Refrigerator module utilities enabled via connection

Abstract

A connection system includes a feature module that supplies various functionalities, a portable countertop stand having an upright section that selectively receives the feature module and an umbilical connecting the portable stand to an external appliance to deliver utilities to the portable countertop stand. A utility port selectively delivers at least one utility to the feature module when engaged with the upright section. A utility receiver removably engages the utility port by hand without the use of tools and selectively receives a predetermined set of utilities when the feature module engages the upright surface. A connection interface detects when the feature module is engaged with the upright section and the predetermined utility set required by the engaged feature module. After the feature module is engaged, the connection interface prompts the utility port to release the predetermined utility set to the feature module.

Claims

1. A connection system for a portable countertop stand, the connection system comprising: a utility module that supplies one or more functionalities; a portable countertop stand having a base and an upright section that extends upwardly from the base, wherein the upright section selectively receives the utility module; an umbilical utility cord connecting the portable countertop stand to an external appliance and configured to deliver a plurality of utilities from the external appliance to the portable countertop stand; a utility port disposed proximate the upright section that is configured to selectively deliver at least one of the plurality of utilities to the utility module when the utility module is engaged with the upright section; a utility receiver disposed on the utility module that is configured to removably engage the utility port by hand without the use of tools, wherein the utility receiver is configured to selectively receive a predetermined set of the plurality of utilities when the utility module is engaged with the upright section; a connection interface that is configured to detect when the utility module is engaged with the upright section and to detect the predetermined utility set for the engaged utility module, wherein after the utility module is engaged and the predetermined utility set is detected, the connection interface prompts the utility port to release the predetermined utility set from the plurality of utilities to the utility module; and wherein the utility port includes a plurality of outlets dispersed at multiple positions on the upright section, and wherein the outlets are each configured to release one or more of the plurality of utilities; wherein the connection interface includes a dual in-line package switch having a plurality of switches that are positioned in a plurality of positions and a plurality of socket pins, wherein the portable countertop stand includes a plurality of pin sockets to receive the socket pins, and wherein specific setting combinations of the plurality of switches identifies the predetermined utility set of the at least one utility and allows the transfer of the predetermined utility set between the portable countertop stand and the utility module.

2. The connection system of claim 1 further comprising: a utility-supplement charging station in selective fluid communication with the external appliance; a supplemental utility receptacle disposed in the utility module; and a plurality of supply modules, wherein any of the plurality of supply modules is configured to selectively engage the charging station to selectively receive and store at least one of the plurality of utilities to define a stored utility set selectively disposed within each of the plurality of supply modules, and wherein any one of the plurality of supply modules is further configured to selectively and alternatively engage the supplemental utility receptacle to selectively deliver at least one utility of the stored utility set from any one of the plurality of supply modules to the utility module to supplement the one or more functionalities.

3. The connection system of claim 2, wherein the predetermined utility set of the at least one utility includes at least one of the group consisting of electricity, fluid, gas, conditioned fluid, conditioned gas, chemical reactant, desiccant, foodstuff, flavorant, heat, cold air, pressurized air, and combinations thereof, and wherein the utility module is configured to be releasably engaged to an external appliance.

4. The connection system of claim 2, wherein each of the plurality of supply modules includes a refillable reservoir.

5. The connection system of claim 1, wherein the connection interface includes a magnet embedded within the utility module and a reed switch embedded within the upright section, wherein the reed switch includes a pair of contacts having a default open position, wherein the reed switch is selectively positioned within the portable countertop stand, such that connection of the utility module to the portable countertop stand applies a magnetic field proximate the reed switch, resulting in a closed position between the pair of contacts, and wherein the closed position closes an electrical circuit within the portable countertop stand, thereby allows the transfer of the predetermined utility set between the portable countertop stand and the utility module.

6. The connection system of claim 1, wherein the connection interface includes at least one magnet, wherein the plurality of switches of the dual in-line package are a plurality of reed switches, each reed switch including a pair of contacts having a first position, and wherein connection of the utility module to the portable countertop stand applies a magnetic field proximate the reed switches, resulting in a second position for each pair of contacts, and wherein a specific combination of second positions closes an electrical circuit within the portable countertop stand, thereby enabling the transfer of the predetermined utility set between the portable countertop stand and the utility module.

