TH10149C3 - The back-mounted arm structure of the flat-fold model Can be both one-legged and two-legged - Google Patents

Abstract

DC60 (03/04/58) The rear-mounted arm structure of the stand-up, one-legged and two-legged mannequin models are folded sheet material. Which consists of the main structural part which is the forearm of Man and human hand are connected Where one edge of the main structural part is connected to the sheet. One rectangle And at the other edge will be connected with four rectangular plates which A rectangle looks like a rectangle with a rectangular hole in the center. Where the other edge One section will be folded together by folding lines with four rectangular sheets. Which crook of the main structure Can be angled as many degrees from 0-180 degrees by the way of folding forming into shapes and assembling It's a perfect shape, it's the same way. The back-mounted arm structure of the flat-fold model Can be both one-legged and two-legged It can be both a left arm and a right arm and can be welded into two arms. The side-to-side corrected 3/04/2015 The rear-mounted arm structure of the stand-alone and two-legged models is a sheet of material that can be folded. Which consists of the main structural part which is the forearm of Man and human hand are connected Where one edge of the main structural part is connected to the sheet. One rectangle And at the other edge will be connected with four rectangular plates which A rectangle looks like a rectangle with a rectangular hole in the center. Where the other edge One side is folded together by folds along with four rectangular sheets. Which crook of the main structure Can be angled as many degrees from 0-180 degrees by the way of folding forming into shapes and assembling It's a perfect shape, it's the same way. The back-mounted arm structure of the flat-fold model Can be both one-legged and two-legged It can be both a left arm and a right arm and can be welded into two arms. Side by side --------------- The rear-mounted arm structure of the stand-alone and two-legged models is a foldable sheet of material. Which can be composed of the main structural parts Which looks like an arm of Man and human hand are connected Where at one edge of the main structural part Will be connected to the pad One rectangle And at the other edge is connected with four rectangular plates, which stand A rectangle looks like a rectangle with a rectangular hole in the center. Where the other edge One part is found to be connected by fold lines to four rectangular sheets. Which crook of the main structure Can be angled in any number of degrees from 0-180, where folding, forming and assembling a complete shape will be the same way. The back-mounted arm structure of the flat-fold model Can be both one-legged and two-legged It can be both the left arm and the right arm and can be welded in two. Side by side

Claims (1)

