STORAGE CONTAINER
A storage container assembly includes a first lid and a base. The first lid includes a first lid structure. The base includes an upper edge, a base structure, and an opening. The upper edge of the base is configured to receive the first lid such that the first lid is mounted to the base. The base structure of the base is configured to mate with a second lid structure of a second lid such that the base is capable of being mounted to the second lid. The opening of the base allows the base to be accessible while the first lid is mounted to the base.
The subject of the disclosure relates generally to the field of storage containers. More specifically, the disclosure relates to stackable, interlocking storage containers which include openings such that a user can access stored materials without un-stacking the storage containers.
BACKGROUNDIn recent years, consumers have become more and more concerned with the aesthetic appearance and functionality of garages, basements, closets, sheds, and other areas in which items tend to accumulate. As a result, consumers have invested vast sums of money on shelving units, storage bins, totes, etc. to store and organize accumulated items. In 2006 alone, consumers spent over $1.76 billion on plastic storage containers. Unfortunately, traditional storage systems are limited in their ability to provide an aesthetically appealing storage and organizational option which is both sturdy and able to provide easy access to stored items.
As an example, shelving units can be bulky, heavy, and complicated to assemble. It is also extremely difficult and potentially dangerous to move a shelving unit without taking all of the stored items off of the shelving unit. Further, most shelving units are not able to adequately store circular and cylindrical items which have a tendency to roll off the shelves of the shelving unit. A tote, which is a solid storage container with a lid, is limited in its ability to provide a user with easy access to stored items. To access stored items in a desired tote, the user has to remove any totes stacked on top of the desired tote and take off the lid of the desired tote. Further, stacks of totes more than two high are generally unstable because totes do not securely interlock with one another. Storage bins, which are generally lidless, stackable containers, are also limited in their ability to be stably stacked. After stacking storage bins 3 or 4 high, the stack becomes highly unstable, especially if heavy items are placed near the top of the stack. Storage bins are further limited by a lack of sturdiness and structural integrity due to their lidless configuration.
Thus, there is a need for a sturdy, lightweight, and portable storage system which provides a user with easy access to stored items.
SUMMARYAn exemplary storage container assembly includes a first lid and a base. The first lid includes a first lid structure. The base includes an upper edge, a base structure, and an opening. The upper edge of the base is configured to receive the first lid such that the first lid is mounted to the base. The base structure of the base is configured to mate with a second lid structure of a second lid such that the base is capable of being mounted to the second lid. The opening of the base allows the base to be accessible while the first lid is mounted to the base.
An exemplary integrated storage unit includes a first storage container assembly and a second storage container assembly. The first storage container assembly includes a first lid including a first lid structure and a first base. The first base includes a first upper edge configured to receive the first lid such that the first lid is mounted to the first base. The first base also includes a first base structure and a first opening such that the first base is accessible while the first lid is mounted to the first base. The second storage container assembly includes a second lid and a second base. The second lid includes a second lid structure. The second base includes a second upper edge, a second base structure, and a second opening. The second upper edge is configured to receive the second lid such that the second lid is mounted to the second base. The second base structure is configured to mate with the first lid structure such that the first storage container assembly is mounted to the second storage container assembly. The second opening allows the second base to be accessible while the second lid is mounted to the second base and while the first storage container assembly is mounted to the second storage container assembly.
An exemplary method of forming an integrated storage unit includes providing a first storage container assembly. The first storage container assembly includes a first lid comprising a first lid structure and a first base. The first base includes a first upper edge configured to receive the first lid, a first base structure, and a first opening such that the first base is accessible while the first lid is mounted to the first base. The first lid is mounted to the first base. A second storage assembly is also provided. The second storage assembly includes a second lid including a second lid structure and a second base. The second base includes a second upper edge configured to receive the second lid, a second base structure, and a second opening such that the second base is accessible while the second lid is mounted to the second base. The first lid structure of the first storage container assembly is caused to mate with the second base structure of the second storage container assembly such that the second storage container assembly is mounted on top of the first storage container assembly.
