Universal mounting system

Abstract

Universal mounting products and systems are provided that may be advantageously mounted with respect to an item, e.g., a package, container and/or product, and once mounted to such item, may be used to position the item in a desirable manner for subsequent use and/or access. The present systems advantageously include complementary mounting structures that are configured and dimensioned to interact therewith in positioning the item for subsequent use and/or access. In exemplary embodiments, the mounting system includes a hook member, an adhesive mounting member and an extension hook. The hook member is generally designed to interact with a mounting track that may be adhered to a desired structure, e.g., a wall, cabinet, door or the like.

Description

CROSS-REFERENCE TO RELATED APPLICATION

The present application claims the benefit of a commonly assigned, provisional patent application entitled “Universal Mounting System,” which was filed on Jan. 15, 2004 and assigned Ser. No. 60/536,659. The entire contents of the foregoing provisional patent application are incorporated herein by reference.

BACKGROUND OF THE DISCLOSURE

1. Technical Field

The present disclosure is directed to universal mounting products and systems. More particularly, the present disclosure is directed to device(s) that may be advantageously mounted with respect to an item, e.g., a package, container and/or product, and once mounted to such item, may be used to position the item in a desirable manner for subsequent use and/or access. The present disclosure is further directed to system(s) that include the foregoing device(s) and a complementary mounting unit that is configured and dimensioned to interact therewith in positioning the item for subsequent use and/or access.

2. Background Art

For years, people have been organizing and securing containers/packages by using conventional means, such as cabinets, shelves, wall units, windowsills, etc. Also, items are often hung on a door, wall or wall hook, i.e., a structure that defines a “male feature” that functions as a receiver for the item. The complementary “female feature” is already at a predetermined location and is generally permanently affixed to the container, package or other hangable item. This existing male/female combination of features makes organization generally ineffective and inefficient by limiting use of space, e.g., to a predetermined fixed design and location, and the quality and ease-of-use of that space.

Thus, storage systems and techniques are of continuing interest to individuals and businesses. Countless types of items and/or products are routinely in need of storage for subsequent use and/or access. For example, toiletry items, hardware/workshop items, automotive items, cooking items, cleaning items, stationery items and the like are routinely acquired, carried/transported, and stored for subsequent use, e.g., at periodic intervals.

Prior art systems have been disclosed for use in storing items. For example, U.S. Pat. No. 3,190,500 to Miles discloses a hook system that may be adhered to a collapsible tube container (e.g., a toothpaste dispenser) for interaction with a cooperative wall-mounted structure. Similarly, Canadian Patent No. 2,138,633 to Proulx discloses hooking structures that are integrally formed as part of a container, such hooking structures being adapted to cooperate with a wall-mounted member. Additional prior art disclosures of background relevance include U.S. Pat. No. 1,828,154 to Siqveland, U.S. Pat. No. 2,140,231 to Jefferis, U.S. Pat. No. 4,062,450 to Carter, U.S. Pat. No. 5,427,343 to Ferris, and WO 03/059754 to Pimpinella.

Despite efforts to date, a need remains for a universal mounting device/system that permits convenient and reliable storage and transportation/mobility of items for subsequent use and/or access. Moreover, a need remains for a mounting device/system that is readily attachable and detachable from an item, that permits variable positioning around the periphery and/or circumference of an item, that accommodates items of differing size, and/or geometry, and material composite and that may be stored/mounted to surfaces/structures of various sizes, shapes and material composite, e.g., the same device can be secured/mounted to a wire rack, an oven handle and/or a towel rack through an attachable/detachable hooking mechanism. The hectic lifestyles of people today further increase the need for efficient use of space and time in accessing desired items, as well as creative use of under-utilized space.

These and other needs/objectives are satisfied by the disclosed universal mounting device and system. Additional advantageous features and functionalities of the disclosed mounting device/system will be apparent from the disclosure which follows, particularly when reviewed in conjunction with the accompanying figures.

SUMMARY OF THE PRESENT DISCLOSURE

According to exemplary embodiments of the present disclosure, universal mounting device(s)/system(s) are provided that permit convenient and reliable storage of items for subsequent use and/or access. The disclosed mounting device(s)/system(s) are readily attachable and detachable from any item, permit variable positioning around the periphery and/or circumference of an item, accommodate items of differing size, geometry, and/or material composite (e.g., low surface energy and high surface energy), and facilitate storing/mounting to surfaces/structures of various sizes and shapes, and material composite, e.g., the same device can be secured/mounted to a wire rack, an oven handle and/or a towel rack. In exemplary embodiments of the disclosed system, a complementary mounting structure may be provided for interaction with a male/female structure to facilitate mounting and/or storage of items according to the present disclosure.

