中科航宇（北京）測控技術有限公司是為了貫徹中國科學院投資企業社會化的改革政策，由研究院所轉型注冊的公司，并于2009年10月注冊成立了中科航宇（北京）自動化工程技術有限公司。
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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技術團隊 Technical Team
憑借著科學院多年從事基礎性和前瞻性的工作優勢，多次參與開發大型項目的技術經驗，由科學院一批研究員、高級工程師、博士以及碩士所組成的研發團隊，開發、改進和引用各種先進技術，使之轉化為現實生產力并將其應用到各個行業。
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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質量控制Quality Control
我公司在項目運行中嚴格按照質量管理體制，對向甲方按合同提供的所有產品質量承擔全部責任。我公司將嚴格執行ISO9001質量體系程序，從技術設計、施工設計、元器件采購及檢驗，到產品加工及檢驗、出廠測試、現場調試等方面，對產品質量及服務進行控制，確保提供符合行業標準的優質產品，使產品性能*或超過合同及技術協議的要求。
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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設計方案Design Scheme
系統方案及技術原理，是確保整個項目設計質量的關鍵。我們將嚴格執行ISO9001質量體系中的設計控制程序，遵循以下設計控制流程：設計任務書---設計任務書評審---方案及技術設計----技術設計評審---施工圖設計----施工圖評審----圖紙會簽----底圖入庫。
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
我們將及時召開與用戶及設計院的技術聯絡會，準確掌握機組設計信息，使本項目的設計具有先進性、可靠性、實用性及經濟性。
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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售后服務 After-sales Services
我公司多年來為全國各大火力發電廠提供產品服務，積累了豐富的設計、制造及現場調試經驗，對所供系統建立了完善的售后服務體系，嚴格執行服務程序，以保證系統在現場穩定、可靠運行。
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.
客服人員，對用戶服務請求認真記錄并通過服務任務單迅速反饋給服務實施部門。對于項目，我們可以在30分鐘內作出響應，48小時內派有經驗的工程技術人員到達現場。特殊情況可在24小時內到達現場。
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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目前，門座起重機作業仍需要閑熟的專業司機在司機室通過操控手柄進行抓斗入艙、抓料卸船操作。由于象鼻梁帶動抓斗運行過程慣性很大，人工操作抓斗到精確抓料的位置不易控制，并存在抓斗撞擊料艙風險。又因為是散貨碼頭，現場工作環境惡劣且司機在司機室長時間低頭作業容易造成職業病。
為改變傳統的門機作業方式，降低作業風險、提高作業效率、減輕司機工作強度，引入門座起重機智能控制系統。 通過對門座式起重機進行智能化改造，實現單臺門機自動作業及多臺協同配合自動作業，通過接收全流程智能散貨碼頭控制系統或遠程控制臺的生產作業指令，實現無人化、自動化的卸船、裝船作業，具體包含船艙與貨物的掃描建模、智能選點抓取、抓斗防搖、門機避讓防撞、視頻監控、人員設備安防、位置定位等功能。