Other principal features and advantages will become apparent to those skilled in the art upon review of the following drawings, the detailed description, and the appended claims.
Referring to
Storage container assembly 100 also includes an opening 115 such that items can be stored in and/or accessed from storage container assembly 100 while lid 105 is mounted to base 110. In an exemplary embodiment, opening 115 can be rectangular with dimensions of approximately 10 inches in height and approximately 19 inches in length. In alternative embodiments, opening 115 can be any other shape, including elliptical, circular, square, triangular, etc. Similarly, opening 115 can have any other dimensions. In an exemplary embodiment, storage container assembly 100 includes a single opening located in a front 117 of base 110. In alternative embodiments, storage container assembly 100 may include a plurality of openings which may be located in any side of base 110 and/or in lid 105.
Opening 115 is formed in front 117 of base 110. A first boundary 121 of opening 115 and a third boundary 122 of opening 115 are formed by front 117. A second boundary 118 of opening 115, which is also formed by front 117, can be elevated a distance above a bottom of base 110. As such, second boundary 118 can be used to ensure that circular and other items can be stored in storage container assembly 100 without rolling out. In an exemplary embodiment, a fourth boundary 119 of opening 115 can be formed by a bottom surface of lid 105. Alternatively, fourth boundary 119 can be formed by front 117. First boundary 121, second boundary 118, third boundary 122, and fourth boundary 119 of opening 115 provide significant structural integrity to storage container assembly 100.
In an exemplary embodiment, storage container assembly 100 can include one or more gripping areas such that a user is able to lift and move storage container assembly 100. The one or more gripping areas can be formed such that lid 105 remains mounted to base 110 while storage container assembly 100 is being lifted. The one or more gripping areas can be formed in base 110 and/or lid 105 depending on the embodiment. In an exemplary embodiment, a first gripping area 130 and a second gripping area 135 are formed by a lip in an upper portion of base 110. In alternative embodiments, the gripping areas may be handles mounted to base 110, apertures in base 110 and/or lid 105, a lip or ledge formed anywhere in base 110, etc.
Lid 105 also includes a plurality of lid structures 120, and base 110 includes a plurality of base structures 125. As illustrated with reference to
In alternative embodiments, lid structures 120 and/or base structures 125 can be any other shapes, including square, rectangular, elliptical, star, triangular, etc. Further, any number of lid structures 120 and/or base structures 125 may be used to secure a first storage container assembly to a second storage container assembly. In another alternative embodiment, lid structures 120 may differ in shape from one another. For example, a first lid structure may be a circular cavity and a second lid structure may be a square cavity. In such an embodiment, a first base structure may be a circular protrusion and a second base structure may be a square protrusion. Alternatively, lid structures 120 may be protrusions and base structures 125 may be cavities. In another alternative embodiment, lid structures 120 and/or base structures 125 may not include cavities and protrusions adapted to mate with the cavities. For example, base structures 125 may be latches and lid structures 120 may be catches adapted to receive the latches, or vice versa. In alternative embodiments, base structures 125 and lid structures 120 can be any other type of structure(s) which can be used to secure a base of a second storage container assembly to a lid of a first storage container assembly.
As illustrated with reference to
A first rib 240 is positioned between first lid structure 260 and second lid structure 261, a second rib 241 is positioned between second lid structure 261 and third lid structure 262, and a third rib 242 is positioned between third lid structure 262 and eighth lid structure 267. Additional ribs are included between the other lid structures. The ribs can be used to form and/or provide additional support for the lid structures. First rib 240 and second rib 241 are curved inward, and third rib 242 includes convex surfaces to increase the structural integrity of lid 200. Inner surface 220 also includes an outer rib 215 which borders first rib 240 and second rib 241 to further increase the structural integrity of lid 200. In alternative embodiments, the ribs can be positioned in any other location(s) on lid 200. Further, the ribs can be any shape and/or form any patterns.