7. The connection system of claim 1, wherein the connection interface includes a module recognition device that has a computer control system operatively connected to the portable countertop stand, wherein the computer control system comprises a processor and a memory subsystem coupled to the processor where the memory subsystem stores code that, when executed based upon input received from the engaged utility module, initiates the transfer of the predetermined utility set to be transferred between the portable countertop stand and the engaged utility module based upon the utilities required to be received by the utility module to provide at least one of the one or more functionalities.

8. A connection system for connecting a utility module to a portable host appliance and transferring at least one utility from at least one of a refrigerator and freezer to the utility module via the portable host appliance, the connection system comprising: a utility module that supplies one or more functionalities; a portable host appliance having an upright section for selectively receiving the utility module; an umbilical utility cord connecting the portable host appliance to at least one of a refrigerator and freezer and configured to deliver at least one utility from at least one of a refrigerator and freezer to the portable host appliance; a utility port disposed proximate the upright section that is configured to selectively deliver at least one utility to the utility module when the utility module is engaged with the upright section; a utility receiver disposed on the utility module that is configured to removably engage the utility port by hand without the use of tools, wherein the utility receiver is configured to selectively receive a predetermined utility set of at least one utility when the utility module is engaged with the upright section; a connection interface that is configured to detect when the utility module is engaged with the upright section and to detect the predetermined utility set for the engaged utility module, wherein after the utility module is engaged and the predetermined utility set is detected, the connection interface prompts the utility port to release the predetermined utility set from at least one utility to the utility module; and wherein the upright section and the utility module include a protrusion and a recess, wherein the protrusion releasably and matingly engages the recess, and wherein either the recess or the protrusion is on the upright section; wherein the connection interface includes a dual in-line package switch having a plurality of switches that are positioned in a plurality of positions and a plurality of socket pins, wherein the portable host appliance includes a plurality of pin sockets to receive the socket pins, and wherein specific setting combinations of the plurality of switches identifies the predetermined utility set of the at least one utility and allows the transfer of the predetermined utility set between the portable host appliance and the utility module.

9. The connection system of claim 8 further comprising: a utility-supplement charging station in selective fluid communication with at least one of a refrigerator and freezer; and a plurality of supply modules, wherein any of the plurality of supply modules is configured to selectively engage the charging station to selectively receive and store at least one of the plurality of utilities to define a stored utility set selectively disposed within each of the plurality of supply modules, and wherein any one of the plurality of supply modules is further configured to selectively and alternatively engage the supplemental utility receptacle to selectively deliver at least one utility of the stored utility set from any one of the plurality of supply modules to the utility module to supplement the one or more functionalities.

10. The connection system of claim 9, wherein the predetermined utility set of the at least one utility includes at least one of the group consisting of electricity, fluid, gas, conditioned fluid, conditioned gas, chemical reactant, desiccant, foodstuff, flavorant, heat, cold air, pressurized air, and combinations thereof.

11. The connection system of claim 8, wherein the portable host appliance is at least one of a countertop stand having a base connected to the upright section and a wall-mountable bracket.

12. The connection system of claim 8, wherein the utility port includes a plurality of outlets dispersed at multiple positions on the upright section, and wherein the outlets are each configured to release one or more of the at least one utility.

13. The connection system of claim 8, wherein the connection interface includes at least one magnet, wherein the plurality of switches of the dual in-line package are a plurality of reed switches, each reed switch including a pair of contacts having a first position, and wherein connection of the utility module to the portable host appliance applies a magnetic field proximate the reed switches, resulting in a second position for each pair of contacts, and wherein a specific combination of second positions closes an electrical circuit within the portable host appliance, thereby enabling the transfer of the predetermined utility set between the portable host appliance and the utility module.

