Intravenous pole base having tessellating elements
An IV pole base is configured to couple in a tessellating manner to at least one other like IV pole base. The IV pole base can comprise a horizontal rectangular plate having four side edges and a given thickness (at least along the aforementioned side edges). This plate has a plurality of tessellating elements comprising each of a blank and a tab formed at each of the four side edges. The IV pole base further comprises a stabilizing thickening element disposed at a periphery of at least one of the tessellating elements to locally increase the thickness of the IV pole base beyond the thickness of the plate to thereby increase tessellation stability. The plate also includes an IV pole coupler formed centrally thereto, the IV pole coupler being configured to receive and hold an IV pole such that the IV pole extends outwardly perpendicularly to the plate.
1. An intravenous (IV) pole base configured to couple in a tessellating manner to at least one other like IV pole base comprising:
a horizontal rectangular plate having four side edges and a thickness, the plate further having a plurality of tessellating elements comprising each of a blank and a tab formed at each of the four side edges;
a stabilizing thickening element disposed at a periphery of at least one of the tessellating elements to locally increase thickness of the IV pole base beyond the thickness of the plate and thereby increase tessellation stability;
an IV pole coupler formed central to the plate and configured to receive and hold an IV pole such that the IV pole extends outwardly perpendicularly to the plate.
2. The IV pole base of claim 1 wherein the plate is comprised of a first material and the tessellating elements are comprised of a second, different material.
3. The IV pole base of claim 2 wherein the first material comprises a metal and the second material comprises a plastic.
4. The IV pole base of claim 3 wherein the metal comprises steel.
5. The IV pole base of claim 1 wherein all of the tessellating elements include the stabilizing thickening element disposed at their peripheries.
6. The IV pole base of claim 5 wherein the stabilizing thickening elements are disposed on an underside surface of the plate.
7. The IV pole base of claim 6 wherein the stabilizing thickening elements are attached to the plate by threaded members.
8. The IV pole base of claim 5 wherein the stabilizing thickening elements are each conformally disposed along at least a majority portion of the periphery of each of the tessellating elements.
9. The IV pole base of claim 8 wherein the stabilizing thickening elements are at least equal to the thickness of the plate.
10. The IV pole base of claim 9 wherein the stabilizing thickening elements are thicker than the thickness of the plate.
11. The IV pole base of claim 5 wherein the stabilizing thickening elements each have a truncated ring shape.
12. The IV pole base of claim 5 wherein the plate has a cup formed therein that includes the IV pole coupler.
13. The IV pole base of claim 12 wherein the cup extends below a bottom surface of the plate.
14. The IV pole base of claim 12 wherein the cup has inclined cup walls.
15. The IV pole base of claim 5 further comprising:
a plurality of rolling members disposed on an underside of the plate.
16. The IV pole base of claim 15 wherein the rolling members comprise casters.
17. The IV pole base of claim 5 wherein each of the tessellating elements has a circular shape.
18. The IV pole base of claim 1 wherein the IV pole base is configured to partially overlay the other like IV pole base to thereby facilitate engaging the tessellating elements of both IV pole bases by tilting the horizontal rectangular plate by at least 6 degrees with respect to the horizontal rectangular plate of the other like IV pole base.