EP2199715A2

EP2199715A2 - Method and apparatus for replacing a component

Info

Publication number: EP2199715A2
Application number: EP09252391A
Authority: EP
Inventors: John M Knicht; Richard A Mccoy; Ameresth B Viswanathan
Original assignee: Whirlpool Corp
Current assignee: Whirlpool Corp
Priority date: 2008-12-22
Filing date: 2009-10-09
Publication date: 2010-06-23
Also published as: EP2199715A3; BRPI0905042A2

Abstract

An appliance having various mechanical components that can be replaced with a component (92) that provides power or data to the appliance. The component being replaced includes handles (18), trim pieces (26), face plates, or the like. The source of power to the new mechanical component comes from an external source which can also provide data.

Description

This disclosure relates generally to replacement parts for structures and, more particularly, to: an adaptor retrofit component that replaces a mechanical component in an existing structure, whereby the adaptor retrofit component provides power or data; a retrofit handle with a docking station that replaces a previous handle, whereby the retrofit handle is operable to provide power or data; a replacement handle for a structure whereby the replacement handle provides power; and a method of providing a retrofit component that is a new mechanical component that is operable to provide a service to a consumer electronic device.
Traditionally, appliances, consumer electronic devices, and other useful household machinery are located in a room dedicated to the function supported by the appliance. For example, the kitchen has traditionally been limited to a space for preparing and eating meals and consequently has been mostly occupied by cabinetry and large home appliances such as refrigerators, dishwashers, and ovens. The family room has been designated as a place for leisure activities, and so most entertainment devices, such as televisions and video games are commonly found here. Laundry rooms normally house a washer, dryer, and iron. Devices such as personal computers and printers are often located in another room, such as a dedicated home office or bedroom.
Consumers increasingly own multiple consumer electronic devices (CEDs), such as handheld electronic devices, laptops, cell phones, PDAs, digital cameras, video recorders, and digital music players. These devices are typically used in many different rooms in the house and are often carried from room to room throughout the home. Consumers also tend to perform non-traditional tasks in the traditional rooms of the home. For example, consumers also tend to eat in the living room or media room, instead of the dining room. Consumers tend to eat, meet and entertain in the kitchen, not just the dining room and family room. In fact, the kitchen is often the hub of most household activity. Consumers also tend to work in every room of the home with the adoption of laptop computers, cellular phones, PDA's and wireless networks.
Therefore, there is a trend for consumers to perform non-traditional functions in a household room designed for a traditional function. The disclosure recognizes this trend and attempts to support the trend.
According to an illustration of the disclosure, a retrofit component for a structure is provided that allows a consumer to replace an existing mechanical component on the structure, with a new component that is operable to receive power and/or data. The replacement mechanical component may receive power and/or data from a proximity device which in turn is in communication with an electrical service that is external of the structure. The replacement component may include a docking station to provide an interface for consumer electronic devices (CEDs) which in turn may receive power and/or data from the replacement mechanical component.
The invention will be further described by way of example with reference to the accompanying drawings, in which:-
Figure 1 is an illustration of a traditional refrigerator, dishwasher and microwave;
Figure 2 illustrates assorted appliances having a mechanical component replaced with a new mechanical component having power or data;
Figure 3 illustrates an alternative appliance having a replacement part that provides power;
Figure 4 is a partial prospective view of the Figure 3 device, illustrating power being supplied to the ice dispenser;
Figure 5 is an alternative embodiment illustrating power being supplied to an ice dispenser having two consumer electronic devices;
Figure 6 illustrates an alternative embodiment wherein power is supplied to a drip pan;
Figure 7 illustrates an alternative embodiment wherein power is supplied to the drip pan assembly with a pair of consumer electronic devices in communication therewith;
Figure 8 is a flow chart setting forth a method of operating the present invention; and
Figure 9 illustrates an alternative method of operating the present invention.
Figure 10 illustrates an appliance having an improved handle with a docking station associated therewith; and
Figure 11 is a conventional oven having a handle for opening a closure;
Figure 12 illustrates an alternative appliance having a retrofit handle with a docking station separable from the retrofit handle.
Figure 13 is an illustration of a traditional dresser drawer;
Figure 14 is an illustration of a traditional door;
Figure 15 is an illustration of a traditional cabinet;
Figure 16 illustrates a dresser with a replacement handle that provides power;
Figure 17 illustrates a door with a replacement handle that provides power;
Figure 18 illustrates a cabinet with a replacement handle that provides power.
Referring now to the drawings, preferred embodiments of the present invention are shown in detail. Although the drawings represent embodiments of the present invention, the drawings are not necessarily to scale and certain features may be exaggerated to better illustrate and explain the present invention. The embodiments set forth herein are not intended to be exhaustive or otherwise limit the invention to the precise forms disclosed in the following detailed description.
Figure 1 is a conventional home appliance arrangement having a refrigerator 10, a microwave 12 and a dishwasher 14. The refrigerator 10 has a closure or door 16 that is movably mounted to the refrigerator 10. Handles 18 are secured at mounting points 20 to the door 16 as well as a company badge 22 which may display a company symbol. An ice and water dispenser 24 forms a portion of the door 16. A trim plate 26 is secured to the refrigerator 10 and provides access to the underside of the refrigerator 10.
The refrigerator 10 has numerous mechanical components including, but not limited to, the door 16, handle 18, badge 22, ice dispenser 24, and trim plate 26, that can be replaced with a replacement mechanical component that provides power. The mechanical components provide a first function. However, the replacement mechanical components (not shown) not only are operable to provide the first function, they are operable to provide yet other functions such as providing power and/or data and/or another service to a CED. Thus, the replacement mechanical component is operable to provide more than the original function of the mechanical component it replaced.
With respect to the microwave 12, a door 28 is provided having a trim fascia 30 securable to the outer surface of the door 28. Likewise, the dishwasher 14 has a door 32 and associated trim components 34. A handle 36 is provided for the microwave 12 and the dishwasher 14 for assisting with opening and closing the doors.
The handles 36, trim fascia 30 and trim components 34 are mechanical components that, if desired, can be replaced with a mechanical component having power, or another service associated therewith.
