纤维缠绕机控制系统中，缠绕台车速度跟踪控制是其关键技术。
Trolley speed control is one of the key techniques used in the control system of filament winding machine.
将该规划算法用于多坐标联动纤维缠绕机的数控系统中，效果很好。
A good effect is achieved when using this programming algorithm in the NC system of a fiber wrapping machine with multi-axis simultaneous movement.
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.
应用上述方法设计的控制系统，使纤维缠绕机的纤维缠绕线型准确、可靠。
The filament winding using the new method was accurate and reliable in the string pattern.
主要论述了数控纤维缠绕机张力控制系统的设计原理、基本构成及其实现方法。
The design principle, basic composition and implementing method of tension control system of digital control fiber winding machine are described.
本课题所研究的纤维缠绕机就是生产纤维缠绕制品的主要设备，控制器便是该设备控制系统的核心。
FWM researched in this thesis is the primary equipment that manufactures fiber production, and the controller is core in control system of this equipment.
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.
纤维缠绕机作为生产聚合物基复合纤维缠绕制品的专用设备，它的设计和生产是机械制造行业中的一个新门类。
The filament winding equipment is the special equipment for the production made of composite materials. Its design and production is a new field of the mechanic manufacture.
文章在实验的基础上，对以磁粉离合器为执行元件的数控纤维缠绕机精密张力控制系统进行了深入的探讨与研究。
The paper studied the tension control system for NC Filament Winding Machine with magnetic particle clutch as the tension actuator based on the tests.
应用上述方法设计的控制系统，不仅使纤维缠绕机的纤维缠绕线型准确、可靠，而且改善了缠绕台车变速过程的动态性能。
The filament-winding machine using the new control strategy was accurate and reliable in the line type, and also the dynamic performance of the winding trolley during its speed change was improved.
由于在生产中会发生纤维断线和其他问题，因此需要对微机数控纤锥缠绕机的工作过程进行人工干预。
It is necessary to adjust the working process of the microcomputer numerical control fibre winding machine manually for fibre breaking and other failures in work.
由于在生产中会发生纤维断线和其他问题，因此需要对微机数控纤锥缠绕机的工作过程进行人工干预。
It is necessary to adjust the working process of the microcomputer numerical control fibre winding machine manually for fibre breaking and other failures in work.
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