1) human body joint
人体关节
1.
The revising algorithm of the image contour was studied according to the image characteristic of the human body joint,when the contour recognizing had been done, contour could be revised by the methods of the auto-selection and manual-selection manner respectively, and the image processing effect has the higher accuracy.
针对人体关节图象的特点，对图象轮廓的修正算法进行了研究，提出了在轮廓识别完后，采用自动与手动修正轮廓的方法对轮廓进行修正，使人体关节图象的处理具有高的准确性。
2.
On the basis of the conventional meidan filtering, An novel method of the improved median filtering was provided according to the characteristic of the CT image of human body joint through the computer scanning.
在传统中值滤波的基础上，根据扫描进入计算机后人体关节CT图象的特点，提出一种在消除孤立噪声、保护边缘的同时使图象边缘得到增强的改进中值滤波法。
2) human hip
人体髋关节
1.
Objective: To evaluate the biomechanical attributes of the human hip joint;Methods: A general 3-D static biomechanical modeling for human hip joint is developed firstly,then as an example,the biomechanical attributes at the hip joint for one legged stance,such as the peak stress,the weight bearing area and the stress distributions,are evaluated.
为了评估人体髋关节生物力学属性,通过建立一个三维静态人体髋关节生物力学普适模型,并以人体单足静立状态为例,计算和分析了髋关节处的峰值应力、承载区域、应力分布等生物力学属性;通过与文献比较,显示本模型具有较好的可靠性;所建立的人体髋关节生物力学普适模型,可有效地应用于临床髋关节生物力学分析,从而为揭示骨盆骨性几何参数与髋关节接触力与应力分布间的本质关系、为临床治疗髋关节疾病等提供科学的理论依据。
3) knee joint of human
人体膝关节
1.
The structural design and analysis for joint mechanism is studied based on the knee joint of human.
本文以人体膝关节为设计原型，研究关节机构的结构设计与仿真： 第一，针对传统关节机构在结构和驱动方式存在的不足，提出了以人体膝关节为仿生原型，设计关节机构。
5) Adult cadaveric knee
离体人膝关节
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