海斗一号

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向海洋最深处进发(党旗在基层一线高高飘扬)
Ren Min Ri Bao· 2025-08-25 22:27
8月12日,"海斗一号"潜水器搭乘科考船驶向南海,又一次开启面向科学应用的航行旅程。出发前,中 国科学院沈阳自动化研究所水下机器人研究室(以下简称"水下机器人研究室")党总支召开简短而庄重 的动员会,宣布成立船上临时党小组。 "从试验性应用到大范围应用,'海斗一号'突破了多船兼容、自主作业等关键技术,普适性大幅提升。 同志们要敢打必胜,把更多有价值的科学数据带回来!"党总支书记李智刚叮嘱道。 将临时党组织建在实验船上,一直是水下机器人研究室的传统。面向国家重大需求,他们先后主持研 制"海斗"号、"海斗一号",参与研发"奋斗者"号等多型水下机器人(潜水器)。每年都有一批又一批党 员科研工作者乘风破浪,在我国水下机器人技术领域不懈探索。 时针拨回2016年夏天。"探索一号"科考船上,"海斗"号马里亚纳海沟海试临时党小组组长唐元贵面临选 择:"海斗"号已圆满完成遥控模式下的下潜任务,但距返航尚有一个多月,要不要再进一步? 尽管机遇难得,风险也同样巨大:一旦装备损失,数年心血可能付诸东流。关键时刻,请示电话拨回沈 阳。李智刚毫不犹豫:"组织信任你们,情况在一线最清楚,大胆决策,组织全力支持!" 一场在船上的技术攻关随 ...
中国科学院沈阳自动化研究所水下机器人研究室党总支—— 向海洋最深处进发(党旗在基层一线高高飘扬)
Ren Min Ri Bao· 2025-08-25 21:54
8月12日,"海斗一号"潜水器搭乘科考船驶向南海,又一次开启面向科学应用的航行旅程。出发前,中 国科学院沈阳自动化研究所水下机器人研究室(以下简称"水下机器人研究室")党总支召开简短而庄重 的动员会,宣布成立船上临时党小组。 一场在船上的技术攻关随即展开:开启自主控制模式、甲板模拟测试、安全性验证……连夜的技术分析 与讨论后,"海斗"号向海洋深处发起挑战。 8201米,9740米,9827米,10310米,10767米! "每突破一个深度级别,都在刷新当时我国无人潜水器的最大下潜深度纪录。"回忆当时情景,唐元贵难 掩激动:"我们得到组织的支持,克服装备可能面临冲击的风险,在最后一次下潜时成功坐底,为我国 首次获取了万米以下深渊及全海深剖面的温盐深数据。" 有了"海斗"号首次万米下潜的成功经验,水下机器人研究室很快接到了"海斗一号"的研发任务。这一 次,对作业能力要求更全面、搭载设备更多,器件筛选的工作量比"海斗"号大大提升。 2017年,"海斗一号"进入紧张的压力测试阶段。"一个电路板上就有成百上千的器件,每一个器件都要 能经受住考验才算成功,每次都要测试十几个小时。"党员陆洋回忆,"新所址的万米压力测试系统 ...
我国自主研制的深海无人遥控潜水器“海琴”号成功海试
Guan Cha Zhe Wang· 2025-08-24 12:03
微信公众号"中山大学"消息,8月23日,南海中沙海域,在"中山大学"号海洋综合科考实习船上,6000 米级深海无人遥控潜水器(ROV)"海琴"号圆满完成首次深海试验,全面验证了整机系统的功能和主要 性能指标。 近期,"海琴"号和"海斗一号"将结合海洋气象无人机观测、海洋地质过程探测、深海生物生态观测、30 米重力柱采样任务等科学需求在南海多个工区继续开展试验性应用。 这套深海科考型ROV针对深海探测场景研发,由中山大学专项支持,委托上海交通大学研制生产,加 装于"中山大学"号科考实习船船体,可实现科考船对深海科研目标的精确定位观察和样品获取,能近海 底长期开展海洋环境调查、生物多样性调查、新物种发现、基因获取等深海科考工作,将助力立体化深 海科学研究取得更大进展。 本航次由中山大学牵头组织,于8月13日从珠海起航前往南海目标海域,计划航期25天。同时执行全海 深自主遥控无人潜水器(ARV)"海斗一号"的深海科学应用任务,开展多学科的海底采样。 "中山大学"号是目前国内设计排水量最大、综合科考性能最强的现代化海洋综合科考实习船,自投入使 用以来持续深耕深海探测领域,截至2025年7月,该船已执行23个科考航次( ...
我国自主研制的6000米级深海无人遥控潜水器“海琴”号在南海成功海试
Xin Hua Wang· 2025-08-24 08:45
8月23日清晨,在南海飘着小雨的蓝色晨曦中,我国自主研制的6000米级深海无人遥控潜水器(ROV)"海琴"号,经过8个小时作业,从4140米深 海凯旋,成功进行海试,我国深海研究又多了一个"科考利器"。 "海琴"号由上海交通大学水下工程研究所自主研制,是为"中山大学"号海洋综合科考实习船量身定制的新型高效深海电动ROV系统,搭载了高清 摄像机、多功能机械手、探测传感器等科考设备,具备自动定向、悬停定位、自动巡线等智能作业能力。 8月22日晚,在"中山大学"号科考中心,考察队员观看讨论"海琴"号从深海发回的"现场直播"。新华社记者 张建松 摄 在"海琴"号水面监控动力站,12个整齐排列的显示屏,将"海琴"号在海里的一举一动尽收眼底。显示屏上数据不断跳动,海水越来越深,到4140 米,坐底了!一阵细腻的泥尘,好似海底腾起的烟雾,让镜头前一片模糊。"海琴"号采集了海底沉积物样品并放置了标识。 "海琴"号于8月20日和21日,还先后进行了320米和1600米海试,采集到海绵、海星、海参、深海鱼类以及海底岩石等科研样品。 中山大学海洋科学考察中心探测技术总工程师、"海琴"号ROV海试暨"海斗一号"科学应用航次领队崔运璐 ...
