Portable, folding storage structures with carrying case and methods therefor
Foldable storage structures and methods of erecting, contracting and storing such structures are described. The storage structure includes effectively rigid wall panels coupled by hinges to form an enclosure. The wall panels can be foldable and connected to a foldable floor panel assembly. The structure has a roof assembly which has a foldable panel assembly which mounts to or within a cover. The preferred cover has two layers to provide a flexible pouch in which the floor panels, wall panels and roof panels can be stored when folded into contracted conditions. The cover is configured to be releasably coupled to the top edge of the wall panels. Encircling straps may be used about the folded parts of the structure to serve as carrying handles. The cover preferably serves as both the roof skin when erected and as a carrying case when the structure is collapsed for portability or storage.
This disclosure pertains to portable foldable storage structures and to methods for erecting, contracting and storing such structures.
BACKGROUND OF THE INVENTIONIn society today, many individuals enjoy spending time traveling in recreational vehicles, campers, motor homes, trailers, and boats. In fact, many people live in such vehicles on either a full-time or on a part-time basis. Unfortunately, it is common for such vehicles to have limited storage space, and many personal items are therefore stored or stowed either within or attached to such vehicles.
This lack of adequate storage creates many problems. For example, when stopping in campgrounds, recreational vehicle parks, or in other locations, many individuals would like to store their personal items outside of their vehicles. However, the rules and regulations of many campgrounds and recreational vehicle parks do not allow the storage of personal items in an open manner. Therefore, there is a need for storage structures which will satisfy such storage needs.
Numerous foldable structures have been developed over the years. Such foldable structures have been used for various purposes. Although some of these structures can be used for storage, such structures tend to be bulky, heavy, and difficult to erect. Such structures have not typically been sufficiently lightweight and foldable or collapsible to be easily transported and/or stored. Providing such a structure which is weather tight is difficult and even more so while maintaining portability. Thus, the prior art structures have various shortcomings and have failed to adequately resolve some of the problems faced by those who would benefit from portable and collapsible storage structures.
In brief, there has long been a need for a portable, collapsible, foldable, durable, and light weight storage structure which is quickly and easily erected from a stored configuration. There has also been a need for such a storage structure which can be easily collapsed to facilitate transportation and storage.
The current invention addresses one or more of these problems and challenges using a number of features that provide an improved portable, collapsible structure and related methods.
BRIEF DESCRIPTION OF THE DRAWINGSPreferred embodiments of the invention are described below with reference to the following accompanying drawings.
Introductory Note
The readers of this document should understand that the embodiments described herein may rely on terminology used in any section of this document and other terms readily apparent from the drawings and language common therefor. This document is premised upon using one or more terms with one embodiment that will in general apply to other embodiments for similar structures, functions, features and aspects of the invention. Wording used in the claims is also descriptive of the invention. Terminology used with one, some or all embodiments may be used for describing and defining the technology and exclusive rights associated herewith.
The Foldable Storage Structure in General
When in its erect configuration, the storage structure 10 advantageously rests on a supporting surface 12. As shown in
The Wall Assembly
Referring to
As shown, wall assembly 30 includes four walls, a front wall 33, a back wall 34, a right wall 35, and a left wall 36. Each of these four walls 33, 34, 35, and 36 may include at least two wall panels. As shown in
As shown in
Referring now to
In one implementation, the rectangular enclosure 31 can comprise one continuous piece of wall material having foldable joints 70 which define the eight rigid wall panels (e.g., wall panels 41, 42, 43, 44, 46, 47, 48, and 49). In another implementation, the walls of the rectangular enclosure 31 can include a plurality of individual wall panels 50 which are hingedly coupled at foldable joint or coupling 70. Thus in one embodiment, the rectangular enclosure 31 can include a plurality of individual wall panels 50 which are foldably or hingedly coupled.
A preferred material of construction for the wall and other relatively stiff panels is an extruded plastic (polypropylene) corrugated board material sold under the trademark COROPLAST which is widely available. It has hollow compartments running longitudinally with connecting webs that join the inner and outer facing layers. Other material may be suitable, but this preferred material is water resistant and of particular utility for the inventions described herein.
The rigid panels 50 which comprise the wall assembly 30 are preferably lightweight, to facilitate set-up and take down of the storage structure 10. Such panels 50 can be made of various suitable materials in addition to the preferred material described above. For example, suitably rigid panels 50 can comprise materials selected from the group consisting of such extruded plastic hollow core board, cardboard, honeycomb plastic, foam core board, polyvinylchloride sheets, metal, wood, and wood based composite materials.
