Apparatus and method for creating a barrier

1. A barrier system comprising:

at least three floating barrier elements, wherein each of the at least three floating barrier elements comprise:

a first surface disposed opposite a second surface;

a first side disposed opposite a second side; and

a third side disposed opposite a fourth side;

wherein a first floating barrier element of the at least three floating barrier elements is affixed between a second floating barrier element of the at least three floating barrier elements and a third floating barrier element of the at least three floating barrier elements such that the third side of the first floating barrier element is perpendicular to the first surface of the second floating barrier element and the fourth side of the first floating barrier element is perpendicular to the first surface of the third floating barrier element;

at least four securement components configured to secure the first floating barrier element between the second floating barrier element and the third floating barrier element to form a barrier;

at least four stabilizing components configured to stabilize the barrier;

wherein each of the at least four securement components comprises:

a body disposed between a first planar side and a second side, the second side comprising at least two receiving components extending away from the second side;

wherein each of the at least two receiving components comprise two parallel components forming a channel therebetween;

wherein a portion of at least one of the two parallel components comprises an opening configured to receive a fastening component therethrough; and

wherein a second receiving component of the at least two receiving components and a third receiving component of the at least two receiving components are at an angle in relation to a first receiving component of the at least two receiving components.

2. The system of claim 1 ,

wherein a quantity of the at least two receiving components is three; and

wherein the first receiving component of the at least two receiving components spans a length of the second side of at least one of the first, second, and third floating barrier elements.

3. The system of claim 2 ,

wherein the second receiving component of the at least two receiving components and the third receiving component of the at least two receiving components are perpendicular to the first receiving component of the at least two receiving components; and

further comprising a channel of the first receiving component fails to intersect with a channel of the second receiving component or a channel of the third receiving component.

4. The system of claim 1 ,

wherein a quantity of the at least three floating barrier elements is five;

wherein the second floating barrier element, the third floating barrier element, a fourth floating barrier element, and a fifth floating barrier element of the at least three floating barrier elements share a shape and a size; and

wherein the shape and the size of the second floating barrier element, the third floating barrier element, the fourth floating barrier element, and the fifth floating barrier element differs from the shape and the size of the first floating barrier element of the at least three floating barrier elements.

5. A method to create a barrier, the method comprising:

placing a first floating barrier element between at least a second floating barrier element and a third floating barrier element;

securing the first floating barrier element to the second floating barrier element via at least two securement components;

securing the first floating barrier element to the third floating barrier element via the at least two securement components to form the barrier;

utilizing at least four stabilizing components to stabilize the barrier;

placing the first floating barrier element between a fourth floating barrier element and a fifth floating barrier element, wherein the second floating barrier element, the third floating barrier element, the fourth floating barrier element, and the fifth floating barrier element are positioned at an angle relative to the first floating barrier element; and

wherein the angle is an acute angle.

6. The method of claim 5 , wherein the first floating barrier element is perpendicular to the second floating barrier element and is perpendicular to the third floating barrier element.

7. A barrier system comprising:

at least three floating barrier elements, wherein each of the at least three floating barrier elements comprise:

a first surface disposed opposite a second surface;

a first side disposed opposite a second side; and

a third side disposed opposite a fourth side;

wherein a first floating barrier element of the at least three floating barrier elements is affixed between a second floating barrier element of the at least three floating barrier elements and a third floating barrier element of the at least three floating barrier elements such that the third side of the first floating barrier element is perpendicular to the first surface of the second floating barrier element and the fourth side of the first floating barrier element is perpendicular to the first surface of the third floating barrier element;

at least four securement components configured to secure the first floating barrier element between the second floating barrier element and the third floating barrier element to form a barrier;

at least four stabilizing components configured to stabilize the barrier;

wherein each of the at least four securement components comprises:

a body disposed between a first planar side and a second side, the second side comprising at least two receiving components extending away from the second side;

wherein each of the at least two receiving components comprise two parallel components forming a channel therebetween; and

wherein a portion of at least one of the two parallel components comprises an opening configured to receive a fastening component therethrough;

wherein a quantity of the at least two receiving components is three;

wherein a first receiving component of the at least two receiving components spans a length of the second side of at least one of the first, second, and third floating barrier elements;

wherein a second receiving component of the at least two receiving components and a third receiving component of the at least two receiving components are perpendicular to the first receiving component of the at least two receiving components; and

further comprising a channel of the first receiving component fails to intersect with a channel of the second receiving component or a channel of the third receiving component.

8. The system of claim 7 ,

wherein the second receiving component of the at least two receiving components and the third receiving component of the at least two receiving components are at an angle in relation to the first receiving component of the at least two receiving components.

9. The system of claim 7 ,

wherein a quantity of the at least three floating barrier elements is five;

wherein the second floating barrier element, the third floating barrier element, a fourth floating barrier element, and a fifth floating barrier element of the at least three floating barrier elements share a shape and a size; and

wherein the shape and the size of the second floating barrier element, the third floating barrier element, the fourth floating barrier element, and the fifth floating barrier element differs from the shape and the size of the first floating barrier element of the at least three floating barrier elements.