the best mode for carrying out the invention is presented in terms of its preferred embodiment , herein depicted within fig1 through 5 . however , the invention is not limited to the described embodiment and a person skilled in the art will appreciate that many other embodiments of the invention are possible without deviating from the basic concept of the invention , and that any such work around will also fall under scope of this invention . it is envisioned that other styles and configurations of the present invention can be easily incorporated into the teachings of the present invention , and only one particular configuration shall be shown and described for purposes of clarity and disclosure and not by way of limitation of scope . the terms “ a ” and “ an ” herein do not denote a limitation of quantity , but rather denote the presence of at least one of the referenced items . the present invention describes a multi - unit bottle preparation device ( herein described as the “ apparatus ”) 10 , which provides a home appliance which provides the preparation , mixing , and heating of multiple bottles 150 . the apparatus 10 comprises a countertop appliance comprising three ( 3 ) ingredient canisters 30 of which one ( 1 ) comprises a liquid 155 , one ( 1 ) comprises a first dry ingredient 140 , and one ( 1 ) comprises a second dry ingredient 145 . said first dry ingredient 140 and second dry ingredient 145 preferably comprises powdered formula and cereal . inside the enclosure 20 of the apparatus 10 is a turntable 110 which holds and rotates a maximum five ( 5 ) empty bottles 150 in an automatic manner . in operation , a user would enter recipe data such as a bottle volume , a turntable position , and a selected dry ingredient 140 , 145 using a keypad 46 . at this point an internal control module 42 automatically dispenses a pre - heated liquid 155 , mixes in the selected dry ingredient 140 , 145 dispenses the mixture into the bottle 150 , and maintains the filled bottles 150 at approximately ninety - eight degrees ( 98 °) fahrenheit . additionally , the apparatus 10 provides an audible alarm 50 which signals an operator when one ( 1 ) or more bottles 150 are ready . this apparatus 10 ensures that the bottles 150 are prepared with consistency , precise proportions , and at an exact temperature . referring now to fig1 , a front view of the apparatus 10 , according to the preferred embodiment of the present invention , is disclosed . the apparatus 10 comprises an enclosure 20 , a first dry ingredient canister 29 , a second dry ingredient canister 30 , a liquid canister 31 , and a control panel 40 . the enclosure 20 comprises a cylindrical - shaped housing approximately eighteen ( 18 ) inches in diameter and approximately sixteen ( 16 ) inches high . the enclosure 20 is envisioned to be made using durable washable materials such as high - temperature plastic , stainless steel , or the like . the enclosure 20 further comprises a door 21 , a latching handle 22 , a pair of common vertical axle hinges 23 , a top portion 24 , and a bottom portion 26 . the door 21 , latching handle 22 , and hinge portions 23 provide controlled access thereinto an interior portion of said enclosure 20 through a large front opening via the horizontally outward swinging door 21 . the quarter - turn latching handle 22 provides secure closure of said door 21 during bottle 150 processing . the enclosure 20 further comprises a horizontal top portion 24 which provides an anchoring means thereto the canisters 29 , 30 , 31 and the control panel 40 along a top horizontal surface . the canisters 29 , 30 , 31 comprise cylindrical vessels approximately six ( 6 ) to ten ( 10 ) inches high having a volume of approximately forty ( 40 ) ounces each , being permanently mounted thereto a top portion 24 of the enclosure 20 using conventional metal joining methods such as soldering , welding , fasteners , or the like . the dry ingredient canisters 29 , 30 comprise refillable dry ingredients 140 , 145 such as powdered baby formula and baby cereal ; however , a variety of other ingredients such as drink mix , nutritional supplements , and the like , may be used and as such should not be considered a limiting factor of the invention 10 . the canisters 29 , 30 , 31 further comprise common cylindrical lids 32 providing a conventional top closure means . the canisters 29 , 30 , 31 and lids 32 are envisioned to be made of dishwasher safe materials such as plastic or stainless steel , common in the industry . the control panel 40 provides a variety of computer type functions via various electronic input and output devices . the control panel 40 further comprises a keypad 46 , a digital display 48 , and an audible alarm 50 , thereby enabling functions such