It should be noted that the height of the wall panels 50 can be varied or adapted to accommodate a variety of roof shapes. For example, the storage structure 10 shown in
Panel Hinges
Referring now to
The preferred hinged couplings 70 which join the wall panels 50 can be made of various suitable materials. For example, in one implementation at least one of the hinged couplings 70 which join the wall panels 50 can comprise a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. The hinged couplings 70 can be attached to the storage structure 10 by various suitable means. For example, in one implementation the hinged couplings 70 can be attached to the storage structure 10 by adhesives, double-faced tape, screws, bolts, braids, and/or heat welding. The preferred form may vary dependent upon the hinge and panel materials being used.
In one implementation, which may best be appreciated with reference to
A detailed description of the flexible basket weave hinges 75 is now provided with particular attention directed to
Referring now to
The hinge 75 is formed in a “basket weave” pattern, so that if one nylon strap 76 has its first end 78 attached to the interior facing side 55 of the first wall panel 43, then its second end 79 will be attached to the exterior facing surface 56 of the second wall panel 44. An adjacent nylon strap 76 which is part of the basket weave hinge 75 will alternate this arrangement, therefore its first end 78 will be attached to the exterior facing side 56 of the first wall panel 43, and its second end 79 will be attached to the interior facing side 55 of the second wall panel 44. Additional nylon straps 76 will follow this alternating pattern of attachment to form the basket weave hinge 75. In
Referring now to
Doors or Structure Closures
Referring now to
Panel Attachments
A plurality of attachment points 88 are preferably located at the top and bottom edges 60, 61 of the wall panels 50 (See
Folding Action of Wall Assembly
FIGS. 8A-E provide a series of diagrammatic representations showing a process whereby a wall assembly 30 in the folded configuration (
As shown by
Referring now to
The Roof Assembly
Referring to
In preferred versions, the roof member 101 includes at least one foldable joint or hinged coupling 105 which joins a plurality of rigid roof panels 106. As best seen in
In one implementation, the roof member 101 can be one continuous piece of material having fold lines creased thereinto to provide foldable joints 105. This construction may enhance the stiffness or rigidity of the roof panels (e.g., panels 111, 112, 113, and 114) by providing continuous support along the lines of joinder. In a more preferred alternative implementation, the roof assembly 101 can also include a plurality of individual roof panels 106 which are hinged at couplings 105. In another implementation, the roof member 101 may include two or more roof panels 106 which are hinged whereas other roof panels may be otherwise joined.
The foldable joints or hinged couplings 105 which join the roof panels 106 can be made of various suitable materials as described above. For example, in one implementation at least one of the foldable joints or hinged couplings 105 which join the roof panels 106 comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. The roof panel couplings 105 can be attached to the roof panels 106 by any suitable means. For example, the hinged couplings 105 can be attached to the roof panels 106 by adhesives, double-faced tape, screws, bolts, braids, and/or heat welding.
In one embodiment, which may best be appreciated with reference to
The roof panels 106 which comprise the roof member 101 are preferably lightweight, to facilitate set-up and take-down of the storage structure 10. Such panels 106 can be made of various suitable materials. For example, the roof panels 106 can comprise a material or materials selected from the group consisting of the preferred extruded polypropylene board, cardboard, honeycomb plastic, foam core board, polyvinylchloride sheets, metal, wood, and wax coated paper based materials.
Referring to
Any three of the edges may be sealed or joined to form the flexible pouch 102. For example, as shown in
As shown in
The flexible pouch 102 can be made of any suitable material. For example, the flexible pouch 102 can be made of fabric, plastic, canvas, or a combination of these materials. The materials used can be water-proof, water-resistant, non-water-proof depending on the characteristics desired by the user. The flexible pouch 102 can also include various optional aesthetic features such as scalloped eves 145 which are shown in
Referring again to
Folding the Roof Assembly
FIGS. 14A-D provide a series of diagrammatic representations showing a process whereby the roof member 101 is first shown in a folded configuration 150 (
As shown by
When the roof panels 106 are in the unfolded configuration 151 (as shown in
As noted above, the height of the wall panels 50 can be varied or adapted to accommodate a variety of roof shapes, such as gambrel, gable, shed, curved or flat roofs. The use of any suitable roof shape is contemplated. As one example, the storage structure 10 shown in
The Floor Assembly
Referring now to
Each of the floor panels 166 has a front edge 175, a back edge 176, an outer side edge 177, and an inner side edges 178. Each of the floor panels 166 has an upper surface 179, and a lower surface 180.
