Beverage accessory device

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BEVERAGE ACCESSORY DEVICE

BACKGROUND OF THE INVENTION

[0001] The present invention relates to novelty-related accessory items for use in containers filled with a liquid substance, i.e. drinks. Currently, there are several prior art novelty-related devices resembling an ice cube. These are either complex in structure or in use or both. For example, U.S. Patent No. 5,860,724 issued to Cheng describes a luminescent light emitter shaped like an ice cube having several chambers within, each filled with chemicals which, when mixed, emit light. However, the Cheng device has a complex construction, requiring chemicals, and is relatively burdensome to use.

[0002] U.S. Patent No. 5,902,212 issued to Rodgers is even more complex. The Rodgers device is motion-sensitive such that the device is powered by any motion through a motion-responsive ball-switch within. Although the device is relatively easy to use, the device has an extremely complex structure.

SUMMARY OF THE INVENTION

[0003] The inventor hereof has succeeded at designing beverage accessory devices. In one exemplary embodiment, a beverage accessory device includes at least one light source and a housing which is preferably adapted to resemble an ice cube. The beverage accessory device can also include a buoyancy adjustment device for adjusting buoyancy of the beverage accessory device.

[0004] In another exemplary embodiment, a beverage accessory device includes a housing defining a cavity therein, at least one light source within the housing, and a container within the cavity. Either or both of the light source and a power source for powering the light source can be positioned within the container. A filler may also be positioned within the housing cavity.

[0005] In another exemplary embodiment, a beverage accessory device includes a housing and at least one light source within the housing. A straw receptacle is coupled to the housing.

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[0006] In another exemplary embodiment, a beverage accessory device includes a housing and at least one light source within the housing. At least one ballast is provided that increases the buoyancy of the beverage accessory device when the ballast is coupled to the housing. Disengaging the ballast and the housing decreases the buoyancy of the beverage accessory device.

[0007] Further areas of applicability of the present invention will become apparent from the detailed description provided hereinafter. It should be understood that the detailed description and specific examples below, while indicating exemplary embodiments of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.

BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The present invention will be more fully understood from the detailed description and the accompanying drawings, wherein:

[0009] Figure 1 is a cross-sectional elevation view of the beverage accessory according to one embodiment of the invention;

[0010] Figure 2 is an exploded view of the beverage accessory of Figure 1 ;

[0011] Figure 3 is a planar view of a portion of the beverage accessory as taken along line 3-3 of Figure 2;

[0012] Figure 4 is an exploded detail view of a support member for a power source according to one embodiment of the invention;

[0013] Figure 5 is a detailed view of another embodiment of a support member for a power source;

[0014] Figure 6 is a detailed partial view of another embodiment of the beverage accessory of Figure 1 ;

[0015] Figure 7 is an exploded view of a beverage accessory according to another embodiment of the invention;

[0016] Figure 8 is a detailed view of a lead chamber in the beverage accessory as taken along line 8-8 of Figure 7;

[0017] Figure 9 is a detailed view of another lead chamber in the beverage accessory as taken along line 9-9 of Figure 7;

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[0018] Figure 10 is a detailed view of the lid as taken along line 10-10 of Figure 7;

[0019] Figure 11 is a cut-away perspective view of a beverage accessory according to another embodiment of the present invention;

[0020] Figure 12 is a perspective view of another embodiment of a beverage accessory;

[0021] Figure 13 is a schematic of the light, power, and switching components of the beverage accessory of Fig. 11 ;

[0022] Figure 14 is a bottom plan view of the device taken along line

14- 14 of Figure 11; and

[0023] Figure 15 is a bottom plan view of the device taken along line

15- 15 of Figure 12.

DETAILED DESCRIPTION OF EXEMPLARY EMBODIMENTS

[0024] Referring now to the drawings in detail and in particular to Figure 1, reference character 10 generally designates a novelty item beverage accessory device constructed in accordance with one embodiment of the present invention.

[0025] As shown, the beverage accessory device 10 includes a housing 11 which rests on a lid 14. Within the housing 11 seated on the lid 14 is a cartridge 12. A cavity is, though need not be, formed above the cartridge 12. A cavity is preferred but the space above the cartridge 12 also may be part of the inner housing itself, a single-piece or of a solid construction fitted onto or be a part of the cartridge 12. This solid inner housing may be transparent or translucent and/or comprise any one or more colors or tints or shades.

