The exoskeleton

The exoskeletonThe exoskeleton
  1. The exoskeleton allows direct transfer of mechanical power and information signals .

    操作者与外骨骼之间可以进行直接的力及其它各种信息的传递,因此,非常适合用于康复医疗。

  2. Hard plate or element of the exoskeleton of some arthropods .

    某些节肢动物外骨骼硬片或成分。

  3. The exoskeleton structure is adopted and the flexible PMs are selected as its actuator .

    基本的结构采用连杆的外骨骼形式,驱动器选用柔顺性好的气动肌肉。

  4. The exoskeleton use step motors as power , and use angle displacement sensors to measure the angle of arm movement .

    外骨骼以步进电机作为动力源,用角度位移传感器测量其手臂的运动位置。

  5. Kinematics and dynamics simulation of the exoskeleton robot , the trajectory tracking control laws are done in collaborative simulation platform .

    在平台上,进行助行腿运动学和动力学仿真分析,步态轨迹跟踪控制算法仿真实验。

  6. Growth in crustaceans involves periodic shedding of the exoskeleton during molting .

    甲壳类的生长包括蜕皮过程中外壳周期性的蜕壳。

  7. Preparation of Chitin and Chitosan from the Exoskeleton of Antarctic Krill

    南极磷虾虾壳制备甲壳素/壳聚糖的工艺研究

  8. So far , the exoskeleton lets you carry 90 kilograms ( 200 lb ) without fatigue .

    目前,这套装备能够让你负重90千克而不会感到疲惫。

  9. Friend or foe , the Exoskeleton embodies our hopes and fears about tomorrow 's robots .

    是敌是友,Exoskeleton体现了人类对未来机器人的希望和恐惧。

  10. But one day soon , this X-ray vision will join robots and the exoskeleton as technological breakthroughs that will change our lives .

    但是很快,这种x射线视觉就会利用到机器人领域,作为重大技术突破,exoskeleton将改变我们的生活。

  11. The Exoskeleton is the creation of engineer Stephen Jacobsen .

    Exoskeleton是工程师斯蒂芬·雅各布森的杰作。

  12. Study on the Exoskeleton Leg for Training Paraplegic Patients ; Selective peripheral denervation for treatment of lower limbs spasm of cerebral palsy

    脑卒中瘫痪下肢外骨骼康复机器人的研究周围神经选择性切断治疗脑瘫性下肢痉挛

  13. Their hard outer shell , called the exoskeleton , does not grow with the crawfish and is shed periodically .

    它们坚硬的外壳,叫做外骨骼,不会随着小龙虾的成长而生长,而会周期性蜕落。

  14. The exoskeleton technology is one of embranchments of the robot technology . It is an external structural mechanism whose joint correspond to those of the human body .

    外骨骼系统是机器人研究领域中的一个分支,它是一种各关节与人体关节相一致,并依附于人体外部的机械系统。

  15. Because the exoskeleton is very fragile , if a tarantula is dropped from a low height , it will shatter and die .

    因为它们的外骨骼非常脆弱,因此如果一支狼蛛即便从离地面较低的空中掉下,它也会支离破碎甚至死亡。

  16. And it does not require much energy to work : in its current form the exoskeleton has just two small clutches which only draw a quarter of a watt of power each .

    其在能量上的需求也不大,目前的设计只有两个离合器需要各四分之一瓦的电力。

  17. Chitin is an important polysaccharide that occurs in the exoskeleton and gut linings of insects , and it was degraded by chitinase at appropriate time for the proper development stage of the organism .

    几丁质是昆虫外壳和围食膜的重要组成成分,在适当的时期昆虫分泌适量的几丁质酶降解几丁质以保证昆虫的正常生长。

  18. We design a bottom control system of the exoskeleton hand for EVA glove mechanics testing in this thesis , together with the exoskeleton hand , it establishes favorable foundation for the testing and designing of the EVA glove .

    本文研制了EVA手套力学特性测试外骨骼手的底层控制系统,结合测量外骨骼手机械本体,为EVA手套的测试和设计奠定了良好的基础。

  19. Using the robot exoskeleton , a single soldier can carry items as heavy as 90 kilograms .

    使用外骨骼机器人,一个士兵可以随身携带重达90公斤的物品。

  20. In this paper , we provide a method of ant brain for embedding tissue section technique which is aimed at the firm exoskeleton .

    本试验即对鼎突多刺蚁的脑部组织切片方法进行了摸索和研究。

  21. Based on three-dimensional parametric software Pro / E , the rehabilitation exoskeleton model is established and design parameters are given in detail . Then , for the characteristic of free movement in indoor environment , the rehabilitation robot wireless information collection system included upper and lower machine is completed .

    基于三维参数化软件Pro/E建立外骨骼康复机器人的实体模型并给出了具体设计参数。然后,针对康复训练机器人室内环境自由移动的特点,完成了外骨骼机器人无线康复信息采集系统的上下位机设计。

  22. A force control method based on inner position loop was discussed and applied to the control of exoskeleton suit .

    讨论一种基于位置内环的力控制方法,并将其应用于骨骼服的控制之中。

  23. Primary study on the histology of exoskeleton of female pleopod in Eriocheir sinensis

    中华绒螯蟹雌体腹肢外骨骼组织学初步研究

  24. Primary study on the histology of exoskeleton of female pleopod in Eriocheir sinensis ;

    用组织学方法初步研究了罗氏沼虾雌体腹肢外骨骼的结构。

  25. The upper extremity exoskeleton repetitive therapy robot is one kind of medical device which uses in hemiparalysis patient being restored to health .

    上肢外骨骼式康复机器人是一种用于偏瘫患者康复的医疗设备。

  26. The tegument and exoskeleton structure and the cement glands activities of female pleopod in different physiological stages of Eriocheir sinensis were investigated by histological method .

    用显微及亚显微方法研究了中华绒螯蟹雌体不同生理阶段(幼蟹、未成熟蟹、成熟蟹、抱卵蟹和流产蟹)腹肢的体壁结构变化和粘液腺发育特征。

  27. The first robot exoskeleton in China , named AIDER , has been officially unveiled in Chengdu , Sichuan province , making China the fourth country in the world to develop the cutting-edge technology .

    中国首个名为AIDER的外骨骼机器人日前在四川省成都市正式亮相,这也使得我国成为世界上第四个发展该前沿技术的国家。

  28. The first brain-controlled exoskeleton to be built was named after the most famous Brazilian scientist ever , Alberto Santos Dumont , who , on October 19 , 1901 , created and flew himself the first controlled airship on air in Paris for a million people to see .

    第一个脑控骨骼康复机器人是以巴西最著名的科学家,阿尔贝托桑托斯杜蒙来命名,他在1901年10月19号发明并自行飞行了第一架驾驶飞艇在巴黎上空在百万人们的注视下飞行。

  29. The Research of Arm Exoskeleton System for Rehabilitation Therapy

    康复医疗手臂外骨骼系统的研究

  30. The Control System of Exoskeleton Hand for EVA Glove Mechanics Testing Based on FPGA

    基于FPGA的EVA手套力学测试外骨骼手的控制系统