Adjustable height balance beam
An adjustable height balance beam includes an elongate member; opposing upper and lower support columns; opposing base bars; wherein opposing attachment zones of the elongate member are configured for selective attachment to each of the opposing upper support columns, defining a first configuration, and wherein each of the opposing lower support columns is configured for attachment to the corresponding opposing base bars, and the respective opposing base bars, defining a second configuration, for selective height adjustment of the elongate bar relative to the opposing base bars; wherein the height of the elongate bar relative to the opposing base bars may be selectively adjusted when in the first configuration by aligning tension knob ports on the lower support column with a correspondingly selected one of the plurality of linearly displaced apertures on the upper support column to form an aligned attachment channel that is configured for receipt of the tension knob.
1. An adjustable height balance beam for use on a ground surface, the adjustable height balance beam comprising:
an elongate member having a top side and a bottom side, and opposing attachment zones on the bottom side, wherein the attachment zones and bottom side are on a first horizontal plane
a first and second opposing upper support column and a first and second opposing lower support column, each upper and lower support column extending from a first end defining an attachment base and a second end, wherein the respective upper and lower support columns are each structured and disposed for congruent receipt at respective second ends;
each of the opposing lower support columns forming a tension knob port;
a first and second tension knob each having a protruding member sized and configured for engaged receipt with each of a plurality of apertures on the opposing upper support columns and the tension knob ports on the opposing lower support columns;
a first and second opposing base bar each having an elongated upper surface and at least one attachment point, wherein the attachment point and the elongated upper surface are on a second horizontal plane;
each of the first and second opposing base bars having a height;
the adjustable height balance beam being selectively operable between a first configuration and a second configuration;
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to each of the attachment bases of the opposing upper support columns and wherein each of the attachment bases of the opposing lower support columns is sized and configured for attachment to the corresponding at least one attachment points on the opposing base bars, defining the first configuration;
wherein a distance between the elongate bar and the opposing base bars may be selectively adjusted when in the first configuration by aligning the tension knob ports with a correspondingly selected one of the plurality of linearly displaced apertures on the upper support column to form an aligned attachment channel that is sized and configured for engaged receipt of the tension knob for securing the elongate bar at a particular height relative to the opposing base bars; and
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to the respective at least one attachment points of the opposing base bars, such that the first and second horizontal plane are coplanar and wherein the bottom side of the elongate member is separated from the ground surface by a distance equal to the height of the opposing base bars, defining the second configuration.
2. The adjustable height balance beam as recited in claim 1 wherein each of the plurality of apertures are in linear alignment.
3. The adjustable height balance beam as recited in claim 1 wherein the second end of each of the upper support columns is sized for engaged receipt within a channel defined by the second end of the corresponding lower support column.
4. The adjustable height balance beam as recited in claim 1 wherein the opposing base bars each have at least one rubberized foot.
5. The adjustable height balance beam as recited in claim 1 wherein the opposing base bars each have first and second rubberized feet.
6. The adjustable height balance beam as recited in claim 1 , wherein each first and second opposing upper support column is cylindrical, and each first and second opposing lower support column is cylindrical.
7. An adjustable height balance beam for use on a ground surface, the adjustable height balance beam comprising:
an elongate member having a top side and a bottom side, and opposing attachment zones on the bottom side, wherein the attachment zones and bottom side are on a same horizontal plane
a first and second opposing upper support column and a first and second opposing lower support column, each upper and lower support column extending from a first end defining an attachment base and a second end, wherein the second end each of the upper support columns is sized for engaged receipt within a channel defined by the second end of the corresponding lower support column;
each of the opposing upper support columns forming a plurality of apertures each being linearly displaced from each other;
each of the opposing lower support columns forming a tension knob port;
a first and second tension knob each having a protruding member sized and configured for engaged receipt with each of the plurality of apertures on the opposing upper support columns and the tension knob ports on the opposing lower support columns;
a first and second opposing base bar each having an elongated upper surface and at least one attachment point, wherein the attachment point and the elongated upper surface are on a same second horizontal plane;
the adjustable height balance beam being selectively operable between a first configuration and a second configuration;
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to each of the attachment bases of the opposing upper support columns and wherein each of the attachment bases of the opposing lower support columns is sized and configured for attachment to the corresponding at least one attachment points on the opposing base bars, defining the first configuration; and
wherein a distance between the elongate bar and the opposing base bars may be selectively adjusted when in the first configuration by aligning the tension knob ports with a correspondingly selected one of the plurality of linearly displaced apertures on the upper support column to form an aligned attachment channel that is sized and configured for engaged receipt of the tension knob for securing the elongate bar at a particular height relative to the opposing base bars; and
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to the respective at least one attachment points of the opposing base bars, such that the first and second horizontal plane are coplanar and wherein the bottom side of the elongate member is separated from the ground surface by a distance equal to the height of the opposing base bars, defining the second configuration.
8. The adjustable height balance beam as recited in claim 7 wherein the opposing base bars each have at least one rubberized foot.
9. The adjustable height balance beam as recited in claim 7 wherein the opposing base bars each have first and second rubberized feet.
10. The adjustable height balance beam as recited in claim 7 , wherein each first and second opposing upper support column is cylindrical, and each first and second opposing lower support column is cylindrical.
11. An adjustable height balance beam for use on a ground surface, the adjustable height balance beam comprising:
an elongate member having a top side and a bottom side, and opposing attachment zones on the bottom side, wherein the attachment zones and bottom side are on a same horizontal plane
a first and second opposing upper support column and a first and second opposing lower support column, each upper and lower support column extending from a first end defining an attachment base and a second end, wherein the respective upper and lower support columns are each structured and disposed for congruent receipt at respective second ends;
a first and second opposing base bar each having an elongated upper surface and at least one attachment point, wherein the attachment point and the elongated upper surface are on a same second horizontal plane;
the adjustable height balance beam being selectively operable between a first configuration and a second configuration;
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to each of the attachment bases of the opposing upper support columns and wherein each of the attachment bases of the opposing lower support columns is sized and configured for attachment to the corresponding at least one attachment points on the opposing base bars, defining the first configuration;
wherein the opposing attachment zones of the elongate member are sized and configured for selective attachment to the respective at least one attachment points of the opposing base bars, such that the first and second horizontal plane are coplanar and wherein the bottom side of the elongate member is separated from the ground surface by a distance equal to the height of the opposing base bars, defining the second configuration.
12. The adjustable height balance beam as recited in claim 11 wherein the second end of each of the upper support columns is sized for engaged receipt within a channel defined by the second end of the corresponding lower support column.
13. The adjustable height balance beam as recited in claim 11 wherein the opposing base bars each have at least one rubberized foot.
14. The adjustable height balance beam as recited in claim 11 wherein the opposing base bars each have first and second rubberized feet.
15. The adjustable height balance beam as recited in claim 11 , wherein each first and second opposing upper support column is cylindrical, and each first and second opposing lower support column is cylindrical.