Description

BRIEF DESCRIPTION OF DRAWINGS

(1) FIG. 1 is an upper left perspective view of the appliance system;

(2) FIG. 2 is an elevational side view of a feature module just prior to engaging a refrigerator door;

(3) FIG. 2A is an elevational side view of the feature module engaging the refrigerator door;

(4) FIG. 2B is an elevational side view of the feature module engaged with the refrigerator door;

(5) FIG. 2C is an elevational side view of a refrigerator door port area after removal of the feature module;

(6) FIG. 3 is an elevational side, cross-sectional view of the feature module prior to engaging a countertop stand illustrating the portability of the feature module;

(7) FIG. 4 is an upper right perspective, cross-sectional view of the feature module prior to engaging the countertop stand illustrating the portability of the feature module;

(8) FIG. 5 is a perspective view of a feature module having an electrical contact that produces a signature resistance, illustrated prior to engaging a utility source;

(9) FIG. 6 is a schematic view of an electrical circuit having two resistors in parallel which produce a combined resistance evaluated by a comparator circuit;

(10) FIG. 7 is an elevational top view of the feature module engaged to the utility source, illustrating a reed switch electrical connection;

(11) FIG. 8 is an elevational top view of the feature module just prior to engagement to the utility source via force fitting contacts;

(12) FIG. 8A is an elevational top view of the feature module engaged to the utility source via force fitting contacts;

(13) FIG. 9 is an elevational top view of the feature module engaged to the utility source, illustrating a fluid coupling;

(14) FIG. 9A is an enlarged view of a section of FIG. 9, illustrating a fluid coupling;

(15) FIG. 10 is a perspective view of the feature module having a DIP switch connection to the utility source;

(16) FIG. 11 is an elevational top view of the DIP switch engagement to the utility source;

(17) FIG. 12 is an elevational top view of the DIP switch engagement to the utility source, illustrating a series of reed switches;

(18) FIG. 13 is an elevational side, cross-sectional view of the feature module engaged to the countertop stand illustrating the portability of the feature module;

(19) FIG. 14 is an upper right perspective view of the feature module prior to engaging a mounted wall bracket illustrating the portability of the feature module;

(20) FIG. 15 is an upper right perspective view of the feature module engaged with a utility supply module and a charging station for at least one utility supply module;

(21) FIG. 16 is an upper right perspective view of the utility supply module prior to engaging the feature module;

(22) FIG. 17 is an upper right perspective view of the utility supply module illustrating a plurality of reservoirs within the utility supply module;

(23) FIG. 18 is an upper right perspective view of the appliance modular system having a top cap structure charging station for charging at least one utility supply module; and

(24) FIG. 19 is an upper left perspective view of a countertop charging station for charging at least one utility supply module.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(25) For purposes of description herein, the terms upper, lower, right, left, rear, front, vertical, horizontal, and derivatives thereof shall relate to the invention as oriented in FIG. 1. However, it is to be understood that the invention may assume various alternative orientations, except where expressly specified to the contrary. It is also to be understood that the specific devices and processes illustrated in the attached drawings, and described in the following specification are simply exemplary embodiments of the inventive concepts defined in the appended claims. Hence, specific dimensions and other physical characteristics relating to the embodiments disclosed herein are not to be considered as limiting, unless the claims expressly state otherwise.

(26) The reference number 10 (FIG. 1) generally designates an appliance system with a rear wall section 12, a first side wall section 14, a second side wall section 16, a top 18, a bottom 20, and at least one appliance door 22 providing access to the refrigerator section 24 where the rear wall section, the first side wall section, the second side wall section, the top and bottom and the appliance door define an appliance interior. The refrigerator section 24 within the appliance interior may have the same or a smaller volume than the overall interior of the appliance, i.e., the appliance may be solely a refrigerator or be an appliance having both a refrigerator section and another section, such as a freezer section. The door(s) 22 of the appliance 10 have an exterior surface 28 and an interior surface 30 typically having a door liner 32. The liner 32 is typically formed with a cavity or pocket 34 for receiving one or more feature modules with the same or different features. The feature module 36 of the present invention may, for example, produce a modified atmosphere to preserve food such as that disclosed in commonly owned U.S. patent application Ser. Nos. 12/343,682 and 12/343,690, the disclosures of which are hereby incorporated by reference in their entireties.

