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阿联酋与中国企业共建智能农业科技中心
news flash· 2025-05-20 09:49
Group 1 - The core viewpoint of the article is the strategic partnership between UAE's Silal and China's Shouguang Vegetable Industry Group to establish a smart agricultural technology center in Abu Dhabi [1] - The total investment for the project is 120 million dirhams, approximately 33 million dollars [1] - The smart agricultural technology center will cover an area of 100,000 square meters and integrate artificial intelligence and robotics technology [1] Group 2 - The center will enhance production efficiency through various processes including precision seeding, intelligent climate control, automated irrigation, and robotic harvesting [1] - The initiative aims to promote sustainable agricultural development in the region [1]
谷歌CEO皮查伊回应“谷歌已死”论:AI决定未来,中国竞争力不容忽视
3 6 Ke· 2025-05-19 10:44
谷歌及其母公司Alphabet首席执行官桑达尔·皮查伊做客《All-In》播客节目,接受了企业家、投资人大卫·弗里德伯格的专访。 在这场访谈中,皮查伊探讨了人工智能浪潮下,谷歌如何主动颠覆自身,以保持技术领先地位。 随着AI对信息获取方式的根本性改变,"搜索会被AI取代吗?"这个问题变得日益重要。皮查伊表示,谷歌正在重新定义搜索体验,从单 纯响应用户查询,转变为"跟随用户"的智能助手。这意味着产品将更具预测性、个性化,甚至在用户输入问题前就提供相关信息。 谈及技术基础,皮查伊强调谷歌在基础设施上的长期投入构建了独特优势。自研TPU芯片、大规模数据中心以及分布式系统的成熟,为 谷歌的AI模型训练和部署提供了坚实支撑。加之在基础模型上的差异化路径,谷歌有望在生成式AI竞争中保持领先。 未来的人机交互同样是核心议题。 皮查伊指出,AI将不仅限于软件层面,而是深刻改变人类与技术的互动方式。语音、图像、多模态输入等正重塑硬件形态与产品接口, 整个行业的竞争格局也在随之演变。 然而,这场技术革命也带来了能源层面的挑战。AI模型的扩展消耗巨大,如何在性能与可持续性之间取得平衡,是谷歌必须面对的现实 问题。 与此同时,谷歌在 ...
2025年全球矿用机器人行业发展现状 未来将替代人进行高危复杂工作【组图】
Qian Zhan Wang· 2025-05-19 07:18
Global Mining Robot Industry Development - The global mining robot industry has evolved through several phases, starting from the mechanization 1.0 period in the 1870s to 1980s, where countries like the USA, UK, Germany, Australia, and South Africa established coal mine auxiliary transport systems [1] - The mechanization 2.0 period began in 1958 with the development of the first underground loader by Wagner in the USA, focusing on remote control and autonomous systems for mining operations [2] - The industry entered the automation 3.0 phase in the 21st century, emphasizing faster, safer, and more efficient mining operations through advanced technologies [2] - The mining robotization 4.0 phase is expected to commence in 2025, where mining robots will be widely adopted for repetitive, hazardous, and technically challenging tasks [2] Market Size and Growth - The global mining robot market reached a size of $1.363 billion in 2021, with a year-on-year growth rate exceeding 20% [6] - In 2022, the market experienced a decline, but it rebounded in 2023, with a market size of $1.28 billion, and is projected to reach $1.4 billion in 2024 [6] - The global special robot market is expected to grow to $14 billion by 2024, reflecting a year-on-year increase of 16.7% [5] Competitive Landscape - The competitive landscape of the global mining robot industry is characterized by companies like Komatsu, Sandvik, and Caterpillar leading in patent applications, while FAMUR excels in sales coverage [9] - Companies such as China Energy Investment Group and Tian Di Shanghai Mining Equipment Technology Co., Ltd. are emerging players, showing good performance in overseas markets despite being behind the leading tier in terms of product diversity