Dual chambered container with three interchangeable lids and ability to keep contents at separate temperatures

Abstract

Dual chambered container with partition space between the walls of the two chambers to prevent contents from reaching a uniform temperature; three interchangeable lids with flip up spouts: to pour or sip contents separately when spout is lifted up, to pour or sip contents mixed together when spout is lifted up, pour or sip from one chamber when flip up spout is lifted up and pick out snacks, chips etc from the other chamber; gasket between lid and bottle body to seal bottle and prevent leakage; stainless steel insert between the two content chambers so contents will reach uniform temperature or stainless steel clip sleeve to allow direct thermal contact between content of each chamber.

What is being claimed is: 
     
         1 . A dual chambered bottle comprising of:
 a bottle body with two hollow vertical chambers; and   the walls of first and the second chambers are not directly physically in contact with each other except for outer perimeter wall along the vertical side of the bottle body and at the bottom of the bottle body thereby leaving a central space between the wall of the first and chamber; and   a slot along the outer rim of the top portion of the bottle body for the insertion of a gasket; and   a lid with an outer lip which locks the lid in place to the body of the bottle, a vertical separating wall in the inside center of the lid that is the same height as the lid.   
     
     
         2 . The lid according to  claim 1  comprising of two spouts each with one opening inside one of the chamber and one opening to outside, two locking arms to connect spout to lid, gaskets attached to the connection point of the spout with the lid, wherein when the flip up spout is lifted, the contents of the respective chamber are poured out and not leak when the bottle is closed and inverted upside down. 
     
     
         3 . The lid according to  claim 1  comprising of two connected spouts each with one opening inside one of the two hollow chambers, two locking arms to connect spout to lid, gaskets attached to the connection point of the spout with the lid, and the two spouts connect together to form one common opening, wherein when the connected spouts are lifted up, it allows mixing between the contents of the two chambers as they are discharged out from the common opening. 
     
     
         4 . The lid according to  claim 1  comprising of one spouts with one opening inside first chamber and one opening to outside, two locking arms to connect spout to lid, gaskets attached to the connection point of the spout with the lid, and one large snap lock flap with gasket on the snap lock flap closure on the lid for the second chamber. 
     
     
         5 . A metal clip sleeve comprising of two vertical sections, connected together with horizontal metal bridge on top and two small outward projecting horizontal metal pieces on the bottom of each vertical section, wherein when the metal clip sleeve slides over the central wall of the bottle body as in  claim 1 , it forms a bridge on top of the central space between chambers allowing thermal contact between the contents of the two chambers. 
     
     
         6 . A pair of metal inserts comprising of two vertical sections of height less than the bottle body as in  claim 1 , two horizontal sections pointing in opposite direction that can sit on top of the central rim of the bottle body, wherein when the pair of metal inserts slides inside the central space it allows the contents of the chambers to reach a uniform temperature. 
     
     
         7 . A body, comprising:
 a body portion having a dividing wall extending from the base portion to extend past the top of the bottle;   a first chamber for holding a first liquid; cooperating with a first flip-up spout and optional first straw attachment; a second chamber for holding a second liquid;   cooperating with a second flip-up spout and optional second straw attachment.   The 2-to-1 flip-up spout lid design allowing first and second liquids from the first and second chambers to mix together upon consumption.