The invention relates to an automated sewing system comprising I) a sewing head or ultrasonic welding head configured a) for connecting two or more layers of fabrics, or b) for making a pattern on one or more layers of fabric; and II) a conveyor belt unit comprising i) a conveyor belt adapted for supporting one or more layers of fabric, and ii) a motor unit adapted for moving said conveyor belt; wherein said conveyor belt further comprises c) a mechanism adapted for forming a cavity in said conveyor belt, said cavity being formed below said sewing head.

The invention relates to an automated sewing system comprising I) a sewing head or ultrasonic welding head configured a) for connecting two or more layers of fabrics, or b) for making a pattern on one or more layers of fabric; and II) a conveyor belt unit comprising i) a conveyor belt adapted for supporting one or more layers of fabric, and ii) a motor unit adapted for moving said conveyor belt; wherein said conveyor belt further comprises c) a mechanism adapted for forming a cavity in said conveyor belt, said cavity being formed below said sewing head.

Disclosed is a garment back slit stitching template, including a base plate and a panel that are foldably connected to each other, and foldable first and second cover plates are arranged between the base plate and the panel; a first stitching channel extends through the base plate and the panel for stitching and joining garment back slit pieces together, a second stitching channel extends through the base plate, the first cover plate, and the panel, a third stitching channel extends through the base plate, the first cover plate, the second cover plate, and the panel, and the second and third stitching channels are configured to stitch corners of the garment back slit pieces; the first cover plate is provided with a first edge and a second edge, the garment back slit pieces are folded along the first edge, and the garment back slit pieces are folded along the second edge.

Disclosed is a garment back slit stitching template, including a base plate and a panel that are foldably connected to each other, and foldable first and second cover plates are arranged between the base plate and the panel; a first stitching channel extends through the base plate and the panel for stitching and joining garment back slit pieces together, a second stitching channel extends through the base plate, the first cover plate, and the panel, a third stitching channel extends through the base plate, the first cover plate, the second cover plate, and the panel, and the second and third stitching channels are configured to stitch corners of the garment back slit pieces; the first cover plate is provided with a first edge and a second edge, the garment back slit pieces are folded along the first edge, and the garment back slit pieces are folded along the second edge.

Disclosed is a garment back slit stitching template, including a base plate and a panel that are foldably connected to each other, and foldable first and second cover plates are arranged between the base plate and the panel; a first stitching channel extends through the base plate and the panel for stitching and joining garment back slit pieces together, a second stitching channel extends through the base plate, the first cover plate, and the panel, a third stitching channel extends through the base plate, the first cover plate, the second cover plate, and the panel, and the second and third stitching channels are configured to stitch corners of the garment back slit pieces; the first cover plate is provided with a first edge and a second edge, the garment back slit pieces are folded along the first edge, and the garment back slit pieces are folded along the second edge.

Disclosed is a garment back slit stitching template, including a base plate and a panel that are foldably connected to each other, and foldable first and second cover plates are arranged between the base plate and the panel; a first stitching channel extends through the base plate and the panel for stitching and joining garment back slit pieces together, a second stitching channel extends through the base plate, the first cover plate, and the panel, a third stitching channel extends through the base plate, the first cover plate, the second cover plate, and the panel, and the second and third stitching channels are configured to stitch corners of the garment back slit pieces; the first cover plate is provided with a first edge and a second edge, the garment back slit pieces are folded along the first edge, and the garment back slit pieces are folded along the second edge.