Abstract:

In order to solve problems such as lack of experience,  size error, repeated sample knitting, long research and development cycle during the development of new products for the warp-knitted fully-fashioned indoor sport clothes, based on analysis of the commonly used organizations of the warp-knitted fully-fashioned sport clothes, six different jacquard organizations were selected and nine different jacquard organizations were selected and nine different traction densities were set, organization samples were knitted, and the sizes of the finished products were measured. The influences of these two key factors including traction density and finished peoduct size on the horizontal density and the longitudinal density of the finished warp-knitted fully-fashioned indoor sport clothes were fiscussed. Based on the correlation analysis, the linear relationship between the product density and the traction density of six jacquard organizations was explored, and the size predicting calculation model of the warp-knitted full-fashioned indoor sport clothes were established. Taking the warp-knitted fully-fashioned indoor sport vest shorts as an example, the results are compared with the predicted data after weaving and finishing, the deviation of size prediction is within 1 cm, which verifies the feasibility of the size predicting calculation model.

Key words: warp-knitted fully-fashioned, indoor sport clothes, traction density, jacquard organization, size prediction