Lid 200 also includes a plurality of bridge members configured to further increase the structural integrity of lid 200. A first bridge member 270, a second bridge member 271, and a third bridge member 272 are arranged adjacent to tongue 230 and across from a fourth bridge member 273, a fifth bridge member 274, and a sixth bridge member 275. In alternative embodiments, a different arrangement and/or number of bridge members may be used. The bridge members provide structural support between the lid structures and also between tongue 230 and outer rib 215. For example, first bridge member 270 provides support between fourth lid structure 263 and fifth lid structure 264. First bridge member 270 also includes a bridge rib 277 which provides structural support between tongue 230 and outer rib 215. As a result, lid 200 is able to maintain its structural integrity with a large amount of weight stacked thereon.
As further illustrated with reference to
Base 300 also includes an upper edge 340, at least a portion of which includes groove 342, which is configured to receive and mate with tongue 230 of lid 200 as described with reference to
A fourth storage container assembly 630 is mounted to first storage container assembly 605 and second storage container assembly 610. A first plurality of base structures in a base 635 of fourth storage container assembly 630 are configured to mate with a second plurality of lid structures in lid 625 of first storage container assembly 605. A second plurality of base structures in base 635 are configured to mate with a first plurality of lid structures in a lid 640 of second storage container assembly 610. As such, fourth storage container assembly 630 is securely mounted to first storage container assembly 605 and second storage container assembly 610, and first storage container assembly 605 and second storage container assembly 610 are secured to one another. A fifth storage container assembly 645 is mounted to second storage container assembly 610 through a plurality of base structures in a base 650 of fifth storage container assembly 645 which mate with a second plurality of lid structures of lid 640 of second storage container assembly 610.
As illustrated with reference to
In an exemplary embodiment, any of the storage assemblies disclosed herein may include a mounting anchor.
Referring again to
In an exemplary embodiment, the walls of the bases described herein can be tapered outward (from bottom to top) such that a plurality of bases can be nested inside one another. Nesting provides significant space saving advantages with respect to shipping, store inventories, store displays, and consumer transportation. In another exemplary embodiment, a stack of two nested bases can be approximately 1.5 inches taller than a single base (i.e., the bases can have a nesting height of approximately 1.5 inches). Alternatively, any other nesting height can be obtained by altering a thickness of the bases and/or a degree of outward tapering from the bottom to the top of the bases.
The foregoing description of exemplary embodiments of the invention have been presented for purposes of illustration and of description. It is not intended to be exhaustive or to limit the invention to the precise form disclosed, and modifications and variations are possible in light of the above teachings or may be acquired from practice of the invention. For example, the described exemplary embodiments focused on an implementation made of a plastic such as high-density polyethylene. The present invention, however, is not limited to a particular material. Those skilled in the art will recognize that this container can be made out of various materials including metal. Additionally, the shape of the container can be altered significantly without deviating from the spirit of the invention. The embodiments were chosen and described in order to explain the principles of the invention and as practical applications of the invention to enable one skilled in the art to utilize the invention in various embodiments and with various modifications as suited to the particular use contemplated. It is intended that the scope of the invention be defined by the claims appended hereto and their equivalents.
Claims
1. A storage container assembly, comprising:
- a first lid, wherein the first lid comprises a first lid structure; and
- a base, wherein the base comprises an upper edge configured to receive the first lid such that the first lid is mounted to the base;
- a base structure, wherein the base structure is configured to mate with a second lid structure of a second lid such that the base is capable of being mounted to the second lid; and an opening such that the base is accessible while the first lid is mounted to the base.
2. The storage container assembly of claim 1, wherein at least a portion of a boundary of the opening is formed by the first lid.
3. The storage container assembly of claim 1, wherein the first lid comprises eight lid structures, and further wherein the base comprises eight base structures.
4. The storage container assembly of claim 1, wherein the second lid structure comprises a circular cavity, and further wherein the base structure comprises a circular protrusion.