[0026] The cartridge 12 can be fixedly sealed to the lid 14 and each, the cartridge 12 and the lid 14, can be fixedly sealed to the housing 11 thereby creating a water-tight integrity for the beverage accessory device 10. It must be understood, however, that any one or more of these parts (that is, the housing 11, the cartridge 12, and the lid 14) may be removably attached to any one or all of the other parts, or fixedly attached to any one or all of the others, or in any combination thereof. For maintaining water-tight integrity, a fixed seal is preferred.

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[0027] Reference is now made to Figures 1-3. Within the cartridge 11 is a light-source chamber 25, a power-source chamber 21, a detent 22 or similar structure suited for the intended purpose of restricting the (unwanted) movement of the power-source 41 (having a negative terminal or cathode 44 and a positive terminal or anode 43) within the power-source chamber 21, and wire lead channels 23, 24 adapted to receive the respective wire leads 33, 34 from the light source 35. The light source 35 seats into the light-source chamber 25. Its wire leads 33, 34 seat into the respective wire lead channels 23, 24 of the underside of the cartridge 12. The power source 41 is seated into the power-source chamber 21 directly below the light source 35. The power-source chamber 21 is sized such that the power source 41 may slide from one side to another side as depicted by direction arrows A and B in Figure 1 (for reference purposes only, and not by way of limitation, Figure 1 depicts a right to left translation of the power source 41 and in this vein, the power-source chamber 21 is slightly longer than the length of the power source 41). Side to side length of the power-source chamber 21 is slightly less than the length of the power source 41 to provide the clearance necessary to permit movement in directions A and B when desired. Undesired movement within the power-source chamber 21 of the power source 41 is restricted by placement of a detent 22 within the power-source chamber 21, or similar structure suited for the intended purpose such as, but not limited to a nub, a bias member, a pin, and the like. Those skilled in the art, however, will recognize that any restricting-type mechanism suited for the intended purposes may be employed and are not limited to these forms of restricting-type mechanisms described above.

[0028] One wire lead (for example purposes only, and not by way of limitation, it is wire lead 33) extends from the light source 35 around the inner perimeter of the power-source chamber 21 to the bottom of the power source 41 as follows: from upper chamber wall to the left side wall then down to the bottom chamber wall and then to the right. This wire lead 33 is in continuous communication with one terminal of the power source (for example purposes only, and not by way of limitation, the wire lead 33 communicates with the positive terminal on the bottom of the power source 41 ). Below the power source 41 and inside the lid chamber 45 is a bias member 51. The bias member 51 is

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PCT/US2003/020521 seated in the lid chamber 45 and is adapted to apply force on and/or support to the power source 41 such that the power source 41 does not and cannot easily move or translate from side to side (directions of arrows A or B) unless external force is applied to overcome the force and support being applied by the bias member 51 to then cause such movement.

[0029] Wire lead 34 from light source 35 in this example is the negative lead and seats in lead channel 34 of the underside of the cartridge 21. As illustrated in Figure 1, this wire lead 34 is positioned well away from contact with the power source 41 when power source 41 is, by way of this example only, in the full right side position (moved fully in the direction of arrow B). This wire lead 34 is slightly downward angled left of center such that, when the power source 41 is slid in the direction of arrow A, the top side (in this example, the negative terminal) of the power source 41 contacts this wire lead 34 thereby completing the circuit causing the light to power ‘on’. When the power source is slid sufficiently in the direction of arrow B, contact between the wire lead 34 and the negative terminal of the power source 41 is broken and light emission from the light source 35 will terminate. To prevent undesired contact between wire lead 33 (positive in this example) and the negative terminal of the power source (top in this example) and undesired contact between wire lead 34 (negative lead in this example) and the negative terminal of the power source 41 (top in this example) an insulator has been inserted on the top (as viewed from the perception of Figure 1) of the power-source chamber 21 between the two wire leads 33, 34 and the top of the power source 41. The insulator 46, however, should extend approximately up to wire lead 33 at a point where it is desired that the wire lead 33 come in contact with the top of the power 41 when the power source 41 is caused to move in direction A (in this example, and not by way of limitation, this point is approximately where the downward angling of wire lead 33 begins).

