Development of an individual warp beam tension control system . . . Individual tension control of all section warp beams on an assembling machine improves tension control system performance and minimizes the tension differences between section warp beams Therefore, fabric quality and weaving machine efficiency are increased while warp waste is minimized despite the higher cost of individual section beam warp
Fabric Tensile Strength, What are the Affecting Factors and . . . This article will go into great detail on several factors that have an impact on fabric tensile strength and identify methods to maximize fabric tensile strength, which can be used as a guide to further optimize product quality
Correlations among Warp tension, Crimp and Loom Settings Among loom components, the backrest roller is a crucial part which adjusts the tension of warp yarns and therefore it could affect fabric properties [1, 2] The backrest roller motion has also significant effect in improving the efficiency of the weaving performance, especially when the loom moves faster [3]
KAST ERC – Automation for Quality and Productivity The KAST ERC was engineered to achieve increased fabric quality and productivity The new warp tension control for ribbon weaving machines offers even more advantages – such as reducing labor costs by simplifying warp tension adjustment and facilitating repeatability
The Comparison of Three Kinds of Control Algorithms in . . . The experimental results showed that single neuron adaptive PID control algorithm is superior to PID control and fuzzy PID control in the area of response time and overshoot, etc, and the single neuron adaptive PID control can reduce the warp tension fluctuation effectively