5. The storage container assembly of claim 4, wherein the circular protrusion mates with the circular cavity to form a friction fit.
6. The storage container assembly of claim 1, wherein the first lid further comprises a rib configured to increase a structural integrity of the first lid.
7. The storage container assembly of claim 1, further comprising a mounting anchor for securing the storage container assembly to a structure.
8. The storage container assembly of claim 1, wherein the first lid further comprises a tongue and the upper edge of the base further comprises a groove configured to receive the tongue.
9. The storage container assembly of claim 1, wherein the first lid comprises a plurality of lid structures arranged in a pattern, and further wherein the base comprises a plurality of base structures arranged in the pattern.
10. The storage container assembly of claim 9, wherein the pattern comprises at least one of a square, a rectangle, and a circle.
11. The storage container assembly of claim 1, wherein one or more walls of the base are tapered outward from a bottom of the base to a top of the base such that the base is configured to nest within a second base.
12. The storage container assembly of claim 1, further comprising a door pivotally mounted to the base and configured to move between a closed position and an open position.
13. The storage container assembly of claim 12, wherein the door is configured to cover at least a portion of the opening when the door is in the closed position.
14. An integrated storage unit comprising:
- a first storage container assembly, wherein the first storage container assembly comprises a first lid comprising a first lid structure; and a first base, wherein the first base comprises a first upper edge configured to receive the first lid such that the first lid is mounted to the first base; a first base structure; and a first opening such that the first base is accessible while the first lid is mounted to the first base; and
- a second storage container assembly, wherein the second storage container assembly comprises a second lid comprising a second lid structure; and a second base, wherein the second base comprises a second upper edge configured to receive the second lid such that the second lid is mounted to the second base; a second base structure, wherein the second base structure is configured to mate with the first lid structure such that the first storage container assembly is mounted to the second storage container assembly; and a second opening such that the second base is accessible while the second lid is mounted to the second base and while the first storage container assembly is mounted to the second storage container assembly.
15. The integrated storage unit of claim 14, wherein the first lid comprises a first plurality of lid structures and the second base comprises a second plurality of base structures, and further wherein the first plurality of lid structures is greater than the second plurality of base structures.
16. The integrated storage unit of claim 14, wherein a bottom boundary of the first opening is elevated a distance above a bottom of the first base.
17. The integrated storage unit of claim 14, wherein the first storage container assembly is a first size, and further wherein the second storage container assembly is also the first size.
18. The integrated storage unit of claim 14, wherein the first storage container assembly is a first size and the second storage container assembly is a second size, and further wherein the second size is approximately one half of the first size.
19. A method of forming an integrated storage unit comprising:
- providing a first storage container assembly, wherein the first storage container assembly comprises a first lid comprising a first lid structure; and a first base, wherein the first base comprises a first upper edge configured to receive the first lid; a first base structure; and a first opening such that the first base is accessible while the first lid is mounted to the first base;
- mounting the first lid to the first base;
- providing a second storage assembly, wherein the second storage container assembly comprises a second lid comprising a second lid structure; and a second base, wherein the second base comprises a second upper edge configured to receive the second lid; a second base structure; and a second opening such that the second base is accessible while the second lid is mounted to the second base; and
- causing the first lid structure of the first storage container assembly to mate with the second base structure of the second storage container assembly such that the second storage container assembly is mounted on top of the first storage container assembly.
20. The method of claim 19, wherein the first lid structure comprises a circular cavity and the second base structure comprises a circular protrusion, and further wherein the circular cavity mates with the circular protrusion to form a friction fit.
Type: Application
Filed: Jul 9, 2008
Publication Date: Jan 14, 2010
Inventors: Michael Joseph (Chicago, IL), Thomas J. Welsh (Aurora, IL), Rolando Hernandez (Chicago, IL)
Application Number: 12/170,194
International Classification: B65D 21/036 (20060101); B65D 43/14 (20060101);