In a presently preferred exemplary embodiment of the present disclosure, a multi-component system is provided that facilitates mounting and/or storage of a wide variety of items. The multi-component system generally includes a hook member, an adhesive mounting member, an extension hook, and a mounting track. The hook member is adapted to be adhered with respect to the adhesive mounting member, and the adhesive mounting member in turn is adapted to be mounted/adhered with respect to an item to be mounted/stored. The extension hook is dimensioned and configured to detachably cooperate with the hook member and advantageously facilitates mounting of an item with respect to alternative structures, e.g., a rod or other elongated member. The mounting rack generally defines a track that is configured and dimensioned to cooperate with the hook member and, in a preferred embodiment, permits sliding engagement of the hook member with respect to the track. The mounting rack may be advantageously provided with an adhering surface to facilitate mounting of the rack with respect to a wall, cabinet or other surface.

With further reference to the interplay between the hook member and adhesive mounting member described herein above, the hook member is adapted to be adhered or otherwise attached to the mounting structure. The mounting structure is typically a two-sided adhesive member (e.g., a double-sided foam tape) that is adapted for mounting on or with respect to an item, e.g., a jar, container or the like. The adhesive member is typically provided with a detachable adhesive covering on a first side (the side to be mounted to an item) that is peeled away (in whole or in part) to permit mounting of the adhesive member with respect to the item. The adhesive mounting member is typically defined with a geometry that advantageously conforms to any shape and size item based on its flexibility. In a presently preferred embodiment, the adhesive mounting member is substantially triangular in geometry.

A die cut is advantageously formed in the detachable adhesive covering on the opposite side of the adhesive member (the side to be mounted to the hook member) to facilitate mounting of the hook member with respect to the adhesive member. The geometry and dimensional parameters of the die cut are generally selected to cooperate with the geometry/dimensions of a mounting leg associated with the hook member. In an exemplary embodiment, the hook member is substantially U-shaped and the mounting leg has a substantially rectangular geometry (e.g., about ⅝″ wide and 1″ long). The die cut formed in the face of the adhesive member is typically of a size to accommodate the mounting leg of the hook member. In use, the covering is peeled away from the mounting structure in the region of the die cut to expose the adhesive positioned thereunder, and the mounting leg of the hook member is adhered to the exposed adhesive. In illustrative embodiments of the present disclosure, indicia (e.g., verbiage, logo's and the like) may be printed on the adhesive covering, e.g., to provide instructive information concerning system use and/or advertising/promotional information.

The hook extension of the disclosed multi-component system generally includes a mounting bar at a first end that is configured to cooperate with the hook member, and an arcuate hook at the opposite end thereof. A central open region is generally defined between the mounting bar and the arcuate hook. The central open region facilitates rotational movement of the hook extension relative to the hook member, thereby accommodating a multiplicity of angular orientations between the hook extension and the hook member/item.

Exemplary mounting tracks for use with the multi-component system described herein include elongated members that define a track for cooperation with hook member(s). The mounting track generally defines a substantially U-shaped region for receipt of the hook portion of the hook member. An adhesive region may be defined on a back face of the mounting track to facilitate mounting of the mounting track with respect to a wall, cabinet or other surface.

In further exemplary embodiments of the present disclosure, a universal belt is provided that includes a self-contained locking device that cinches to itself in a locked position. In an additional exemplary embodiment of the present disclosure, a locking device is provided that has an extension that creates or defines a mounting/hooking structure, e.g., a hook or outwardly directed peg. The disclosed mounting/hooking structure may be advantageously adjustable relative to an item, e.g., a container, to which it is mounted, thereby further enhancing the flexibility and versatility associated with the present disclosure.

In a further exemplary embodiment of the present disclosure, the mounting device is of two-part construction. A first part is adapted to be mounted with respect to an item, e.g., a package, container or the like, e.g., with an adhesive surface, a band/strap or the like. A second part is adapted for telescoping movement relative to the first component and generally defines a mounting feature, e.g., a hook or peg, for mounting with respect to a desired surface or structure. In an exemplary embodiment, the first part may be disposable whereas the second part may be reused. Structural features may be incorporated into the first and/or second part to define predetermined relative positions when the two parts are telescoped relative to each other.

Thus, in exemplary embodiments of the present disclosure, a device is provided that includes a belt and a locking device or locking mechanism to clamp around a wide variety of items such as packages/containers (e.g., bottles, cans, tubes, tins, etc.) of substantially any shape/size/weight. Once mounted with respect to an item (e.g., a package and/or container), the disclosed device advantageously fastens with respect to a receiver surface such that the item (e.g., package/container) is available for subsequent use and/or access. In each of the disclosed embodiments, a gasket may be provided for positioning intermediate the disclosed belt/strap and the item (e.g., package/container).

In a further exemplary embodiment of the present disclosure, the mounting/hooking/male structure, e.g., a hook, clip or peg, has a variable adjusting arm to enable the object (universal mounting/hooking structure and item, e.g., package/container) to be secured to receiving surfaces/bars of many different shapes and sizes. Adjustment of the variable adjusting arm may be advantageously implemented such that the mounting structure, e.g., the hook or clip, is positioned closer or further away relative to the item (e.g., container/package). Moreover, the adjustment may be undertaken with the disclosed hook or clip in the standard “down” hook position (i.e., vertical) or in the open “upward” hook position (i.e., horizontal). According to exemplary embodiments of the present disclosure, the mounting/hooking structure, e.g., the hook or clip, can be aligned at essentially any location on the item (e.g., container/package).

