The present invention relates to devices for displaying and storing selected objects.
Vitamins, medications, and spices are but a few of the categories of consumer products that most people use on a daily basis. Such products, among others, are typically packed in relatively small, lidded containers, which are usually stored in cabinets, such as medicine cabinets, bathroom cabinets, and kitchen cabinets. It has been noticed that storing packaged products in such cabinets is undesirable because the products are stored out of sight and forgotten only to become unused. Furthermore, it has also been noticed that simply placing products in cabinets does not represent a particularly efficient means of storage.
Storing packaged products, including bottled products, so that they may be easily and conveniently accessed has, therefore, long been a problem in the art of storage and containing. Accordingly, skilled artisans have devoted considerable time and effort toward storage solutions designed to efficiently and economically store bottled products and other packaged products in way that also provide easy and convenient access to such items. However, current storage solution efforts have yielded shelving and other storage devices that while adequate are difficult to make, expensive, difficult to construct, and inefficient, thus necessitating the continuing and ongoing improvement in the art.
According to the invention, there is provided a display and storage apparatus consisting of a backboard including opposed upper and lower extremities, opposed sides, and a plurality of tiered steps between the opposed upper end lower extremities and the opposed sides and defining opposed front and rear faces of the backboard. The steps, upon which items are to be placed for display and storage, each have a generally vertical wall, and a generally horizontal wall extending forwardly of the generally vertical wall. Opposed, substantially coextensive, upstanding sidewalls attached to the opposed upper and lower extremities of the backboard and the opposed sides of the backboard. The sidewalls each have opposed outer and inner faces, a lower end opposing the upper extremity of the backboard, and a rearward extremity having an upper portion adjacent the upper extremity of the backboard and a lower portion adjacent the lower end. The rear face of the backboard and the inner faces of the sidewalls form a cavity. First and second substantially coextensive backsplash receiving recesses are formed into the lower portions of the sidewalls, respectively. The lower ends of the sidewalls and the lower extremity of the backboard reside in a common substantially horizontal plane. According to this embodiment, there is also provided an elongate support having opposing inner and outer ends, and a first engagement assembly, which includes a first element thereof carried by the rear face of the backboard and a first complemental element thereof carried by the inner end of the elongate support. The first engagement element is engaged to the first complemental engagement element detachably coupling the inner end of the elongate support to the rear face of the backboard, in which the elongate support projects downwardly from the rear face terminating with the outer end, and the outer end resides in the substantially horizontal plane. The backboard is fashioned of light transmissive material, and a light source is attached to the rear face of the backboard. The light source includes a base, a switch, and at least one light attached to the base that is capable of being actuated to generate light at the rear face of the backboard illuminating the backboard in response to actuation of the switch. A second engagement assembly, which is different from the first engagement assembly, includes a second element thereof carried by the rear face of the backboard and a second complemental element thereof carried by the base. The second engagement element is engaged to the second complemental engagement element detachably coupling the base to the rear face of the backboard.
According to the invention, a display and storage apparatus consists of a backboard including opposed upper and lower extremities, opposed sides, and a plurality of tiered steps between the opposed upper end lower extremities and the opposed sides and defining opposed front and rear faces of the backboard. The steps each have a generally vertical wall, and a generally horizontal wall extending forwardly of the generally vertical wall. Opposed, substantially coextensive, upstanding sidewalls are attached to the opposed upper and lower extremities of the backboard and the opposed sides of the backboard. The sidewalls each have opposed outer and inner faces, a lower end opposing the upper extremity of the backboard, and a rearward extremity. The rear face of the backboard and the inner faces of the sidewalls form a cavity. The lower ends of the sidewalls and the lower extremity of the backboard reside in a common substantially horizontal plane. Also provided is an elongate support having opposing inner and outer ends, and a first engagement assembly including a first element thereof carried by the rear face of the backboard and a first complemental element thereof carried by the inner end of the elongate support. The first engagement element is engaged to the first complemental engagement element detachably coupling the inner end of the elongate support to the rear face of the backboard. The elongate support projects downwardly from the rear face terminating with the outer end, which resides in the substantially horizontal plane. The rearward extremity of each of the sidewalls has an upper portion adjacent the upper extremity of the backboard and a lower portion adjacent the lower end. First and second substantially coextensive backsplash receiving recesses are formed into the lower portions of the sidewalls, respectively. Preferably, the backboard is fashioned of light transmissive material, and a light source is attached to the rear face of the backboard. The light source includes a base, a switch, and at least one light attached to the base that is capable of being actuated to generate light at the rear face of the backboard illuminating the backboard in response to actuation of the switch. A second engagement assembly is also provided, which is different from the first engagement assembly and which includes a second element thereof carried by the rear face of the backboard and a second complemental element thereof carried by the bas. The second engagement element is engaged to the second complemental engagement element detachably coupling the base to the rear face of the backboard.