[0030] The beverage accessory device is preferably formed from biologically safe material, such as, but not limited to, polymers or any other material suited for the intended purpose which has properties suitable for placing it in contact with a material that is to be ingested and falls under the Food and Drug Administration food-contact grade properties. The beverage accessory device also could be manufactured from, or filled with, a material capable of

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PCT/US2003/020521 maintaining cold or heat if the beverage accessory device is cooled or heated as the case may be. As such, the beverage accessory device could impart such properties to a drink if desired. As stated earlier, the housing 11 may be hollow; that is, have a cavity within and above the cartridge 12. In such cases, the cavity may be filled with a filler 18 such as, but not limited to, water, jell, powder, metals, heat-retaining materials, cold-retaining materials, ultra-violet materials, materials having a fluorescent or glow-in-the-dark quality and the like, all may be either colored or clear or translucent or any combination thereof. Depending on the material used, such filler 18, if frozen or heated, could impart greater cooling or heating properties, respectively, than a solid housing 11. For cooling and heating properties, any commercially available material bearing cold-retaining or heatretaining properties will suffice, such as, but not limited to, materials generally used in re-usable ice-packs and heating pads. Those skilled in the art, however, will recognize that any filler suited for the intended purposes may be employed and are not limited to these forms of fillers described above. Glow-in-the-dark fillers of varying colors are well-suited for mood enhancing. Positively buoyant fillers are well-suited to establish positive buoyancy such that the device will float within the liquid. Any convention fillers suited for the intended purpose and purposes will suffice.

[0031] Having a solid inner housing 11 or a filler 18 within creates a negative buoyancy to the beverage accessory device. Adjusting such combinations of filler 18 and/or solid inner housing 11 or retaining an unused cavity would generally create a positive buoyancy for the beverage accessory device. Since the beverage accessory device could be used as a novelty ice cube, its outer features could simulate the contours and somewhat curved corners of a real ice cube. It could resemble that of a melted or partially melted or melting ice cube complete with a convoluted exterior surface. Shape, for this purpose, would enhance the pleasure of its use. Indicia, external or internal, could be displayed by the beverage accessory device. Such indicia could impart holiday themes, professional themes, promotional themes, sports related themes, and the like. Those skilled in the art, however, will recognize that any theme suited for the intended purposes may be employed and are not limited to these types of themes described above.

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[0032] In an embodiment where the lid chamber 45 is somewhat or completely transparent, the portion of the bias member 51 which is exposed to the lid chamber 45 (bottom of bias member 51 for example) could contain any indicia which, as a result of the transparency of the lid chamber 45, is exposed to outside viewers. As above, such indicia also could impart holiday themes, professional themes, promotional themes, sports related themes, and the like. This bottom of the bias member 51 could be of a glossy surface, a non-glossy surface, smooth, or textured, or any combination thereof.

[0033] In an embodiment where the inner housing 11 is a cavity, a display mechanism 16 may be connected to any one or more side walls or the top of the housing 11. The display mechanism is adapted to receive and hold, but is not limited to, a display placard, plaque, card, any two- or threedimensional objects, and the like, or any combination thereof which may convey a message, project an image or impression, or to merely bring entertainment to the user of the beverage accessory device; to the user. Any display mechanism suited for the intended purpose will suffice, including, but not limited to, clips, slots, hooks, rollers, tabs, and the like. Those skilled in the art, however, will recognize that any display mechanism suited for the intended purposes may be employed and are not limited to these forms of display mechanisms described above.

[0034] The light source 35 can be any source which can illuminate the beverage accessory device and preferably the surrounding environment into which the beverage accessory device is placed; into a drink (floating or not), in a planter, in a fish bowl, on a dinner table, at a picnic, and the like. Any light source 35 suited for the intended purpose will suffice, such as, but not limited to lightemitting diodes (LEDs), fiber optics, halogen, incandescent, laser, fluorescent, magnetic, and the like. It is preferred, however, that the light source 35 not impart excessive or undesired heat or temperature to the beverage accessory device and the surrounding liquid or drink. An LED is preferred, however, those skilled in the art will recognize that any light source mechanism suited for the intended purposes may be employed and are not limited to these forms of light source mechanisms described above.

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[0035] The power source 41 contemplates any means of providing energy to the light source 35 to thereby cause the light source 35 to emit light.

An power source 41 suited for the intended purpose will suffice including, but not limited to, renewable batteries, rechargeable batteries, disposable batteries, power cells, and the like. If rechargeable, such power source 41 should be rechargeable by solar, magnetic, electrical, and chemical means, and the like or any combination thereof. One embodiment directs that the power source 41 be fully contained within the beverage accessory device and not to be in contact with its external environment. Those skilled in the art will recognize, however, that any power source mechanism suited for the intended purposes may be employed and are not limited to these forms of power source mechanisms.

