human knee
英
美
[网络] 人的膝盖
双语例句
- From our experiments, we found that the human knee joint and the human cubit joint are not usual moving pairs, but are special bio-hinge.
根据我们的实验，人体肘关节和膝关节都不是通常的运动付，而是特殊的生物铰。 - 4-bar closed-chain knee joint controlled by intelligent MR damper has polycentric characteristic of human knee joint.
由智能阻尼器控制的4-bar封闭链仿生膝关节转动中心是变化的。 - Objective: Collect the normal image of CT and MRI scans of the knee, take advantage of the three-dimensional reconstruction and ANSYS three-dimensional finite element softwares to the establishment of dimensional finite element model of the normal human knee.
目的：收集正常人膝关节CT及MRI扫描图像，利用三维重建及ANSYS等三维有限元软件，建立正常人膝关节三维有限元模型。 - Optimization computation of 14 mechanism parameters of 4-bar knee joint is used to make it track human knee joint and damper cost minimum energy.
通过对膝关节机构参数的多变量最优化设计，保证仿生腿各关节中心点跟踪给定轨迹，且阻尼器能耗小。 - Knee spiral CT medical image data, you can set up the faithful to the human knee anatomical structure of the three-dimensional model of the knee, and further establish the standard virtual surgery system assisted anterior cruciate ligament reconstruction surgery process.
结论：1.根据膝关节螺旋CT医学图像数据，可以建立起忠实于人体膝关节解剖结构的膝关节三维图像模型，并可以进一步建立标准的虚拟手术系统辅助下前交叉韧带重建术的手术流程。 - Joint between the femur and tibia in a quadruped; corresponds to the human knee.
四足动物大腿骨和胫骨之间的关节；与人类的膝盖对应。 - Establish the model of human knee in order to study its biomechanics mechanism.
正常国人急性意外死亡的膝关节模型制作，研究其生物力学机制； - Conclusion ① The model set up in this project belongs to three-dimensional human knee joint basic dissection models, which matches the virtual anatomy of human knees so that it can be reliably used to analyze the stress distribution condition of human knee joints.
结论①本实验所建模型属三维人膝关节解剖基静力模型，与人膝关节解剖实际相符，能很好地用来分析膝关节的应力情况。 - The purpose of this study include: establish a three-dimensional movement model of human knee;
研究内容包括：建立人体膝关节的三维运动的实验模型； - The research finding of biomechanics of the human knee in vivo is not only as a reference to deeply understand the behavior of joints, protect joints consciously against injury, but also as a tool to identify the treatment of knee pathologies.
同时膝关节生物力学特性的研究对人类深入认识关节行为，有意识的保护关节，减少关节损伤以及确定关节伤病后的康复方案提供参考。