as , but not limited to : operational software storage , recipe / process memory , recipe selection , process execution , status indicators , and the like . the keypad 46 provides a manual data input means to the control panel 40 and is envisioned to provide a variety of functional keys such as , but not limited to : an “ on ” key , a “ start ” key , an “ off ” key , and the like . the keypad 46 is envisioned to be similar thereto typical computer numeric keypads ; however , may be provided with alphanumeric capabilities , special keys , and the like , and as such should not be considered a limiting factor of the invention 10 . the display 48 comprises a multi - line display screen capable of displaying all bottle processing input and output information and is envisioned to be a liquid crystal display ( lcd ); however , may be provided using other current display technologies . the alarm 50 is to be capable of emitting a variety of audible signals indicating particular events during preparation and processing of the bottles 150 . the alarm 50 comprises a common piezo type buzzer or similar commercially available miniature audio device and is envisioned to be located along a vertical side surface of said control panel 40 . referring now to fig2 , an internal front view of the apparatus 10 , according to the preferred embodiment of the present invention , is disclosed . the apparatus 10 comprises a turntable 110 and a mixture dispense tube 106 . the turntable 44 comprises a round rotating horizontal platform located at a bottom internal portion of the enclosure 20 . the turntable 110 provides surface features to aid manually loading , accurately positioning , and rotation of one ( 1 ) to five ( 5 ) bottles 150 during processing . the turntable 110 comprises a first bottle holder 111 , a second bottle holder 112 , a third bottle holder 113 , a fourth bottle holder 114 , and a fifth bottle holder 115 . the bottle holders 111 , 112 , 113 , 114 , 115 provide secure nesting and heating of the bottles 150 ( see fig4 ). the turntable 110 further comprises a motor 122 being located below said turntable 110 , thereby rotating said turntable 110 between processing locations ( see fig4 ). the turntable 110 is controlled by the aforementioned control panel 40 via internal software , thereby enabling various sequential dispensing , mixing , and heating processes to be applied to said bottles 150 . the stationary dispensing tube 106 delivers a volume of processed mixture 160 as each bottle 150 is sequentially positioned thereunder said dispense tube 106 . referring now to fig3 , an internal view of the apparatus 10 depicting an ingredient preparation portion , according to a preferred embodiment of the present invention , is disclosed . the apparatus 10 comprises a first hopper 59 , a second hopper 60 , an auger housing 61 , a first auger 62 , a second auger 64 , a first auger motor 66 , a second auger motor 68 , a mixing reservoir inlet 70 , a mixing reservoir 72 , an impeller 74 , an impeller motor 76 , a liquid reservoir 80 , a reservoir outlet 100 , a mixture valve 102 , and a mixture release valve solenoid 104 . each of the dry ingredient canisters 29 , 30 provide a gravity feed means into the auger housing 61 via respective downwardly tapering hoppers 59 , 60 . the first dry ingredient canister 29 and second dry ingredient canister 30 provides pre - loaded dry ingredients 140 , 145 thereto the apparatus 10 . said dry ingredients 140 , 145 progress downwardly therefrom said canisters 29 , 30 via gravity feeding , thereinto respective subjacent circular tapering hoppers 59 , 60 which guide the dry ingredients 140 , 145 thereinto the auger housing 61 . subsequent delivery of said dry ingredients 140 thereto the mixing chamber 72 is accomplished via respective augers 62 , 64 which rotate therewithin said auger housing 61 . the auger housing 61 comprises a cast or machined metal enclosure means further comprising internal bored features being appropriately sized to slidingly receive said augers 62 , 64 . the augers 62 , 64 comprise cylinder - shaped members having screw threads along external surfaces , thereby providing horizontal motivation and accurate volumetric metering of said dry ingredients 140 , 145 thereto a centrally - located mixing chamber inlet 70 . said augers 62 , 64 are capable of delivering any combination of dry ingredients 140 , 145 in an accurate manner as prescribed by particular recipes stored therein a memory portion of the control panel 40 . furthermore , said auger housing 61 provides an attachment means thereto respective auger motors 66 , 68 along opposing outer surfaces . the auger motors 66 , 68 are in mechanical communication therewith the augers 62 , 64 and provide a sufficient