In one implementation, the floor assembly 160 has at least one foldable joint 165 which defines a plurality of floor panels (e.g., first and second floor panels 170, 171). In this implementation, the floor assembly 161 can be one continuous piece of floor material having foldable joints 165 which define the first and second floor panels 170, 171. In another implementation, the floor assembly 160 can include a plurality of individual floor panels 166 which are hingedly coupled at foldable joint or coupling 165. Thus, in some implementations, the floor assembly 160 can include a plurality of individual floor panels 166 which are hingedly coupled.
In one implementation, the floor assembly 160 includes a plurality of hingedly coupled rigid floor panels 166. The foldable joints or hinged couplings 165 which join the floor panels 166 can be made of any suitable material. For example, in one implementation at least one of the foldable joints or hinged couplings 165 which join the floor panels 166 comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. The hinged couplings 165 can be attached to the floor panels 166 by any suitable means. For example, the hinged couplings 165 can be attached to the floor panels 166 by adhesives, double-faced tape, screws, bolts, brads, and/or heat welding.
In one embodiment, which may best be appreciated with reference to
The floor panels 166 which comprise the floor assembly 160 are preferably lightweight to facilitate set-up and take down of the storage structure 10. Such panels 166 can be made of any suitable material. For example, the floor panels 166 can comprise materials selected from the group consisting of extruded hollow core polypropylene, cardboard, honeycomb plastic, foam core board, polyvinylchloride sheets, metal, wood, wood based and other lightweight composite materials. Non-skid strips can be applied to the floor panels 166 to provide better traction for those walking on the floor.
The floor assembly 160 is advantageously configured to be releasably coupled to the bottom edge 61 of the wall panels 50. As shown in
Folding the Floor Assembly
FIGS. 16A-C provide a series of diagrammatic representations showing a process whereby the floor assembly 160 is first shown in a folded configuration 190 (
As shown by
Methods for Erecting the Storage Structures
The present invention includes methods of erecting the foldable storage structure 10. The methods may include providing a flexible pouch 102 which contains a disassembled storage structure 10 in a folded configuration. The flexible pouch 102 which is provided, contains a wall structure assembly, such as the eight rigid wall panels 50 in a folded configuration 90, a plurality of rigid roof panels 106 in a folded configuration 150, and a plurality of rigid floor panels 166 in a folded configuration 190. The method includes removing the wall panels 50, the plurality of roof panels 106, and the plurality of floor panels 166 from the flexible roof pouch 102. The method includes unfolding the wall panels 50, to form a rectangular enclosure 31 having a top edge 60 and a bottom edge 61. The method also includes unfolding the plurality of roof panels 106, and then after unfolding the plurality of roof panels 106, placing the plurality of roof panels 106 inside of the flexible pouch 102 to form a roof assembly 100. The roof assembly 100 is releasably coupled to the top edge 60 of the rectangular enclosure 31. The method also includes unfolding the plurality of floor panels 166, and then after unfolding the plurality of floor panels 166, releasably coupling the plurality of floor panels 166 to the bottom edge 61 of the rectangular enclosure 31.
Second Embodiment Roof Cover and Pouch
As shown, this embodiment further shows a cover which either or both folds an opening side flap and an end flap. This is used to reduce the overall width and length of the completely knocked-down and encased structure in the storage or stowage condition. The foldable panel assemblies and the stowed unit thus become easily portable and carrying case cover protect the folding panel assemblies for transport and stowage. This may be in a storage compartment of a recreational vehicle, a boat, home storage shelving or wherever the unit is stored. Further specifics of the second embodiment will now be described with aid and in light of the first embodiment description.
As shown, cover 200 is made with a relatively heavy nylon fabric which is rip and tear resistant. It is also advantageously provided with a water resistant coating that lines the inside of both top layer 201 and bottom layer 203 (
The cover 200 is provided with a pouch (not shown in
The cover may be advantageously provided with a binding or edging 209 which extends along edges 204-207. This can be a sewn-on strip of heavier nylon fabric or other suitable edging material. This helps to protect the edges against wear and tear.
The two cover layers are joined along the perimeter at edges 204, 206 and 207 by sewing, glueing, heat welding and/or other suitable joinder techniques. The two layers are open (disconnected) or detachably connected near back edge 205 to allow access to an internal compartment of a storage pouch 250 formed between the two layers of the cover.