Figure 2 illustrates a system of appliances that have had assorted mechanical components replaced with a new mechanical component that now provides power and/or data or another service to a CED. When the terms power or data are referenced herein, it should be understood that power, data or some other service is contemplated to be used with the present invention. Where possible, the same reference numerals will be utilized for simplicity purposes. Moreover, while the following discussion considers the application of replacing a mechanical component with a mechanical component having power and/or data, it will be appreciated that the present invention can be utilized with a variety of host structures, besides appliances. In addition, other examples of appliances besides those illustrated herein, include, but are not limited to, freezers, stoves, ranges, air conditioners, dehumidifiers, water heaters, furnaces, clothes washing machines, clothes drying machines, clothes refreshing machines, non-aqueous washing apparatuses, or any combination thereof.
An adapter retrofit replacement system 40 having a replacement component, such as a badge plate 42, a proximity mounting device 44, and an electrical service 46. The electrical service 46 can be an external source that is separate from the appliance, or in the alternative, the electrical service 46, can receive power and/or data and/or another service from the appliance itself. The electrical service 46 is in communication with the proximity mounting device 44 which maybe secured to an outer surface 48 of the refrigerator 10. The proximity mounting device 44 is operable to provide power and/or data to the badge plate 42 which, for purposes of this invention, can be any other mechanical structure needing to have power and/or data. The badge plate 42 has a mounting portion 50, a structure 52 for receiving the badge 22, and an adaptor 54 either securable to or integral with the structure 52. The adaptor 54 is configured to receive a CED 56. Although the CED 56 illustrated is a music player, the CED is any other consumer electronic device, such as, but not limited to, a television, a video camera, a video recorder, a personal computer, a notebook computer, a computer monitor, a video display, a keyboard, a printer, copying equipment, calculator, facsimile machine, scanner, digital storage device, wireless transceiver, an internet router, a power supply, a data recorder, an answering machine, a telephone, a cordless telephone, a video game system, a personal digital assistant, a DVD player, a VHS player, a VCR, a cassette deck, an 8 millimeter video player, a CD player, a blackberry, a portable digital video player, an MP3 player, a radio, an audio speaker, a digital picture frame, or a weather station. The CED 56 is operable to receive power and/or data from the adaptor 54 which in turn receives said power or data, from the electrical service 46. By contrast, the CED 56 is operable to transmit signals, data or other service, back to the electrical service 46 for further processing and/or dissemination. Thus, the replacement system 40 is operable to communicate in both directions.
Further, the electrical service 46 may be in communication with a central processor 58. The processor 58 is operable to provide a service to the electrical service and thusly on to the CED. Likewise, the CED 56 may be operable to transmit a signal and/or data 59 to the processor 58. A plurality of hosts such as a refrigerator 10, microwave 12, and dishwasher 14, may be in communication with the processor 58.
With continued reference to Figure 2, the microwave 12 includes a replacement component trim member 60 having an electrical service 46. The replacement component trim member 60 replaces the trim fascia 30 that was illustrated in Figure 1. However, the replacement component trim member 60 now is operable to provide power and/or data to a CED 62 that is received within an adaptor 64 that is integral with the replacement component trim member 60. The replacement component trim member 60 further has a first proximity portion 66 that communicates with a proximity device 68. The proximity device 68 is in communication with the electrical service 46 wherein power or data or another service can be are transmitted. The CED 62 can either be integral with, or separate from the adaptor 64. The CED 62 includes those referenced above in the discussion as pertains to CED 56. Thus, a replacement system 70 includes the electrical service 46, proximity device 68, and a replacement component trim member 60 with an associated CED 62.
With continued reference to Figure 2, another replacement system 72 is provided for a dishwasher 14. A replacement system 72 includes an electrical service 74, a proximity mounting device 76, and a replacement component 78. The replacement component 78 includes a replacement door 80 having a handle 82, adaptors 84, a plurality of CEDs 86 located within each adaptor 84, and a proximity device 88. The adaptors 84 may be integral with, or a separate component, of the replacement door 80. The CEDs 86 can be of a type as discussed above, with reference to CED 56. The CEDs 86 could be integral with each adaptor 84 or can be a separate component or allow them to be displaced from the adaptor 84 and the door 32.
Figure 3 illustrates an appliance having alternative replacement component assemblies. For example, the replacement component door handle assembly 90 includes a handle 92 with a service, such as power, a first proximity mounting device 94, an attachment interface 95, a second proximity mounting device 96, a power or data pathway 97, and an electrical service 46. The handle 92 replaces the traditional handle 18 as shown in Figure 1. The handle 92 is operable to provide power and/or data to a CED 98 located in or on the handle, the CED 98 being of the type discussed above with respect to CED 98. For illustrative purposes only, a clock 100 is shown in communication with the handle 92. The attachment interface 95 includes at least one of a magnetic communication surface, an adhesive surface, a Velcronic communication surface, a threaded surface configured to mechanically communicate with a compatible threaded component, a gripable surface configured to provide at least two points for attaching two portions of a gripping device, a slot for holding a portion of a component, a ledge for holding a portion of a component, a clasp, a bolt, a screw, a hook , a shelf, a frame, a pouch, a drawer, or a vice. The attachment interface 95 replaces and/or is secured to the mounting points 20.
A docking station 102 is positioned relative to the handle 92 and is operable to receive a CED, such as an MP3 player 104. The MP3 player 104 is in communication via the data pathway 97 with speakers 106 or other output devices that are housed relative to the handle 92. It will be appreciated that power devices 108 may be disposed within the handle 92, and receive power, and/or data, that is transmitted through or on handle 92 by the data pathway 97. Likewise, data may be transmitted from a CED 98 through the handle 92 via the data pathway 97, and onto the electrical service 46 wherein it is further processed or transmitted. Thus, the handle 92 is operable to receive and transmit information, power and/or data by the data pathway 97.
With continued reference to Figure 3, a replacement component ice and water dispenser assembly is illustrated. The replacement component dispenser assembly 110 replaces the dispenser 24 shown in Figure 1. This time, however, the novel replacement component dispenser assembly 110 has power and/or data that can be supplied to it and its associated CED 112. The replacement component dispenser assembly 110 includes a dispenser 114, an adaptor or docking station 116, a first proximity mounting device 118, a second proximity mounting device 120 and an electrical service 46. The dispenser 114 includes a housing 122, a connector tab 124 and the docking station 116 which may be integral with, or a separate component of, the housing 122. CED 112 can be removed from the docking station 116.