torque thereto so as to progress said dry ingredients 140 , 145 thereto the mixing chamber inlet 70 during operation . the mixing chamber inlet 70 provides a vertical orifice means allowing said dry ingredients 140 , 145 to progress thereinto the mixing chamber 72 . the liquid canister 31 provides a volume of liquid 155 thereto the apparatus 10 for mixing . as the liquid 155 is added thereto said liquid canister 31 , said liquid 155 progresses thereto a subjacent liquid conduit 33 which provides a plumbing or conduit means therebetween the liquid canister 31 and a subjacent cylindrical - shaped liquid reservoir 80 . the liquid reservoir 80 comprises a vessel capable of heating said liquid 155 and maintaining a consistent temperature thereof . the liquid reservoir 80 comprises a first heater 86 , a liquid level switch 87 , a thermocouple 88 , a liquid nozzle 90 , and a liquid supply solenoid 92 . said liquid 155 is heated and maintained at an operator selected temperature , envisioned to be approximately ninety - eight degrees ( 98 °) fahrenheit . the liquid 155 is heated therewithin the liquid reservoir 80 using a common resistance - type heating element similar thereto units used in conventional hot liquid heaters and is controlled using a standard thermocouple 88 which provides temperature data thereto the control panel 40 resulting in intermittent cycling of said first heater 86 , thereby maintaining a consistent liquid temperature . the liquid level switch 87 comprises a magnetic float - type switch providing a low liquid level signal thereto the control panel 40 . if a liquid level 155 therewithin said liquid reservoir 80 becomes low , the liquid level switch 87 provides a warning / alarm signal thereto an operator via the control panel 40 ( see fig5 ). during processing and filling of said bottles 150 , said pre - heated liquid 155 flows therethrough a liquid nozzle 90 allowing a flow of liquid 155 to enter directly thereinto the mixing chamber 72 . accurate volumetric control of said liquid flow 155 therefrom the liquid reservoir 80 thereinto the liquid nozzle 90 is provided via a liquid supply solenoid valve 92 being controlled by operational software therewithin the control panel 40 . upon receipt of metered dry ingredients 140 , 145 and the liquid 155 thereinto the mixing chamber 72 , subsequent timed mixing of said ingredients thereinto a finished mixture 160 is accomplished via an internal motorized bladed impeller 74 capable of variable speed control via the software portion of the apparatus 10 . following said mixing process , the mixture 160 is released vertically downward therefrom the mixing chamber 72 and into a positioned bottle 150 via a mixing chamber outlet orifice 100 , a mixture release valve 102 , a mixture release valve solenoid 104 , a dispense tube 106 , and a dispense tube sleeve 108 . the mixture release valve 102 comprises a common two - position electrical solenoid operated sluice valve 102 . after release of the mixture 160 via the mixture release valve 102 , said mixture 160 is conveyed downwardly thereinto the bottle 150 via the dispense tube 106 which provides a plumbing conduit means having an external sliding dispense tube sleeve 108 providing a length adjustable means , thereby allowing manual compensation for bottles 150 having different heights . referring now to fig4 a and 4 b , internal views of the apparatus 10 depicting turntable 110 and motor 122 portions , respectively , according to a preferred embodiment of the present invention , are disclosed . the turntable 110 is mounted thereto a bottom portion 26 of the enclosure 20 which comprises a floor - like member thereto . the enclosure 20 further comprises an integral circular skirt member 28 which protrudes horizontally therefrom an inner surface thereof being coincidental therewith a top surface of the turntable 110 along a perimeter region of said turntable 110 , thereby providing a safety and aesthetic surrounding barrier as illustrated here . the turntable 110 further comprises a first bottle holder 111 , a second bottle holder 112 , a third bottle holder 113 , a fourth bottle holder 114 , and a fifth bottle holder 115 . the bottle holders 111 , 112 , 113 , 114 , 115 comprise equally - spaced cylindrical insert portions being made using a thermally conductive material such as aluminum , ceramic compounds , or the like . said bottle holders 111 , 112 , 113 , 114 , 115 are affixed and mounted thereto said turntable 110 via a press fit and / or high temperature adhesives . each bottle holder 111 , 112 , 113 , 114 , 115 comprises a central recessed circular area comprising a corresponding diameter to that of the bottles 150 and engraved or printed therewith a respective turntable position number to aid