新华全媒+|我国自主研制的6000米级深海无人遥控潜水器“海琴”号在南海成功海试
Xin Hua She· 2025-08-24 08:25
在本航次中,我国首台作业型全海深自主遥控潜水器(ARV)"海斗一号"也开展了科考应用。这是我国 科考船上首次进行两套不同深度、不同功能的深海无人装备同船作业,为构建多样化深海任务安全作业 流程,提供了重要实践依据。(完) 在"海琴"号水面监控动力站,12个整齐排列的显示屏,将"海琴"号在海里的一举一动尽收眼底。显示屏 上数据不断跳动,海水越来越深,到4140米,坐底了!一阵细腻的泥尘,好似海底腾起的烟雾,让镜头 前一片模糊。"海琴"号采集了海底沉积物样品并放置了标识。 "海琴"号于8月20日和21日,还先后进行了320米和1600米海试,采集到海绵、海星、海参、深海鱼类以 及海底岩石等科研样品。 中山大学海洋科学考察中心探测技术总工程师、"海琴"号ROV海试暨"海斗一号"科学应用航次领队崔运 璐表示,"海琴"号经过由浅到深的多次下潜,充分验证了各项功能和性能的技术指标,达到了设计目 标,满足了设计要求。通过海试,船上技术团队与"海琴"号操作团队进行了充分磨合,为设备后续常态 化应用奠定了基础。 "中山大学"号于8月13日从珠海起航执行"海琴"号ROV海试暨"海斗一号"科学应用航次,来自中山大 学、上海交通大学 ...
夯实向海图强坚实根基
Jing Ji Ri Bao· 2025-07-29 22:12
Core Viewpoint - The development of the marine economy is a key area for China's future growth, with recent government meetings emphasizing high-quality development in this sector [1] Group 1: Achievements and Current Status - China has made significant progress in marine economic development, achieving breakthroughs in marine technology, including the successful deployment of major projects like the "Jiaolong" deep-sea submersible and the "Deep Sea No. 1" gas field [1] - Regions such as Shandong, Jiangsu, and Fujian are actively promoting marine industry policies to enhance development capabilities [1] Group 2: Resource Development and Security - The marine environment is viewed as both a resource reservoir and a strategic barrier, with China prioritizing the protection of marine rights and security [1] - Efforts include the development of marine oil and gas, fisheries, and renewable energy industries, alongside strengthening maritime enforcement and management systems [1] Group 3: Technological and Ecological Strategies - There is a recognized gap in key core technologies compared to global marine powers, necessitating a multi-faceted approach to enhance marine capabilities [2] - The focus is on developing marine technology plans that address real-world needs, particularly in clean energy for ports and high-end marine equipment [2] - Ecological considerations are integral to marine development, with strict adherence to ecological protection measures and promotion of green marine industries [2] Group 4: International Cooperation - China aims to actively participate in global marine governance and advocate for a marine community with a shared future [3] - Strengthening cooperation with countries along maritime routes is essential for enhancing trade and technological exchanges [3] - China seeks to contribute to international marine rule-making, thereby increasing its influence in global marine governance [3]
南沙海洋高端装备产业再添强劲动力 我国自主研发"海斗一号"海试成功
Zhong Guo Chan Ye Jing Ji Xin Xi Wang· 2025-07-09 22:11
Core Insights - The "Haidou No.1" project, a key initiative under China's national R&D plan, successfully completed a 10-day sea trial in the South China Sea, demonstrating its advanced capabilities in underwater operations [1][2] - The project achieved excellent results in seven key assessment indicators, including payload effectiveness, operational time, endurance, autonomous operations, and maintenance efficiency [1] - "Haidou No.1" is a fully autonomous underwater robot developed in China, capable of switching between various operational modes to adapt to extreme marine environments [1][2] Technical Achievements - During the sea trial, "Haidou No.1" completed 11 dives, successfully deploying and recovering equipment while gathering critical scientific data on seabed topography, geological environments, and biological ecosystems [2] - The robot utilized high-precision detection equipment and a dexterous manipulator to collect valuable samples, including seabed sediments and underwater debris, contributing significantly to deep-sea scientific research [2] - A notable highlight was the development of a specialized underwater robot deployment and recovery system, which overcame significant technical challenges related to deep-sea operations [2][3] Industry Impact - The successful sea trial enhances China's core competitiveness in deep-sea scientific research and resource exploration, marking a significant advancement in underwater robotics technology [2][3] - The breakthrough in deployment and recovery technology for underwater robots provides a solid foundation for long-term and continuous deep-sea operations, improving operational efficiency and safety [3] - The Guangdong Intelligent Unmanned Systems Research Institute's achievements reflect a leap in marine intelligent equipment development, driving high-quality growth in the marine high-end equipment industry in Guangzhou's Nansha District [3]