robot engineering 中文意思是什麼

robot engineering 解釋
機器人工程學
  • robot : n. 1. 機器人。2. 自動機，自動儀器，自動控制導[飛]彈，遙控設備。
  • engineering : n. 1. 工程（技術），工程學。2. 開車技術。3. 土木工程，工事。4. 操縱，管理。
  1. Based on the " fangsheng - i " robot fish of harbin engineering university auv lab, at first the analysis of the relations of pectoral fin ' s attack angle and lift in vertical plane is done in this paper, using the robot fish ' s hydrodynamic results by the panel method ' s, then setting up the motion model in vertical plane is done. finally animation the robot fish ' s motion in horizontal plane is finished

    論文以哈爾濱工程大學軍用智能水下機器人國防重點實驗室的「仿生? 」號仿魚機器人為對象，利用面元法計算的仿魚機器人水動力結果，並分析了垂直面內胸鰭的攻角與升力的關系，建立了垂直面內的模型，根據軸變形模擬了仿魚機器人水平面內的直航和偏航。
  2. This subject belongs to three - dimensional layout problems with behavioral constraints theoretically and concerns the knowledge of spacecraft design, mechanical engineering, computer science, mathematics, mechanics and system engineering. so it can be ascribed as the frontier fundamental and applied research of cross - discipline subject with np complexity theoretically. in term of engineering practice, this subject has extensive applications, such as layout design of spacecraft module, engineering machinery, submarine and shipping, tank, under - water suspension engineering, platform of marine drilling well, bullet train, multiple spindle box of machine tool, robot

    該課題在理論上，屬帶性能約束的三維布局問題，涉及航天器設計、機械工程、計算機、數學、力學和系統工程等學科，為交叉學科前沿課題的基礎理論和應用基礎研究，具有np難度；在實踐上，具有廣泛的工程應用背景，如航天器艙、工程機械、潛艇、船舶、坦克、水下懸浮工程、海上鉆井平臺、高速列車、組合機床多軸箱、機器人等的布局方案設計問題。
  3. On the basis of investigation and synthesis of the relative theory and key technology on the topological structure of locomotion, control system architecture, maneuverability, trafficability, the integration of exact mechanical engineering, net - based communication and sensor technology, an innovative robot with reconfiguration and biomimetic characteristics has been developed for 863 program of china ? study on autonomous navigation system for intelligence mobile robot in unknown environment

    本文針對「未知環境中自主工作智能移動機器人導航系統研究」的國家863項目，在綜述國內外關于移動機器人走行部拓撲結構、控制體系、機動性和通過性等移動機器人的相關理論和關鍵技術的基礎上，綜合利用精密機械、網路通信、傳感技術等學科的技術，研製開發出一種多機動模式可重構移動機器人。
  4. Flexible assembly is becoming more and more important in manufacturing of nowdays. breaking through the limitation of the conventional thinking, we try to provide a comprehensive range of the value - added engineering services to achieve innovative manufacturing assembly solutions that deliver the highest productivity at the lowest cost. the assembly robot development project provides a good opportunity for us to fulfill this object

    現在柔性裝配系統在製造業中變的越來越重要，開發一些具有通用性、附加值高的單元設備來滿足製造業裝配作業的需要，設計一種低成本而且能夠擁有高生產率的具有創新思想的裝配方案，在生產實際中具有廣闊的推廣價值，本裝配機器人項目為實現這個目標給我們創造了一個很好的機會。
  5. The groups of robots which work together as a production engineering system have appeared in auto industry, engineering machinery, building trade, etc. and multi - robot systems are also becoming the focus and trend of the study and application of the robot technology

    在實際生產工程系統中，作為群體工作的機器人群已出現在汽車工業、工程機械、建築等行業和部門中，多機器人系統也逐漸成為機器人技術應用與研究的熱點和趨勢。
  6. The measurement of the 3 - d contour is increasingly important in high speed examination on pipelining, quality assurance, robot visual, shape analog, automatic processing, reverse engineering and diagnosis