in programming individual bottle recipes . said bottle holders 111 , 112 , 113 , 114 , 115 are to be flush therewith a top surface of said turntable 110 and are designed to captivate and control a position of an included bottle 150 . each bottle holder 111 , 112 , 113 , 114 , 115 further comprises a bottom surface which extends slightly therebelow a bottom surface of the turntable 110 . the bottom surface portions of the bottle holders 111 , 112 , 113 , 114 , 115 provide incidental contact therewith three ( 3 ) successive subjacent second heaters 135 arranged along a front portion of the enclosure 20 adjacent therewith the door portion 21 . said contact therebetween said bottle holders 111 , 112 , 113 , 114 , 115 and first heaters 135 , provides an efficient heat conduction means thereto the bottle 150 . the second heaters 135 comprise round cartridge - type heaters being cylindrical in shape and having similar diameters as the bottle holders 111 , 112 , 113 , 114 , 115 . each second heater 135 is securely mounted thereto the bottom portion 26 of the enclosure 20 via a second heater mounting flange 137 and a “ u ”- shaped sheet - metal bracket 138 using a plurality of common fasteners such as screws , rivets , or the like . each second heater 135 is positioned along said bottom portion 26 so as to coincide therealong a vertical axis therewith a corresponding bottle holder 111 , 112 , 113 , 114 , 115 when said bottle holder 111 , 112 , 113 , 114 , 115 is at rest during each processing step of the apparatus 10 . the turntable 110 provides a rotating means via a bottom - mounted motor 122 , thereby smoothly rotating said turntable 110 therebetween each processing location as controlled thereby the aforementioned control panel 40 via internal software ( see fig5 ). the motor 122 provides a sufficient clockwise torque thereto said turntable 110 so as to rotate said turntable 110 therewith a maximum of five ( 5 ) bottles 150 , with sufficient velocity so as to minimize bottle 150 preparation times . the motor 122 comprises a commercially available vertically - mounted unit affixed thereto the bottom interior portion 26 of the enclosure 20 via a standard mounting base 128 using common fasteners 130 . the motor 122 comprises a vertical output shaft 124 which protrudes in an upward direction being in mechanical communication therewith said turntable 110 in a perpendicular manner via a common shaft - mounted circular flange 126 affixed thereto a bottom surface of said turntable 110 via common fasteners 130 . referring now to fig5 , an electrical block diagram of the apparatus 10 , according to the preferred embodiment of the present invention , is disclosed . illustrated herein is a control panel 40 comprising a display 48 , a keypad 46 , and a 110 - volt ac power cord 52 . the control panel 40 provides various control capabilities thereto the apparatus 10 such as , but not limited to : programmable sequential processing steps , recipe / process data memory , recipe and parameter selection , process execution , status / information display , a hot water cleansing sequence , and the like . the control panel 40 comprises an internal control module 42 providing microprocessor - based functionality thereto the apparatus 10 . the control module 42 comprises a standard plastic housed enclosure containing expected electrical and electronic components such as , but not limited to : internal printed circuit boards , power supplies , relays , electronic components , and the like . power is supplied thereto said control module 42 via a standard 110 - volt power cord 52 . additionally , there are various input / output circuits connected thereto the control module 42 via internal wiring 54 . input circuits wired 54 thereto the control module 42 comprise the keypad 46 , the liquid level switch 87 , and the thermocouple 88 . output current circuits wired 54 thereto said control module 42 comprise the display 48 , the first auger motor 66 , the second auger motor 68 , the impeller motor 76 , the turntable motor 122 , the liquid supply solenoid 92 , the mixture release valve solenoid 104 , the first heater 86 , and the second heaters 135 shown here being wired in a parallel manner . it is envisioned that other styles and configurations of the present invention can be easily incorporated into the teachings of the present invention , and only one particular configuration shall be shown and described for purposes of clarity and disclosure and not by way of limitation of scope . the preferred embodiment of the present invention can be utilized by the common user in a simple and effortless manner with little or no training . after initial purchase or acquisition of the apparatus 10 , it would be installed as indicated in fig1 