exoskeleton

美 [ˈeksoʊskelɪtn]英 [ˈeksəʊskelɪtn]
  • n.(昆虫等动物的)外骨骼
exoskeletonexoskeleton

noun

biology 生(昆虫等动物的)外骨骼
a hard outer covering that protects the bodies of certain animals, such as insects

compare endoskeleton

noun

1
the exterior protective or supporting structure or shell of many animals (especially invertebrates) including bony or horny parts such as nails or scales or hoofs

数据来源:WordNet

  1. In simple terms , an exoskeleton is an external device that supports , covers and protects its user , giving greater levels of strength and endurance .

    简而言之,外骨骼就是支撑、遮盖和保护使用者的外部设备,为其提供更高水平的力量和耐力。

  2. Global exoskeleton revenues are expected to rise from $ 392m in 2020 to $ 6.8bn in 2030 , according to a study by ABI Research .

    互联网数据资讯网的调查指出,全球外骨骼收入有望从2020年的3.92亿美元(约合人民币25.7亿元)增至2030年的68亿美元(约合人民币446亿元)。

  3. Modeling and Design of Control System for Upper Limb Exoskeleton Robot

    上肢外骨骼机器人控制系统建模与设计

  4. 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。

  5. The Research of Arm Exoskeleton System for Rehabilitation Therapy

    康复医疗手臂外骨骼系统的研究

  6. Teleoperation of Internet Based Robot Using a Human Arm Exoskeleton

    基于外骨骼技术的机器人远程控制

  7. In this paper , we study a lower extremity exoskeleton rehabilitation medical bed .

    本文研究的是一种床式下肢外骨骼康复医疗设备。

  8. Exoskeleton suit neural network sensitivity amplification control technique

    骨骼服神经网络灵敏度放大控制方法

  9. 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

  10. Research on Joint Force Sensor of a Rehabilitation Hand Exoskeleton for Injured Fingers

    创伤手指康复外骨骼手关节力传感器研究

  11. Design and Experiment on the Pneumatic Control System of Lower Limb Rehabilitation Exoskeleton Orthosis

    下肢康复医疗外骨骼气动控制系统的设计和实验研究

  12. Dynamics modeling and motion control for lower limb exoskeleton orthosis

    下肢外骨骼矫形器的动力学建模与运动控制研究

  13. Exoskeleton Suit ′ s Impedance Control Based on Tracking Differentiator

    基于跟踪微分器的骨骼服阻抗控制方法

  14. The FPGA-Based Bottom Control System of Exoskeleton Hand

    基于FPGA的外骨骼手的底层控制系统

  15. 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。

  16. According to this scheme , the paper designed the mechanical structure of the lower extremity exoskeleton robot .

    按照这一方案,设计了下肢行走康复机器人的机械结构,并研制了样机。

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

    某些节肢动物外骨骼硬片或成分。

  18. We had no exoskeleton , we had no patients , we had nothing done .

    我们没有机器人,没有患者,我们什么都没有。

  19. they are actually a kind of exoskeleton that keeps the suit rigid .

    它们实际上是一种让衣服保持稳固的外骨骼。

  20. A new type of exoskeleton mechanism has been developed by combination of parallelogram link and gear .

    利用平行四边形连杆和齿轮的组合设计了一种外骨骼机构。

  21. Design and Study of Lower Artificial Limb Exoskeleton Based on the Control of EMG for Rehabilitation Physic

    基于肌电信号控制的康复医疗下肢外骨骼设计及研究

  22. The green light from the FDA is a big step forward for the entire exoskeleton industry .

    FDA的此次批准是整个动力外骨骼行业迈出的一大步。

  23. Pattern Recognition of Electromyography Applied in Exoskeleton Robot

    应用于外骨骼机器人的肌电信号模式识别

  24. At home , your exoskeleton will help you with all sorts of manual labor .

    在家里,exoskeleton能帮助你干任何体力劳动。

  25. By the result was analyzed that the manufacture of materials and mechanical structure of exoskeleton robot meet the design requirements .

    通过分析,确定外骨骼机械手的制造材料和机械结构满足设计要求。

  26. It is necessary to develop a multi-channel real-time on-line monitoring system for the study of the exoskeleton suit .

    在骨骼服研究中,需要研制一种多通道实时在线监测系统。

  27. General Motors is also looking at a battery-powered exoskeleton glove developed by Bioservo .

    通用汽车公司同时也在测试Bioservo公司研发的一款靠电池供电的外骨骼手套。

  28. The giant ant would be crushed under the weight of its own exoskeleton .

    巨型蚂蚁会被自身的骨骼重量压垮。

  29. 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。

  30. Besides , mathematic model of power assist exoskeleton system for upper limb based on pneumatic artificial muscles is put forward .

    在此基础上,建立了基于气动肌肉的外骨骼上肢助力系统的数学模型,并对系统特性进行了研究。