and regional sales coverage [9] Future Outlook - The mining robot market is driven by increased investment in robotic mining systems, advancements in digitalization and automation, and the demand for precise and efficient operations [11] - The global energy shortage has renewed interest in traditional energy sources like coal, with mining robots being widely applied in coal mining countries, particularly in developing regions such as China and Southeast Asia [11] - The global mining robot market is projected to reach $3.7 billion by 2030, with a compound annual growth rate (CAGR) of 20% [11]
施罗德投资Gopi Mirchandan:中国AI创新引领全球,部分领域已超越西方,云计算、芯片迎来重大机遇
Xin Lang Cai Jing· 2025-05-19 06:25
Group 1 - The Shenzhen Stock Exchange hosted the 2025 Global Investor Conference, highlighting China's advancements in AI, robotics, and green energy, reshaping the global industrial landscape through technological innovation and sustainable development [1] - Gopi Mirchandan emphasized that Chinese AI technology has achieved leapfrog development, with local companies like DeepSeek significantly reducing reliance on high-end chips and hardware for AI training, opening up opportunities for more Chinese enterprises to develop AI products and services [2] - The widespread adoption of generative AI is enhancing operational efficiency and user experience for businesses, while also establishing China's global competitiveness in AI capital investment [2] Group 2 - Schroders is accelerating its green infrastructure strategy in China, having formed a dedicated team to integrate European renewable energy expertise with local experience, focusing on renewable energy development [3] - In April, Schroders launched a renewable energy fund exceeding $100 million in collaboration with Apple, aimed at providing institutional investors with stable long-term cash flows while promoting supply chain decarbonization [3] - The energy transition in China holds significant value potential, and Schroders aims to act as a "super connector" between international capital and China's green infrastructure needs, aligning with global ESG investment trends [3]
peek材料专家访谈
2025-05-18 15:48
peek 材料专家访谈 20250518 摘要 • PEEK 材料在人形机器人关节、齿轮等部件制造中具有优势,因其高耐磨、 高机械强度和自润滑性,能延长部件使用寿命,例如在人体关节替换中, PEEK 可将使用寿命从超高分子量聚乙烯的三年延长至十年。 • PEEK 材料具备优异的耐腐蚀性和电绝缘性能,且具有辐射防护能力,使 其在复杂环境中表现出色。但浓硫酸和浓硝酸对其有影响,加工温度较高, 设备要求高。 • PEEK 材料在轴承保持架应用成熟,戴森吹风机及德国、日本 SKF 等顶级 轴承品牌均采用 PEEK。国内企业已能生产类似质量产品,短切碳纤维增 强 PEEK 适用于低载荷部件。 • PEEK 价格较高,纯 PEEK 树脂约 400 元/公斤,长碳纤维增强材料达 1,200-1,500 元/公斤,连续碳纤维增强材料高达 3,000 元/公斤,限制了 其在成本敏感型应用中的推广。 • PEEK 短切碳纤维复合材料拉伸强度可达 260-300 兆帕,适用于机器人外 壳、减速器、结构件等,但螺母丝杠等复杂运动部件因需高强度连续碳纤 维增强,PEEK 替代难度大。 Q&A 聚醚醚酮(PEEK)材料的特性是什么?它在 ...
特斯拉机器人流畅舞动,硬件软件双升级
2025-05-18 15:48
哪些具体标的值得关注? 首先是聚合顺,这是一家优质尼龙板块成长股,其尼龙材料已用于机器人的外 部覆盖物,例如灵巧手领域。公司积极参与相关业务发展,并通过下游企业间 接供给机器人企业送样。此外,中石科技在电子产品散热材料方面有丰富经验, 其散热材料未来在机器人领域也有应用潜力。这两个方向值得重点关注和跟踪。 • 钢材替代技术,如球墨铸铁替代合金钢,在耐磨性、自润滑效果和重量方 面具有优势。京运通钢材及球墨铸铁迭代技术在谐波减速器领域有巨大增 长潜力。 • 祥龙电业安徽新工厂预计今年实现 4 万吨产能增长,远期规划 15 万吨绿 色制造产能。祥龙科技重点研发谐波减速器柔轮材料,预计行星减速器材 料进展较快,机器人材料有望带来显著利润增厚。 对于人力资源板块及相关标的有哪些看法? 特斯拉机器人流畅舞动,硬件软件双升级 20250518 摘要 • 机器人材料领域正从原型机阶段走向大众视野,具备强定制化和改性能力 的企业将更具优势。行业竞争不仅体现在技术壁垒和服务,还包括成本控 制和解决方案提供能力。 • 尼龙材料供应商聚合顺已将产品应用于机器人外部覆盖物,并积极参与相 关业务发展。中石科技在电子产品散热材料领域的经验 ...