(27) The illustrated appliance 10 is shown with the door hingably attached to the appliance 10. The appliance door 22 covers at least a portion of the refrigerator section 24 that lies within the appliance interior 26, and as shown, the door 22 is in an opened position. The appliance door 22 has an exterior surface 28 and an interior surface 30, with the interior surface 30 exposed in the opened position. The door liner 32 at least partially covers, but more typically covers all or substantially all of the interior surface 30 of the appliance door 22. An interface between the feature modules and the appliance door 22, such as interconnecting tabs and grooves or a magnetic engagement, allows for quick and easy installation docking without the use of tools. Differently sized feature modules 36 may be accommodated through the use of spacer systems that engage the interior of the appliance door 22 and shorten the lateral distance that the feature module 36 must traverse to engage the spacer. The spacer, when used would mimic a smaller mounting distance/door pocket or cavity 34 and similarly have an interface such as a tabular on groove mating or magnetic engagement.

(28) The modular construction and interchangeability of feature modules 36 minimizes manufacturing costs and allows the feature module 36 to be original equipment or after-market components retro-fit into appliances, after the initial purchase and installation of the appliance 10 in a consumer's home. This interchangeability provides flexibility and improved food preservation and storage for the consumer, improved choice of feature modules 36 with opportunity to upgrade or replace without replacing the whole refrigerator based upon lifestyle or life stage changes, and allows the consumer to take advantage of new technology improvements and new features as new feature modules 36 are designed and developed.

(29) A feature module 36 according to one embodiment of the present invention is removably engaged with the appliance door 22 and sized to fit within the door liner 32 typically within the cavity or pocket 34 of the door liner 32. As discussed above, engagement of the feature module 36 with the door 22 occurs by engaging the feature module 36 with the appliance door 22 in any convenient manner, such as by interlocking tabs, a small support shelf or floor, or other mechanical means or a magnetic arrangement may also be used. For example, force fitting contacts 110 that are capable of securing the feature module in place, while also providing a conductive path 140 to complete an electrical circuit and thus enabling a utility supply pathway 122 (FIG. 8). When appropriate for the feature module 36, engagement of the feature module 36 to the appliance door 22 can automatically couple electrical, gas, and/or fluid lines in the door 22 and in the feature module 36 so as to provide functional features to the feature module 36. Additionally, a push switch may be employed to enable the flow of utilities via control signal or electrical power to a flow control device such as a valve or pump (FIG. 9). The appliance door 22 typically includes a feature module 36 engaging connector 38 for providing the electrical power to the feature module 36. The feature module engaging connector 38 may also provide one or more utilities such as conditioned (heated, chilled, filtered, purified, or combinations thereof) fluids and air to the feature module 36. Conceivably, a separate utility connector could be used such that power or other utility is serviced differently from the other utility or utilities.

(30) The door liner 32 may provide the ability to engage a plurality of feature modules 36 to the appliance 10. FIGS. 2-2C generally illustrate the engagement of a feature module 36 and feature module engaging connector 38 to an appliance door 22. Typically, a spring biased connection port cover 50 is hingably engaged with the door liner 32 or appliance door 22 such that when a feature module is not engaged with the appliance door, the connector with the port area 52, typically a female connector in the door liner 32 for engaging the feature module, is protected against debris from the food or other items stored in the appliance 10 that would potentially block or hamper operable connection of the feature module. Alternatively, rather than a hinged door protecting the port area 52, a removable cover may be fastened to the liner 32. The removable cover may be fastened by screws, bolts, clipping equipment, or any other suitable fastener. The removability of the cover allows a user to store the cover while the feature module is engaged to the door 22 and fastening of the cover to the door upon the absence of the feature module. In another embodiment, the cover can be slidable along a track or retract to provide access to the port area 52.

