Patent Publication Number: US-2012024903-A1

Title: Multiple beverage dispenser with spigot

Description:
BACKGROUND OF THE INVENTION 
     1. Field of Invention 
     The technical field of invention relates to devices for the dispensing of bottled drinking beverages (liquids) having a receiving device to deplete liquid gravitationally from standard sized bottled drinking water. This instant invention comes within the field of manually dispensing a beverage from a commercially produce standard bottle container, with screwed neck, from within a commercially produced host thermal ice cooler/chest of a single beverage, having a dispensing spigot. More specifically, it relates to the ability of the instant invention, as a companion device installed within a spigot ice cooler/chest, or where a spigot may be added (retro-fitted), whereby a wide variety of beverages may be employed to dispense via the existing or add-on spigot. 
     2. Description of Prior Art 
     Among Outdoor &amp; Sports Product users, Contractors, Industrial work crews, and other users of thermal ice cooler/chests having spigots, it is a universally accepted practice to introduce a single beverage (i.e. water and/or ice) into the cooler/chest and manually dispense the chilled media via the existing spigot into a hand held receiver (i.e. drink cup). In recent times, there have been patents issued for “Portable Bottled Water Dispenser” being a totally self-contained, stand alone process for extracting &amp; disbursement of bottled water, which sets them apart from dispensing through a host ice cooler/chest. This utilization practice offers no advantage of introducing multiple choice of beverage, in addition to the (water) media inside the ice cooler/chests cavity. The improvement and usefulness of the instant invention, over the prior art, is to offer users of new and existing host ice cooler/chests the instant capability of providing a wide range of commercially available beverages of differing threaded neck sizes, while maintaining the chilled water media aspect. 
     SUMMARY OF THE INVENTION 
     The instant invention was conceived to offer options to users of ice cooler/chests having spigots, or where spigots may be added, providing an endless variety of beverage choice over the single beverage utility of said ice cooler/chests. The instant invention forms a true companion device to said ice cooler/chests with or without spigots, whereby enabling choice of beverage. The instant invention, constructed of preferably non-conductive recyclable plastic, similar to that of commercially produced ice cooler/chests, and preferred injection molded in two pieces with no moving parts, for economy of manufacture. The heart of the instant invention design consists of a unique multiple tiered female threaded bottle receiver to accept an *assortment of different size standard threaded neck recyclable plastic bottles or jugs commercially produced of available popular beverages. The instant invention was perceived and designed to be installed into the interior bottom of said host ice cooler/chest at the proper relationship to the existing ice cooler/chest&#39;s spigot position for mounting thereto. After the final installation, the existing ice cooler/chest spigot may be disassembled and removed, or replaced by a new spigot, without disturbing the presents of the instant invention. *Accommodation of bottle sizes with screwed necks: (1) standard 2 liter, (2) standard ½ or 1 gallon, &amp; (3) standard 64 ounce. 
     The use of the instant invention, after installation, is to simply remove bottle cap from beverage bottle, invert the cooler/chest containing the instant invention, and insert (screw) bottle into the appropriate size threaded receiver tier and secure tightly, set ice cooler/chest back upright. A small hole must be administered to the bottom end of bottle for venting. Manually activate the existing host ice cooler/chest spigot and beverage will deplete normally by natural liquid gravity until existing spigot is deactivated for quantity desired. Upon depletion of selected beverage, repeat the loading process with another beverage of choice, as many times as required. Replace coolant media as necessary. 
    
    
     
       BRIEF DESCRIPTION OF DRAWINGS 
       Drawing 1/2 shows three (3) basic external views. Plan  FIG. 1 , Side  FIG. 2 , and Front  FIG. 3 .  FIG. 4  shows a longitudinal “Section” and  FIG. 5  shows the discharge end. Drawing 2/2 also shows three (3) basic external views. Plan  FIG. 6 , Side  FIG. 7 , and Front  FIG. 8 .  FIG. 9  shows a longitudinal “Section”. All objects are depicted in orthographic planes with minimal control dimensions to indicate scope (size) of instant invention. Included is a sketch for your use, to indicate intended use, for the “Front Page View”. The drawings sheet 1/2 and 2/2 are prepared per U.S. Patent specifications. Size 8 ½″×11″ as per 37 CFR 184(f) and margins as per 37 CFR 1.84(g). 
     
    
    
     DESCRIPTION OF THE PREFERRED EMBODIMENT 
     In reference to the accompanying drawing sheet 1/2, the intended invention called “Multiple Beverage Dispenser with Spigot” comprises a cylindrical main body  1 , as indicated in  FIGS. 1 ,  2 ,  3 , &amp;  4 . As shown in  FIG. 1  &amp;  FIG. 4 , the multiple tiers of standard female threaded bottle receivers are indicated as upper tier for 64 oz. threaded plastic containers  2 , intermediate tier for ½ and 1 gallon threaded plastic containers  3 , and the lower tier for 2 liter threaded plastic containers  4 . Also shown, in  FIGS. 1 ,  2 ,  3 ,  4 , &amp;  5 , is the discharge tube  6 , and discharge tube seal  7 . The fluid channel  5  is shown in  FIGS. 1 &amp; 4 . In reference to the accompanying drawing sheet 2/2, the intended invention called “Multiple Beverage Dispenser with Spigot” also comprises a companion spigot body  8 , as indicated in  FIGS. 6 ,  7 ,  8 , &amp;  9 . Also shown in  FIGS. 6 ,  7 ,  8 , &amp;  9  is the valve operator  9  and seal  10 . 
     It is to be noted on drawing 1/2, that items numbered  1  through  6 , are to be preferred monolithically and integrally molded into a single comprehensive unit of preferred plastic, similar to that of commercially produced thermal ice cooler/chests. 
     It is to be further noted, on drawing 2/2, that items numbered  8  and  9 , are to be preferred monolithically and integrally molded into a single comprehensive unit of preferred plastic, similar to that of commercially produced thermal ice cooler/chests. 
     It is also further noted, that these “single comprehensive units” as in paragraphs [0007] &amp; [0008], are designed to be installed collectively into a new or existing host ice cooler/chest, with or without an existing spigot, where one or more holes may be added for mounting the intended invention. 
     It is also further noted, as per drawing 1/2, that this one piece unit with item  7 , as in paragraph [0007], is to be placed upright on its&#39; base at or near the interior center of host ice cooler/chest with the discharge coupling pointed toward the spigot hole. The assembly of items  9  &amp;  10 , as per drawing 2/2, and as in paragraph [0008], are to be inserted and threaded, from the exterior through the hole, onto the discharge end coupling of the dispenser on the the interior and tighten securely. It is recommended that a water resistant glue strip similar to “Uglu” be administered between the bottom of the dispenser and the surface of the host ice cooler/chest to secure in-place. 
     It is also further noted, that the instant inventions spigot end may be disassembled, or removed, without disturbing the presence of the instant inventions dispenser unit resident inside said host ice cooler/chest. The dispenser will accommodate chest wall thickness of 3/16″ to 13/16″. 
     It is also further noted, that the instant inventions dispenser unit, may also be retrieved form said “host” ice cooler/chests and replaced by a new one.