[0036] The bias member 51 may be comprised of any suitable material or structure suited for the intended purpose such as, but not limited to a spring, a resilient pad, a single piece of VELCRO material, a foam pad, a corrugated plate, a spring plate, and the like or any combination thereof. In the preferred embodiment a foam-like member 51 is used. A typical foam-like member may be, but is not limited to, rubber, vinyl, polyethylene polyester, styrofoam, and the like, or any combination thereof.

[0037] A single piece of VELCRO material 151 (that is, the hook side of a hook-and-loop VELCRO, or the loop side of a hook-and-loop VELCRO) may also be used (see Figure 4). In such case, a cover 153 would be placed on the VELCRO portion of this material. The VELCRO portions give this element the spring-like quality necessary to apply pressure or force to the power source 41 to thereby, in the process, provide support for the power source 41 within the power-source chamber 21 and prevent unwanted movement. Printed indicia, as explained above, would be on the reverse side 155. Figure 5 illustrates another type of bias member, that of a corrugated plate-like member 251. What is necessary for the support is application of upward force on the power source 41 to prevent it from moving when movement is not desired. Those skilled in the art will recognize, however, that any force applying mechanisms suited for the intended purposes may be employed and are not limited to these forms of bias member mechanisms.

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[0038] Once the beverage accessory device is so constructed, a user would pick it up and strike an edge (for illustration purposes only, and not by way of limitation, we will adhere to relative positions of Figure 1). To illuminate the beverage accessory device, the user would move the beverage accessory device in the direction of arrow A and strike the left side of the beverage accessory device on any suitable somewhat rigid surface. The force of this blow causes the power source 41 to slide from its right-most position, in the direction of arrow B to the left and cause the negative terminal of the power source 41 to contact the negative lead wire 33. Light thereupon is emitted. To turn off the light, the user strikes the right side of the beverage accessory device (direction of arrow B) causing the power source 41 to return to the right inside the power-source chamber 21. Contact between the negative wire lead 33 and the negative terminal of the power source 41 is broken and the light thereupon extinguished. Those skilled in the art will recognize, however, that multiple switch mechanisms suited for the intended purposes, such as magnetic switches, mechanical switches, and electrical switches, and the like, may be employed and are not limited to this translating-type switch mechanism.

[0039] Figures 6-10 illustrate a conventional ‘push-button’ type power switch device 63. What has been described before with regard to the beverage accessory device which bears the same reference numerals for Figures 6-10 apply to this embodiment and are incorporated by reference. What distinguishes this embodiment from the previously discussed embodiment is the switchfacilitating mechanism comprising a mechanical switch device 63, on a foundation member 61, which is seated into a ledge 65 in the lid chamber 45.

Any conventional switch device 63 will suffice. For this embodiment, however, a ‘push-button’ style is preferred. Here the positive lead wire 33 from the light source 35 is hard-wired into the foundation member 61 and connected to the switch device 63. Reference point 73 is the solder point for the positive lead wire 33 to the foundation member 61 ; reference point 74 is the solder point for the negative lead wire 34 to a clip-like member 84 which generally maintains constant contact with the power source 41. The power source 41 is held firmly in place thereat and, when switch device 63 is switched on or off, the light source 35 goes on or off as the case may be.

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[0040] The clip-like member 84 is configured such that it seats firmly on the power source 41. It must be understood, however, that though the negative wire lead 34 is shown to be in constant contact with the power source 41 via the clip-like member 84, this configuration may be reversed and the positive wire lead 33 may be in constant contact with the power source 41 via the clip-like member 84 instead.

[0041] The lid 14 in this embodiment has a lid chamber 45 with a step or ledge 65. As was described, the foundation member 61, with switch device 63 in place, seats into the lid chamber 45 on the ledge 65. The switch device 63 is adjacent to the bottom of the lid chamber 45. The bottom of the lid chamber 45 here is relatively thin (or membrane-like 67) such that it flexes to the touch and exertion of some external pressure. The purpose of this resiliency and flexibility is to permit a user to contact the internal switch device 63 from the outside and to thereby switch the light source 35 ‘on’ or ‘off’. Figure 6, reference character C (represented by phantom line) illustrates the position of the thin layer 67 in its normal position; reference character D illustrates its position after external pressure is exerted on the thin layer 67.