In still a further exemplary embodiment of the present disclosure, a mounting device has a main, substantially planar portion and a connecting element projecting outwardly therefrom. The connecting element is suitable to operatively connect with a complementary connecting element associated with a mountable structure. The mounting device and the mountable structure slidably cooperate via the respective connecting elements. The mountable structure, in one aspect, has panel elements pivotally associated therewith via one or more hinge elements. The panel elements, in turn, can have fastening elements to facilitate different mounting arrangements.

In yet another exemplary embodiment of the present disclosure, a connecting device has one or more connecting elements operatively connectable to various complementary connecting elements associated with different mounting devices. The connecting device also has a hook structure pivotally connected to the connecting device via a hinge element so that the hook structure may selectively fold over the connecting device for compact storage during non-use.

Each of the disclosed universal mounting devices of the present disclosure may be advantageously packaged or otherwise incorporated with a product-specific receiving system, such as a rack or wall bracket, with respect to which the mounting structure may be advantageously mounted anywhere. In exemplary embodiments hereof, the receiving system may define a track or other structural feature that permits the mounting structure to slide or otherwise travel with respect thereto. Thus, for example, the mounting structure may comprise a hook that is adapted to slide along the x-axis relative to a complementary slot, ridge, rim or other structural feature associated with the receiving system. By accommodating such axial repositioning of the mounting structure relative to the receiving system, significant versatility and ease of use is achieved according to exemplary embodiments of the present disclosure.

The devices and systems of the present disclosure thus create usable space, make efficient use of existing space, enable mobility of items (e.g., packages/containers), and provide the ability to secure and store the same item (e.g., package/container) in many locations. The present disclosure further prevents loss and misuse of items (e.g., packages/containers) through enhanced inventory control, reduced breakage, and more reliable storage in view of potential safety issues. The disclosed universal mounting device(s)/system(s) advantageously span many industry specific products with various shapes, sizes, weights and material composites. The disclosed mounting devices may be attached and detached relative to an item (e.g., container/package) and have the ability to then be redeployed to a similar item (e.g., container/package), e.g., after the contents of the current item (e.g., container/package) is empty.

This present disclosure transcends conventional organization systems by placing the male side of the mounting system on any item (e.g., container/package), rather than on the wall, rack system, etc. The mounting device of the present disclosure can be clamped around or otherwise mounted with respect to an item (e.g., container/package), travel with the item, be hung on receivers of various widths, diameters and weights, and then removed from that item and placed on a new item of similar or different shape/size/weight. As will be readily apparent to persons skilled in the storage field, the versatility, convenience and reliability of the disclosed mounting device(s)/system(s) offer significant advantages in a variety of storage contexts.

BRIEF DESCRIPTION OF THE FIGURES

To assist those of skill in the art in making and using the disclosed mounting products/systems, reference is made to the accompanying figures wherein:

FIG. 1 provides a series of views of a first exemplary embodiment of an advantageous mounting system according to the present disclosure;

FIG. 2 provides a pair of views of an additional exemplary mounting system according to the present disclosure;

FIGS. 3, 3a and 3b provide views of an alternative exemplary mounting system according to the present disclosure;

FIG. 4 provides a pair of views of a further exemplary mounting system according to the present disclosure;

FIGS. 5 and 5a provide views of a further alternative exemplary mounting system according to the present disclosure;

FIGS. 6, 6a and 6b provide a series of views of an additional exemplary mounting system according to the present disclosure;

FIGS. 7, 7a and 7b provide a series of views of a further exemplary mounting system according to the present disclosure;

FIGS. 8-10 provide a series of views of an additional exemplary mounting system according to the present disclosure;

FIG. 11 provides a view of a further, alternative exemplary mounting system according to the present disclosure;

FIG. 12 provides a view of an additional exemplary mounting system according to the present disclosure;

FIG. 13 provides a view of a further exemplary mounting system according to the present disclosure;

FIG. 14 provides a view of an additional exemplary mounting system according to the present disclosure;

FIGS. 15-17 provide a series of views of aspects of a further exemplary mounting system according to the present disclosure;

FIGS. 18-19 provide views of an additional mounting system according to the present disclosure;

FIGS. 20, 20a and 20b and FIGS. 21, 21a and 21b provide views of aspects of a further, advantageous exemplary mounting system according to the present disclosure; and

FIG. 22 provides a view of the exemplary mounting system of FIGS. 20-21 mounted with respect to an illustrative container.

