TH10142C3 - The main structure of the two-legged folding mannequin model - Google Patents

Abstract

DC60 (03/04/58) The main structure of the stand up bifurcated mannequin model is a foldable sheet of material that is composed of a long sheet of the main structure. The topmost is connected to two rectangular sheet rows. Row and header The edges of the main structural sections are connected to two rectangular discs. rectangle With a hole in the middle And a rectangle with two parallel creases The bottom edge is connected to the sheet. Rectangle with a hole in the middle And a square cut on the four corners which are connected to a rectangular plate which has Two parallel crease lines The bottom is divided into both legs. Which the top edge is connected to the sheet Three sheets of rectangles And the middle edge is connected with three rectangular plates And at the end of the leg of one leg is connected with three rectangular discs and the end of the leg of the other leg is divided into two halves. Where one hemisphere is connected to one rectangular plate and the other. One is connected to three rectangular plates. Modified 3/04/2015 The main structure of the stand-up bifurcated mannequin model is a foldable sheet of material composed of the main structural sheet which is a long sheet. The topmost is connected to two rectangular sheet rows. Row and header The edges of the main structural sections are connected to two rectangular discs. rectangle With a hole in the middle And a rectangle with two parallel creases The bottom edge is connected to the sheet. Rectangle with a hole in the middle And a square cut on the four corners which are connected to a rectangular plate which has Two parallel crease lines The bottom is divided into both legs. Which the top edge is connected to the sheet Three sheets of rectangles And the middle edge is connected with three rectangular plates And at the end of the leg of one leg is connected with three rectangular discs and the end of the leg of the other leg is divided into two halves. Which one hemisphere is connected to one rectangular plate and the other side. One is connected to three rectangular plates. -------------------------------------------------- ------------------ The main structure of the bifurcated mannequin is a foldable sheet of material that consists of the main structure, which is a long sheet. The topmost is connected to two rectangular sheet rows. Row and header The edges of the main structural sections are connected to two rectangular discs. rectangle With a hole in the middle And a rectangle with two parallel creases The bottom edge is connected to the sheet. Rectangle with a hole in the middle And a square cut from the four corners which are connected to a rectangular plate with Two parallel crease lines The bottom is divided into both legs. Which the top edge is connected to the sheet Three sheets of rectangles And the middle edge is connected with three rectangular plates And at the end of the leg of one leg is connected with three rectangular discs and the end of the leg of the other leg is divided into two halves. One hemisphere is connected to one rectangle and the other is connected to three rectangular panels.

Claims (1)