[0042] Figures 11 through 15 illustrate additional exemplary embodiments of a beverage accessory device. It should be noted, however, that any one or more of the previously described embodiments, components, elements, and features may also be employed with the exemplary embodiments shown in Figures 11 through 15.

[0043] As shown in Figures 11 through 15, the inside of the housing 11 is hollow, defining a cavity therein. A filler 18, generally, will be inside the cavity. In Figure 11, the cavity within the housing 11 is exposed revealing the container 39. The container generally houses the light-source 35, the power-source 41, and may also, but need not, house the power switch member 163. These components 35, 41, 163 are shown to be encapsulated within the container 39 and, preferably (though not necessarily), in a water-tight fashion. For greater clarity, the filler 18 earlier described is not illustrated in Figures 11 through 15 although such can be used when buoyancy is desired, when heat-retaining and cold-retaining features are desired, or when a glow-in-the-dark feature is desired, or any one or more of the above in any desired combination. Buoyancy may also

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PCT/US2003/020521 be attained by having an empty cavity. The filler 18, however, can be adapted to maintain the container 39 in suspension (i.e., in a suspended position) within the housing 11. In this regard, the container may be adjacent to any inside wall of the housing 11 (top, bottom, sides) and suspended anywhere within. The filler 18 generally should have buoyant characteristics, may have heat-retaining and coldretaining characteristics, and may have glow-in-the-dark characteristics. Additionally, glass-like prisms, particles, colored or clear, may be inserted within the cavity, with or without a filler, such that the light from the light-source, when activated, is reflected and/or refracted to create yet an additional feature.

[0044] Conductive members 37 establish an on-off (switchable) connection between the power-source 41, the light-source 35, and a user. The switch member 163 may be manually activated by a user manually engaging a reciprocating switch, a push-button switch 163’, or the like, each of which are accessible to a user from outside the housing 11. The switch member 163 also may be automatically activated by immersion of the device into a liquid which causes contact between the conductive members 37 to, depending on the mechanism used, interrupt a circuit and cause power to be delivered to the lightsource 35; or to complete the circuit and deliver power to the light-source 35. Figure 14 represents the structural feature and function of an automaticallyoperated switching function {i.e., by placing into a liquid, by covering with one’s hand or finger, etc.). Figure 15 represents the structural feature and function of one type of manually-operated switching function {i.e., a push-button type switch 163’).

[0045] Any conventional chip or microprocessor is suited to function as the switch member 163 whether to be manually operated or automatically triggered. Typical such microprocessors are Model PEK 123508 manufactured or distributed by Microchip; a Basic Discrete Logic Nand-Gate by Microchip; or any 8-pin chips manufactured or distributed by Holtech. With the container 39 and its components all inside the housing 11, the light 35 may be illuminated automatically by immersing the device into a liquid; or if a manual push-button device is used, the light is illuminated by depressing the push-button device 163’. Many such switches may have a timer to regulate the duration of illumination,

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PCT/US2003/020521 others may have a power-interrupting source such as a strobe to cause the illumination to flicker or strobe.

[0046] The power-source 41 may be solar powered, may be rechargeable, may be permanently affixed to the device, or may be removable, or any compatible combination or combinations thereof. If a rechargeable powersource is used, it may be permanently affixed and recharged by placing the entire device on a cooperating and compatible charging device. If a rechargeable power-source is used, it may be removable and placed directly on a cooperating and compatible charging device. If removable, the device in such configuration also would encompass a lid 14 which also is removable.

[0047] Buoyancy-reduction may be realized in several ways. One manner provides for a removable lid 14 to expose the cavity and filler 18. Any type of weight (ballast) 47, in any number, may be inserted into the cavity to decrease buoyancy to any desired degree such that the device floats in a liquid on the surface, just below the surface, sinks to the bottom, or to any level between the surface and the bottom. The greater the density of the ballast 47, the more in number of the ballast 47, the less buoyancy for the device.

[0048] Insertion of the ballast 47 may also be accomplished through an opening 20 on the housing 11 which, when in an open position, exposes the cavity and filler 18 within to the environment. When in the open position, any type and number of weights (ballast) 47 may be inserted into the cavity until the desired buoyancy level is attained. The opening 20 is secured into a closed position by a cap 27, 27’ (Figures 12 and 11, respectively). The closed position is such that the device maintains a water-tight integrity (i.e., no water or liquid or virtually no water or liquid enters the cavity of the device when the device is immersed into the water or liquid).