DESCRIPTION OF EXEMPLARY EMBODIMENTS

Universal mounting device(s)/system(s) are disclosed herein that permit convenient and reliable storage of items for subsequent use and/or access. The disclosed mounting device(s)/system(s) are readily attachable and detachable from any item, permit variable positioning around the periphery and/or circumference of an item, accommodate items of differing size, geometry, weight and/or material composite (e.g., low surface energy and high surface energy), and facilitate storing/mounting to surfaces/structures of various sizes and shapes, and material composite. In exemplary embodiments of the disclosed system, a complementary mounting structure may be provided for interaction with a male/female structure to facilitate mounting and/or storage of items according to the present disclosure.

Each of the universal mounting devices disclosed herein may be packaged or otherwise incorporated with a product-specific receiving system, such as a rack or wall bracket. The receiving system is typically configured and dimensioned to interact with the disclosed mounting structure so as to be advantageously mounted anywhere. In exemplary embodiments hereof, the receiving system may define a track or other structural feature that permits the mounting structure to slide or otherwise travel with respect thereto. Thus, for example, the mounting structure may comprise a hook that is adapted to slide along the x-axis relative to a complementary slot, ridge, rim or other structural feature associated with the receiving system, thereby effecting significant versatility and ease of use.

The devices and systems of the present disclosure create usable space, make efficient use of existing space, enable mobility of items, e.g., packages/containers, and provide the ability to secure and store the same item in many locations. The present disclosure further prevents loss and misuse of items (e.g., packages/containers) through enhanced inventory control, reduced breakage, and more reliable storage in view of potential safety issues. The disclosed universal mounting device(s)/system(s) advantageously span many industry specific products with various shapes, sizes, weights and material composite. The disclosed mounting devices may be attached and detached relative to an item (e.g., a container/package) and have the ability to then be redeployed to a similar item such as a container/package, e.g., after the contents of the current item (e.g., container/package) is empty.

Indeed, exemplary embodiments of the mounting system of the present disclosure transcend conventional organization systems by placing the male side of the mounting system on any item (e.g., container/package), rather than on the wall, rack system, etc. The mounting device of the present disclosure can be clamped around or otherwise mounted with respect to an item (e.g., container/package), travel with the item, be hung on receivers of various widths and diameters, and then removed from that item and placed on a new item of similar or different shape/size/weight. As will be readily apparent to persons skilled in the storage field, the versatility, convenience and reliability of the disclosed mounting device(s)/system(s) offer significant advantages in a variety of storage contexts.

In short, each of the disclosed mounting devices and systems advantageously permit convenient and reliable storage of items for subsequent use and/or access. The device(s)/system(s) are readily attachable and detachable from an item, permit variable positioning around the periphery and/or circumference of an item, and accommodate items of differing size, weight and/or geometry and material composite. A series of exemplary mounting systems are described herein below. However, it is to be understood that the present disclosure is not limited to such exemplary embodiments, but is susceptible to changes, modifications and/or enhancements without departing from the spirit or scope of the present disclosure.

With reference to the views of FIG. 1, an exemplary adjustable belt is provided with a living hinge—Hook clamping device 100 is shown in closed position with hook 101 extending downward therefrom. Living hinge 102 (top) includes a hook closure 104 that cinches strap 106. Of note, living hinge 102 may alternatively take the form of a mechanically secured structure. Tabs 108 fold and lock hook in place. One tab is shown in open position (tab 108a) while other tab (tab 108b) is shown in closed position. Raised barbs 110 on inside surface prevent slippage under tension. Strap 106 is slotted (slots 112) to assist strap in conforming to product container geometry.

With reference to the views of FIG. 2, an exemplary strap with hole/boss interaction is depicted. Hook clamping device 200 is of one piece construction. Strap 202 has series of holes 204 and bosses 206 that interlock to detachably hold product item/package 250 in a desired position. A hook 208 extends downward and is adapted to engage a cooperative mounting structure (not pictured). The hole/boss interaction permits hook clamping device to advantageously engage containers of varying dimension and geometry.

With reference to the views of FIGS. 3, 3a and 3b, an exemplary hook clamping device with locking teeth is depicted. Hook clamping device 300 is shown with a strap adjustment and locking mechanism 304 on a back side of strap 302, i.e., on the side substantially opposite hook 306. Locking mechanism 304 includes at least one engagement tooth 308 that is defined on a deflectable arm 310. Tooth 308 is generally biased into engagement with teeth 312 formed on strap 302. Tooth 308 may be moved out of engagement with teeth 310, thereby releasing adjustment/locking mechanism 304, by pressing downward on extension 314.

With reference to the views of FIG. 4, an exemplary clamp hooking device with adhesive backing is depicted. Clamp hooking device 400 is shown as a disposable structure with adhesive backing 402 formed on arcuate face 404. The use of adhesive backing 402 allows for a more permanent assembly of hook 406 with respect to an item (e.g., a container/package) (not pictured). Any suitable adhesive may be employed, as will be apparent to persons skilled in the art. The curvature of arcuate face 404 is generally selected to conform to conventional item/package geometries, but may be deflectable to accommodate items (e.g., containers/packages) having varying geometries/dimensions/weights.

