walking machine
英 [ˈwɔːkɪŋ məˈʃiːn]
美 [ˈwɔːkɪŋ məˈʃiːn]
网络 步行机器; 遛马机; 步行机
双语例句
- It is important for quadruped walking machine to keep its stability in high speed walking.
四足机器人在高速动态步行过程中保持稳定性是十分重要的。 - I know of some people who use the walking machine much faster, but that's not for me.
据我所知，有些人使用步行机快得多，但不适合我。 - Generally, there is a step counter on a walking machine to show how many kilometers you've walked.
走步机上一般都有计步表可以计算你走的公里数。 - Walt: I'm out of here! You're a walking germ machine.
我要离开这里！你简直就是细菌制造器。 - Research on the Dynamics and Kinematics of Six-legged Walking Machine
六足步行机动力学和运动学研究 - Omnidirectional dual-tripod walking machine(ⅱ)── walking mode planning
全方位双三足步行机器人（Ⅲ）&步行模式规划 - By use of the revolving slide-bar mechanism the actualize practical bio-simulation walking machine is actualized.
采用这种转动滑杆机构可望产生实用的步行机械。 - STUDY OF STEERING PROBLEM OF THE HEXAPOD Research on the Dynamics and Kinematics of Six-legged Walking Machine
六足步行机的转向问题探讨六足步行机动力学和运动学研究 - The flexible moving ability of walking machine is fully utilized and the moving process between intersecting planes is greatly simplified with the kinematics planning and optimization algorithm.
应用该运动规划和优化算法，可以充分发挥步行机灵活的运动能力，大大简化其在相交面上的运动过程。 - The Flexibility of Walking Machine Imitating a Crab
仿蟹步行机构模型灵活度分析 - On uneven road surface, walking exceeds rolling, however, existing bio simulation walking machine is quite complicated and not suitable for practical use.
在不平的路面上步行运动大大优于轮子的滚动，然而目前仿生步行机构相当复杂，不适于实际应用。 - Design of Paddy Field Skidproof Hydrostatic Hexapod Walking Machine
水田防滑静液压六足步行机器的设计 - Applied stepping Motor Control In walking Machine
步进电机控制在步行机中的应用 - Adhesive Performance of Multi-Legged Robot and Its Relation to Stability The author has reviewed relative researches concerning multi-legged walking machine domestically and abroad and summarized literature of researches on multi-legged gait of walking machine.
多足步行机附着性能及其与稳定性能的关系首先论文对国内外相关研究的现状以及近年来多足步行机步态研究方面的文献进行了综述。 - Modeling of the walking machine based on openGL and kinematics simulation
基于OpenGL的步行器建模及运动仿真 - The Kinematics Analysis of the Five Legged Walking Machine Climbing Ladder with Unequal
五足步行机攀登不等距桁架运动分析 - The control is a key problem to develop walking machine.
控制问题是步行机研制中的关键问题。 - Exercise. Kinematics planning of walking machine between intersecting planes
步行机相交面运动规划 - Dynamic Manipulability Analysis and Parameter Optimization of Walking Machine
步行机动力学操作性的研究及机构参数的优化 - The Determination of Forward Displacement of Hexapod Walking Machine in Tripod Gait
昆虫类步行器以三角步态行进时驱体位置和姿态的确定 - A all-direction gait and balance of four-legged walking machine is discussed and a balance criterion which is suitable for engineering application is presented.
对四足步行机器人的平衡与全方位步态进行了研究，提出了一种适用于工程应用的静平衡判断准则； - In this paper we study the stability of four-legged walking machine and build the calculating mode considering the effects of kinetic mechanism and its transmission system on stability.
本文研究了四足步行机的行走稳定性问题，建立了考虑运动机构包括腿机构及其传动系统影响的稳定性模型； - This paper analyses the force distribution of six-legged walking machine, Then making use of the results, We analyse the force imposed on the legs.
本文对六足步行机的受力情况进行分析，并在此基础上分析腿部的受力情况。 - In accordance with the locomotion principle of omnidirectional walking machine DTWM, the deformation motion of vehicle body is modelled. Two kinds of walking mode planning approaches, i.
根据全方位双三足步行机器人DTWM的步行移动原理，建立DTWM车体变形运动模型，提出两种步行模式的规划方法&规划Ⅰ、规划Ⅱ。 - Generalized mechanism, controllable mechanism, conceptual design of mechanism system, robot and walking machine mechanism, micro mechanism and micro drivers, bionic mechanism, and new type mechanism are the main research fields of modern mechanisms.
广义机构、可控机构、机构系统概念设计、机器人和步行机机构、微机构和微驱动、仿生机构、新型机构等是现代机构学研究的主要内容。 - A Study of Loaded Walking Machine with Connecting Rod
连杆式仿生载重步行机的研究 - Performance of Energy Saving of Six Legged Walking Machine
空间多关节六足步行机器人机构的轻便性分析 - The Design of Six-legged Walking Machine
六足步行机器人的设计研究 - As the forestry mechanization more and more perfect in the future, the electronically controlled walking machine will has a good market prospects as its good obstacle and environmental performance.
在林业机械化越来越完善的将来，具有良好越障能力和环保性能的林间代步机器人将拥有广阔的市场前景。 - The ability to control the constant tension is one of the important targets to evaluate the performance of low speed wire walking machine tool, which will directly affect the machining precise and machined surface quality.
走丝机构的恒张力控制是衡量慢走丝线切割机床性能的一项重要指标，直接影响着工件的加工精度和加工表面质量。