中科航宇（北京）测控技术有限公司是为了贯彻中国科学院投资企业社会化的改革政策，由研究院所转型注册的公司，并于2009年10月注册成立了中科航宇（北京）自动化工程技术有限公司。
Samsino (Beijing) Measurement and Control Technology Co., Ltd was transformed by the research institute, for the sake of running through the socialized reform policy of investment enterprises by Chinese Academy of Sciences(CAS). Moreover, in October 2009, Samsino (Beijing) Automation Engineering Technology Co., Ltd? was registered and founded.
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技术团队 Technical Team
凭借着科学院多年从事基础性和前瞻性的工作优势，多次参与开发大型项目的技术经验，由科学院一批研究员、高级工程师、博士以及硕士所组成的研发团队，开发、改进和引用各种先进技术，使之转化为现实生产力并将其应用到各个行业。
Based on fundamental and prospective working advantages in the CAS and technical experience in developing large-scale projects, a R&D team is composed of some researchers, senior engineers, PhDs and masters in CAS, so as to develop, modify and introduce various advanced technologies, make it change into realistic productivity and apply it in each industry.
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质量控制Quality Control
我公司在项目运行中严格按照质量管理体制，对向甲方按合同提供的所有产品质量承担全部责任。我公司将严格执行ISO9001质量体系程序，从技术设计、施工设计、元器件采购及检验，到产品加工及检验、出厂测试、现场调试等方面，对产品质量及服务进行控制，确保提供符合行业标准的优质产品，使产品性能*或超过合同及技术协议的要求。
According to the quality management system in project operation, our company assumes all responsibilities for all product quality provided for Party A as the contract. In addition, our company strictly executes ISO9001 quality system procedures, controls product quality and services from technical design, construction design, component purchasing and inspection to product processing and inspection, factory testing, and field debugging, ensures high-quality products conforming to industrial standards, and enables product performance to meet or exceed requirements of the contract and technical agreement.
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设计方案Design Scheme
系统方案及技术原理，是确保整个项目设计质量的关键。我们将严格执行ISO9001质量体系中的设计控制程序，遵循以下设计控制流程：设计任务书---设计任务书评审---方案及技术设计----技术设计评审---施工图设计----施工图评审----图纸会签----底图入库。
System schemes and technical principles are the key to ensure the entire project design quality. We will strictly execute the design control procedures in ISO9001 quality system and abide by the following design control procedures: design specification—design specification review—scheme and technical design—technical design review—construction drawing design-construction drawing review—drawing countersign—base map storage
我们将及时召开与用户及设计院的技术联络会，准确掌握机组设计信息，使本项目的设计具有先进性、可靠性、实用性及经济性。
We will convoke the technical contact meeting with users and designing institute in time, accurately master unit design information, and enable the project design have advancement, reliability, practicability and economy.
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售后服务 After-sales Services
我公司多年来为全国各大火力发电厂提供产品服务，积累了丰富的设计、制造及现场调试经验，对所供系统建立了完善的售后服务体系，严格执行服务程序，以保证系统在现场稳定、可靠运行。
For many years, our company provides product services for thermal power plants around the country, has accumulated abundant design, manufacturing and field debugging experience, establishes the perfect after-sales service system for the system, and strictly executes service procedures, so as to ensure stable and reliable operation of the system.
客服人员，对用户服务请求认真记录并通过服务任务单迅速反馈给服务实施部门。对于项目，我们可以在30分钟内作出响应，48小时内派有经验的工程技术人员到达现场。特殊情况可在24小时内到达现场。
Hotline enables us to seriously record user services and feed back to the service implementation department through service task list. For the projects, we can make a response within 30min and dispatch experienced engineering technicians to the spot within 48h. For special situations, we can arrive in the spot within 24h.
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抓斗卸船机作为电厂卸煤码头的主力接卸装备，目前大多以司机人工手动操作为主，司机的操作熟练程度直接决定着整个卸船过程的作业效率与作业安全。中科航宇自主研发的基于人工智能技术的抓斗卸船机无人值守系统，可大幅度降低操作人员劳动强度，提升卸船机作业效率。
整套系统通过安装在卸船机大梁上的物料探测雷达，对扫描到的船舱和煤堆的轮廓信息三维成像、建模，经过分析计算形成化的卸船作业方案。系统根据当前煤堆形状特征，自动选取抓斗抓料点，自动控制抓斗抓料、闭斗、提升，沿系统自动规划的回程路径，控制抓斗小车运行至卸料斗上方开斗卸料，然后系统控制抓斗再返回船舱内下一个抓料点继续抓料，完成一次抓卸料循环。系统周而复始，按照分层剥取、平衡卸船的策略，自动完成卸船任务。
操作员可在中控室的界面监视系统自动运行，如出现异常情况，可随时手动接管跳出全自动模式，保障系统安全。
