Abstract:

In order to study the forming principle, forming method and the corresponding full-forming product design method of four-needle bed computerized flat knitting machine,  detailed analysis of the forming method of unequal length knitting, lead back, narrowing and widening, pleat, translational docking and other knitting technology in tubular knitting was carried out by means of a full-forming computerized flat knitting machine combined with DS-ONE APPEX 3 design system. The knitting process was applied in full-forming sleeveless dress. The results show that when the rear collar strip of the full-forming garment is spliced with the rear collar arc, the knitting ratio can be determined according to the difference between transverse density of the rear collar arc and the longitudinal density of the rear collar strip. During non-tubular knitting kicking yarn feeder back is used to solve the technical problems of the influence of the yarn feeder parking position and yarn feeding of the yarn feeder on needle turning. When knitting tubular fabric with large difference between the stitch numbers of front and rear needle beds, needle turning is needed to move the stitch to the needle bed with a small number of stitches, so that the knitting width of the front and rear needle beds is consistant.

Key words: full-forming garment, peoduct design, four-needle bed computerized flat kniting machine, kniting process, forming principle