With continued reference to Figure 3, the replacement component trim plate assembly 130 replaces the trim plate 26 as illustrated in Figure 1. The replacement component trim plate assembly 130 is operable to receive power and/or data from the electrical service 46. The replacement component trim plate assembly 130 includes a trim plate 132 and a first proximity mounting device 134. A second proximity mounting device 136 is mounted to a side of the refrigerator 10 and is in communication with the electrical service 46. The replacement component trim plate assembly 130 is operable to provide power or data to a CED (not shown). It will be appreciated that the present invention contemplates replacing a mechanical component of an appliance with a mechanical component that not only provides the function as originally provided, but also provides an additional function. It will be further appreciated that several retrofit replacement components could be employed on a common appliance such as refrigerator 10, and they could be associated so as to be in communication with one another.
Figure 4 is an enlarged view of the replacement component dispenser assembly 110 that is depicted in Figure 3. The replacement component dispenser assembly 110 replaces the previously mentioned dispenser 24. When this is done, new functionality is added to the refrigerator 10. Power and/or data is delivered through the second and first proximity mounting devices, 120, and 118, respectfully, and into the connector tab 124 which can be integral with the housing 122. The power and/or data are then delivered to the docking station 116 which in turn contains an interface for delivering same to the CED 112. If the CED 112 is a receiving device, data or other information can flow reversely from the replacement component dispenser assembly 110 to the electrical service 46 (Figure 3). With reference to Figure 5, an alternative replacement component water and ice dispenser assembly 140 is depicted being positioned relative to an refrigerator 10. The alternative replacement assembly 140 includes a housing 142, a proximity interface 144, a first adapter 146 and a second adapter 148. A CED 150 can be positioned within said adapters 146, 148 for communicating therewith. It will be appreciated that the CED 150 can be integral with adapters 146 and 148 so as to form a single assembly. The second adapter 148 is integral with the housing 142. The proximity interface 144 delivers power and/or data to the housing 142 and to the CED 150. Thus, the assembly 140 can receive and provide power to a CED, thus, providing a function other than the original function of the dispenser 24.
Figure 6 illustrates an alternative replacement component drip pan assembly 160 having power and/or data. The alternative replacement drip pan assembly 160 includes a drip pan 162 and an adapter 166, a tab connector 168, and a proximity interface 170. Tabs 172 are operable to be received within slots 174 of the bezel 176 of an ice and water dispenser 24. A proximity device 178 receives power and/or data from an electrical service 46 (not shown).
A CED 56 is positioned within the adapter 166 and receives power and/or data from the electrical service 46. Conversely, signals may be processed by the CED 56 and in turn delivered through the proximity interface 170 and on to the electrical service 46. The CED 56 can be integral with the adapter 166, or, can be removably connected to be used portably by a consumer.
Figure 7 illustrates an alternative replacement component ice and water dispenser assembly 180 having power and/or data delivered to a plurality of CEDs. The alternative replacement dispenser assembly 180 includes a housing 182, a first adapter 184, a second adapter 186, and a connector tab 188 that is in communication with the second adapter 186. The proximity interface 190 receives power and/or data from an electrical service 46 (not shown). Thus, power and/or data are delivered through the connector tab 188, and through the second adapter 186. Power and/or data is then transferred through the second adapter 186, through other portions of the housing 182, and then to the first adapter 184. The first adapter 184 has a pair of interface ports 192 that mate with interface tabs 194 on the lower end of a CED 196. The CED 196 thus can be displaced from the housing 182 so as to be portable for the consumer to utilize. The CED 196 is operable to download information and/or data to and through the housing 182 which in turn is delivered back out to the electrical service 46. It will be appreciated that the alternative replacement dispenser assembly 180 can likewise have the second adapter 186 be removably attached and thus being capable of being separated from the housing 182. Furthermore, the second adapter 186 could be fixed to the housing 182, with the CED 198 capable of being removed from the second adapter 186. Likewise if the consumer replaces the CED 198 back into the second adapter 186, data can be downloaded and/or directly transferred out to the electrical service 46 and/or also to the processor 58 (Figure 2).
Figure 8 illustrates a method of providing a retrofit component 200 for use with a structure, for example an refrigerator 10. The method includes the steps of offering a retrofit component for sale to a customer 202, supplying the retrofit component to the customer 204, wherein the retrofit component is a mechanical component that is configured to have a CED 56 associated therewith 206. The retrofit component may include one of those discussed above including but not limited to a handle, badge, dispenser drip pan, trim plate, etc. The customer may receive instructions on how to install the retrofit component and then to operate the CED associated therewith.
With reference to Figure 9, an alternative method 210 is disclosed having a first step 212 of removing a mechanical component from an appliance, and then the next step 214 of replacing the removed mechanical component with a new replacement mechanical component that is operable to provide power to a separate electrical device. The separate electrical device can be of the form as discussed above with reference to CED 56. Likewise, the replacement mechanical component can be one of those discussed herein before.
With reference to Figure 10, another novel handle assembly 220 is disclosed in connection with an appliance, such as a refrigerator 10 as disclosed in Figure 1. The handle assembly 220 includes a retrofit handle 222, a proximity interface 224, a power or data pathway 226, and a docking station 230. A CED 232 may be associated with the docking station 230 so as to provide the consumer with a new service not before offered with the appliance. The handle assembly 220 replaces the handle 18 disclosed in Figure 1. The handle 222 is secured to the front surface of the door 16 at the same mounting points 20 that were used in the conventional appliance 10. Thus, the handle 18 is removed and exchanged for the entire handle assembly 220 which now provides a docking station for a consumer to integrate their CED therewith. A docking station 230 for a handle is in a location associated with a handle configured to receive a CED 232 and provide a useful function to the CED 232. Exemplary useful functions are storing the CED 232, concealing the CED 232, providing power to the CED 232, and exchanging, receiving, or providing information with or to the CED 232.
The novel handle assembly 220 provides the consumer with the initial function the prior handle 18 had, i.e., a means with which a person could open a door 16, but also additional functions such as providing a consumer with the means to operate a CED. Thus, the handle assembly 220 is operable to provide a consumer with several functions, including that of the traditional closure opening function. It will be appreciated that the present invention can be utilized with a variety of host structures, besides appliances. In addition, other examples of appliances besides those illustrated herein, include, but are not limited to, freezers, stoves, ranges, air conditioners, dehumidifiers, water heaters, furnaces, clothes washing machines, clothes drying machines, clothes refreshing machines, non-aqueous washing apparatuses, or any combination thereof.