The mouth of the storage pouch 250 is adjacent the outer edge of a first reinforcement strip 261. Strip 261 is sewn, glued, welded, etc. to become a part of the bottom layer. It is a longitudinal reinforcement strip which extends between the end edges 206 and 207. As shown, the bottom layer also advantageously has similar second and third longitudinal reinforcement strips 262 and 263. An end reinforcement strip 264 may a further be included.
The first longitudinal reinforcement strip 261 has a group of snaps 211 having individual snap pieces or other suitable connectors 231. Snaps 231 mate with snaps 210 mounted in the top layer. This connection causes the pouch opening to be fastened closed. This occurs most frequently when the roof panel assembly is installed therein in the unfolded condition and the roof assembly is ready for mounting upon the erected wall panel assembly.
The first strip 261 is also provided with appropriately positioned hook and loop connection pieces 221 for connection to the wall panel assembly with mating connectors mounted thereon.
The second reinforcement strip 262 is provided with another group or series of snaps or other suitable fasteners or connectors 217. Snaps 217 are coordinated to connect with snaps 210 of series 212 when the longitudinal flap is folded over along fold line 241. In this condition, the snaps 231 of series 211 are disconnected from snaps 210 and displaced inward.
Third longitudinal reinforcement strip 263 is provided with a series of connectors 221 which may be hook and loop type fasteners for a connection to the top edge of the wall panel assembly when the unit is erected.
The transverse reinforcement strip 264 is provided with snaps 213 which engage and mate with snaps 267 on the second transverse reinforcement strip 265 when the end flap 253 is folded along fold line 242. Snap 218 on strip 264 connects with snap 214 on the face of upper layer 201 when the cover is fully folded into a closed storage position.
Assembly of Structure Into Storage Condition
Straps 264 may further serve an added optional purpose of being guys which can be connected at the top corners of the wall assembly and staked to the ground or otherwise mounted upon a supporting surface to stabilize the erected structure against wind, rain and snow.
Operation and Further Aspects
Advantageously, the foldable storage structure 10 may also be contracted or collapsed. This includes the wall assembly 30, the roof assembly 100, and the floor assembly 160, which all can be easily placed in a folded configuration and stored in the flexible pouch 102 for storage and/or transport. Transport of the foldable storage structure 10 is further facilitated by the fact that when the foldable storage structure 10 is placed in a folded configuration and stored in the flexible pouch 102, the flexible pouch 102 containing the foldable storage structure 10 (in the folded configuration) is so dimensioned as to be insertable into a cargo compartment of a recreational vehicle. The foldable storage structure 10 is preferably configured to be assembled and disassembled without tools.
The methods, operation and further aspects of the described embodiments of the present invention are believed to be apparent from the description given herein. For convenience they will be briefly summarized at this point.
In one aspect, the present invention relates to a foldable storage structure 10. The foldable storage structure 10 includes a rectangular enclosure 31 having foldable joints 70 which define eight effectively rigid wall panels 50. Each of the wall panels 50 have a top edge 60 and a bottom edge 61, and at least one of the wall panels 50 includes a door opening 83 formed therethrough.
The foldable storage structure 10 includes a roof member 101 having at least one foldable joint 105 which defines a plurality of rigid roof panels 106. The foldable storage structure 10 also includes a roof skin or envelope, preferably in the form of flexible pouch 102 which is configured to enclose the roof panels 106 to form a roof assembly 100. The roof assembly 100 is configured to be releasably coupled to the top edge 60 of the wall panels 50.
The foldable storage structure 10 also includes a floor assembly 160 having at least one foldable joint 165 which defines a plurality of rigid floor panels 166. The floor panels 166 are configured to be releasably coupled to the bottom edge 61 of the wall panels 50.
In one preferred embodiment, the foldable storage structure includes a door 85 which is pivotally coupled, such as by hinge structures, to at least one of the wall panels 50 at the door opening 83 to control ingress to and egress from the foldable storage structure 10.
The joints which connect various panels of the foldable storage structure 10 can be made from various suitable materials. For example, in one variation, at least one of the foldable joints 70 which define the rigid wall panels 50 is made from a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. In another variation, at least one of the foldable joints 50 which define the plurality of rigid roof panels 106 comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. In another variation, at least one of the foldable joints 165 which define the plurality of rigid floor panels 166 comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting. In one preferred embodiment, at least one of the foldable joints 70 which define the wall panels 50 is a flexible basket weave hinge 75 made of nylon strapping 76 or other enumerated material or their equivalent.
