from families and children [3]. - Products showcased included a rounded quadruped robot dog from VITADYNE and a track robot resembling WALL·E from LEJOY, both designed for consumer use with appealing aesthetics [5][6]. - These robots, while not capable of household chores, offer features like intelligent following, carrying items, and photography [5][17]. Group 2: Industry Trends and Competitive Landscape - Former executives from major companies like Xiaopeng Motors and Tesla are entering the consumer-grade robot market, with products like a robot dog from "ShenTingJi" and a humanoid robot from "MiaoDongKeJi" [6][7]. - The price range for these consumer-grade robots is generally around ten thousand yuan, making them more accessible than humanoid robots [7]. - USTech's quadruped robot currently holds a 70% market share in the global quadruped robot sector, indicating strong demand and market presence [11]. Group 3: Technological Development and Market Potential - The article highlights the maturity of quadruped robot technology, which is now being adapted for consumer use, with a focus on outdoor scenarios and user-friendly features [20][21]. - The use of advanced VLA technology allows these robots to operate without remote controls, enhancing their appeal to everyday consumers [20]. - The potential for consumer-grade robots to become mainstream is compared to the evolution of DJI drones, suggesting a future where these robots could be affordable and widely adopted [27][28].
迎全运保安全 广州开展高层建筑灭火救援应急演练
Nan Fang Ri Bao Wang Luo Ban· 2025-08-12 07:53
Core Viewpoint - The emergency drill conducted in Guangzhou on August 11, 2023, showcased advanced firefighting and rescue techniques in response to a simulated high-rise building fire, emphasizing the city's preparedness for emergencies [1] Group 1: Emergency Drill Overview - The drill simulated a fire caused by electrical faults in a super high-rise building within Guangzhou's International Financial City, with multiple individuals trapped [1] - Various emergency response aspects were covered, including initial response, personnel evacuation, drone firefighting, new material firefighting, medical rescue, casualty transport, water supply assurance, and communication support [1] - Approximately 400 participants from emergency, fire, public security, health, communication departments, and over 20 high-tech enterprises took part in the drill [1] Group 2: Technology and Equipment Utilized - The drill employed a range of advanced technologies and new equipment, including high-lift fire trucks, aerial ladders, fireboats, helicopters, quadruped robots, tracked robots, and reconnaissance drones [1] - These technologies played a crucial role in casualty transport, material delivery, fire reconnaissance, remote water supply, high-rise water supply, high-rise firefighting, and precision strikes [1] - The exercise effectively tested the new achievements of Guangzhou's emergency management departments and firefighting teams in addressing the challenges of high-rise building fire rescue [1]