1) bionic joint
仿生关节
1.
To offer the kinematics equation of bionic joint,composed by spherical gear with ring involute teeth, is the aim of this paper.
建立了基于渐开线环形齿球齿轮的仿生关节机构的运动学模型。
2.
Characteristics of the bionic joint with 3-DOF parallel manipulator include a well-knit structure,good bearing capacity and easy control.
自由度仿生关节并联机构具有结构紧凑、承载能力大和易于实现的特点。
2) bionic joint capsule
仿生关节囊
1.
A Tester based on bio-artificial-joint was built up to evaluate wear of joints and dynamic fatigue of bionic joint capsule.
结果表明:所建立的装置不仅可以加速考察人工关节配副的磨损特性,还能够加速评价仿生关节囊的动态疲劳性能,同时实现转速、载荷以及运动角度等参数可调并具有较强可操作性;UHMW PE的磨损量与运动周期近似呈线性关系,UHMW-PE的体积磨损率相对稳定,约为70~80 mm3/106周期,且具有较好的重复性与可靠性。
4) Four-bar link bionic knee joint
四连杆仿生膝关节
6) apery articulated coordinate measuring machine
仿人关节式坐标测量机
补充资料：跟距关节融合和跗中关节离断术
跟距关节融合和跗中关节离断术
Syme amputation
踝部截肢时，胫骨下关节软骨切除、保留软骨下骨质，切除距骨和跟骨，保留跟骨后部骨膜和跟下脂肪垫，将其与胫骨残端骨膜缝合。残端负重性能好，也方便安装假肢。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条