TH10145Y - The body structure of a one-legged, foldable mannequin. - Google Patents

Abstract

DC60 (03/04/2015) The body structure of the one-legged flat-folding mannequin is made of foldable material panels. It consists of a main structural section, a long panel covering the entire back from the upper neck to the lower buttocks of the one-legged flat-folding mannequin. Its lower edge connects to the edge of the abdominal panel, and its upper edge connects to one arm. The edge of the arm at the forearm connects to four rectangular panels, and the edge of the upper arm connects to another four rectangular panels. Additional components include shoulder covers and shoulder edge covers for the body structure of the one-legged flat-folding mannequin. These connect to the upper edge of the main structural section via fold lines. The upper edge of one shoulder cover connects to two rectangular panels, while the upper edge of the other shoulder cover connects to four rectangular panels. (Edited 03/04/2015) The body structure of the one-legged flat-folding mannequin is made of foldable material panels. It consists of a main structural section, a long panel covering the entire back from the upper neck to the lower buttocks of the one-legged flat-folding mannequin. Its lower edge connects to the edge of the abdominal panel... The abdominal panel, at its lower edge, connects to one arm, whose forearm edge connects to four rectangular panels, and whose upper arm edge connects to four more rectangular panels. Additional components include shoulder covers and shoulder edge covers for the body structure of the one-legged foldable mannequin. These connect to the upper edge of the main structure via folded seams. The upper edge of one shoulder cover connects to two rectangular panels, while the upper edge of the other shoulder cover connects to four rectangular panels. ------------------------------------------------------ The body structure of the one-legged foldable mannequin is made of foldable material. It consists of a main structure, a long panel covering the entire back from the upper neck to the lower buttocks of the one-legged foldable mannequin. Its lower edge connects to the abdominal panel, and its upper edge connects to one arm, whose forearm edge connects to four rectangular panels, and whose upper arm edge connects to four more rectangular panels. Additional components include... The shoulder covers and shoulder edge covers of the body structure of the bipedal, foldable model are in contact with the upper edges of the main structural section, connected in a foldable manner via creases. The upper edge of one shoulder cover connects to two rectangular panels, while the upper edge of the other shoulder cover connects to four rectangular panels.

Claims (1)

