步态周期 meaning in Chinese
gait cycle gc
gait cycle，gc
Examples
- According to the dynamic boundary conditions during walking , the corresponding mechanical analysis was performed for five typical phases in a gait cycle of the residual limb
根据行走过程中残肢与接受腔的动态边界条件，对残肢在一个步态周期内的5个典型步态时相进行了动态受力分析。 - The stresses are measured on the residual limb / prosthetic socket interface with the advanced stress analysis instrument . by the analysis of the data , it is concluded the stress distribution while the subject are standing and during walking on different phase of gait cycle . the stabilization of the medial - lateral and anterior - posterior are analyzed
对患者穿戴接受腔的受力情况进行了实际测量，通过对所测数据的分析，总结出静态和动态步态周期各阶段残肢表面的受力情况，分析了系统前后侧和内外侧的稳定性，并将实际测量结果与理论分析进行了比较研究，说明了二者的相同点和不同点以及产生不同的可能原因。 - In this paper , taken quadrilateral socket as an example it is introduced the main function of the prosthetic in socket / residual limb system , analyzed the design theory of different wall of the prosthetic socket . it is discussed the relationship of the trans - formal prosthetic and the movement of the body weight and pointed out the main supporting area of the body in different phase of gait cycle
本论文以四边形接受腔为例论述大腿假肢在接受腔残肢系统中的作用，分析了接受腔各壁的设计理论，讨论了理论上步态周期各阶段大腿假肢与人体重心移动之间的关系以及残肢各部分的受力情况，并指出各阶段的主要承载区。 - The walking stability has direct relation to the gait of the robot , and whether the gait is nicer is vital to the stability . by researching of the walking habit of human being , we proceed the gait planning of biped walking robot , decide the single foot supporting and double feet supporting , and bring forward the principle of phase divided and divide a gait cycle into eight sub - phases . that guarantees the continuity , stability of the whole walking
而步行稳定性与机器人的步态有着直接的关系，良好的步态对步行机器人的稳定性来说又是至关重要的，通过对人类步行习惯的研究，对两足步行机器人进行步态规划，确定了步行机器人的单脚及双脚支撑周期，提出了分相的原则，并将一个步态周期分为八个子步相，保证了运动过程的连续、平稳，并利用zmp理论对步行机器人稳定性进行计算，给出静态稳定步行的条件。