Hinge joint at elbow allows movement in one plane.

铰链关节—在手肘容许一平面的运动。

Fixed some problems with hinge Joint Behavior and added some improvements so it is smarter about positioning of the hinge.

固定的一些问题，铰行为，并补充了一些改善，这是聪明的定位的铰链。

In the framework design, different kinds of node are commonly assumed to be rigid or hinge joint, which possess different node characteristics.

在框架设计时，大都假设为刚接或铰接节点，因而节点的受力特性有一定的差异。

The material choice, moulding method, joint principle and shape design of hinge joint, hasp joint, clamp joint and press fit joint of normal plastics were introduced.

介绍常用塑料铰链联接、搭扣联接、卡夹联接、压力装配联接的联接件材料选择、成型方法、联接原理、形状设计等。

However by applying node point coupling and restraint equations the result of calculation was basically identical with the calculation result that adopts beam unit hinge joint.

而采用节点耦合和约束方程，则与采用梁单元铰接的计算结果基本一致。

The mould net resolved anti-corrosion problems occurred in hinge joint process and reduced the need for reinforcement during construction work, and improved evenness of mould net.

该模网解决了现有铰接连接件易防腐蚀问题，减少了施工过程中需要配筋的工作，并且改善了模网的平整度。

Rather than a flexible lower jaw joint, they had a hinge between the upper jaws and the rest of the skull.

他们没有可活动的下颌关节，而是有一条筋腱连接着上颚和头骨。

The ODE currently supports the ball-and-socket, hinge, slider, fixed, angular motor, and hinge-2 (for vehicle joints) joint types, among others.

ODE 目前可以支持球窝、铰链、滑块、定轴、角电机和 hinge-2 （用于交通工具的连接）连接类型，以及其他一些连接类型。

Conclusions it is an effective method for the treatment of malignant tumors of knee with the rotating hinge prosthesis. It has the advantage of early recovery of joint function.

结论旋转铰链型膝关节假体置换是治疗膝部恶性肿瘤的有效方法，具有关节功能早期恢复的特点。

The theory how forces act on the joint, the kinds of destruction, bar anchor problem of U-shaped bar and the length of hinge were further discussed and analyzed.

结合前面的工作，对节点的受力机制、破坏类型、失效方式、节点中钢筋粘结滑移情况以及塑性铰长度等进行了进一步的分析和探讨。

Others from V or X shapes. Some canopies are a single piece and some are two pieces with a hydraulic ram at the hinge-joint.

另从V或X形。一些檐篷是一个单一的作品，有些是两件与液压内存在铰链联合。

The results are compared with those obtained by the conventional hinge-joint method and the average parameter method, obtaining conclusions which are useful in designing practice.

将精确解的结果与习用的铰链法和平均参数法加以比较，得出了对实际设计工作有益的结论。

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。