The proximity interface 224 is located at the upper portion of the handle 222 and is an integral portion therewith. The proximity interface has a portion that extends over the top of the door 16 and is in close proximity to a proximity device 234 that in turn is secured to a top surface 236 of the appliance 10. The proximity interface 224 and the proximity device 234 communicate with one another so as to provide an electrical service, such as power or data, so as to provide communication to or from the handle assembly 220. When the door 16 is opened and thus exposing a cavity in the appliance 10, the proximity interface 224 and the proximity device 234 are disconnected thus ceasing transfer of data or power there between.
The handle assembly 220 could also include a battery 238 disposed within the handle 222. The battery may be of the rechargeable type and can provide power to the CEDs within or associated with the handle 222. The battery 238 may operate the CEDs while the proximity interface 224 and the proximity device 234 are disconnected. The battery receives its charge from the power or data pathway 226 which traverses an interior portion of the handle 222. The power or data pathway 226 may extend from the proximity interface 224 to several locations within the handle 222, such as the lower portion where the battery 238 is located for illustrative purposes only. It will be appreciated that the battery 238 may be located at other places in the handle assembly 220. Moreover the battery may be located within or associated with the CED 232. The CED could be recharged by the handle assembly 220, thus providing yet another function of the handle. The battery 238 may be used with the other handle assemblies disclosed herein.
The proximity device 234 is connected via wires 240 to an electrical service 242 that can be a separate external source of power or data. The electrical service 242 may be mounted to the appliance 10 or to another structure whereby it in turn receives power or data from another source. The electrical service 242 may also receive data from the CED 232 which in turn can be further routed to another device for further processing. While the proximity device 234 is shown being located on the upper surface 236 of the appliance 10, it will be appreciated that it may be located elsewhere on an appliance so long as it is in communication with the proximity interface 224 wherever it may be located on the appliance. Thus, it is contemplated that the present invention could be used on other appliances, structures, or hosts wherein its handle may be oriented in a manner other than the vertical orientation as depicted in this disclosure. Moreover, it is contemplated that the present invention can be used where it is desirable to replace an existing handle to a handle that now has an adapter or docking station.
The docking station 230 is an adapter that is operable to receive the CED 232. The docking station 230 has a left vertical portion 244 that is integral with a vertical portion of the handle 222. The connection between the docking station 230 and the handle 222 is sufficiently rigid so as to make the CED, once installed, firmly connected to the appliance 10. It may be desirable for a consumer to disassociate the docking station 230 from the handle 222 and/or the appliance 10. In this regard, the docking station 230 may be formed as a separate component and thus not integrally part of the handle 222. In this arrangement, mechanical fasteners or connectors could be employed so as to make the docking station 230 secure relative to the handle 222. Thus, the docking station can be removably attached to said handle 222 as desired.
The docking station 230 further has connectors 246, male or female, associated with a housing of the docking station. The connectors 246 can engage a corresponding interface 248 that is associated with the CED. This allows for power or data transmission between the docking station 230 and the CED 232. Other forms of data or power transmission can be used as a means to provide communication between the docking station 230 and CED 232. While the CED 232 is shown as being a separate component of the docking station 230, it will be appreciated that the CED 232 could be formed part of the docking station 230. It will also be appreciated that the CED could be formed as part of the handle 222 thus removing the need for a separate docking station 230. In addition, the handle 222 could have a simplified docking station that is operable to mate with a docking station that is built into an outside surface of a CED. This arrangement would allow the CED to be easily plugged into the side of the handle 222.
The handle assembly 220 could also include speakers 250 positioned within the handle 222 for providing sound. The speakers 250 are in communication with the power and data pathway 226 and receive their signal from the CED 232. The CED 232 provides power control to the speakers 250. It will be appreciated that the speakers 250 can be at other locations, for example in the docking station 230, the CED 232, or at other locations in the handle 22. Other CEDs 252 can be associated with the handle 22 besides the CED 232 that is associated with the docking station 230.
Although the CED 232 illustrated is a video device, the CED is any other consumer electronic device, such as, but not limited to, a television, a video camera, a video recorder, a personal computer, a notebook computer, a computer monitor, a video display, a keyboard, a printer, copying equipment, calculator, facsimile machine, scanner, digital storage device, wireless transceiver, an internet router, a power supply, a data recorder, an answering machine, a telephone, a cordless telephone, a video game system, a personal digital assistant, a DVD player, a VHS player, a VCR, a cassette deck, an 8 millimeter video player, a CD player, a blackberry, a portable digital video player, an MP3 player, a radio, an audio speaker, a digital picture frame, or a weather station. The CED 232 is operable to receive power and/or data from the docking station 230 which in turn receives said power or data, from the power and data pathway 226. In addition, the CED 232 is operable to transmit signals, data or other service, back to the electrical service 242 for further processing and/or dissemination. Thus, the retrofit handle assembly 220 is operable to communicate information and data in more than one direction.
Figure 11 is another conventional appliance such as a stove 260. The stove 260 has a closure or door 262 for providing access to the interior of the oven. A handle 264 is secured to the front face 266 of the door 262 and provides the mechanism for the consumer to open the door 262. The stove 260 fails to provide a consumer with the ability to power a consumer electric device that may be associated with the appliance. The handles that are used with the stove 260 further do not provide the consumer with any means of receiving power or data. Nor do these conventional handles provide the consumer with any means of mounting a CED to the handle or an appliance. Nor do these conventional handles provide a consumer with any means of interfacing with an outside power or data source.