and 2 . the method of installing and utilizing the apparatus 10 may be achieved by performing the following steps : placing the apparatus 10 upon a table or counter surface in a convenient location ; plugging the apparatus 10 into a convenient 110 - volt ac outlet via a power cord 52 ; removing the lids 32 therefrom the canisters 29 , 30 , 31 ; filling the first dry ingredient canister 29 therewith a first dry ingredient 140 ; filling the second dry ingredient canister 30 therewith a second dry ingredient 145 ; filling the liquid canister 31 with a desired liquid 155 ; replacing said lids 32 thereupon said canisters 29 , 30 , 31 ; starting the apparatus 10 by pressing an “ on ” function button thereupon the keypad 46 portion of the control panel 40 to power and activate the apparatus 10 ; programming the control panel 40 using the display 48 and keypad 46 , with various recipe and processing data information ; opening the door 21 and loading a desired number of bottles 150 onto the numbered bottle holder portions 111 , 112 , 113 , 114 , 115 of the turntable 110 ; coordinating entered recipe and processing information data therewith particular bottle holder locations by giving care as to the specific number therewithin the bottle holder 111 , 112 , 113 , 114 , 115 ; closing the door 21 and securing using the latching handle 22 ; pressing a “ start ” function button portion thereon the keypad 46 to initiate a bottle 150 preparation process ; monitoring dispensing , mixing , and heating process steps as information appears on the display 48 ; responding thereto an audible alarm signal 50 upon availability of one ( 1 ) or more fully processed bottles 150 ; opening the door 21 using the latching handle 22 and unloading one ( 1 ) or more bottles 150 ; serving the bottle 150 and contained mixture 160 thereto a user ; repeating the bottle 150 preparation process until a required number of bottles 150 have been provided ; initiating a flushing / cleansing sequence using the keypad 46 and integral software ; pressing an “ off ” function button thereupon the keypad 46 to deactivate the apparatus 10 ; and , benefiting from significant time savings and high quality preparation of formula and cereal recipes using the present invention 10 . the method of installing and utilizing the apparatus 10 , wherein the various recipe processing data information includes items such as , but not limited to : bottle size 150 , recipe selection , liquid temperature , second heater 135 temperature , and the like , is entered using the display 48 and keypad 46 . the method of installing and utilizing the apparatus 10 , wherein the first dry ingredient 140 , is provided as powder baby formula , the second dry ingredient 145 , is provided as baby cereal , and the liquid 155 is water . the foregoing descriptions of specific embodiments of the present invention have been presented for purposes of illustration and description . they are not intended to be exhaustive or to limit the invention and method of use to the precise forms disclosed . obviously many modifications and variations are possible in light of the above teaching . the embodiment was chosen and described in order to best explain the principles of the invention and its practical application , and to thereby enable others skilled in the art to best utilize the invention and various embodiments with various modifications as are suited to the particular use contemplated . it is understood that various omissions or substitutions of equivalents are contemplated as circumstance may suggest or render expedient , but is intended to cover the application or implementation without departing from the spirit or scope of the claims of the present invention .
an all - in - one home appliance that performs the preparation , mixing and heating of multiple infant bottles , is herein disclosed . the apparatus comprises a countertop appliance with three reservoirs comprising water , formula , and cereal , respectively . inside the base of the appliance is a turnstile that holds up to five empty bottles that have been previously sterilized by the user . in operation , the user would select the bottle size and the necessary recipe of water , formula , and cereal , respectively , using an integral control panel . at this point , internal control circuitry dispenses pre - heated water and dry ingredients in proper ratios into a mixing chamber . after mixing of the ingredients , the mixture is delivered into the proper sized bottle . finally , internal heaters maintain the bottles at a constant selected temperature . an automatic alarm is then sounded when the prepared bottles are ready . this apparatus ensures preparation of baby bottles having consistent ingredients , mixing , and heating .