Flexibility Analysis of the Cross Axis and Furcated Frame in the Spatial 4-Bar Linkage Weft Insertion Mechanism

Lei Zhang; Ke Long Yu

doi:10.4028/www.scientific.net/AMR.627.435

Paper Titles

An Investigation of the Wear Resistance of Knitting Machinery Needle
p.411

Application Boundary Element Approach to Compute the Potential of the Oblique Nine-Needle Electrodes
p.417

Control Data Preparation of Computerize Flat Knitting Machine
p.422

Dynamic Characteristics and Double Closed Loop Control Method of Warping Machine
p.428

Flexibility Analysis of the Cross Axis and Furcated Frame in the Spatial 4-Bar Linkage Weft Insertion Mechanism
p.435

Low Temperature Plasma Power Supply Used for the Surface Processing of Textile
p.439

Research on Tension Control Model for Traction and Take-up System of Loom
p.444

Study on the Evolution of the Looms in Ancient China
p.449

Tensile Properties of Sewing Thread and Sewing Needle Temperature at Different Speed of Sewing Machine
p.456

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 627Flexibility Analysis of the Cross Axis and...

Flexibility Analysis of the Cross Axis and Furcated Frame in the Spatial 4-Bar Linkage Weft Insertion Mechanism

Abstract:

In this paper, the flexibility of the cross axis and furcated frame of high speed rapier loom was considered through the change of the two components’ material. Corresponding neutral documents were generated in ANSYS, then with the ANSYS-ADAMS co-simulation, those neutral documents were imported into ADAMS. The motion curves of sword belt were received. Through the map analysis and comparison, the relationship of changing the two components’ material and the motion curves of sword belt were found. The simulation results show that, in consideration of the flexible components, rational selection of the component material can greatly reduce the impact on Spatial four bar linkage weft insertion mechanism, thereby enhance the quality of the fabric.