图为转轮在无位置干涉情况下实际工作进给的柱状图。转轮的载荷为零，在过渡

The picture shows the histogram of the actual working feed of the runner without position interference. The load of the runner is zero, and there is severe oscillation between zero and the large value in the transition zone. The no-load zone occupies an important position in the entire feed range. This means that due to the influence of position interference, some spinning wheels are in no-load state, and some spinning wheels are in overload state for most of the time of the wrong feed, which obviously violates the original intention of using circumferential uniform three-rotation to reduce the thickness of single pass wheels.

图为转轮在无位置干涉情况下实际工作进给的柱状图。转轮的载荷为零，在过渡区内零与大值之间有剧烈的振荡。空载区在整个进给范围内占有重要的地位。这意味着，由于位置干涉的影响，部分纺车处于空载状态，部分纺车在错距给料的大部分时间处于过载状态，明显违背了使用周向均匀三旋的初衷减少单道次车轮厚度。

The figure is a histogram of the actual working feed of the runner without position interference. The load of the runner is zero, and there is violent oscillation between zero and large value in the transition region. No load zone plays an important role in the whole feed range. This means that due to the influence of position interference, part of the spinning wheels are in no-load state, and part of the spinning wheels are in overload state for most of the time of stagger feeding, which obviously violates the original intention of using circumferential uniform three rotation to reduce the wheel thickness of a single pass.