(All) rights which will not appear on the announcement page: EDIT 03/04/15 1. The main structure of the stand-up bipedal model (1) is a sheet of material that can be folded. Which is unique in that it consists of the main structural parts (2), which are long plates connected since The top of the neck to the lower legs It has a rectangular shape above and is divided into two legs directly below the center of the main structural part (2) with a crease line (3) centered by the top of the main structural part (2) that is Rectangle There will be an indentation that occupies both sides of the square. Until the edge (31 a) and (31 b) the top of the main structural part (2) will be the edge (4) where the edge (4) both sides will be folded together. With the folds (3) and rectangles (5), four sheets on each side are arranged in long rows, where each rectangle (5) edge is folded together by folds (3) where the rectangular sheets ( 5) The second sheet from the end of a row of rectangles (5) on one side is connected as one sheet with the header (6), with the center of the header (6) folded around the fold (3). The center is down and is connected to the fold line (3) of the bottom rectangle (5), with one side of the header (6) folded together by the fold line (3) with The square sheet (7) and the other side of the head (6) are folded together by a crease line (3) and a face (8), with the center of the face (8) aligned. The crease (3) is centered. Where the edge (31a), which is one side of the main structural part (2), is connected Folded with a fold line (3) and two rectangular sheets (9), where the edges of the rectangle (9) are folded together by the fold line (3) and at the edge of the rectangle (9). One side will stick The rectangular plate (10) is folded together by a fold (3), where the rectangular plate (10) is a rectangular plate with a rectangular hole in the center. Where the edges (31 b) are folded together by a fold (3) with a rectangle (11), on the rectangle (11) there are two folds (3) of the same size. The edges (12 b) of the main structural sections (2) are folded folded by a fold (3) with a rectangular plate (13), which is a rectangular plate with a rectangular hole in the center. Where the edges (12 a) are folded together by a fold (3) with a square sheet (14), which is A square cut at all four corners to form indents that occupy space. In the center of the square (14) there is a crease line (3) divided in the center. The other side of the square (14) is folded together by a fold (3) with a rectangle (15), where the folds (3) are all parallel. Two lines Where the lower part of the main structure (2) is divided into two legs Each leg has a fold line (3) divided in the center. Where the crease line (3) of both legs is drawn up to meet at the crease link (16), where the fold line (16) is the point where the three crease lines (3) are joined by At the edge (17a) of one leg of the main structural part (2), folded folds (3) and two rectangles (18) are joined, with the two rectangular edges (18). The sheets are folded together by folds (3) and at the edges of the rectangle (18) one side is connected. Can be folded by a fold line (3) with a rectangular sheet (19 g), which is long and tapered And at the edge (20a) of this same leg of the main structural part (2), folded folded by a fold (3) with two rectangular sheets (21), with a rectangular edge (21). The two sheets will be folded together. With the crease line (3) and at the edge of the rectangle (21), one side is folded together by the fold line (3) with the long slender rectangle (19b). And at the edge (22a) of this same leg The main structural sections (2) are folded together by a fold (3) with two rectangular sheets (23), where the edges of the two rectangles (23) are folded together by a notch. Fold (3) and at the edge of the rectangle (23), one side is folded together by a fold line (3) with a rectangle (19c), where the edge (24a) of the other leg of the garden. The main structures (2) are connected folded together. With the fold line (3) and two rectangular sheets (25), where the edges of the rectangle (25) are folded together by a fold line (3) and at the edge of the rectangle (25) on one side. Will connect They can be folded with a fold line (3) with a rectangular sheet (19 d), which is long and tapered. And at the edge (26a) of this same leg of the main structural part (2), folded folded by a fold (3) with two rectangles (27), with a rectangular edge (27). The two discs are connected like Folded with a crease line (3) and at the edge of a rectangle (27) one side can be folded together by a crease line (3) with a rectangle (19 e), where the edge (28a) which is The leg end of the same leg This section of the main structural garden (2) is folded together by a fold (3) with a rectangular plate (19 f), where the edge (29 b) is the other end of the same leg of The main structure (2) is folded together by a fold (3) with two rectangular sheets (30), where the edges of the two rectangles (30) are folded together by a notch. Fold (3) and at the edge of the rectangle (30), one side is folded together by a fold line (3) with a rectangle (19 g) ----------. -------------------------------------------------- -------------------------------------------------- --------------------------- 1. The main structure of the stand-up bipedal model (1) is a unique foldable sheet of material consisting of the main structural part (2), which is a long sheet connected from The top of the neck to the lower legs It has a rectangular shape above and is divided into two legs directly below the center of the main structural part (2) with a crease line (3) centered by the top of the main structural part (2) that is Rectangle There will be an indentation that occupies both sides of the square. Until the edge (31 a) and (31 b) the top of the main structural part (2) will be the edge (4) where the edge (4) both sides will be folded together. With the folds (3) and rectangles (5), four sheets on each side are arranged in long rows, where each rectangle (5) edge is folded together by folds (3) where the rectangular sheets ( 5) The second sheet from the end of a row of rectangles (5) on one side is connected as one sheet with the header (6), with the center of the header (6) folded around the fold (3). The center is down and is connected to the fold line (3) of the bottom rectangle (5), with one side of the header (6) folded together by the fold line (3) with The square sheet (7) and the other side of the head (6) are folded together by a crease line (3) and a face (8), with the center of the face (8) aligned. The crease (3) is centered. Where the edge (31a), which is one side of the main structural part (2), is connected Folded with a fold line (3) and two rectangular sheets (9), where the edges of the rectangle (9) are folded together by the fold line (3) and at the edge of the rectangle (9). One side will stick The rectangular plate (10) is folded together by a fold (3), where the rectangular plate (10) is a rectangular plate with a rectangular hole in the center. Where the edges (31 b) are folded together by a fold (3) with a rectangle (11), on the rectangle (11) there are two folds (3) of the same size. The edges (12 b) of the main structural sections (2) are folded folded by a fold (3) with a rectangular plate (13), which is a rectangular plate with a rectangular hole in the center. Where the edges (12 a) are folded together by a fold (3) with a square sheet (14), which is A square cut at all four corners to form indents that occupy space. In the center of the square (14) there is a crease line (3) divided in the center. The other side of the square (14) is folded together by a fold (3) with a rectangle (15), where the folds (3) are all parallel. Two lines Where the lower part of the main structure (2) is divided into two legs Each leg has a fold line (3) divided in the center. Where the crease line (3) of both legs is drawn up to meet at the crease link (16), where the fold line (16) is the point where the three crease lines (3) are joined by At the edge (17a) of one leg of the main structural part (2), folded folds (3) and two rectangles (18) are joined, with the two rectangular edges (18). The sheets are folded together by folds (3) and at the edges of the rectangle (18) one side is connected. Can be folded by a fold line (3) with a rectangular sheet (19 g), which is long and tapered And at the edge (20a) of this same leg of the main structural part (2), folded folded by a fold (3) with two rectangular sheets (21), with a rectangular edge (21). The two sheets will be folded together. With the crease line (3) and at the edge of the rectangle (21), one side is folded together by the fold line (3) with the long slender rectangle (19b). And at the edge (22a) of this same leg The main structural sections (2) are folded together by a fold (3) with two rectangular sheets (23), where the edges of the two rectangles (23) are folded together by a notch. Fold (3) and at the edge of the rectangle (23), one side is folded together by a fold line (3) with a rectangle (19c), where the edge (24a) of the other leg of the garden. The main structures (2) are connected folded together. With the fold line (3) and two rectangular sheets (25), where the edges of the rectangle (25) are folded together by a fold line (3) and at the edge of the rectangle (25) on one side. Will connect They can be folded with a fold line (3) with a rectangular sheet (19 d), which is long and tapered. And at the edge (26a) of this same leg of the main structural part (2), folded folded by a fold (3) with two rectangles (27), with a rectangular edge (27). The two discs are connected like Folded with a crease line (3) and at the edge of a rectangle (27) one side can be folded together by a crease line (3) with a rectangle (19 e), where the edge (28a) which is The leg end of the same leg This section of the main structural garden (2) is folded together by a fold (3) with a rectangular plate (19 f), where the edge (29 b) is the other end of the same leg of The main structure (2) is folded together by a fold (3) with two rectangular sheets (30), where the edges of the two rectangles (30) are folded together by a notch. Fold (3) and at the edge of the rectangle (30), one side is folded together by a crease line (3) with a rectangle (19 g).