Figure 12 illustrates a stove 260 employing the novel handle and docking station assembly 270. The handle and docking station assembly 270 includes a retrofit handle 272, a proximity interface 274, a power or data pathway 276, mounting means 278, and a docking station 280. The handle and docking station assembly 270 replaces the handle 264 in the stove 260 shown in Figure 12. A CED 232 is positionable within the docking station 280 and receives its power and/or data from a source within the handle 272, and more particularly, from the power or data pathway 276. The CED 232 is operable to either receive, or transmit, data to the power or data pathway 276.
The handle 272 includes a handle mounting plate member 282 that extends across the front of the door 262 and is secured by mounting means to the face of the door 262. The mounting means 278 can be fasteners or the like that allow the handle mounting plate member 282 to be secured to the face of the door 262. Alternatively, the same mounting members that were used to secure the handle 264 to the door 262 as shown in Figure 11, could be reused to secure the handle mounting plate member 282 to the door 262. The proximity interface 274 is located at one end of the handle mounting plate member 282. The power and data pathway 276 is located within the handle mounting plate member 282 and extends from the proximity interface 274 to receptacles 284. Receptacles 284 can be formed as part of the handle mounting plate member 282 and provide a receptacle for receiving the male interface 286 that extends from the docking station 280. The receptacles 284 and the interfaces 286 provide the connectivity between the CED 232 and the power and data pathway 276.
Other CEDs 288 may be located within or relative to the handle mounting plate member 282. Each such CED 288 may be in communication with the power and data pathway 276. The CEDs may be of the type discussed above relative to the CED 232. While the CED 232 is shown relocatable relative to the docking station 280, it will be appreciated that the CED 232 could be made permanently part of the docking station 280. Likewise, the CED 232 could plug directly into the handle mounting plate member 282.
A proximity device 234 is secured to the side of the stove 260 and receives power and/or data from an electrical service 242 via wires 240 much in the same manner as discussed above. The proximity device 234 communicates with the interface 274 in the same manner discussed above for Figure 10 relating to interface 224 and proximity device 234. Thus, power and or data disseminate from electrical service 242, through proximity device 234, through interface 274, through power and data pathway 276, through the docking station 280 and into the CED 232. Likewise, the CED is operable to transmit a signal reversely through the power and data pathway 276 and on to the electrical service 242.
A method of replacing a handle with a retrofit handle having a docking station includes the steps of removing a handle from a host; replacing the handle with a new handle assembly that has a docking station; providing power and/or data to the new handle assembly; and providing a CED that is powered by the docking station.
Figure 13 illustrates a traditional dresser 300 that a consumer may use within a household which can be utilized for placing clothes therein. While a two drawer dresser is illustrated, it will be appreciated that dressers of different size and configurations are contemplated herein. A standard dresser 300 has one or more drawers 302 that are slidably disposed about its base 304. Handles 306 of the conventional type are often secured to an upper surface of the drawer 302. The handle 306 is affixed to the drawer 302 via conventional means and can be replaced when desired.
Figure 14 illustrates a door assembly having a door 310 secured within a jam 312. A conventional handle 314 aids the consumer in opening and closing the door 310.
Figure 15 illustrates a cabinet 320 that could be secured to a wall 322 in a home via conventional means. The cabinet 320 has doors 324 with handles 326 affixed to the lower end thereof. Figures 13 - 15 illustrate a variety of closing structures that employ closure members which in turn each possess their own handle arrangement. It will be appreciated that the present invention contemplates other structures having closure members and associated handles that need to be replaced wherein power is desired. Set forth below are examples of a few of the possibilities.
With reference to Figure 16, the dresser 300 includes a replacement handle assembly 330 that includes a proximity mounting portion 332, a handle 334, and an associated CED 336. While the CED 336 is shown integral with the replacement handle assembly 330, it will be appreciated that the CED 336 could be a separate component wherein an adapter could be employed in association with the replacement handle assembly 330. The proximity mounting portion 332 communicates with a first proximity device 338 which is mounted to a surface of the dresser 300. An electrical service 340 provides power and/or data or perhaps another service to the first proximity device 338 which in turn communicates same to the replacement handle assembly 330. The replacement handle assembly 330 is operable to receive power from the electric service 340.
When the consumer pulls the handle 334, the drawer 302 is free to pull away from the base 304. The replacement handle assembly 330 may include a chargeable battery that allows the CED 336 to continue to operate when the drawer 302 is positioned away from the first proximity device 338. This chargeable battery concept may be applied to the other replacement handle assemblies discussed herein. When the drawer 302 is moved to a closed position, as shown, the proximity mounting portion 332 regains communication with the first proximity device 338 thus reengaging communication with the electrical service 340.
With reference to Figure 17, the replacement handle assembly 350 includes a handle 352 and a first proximity device 354 affixed to the door 310. The replacement handle assembly 350 replaces the handle 314 that was discussed in Figure 14. A second proximity device 356 is secured to the door jam 312 and a power cord 358 can be plugged into an outlet 360 using a conventional plug. The replacement handle assembly 350 receives power from the outlet 360 which in turn provides the handle 352 with power. Associated with the handle 352 can be a CED 362 of the type discussed above. The first proximity device 354 may include an adapter or docking station for receiving the CED 362. The first proximity device 354 may also include a voltage reduction device that is operable to convert the 115 volts from the outlet 360 to a lower voltage, for example 5 volts. Thus, the CED 362 could be of the type that uses low voltage.
With reference to Figure 18, the cabinet 320 includes a replacement handle assembly 370 that includes a first proximity device 372 and a handle 374 associated therewith. A CED 376 is associated with the replacement handle assembly 370 and may be integral therewith. Power lines connect the first proximity device 372 to the electrical service 340. A second proximity device portion 378 forms a lower portion of the replacement handle assembly 370. The first proximity device 372 and the second proximity device portion 378 are juxtaposed to one another when the door 324 is in a closed position (as shown). When the door 324 is open, the first proximity device 372 ceases communication with the second proximity device portion 278, thereby discontinuing any signals there between.
The replacement handle assembly 370 may include a battery back up for allowing continued use of the CED 376. It will be appreciated that speakers can be positioned relative to the cabinet 320, and the CED 376 may provide, remotely or otherwise, signals to said speakers. This of course contemplates the CED 376 being a music type device. It will be appreciated that CED 376 can be many of the other types discussed herein.
The following clauses define preferred aspects of the invention. These are not claims of this application (which are presented in a separate section headed "Claims"), but are part of the disclosure:

