Traditional Culture Encyclopedia - Traditional culture - Rope knitting process of nonporous pendant

Rope knitting process of nonporous pendant

The knot tutorial of the nonporous pendant is as follows:

1, two pieces of 60cm 0.8 flat wax are fixed about 2cm above the center, leaving a distance of stone thickness in the middle.

2. Take another piece of 0.8 flat wax of 150cm, tie a bird's head knot on the left line, and leave it about 10cm for the upper line.

3. The long line is diagonally tied to the right axis. The distance between the two bird's head knots should be controlled. If it is too narrow, the stone will fall out.

4. tie a bird's head knot to the left.

5. Repeat the knot left and right, leaving the same distance in the middle. It can wrap the length of the stone.

6. Wrap the stone and tie a diagonal knot between the two shafts. Don't pull it too tight yet.

7. Tie a diagonal knot on the other side of the two shafts, and then tighten the diagonal knots on both sides to avoid falling out of the stone.

8. Take the 60cm line as the axis and the 120cm line as the winding, and tie a diagonal knot in the center.

9. Pass this coil through the middle of the bird's head net.

10, wrap it around the shaft to make a right oblique knot.

1 1, two lines and make a left oblique knot.

12, then thread the winding into the bird's head net, skip a bird's head knot and pull it over, and then tie a right oblique knot and a left oblique knot.

13, two 2.5mm gold balls of 2mm 1 are inserted on the shaft.

14. The winding must bypass three bird's head knots before pulling out.

15, and then wrap it around the shaft and tie a right oblique knot.

16, all the oblique knots here use the same method.

17, the other party also uses the same method to make oblique knots.

18, take the two axes wrapped in stone in front as the axis and two lines as the winding, and tie a diagonal knot on the axis.

19, make a group of flat knots with the middle two lines as the axis and the back two lines as the winding.

20. The shaft is still the shaft, and the four windings are wound together respectively.