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Six Intersecting Squares
Jorge C. Lucero
lucero@mat.unb.br
This model is a structure composed of six linked squa-
res, and belongs to the set of Dr. Robert J. Lang’s
polypolyhedra (see http://www.langorigami.com/
science/polypolyhedra/polypolyhedra.php4 ). The
same structure has already been implemented in a mo-
del by Michael J. Naughton, with tubular frames. The
present version represents a different origami solution,
using 120 modular units.
Its construction requires 24 sheets of rectangular paper, with dimensions in the relation 5:11
(or 1 : 2 5
(1) Fold in half and unfold.
(2) Fold to centerline and unfold.
(3) Fold corners to centerline.
(4) Fold on existing creases. Execute the
indicated folds at the same time.
4
(5) Repeat step (4) on the right side.
(6) Fold in half.
1
). In the example shown in the above figure, I used 10cm × 22cm rectangles of
wrapping paper. Each unit is folded as follows:
25002812.006.png 25002812.007.png
(7)
(8)
(9) Unfold to step (6).
Pocket
Flap
(10) Turn over.
Pocket
Flap
(11) Completed unit.
(12) Join the units as shown in the picture. Use four units to complete a square.
The following sequence of pictures shows the assembly of the squares.
(1)
(2)
2
25002812.008.png 25002812.009.png 25002812.001.png
(3)
4)
(5)
(6) Final model.
3
25002812.002.png 25002812.003.png 25002812.004.png 25002812.005.png
Zgłoś jeśli naruszono regulamin