(31) Furthermore and alternatively, the door 22 or other mounting surface may employ the male connector with the connector protruding therefrom and a female type connector employed on the feature module. In this embodiment, a plate over an access cavity on the liner is removed, thereafter a connector support member is engaged to the liner or other appliance surface and the feature module engaging connector is engaged to the connector support. Typically, the connector support is a trough-like, typically U-shaped, structure having an upper perimeter, a floor and side walls around at least a portion of the floor that define the upper perimeter. The feature module engaging connector is typically seated within the area defined by the side walls, most typically on the floor of the connector support member.

(32) While a push switch as discussed above may be used, alternative electrical engagements of the feature module with the appliance door may be used instead of, or in addition to, the push switch. The feature module may be provided with electrical contacts 90 that are engageable with electrical contacts of the appliance when the devices are coupled together (FIG. 5). Electrical contacts 90 may be connected through a known signature resistance 92, which may vary from one feature module to another to provide coded information relating to the type or characteristics of the feature module. The signature resistance 92 may be connected in parallel with the electrical load 94 of the electrical components of the feature module (FIG. 6). More particularly, the electrical load is the system resistance effectively provided by components of the feature module, such as a motor and/or other operational circuitry. The signature resistance may be substantially smaller than the resistance of the electrical load so that the combined resistance will be substantially the same as the signature resistance. For example, if the operational circuit has an electrical load offering a resistance of 200 ohms, a signature resistance of 7 ohms may be provided in parallel, so that the signature resistance and the electrical load together presents a resistance of a little less than 7 ohms across the electrical contacts.

(33) The appliance interface may include a feature module recognition device having a comparator circuit or other decision making circuit 96 connectable to the resistances to measure and evaluate the combined resistance and also thereby determine the type of feature module 36 being connected at the time that a given feature module is connected. The module recognition device may then selectively provide power to the supply line or otherwise selectively permit the flow of utility from the appliance to the feature module 36, or from the feature module 36 to the appliance 10 that is appropriate for the identified feature module. The signature resistance will have minimal effect on the operation of the electrical components of the feature module 36.

(34) Alternatively, the module recognition device may be a reed switch provided in the appliance door 22 for activation by a magnet imbedded in the side wall of the feature module 36 so as to complete an electrical circuit when the feature module 36 docks into the door pocket (FIG. 7). Contact pads 98 on the appliance door 22 and on the feature module 36 that complete the electrical circuit when the feature module 36 is mounted in the door liner 32 may also be employed. Completion of such an electrical circuit would selectively permit the supply or transfer of utility from the appliance 10 to the feature module 36, or vice versa, similar to the utility transfer described above (FIG. 8). When appropriate for the feature module 36, engagement of the feature module 36 to the appliance door 22 can automatically couple electrical, gas, and/or fluid lines in the door 22 and in the feature module 36 so as to provide functional features to the feature module 36 which are enabled to be transferred via depression of a push switch (FIG. 9).

(35) A DIP switch may be employed as the module recognition device (FIGS. 10-12). The DIP, dual in-line package, switch will typically include a plurality of switches 100, each of which may be positioned in one or more, but typically two settings, as well as a plurality of socket pins 102. This type of switch is designed to be used on a printed circuit board along with other electronic components. The appliance typically includes a plurality of pin sockets 104 to receive the dip switch package. DIP switches are an alternative to jumper blocks. A DIP switch alternative provides the ability to set the switches of the package to specific setting combinations which will customize the utilities supplied to the engaged feature module, based upon the specific requirements of that module. The switches 100 are typically manually set to correspond to various combinations, however it is conceivable that the switches may function as a plurality of reed switches. In the reed switch example, the utility source and/or the feature module may include magnets which are capable of triggering the switches to various positions, thereby establishing a combination that may be identifiable by the utility source.

(36) The above-described connection examples, when employed, allow the appliance, or utility supply source, such as a wall mounted feature module engaging station or countertop stand, to identify specific feature module connections, thereby ensuring that the appropriate utility is supplied to a feature module based upon the utilities needed by the feature module. The utility provided may be, but is not limited to, electrical power, mechanical power, as well as gases, fluids such as conditioned (e.g., heated, cooled, and/or filtered water), and solids. The required utility will vary based upon the application and functional properties of the connected feature module. The structural components that identify which feature module is connected to the appliance 10 facilitates the provision of such utility.