With reference to the views of FIGS. 5 and 5a, an exemplary locking strap with finger pinch release is depicted. Clamp hooking device 500 illustrates a concept wherein strap 502 is engaged by opposed locking teeth 504 formed in a housing structure 506. The locking teeth are inwardly directed and are formed on deflectable arms 508a, 508b. Pinching of deflectable arms 508a, 508b toward each other causes locking teeth 504 to move out of engagement with micro teeth 512 formed on strap 502 (e.g., relative to pivot points 510a, 510b). A hook (not pictured) typically extends from housing structure 506.

With reference to FIGS. 6, 6a and 6b, an exemplary clamp hooking device with adjustable-depth hook member is depicted. Clamp hooking device 600 includes a hook 602 that is defined on an arm 604 that telescopes relative to a stationary member 606 that is positioned relative to a strap 608. The position of hook 602 relative to strap 608 is adjustable, i.e., the depth of the hook may be adjusted, by sliding the hook inward/outward. Arm 604 includes a plurality of teeth 610 that are adapted to engage a deflectable member 612 formed in stationary member 606 at a desired hook depth. A spring 614 may be positioned so as to bias arm 604 into engagement with deflectable member 612. Thus, hook 602 telescopes to varying depths and then locks in place.

With reference to FIGS. 7, 7a and 7b, an alternative clamp hooking device with adjustable-depth hook member is depicted. Clamp hooking device 700 includes a hook 702 that may be adjusted in depth relative to a strap mounting structure 704. Adjustment of the depth of hook 702 is achieved through a pair of flexible tabs 706 that include locking knobs 708 that engage cooperative apertures/holes 710 formed in strap mounting structure 704. Interlocking and release of locking knobs 708 is generally undertaken in a pushbutton manner.

With reference to FIGS. 8-10, a further exemplary mounting device 800 according to the present disclosure is schematically depicted. Mounting device 800 includes a band 802 that defines an interior region for cooperating with an item, e.g., a package, container or the like. Adjustment mechanism 803 permits the circumference of band 802 to be adjusted. A mounting mechanism 806 is movably mounted with respect to band 802 and includes arms or fingers 804a, 804b for cooperating with a desired structure, e.g., table 850 (see FIG. 10). Arms/fingers 804a, 804b are advantageously integral in construction and are joined to each other by an arcuate portion 805. Arms/fingers 804a, 804b advantageously cooperate with a mechanism that allows the arms/fingers to be cinched together, e.g., a tensioning cam, wing nut or the like, thereby clamping to a surface or structure.

Of note, the exemplary mounting mechanism 806 includes a yoke 808 that is fixed relative to band 802. Arms/fingers 804a, 804 are advantageously repositionable relative to yoke 808 such that arms/fingers 804a, 804b may be repositioned relative to band 802. As shown in FIG. 10, repositioning of arms/fingers 804a, 804b permits mounting device 800 to be advantageously mounted with respect to a non-vertical structure, e.g., a horizontal table, a shelf or the like. A transverse arm 810 may be provided intermediate arms 804a, 804b, such transverse arm 810 functioning as a stop when mounting device 800 is mounted to a cooperative structure. Thus, the disclosed exemplary mounting device 800 is adjustable and provides tension for clipping to a non-vertical structure.

With reference to FIG. 11, exemplary mounting device 900 is of two-piece construction. Hook member 902 telescopes with respect to clip member 904. Clip member 904 includes extension arm 906 that is configured and dimensioned to be received within a cooperating slot (not pictured) formed in hook member 902. Clip member 904 includes arcuate section 908 that may be adhered to a desired item, e.g., a container, package or the like, e.g., through application of an appropriate adhesive thereto. Through the telescoping relationship of hook member 902 relative to clip member 904, the positioning of the downward extension associated with hook member 902 may be varied relative to the arcuate section 908 of clip member 904. Of note, clip member 904 may be disposable in nature, whereas hook member 902 may be reusable. By mounting the disclosed mounting device 900 to an item, e.g., a container/package (not pictured), e.g., by way of an adhesive, the hook member 902 may be used to position the mounting device 900 relative to a cooperative mounting structure, as disclosed herein.

Turning to FIG. 12, a further exemplary mounting device 1000 of two-piece construction is schematically depicted. Unlike the prior mounting device 900, mounting device 1000 includes an extension arm 1006 associated with clip member 1004 that includes structural features, e.g., barbs 1010a, 1010b. Slot 1012 formed in hook member 1002 receives extension arm 1006 and includes regions for cooperating with barbs 1010a, 1010b. Thus, the telescoping of hook member 1002 relative to clip member 1004 may be associated with predefined steps based on the interaction between barbs 1010a, 1010b and the cooperative regions formed in slot 1012. Thus, the interaction between the barbs and cooperative regions constitute exemplary structural features for defining predetermined relative positions when the two parts are telescoped relative to each other. The size and number of barbs/regions may be modified to define the desired spacing and number of predetermined relative positions, as will be apparent to persons skilled in the art.