According to the invention, a display and storage apparatus consists of a backboard including opposed upper and lower extremities, opposed sides, and a plurality of tiered steps between the opposed upper end lower extremities and the opposed sides and defining opposed front and rear faces of the backboard. The steps each have a generally vertical wall, and a generally horizontal wall extending forwardly of the generally vertical wall. Opposed, substantially coextensive, upstanding sidewalls are attached to the opposed upper and lower extremities of the backboard and the opposed sides of the backboard. The sidewalls each have opposed outer and inner faces, a lower end opposing the upper extremity of the backboard, and a rearward extremity. The rear face of the backboard and the inner faces of the sidewalls form a cavity. The lower ends of the sidewalls and the lower extremity of the backboard reside in a common substantially horizontal plane. The backboard is fashioned of light transmissive material, and an elongate base is attached to the rear face of the backboard. Further provided are a switch, and lights, which are attached to the base at spaced intervals between opposing ends thereof, and which are capable of being actuated to generate light at the rear face of the backboard illuminating the backboard in response to actuation of the switch. A first engagement assembly includes a first element thereof carried by the rear face of the backboard and a first complemental element thereof carried by the base. The first engagement element is engaged to the first complemental engagement element detachably coupling the base to the rear face of the backboard. According to this embodiment, the rearward extremity of each of the sidewalls has an upper portion adjacent the upper extremity of the backboard and a lower portion adjacent the lower end. First and second substantially coextensive backsplash receiving recesses are formed into the lower portions of the sidewalls, respectively. Further to this embodiment is an elongate support having an inner end and an opposed outer end. The inner end is attached to the rear face of the backboard, the elongate support projects downwardly from the rear face terminating with the outer end, and the outer end resides in the substantially horizontal plane. Still further provided is a second engagement assembly, which is different from the first engagement assembly and which includes a second element thereof carried by the rear face of the backboard and a second complemental element thereof carried by the inner end of the elongate support. The second engagement element is engaged to the second complemental engagement element detachably coupling the inner end of the elongate support to the rear face of the backboard.
Consistent with the foregoing summary of preferred embodiments, and the ensuing detailed description, which are to be taken together, the invention also contemplates associated apparatus and method embodiments.
Referring to the drawings:
Turning now to the drawings, in which like reference characters indicate corresponding elements throughout the several views, attention is first directed to
Referring now to
Like lower ends 53 and 55 of sidewalls 50 and 51, respectively, lower extremity 32 of backboard 30 also terminates downwardly with a substantially horizontal edge 57 (
With continuing reference to
Backsplash receiving recesses 70 and 71 are formed into lower portions 62B and 67B of sidewalls 50 and 51, respectively. Backsplash receiving recess 70 projects upwardly from lower end 53 of sidewall 50 and terminates at an endwall 70A, which is located at a generally intermediate location between lower end 53 of sidewall 50 and upper extremity 31 of backboard 30. Backsplash receiving recess 71 projects upwardly from lower end 55 of sidewall 51 and terminates at an endwall 71A, which is located at a generally intermediate location between lower end 55 of sidewall 51 and upper extremity 31 of backboard 30.
Backboard 30 and sidewalls 50 and 51 together constitute the main structural component of apparatus, each being formed of relatively thin material being preferably made of a light transmissive material or combination of materials, such as light transmissive thermoplastic material, such as polycarbonate, polyactide, polystyrene, polyester, acrylic, or the like, which allows light to pass therethrough. In a preferred embodiment, backboard 30 and sidewalls 50 and 51 are integrally formed, such as by injection molding, machining, or other suitable technique. It is to be understood that backboard 30 and sidewalls 50 and 51 can be fashioned separately and then attached, such as by welding, gluing, etc.
