Chinese KnotA cord. A quiet wish.

Chinese Knot

Triangular Bao Knot

Arrange six repeated folds on a pin board, then work the remaining routes through them to build a triangular Bao knot. The long closing stage shows how the loose fan of loops becomes a compact triangular face.

三角形宝结

36:29 in total. Parts continue in order. Use English subtitles to switch captions on or off.

Follow the making process.

These checkpoints come from the demonstration. Replay the movement before tightening a hidden crossing.

  1. Step 1: Pin the starting fold — 三角形宝结

    01. Pin the starting fold

    Fix the cord near its middle on the board. Spread the long ends apart and establish the small top fold shown in the diagram.

  2. Step 2: Begin the six horizontal folds — 三角形宝结

    02. Begin the six horizontal folds

    Work downward from the top fold. Pin each horizontal return separately, keeping the developing triangular arrangement open.

  3. Step 3: Check all six initial folds — 三角形宝结

    03. Check all six initial folds

    Count the six folds identified in the demonstration. Compare their spacing and long working ends with the first highlighted route.

  4. Step 4: Start the second interlacing route — 三角形宝结

    04. Start the second interlacing route

    Bring the next working length through the existing folds along the blue-highlighted path. Keep the first set supported by its pins.

  5. Step 5: Continue through the lower folds — 三角形宝结

    05. Continue through the lower folds

    Repeat the demonstrated interlacing through the remaining folds. Maintain the broad lower section instead of pulling it closed.

  6. Step 6: Place the sixth return — 三角形宝结

    06. Place the sixth return

    Complete the sixth passage of this route. Check that its turn joins the layout in the position shown by the diagram.

  7. Step 7: Begin the final return route — 三角形宝结

    07. Begin the final return route

    Bring the working length out through the first indicated loop. Follow the yellow-highlighted route through the open arrangement.

  8. Step 8: Work the last interlaced folds — 三角形宝结

    08. Work the last interlaced folds

    Continue the final returns through the triangular lattice. Use the pointed tool to identify the next fold without changing nearby crossings.

  9. Step 9: Inspect the complete loose routes — 三角形宝结

    09. Inspect the complete loose routes

    Compare the pinned triangle with the fully coloured diagram. Check the entries and exits before removing the supports.

  10. Step 10: Release the pins and draw the folds outward — 三角形宝结

    10. Release the pins and draw the folds outward

    Support the centre while removing pins. Open the outer folds in the directions marked on the diagram to begin closing the lattice.

  11. Step 11: Spread the loose loops around the centre — 三角形宝结

    11. Spread the loose loops around the centre

    Draw out the remaining broad folds. Keep the small triangular centre visible while the temporary loops remain large.

  12. Step 12: Check the triangular centre in your hand — 三角形宝结

    12. Check the triangular centre in your hand

    Lift the knot and inspect its middle. The woven centre should show the triangle even though the surrounding folds are still oversized.

  13. Step 13: Transfer slack around the knot — 三角形宝结

    13. Transfer slack around the knot

    Follow the cord through the large loops, reducing them in stages. Support the centre and straighten neighbouring strands as slack moves.

  14. Step 14: Reduce the remaining temporary folds — 三角形宝结

    14. Reduce the remaining temporary folds

    Continue loop by loop until the excess cord reaches the ends. Preserve the triangular face while making the final small adjustments.

  15. Step 15: Set the three-sided face — 三角形宝结

    15. Set the three-sided face

    Align the parallel strands and small edge turns so the compact triangular outline remains clear.

Check your finished piece

  • The final woven face has three clear sides.
  • The rows lie together without a large loose fold.
  • The edge turns sit evenly around the triangular centre.