Clip member 1004 may include an adhesive to permit mounting device 1000 to be mounted with respect to an item, e.g., a package, container or the like. As with mounting device 900, through the telescoping relationship of hook member 1002 relative to clip member 1004, the positioning of the downward extension associated with hook member 1002 may be varied relative to clip member 1004.

With reference to FIG. 13, a mounting device 1100 that may be mounted with respect to an item, e.g., a package or container, is schematically depicted. Mounting device 1100 includes a band 1102 that is configured and dimensioned for use with a hook member (not pictured) and includes an arcuate plate member 1104 incorporated into the circumference thereof. Plate member 1102 supports at least one protruding member 1106 that cooperates with slots 1108 formed in band 1102, thereby permitting adjustment in the diameter of band, e.g., to facilitate mounting with respect to a given item, e.g., a container, package or the like. Plate member 1104 also supports a keyed extension arm 1110 that defines a substantially T-shaped cross-section. Extension arm 1110 is adapted for telescoping cooperation with a hook member (not pictured), thereby facilitating positioning of mounting device 1100 relative to an associated structure, e.g., a rack or the like.

With reference to FIG. 14, an exemplary hook member 1200 that is configured and dimensioned to structurally cooperate with an extension arm 1202 having a T-shaped cross-section is schematically depicted. Extension arm 1202 extends from clip member 1201 in like manner to the structure disclosed herein with reference to FIG. 13. Hook member 1200 includes a body 1204 that defines a slot (not pictured) for telescoping cooperation with extension arm 1202. Body 1204 supports a pair of substantially S-shaped pegs 1206a, 1206b that are configured and dimensioned to cooperate with spaced apertures defined in a peg board, as are known in the art. Thus, hook member 1200 permits effective mounting of an item, e.g., a package, container or the like, relative to a peg board or similar structural member. Different hook members may be employed in cooperation with a single extension arm, e.g., the extension arms having a T-shaped cross-section as disclosed herein, thereby further enhancing the versatility and flexibility associated with the mounting devices and mounting systems of the present disclosure.

With reference to FIGS. 15 through 17, an exemplary mounting device 1300 according to another aspect of the present disclosure is schematically depicted. As shown, the mounting device 1300 has a substantially flat or planar portion 1310 and a first connecting element 1320 projecting therefrom so as to preferably operatively accommodate at least one mountable structure 1330. The mountable structure 1330 can take any of a variety of forms suitable to cooperate with the mounting device 1300 and/or the first connecting element 1320. For example, the mountable structure 1330 can have a second connecting element 1340 such as shown in FIG. 15. Further, the mountable structure 1330 can have any of a variety of other elements associated therewith. For instance, as shown in FIGS. 16 and 17, the mountable structure 1330 can have one or more panel elements 1350 pivotally associated therewith. The panel elements 1350, in turn, can have various fastening elements 1360 associated therewith and suitable to facilitate various mounting or connecting functions, such as, for instance, to hold and/or retain at least a portion of an object (not shown) between such panel elements 1350. In one aspect of the present disclosure, each panel element 1350 is separately hinged to the mountable structure 1330 via separate hinge elements 1370. Whereas, in other aspects of the present disclosure, one or more of the panel elements 1350 may be operatively connected to the mountable structure 1330 via one hinge element 1370. In a preferred aspect of the present disclosure, the mounting device 1300 and the mountable structure 1330 may slidably cooperate via the respective first and second connecting elements 1320 and 1340 so as to provide greater flexibility and/or adjustability in use.

The mounting device 1300 may, in still other aspects of the present disclosure, be securely connected to different surfaces (e.g., a wall or the like) by any of a variety of techniques for accomplishing such a task. For example, the mounting device 1300 can have one or more apertures (not shown) allowing one or more connectors (e.g., bolts, screws, nails, tacks, etc.) to effectively traverse the mounting device 1300 so as to fasten or secure such to any of a variety of surfaces. In yet other aspects of the present invention, the mounting device 1300 can have alternative fastening or securing means, such as, for example, an adhering surface (e.g., a glue, a pressure-sensitive adhesive or other adhesive, or a fabric hook/loop arrangement) suitable to securely fasten the mounting device 1300 to any of a variety of surfaces.

With reference to FIGS. 18 and 19, an exemplary connecting device 1400 according to still another aspect of the present disclosure is schematically depicted. The connecting device 1400, as shown, can have one or more connecting elements 1410 suitable to operatively connect to various complementary connecting elements associated with mounting devices such as mounting device 1300 identified/discussed above. In addition, the connecting device 1400 can have any of a variety of different other features. For instance, the connecting device 1400 can have a substantially planar portion 1415 with a hook structure 1420 preferably pivotally connected therewith via at least one hinge element 1430. The hook structure 1420, in one aspect of the present disclosure, may be suitable to selectively fold over the connecting device 1400 as shown in FIG. 19 to be substantially flush with the planar portion 1415.

