弯管模往复摆动，供料系统的吐丝头绕管模旋转，形成缠绕运动。
The winding movements were made with the reciprocating pendulation of the elbow module and the rotation of the spinneret surrending the elbow module.
讨论了张力控制系统的构成原理，设计了以可编程控制器控制的交流伺服系统，实现该设备的可控非回转体环向缠绕运动；
Next, discussing structuring truth of tension control system, designing that PLC control AC servo-system, achieve may control no- gyrating round fiber winding motion;
而较长的宁静型暗条可能存在着缠绕结构，其运动较为复杂，旋转方向沿轴向发生变化。
And the winding structure of a longer quiet filament may exist, the motion of the filament is comparatively complex and the rotational direction alters along the axis.
基于工控机和多任务运动控制器的缠绕机CAM系统采用电子齿轮方式实现缠绕机同步运动控制。
CAM system based on industry computer and multi-task motion controller adopts the electrical gear to accomplish synchronous motion control of the winding machine.
本文针对多轴纤维缠绕机数控系统，提出了一种集成于运动控制器平台上的纤维缠绕张力控制系统的方案。
A new tension control system integrated into the platform of motion controller is developed in this article for the numerical control system of multi-axes filament winding machine.
本文用微分几何理论推导出纤维缠绕复合材料压力容器的非测地线缠绕轨迹、包角方程及绕丝头运动方程。
Non geodesic trajectory mandrel rotation and payout eye motion equations for fiber reinforced composite pressure vessels are derivated by theory of differential geometry.
但是，NIST的集团能够缠绕的机械运动的两套振动离子。
But the NIST group was able to entangle the mechanical motion of two sets of vibrating ions.
向性运动让常春藤缠绕。
本文研究了微型机控制纤维缠绕机的运动规律，并建立了数学模型。
In this paper general rules of kinematic conduct of filament winding machines are studied and the corresponding mathematic model is established.
本文研究了微型机控制纤维缠绕机的运动规律，并建立了数学模型。
In this paper general rules of kinematic conduct of filament winding machines are studied and the corresponding mathematic model is established.
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