TH10149Y - The rear-attaching arm structure of the flat-folding mannequin allows for both monolithic and bipedal standing positions. - Google Patents

Abstract

DC60 (03/04/2015) The rear-attached arm structure of the foldable mannequin model, capable of both monolithic and bilithic standing, is made of collapsible material. It comprises a main structural component resembling a human arm and hand connected to a rectangular panel. One edge of the main structure connects to a rectangular panel, and the other edge connects to four other rectangular panels, each with a rectangular hole in the center. The edges of these panels are then folded along creases with the four rectangular panels. The main structure's joints can form angles from 0 to 180 degrees. The folding and assembly methods are the same for both forms. The rear-attached arm structure of the foldable mannequin model, capable of both monolithic and bilithic standing, can be either a left or right arm and can be connected to form two separate arms. (Edited 3/04/2015) The rear-attached arm structure of the foldable mannequin model, capable of both monolithic and bilithic standing, is made of collapsible material and comprises a main structural component resembling a human arm and hand connected to a single arm. One edge of the main structural section is connected to a rectangular plate, and the other edge is connected to four rectangular plates, each with a rectangular hole in the center. The other edges of these plates are folded together via creases, allowing the main structure to fold at angles ranging from 0 to 180 degrees. The folding and assembly methods are the same for both forms. The rear-attached arm structure of the foldable model can be in both monolithic and bipedal positions, and can be either a left or right arm, or connected to form two separate arms. The rear-attached arm structure of the foldable model, in both monolithic and bipedal positions, is a foldable material composed of a main structural section resembling a human arm and hand. One edge of the main structure is connected to a rectangular plate, and the other edge is connected to four rectangular plates, each with a rectangular hole in the center. The other edges of these plates are folded together via creases. The hinges of the main structure can be angled at any degree, from 0 to 180 degrees. The method of folding and shaping it into a complete form is the same. The arm structure, attached from the back of the foldable model, can be in both monolithic and bipedal positions, can be either the left or right arm, and can be connected to form two separate arms.

Claims (1)

Revised 3/04/2015 1. The rear-attachable arm structure of the flat-folding monolithic and bilithic model (1) is a foldable sheet of material, characterized by the main structure (2) which is made up of human forearms and hands connected by a folded edge (3) to a rectangular sheet (4), which is the part that connects the rear-attachable arm structure of the flat-folding monolithic and bilithic model (1) to the body structure of the flat-folding monolithic and bilithic model by means of a sealing mechanism, where one edge (2a) of the main structure (2) is made up by a folded edge (3) to a rectangular sheet (5), which at the opposite edge of the rectangular sheet (5) is made up by a folded edge (3) to a rectangular sheet (6), which at the opposite edge of the body structure of the flat-folding monolithic and bilithic model The rectangular plate (6) is folded and connected by a fold line (3) to the rectangular plate (7). The rectangular plate (7) is a rectangular plate with a rectangular hole in the center, which is used to insert a semicircle (20) or (24) to lock the rear-mounted arm of the single-legged and double-legged flat-top model (1) to the body structure of the single-legged and double-legged flat-top model. The semicircle (20) or (24) of the body structure of the single-legged and double-legged flat-top model is inserted into the rectangular hole of the rectangular plate (7). This hole is not required in the rear-mounted arm structure of the single-legged and double-legged flat-top model (1) if the body structure of the single-legged and double-legged flat-top model does not have a lock. Or a semicircle (20) or (24) is included, where the opposite edges of the rectangular sheet (7) are folded together by a fold line (3) with the rectangular sheet (8), where the edge (2c), which is one edge of the main structural part (2), is folded together by a fold line (3) with the rectangular sheet (9), where the opposite edges of the rectangular sheet (9) are folded together by a fold line (3) with the rectangular sheet (10), where the opposite edges of the rectangular sheet (2) are folded together by a fold line (3) with the rectangular sheet (10). The rectangular panels (10) are folded together by crease (3) with rectangular panel (11), which at the opposite edges of rectangular panel (11) are folded together by crease (3) with rectangular panel (12). The fold (13), which is the arm fold of the main structural part (2), can be at any angle from 0 to 180 degrees, and the method of folding into shape and assembling into complete shape is the same. The rear-attached arm structure of the single-legged and double-legged folding model (1) can be either the left or right arm of the single-legged and double-legged folding model, depending on the direction in which the rectangular panels (5), (6), (7), (8), (9), (10), (11), (12) are folded, and the left and right arms can be distinguished after folding and assembly into complete shape by observation. The thumb of the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) can be joined together to form two arms by taking the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) and reflecting it to create another rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) in the opposite direction and joining them at the edge of the rectangular plate (4). Both arms, both the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) and the reflected rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1), have the same folding method. 1. The rear-attached arm structure of the monolithic or bilithic flat-top model (1) is a foldable sheet of material, characterized by the construction of a main structure (2) which is a human arm and hand connected by a folded edge (3) to a rectangular sheet (4), which is a rectangular sheet (4) that connects the rear-attached arm structure of the monolithic or bilithic flat-top model (1) to the body structure of the monolithic or bilithic flat-top model by a sealing means, where one edge (2a) of the main structure (2) is folded by a folded edge (3) to a rectangular sheet (5), which on the opposite side of the rectangular sheet (5) is folded by a folded edge (3) to a rectangular sheet (6), which on the opposite side of the rectangular sheet (6) is folded by a folded edge (3) to a rectangular sheet (7), which is a rectangular sheet. It has a rectangular hole in the center, which is where a semicircle (20) or (24) is inserted to lock the rear-attached arm of the single-legged or double-legged flat-folding model (1) to the body structure of the single-legged or double-legged flat-folding model. The semicircle (20) or (24) of the single-legged or double-legged flat-folding model body structure is inserted into the rectangular hole of this rectangular plate (7). This hole is not required in the rear-attached arm structure of the single-legged or double-legged flat-folding model (1) if the single-legged or double-legged flat-folding model body structure does not have a locking semicircle (20) or (24) in place, with the opposite edges of the rectangular plate (7) being folded together by fold line (3) with the rectangular plate (8), with the edge (2c), which is one edge of the main structure (2), being folded together. It is connected by a fold line (3) with a rectangular sheet (9), at which the opposite edges of the rectangular sheet (9) are folded together by a fold line (3) with a rectangular sheet (10 ...) The rectangular panels (10) are folded together by crease (3) with rectangular panel (11), which at opposite edges of rectangular panel (11) are folded together by crease (3) with rectangular panel (12). The fold (13), which is the arm fold of the main structural part (2), can be at any angle from 0 to 180 degrees, and the method of folding into shape and assembling into a complete shape is the same. The rear-attached arm structure of the foldable model, both single-legged and double-legged, (1) can be either the left or right arm of the single-legged and double-legged foldable model, depending on the direction in which the rectangular panels (5), (6), (7), (8), (9), (10), (11), (12) are folded, and the left and right arms can be distinguished after folding and assembly into a complete shape by observation. The thumb of the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) can be joined together to form two arms by taking the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) and reflecting it to create another rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) in the opposite direction and joining them at the edge of the rectangular plate (4). Both arms, both the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) and the rear-mounted arm structure of the flat-folding mannequin model in both single and double legs (1) in the reflection, will have the same folding method.