(37) In addition to being engaged with the exterior surface or the interior surface of the door of an appliance, the feature module of the present invention may optionally be engaged with a countertop stand 60 and/or a wall bracket 62 (FIGS. 13-14). The countertop stand 60 and wall bracket 62 would typically also include a feature module engaging connector 38 within a port area 52 protected by a spring-biased port cover 50 alternatively the connector support member as discussed above may be utilized. The feature module 36 typically draws electrical power and optionally other utilities. Conceivably, the feature module could also be engaged to any other surface of the appliance, such as a side, top, or even back portion of the appliance. Engagement to these surfaces would be accomplished in the manner previously discussed and utility may be drawn in a similar fashion. Of course, if the feature module would be engaged to the top of an appliance the connector of the feature module would typically be spaced on the bottom of the feature module to facilitate easy attachment of the feature module to the appliance. Similarly, if the feature module were engaged to a side of the appliance, the connectors on both the appliance and the feature module would be on a side. Conceivably, multiple connectors on a given module may be used.

(38) When a countertop stand 60 is utilized, the stand typically includes a base and an upright section that substantially mimics a pocket or cavity of a refrigerator or other appliance door liner (FIG. 13). The feature module 36 typically engages the sides of the countertop stand 60 for retaining the feature module in place via interlocking tabular members, and/or a pin type arrangement or other mechanical means or magnetically as described above (FIGS. 3-4). Typically, as when the feature module engages the interior door of the appliance, the countertop stand 60 or wall bracket 62 (FIG. 14) includes a spring biased hinged cover 50 that inwardly pivots when the feature module's connection plug (typically male-type) is inserted therein. The cover 50, as discussed before, prevents debris and other materials from contacting the feature module engaging connector of the countertop stand 60 and/or wall bracket 62. The feature module 36 typically contains a generally L-shaped connection plug 64 (male-type) that is inserted into the cavity containing the feature module engaging connector 38 thereby moving the cover 50 inward about the hinge. The feature module 36 is engaged with the feature module engaging connector 38 when the feature module is tilted into position and dropped into engagement with the countertop stand 60, wall bracket 62, or appliance door 22 (FIGS. 2-2C). The countertop stand 60 itself may draw electrical power from a separate outlet or directly from the appliance via an umbilical utility cord 70 type attachment. The utility cord 70 from the appliance could also conceivably supply cold air or liquid (such as conditioned water) or other utilities to the feature module.

(39) Whether engaged with an appliance, countertop stand, or a wall, the utility supplied to the feature module is typically limited to the capability of the supply line which the feature module 36 is connected to. For example, a water line that runs from a house supply line through the appliance may be limited to providing one liter of water per minute, based on the volumetric flow rate of the house supply line. However, a beverage machine of a feature module 36 may require one liter of water at high flow, thereby rendering the house supply undesirable. Therefore, a supplemental utility supply source is provided by engaging a utility supply module 37 to the feature module 36 (FIGS. 15-17). The utility supply module 37 includes a housing and at least one refillable reservoir 39 that is capable of storing a plurality of utilities. The utilities stored within the reservoir(s) 39 may include, for example, power or materials. Various reservoirs 39 may function as a variety of utility sources, including, but not limited to, a battery or fuel cell, a water tank (typically storing conditioned water), a gas cylinder containing gases commonly used in consumable storage environments, a powder or liquid chemical reactant, a desiccant, a flavorant, a heat sink, a pressure vessel providing vacuum or pneumatic pressure, or as an area to discharge (waste) storage coming from the feature module.