In another variation, the rigid wall panels 50 comprise a material selected from the group consisting of extruded hollow core polypropylene board, cardboard, plastic, foam core board, polyvinylchloride sheet, metal, wood and wood based materials.
In other embodiments, the foldable storage structure includes a wall assembly 30 including eight rigid wall panels 50, each wall panel (i.e., 41, 42, 43, 44, 46, 47, 48 and 49) having a top edge 60 a bottom edge 61 and side edges 62. The side edges 62 of the wall panels 50 are hingedly coupled to form a rectangular enclosure 31, and at least one of the wall panels 50 includes a door opening 83 formed therethrough. The foldable storage structure 10 includes a roof assembly 100 including a plurality of hingedly coupled rigid roof panels 106, and a flexible pouch 102 which is configured to enclose the roof panels 106. The roof assembly 100 is configured to be releasably coupled to the top edge 60 of the wall panels 50. The foldable storage structure 10 also preferably includes a floor assembly 160. The floor assembly 160 includes a plurality of pivotally coupled rigid floor panels 166, and is configured to be releasably coupled to the bottom edge 61 of the wall panels 50.
In yet another embodiment, the foldable storage structure includes eight wall panels 50, each of the wall panels 50 having a top edge 60 a bottom edge 61 and side edges 62. The side edges 62 of the wall panels 50 are hingedly coupled to form a rectangular enclosure 31. At least one of the wall panels 50 includes a door opening 83 formed therethrough. The foldable storage structure 10 also includes a plurality of hingedly coupled roof panels 106, and a flexible pouch 102 which is configured to enclose the roof panels 106. The flexible pouch 102 is also configured to be releasably coupled to the top edge 60 of the wall panels 50. The foldable storage structure 10 also includes a plurality of hingedly coupled floor panels 166. The floor panels 166 are configured to be releasably coupled to the bottom edge 61 of the wall panels 50.
Further Aspects and Features
The above description has set out various features and aspects of the inventions developed by the inventors and the best mode and certain preferred embodiments are shown and described. Such aspects and features may further be described and defined according to the following claims which may individually or in various combinations help to define the 3 invention.
Interpretation Note
The invention has been described in language directed to the current embodiments shown and described with regard to various structural and methodological features. The scope of protection as defined by the claims is not intended to be necessarily limited to the specific features shown and described. Other forms and equivalents for implementing the inventions can be made without departing from the scope of concepts properly protected hereby.
Claims
1. A foldable storage structure, comprising:
- a wall assembly including eight rigid wall panels, each wall panel having a top edge a bottom edge and side edges, wherein the side edges of the wall panels are hingedly coupled to form a rectangular enclosure, and wherein at least one of the wall panels includes a door opening formed therethrough;
- a roof assembly including a plurality of hingedly coupled rigid roof panels and a flexible pouch configured to enclose the roof panels, wherein the roof assembly is configured to be releasably coupled to the top edge of the wall panels; and
- a floor assembly including a plurality of hingedly coupled rigid floor panels, wherein the floor assembly is configured to be releasably coupled to the bottom edge of the wall panels.
2. The foldable storage structure of claim 1, and further comprising a door, wherein the door is hingedly coupled to at least one of the wall panels at the door opening to control ingress to and egress from the foldable storage structure.
3. The foldable storage structure of claim 1, wherein at least one of the hinged couplings which join the wall panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
4. The foldable storage structure of claim 1, wherein at least one of the hinged couplings which join the roof panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
5. The foldable storage structure of claim 1, wherein at least one of the hinged couplings which join the floor panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
6. The foldable storage structure of claim 1, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch.
7. The foldable storage structure of claim 1, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch, and wherein the flexible pouch includes a closure.
8. The foldable storage structure of claim 1, wherein the foldable storage structure is configured to be assembled and disassembled without tools.
9. The foldable storage structure of claim 1, wherein at least one of the hinged couplings which join the wall panels comprises a flexible basket weave hinge made of nylon strapping.
10. A foldable storage structure, comprising:
- a rectangular enclosure having foldable joints which define eight rigid wall panels, wherein the wall panels have a top edge and a bottom edge, and wherein at least one of the wall panels includes a door opening formed therethrough;
- a roof member having at least one foldable joint which defines a plurality of rigid roof panels;
- a flexible pouch configured to enclose the roof panels to form a roof assembly, wherein the roof assembly is configured to be releasably coupled to the top edge of the wall panels; and
- a floor assembly having at least one foldable joint which defines a plurality of rigid floor panels, wherein the floor panels are configured to be releasably coupled to the bottom edge of the wall panels.