A. RETROFIT COMPONENT FOR A FIXED STRUCTURE

A1. A retrofit component for a fixed structure having at least one attachment point configured for removeably mounting a retrofit component to a fixed structure, the fixed structure having a function, a first electrical interface connected to the retrofit component and capable of receiving an electrical service from a source of electrical service and further being capable of communicating with the electrical service, and a device interface in communication with the electrical source of electrical service and the first electrical interface, wherein the device interface is configured for communicating the electrical service to a consumer electronic device, wherein the retrofit component performs at least one useful function in addition to communicating the electrical service to the consumer electronic device.
A2. The retrofit component of clause A1, wherein the useful function replaces the function performed by the fixed structure.
A3. The retrofit component of clause A1, wherein the function performed by the fixed structure is the same as the useful function of the retrofit component.
A4. The retrofit component of clause A1, wherein the at least one attachment point is configured for removably mounting the retrofit component to the fixed structure at a preexisting mounting location along the fixed structure.
A5. The retrofit component of clause A1, wherein the useful function is selected from one of providing a handle, providing a decorative feature, and providing a drip pan.
A6. The retrofit component of clause A1, wherein the source of electrical service is an electrical storage device located near the retrofit component.
A7. The retrofit component of clause A1, wherein the source of electrical service is a second electrical interface that is a proximity interface that is configured for removably mounting to the fixed structure, and wherein the first electrical interface is a proximity interface that is configured to receive the electrical service from the second electrical interface.
A8. The retrofit component of clause A1, wherein the fixed structure includes a closure moveably mounted to the fixed structure, the closure being movable between an open position remote from the fixed structure and a closed position proximate to the fixed structure, and the retrofit component capable of being removably mounted to the closure at the attachment point.
A9. The retrofit component of clause A1, wherein the retrofit component is configured for replacing a portion of the fixed structure.
A10. The retrofit component of clause A1, wherein the retrofit component is selected from one of a handle, a knob, an ice and water bezel, an ice and water dispenser drip pan, a decorative door trim, a finished door covering and a badge.
A11. The retrofit component of clause A1, and further comprising a second proximity interface configured for removably mounting to the fixed structure.

B. RETROFIT COMPONENT FOR A HOST

B1. A retrofit component system for a fixed structure that is a host, the host including a closure moveably mounted to the host, the closure being movable between an open position remote from the host and a closed position proximate to the host, the retrofit component having a main body capable of being mounted to the closure and including at least one attachment point configured for removably mounting the retrofit component to the closure at a preexisting mounting location along the closure, a first proximity interface connected to the closure, the first proximity interface capable of receiving an electrical service, a second proximity interface mounted to the host, the first proximity interface configured to receive the electrical service from the second proximity interface, and a device interface configured for communicating the electrical service to a consumer electronic device, wherein the main body performs at least one useful function in addition to communicating the electrical service to the consumer electronic device, the useful function replacing a host function performed by the host, and wherein the first proximity interface is configured to receive the electrical service from the second proximity interface when the closure is in proximity to the host.

C. RETROFIT COMPONENT FOR A DOMESTIC HOME APPLIANCE

C1. A retrofit component for a domestic home appliance for performing a physical operation on an article having a replacement mechanical component for supplying a mechanical function to an appliance that can replace a prior mechanical component that, when affixed to a portion of the appliance, supplies the mechanical function, and an attachment interface provided in association with the replacement mechanical component, wherein when the prior mechanical component is replaced by the replacement mechanical component, the mechanical function is supplied to the appliance by the replacement mechanical component, and wherein the attachment interface is disposed such that a user can use the attachment interface to affix a new component to the replacement mechanical component.
C2. The retrofit component of clause C1, wherein the replacement mechanical component is configured to attach to the portion of the appliance.
C3. The retrofit component of clause C1, wherein the portion is one of a door, a dispenser, an appliance top surface, a grill, and a finished covering surface for covering the interior of an appliance.
C4. The retrofit component of clause C1, wherein the replacement mechanical component is one of a refrigerator door hinge, an appliance door handle, an ice and water bezel, an ice and water dispenser drip pan, a decorative door trim, a finished door covering and a badge.
C5. The retrofit component of clause C1, and further comprising a power supply interface provided in association with the replacement mechanical component for supplying power to the new component when the new component is affixed to the attachment interface.
C6. The retrofit component of clause C1, and further comprising at least one of a consumer electronic device, an adapter for a device, a mounting bracket, a battery housing, a communication device, a user interface, and a holder for holding a component.
C7. The retrofit component of clause C1, wherein the attachment interface includes at least one of a magnetic communication surface, an adhesive surface, a Velcronic communication surface, a threaded surface configured to mechanically communicate with a compatible threaded component, a gripable surface configured to provide at least two points for attaching two portions of a gripping device, a slot for holding a portion of a component, a ledge for holding a portion of a component, a clasp, a bolt, a screw, a hook, a shelf, a frame, a pouch, a drawer, and a vice.

