×

robot hand造句

"robot hand"是什么意思   

例句与造句

  1. The successful design of the miniature fingertip force / torque sensor is the basis of the research on multisensory dexterous robot hand
    微型指尖力力矩传感器的成功研制为具有感知功能的机器人灵巧手的研究奠定了基础。
  2. First of all , an reference frame establishment algorithm for the humanoid robot hand frame is presented on the basis of the existing study on industrial robots
    首先,以现有的工业机器人研究成果为基础,提出了仿人机械手的坐标系建立方法。
  3. Finally , a novel concept named the modular self - reconfigurable robot hand is presented according to the holonic grasp and the modular self - reconfigurable idea
    最后,本文通过结合holon抓取和模块化自重构的思想,提出了模块化自重构机器人手的新概念。
  4. This kind of robot hand has the autonomous capacity to adjust its configuration for adaptation to variant grasp tasks . hence , it can be used in more complicated situations
    这种机器人手可针对变化中的抓取任务及时调整构形,因此更适合在复杂多变的环境中完成抓取任务。
  5. Drive and control is one of the important research aspects of dextrous robot hands , which plays a key role in improving the levels of intelligence and manipulation
    机器人灵巧手的驱动与控制是机器人灵巧手研究的主要方向之一,它是提高其智能化水平和作业水平的重要因素。
  6. It's difficult to find robot hand in a sentence. 用robot hand造句挺难的
  7. This paper also constructs the hit / dlr robot hand kinematic model including the palm and analyzes the difference between the two models and the corresponding motion mapping difficulties
    建立了hit / dlr灵巧手的运动学模型,分析了人手模型和灵巧手模型的结构差异及其造成的映射困难。
  8. In this paper , a mathematical model for a humanoid robot hand with five fingers and a palm ( humanoid robot hand is called below for short ) is investigated by consulting the anatomic study achievements of the human hands
    摘要以人手的解剖学研究成果为基础,对具有五个手指和手掌的仿人机械手(以下简称仿人机械手)的数学模型进行研究。
  9. Finally , considering the feature of the multi - fingered robot hand system , in the thesis presented is a control schemes for the hand which , based on multi - agent theory , has been implemented on the jade platform
    最后本文将多智能体的思想运用于多指手协调控制。针对多指手系统的特性,给出了一种基于多智能体的分布式多指手控制系统结构。
  10. This paper analyzes the recent works about the dexterous robot hand teleoperation with telepresence and teleoperation with time delay , and focuses on the hit / dlr hand teleoperation and related key technologies
    本文在分析了临场感灵巧手遥操作系统和解决机器人遥操作时延问题的研究基础上,对hit / dlr机器人灵巧手遥操作系统及相关的关键技术进行了深入细致的研究。
  11. Based on the synthetic analysis of the state and development of the multi - fingered robot hand , this thesis mainly deals with the real - time intelligent control schemes for the multi - fingered robot hand and shows simulation results of a two - fingered robot hand with the control schemes mentioned later
    本论文在综合分析国内外机器人多指手研究现状与发展水平的基础上,着重研究了多指手的实时智能控制方法及仿真实现。
  12. Teleoperation is a simple and effective way to control robot hand which using the human grasp experience to guide the dexterous hand grasping . in teleoperation , the operator is responsible for the task planning and command design , while the robot hand finishes the grasp
    采用遥操作方式,将人作为系统中的一个环节参与灵巧手的抓取控制是一种简单有效的方法,利用人的抓取操作经验进行高层次的任务规划和命令设计,利用灵巧手完成任务执行。
  13. In this paper , the classification of industrial robot hands was discussed , traits and structure forms of various types of hands were analysed , and in order to understand and design the hands of robot , typical structures of some robot hands in use were explained in details
    讨论了工业机器人常用手部的分类,对不同类型的手部进行了使用特点和结构形式的分析,并对实际使用中的某些机器人手部典型结构进行了详细分析,为了解机器人手部结构和进行手部设计提供了帮助。
  14. Abstract : in this paper , the classification of industrial robot hands was discussed , traits and structure forms of various types of hands were analysed , and in order to understand and design the hands of robot , typical structures of some robot hands in use were explained in details
    文摘:讨论了工业机器人常用手部的分类,对不同类型的手部进行了使用特点和结构形式的分析,并对实际使用中的某些机器人手部典型结构进行了详细分析,为了解机器人手部结构和进行手部设计提供了帮助。
  15. 更多例句:  下一页

相邻词汇

  1. "robot gripper"造句
  2. "robot guidance"造句
  3. "robot guitar"造句
  4. "robot gyro"造句
  5. "robot hall of fame"造句
  6. "robot handler"造句
  7. "robot helicopter"造句
  8. "robot hell"造句
  9. "robot holocaust"造句
  10. "robot honey"造句
桌面版繁體版English日本語

Copyright © 2025 WordTech Co.

Last modified time:Wed, 13 Aug 2025 00:29:56 GMT