TH10142Y - The main structure of a bipedal, foldable mannequin model. - Google Patents

Abstract

DC60 (03/04/2015) The main structure of the bipedal folding model is made of foldable material sheets. It consists of a long main structural panel, the top of which is connected to two rows of rectangular panels and the head. The edges of the main structural panel are connected to two rectangular panels, a rectangle with a hole in the center, and a rectangle with two parallel fold lines. The bottom edge is connected to a rectangle with a hole in the center and a square with all four corners cut off, which is connected to a rectangle with two parallel fold lines. The bottom is divided into two legs, the top edge of which is connected to three rectangular panels, and the middle edge is connected to three rectangular panels. The end edge of one leg is connected to three rectangular panels, while the end edge of the other leg is divided into two halves, one half connected to one rectangular panel and the other half connected to three rectangular panels. (Edited 3/04/2015) The main structure of the bipedal folding model is made of foldable material sheets. It consists of a long main structural panel, the top of which is connected to two rows of rectangular panels and the head. The edges of the main structural section connect to two rectangular plates, a rectangle with a hole in the center, and a rectangle with two parallel fold lines. The bottom edge connects to a rectangle with a hole in the center and a square with all four corners cut off, which is connected to a rectangular plate with two parallel fold lines. The bottom is divided into two legs, the top edge of which connects to three rectangular plates, and the middle edge connects to three rectangular plates. The end edge of one leg connects to three rectangular plates, while the end edge of the other leg is divided into two halves, one half connecting to one rectangular plate and the other half connecting to three rectangular plates. -------------------------------------------------------------------- The main structure of the bipedal foldable model is made of foldable material sheets. It consists of a long main structural sheet, the top of which is connected to two rows of rectangular plates and the head. The edges of the main structural section connect to two rectangular plates, a rectangle with a hole in the center, and a rectangle with two parallel fold lines. The bottom edge connects to a rectangle with a hole in the center and a square with all four corners cut off, which is connected to a rectangular plate with two parallel fold lines. The bottom is divided into two legs. The top edge of each leg connects to three rectangular panels, and the middle edge also connects to three rectangular panels. The end edge of one leg connects to three rectangular panels, while the end edge of the other leg is divided into two halves, one half connecting to one rectangular panel and the other half connecting to three rectangular panels.

Claims (1)