(All) rights which will not appear on the announcement page: Edit 3/04/2015 1. Back-mounted arm structure of a flat, one-legged and two-legged mannequin model (1) Will be a sheet of material that can be folded Characteristically composed of the main structural parts (2) which feature the human forearm and the human hand connected. Where one edge of the main structural part (2) is folded folded by a fold (3) with a rectangular plate (4), a rectangle (4) that joins the back-mounted arms of The flat, one-legged and two-legged mannequin models (1) match the body structure of the one-legged and two-legged models. With a sealed path Where the edge (2a), one of the edges of the main structural part (2), is folded together. Yes, with a fold line (3) and a rectangle (5), where the opposite edge of the rectangle (5) is folded together by the fold line (3) with the rectangle (6). Opposite side The rectangles (6) are folded together by a fold (3) and a rectangle (7). The rectangle (7) is a rectangle with a rectangular hole in the center. Which this hole will be the hole that Insert a semicircle (20) or (24) to lock the stick-on arm part from the back of the whole model. Stand one leg and two legs (1) on the body structure of the standing, one-legged and two-legged mannequin model by inserting the semicircle (20) or (24) of the standing foldable mannequin model. One leg and two legs enter the rectangular hole of this rectangular plate (7), which is not required in the arm structure. Can be mounted from the back of the model, can be folded, one-legged and two-legged (1). Of the one-legged and two-legged, flat-folding model without a lock Or semicircle (20) or (24), where the opposite edge of the rectangle (7) is folded folded by a fold (3) with a rectangle (8), where the edge (2c) ) Which is one of the edges of the main structural sections (2) are folded together. Yes, with a fold line (3) and a rectangle (9), where the opposite edges of the rectangle (9) are folded together by a fold line (3) with a rectangle (10), which at the edge Opposite side The rectangle (10) is folded by a fold (3) and a rectangle (11), where the opposite edges of the rectangle (11) are folded together by a fold ( 3) with a rectangular plate (12) by the crook (13), which is the arm crook of the main structural part (2), this can be angled as many degrees from 0-180 degrees by the way of folding forming a shape. And the complete assembly is done the same way, with the rear-mounted arm structure of the stand-up, one-legged and two-legged models (1) can be either the left arm or the right arm. Of the standing, one-leg, and two-leg foldable mannequin model based on the folding of rectangular sheets (5), (6), (7), (8), (9), (10), (11), ( 12) in any direction and the left arm and right arm can be distinguished after folding and assembled into a complete shape. With observation The thumb of the rear-mounted arm structure of the stand-alone and two-legged mannequin model (1) the back-mounted arm structure of the one-legged stand-alone model. And the two legs (1) can be joined to form two arms by adopting a rear-mounted arm structure of the The model can be folded flat, one-legged and two-legged (1) to reflect the image (Reflection) to form a back-mounted arm structure of the model, can be folded, standing, one-legged and two-legged. (1) Another form, which is structured in the opposite direction. It was connected at the edge of the rectangular plate (4), where the two arms were both the back-mounted arm structure of the model. One leg and two legs (1) and the rear-mounted arm structure of both flat-folding models. Standing with one leg and two legs (1), mirror image has the same folding method. -------------------------------------------------- ------------------- 1. The rear-mounted arm structure of the stand, one-legged and two-legged models (1) is a sheet of material that can be folded. It is characterized by being composed of the main structural parts (2), which feature the human forearm and the human hand connected. Where one edge of the main structural part (2) is folded folded by a fold (3) with a rectangular plate (4), a rectangle (4) that joins the back-mounted arms of The model can be folded flat, one leg and two legs (1) fit into the body structure. Of a flat-legged or two-legged model With a sealed path Where the edge (2a), which is one side of the main structural part (2) will be connected in folds Can be with the fault line (3) with a rectangular plate (5) where the opposite sides of the rectangle (5) are folded folded by the fold line (3) with the rectangular plate (6) with opposite edges. The rectangles (6) are folded together by a fold (3) and a rectangle (7). The rectangle (7) is a rectangular sheet. With a rectangular hole in the middle Which knows this will be the hole in Insert a semicircle (20) or (24) to lock the stick-on arm part from the back of the whole model. Stand one leg and two legs (1) on the body structure of the stand-alone or two-legged body structure by inserting a semicircle (20) or (24) of the body structure of the standing foldable model. One leg or two comes into the quadrilateral hole of this rectangular plate (7), which is not necessary in the rear-mounted arm structure of the model. One-legged and two-legged (1) models are acceptable if the body structure Of one or two leg or two legged folded mannequins without a lock Or semicircle (20) or (24), where the opposite edges of the rectangle (7) are folded together by a fold line (3) with a rectangle (8), where the edge (2) C) one of the edges of the main structural sections (2) is folded together. Yes, with a fold line (3) and a rectangle (9), where the opposite edges of the rectangular sheet (9) are folded together by the fold line (3) with the fabric rectangle ( 10) where the opposite edge The rectangle (10) is folded by a fold (3) and a rectangle (11), where the opposite edges of the rectangle (11) are folded together by a fold ( 3) with a rectangular plate (12) by the crook (13), which is the crook of the arm of the garden, the main structure (2) can be angled as many degrees from 0-180 degrees by the way of folding forming a shape. In the same way, the rear-mounted arm structure of the stand-up, one-legged, and two-legged models (1) can be either the right arm or the right arm of the model. One-legged and two-legged, flat-folded mannequin model based on the folding of rectangular sheets (5), (6), (7), (8), (9), (10), (11), (12). ) In any direction, and the left and right forearm can be distinguished after folding and assembled into a complete shape by observation. The thumb of the back-mounted forearm models can be either standing, one-legged, and two-legged (1). One-legged and two-legged (1) stands can be joined to form two arms by adopting a back-mounted arm structure. The model can be folded flat, one-legged and two-legged (1) to reflect the image (Reflection) to form a back-mounted arm structure of the model, foldable mannequin, standing, one-legged and two-legged. (1) Another form, which is structured in the opposite direction. It was then connected at the edge of a rectangular plate (4), where the two arms were both the back-mounted arm structure of the model. One leg and two legs (1) and the rear-mounted arm structure of the fully flattened model. Standing with one leg and one leg (1), mirror image has the same folding method.