According to the invention, and with specific reference to
In this particular embodiment, engagement element 91 is a socket 91′ affixed to rear face 37 of backboard, and complemental engagement element 92 is simply inner end 81 of elongate element 80 received in socket 91′, in which socket 91′ and inner end 81 of elongate support 80 are exemplary of a female and male engagement assembly. Socket 91′ is formed by and in a body or enlargement 91″ affixed to rear face 37 of backboard 30. Preferably, enlargement 91″ is formed integrally with rear face 37, although it can be manufactured as a separate part attached to rear face 37 with welding, glue, etc. It is to be understood that the positioning of elements 91 and 92 can be reversed providing backboard 30 with the male element of the engagement pair and providing inner end 81 of elongate support 80 with the female element of the engagement pair. The fit of inner end 81 of elongate support 80 in socket 91′ as shown in
In use, apparatus 20 is taken up, such as by hand, and, as seen in
In this embodiment, engagement element 91 is located at a generally intermediate position between inner surfaces 60 and 65 of sidewalls 50 and 51, and also at a generally intermediate location between upper extremity 31 and lower extremity 32 of backboard 30 as shown in
Considering
Containers 45 are lidded bottles, each consisting of a lid 100 secured to the upper end of a receptacle 101. On the outer face of each receptacle 101 is a label 102, which is used to provide information identifying the contents thereof. Labels 102 are simple adhesive labels, although labeling may be applied to receptacles 101 in other ways in accordance with known labeling techniques, including direct printing on receptacles 101 and selected specifications. As best seen in
Shelves 35 are substantially equal in depth and height, but are increasingly longer from the lowermost shelf to the uppermost shelf 35 in the preferred embodiment set forth herein. Containers 45 are also generally equal in size and shape. Consistent with the teachings set forth herein, it is to be understood that shelves 35 can be provided in various sizes (various depths, heights, and/or lengths), and also in different sizes (different depths, heights, and/or lengths. The same holds true for containers 45, and also labels 102, so long as the upper surfaces of the lids of the containers on one shelf extend no higher than the lower edges of the labels of the lids of the containers on the shelf immediately thereabove. Containers 45 are used to hold whatever is placed into them, such as vitamins, medicine, spices, etc.
As previously mentioned, backboard 30, like sidewalls 50 and 51, is fashioned of a light transmissive material or combination of light transmissive materials. Referring in relevant part to
Here, switch 122 is a conventional and well known toggle switch movable between ON and OFF positions which is associated with a conventional power cord 124 that is to be plugged into an electrical outlet in a conventional manner providing the required electrical power to light 123 in response to actuation of switch 122. Power cord 124 is coupled to base 121 and to lights 123 in electrical communication in a conventional and well known manner, the details of which will readily occur to the skilled artisans as being already employed with a vast array of electrical devices and appliances. Furthermore, any suitable toggle switch form may be used for turning lights 123 ON and OFF. Although it is preferred that a power cord be employed and plugged into a conventional wall outlet for providing the required electrical power to light 123, apparatus 20 may be provided with its own, discrete power source if desired, such as one or more batteries.
Lights 123 are each a light-emitting-diode as a matter of preference and simplicity, and because they are efficient, yield a high degree of light, and use a relatively small amount of electrical power. Lights 123 can each be provided in other conventional forms, if desired. As seen in
In this particular embodiment, engagement element 131 is a socket 131′ affixed to rear face 37 of backboard, and complemental engagement element 132 is simply an edge 133 of base 121 received in socket 131′, in which socket 131′ and edge 133 of base 130 are exemplary of a female and male engagement assembly. Socket 131′ is formed by and in body or enlargement 91″ affixed to rear face .37 of backboard 30, although it can be formed separately of enlargement 91″. It is to be understood that the positioning of elements 131 and 132 can be reversed providing backboard 30 with the male element of the engagement pair and providing base 121 with the female element of the engagement pair. Edge 133 to be received by socket 131′ is disposed at an intermediate location of base 121 between ends 121A and 121B, and the fit of edge 133 of base 121 in socket 131′ as shown in
The invention has been described above with reference to a preferred embodiment. However, those skilled in the art will recognize that changes and modifications may be made to the embodiment without departing from the nature and scope of the invention. For instance, an apparatus constructed and arranged in accordance with the principle of the invention can be made to take on a potentially vast number of shapes, and may be provided in a potentially vast number of sizes. Apparatus 20 set forth herein is particularly suited to be fitted onto a countertop and against a vertical wall fashioned with a backsplash. An apparatus constructed and arranged in accordance with the principles of the invention can, if desired, be made to fit on a counter top at a corner defined by the intersection of two opposing vertical walls each fashioned with a backsplash, and
Various further changes and modifications to the embodiment herein chosen for purposes of illustration will readily occur to those skilled in the art. To the extent that such modifications and variations do not depart from the spirit of the invention, they are intended to be included within the scope thereof.
Having fully described the invention in such clear and concise terms as to enable those skilled in the art to understand and practice the same, the invention claimed is: