Structured Shake Sleeve

Abstract

This disclosure relates to a structured shake sleeve that goes around a beverage container, wherein the beverage container is used for the storing, mixing or blending of liquids for consumption, and wherein the unique design of the sleeve improves the texture and flavor of the liquid blended within beverage contained around which the sleeve is placed. Paired magnets in the sleeve that are positioned opposite to each other create a magnetic field between the two magnets and the magnetic field acts upon the liquid within the container to improve the flavor and texture of the liquid.

Claims

1. A structured shake sleeve that fits around a beverage container wherein the beverage container is used for mixing, blending, storing, or drinking of liquids and wherein the structured shake sleeve consists of: a sleeve a plurality of sides in the sleeve and a first pair of paired magnets positioned in the sleeve; wherein the first pair of paired magnets of the sleeve improves the texture and flavor of the liquid blended within the beverage container; wherein the first pair of paired magnets consists of a first magnet and a second magnet; wherein the first pair of paired magnets is positioned such that the first magnet of the first pair of paired magnets is positioned in one of the sides of the plurality of sides of the sleeve while the second magnet of the first pair of paired magnets is positioned in an opposite side of the sleeve; wherein the first magnet in the pair of magnets is oriented so that its positive pole is oriented toward and facing the negative pole of the second magnet that is located on the opposite location around the sleeve; wherein the pair of magnets in the sleeve act upon each other to create a magnetic field within the liquid in the beverage container; and said magnet field then acts upon the liquid in the beverage container to improve the flavor and texture of the liquid.

2. The structured shake sleeve of claim 1 wherein there is a second pair of paired magnets in the sleeve; wherein the second pair of paired magnets consists of a first magnet and a second magnet; wherein the first pair of paired magnets of the sleeve and the second pair of paired magnets of the sleeve improves the texture and flavor of the liquid blended within the beverage container; such that the second pair of magnets has the first magnet of the second pair of paired magnets positioned in one of the sides of the plurality of sides of the sleeve, said side being 90 degrees off from the side into which the first pair of paired magnets is inserted, with the second magnet of the second pair of paired magnets positioned in the opposite side of the sleeve from the first magnet of the second pair of paired magnets; wherein the first magnet of the second pair of magnets is oriented so that its positive pole is oriented toward and facing the negative pole of the second magnet of the second pair of magnets that is located on the opposite location around the sleeve; wherein the second pair of magnets in the sleeve act upon each other to create a magnetic field within the liquid in the beverage container; and said magnet fields of the first pair of paired magnets and the second pair of paired magnets act upon the liquid in the beverage container to improve the flavor and texture of the liquid.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

[0014] FIG. 1 is a view of the structured shake sleeve positioned around a beverage contained with the Cartesian coordinates interposed on the sleeve;

[0015] FIG. 2 is a view of the first embodiment of the structured shake sleeve including the first set of paired magnets of the plurality of paired magnets, wherein one of the magnets is positioned along the positive x-axis in the side of the sleeve and the other magnet of the pair of magnets is positioned along the negative x-axis; and

[0016] FIG. 3 is a view of the second embodiment of the structured shake sleeve including two pairs of paired magnets with the first set of paired magnets of the plurality of paired magnets, wherein one of the magnets is positioned along the positive x-axis in the side of the sleeve and the other magnet of the first pair of paired magnets is positioned along the negative x-axis in on the opposite side of the sleeve, and wherein there is the second set of paired magnets of the plurality of paired magnets, such that one of the magnets of the second set of paired magnets is positioned along the positive y-axis in the side of the sleeve 90 degrees from the first set of paired magnets and the other magnet of the second set of paired magnets is positioned along the negative y-axis in the sleeve, opposite the first magnet in the second set of paired magnets.

DETAILED DESCRIPTION OF THE INVENTION

[0017] The present disclosure reveals a structured shake sleeve 1 to be placed around a beverage container 2 to improve the texture and flavor of the liquid blended within the beverage container. The beverage container 2 is a is a protein shakers bottle, water bottle, cup, mug, glass, baby bottle, cocktail shaker, bowl, bottle, jar, can, or other type of liquid holding container and comprises a plurality of sides and is capable of receiving and holding liquids, powders or gels. The structured shake sleeve 1 comprises a sleeve 3 with a plurality of sides 6 and a plurality of paired magnets 4, wherein the plurality of paired magnets 4 is defined by at least one pair of magnets 4. Each magnet 8 in a pair of magnets 9 of the plurality of paired magnets 4 is positioned in the sleeve 3 such that one magnet 8 is in one location of the sleeve 3 while another magnet 8 in the pair of magnets 9 is located on the opposite location around the sleeve 3 and the magnets in each pair of magnets are oriented such that the positive pole of one magnet pair of magnets is facing the negative pole of the opposing magnet in the pair of magnets. Each pair of magnets 9 in the sleeve 3 act upon each other to create a magnetic field within the liquid in the beverage container 2, said magnet field then acts upon the liquid in the beverage container 2 to improve the flavor and texture of the liquid.

[0018] In determining the placement of each pair of magnets 9 in the plurality of paired magnets 4 a center-point 10 of the sleeve 3 is identified based on the sleeve's 3 dimensions and from the center-point 10, Cartesian coordinates 11 can be extrapolated. Thus, a positive x-axis 12 intersects one of the sides 5 of the plurality of sides 6 of the sleeve 3 and a negative x-axis 13 intersects one of the sides 5 of the plurality of sides 6 of the sleeve 3; and a positive y-axis 15 intersects one of the sides 5 of the plurality of sides 6 of the sleeve 3, and is 90 degrees off from the x-axis as is established by the positive x-axis 12 and the negative x-axis 13 and a negative y-axis 16 intersects one of the sides 5 of the plurality of sides 6 of the sleeve 3.

[0019] In a first embodiment 17 of the plurality of paired magnets 4 the first set of paired magnets 9 is positioned along the x-axis wherein the first magnet 8 is positioned along the positive x-axis 12, in the side 5 of the sleeve 3 and the other magnet 8 is positioned along the negative x-axis 13 in opposite side 7 of the sleeve 3.

[0020] In a second embodiment 18 of the plurality of paired magnets 4 there are two sets of paired magnets 9 wherein the first set of paired magnets 9 is positioned along the x-axis wherein the first magnet 8 is positioned along the positive x-axis 12, in the side 5 of the sleeve 3 and the other magnet 8 is positioned along the negative x-axis 13 in the opposite side 7 of the sleeve 3, while the second set of paired magnets 9 is positioned along the y-axis, having the first magnet 8 positioned along the positive y-axis 15 in one side 14 of the plurality of sides 6 of the sleeve 3, 90 degrees off from the first set of paired magnets, and the second magnet 8 is positioned along the negative y-axis 16 in the opposite side 7 of the plurality of sides 5 of the sleeve 3.

[0021] Additional pairs of magnets 9 in the plurality of paired magnets 4 are possible, wherein each magnet 8 in the set of magnets 9 is positioned so as to oppose a magnet 8.