D. METHOD OF PROVIDING A RETROFIT COMPONENT

D1. A method of providing a retrofit component for an appliance comprising the steps of removing a mechanical component from an appliance, and replacing the removed mechanical component with a new mechanical component that is operable to provide power to a separate electrical device.
D2. The method of providing a retrofit component of clause D1, and further comprising another step of providing an interface for receiving power.
D3. The method of providing a retrofit component of clause D1, and further comprising another step of providing an electrical service.
D4. The method of providing a retrofit component of clause D1, and further comprising another consumer electronic device independently operable from said new mechanical component.
D5. The method of providing a retrofit component of clause D1, and further comprising the step of offering said new mechanical component for sale to a customer.
D6. The method of providing a retrofit component of clause D1, wherein said separate electrical device is a portable consumer electric device.
D7. The method of providing a retrofit component of clause D1, and further comprising the step of supplying documentation about the retrofit component to a customer.
D8. The method of providing a retrofit component of clause D1, wherein said new mechanical component has a function that is in addition to a function of the mechanical component.
D9. The method of providing a retrofit component of clause D1, wherein the new mechanical component is one of a handle, a hinge, an appliance surface, trim component, drip pan, ice dispenser, and badge.

E. METHOD OF PROVIDING A RETROFIT COMPONENT FOR AN APPLIANCE

E1. A method of providing a retrofit component for an appliance comprising the steps of offering a retrofit component for sale to a customer, supplying the retrofit component to a customer, and wherein the retrofit component is a mechanical component that is configured to have a consumer electronic device associated therewith.
E2. The method of providing a retrofit component of clause E1, and further comprising the step of supplying information to a customer about how to install the retrofit component.
E3. The method of providing a retrofit component of clause E1, wherein the retrofit component is one of a handle, trim member, water dispenser, a hinge, an appliance surface, and a logo.
E4. The method of providing a retrofit component of clause E1, and further comprising the step of providing an electrical source in communication with said retrofit component.
E5. The method of providing a retrofit component of clause E1, and further comprising the step of providing another consumer electric device.

F. METHOD OF PROVIDING A RETROFIT COMPONENT FOR A HOST

F1. A method of providing a retrofit component for a host comprising the steps of removing a mechanical component from a host, and replacing the removed mechanical component with a new mechanical component that is operable to provide power to a consumer electronic device.
F2. The method of providing a retrofit component of clause F1, wherein said host is an appliance.
F3. The method of providing a retrofit component of clause F1, wherein said new mechanical component includes an adapter for receiving said consumer electronic device.
F4. The method of providing a retrofit component of clause F1, and further comprising the step of providing an electrical source in communication with said new mechanical component.
F5. The method of providing a retrofit component of clause F1, and further comprising the step of providing instructions to a consumer so as to inform the consumer on how to replace the removed mechanical component with a new mechanical component.
F6. The method of providing a retrofit component of clause F1, and further comprising the step of providing another consumer electronic device that receives a service from said new mechanical component.

G. METHOD OF PROVIDING A RETROFIT COMPONENT FOR A COMPONENT OF AN APPLIANCE

G1. A method of providing a retrofit component for a component of an appliance having a useful function comprising the steps of offering a retrofit component for sale to a customer, supplying the retrofit component to a customer, supplying information to a customer about how to install the retrofit component, and wherein the retrofit component supplies the useful function and a different user function unrelated to the appliance.
G2. The method of clause G1 wherein the useful function is one of delivering media content, component holding, component charging, and component storage.
G3. The method of clause G2 and further comprising the steps of offering other components for sale that can be affixed to the retrofit component, supplying the other components to a customer, and supplying information to a customer about how to affix the other component to the retrofit component.

H. HANDLE FOR AN APPLIANCE HAVING A DOCKING STATION

H1. A handle for an appliance, the handle having a first portion attachable to an appliance, and a second portion including a docking station.
H2. The handle for an appliance of clause H1, and further comprising a power adapter.
H3. The handle for an appliance of clause H1, and further comprising a rectifier.
H4. The handle for an appliance of clause H1, and further comprising a power converter.
H5. The handle for an appliance of clause H1, and further comprising a proximity interface for delivering electric service to the first portion.
H6. The handle for an appliance of clause H1, and further comprising one of a battery operable to provide power to said second portion and an interface for communicating power with a battery for providing power to said second portion.
H7. The handle for an appliance of clause H1, wherein said first portion is a hand grip.
H8. The handle for an appliance of clause H1, wherein said first portion includes a power source.
H9. The handle for an appliance of clause H1 wherein the docking station includes a first interface for coupling to a CED.
H10. The handle for an appliance of clause H1 and further comprising a transmission pathway operably connected to the first interface and configured to communicate at least one of power and data with the interface.
H11. The handle for an appliance of clause H1 and further comprising a second interface operably connected to the transmission pathway wherein the second interface is configured to receive at least one of power and data from a source.

I. HANDLE FOR A MEMBER THAT COVERS AN ENCLOSURE OPENING

I1. A handle for a member that covers an enclosure opening, the handle having a hand portion connected to an enclosure opening, a pathway for transmitting at least one of data and power within said hand portion, and a device operable to receive at least one of data and power from said pathway.
I2. The handle of clause I1, wherein said device is a consumer electronic device.
I3. The handle of clause I1, wherein said device is an adapter for receiving a consumer electronic component.
I4. The handle of clause I1, wherein said data transmission pathway is at least one wire for transporting an electrical signal.
I5. The handle of clause I1, wherein said device includes a connector for receiving a consumer electronic device.
I6. The handle of clause I1, and further comprising a proximity device operable to deliver an electrical signal to said hand portion.
I7. The handle of clause I1, and further comprising an electrical service in communication with said hand portion.
I8. The handle of clause I1, wherein said device includes a receiver, said receiver is operable to deliver data to said data transmission pathway.
I9. The handle of clause I1, wherein said device includes a display screen for displaying images.
I10. The handle of clause I1, wherein said device includes at least one of an audio output jack, an audio input jack, and a speaker.
I11. The handle of clause I1, wherein the handle further comprises at least one coupling point for attaching the handle to the member.
I12. The handle of clause I1, wherein the transmission pathway is configured for audio and video transmission.
I13. The handle of clause I1, and further comprising an interface for connecting the transmission pathway to a source of transmission signal.
I14. The handle of clause I1, and further comprising a holder portion for holding the device wherein when the device is engaged with the holder, the device can receive at least one of data and power from the pathway.