[0049] As illustrated in Figure 11, the cap 27’ is a cap or door-like member hingedly connected to the opening 20. It opens and closes on the hinge and maintains a secure closure by friction-fit or by cooperating grooves and ribs or detents around the opening 20 and the cap 27’.

[0050] Figure 12 illustrates a cap 27 which is not hingedly connected to the opening 20 but is completely removable from the opening 20. The cap 27 may be friction-fitting to the opening 20, may incorporate cooperating grooves

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PCT/US2003/020521 and ribs or detents as above described, or may incorporate cooperating threading to be screwed on (into the closed position) and off (into the open position) as desired. The cap 27 is inserted over the opening 20 by movement in the direction of Arrow E until firmly seated on or into the opening 20.

[0051] Though the respective caps 27’, 27 are shown as being rectilinear and curvilinear in shape, the caps 27’, 27 may encompass any shape and may be placed anywhere on the device provided an open position and a closed position may be achieved and a water-tight integrity, if desired, is or may be attained and maintained. In either case, the device may be an empty cavity into which a liquid, as a ballast, is introduced through the opening 20 and suitably sealed. The amount of buoyancy will depend upon the amount of liquid (e.g., water) introduced into the cavity through the opening 20.

[0052] Figure 12 also illustrates another buoyancy-reducing feature of the present invention which includes a plurality of slots or slits 40 adapted to receive the designated ballast 47. The slot 40 and respective ballast 47 are sized such that the ballast 47 firmly seats and remains in the slot 40. A user merely inserts any number of ballast members 47 or any type into one or more slots 40 (in the directions of Arrows F) until the desired level of buoyancy is attained.

[0053] An additional feature for the present invention is the straw receptacle 71 attached to the housing 11 or to the lid 14. As illustrated in Figure 11, the straw receptacle 71 is an elongated tube 78 extending away from the device. The elongated tube 78 has an opening or channel 79 completely therethrough from top to the bottom. In Figure 11, the straw receptacle 71 comprises a single straw-like member (elongated tube) 78. Alternatively, the straw receptacle 71 may also encompass a larger block-like structure 71’ as illustrated in Figures 12 and 15. With the block-like structure 71’, an elongated tube 78 may extend away from the block-like structure 71’ provided the channel 79 of the elongated tube 78 extends completely through the block-like structure 7T. This provides for a stronger and more durable straw feature for the device to facilitate or assist a user in consuming the beverage into which the device has been placed.

[0054] Referring to Figure 12, the straw receptacle 71’ as a block-like structure may also be structured without a permanent elongated tube 78 thereon

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PCT/US2003/020521 but may have an aperture 70 running completely through the straw receptacle 71’, which aperture 70 is adapted to receive and hold an externally introduced straw 78’ (in the direction of Arrows G as illustrated in Figure 12).

[0055] Accordingly, embodiments of the invention provide a relatively easy and inexpensive way to enhance a mood or atmosphere of an occasion, to provide visual pleasure or serenity (e.g., enhance one’s enjoyment while consuming a beverage), to convey messages to users (e.g., providing the device with one or more indicia), among other numerous novelty-related results. Embodiments can be adapted to accept and maintain an external drinking implement (such as a straw) to facilitate drinking or sipping a beverage. Embodiments can also include buoyancy adjustment devices which allow the buoyancy of the beverage accessory device to be adjusted, for example, to float on top of a beverage or to submerge to a suitable depth. Embodiments can also include appropriate fillers which impart heating, cooling and/or glow-like illumination properties to the adjacent environment.

[0056] In any one of the various embodiments of the invention, the device exterior can be adapted in various shapes and sizes to facilitate a particular use. By way of example, particular uses anticipated for the device include a simulated ice cube or ice berg, or a test-tube-like or capsule-like structure, a food substance (e.g., an olive, an onion, etc.), dice, and the like, any one or more of which can be illuminatable and/or immersible in a liquid (to float or partially or completely sink).

[0057] The description of the invention is merely exemplary in nature and is in no way intended to limit the invention, its application, or uses. Thus, variations that do not depart from the substance of the invention are intended to be within the scope of the invention. Such variations are not to be regarded as a departure from the spirit and scope of the invention.