    在高速在線檢查、質量控制、機器/機器人視覺、實物仿形、自動加工、反求工程以及醫療診斷等領域中，物體三維輪廓測量的應用日益重要。
  7. Launch the r & d and industrialization drive for a batch of important projects in the fields of informatization and key technology for equipment manufacturing industry ; precision and ultra - precision processing and examining technology and application ; advanced digitalized processing and special processing technologies ; integrated mechatronics control system and research of robot technology ; material molding technology and remanufacturing engineering for mechanical elements ; aviation and spaceflight equipment manufacturing technology and products and manufacturing of important technological equipment

    在裝備製造業信息化工程及其關鍵技術、精密與超精密加工檢測技術與應用、先進數控加工技術與特種加工技術、機電一體化集成控制系統與機器人技術的研究、材料成型技術與機械零件再製造工程、航空航天裝備製造技術及產品，以及重大技術裝備製造等領域，開展一批重大項目的研發和產業化建設。
  8. With inspiration from nature and some help from research at the massachusetts institute of technology news - web sites a team led by carnegie mellon engineering professor metin sitti built a tiny robot that can walk on water much like the insects known as water skimmers or jesus bugs. it ' s only a prototype but some researchers imagine the water - skimming robot could have many uses

    受大自然靈感的啟發和在美國馬薩諸塞理工學院研究人員幫助下，美國carnegie mellon大學工程學教授metin sitti領導的團隊，試製成功了世界上第一臺能在水上行走的微型機器人，它猶如水上蜻蜓類的昆蟲動物。
  9. A software is proposed using the knowledge of software engineering in this thesis. the famous fea software ansys and virtual prototyping system adams is integrated. based on this integration the dynamics simulation software of flexible robot manipulators is developed

    本文根據軟體工程的原理，詳細分析了專業需求，進行了功能描述和軟體系統設計，將adams和ansys有機結合，開發了柔性機器人動力學軟體模擬系統。
  10. Now the research on dynamics of parallel robot is not sufficient and its dynamics model is too complex to study for control theory and control engineering scholars

    目前有關並聯機器人動力學方面的研究還不充分，所建立的動力學模型過于復雜，不便於控制理論和控制工程學者進行研究。
  11. Path planning of the mobile robot is one important part of the technique of the mobile robot. researching on it has significant meaning in theories and engineering applications

    路徑規劃作為移動機器人技術的一個重要組成部分，對它的研究具有重要的理論意義和工程應用意義。
  12. " we aimed to create a robot that could live and coexist with people, " toshihiko horiuchi, project leader at hitachi s mechanical engineering research laboratory robotics technology project, told a news conference

    「 emiew 」機器人的兩只手臂可以像真人一樣活動，可以抓東西。日立機械工程研究室機器人技術項目負責人toshihiko horiuchi說： 「我們研製成功的是一款能與人共同生活的機器人。 」
  13. Reverse engineering : development of advanced cmm ( coordinate of measure machine ) used for reverse engineering, including laser based cmm, photo based cmm and portable robot cmm

    反求測量設備研發：開展反求工程中關鍵坐標測量設備開發，包括激光測量、機械臂隨動測量。從測量原理、系統構成、關鍵演算法、樣機開發、應用測試等方面開展了系統的工作。
  14. Robotics is a relatively new field of modern technology that crosses traditional engineering boundaries. use of the robot manipulators characterizes the latest trends in the automation of the manufacturing process

    本研究群以非線性控制與適應性控制等尖端控制理論為基礎，針對生產自動化等方向，發展新一代的機器人應用技術
  15. This course covers all necessary fundamentals of robotics has most subjects that an undergraduate engineering student may need to know to be familiar with the subject, to be able to understand robots and device, to be able to design a robot, and to be able to integrate a robot in appropriate applications

    藉由本課程可讓學生學習到機器人的基本概念與創造發明的基本方法，透過相關課程的介紹， ?解輔具的定義、能夠分析與設計輔助機器人、並透過專題製作的方式整合應用相關知識組裝輔助機器人。
分享友人
分享到 Line

分享到臉書