1. Field of the Invention
The present invention generally relates to storage devices, and more specifically to a modular storage system.
2. Description of the Prior Art
Various storage systems are known. Most of these systems are static and maintain a fixed configuration under all conditions of use. Thus, for example, there are small rectangular toolboxes used by workman and do-it-yourselfers. In the purchase of such a product a buyer needs to decide how large such a tool box needs to be and anticipate the size that will be required for a given number of tools and/or materials to be stored. In some cases, professional mechanics have relatively large tool cabinets, typically provided with a plurality of differently sized drawers for storing a greater number of tools and/or materials. Again, however, the purchaser needs to decide as to the size that such a tool cabinet needs to be. If more storage is needed the only solution is to acquire an additional storage unit which, however, does not cooperate with the initial unit. It simply supplements the storage capacity of the initial unit(s).
The present invention generally relates to a modular storage system in which one or more modules may be attached to each other in any desired configuration or array of modules. Whatever configuration is selected it may be supported on any suitable support surface, such as the floor, or mounted on a wall. Each module may have its interior storage area accessed from the fronts of the modules, or the tops or sides of the modules depending on the specific locations of the modules within the modular array. Two or more modules may be joined to each other so that they can be jointly lifted and transported or moved to a different location and combined with another array of modules at a different location. In this of way, different modules in an array or modular configuration may be labeled or marked for specific tools and/or materials and selected for any given project or job without the need to transport other tools and/or materials that may not be pertinent or germane for a given or project. This allows a workman to take only the tools and/or materials needed without having to transport many tools and/or materials that tend to be heavy and bulky and burdensome to transport.
These and other objects will become apparent when the drawings of the present invention are considered in detail along with the specification, taken with the drawings as follows:
Referring now more specifically to the drawings, in which the identical is similar parts will be designated by the same reference numerals throughout, and first referring to
The storage module 10 includes a housing 12. The specific shape or configuration of the housing 12 is not critical and any suitable configurations or shapes for such housing 12 may be used as long as the module 10 otherwise has all of the features or functions required to provide the advantages of the invention. In the preferred embodiment, the housing 12 is essentially elongate and generally defines a horizontal axis when supported on a horizontal surface or mounted on a vertical wall. The housing 12 has a generally uniform cross-section along its axis to define a cylindrical housing. In the specific unit shown in
The top wall 20 is a provided with indentations or recesses 20, one such recess being provided at each corner of the rectangular top wall. Each of the recesses 20 are dimensioned to receive legs or downwardly depending extensions of another like storage module to be placed on the top wall and secured to the storage module housing 12. Another recess 22 is provided for receiving and storing a handle 24 when the handle needs not to be used and, especially, to enable another storage module to be connected to the top wall 16. Additional recesses 25 may be provided for placement of a small items of hardware, such as screws, nails of the like while a workman is working on a project.
The sidewalls 14 are preferably formed with ribs 26 to stiffen the sidewalls which may be formed of relatively thin sheet material. A track 28 is provided extending in a generally axial direction midway between the top and bottom walls, and therefore along the housing having the greatest lateral dimension. A series of a locking tabs 30 are mounted on a slide rod or strip 32 connected to a stacking release tab 34. When the stacking release tab or finger grip 34 is in an essentially retracted position it is generally flush with the exterior surface of the drawer 18. However, when the stacking release tab 34 is pulled forwardly of the wall 18, the slide rod or strip 32 is likewise moved forwardly carrying the locking tabs 30 along the track 28. It will be evident that, from the discussion that follows, that the aforementioned mechanism may be used to secure two or more modules to stack these side-by-side along a horizontal direction. To facilitate the use of the stacking release tab 34 there is preferably provided a space 36 between the stacking release tab 34 and the proximate end of the sidewalls 14 to enable a user to place his or her fingertips within the space 36 to facilitate a pulling of the tab and, therefore, of the slide rod 32 and the locking tabs 30. When these are to be returned to a locking position the stacking release tab 34 can simply be pushed in rearwardly until the tabs 30 are returned to the position shown
A rotatable locking latch 38 includes a suitable finger gripping means for gripping of the latch and for rotating the latch at least an angular distance sufficient to lock and unlock the drawer, as the latch is rotated from one extreme position to the other. In the presently preferred embodiment, the latch is rotatable 90 degrees from a position at 42, in which the drawer is locked to a position at 44 in which it is unlocked and can be easily pulled out from the housing 12.
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Preferably, any suitable mounting means can be used on the rear walls of each of the units (not shown) to attach the units to a vertical surface such as a wall. Such retaining mechanism preferably allows each of the units to be selectively removed from the wall to provide added flexibility in assembling and moving storage units as needed. It will become evident, therefore, that the modules of the storage system of the present invention provide significant flexibility and ease in custom tailoring a module storage system or array, to satisfy almost any requirement. By using smaller, modular units tools and materials can be more specifically apportioned and organized to permit a worker to take only that storage module or two or more storage modules needed on a project and leave all the others behind. This allows a worker to remain organized and avoid having to transport heavy and bulky toolboxes full of tools and/or materials that may not or will not be necessary for a given job or project.
It should also be evident that the ability of the modular storage system to be configured in almost any array also makes the system suitable to create an array that conforms to almost any available storage space. Thus, if the available space is rectangular, triangular, arcuate or the like an array consisting of a number of appropriately-sized columns can be assembled to fit almost any such spaces.
While the preferred embodiments have been shown and described, it will be understood that the there is no intention to limit the invention by such disclosure, but rather, it is the intention to cover all modifications and alternate constructions falling within the spirit and scope of the appended claims.