TH10143U - The body structure of a bipedal, foldable mannequin. - Google Patents

Abstract

DC60 (03/04/2015) The body structure of the bipedal flat-folding mannequin is made of foldable material sheets. It consists of a main structural section, a long sheet covering the entire back from the upper neck to the lower buttocks of the bipedal flat-folding mannequin. The lower side edges have square-shaped extensions connecting to the edges of the abdominal sheet. The abdominal sheet has edges extending to the sides, with the upper edge connecting to the chest sheet, two trapezoidal sheets, and a rectangular sheet. The main structural section has additional components: two upper rectangular sheets covering the shoulders and two side rectangular sheets covering the shoulder edges. Each of the two rectangular sheets covering the shoulders is connected to two rectangular sheets. One side edge of one rectangular sheet connects to another rectangular sheet, and the opposite edge of the rectangle connects to a semicircle. (Edited 3/04/2015) The body structure of the bipedal flat-folding mannequin is made of foldable material sheets. It consists of a main structural section, a long sheet covering the entire back from the upper neck to the lower buttocks of the bipedal flat-folding mannequin. The lower side edges have square-shaped protrusions connecting to the edges of the abdominal panel. The abdominal panel has edges extending to the sides on both sides. The upper edge connects to the chest panel, two trapezoidal panels, and a rectangular panel. The main structure has additional components: two upper rectangular panels covering the shoulders and two side rectangular panels covering the shoulder edges. Each of the two rectangular panels covering the shoulders is connected to two rectangular panels. One side edge of one rectangular panel connects to another rectangular panel, and the opposite edge of the rectangle connects to a semicircle. --------------------------------------------------------------------------- The body structure of the bipedal foldable mannequin is made of foldable material panels. It consists of a main structural section that is long and covers the entire back from the upper neck to the lower buttocks of the bipedal foldable mannequin. The lower side edges have square-shaped protrusions connecting to the edges of the abdominal panel. The abdominal panel has edges extending to the sides on both sides. The upper edge connects to the chest panel, two trapezoidal panels, and a rectangular panel. The main structure has additional components: two upper rectangular panels... This consists of a shoulder covering and two rectangular side panels that cover the shoulder edges. Each of the two rectangular shoulder covering panels is connected to two rectangular panels, where one side of one rectangular panel connects to another rectangular panel, and at the opposite edge of the rectangle, it connects to a semicircle.

Claims (1)