The dimensional characteristics of the structures associated with the mounting systems disclosed herein may be adjusted/varied based, inter alia, on the intended application. Factors such as the size, geometry and weight of the items, e.g., containers/packages, to be stored and the environment in which such storage is to occur may influence such dimensional considerations.

With reference to FIGS. 20, 20a, 20b, 21, 21a, 21b and 22 and in connection with a presently preferred exemplary embodiment of the present disclosure, a multi-component mounting system 1500 is provided that facilitates mounting and/or storage of a wide variety of items. The multi-component system 1500 generally includes a hook member 1502, an adhesive mounting member 1504, an extension hook 1506, and a mounting track (not pictured in the noted figures). With further reference to the non-pictured mounting track, it is contemplated according to the present disclosure that a mounting track of the design (or substantially comparable to the design) of mounting device 1300 (see FIGS. 15-17) may be advantageously employed as part of or in conjunction with mounting system 1500. Of note, the channel region (which interacts with mountable structure 1330) of mounting device 1300 is substantially V-shaped. However, it is contemplated that a channel region of substantially U-shaped cross-section may be advantageously employed with mounting system 1500.

The hook member 1502 is adapted to be adhered with respect to the adhesive mounting member 1504, and the adhesive mounting member 1504 in turn is adapted to be mounted/adhered with respect to an item to be mounted/stored, e.g., container 1550 schematically depicted in FIG. 22. Hook member 1502 may be adhered to mounting member 1504 at a variety of points in time, e.g., during manufacture or by the user at time of use. In the latter circumstance, the hook member 1502 may be provided with adhesive on an adhering surface thereof, such adhesive being exposed through removal of a masking material at such time as desired. Alternatively, the adhesive mounting member 1504 may be provided with adhesive in a desired region that may be exposed through removal of a masking material at a desired point in time.

The extension hook 1506 is dimensioned and configured to detachably cooperate with the hook member 1502 and advantageously facilitates mounting of an item with respect to alternative structures, e.g., a rod or other elongated member. As noted above, the mounting rack generally defines a track that is configured and dimensioned to cooperate with the hook member 1502 and, in a preferred embodiment, permits sliding engagement of the hook member 1502 with respect to the track (e.g., as shown in FIGS. 15-17 with respect to an alternative mounting system embodiment of the present disclosure. The mounting rack may be advantageously provided with an adhering surface to facilitate mounting of the rack with respect to a wall, cabinet or other surface.

With further reference to the interplay between the hook member 1502 and adhesive mounting member 1504 described herein above, the hook member 1502 is generally adapted to be adhered or otherwise attached to the adhesive mounting member 1504. In a preferred embodiment of the present disclosure, the adhesive mounting member 1504 is a two-sided adhesive member (e.g., a double-sided foam tape) that is adapted for mounting on or with respect to an item 1550, e.g., ajar, container, package or the like. Exemplary double sided foam tapes for use according to the present disclosure are available from 3M Corporation (St. Paul, Minn.), e.g., VHB foam tape, and FLEXcon (Spencer, Mass.). The adhesive mounting member 1504 is typically provided with a detachable adhesive covering on a first side (the side to be mounted to an item, e.g., container 1550) that is peeled away (in whole or in part) to permit mounting of the adhesive mounting member 1504 with respect to the item. The adhesive mounting member 1504 is typically defined with a geometry that advantageously conforms to any shape and size item based on its flexibility. In a presently preferred embodiment and as shown in FIGS. 20a, 21a and 22, the adhesive mounting member 1504 is substantially triangular in geometry. This triangular geometry facilitates interaction between mounting member 1504 and an item having an arcuate outer surface (e.g., a substantially cylindrical container).

A die cut (not pictured) is advantageously formed in the detachable adhesive covering on the opposite side of the adhesive mounting member 1504 (i.e., the side to be adhered with respect to hook member 1502) to facilitate mounting of the hook member 1502 with respect to the adhesive mounting member 1504. The geometry and dimensional parameters of the die cut are generally selected to cooperate with the geometry/dimensions of a mounting leg 1510 associated with the hook member 1502. In an exemplary embodiment, the hook member 1502 is substantially U-shaped, i.e., defines a U-shaped transition 1512 from the mounting leg 1510 to the hook portion 1514, and the mounting leg 1510 has a substantially rectangular geometry (e.g., about ⅝″ wide and 1″ long). The die cut formed in the face of the detachable covering on adhesive mounting member 1504 is typically of a size to accommodate the mounting leg 1510 of the hook member 1502. In use, the covering is peeled away from the mounting structure in the region of the die cut to expose the adhesive positioned thereunder, and the mounting leg 1510 of the hook member 1502 is adhered to the exposed adhesive. In illustrative embodiments of the present disclosure, indicia 1514 (e.g., verbiage, logo's and the like as depicted in FIG. 22) may be printed on the adhesive covering, e.g., to provide instructive information concerning system use and/or advertising/promotional information.