11. The foldable storage structure of claim 10, and further comprising a door, wherein the door is hingedly coupled to at least one of the wall panels at the door opening to control ingress to and egress from the foldable storage structure.
12. The foldable storage structure of claim 10, wherein at least one of the foldable joints which define the eight rigid wall panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
13. The foldable storage structure of claim 10, wherein at least one of the foldable joints which define the plurality of rigid roof panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
14. The foldable storage structure of claim 10, wherein at least one of the foldable joints which define the plurality of rigid floor panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
15. The foldable storage structure of claim 10, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch.
16. The foldable storage structure of claim 10, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch, and wherein the flexible pouch includes a closure along at least one edge.
17. The foldable storage structure of claim 10, wherein the foldable storage structure is configured to be assembled and disassembled without tools.
18. The foldable storage structure of claim 10, wherein at least one of the foldable joints which define the wall panels comprises a flexible basket weave hinge made of nylon strapping.
19. The foldable storage structure of claim 10, wherein the eight rigid wall panels comprise a material selected from the group consisting of extruded hollow core polypropylene sheet, cardboard, plastic, foam core board, polyvinylchloride sheet, metal, wood and wood based materials.
20. A foldable storage structure, comprising:
- eight rigid wall panels, each of the wall panels having a top edge a bottom edge and side edges, wherein the side edges of the wall panels are hingedly coupled to form a rectangular enclosure, and wherein at least one of the wall panels includes a door opening formed therethrough;
- a plurality of hingedly coupled rigid roof panels;
- a flexible pouch configured to enclose the roof panels, wherein the flexible pouch is also configured to be releasably coupled to the top edge of the wall panels; and
- a plurality of hingedly coupled rigid floor panels, wherein the floor panels are configured to be releasably coupled to the bottom edge of the wall panels.
21. The foldable storage structure of claim 20, and further comprising a door, wherein the door is hingedly coupled to at least one of the wall panels at the door opening to control ingress to and egress from the foldable storage structure.
22. The foldable storage structure of claim 20, wherein at least one of the hinged couplings which join the wall panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
23. The foldable storage structure of claim 20, wherein at least one of the hinged couplings which join the roof panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
24. The foldable storage structure of claim 20, wherein at least one of the hinged couplings which join the floor panels comprises a material selected from the group consisting of nylon strapping, webbing, fabric, plastic, leather and belting.
25. The foldable storage structure of claim 20, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch.
26. The foldable storage structure of claim 20, wherein the foldable storage structure can be placed in a folded configuration and stored in the flexible pouch, and wherein the flexible pouch includes a closure along at least one edge.
27. The foldable storage structure of claim 20, wherein the foldable storage structure is configured to be assembled and disassembled without tools.
28. The foldable storage structure of claim 20, wherein at least one of the hinged couplings which join the wall panels comprises a flexible basket weave hinge made of nylon strapping.
29. A method of erecting a foldable storage structure, comprising:
- providing a flexible pouch including eight rigid wall panels in a folded configuration, a plurality of rigid roof panels in a folded configuration, and a plurality of rigid floor panels in a folded configuration;
- removing the eight wall panels, the plurality of roof panels, and the plurality of floor panels from the flexible pouch;
- unfolding the eight wall panels to form a rectangular enclosure having a top edge and a bottom edge;
- unfolding the plurality of roof panels;
- after unfolding the plurality of roof panels, placing the plurality of roof panels inside of the flexible pouch to form a roof assembly;
- releasably coupling the roof assembly to the top edge of the rectangular enclosure;
- unfolding the plurality of floor panels; and
- after unfolding the plurality of floor panels, releasably coupling the plurality of floor panels to the bottom edge of the rectangular enclosure.
30. An apparatus forming a collapsible, portable storage structure, comprising:
- a foldable wall structure having a plurality of wall panels and at least one door opening;
- a foldable roof panel assembly having a plurality of roof panels;
- a flexible roof cover constructed with a pouch that can receive the foldable wall structure and foldable roof panel assembly therein when in folded conditions to provide portability and a carrying case.
31. An apparatus according to claim 30 and further comprising, a foldable floor panel assembly which may also be received within the pouch when in a folded condition with said foldable roof panel assembly and said foldable wall structure.
32. An apparatus according to claim 30 and further comprising connectors for connecting:
- a flexible roof assembly formed from the folding roof panel assembly when in an extended condition and the flexible roof cover;
- to the foldable wall structure when in an open condition.