Folding Toy
A folding toy is formed from a series of interconnected panels. Adjacent panels are flexibly joined at their respective side edges. Each of the panels may fold in two directions relative to its adjacent panel. A bottom edge of each of the panels may be supported on a ground surface. A plurality of notches is formed in a top edge of each of the panels. The panels of the folding toy may be folded and configured as desired to create a child play space, such as a fort. A cover placed over the top edges of the toy can serve as a roof. For ease of storage, the panels may be arranged into an accordion-folded configuration.
The present invention is directed to a folding toy. The folding toy comprises a plurality of panels. Each panel has a pair of opposed side edges interconnected by a notched edge and a flat bottom edge. Adjacent panels of the plurality of panels are flexibly joined at their side edges. The plurality of panels is not formed as a single piece of material.
The present invention is also directed to a method for manufacturing a folding toy. The method comprises the steps of providing a plurality of panels, each panel having an opposed pair of side edges interconnected by a top edge, permanently connecting a free side edge of each panel to a free side edge of another panel of the plurality, and forming a plurality of notches along the top edge of each of the panels.
Turning to the figures,
With reference to
Each panel 12 has a pair of opposed side edges 14 (
The folding toy 10 preferably comprises at least ten interconnected panels 12. However, a greater or lesser number of panels 12 may be included in the toy 10, as desired. The panels 12 are preferably identical in shape and size. Alternatively, the panels 12 within the folding toy 10 may be of varied sizes, if desired. The panels 12 are preferably shaped as rectangles or squares, but other shapes may be used. Preferably, each panel 12 is about 24 inches long and 26 inches tall, although other sizes may be used.
The panels 12 are preferably permanently interconnected in series such that the top edges 16 of adjacent panels are joined. The bottom edges 18 of adjacent panels are likewise joined. Adjacent panels 12 of the plurality are flexibly joined to one another at their side edges 14. A free side edge 14 of each panel 12 is connected to a free side edge 14 of another panel 12. Preferably, no panels 12 are interconnected at either of their top and bottom edges 16 and 18. The side edges 14 are joined so as to form a hinged connection. At that connection, the panel 12 can fold in either of two different directions. In alternative embodiments, a panel 12 may be attached to the top or bottom edges 16 and 18 of another panel 12. In further alternative embodiments, the panels 12 may be interconnected using material that allows the panels 12 to be easily unconnected, such as Velcro.
Adjacent panels 12 of the toy 10 are joined by a connector 26. The connectors 26 shown in the
Because adjacent panels 12 are flexibly joined at their side edges 14, the toy 10 can be arranged into several accordion-folded configurations. Two such configurations are shown in
With reference to
The folding toy 10 has a pair of opposed end panels 30. The end panels 30 are shown spaced from one another in
Turning to
The notches 20 formed along the top edge 16 of the panels 12 serve as grips for the cover 34. The notches 20 help hold the cover 34 in place over the toy 10. The notches 20 may be V-shaped, U-shaped, rectangular, square or some other shape. The notches 20 shown in
In place of notches, other cover attachments may be used to hold the cover 34 in place. For example, Velcro may be secured along a top edge 16 of the panels 12. Buttons, brackets or clamps may also be used as cover attachments.
With reference to
Because the toy 10 may be folded into a compact panel stack 42, it is easily stored when not in use. The thickness of the panel stack 42 depends on the number of panels 12 and the material from which they are made. Preferably, the panel stack 42 is no more than five inches thick. A handle (not shown) may be attached to one of the panels 12 to allow the folding toy 10 to be easily moved when folded into the panel stack 42.
As shown in
Changes may be made in the construction, operation and arrangement of the various parts, elements, steps and procedures described herein without departing from the spirit and scope of the invention as described in the following claims.
Claims
1. A folding toy, comprising:
- a plurality of panels, each panel having a pair of opposed side edges interconnected by a notched top edge and a flat bottom edge, with adjacent panels of the plurality flexibly joined at the respective side edges, and in which the plurality of panels is not formed as a single piece of material.
2. The folding toy of claim 1 in which a hinged connection is formed between adjacent panels of the plurality.
3. The folding toy of claim 1 in which the plurality of panels comprise a pair of opposed end panels, in which the folding toy further comprises a fixture for releasably interconnecting the opposed end panels.
4. The folding toy of claim 1 in which the plurality of panels may selectively form either an open or closed shape when positioned on a ground surface.
5. The folding toy of claim 4 further comprising a cover draped over the top edge of each of the plurality of panels so as to form a roof over the open or closed shape.
6. The folding toy of claim 1 in which the notches are V-shaped.
7. The folding toy of claim 1 further comprising a window formed in at least one of the plurality of panels.
8. The folding toy of claim 1 in which the plurality of panels are configured to form an accordion-folded panel stack.
9. The folding toy of claim 8 in which the panel stack is no more than five inches thick.
10. The folding toy of claim 8 further comprising a fixture to hold the plurality of panels in the panel stack.
11. The folding toy of claim 10 in which the fixture comprises a strap that wraps around the panel stack.
12. The folding toy of claim 1 in which no panel is connected at its top or bottom edge to any adjacent panel.
13. The folding toy of claim 1 in which the flexible connection between adjacent panels is formed by an adhesive strip.
14. The folding toy of claim 1 further comprising a peephole formed in at least one of the plurality of panels.
15. The folding toy of claim 1 in which at least one of the plurality of panels has feet attached to its bottom edge.
16. The folding toy of claim 1 in which each of the plurality of panels has a flat first side and a flat opposed second side.
17. The folding toy of claim 1 in which the plurality of panels are identical in size and shape.
18. The folding toy of claim 1 in which each of the plurality of panels is permanently and flexibly connected to the next adjacent panel.
19. A method for manufacturing a folding toy comprising:
- providing a plurality of panels, each panel having an opposed pair of side edges interconnected by a top edge;
- permanently connecting a free side edge of each panel to a free side edge of another panel of the plurality; and
- forming a plurality of notches along the top edge of each of the panels.
20. The method of claim 19 in which the plurality of panels is not formed as a single piece of material.
Type: Application
Filed: Feb 13, 2018
Publication Date: Aug 16, 2018
Inventor: Anita Morales (Tuttle, OK)
Application Number: 15/895,080