J. APPLIANCE WITH HAND MEMBER

J1. An appliance having a front door having a surface, a hand member connected to the front door, a power source in communication with the hand member, and an interface in communication with the hand member, the interface operable to receive a device that provides information to a consumer.
J2. The appliance of clause J1, wherein the device includes a connector, said device can be removed from said interface and repositioned back within said interface, said device receives power from said power source.
J3. The appliance of clause J1, wherein said device is at least one of an audio and video device.
J4. The appliance of clause J1, wherein said power source is within said hand member.

K. KIT FOR REPLACING A HANDLE

K1. A kit for replacing a handle for an appliance with a new handle having new functionality associated with an electronic device, the kit having a new handle having a first portion attachable to an appliance, and a second portion including a docking station for an electronic device, and instructions for installing the new handle onto the appliance.

L. HANDLE FOR AN APPLIANCE HAVING AN ELECTRICAL SOURCE

L1. A handle for an appliance, the handle having a member connected to a surface of an appliance, and an electrical source within said member for providing power to an external device.
L2. The handle for an appliance of clause L1, and further comprising a proximity device operable to provide power to said member.
L3. The handle for an appliance of clause L1, and further comprising a docking station associated with said member.
L4. The handle for an appliance of clause L1, and further comprising an electrical service operable to provide power to said handle.
L5. The handle for an appliance of clause L1, wherein said electrical source is a battery.
L6. The handle for an appliance of clause L1, wherein said external device is a consumer electronic device.
L7. The handle for an appliance of clause L1, wherein said member includes a proximity device operable to deliver power to said electrical source within said member.

M. REPLACEMENT HANDLE FOR AN ENCLOSURE DEVICE

M1. A replacement handle for an enclosure device, the replacement handle having a hand grip portion, a power distribution device associated with said hand grip portion, and a power using device receiving power from said power distribution device.
M2. The replacement handle for an enclosure device of clause M1, wherein said power using device is a consumer electronic device.
M3. The replacement handle for an enclosure device of clause M1, wherein said power distribution device includes a proximity device for delivering power to said hand grip from an external source.
M4. The replacement handle for an enclosure device of clause M1, wherein said power using device is detachable from said handle.
M5. The replacement handle for an enclosure device of clause M1, wherein said hand grip portion is connected to an enclosure device.
M6. The replacement handle for an enclosure device of clause M1, wherein said power distribution device is a battery.
M7. The replacement handle for an enclosure device of clause M1, further comprising a proximity interface for receiving electrical service to the power distribution device.

N. HANDLE FOR A CLOSURE MEMBER HAVING AN ELECTRICAL INTERFACE

N1. A handle for a closure member, the handle having a first portion attachable to a closure member, and a second portion including an electrical interface.
N2. The handle for a closure member of clause N1, and further comprising a consumer electronic device operable to engage said electrical interface.
N3. The handle for a closure member of clause N1, and further comprising an electrical service providing power to said electrical interface.
N4. The handle for a closure member of clause N1, and further comprising a docking station at one of said portions.
N5. The handle for a closure member of clause N1, wherein said closure member is one of a door and drawer.
N6. The handle for a closure member of clause N1, wherein said first and second portions are replacement components that replace an existing handle on said closure member.

O. HANDLE FOR A CLOSURE MEMBER HAVING A MECHANICAL ENCLOSURE

O1. A handle for a closure member, the handle having a first portion attachable to a closure member, and a second portion including a mechanical enclosure for holding a component having a user functionality.
O2. The handle of clause O1 wherein the mechanical enclosure is configured to enclose at least a potion of the component having a user functionality.
O3. The handle of clause O2 wherein the mechanical enclosure is configured to enclose one of a display screen, a user interface, a music device, video game component, a speaker, a device capable of network communication, a picture, a camera, a phone, and a device capable to render an image.
O4. The handle of clause O2 wherein the mechanical enclosure is configured to hold one of a display screen, a user interface, a music device, video game component, a speaker, a device capable of network communication, a picture, a camera, a phone, and a device capable to render an image.

The present invention has been particularly shown and described with reference to the foregoing embodiments, which are merely illustrative of the best modes for carrying out the invention. It should be understood by those skilled in the art that various alternatives to the embodiments of the invention described herein may be employed in practicing the invention without departing from the spirit and scope of the invention as defined in the following claims. It is intended that the following claims define the scope of the invention and that the method and apparatus within the scope of these claims and their equivalents be covered thereby. This description of the invention should be understood to include all novel and non-obvious combinations of elements described herein, and claims may be presented in this or a later application to any novel and non-obvious combination of these elements. Moreover, the foregoing embodiments are illustrative, and no single feature or element is essential to all possible combinations that may be claimed in this or a later application.

Claims

A retrofit component for an appliance comprising:
a replacement mechanical component that replaces a prior mechanical component that was affixed to an appliance; and

a power supply interface provided in association with the replacement mechanical component.
The retrofit component as claimed in claim 1, further comprising a power adaptor.
The retrofit component as claimed in claim 1 or 2, further comprising a second interface for receiving power.
The retrofit component as claimed in claim 1, 2 or 3 further comprising an interface for receiving a consumer electronic device.
The retrofit component as claimed in claim 1, 2, 3, or 4 further comprising a consumer electronic device integral with said replacement component.
The retrofit component as claimed in any one of the preceding claims, further comprising a first proximity interface connected to the replacement component and capable of receiving an electrical service from a second proximity interface that is separate and proximate from the replacement component.
The retrofit component as claimed in any one of the preceding claims, further comprising an attachment point configured for removeably mounting the retrofit component to the appliance at a preexisting mounting location along a closure of the appliance.
The retrofit component as claimed in any one of the preceding claims, wherein the retrofit component performs at least one useful function in addition to communicating electrical service to a consumer electronic device, the useful function replacing an appliance function performed by the appliance.