(40) The power or materials stored in each reservoir 39 may be done in a number of ways. Each reservoir 39 may be filled and refilled manually by a user, for example by simply pouring water into a reservoir 39 functioning as a water tank. Alternatively, a reservoir 39 may be filled on a charging station 80. Such a charging station 80 may be located remotely, such as on a countertop or wall mount (FIG. 19). The charging station 80 may also be conveniently located on an exterior surface of the appliance 10, such as a top cap structure on the top of the appliance 10 (FIG. 18). Another filling alternative involves a direct supply from the appliance 10, in the case where the utility supply module 37 is engaged directly to the appliance 10 and the appliance utility supply line (e.g., a residential water supply). This alternative provides the opportunity for the utility supply module 37 to replenish the reservoir(s) 39 while the feature module 36 is not operational, a time period the feature module does not require a utility. The direct supply alternative allows for the otherwise insufficient appliance utility supply line to provide the utility supply module reservoir(s) 39 with a constant utility supplement prepared for the feature module 36. Irrespective of the filling option, upon prompting from the feature module 36, the utility supply module 37 will have a stored utility supply available for provision to the feature module 36.

(41) As is the case with the engagement of the feature module 36 to the appliance 10, the utility supply module 37 may be removably engageable with the appliance door 22 and sized to fit within the door liner 32 typically within the cavity or pocket 34 of the door liner 32. The door 22 would typically also include a connector, either a female connector or a male connector typically of the type discussed previously for the utility supply module 37. Similarly, connection in this manner may be made to a charging station 80 in the form of a countertop stand, a wall mounted bracket, or a top cap structure. Additionally, alternative connections and device recognition structures may be employed to identify which utility supply module 37 is engaged, as is the case with the connections described above for the feature module connections (i.e., signature resistance, comparator circuit, reed switch, dip switch, etc.). Such identification facilitates communication between the utility supply module 37 and the engaged structure, whether it be an appliance 10 or a charging station 80, thereby allowing the appropriate utility to be supplied from the source to the utility supply module 37. The engagement between the utility supply module 37 and the appliance 10 or charging station 80 results in the ability to transfer substances to the utility supply module 37, via a conduit or pathway that is established between the utility supply module 37 and the appliance 10 or charging station 80.

(42) The feature module 36 is configured to engage the utility supply module 37 via a standardized utility connection or coupling 84, 86. The connection or coupling 84, 86 may also be similar to that described above for the engagement of the feature module 36 to the appliance 10 (i.e., signature resistance, comparator circuit, reed switch, dip switch), countertop stand 60, or wall mounted bracket 62, particularly the feature module recognition device, as well as the connection or coupling between the utility supply module 37 and the appliance 10 or charging station 80. Based upon the feature module recognition, the utility supply module 37 is capable of transferring utility to the feature module 36 in a similar fashion as that described above for transfer between the appliance 10 or charging station 80 and the utility supply module 37. Utilization of the modularity of both the feature module 36 and the utility supply module 37 allows a user to switch feature modules 36 and to position a feature module 36 at various locations within the appliance 10, thereby avoiding the need to have a utility supply hardwired directly into the feature module 36. The utility supply module 37 allow for quicker and/or longer supply of the utility to the feature module than can typically be obtained from the appliance alone or without the use of the utility supply module(s).

(43) As noted above, the reservoirs 39 may function as a variety of utility sources and examples of particular applications will be described below, however, this functionality of the utility supply module reservoirs 39 is not intended to be limited to the following descriptions. First, a battery or fuel cell may obtain a trickle charge during non-use of the feature module 36, subsequently delivering a high wattage when prompted. A water tank may be supplied by an external line or a gravity feed, after which a complete deposit may be made to the engaged feature module 36. A gas cylinder containing gases that may be employed to manipulate a food, beverage, or other consumable storage environment, may incur a slow buildup of such gases in order to transfer the gases to the feature module 36. The reservoir 39 may serve as a heat sink, such as an insulated vessel that employs glycol or chilled water to provide a fast chill or quick thaw when required by the feature module 36. A pressure vessel may serve as a reserve chamber, or a surge tank on a well pump, in order to provide a vacuum or pneumatic pressure as needed by the feature module 36. Additionally, various food stuffs or flavorants may be stored in a reservoir 39 in order to restock the feature module 36. Finally, the reservoir 39 may serve as a powder or liquid chemical reactant, as well as a desiccant.

(44) It is to be understood that variations and modifications can be made on the aforementioned structure without departing from the concepts of the present invention, and further it is to be understood that such concepts are intended to be covered by the following claims unless these claims by their language expressly state otherwise.