The hook extension 1506 of the disclosed multi-component system 1500 generally includes a mounting bar 1520 at a first end that is configured to cooperate with the hook member 1502, and an arcuate hook 1522 at the opposite end thereof. A central open region 1524 is generally defined between the mounting bar 1520 and the arcuate hook 1522. The central open region 1524 facilitates rotational movement of the hook extension 1506 relative to the hook member 1502, as shown in the sequence of FIGS. 21 and 21a. This rotational accommodation facilitates a multiplicity of angular orientations between the hook extension 1506 and the hook member 1502. Moreover, this rotational accommodation permits the hook extension 1506 to assume a plurality of angular orientations relative to an item, e.g., container 1550.

As noted above, exemplary mounting tracks for use with the multi-component system 1500 include elongated members that define a track for cooperation with hook member(s) 1502. The mounting track generally defines a substantially U-shaped region for receipt of the hook portion 1514 of the hook member 1502. An adhesive region may be defined on a back face of the mounting track to facilitate mounting of the mounting track with respect to a wall, cabinet or other surface.

Although exemplary embodiments of the present disclosure have been described with reference to schematic illustrations herein, the present disclosure is not limited thereto. Rather, the mounting devices and systems disclosed herein are susceptible to modification and/or variation without departing from the spirit or scope of the present disclosure.

Claims

1. A mounting system, comprising;

(a) a hook member that includes a mounting leg, a transitional region and a hook portion;

(b) an adhesive mounting member that includes adhesive on first and second sides thereof, said adhesive being covered by detachable covering material and adapted to interact with said mounting leg of said hook member for adherence thereto; and

(c) an extension hook that is configured and dimensioned for rotational interaction with said hook portion of said hook member.

2. A mounting system according to claim 1, further comprising a mounting track that is configured and dimensioned for interaction with said hook member.

3. A mounting system according to claim 2, wherein said interaction includes slidable engagement between said hook member and said mounting track.

4. A mounting system according to claim 2, wherein said mounting track includes adhesive on a first side thereof, said adhesive facilitating mounting of said mounting track relative to a surface.

5. A mounting system according to claim 1, wherein said transitional region of said hook member is substantially U-shaped.

6. A mounting system according to claim 1, wherein said adhesive mounting member is substantially triangular in geometry.

7. A mounting system according to claim 1, wherein said detachable covering material includes a die cut region to permit partial removal of said covering material.

8. A mounting system according to claim 1, wherein said die cut region is configured and dimensioned to accommodate adherence of said mounting leg of said hook member therein.

9. A mounting system according to claim 1, wherein said extension hook includes a mounting bar, an arcuate hook and a central open region.

10. A mounting system according to claim 9, wherein said mounting bar is configured and dimensioned to be received by said hook member and to rotate relative thereto.

11. A mounting system according to claim 10, wherein said central open region facilitates rotation of said extension hook relative to said hook member.

12. A mounting system according to claim 1, further comprising indicia printed on said adhesive mounting member.

13. A mounting system according to claim 1, further comprising a container to which said adhesive mounting member is adhered.

14. A mounting system that includes:

(a) a mounting member;

(b) interacting means configured and dimensioned to interact with a container, said mounting member being mounted with respect to interacting means; and

(c) means for detachably positioning said mounting member relative to interacting means.

15. A mounting system according to claim 14, wherein said interacting means includes at least one of a strap, a clip member, a band and a patch.

16. A mounting system according to claim 14, wherein said mounting member is adjustable in depth relative to said interacting means.

17. A mounting system according to claim 14, wherein said mounting member telescopes relative to said interacting means.

18. A mounting system according to claim 14, wherein said interacting means includes mounting features formed thereon.

19. A mounting system according to claim 14, wherein said interacting means includes a plurality of slots or die-cuts to facilitate positioning said interacting means with respect to an arcuate item.

20. A mounting system according to claim 14, wherein said means for detachably positioning includes teeth and at least one deflectable member.

21. A mounting system according to claim 14, wherein said means for detachably positioning includes a spring member.

22. A mounting system according to claim 14, further comprising a track member that is configured and dimensioned to facilitate mounting of said hook member.

23. A mounting system according to claim 22, wherein said hook member is repositionable along an x-axis of said track member.

24. A mounting device comprising:

(a) a substantially planar portion; and

(b) a first connecting element,

wherein said first connecting element projects from said planar portion so as to be operatively connectable with a second connecting element associated with a mountable structure.

25. A mounting device according to claim 24, wherein said mountable structure has one or more panel elements.

26. A mounting device according to claim 25, wherein said panel elements are pivotally associated with said mountable structure.

27. A mounting device according to claim 25, wherein said panel elements have one or more fastening elements associated therewith.

28. A connecting device comprising:

one or more connecting elements for operatively connecting to various complementary connecting elements associated with different mounting devices; and

a hook structure operatively and pivotally connected to the connecting device via at least one hinge element,

wherein said hook structure may be selectively folded over the connecting device.