Revised 03/04/58 1. The body structure of the one-legged flat-folding mannequin (1) is a foldable sheet of material, characterized by a main structural section (2) which is a long sheet that covers the entire back, from the upper neck to the lower buttocks of the one-legged flat-folding mannequin. The top of the main structural section (2) is pentagonal, with indentations on the sides that form edges (4n) and (4b), which are the areas on the sides of the one-legged flat-folding mannequin. The bottom of the main structural section (2) is rectangular, with indentations at one corner. The bottom of the main structural section (2) has edges (5) protruding from it in the shape of a square, which is folded together by a fold line (3) with the edge (6) of the abdominal sheet (7), which is hexagonal. The edges (6) and (8) protrude in the shape of rectangles from the abdominal sheet (7) in opposite directions. And in the center of the abdominal panel (7) there is a fold line (3) that divides it in the middle, where the edge (4n) of the main structure (2) is folded together by fold line (3) with the rectangular panel (9), and at the opposite edge of the rectangular panel (9) it is folded together by fold line (3) with the chest panel (10), which is pentagonal in shape, with the upper and lower parts having triangular indentations that extend to form parallel angles, and at the lower edge of the chest panel (10) there is a triangle attached to serve as a hook to hold the chest to the abdomen of the one-legged flattened mannequin in shape when twisting, and in the center of the chest panel (10) there is a fold line (3) that divides it in the middle, where the edge (4b), which is the other edge of the main structure (2), is folded together by fold line (3) with the rectangular panel (11), and at the opposite edge of the rectangular panel (11) it is folded together by fold line (3) with the chest panel (10). It is folded by crease line (3) to the rectangular plate (12), where the edge (13), which is one shoulder area of the main structure (2), is folded by crease line (3) to the arm plate (14), which is shaped like a human forearm and hand connected, where the edge (14n), which is one edge of the arm plate (14), is folded by crease line (3) to the rectangular plate (15), where the opposite lower edge of the rectangular plate (15) is folded by crease line (3) to the rectangular plate (16), where the opposite edge of the rectangular plate (16) is folded by crease line (3) to the rectangular plate (17), where the rectangular plate (17) is a rectangular plate with a rectangular hole in the center, which is the hole for inserting the rectangular plate (29) of the shoulder reinforcement. This hole is not required in the arm structure if the body structure of the monolithic folding model does not contain a rectangular plate (29) or fasteners, where the opposite edges of the rectangular plate (17) are folded together by a crease (3) with the rectangular plate (18), where the edge (14c), which is one edge of the arm plate (14), is folded together by a crease (3) with the rectangular plate (19), where the opposite edges of the rectangular plate (19) are folded together by a crease (3) with the rectangular plate (20), where the opposite edges of the rectangular plate (20) are folded together. With fold line (3) to the rectangular plate (21), at the opposite edges of the rectangular plate (21) it is folded together by fold line (3) to the rectangular plate (22), where the main structure (2) is supplemented by rectangular plate (23) and rectangular plate (24) which are the shoulder coverings of the body structure of the one-legged flat-folding model (1), and rectangular plate (25) which are the shoulder coverings of the body structure of the one-legged flat-folding model (1), where rectangular plate (25) is attached to rectangular plate (23) on the top half of the main structure (2), where rectangular plates (23), (24), (25) touch the top edge of the main structure (2) by folded together by fold line (3), where the top edge of rectangular plate (23) is folded together by fold line (3) to the rectangular plate (26), and at the top edge of the plate The rectangle (26) is folded together by a crease (3) with the rectangular sheet (27), where one side edge of the rectangle (26) is folded together by a crease (3) with the rectangular sheet (28), where the opposite edge of the rectangle (28) is folded together by a crease (3) with the rectangular sheet (29), which is hooked into the rectangular hole on the rectangular sheet (17), where the top edge of the rectangular sheet (24) is folded together by a crease (3) with the rectangular sheet (30), and at the top edge of the rectangular sheet (30) is folded together by a crease (3) with the rectangular sheet (31). 1. The frame structure of the monolithic flattened mannequin (1) is a foldable sheet of material, characterized by a main frame (2) which is a long sheet that covers the entire back, from the upper neck to the lower buttocks of the monolithic flattened mannequin. The top of the main frame (2) is pentagonal, with indentations on the sides forming the edges (4a) and (4b), which are the sides of the monolithic flattened mannequin. The bottom of the main frame (2) is rectangular, with indentations at one corner. The bottom of the main frame (2) has an edge (5) extending from the main frame (2) in the form of a square, which is folded by a fold line (3) to the edge (6) of the abdominal panel (7), which is hexagonal. The edges (6) and (8) extend in opposite directions to form the rectangular abdominal panel (7). And in 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 together by fold line (3) with the rectangular panel (9), and on the other side of the rectangular panel (9) is folded together by fold line (3) with the chest panel (10), which is pentagonal in shape, with the top and bottom sections having indentations in the shape of triangles that extend into parallel angles, and on the bottom edge of the chest panel (10) there is a triangle attached to serve as a hook to hold the chest and abdomen of the flat-folding mannequin in a one-legged standing position, keeping it in shape when twisting, and in the center of the chest panel (10) there is a fold line (3) dividing it in the middle, where the edge (4b), which is the other side of the main structure (2) is folded together by fold line (3) with the rectangular panel (11), and on the opposite side of the rectangular panel (11) is folded together. It is folded by crease line (3) to the rectangular plate (12), where the edge (13), which is one side of the main structure (2), is folded by crease line (3) to the arm plate (14), which is shaped like a human forearm and hand connected together, where the edge (14a), which is one side of the arm plate (14), is folded by crease line (3) to the rectangular plate (15), where the opposite edge of the rectangular plate (15) is folded by crease line (3) to the rectangular plate (16), where the opposite edge of the rectangular plate (16) is folded by crease line (2) to the rectangular plate (17), where the rectangular plate (17) is a rectangular plate with a rectangular hole in the center, which is the hole for inserting the rectangular plate (29) of the shoulder reinforcement. The hole is not required in the arm structure if the body structure of the monolithic flat model does not contain a rectangular plate (29) or fasteners, where opposite sides of the rectangular plate (17) are folded together by a crease (3) with the rectangular plate (18), where four edges (14c), which are one edges of the arm plate (14), are folded together by a crease (3) with the rectangular plate (19), where opposite edges of the rectangular plate (19) are folded together by a crease (3) with the rectangular plate (20), where opposite edges of the rectangular plate (20) are folded together by a crease (3) with the rectangular plate (21), where opposite edges of the rectangular plate (21) are folded together by a crease (3) with the rectangular plate (22), where the main structure (2) There will be additional sections: a rectangular plate (23) and a rectangular plate (24) which are the shoulder coverings of the body structure of the monolithic flat-folding model (1), and a rectangular plate (25) which is the shoulder covering of the body structure of the monolithic flat-folding model (1), where the rectangular plate (25) is attached to the rectangular plate (23) which is pushed on one side of the main structure (2), where the rectangular plates (23, (24), (25) are in contact with the top edge of the main structure (2) by a fold connection by crease line (3), where the top edge of the rectangular plate (23) is folded by crease line (3) with the rectangular plate (26), and at the top edge of the plate The rectangle (26) is folded together by a crease (3) with the rectangular sheet (27), where one side edge of the rectangle (26) is folded together by a crease (3) with the rectangular sheet (28), where the opposite edge of the rectangle (28) is folded together by a crease (3) with the rectangular sheet (29), which is hooked into the rectangular hole on the rectangular sheet (17), where the top edge of the rectangular sheet (24) is folded together by a crease (3) with the rectangular sheet (30), and at the top edge of the rectangular sheet (30) is folded together by a crease (3) with the rectangular sheet (31).