Revised 03/04/58 1. The main structure of the bipedal folding model (1) is a sheet of material that can be folded, which has the characteristic of being composed of the main structural part (2), which is a long sheet that connects from the upper neck to the lower legs and is rectangular in shape at the top and divided into two legs at the bottom. In the middle of the main structural part (2) there is a fold line (3) that divides it in the middle. On the top of the main structural part (2), which is rectangular in shape, there are indentations that take up areas in the shape of polygons on both sides. This results in the formation of borders (31a) and (31b), with the topmost part of the main structure (2) being the border (4). Both sides of the border (4) are folded together by crease (3) with four rectangular sheets (5) on each side, arranged in a long row. Each rectangular sheet (5) is folded together by crease (3), with the second rectangular sheet (5) from one end of the row of rectangular sheets (5) being folded together with the head (6), with a crease (3) dividing the head (6) in the middle and extending down to connect with the crease (3) of the bottom edge of the rectangular sheet (5). One side of the head (6) is folded together by crease (3) with the square sheet (7), and the other side of the head (6) is folded together by crease (3) with the face (8), with a crease (3) dividing the face (8) in the middle. Where the edge (31a), which is one edge of the main structural part (2), is folded by a crease (3) to two rectangular sheets (9), where the edges of the two rectangular sheets (9) are folded by a crease (3), and one edge of the rectangle (9) is attached to a rectangular sheet (10), which is folded by a crease (3), where the rectangular sheet (10) is a rectangular sheet with a rectangular hole in the center, where the edge (31b) is folded by a crease (3) to a rectangular sheet (11), on which there are two parallel creases (3), where the edge (12b) of the main structural part (2) is folded by a crease (3) to a rectangular sheet (13), which is a rectangular sheet with a rectangular hole in the center, where the edge (12a) is folded by a crease (3) to a square sheet (14), which is a square sheet. A square has its four corners cut off, creating an indentation that encroaches on the area. In the center of the square (14) is a fold line (3) that divides it in half. The other edge of the square (14) is folded together by a fold line (3) with the rectangle (15), on which there are two parallel fold lines (3). The bottom of the main structure (2) is divided into two legs, each leg having a fold line (3) that divides it in half. The fold lines (3) of both legs are drawn up to meet at the fold line connection point (16), where the fold line connection point (16) is where all three fold lines (3) are connected. The edge (17a) of one leg of the main structure (2) is folded by fold line (3) to two rectangular plates (18), where the edges of the two rectangular plates (18) are folded by fold line (3), and at one edge of the rectangle (18) it is folded by fold line (3) to a long, narrow rectangular plate (19a), and at the edge (20a) of the same leg of the main structure (2) it is folded by fold line (3) to two rectangular plates (21), where the edges of the two rectangular plates (21) are folded. With fold line (3), and at one edge of rectangle (21), it is folded by fold line (3) to a long, tapering rectangular sheet (19b), and at the edge (22a) of the same leg of the main structure (2), it is folded by fold line (3) to two rectangular sheets (23), where the edges of the two rectangular sheets (23) are folded by fold line (3), and at one edge of rectangle (23), it is folded by fold line (3) to a rectangular sheet (19c), where the edge (24a) of the other leg of the main structure (2) is folded by fold line (3) to two rectangular sheets (25), where the edges of the two rectangular sheets (25) are folded by fold line (3), and at one edge of rectangle (25), it is folded by fold line (3) to a long, tapering rectangular sheet (19d). And at the edge (26a) of this same leg of the main structure (2), it is folded together by a crease (3) with two rectangular plates (27), where the edges of the two rectangular plates (27) are folded together by a crease (3), and at the edge of one of the rectangles (27) it is folded together by a crease (3) with a rectangular plate (19e), where the edge (28a) is at the end of the same leg. This part of the main structure (2) is folded together by crease line (3) with the rectangular panel (19c), where the edge (29b), which is the opposite end of this same leg of the main structure (2), is folded together by crease line (3) with two rectangular panels (30), where the edges of the two rectangular panels (30) are folded together by crease line (3), and at the edge of one of the rectangular panels (30) is folded together by crease line (3) with rectangular panel (19g). ----------------------------------------------------------------------------------------------------------------------------------------- 1. The main structure of the bipedal folding model (1) is a sheet of foldable material, which is characterized by a main structural part (2) which is a long sheet connecting from the top of the neck to the bottom of the legs and is rectangular in shape at the top and divided into two legs at the bottom. In the middle of the main structural part (2) there is a fold line (3) that divides it in the middle. On the top of the rectangular main structural part (2) there are indentations that take up polygonal areas on both sides. This results in the formation of borders (31a) and (31b), with the topmost part of the main structure (2) being the border (4). Both sides of the border (4) are folded together by crease (3) with four rectangular sheets (5) on each side, arranged in a long row. Each rectangular sheet (5) is folded together by crease (3), with the second rectangular sheet (5) from one end of the row of rectangular sheets (5) being folded together with the head (6), with a crease (3) dividing the head (6) in the middle and extending down to connect with the crease (3) of the bottom edge of the rectangular sheet (5). One side of the head (6) is folded together by crease (3) with the square sheet (7), and the other side of the head (6) is folded together by crease (3) with the face (8), with a crease (3) dividing the face (8) in the middle. Where the edge (31a), which is one edge of the main structural part (2), is folded by a crease (3) to two rectangular sheets (9), where the edges of the two rectangular sheets (9) are folded by a crease (3), and one edge of the rectangle (9) is attached to a rectangular sheet (10), which is folded by a crease (3), where the rectangular sheet (10) is a rectangular sheet with a rectangular hole in the center, where the edge (31b) is folded by a crease (3) to a rectangular sheet (11), on which there are two parallel creases (3), where the edge (12b) of the main structural part (2) is folded by a crease (3) to a rectangular sheet (13), which is a rectangular sheet with a rectangular hole in the center, where the edge (12a) is folded by a crease (3) to a square sheet (14), which is a square sheet. A square has its four corners cut off, creating an indentation that encroaches on the area. In the center of the square (14) is a fold line (3) that divides it in half. The other edge of the square (14) is folded together by a fold line (3) with the rectangle (15), on which there are two parallel fold lines (3). The bottom of the main structure (2) is divided into two legs, each leg having a fold line (3) that divides it in half. The fold lines (3) of both legs are drawn up to meet at the fold line connection point (16), where the fold line connection point (16) is where all three fold lines (3) are connected. The edge (17a) of one leg of the main structure (2) is folded by fold line (3) to two rectangular plates (18), where the edges of the two rectangular plates (18) are folded by fold line (3), and at one edge of the rectangle (18) it is folded by fold line (3) to a long, narrow rectangular plate (19a), and at the edge (20a) of the same leg of the main structure (2) it is folded by fold line (3) to two rectangular plates (21), where the edges of the two rectangular plates (21) are folded. With fold line (3), and at one edge of rectangle (21), it is folded by fold line (3) to a long, tapering rectangular sheet (19b), and at the edge (22a) of the same leg of the main structure (2), it is folded by fold line (3) to two rectangular sheets (23), where the edges of the two rectangular sheets (23) are folded by fold line (3), and at one edge of rectangle (23), it is folded by fold line (3) to a rectangular sheet (19c), where the edge (24a) of the other leg of the main structure (2) is folded by fold line (3) to two rectangular sheets (25), where the edges of the two rectangular sheets (25) are folded by fold line (3), and at one edge of rectangle (25), it is folded by fold line (3) to a long, tapering rectangular sheet (19d). And at the edge (26a) of this same leg of the main structure (2), it is folded together by a crease (3) with two rectangular plates (27), where the edges of the two rectangular plates (27) are folded together by a crease (3), and at the edge of one of the rectangles (27) it is folded together by a crease (3) with a rectangular plate (19e), where the edge (28a) is at the end of the same leg. This part of the main structure (2) is folded by a crease (3) to the rectangular panel (19c), where the edge (29b), which is the opposite end of this same leg of the main structure (2), is folded by a crease (3) to two rectangular panels (30), where the edges of the two rectangular panels (30) are folded by a crease (3), and at one edge of the rectangle (30) is folded by a crease (3) to the rectangular panel (19g).