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A Study on a Single Jersey Loop Formation System

机译：单泽西环流形成系统的研究

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It is evident from the above report that some fundamental principles are involved in the interplay between the input parameters (critical yarn, machine and process variables) and the control variables (loop length, peak needle force and robbing back) of a loop formation system, which remain to be discovered, but manifest themselves in the peculiarities of the system's character, observed in isolation. This calls for a more detailed and thorough investigation of loop formation. The scope of the model for the loop formation mechanism also needs to be broadened by incorporating bending properties of yarn as well as the effect of sinker movement. It is felt that an attempt to optimise the knitting process is liable to yield questionable results if the system is not understood in its entirety at the outset. The same would also apply when devising intricate mechanisms for controlling loop length. Similarly, the introduction of a qualitative change in the process of loop formation (e.g. the compensatory action between needles and sinkers) would also be associated with uncertainty in terms of the field of application.
机译：从以上报告中可以明显看出，线圈形成系统的输入参数（关键纱线，机器和过程变量）与控制变量（线圈长度，峰值针力和回弹）之间的相互作用涉及一些基本原理，仍然有待发现，但它们表现为孤立地观察到的系统特征的特殊性。这要求对回路形成进行更详细和彻底的研究。还需要通过合并纱线的弯曲特性以及沉降片运动的影响来扩大线圈形成机理模型的范围。可以感觉到，如果一开始就不能完全理解该系统，那么尝试优化编织过程就容易产生可疑的结果。当设计复杂的机制来控制循环长度时，同样适用。类似地，在环形成过程中引入质变（例如，针和沉降片之间的补偿作用）也将与应用领域的不确定性相关联。

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