The method of functioning of cylindrical alternators

Abstract

The temple has a great significance in ensuring the quality of weaving. As part of research at the Institute of Textile Technology, the mode of operation of different loom systems was examined. This paper explains the effect of transporting a cylindrical alternator. Two decisive sizes were introduced, the so-called the spread of the fabric on the cylinder itself and the angle of incidence. Both quantities are derived mathematically. In a practical experiment, it is proven that the effectively achieved expansion of the fabric on the loom cylinder itself does not determine the expansion of the fabric, but the incoming angle of the fabric at the entry point to the wheel. Because of the expansion of the fabric, which is achieved in total on the weaver. machine, are largely influenced by the forces acting in the fabric and that they cannot be theoretically calculated in advance, using the established derivations it is not possible to predict the realistically achievable expansion of the fabric. However, it can be predicted how changes in geometry or the settings of the spreader qualitatively affect the expansion of the fabric.