太平洋机械日报(20250516):智元机器人灵犀X2技能上新,拥有了内心戏
Tai Ping Yang· 2025-05-18 00:45
2025 年 05 月 16 日 行业日报 看好/维持 机械 机械 太平洋机械日报(20250516):智元机器人灵犀 X2 技能上新 拥有了"内心戏 ◼ 走势比较 (20%) (10%) 0% 10% 20% 30% 24/5/16 24/7/28 24/10/9 24/12/21 25/3/4 25/5/16 ◼ 子行业评级 相关研究报告 <<太平洋机械日报(20250515):中 证指数公司发布中证科创创业机器 人指数>>--2025-05-15 << 太平洋机械日报(20250514):智 元 机 器 人 联 合 香 港 大 学 推 出 的 UniVLA 入选 RSS >>--2025-05-15 证券分析师:崔文娟 电话:021-58502206 E-MAIL:cuiwj@tpyzq.com 分析师登记编号:S1190520020001 证券分析师:刘国清 电话:021-61372597 E-MAIL:liugq@tpyzq.com 分析师登记编号:S1190517040001 证券分析师:张凤琳 电话: E-MAIL:zhangfl@tpyzq.com 分析师登记编号:S1190523100001 ...
河套园区智造出圈!晶泰科技书写技术与公益实践发展答卷
Nan Fang Du Shi Bao· 2025-05-16 01:52
南都讯 记者林敏儿 通讯员李佩尧 河套深港科技创新合作区深圳园区再迎"高光时刻"。晶泰科技自主研 发的"智能自主实验平台"连续两天登央视《新闻联播》,获全媒体矩阵报道。 据悉,2024年,晶泰科技在港交所成功上市,成为首家通过香港18C规则上市企业。其核心成果——智 能自主实验平台,以机器人替代传统人工操作,不仅革新了实验研发范式,更为垂直领域大模型及超级 人工智能的开发,积累了宝贵的数据资产,为AI技术在生物医药领域的深度应用奠定坚实基础。 在4月2日"世界孤独症日"来临之际,晶泰科技携手深圳守望协会举办了一场意义非凡的公益观影活动。 活动现场,晶泰科技组织党团员、志愿者与孤独症人士家庭共同观看中国首部聚焦孤独症群体的纪录电 影《特别的你》。 中药创新平台破局,树立行业新标杆 在晶泰科技AI机器人实验室,研发人员只需要在电脑操控台上下达指令,各司其职的机器人们便忙碌 了起来:取料、运输、加料、反应、监测、测试……"以往人工实验可能存在误差,而机器人不仅精度 高、安全性强,还能实时采集数据,为AI模型训练提供燃料。"晶泰科技相关负责人介绍。 地处香港北部和深圳中南部连接地带的河套深港科技创新合作区,是粤港澳大 ...
无需电子元件 通过空气运动 气流驱动软体机器人问世
Ke Ji Ri Bao· 2025-05-15 23:34
据最新一期《科学》杂志报道,荷兰原子与分子物理研究所团队制造了一款软体机器人,它没有人工智 能芯片、电子元件或传感器,却能行走、跳跃和游泳。这一切仅靠软管、空气和一系列巧妙的物理原理 来实现。 (文章来源:科技日报) 这款机器人能以惊人的协调性和自主性移动,完全得益于其身体结构及其与外界的交互方式。其运动原 理与加油站或商超门前那些身姿摇曳、舞动不停的充气管状"舞者"类似。 该机器人同样仅靠持续气流来驱动。当气流涌入,它的管状腿便开始有节奏地摆动起来。单独看,每条 腿都在随机摆动。但当多条腿连接在一起时,它们的运动瞬间同步,形成了有节奏的移动步态。 机器人的速度还很快。输入气流时,机器人每秒能移动相当于自身长度30倍的距离。这一速度比其他气 动机器人快了好几个数量级,而那些机器人通常需要集中控制。 值得注意的是,这种同步还能适应地形变化。如果机器人遇到障碍物,它会自行调整方向。当它从陆地 移动到水中时,步态会自发地将跳跃模式转变为自由泳模式。这些转变无需任何中央处理器或控制逻 辑,而是通过身体与环境之间的紧密耦合来实现的。 这项研究挑战了机器人需要复杂控制系统才能实现类生命行为的传统观念。这类机器人应用前景广 ...
气流驱动软体机器人问世
news flash· 2025-05-15 23:26
Core Insights - A team from the Netherlands Institute for Atomic and Molecular Physics has developed a soft robot that can walk, jump, and swim without the use of artificial intelligence chips, electronic components, or sensors [1] Group 1 - The soft robot operates solely on the principles of air and a series of clever physical mechanisms [1]