Updated 3/04/2015 1. The body structure of the bipedal flattened mannequin (1) is a flattened sheet of material, characterized by a main structural part (2), a long sheet that covers the entire back from the upper neck to the lower buttocks of the bipedal flattened mannequin. The top of the main structural part (2) is pentagonal with indentations on the sides forming edges (4a) and (4b). The bottom of the main structural part (2) is rectangular, with edges (5) protruding from the sides of the bottom of the main structural part (2) at the sides. Edges (5) are square in shape and are folded in contact with and connected by a fold line (3) to the edge (6) of the abdominal panel (7), which is hexagonal in shape. Edges (6) and (8) protrude from the sides of the abdominal panel (7) in a rectangular shape, and at the center of the abdominal panel (7) is a fold line (3) that divides it in half. The edges of the main structure (2) are folded together by crease (3) with the trapezoidal plate (9), and the other edge of the trapezoidal plate (9) is folded together by crease (3) with the pentagonal chest plate (10), whose upper and lower sections have indentations in the shape of triangles that extend inward to form parallel angles. At the center of the chest plate (10) is folded (3) in the middle. The other edge of the chest plate (10) is folded together by crease (3) with the trapezoidal plate (11), and the other edge of the trapezoidal plate (11) is folded together by crease (3) with the rectangular plate (12). The main structure (2) is supplemented by rectangular plates (13) and (14), which are the shoulder coverings of the body structure of the bipedal folding model (1), and rectangular plates (15) and (16), which are the shoulder coverings of the body structure of the model. The two-legged flat-folding mannequin (1) is attached to rectangular plate (15) on the top of one side of the main structural section (2), and rectangular plate (16) is attached to rectangular plate (14) on the top of the other side of the main structural section (2), with all four rectangular plates touching the top edge of the main structural section (2), folded together by crease (3), with the top edge of rectangular plate (13) folded together by crease (3) with rectangular plate (17), and the top edge of rectangular plate (17) folded together by crease (3) with rectangular plate (18), with one side edge of rectangular plate (17) folded together by crease (3) with rectangular plate (19), and the opposite edge of rectangle (19) folded together by crease (3) with semicircle (20), which locks to the arm of the two-legged flat-folding mannequin. Similarly, with rectangle (14), the top edge of the plate The rectangle (14) is folded by a crease (3) to the rectangular sheet (21), and at the top edge of the rectangular sheet (21) it is folded by a crease (3) to the rectangular sheet (22), where one side edge of the rectangular sheet (21) is folded by a crease (3) to the rectangular sheet (23), where the opposite edge of the rectangle (23) is folded by a crease (3) to the semicircle (24), which locks to the other arm of the bipedal flattened mannequin. ------------------------ 1. The body structure of the bipedal flattened mannequin (1) is a foldable sheet of material, which is characterized by a main structural part (2), a long sheet that covers the entire back from the upper neck to the lower buttocks of the bipedal flattened mannequin. The top of the main structural part (2) is a pentagon with indentations on the sides that extend inward. It forms edges (4a) and (4b), with the bottom of the main structure (2) being rectangular, where at the side edges of the bottom of the main structure (2) there is a square edge (5) protruding from the main structure (2). This edge (5) is folded and connected by fold line (3) to the edge (6) of the abdominal panel (7), which is hexagonal, with edges (6) and (8) protruding from the sides of the abdominal panel (7) in a rectangular shape, and at the center of the abdominal panel (7) there is a fold line (3) dividing it in the middle, where the edge (4a) of the main structure (2) is folded and connected by fold line (3) to the trapezoidal panel (9), and at the other edge of the trapezoidal panel (9) is folded and connected by fold line (3) to the pentagonal chest panel (10), with the top and bottom sections having indentations in the shape of triangles that extend inward to form parallel angles. And in the center of the chest panel (10) there is a fold line (3) that divides it in the middle, where the other edge of the chest panel (10) is folded by fold line (3) to the trapezoidal panel (11), where the other edge of the trapezoidal panel (11) is folded by fold line (3) to the rectangular panel (12), where the main structure (2) is supplemented by rectangular panels (13) and rectangular panels (14) which are the shoulder openings of the body structure of the bipedal flat-folding mannequin (1), and rectangular panels (15) and rectangular panels (16) which are the shoulder closings of the body structure of the bipedal flat-folding mannequin (1), where rectangular panel (15) is attached to rectangular panel (13) on the upper half of the main structure (2), and rectangular panel (16) is attached to rectangular panel (14) on the upper other half of the main structure (2), with all four rectangular panels touching the edges. The top of the main structural section (2) is folded together by a crease (3), where the top edge of the rectangular sheet (13) is folded together by a crease (3) with the rectangular sheet (17), and at the top edge of the rectangular sheet (17) is folded together by a crease (3) with the rectangular sheet (18), where one side edge of the rectangular sheet (17) is folded together by a crease (3) with the rectangular sheet (19), which has an opposite edge of the rectangle (19) folded together by a crease (3) with the semicircle (20), which is the connector for the arms of the bipedal folding model. Similarly, with the rectangle (14), the top edge of the sheet The rectangle (14) is folded together by a crease (3) with the rectangular sheet (21), and at the top edge of the rectangular sheet (21) is folded together by a crease (3) with the rectangular sheet (22), where one side edge of the rectangular sheet (21) is folded together by a crease (3) with the rectangular sheet (23), where the opposite edge of the rectangle (23) is folded together by a crease (3) with a semicircle (24) which is a connector to the other arm of the bipedal folding model.