COMBINED BOTTLES WITH HIDDEN COOLER
The set of combined bottles with hidden cooler is designed to allow to store and cool two different types of beverages at once. The set contains two interlocked together bottles with handles and a cooling liner. The bottles interlock together by the use of straps. The hidden cooler keeps the beverages in bottles cool for continuous time. The cooler is made from safe for usage material. It is cored and filled with water. This invention allows continuing cooling of the beverages without interfering with the overall look of the bottles.
This invention relates to coolers for beverage bottles, and particularly to portable drink coolers, which use ice as a refrigerant.
BACKGROUND OF THE INVENTIONPossibility to keep and serve beverages in the cooled conditions is a necessity in cases when cooling brings out the best flavor of the beverage. Most of the time the beverage is being poured into another containers, where the ice is being added to keep the beverage cold. But when the ice starts to melt the beverage becomes diluted.
Large varieties of small portable coolers are now available on market. Some of them may be represented with U.S. Pat. Nos. 5,269,368, 6,705,110. In these examples the bottles are covered with a jacket made from flexible materials, and the freezing fluids or ice are trapped between walls of the cooler. But those coolers aren't commonly used when the design of the bottle is also important for representation.
In the other type of the coolers represented by U.S. Pat. Nos. 93,001; 5,299,433; 5,472,274 The cooling device is located inside of the liquid. But those coolers can't be used inside of the sealed bottles.
The most commonly used method of cooling bottles when the exterior of the bottle is also important is placing the bottle in a bucket full of ice. This method calls for manipulations with a wet bottle, when the ice starts to melt.
BRIEF SUMMARY OF THE INVENTIONThe purpose of the invention was to create a set of bottles for storing and chilling different types of beverages at once. The set contains two bottles, cooler for chilling purposes and strips. The bottles are made from glass. They are built with specially designed inner walls with cavity that after being combined together create a chamber suitable for a specially designed cooler. They have handles for an easy usage.
The cooler is implemented as a liner. The liner is made from a material that is safe for usage and allows easy heat exchange. It is cored and filled with water. Prior to serving the liner needs to be placed in the freezer. After being frozen in the freezer, the ice in the liner will allow to keep the bottles with beverages chilled for continues time The liner slides in between two bottles through its and bottles special constriction. Security is being provided with self-stick tape.
The components of the set are connected together by the use of the strips.
The set occupies very small place. The hidden cooler provides continues cooling, it doesn't interfere with the design of the containers and allows enjoying the overall look of the beverages and their containers.
BRIEF DESCRIPTION OF THE DRAWINGS
For a detailed description we need to refer to the
Claims
1. A thermally-regulated two combined bottles comprising:
- a pair of identical bottles where each bottle has a semi-circle cross section whose side wall has cavity where the bottom of said cavity represents semi-cylinder with the height smaller than its diameter, and the upper part of said cavity represents truncated rectangular pyramid with the height shorter than the distance between the bottom of said bottle and the beginning of the cone constituting the bottle's neck;
- a container for coolant with a chamber adapted for temperature exchange made from thermally-regulated material;
- a recess formed with said cavities of the bottles after combining, being sized and shaped to receive a thermally-regulating coolant container;
- a pair of plastic straps with lockers for interlocking said bottles after a set is being combined.
Type: Application
Filed: Apr 19, 2004
Publication Date: Oct 20, 2005
Inventor: Arshak Akopyan (Glendale, CA)
Application Number: 10/827,191