Polymer basketball backboard
An indoor basketball backboard is provided lhat makes it easier for players to use the backboard to score baskets. The indoor backboard includes a plurality of voids to adjust a bounce characteristic of the backboard. A basketball backboard having a plurality of voids has bounce characteristics less than that of existing solid backboards. Such backboard may be a polymer backboard or a backboard made from one or more other materials.
1. A method of making a basketball goal assembly, comprising acts of:
(A) providing a basketball backboard comprising a polymer sheet configured and arranged to serve as a basketball backboard and having dimensions making the basketball backboard suitable for official basketball league use, the polymer sheet including a plurality of voids in a region of the polymer sheet that reduce a bounce characteristic of the region as compared to a bounce characteristic of an otherwise identical region of a polymer sheet having no voids, wherein none of the plurality of voids are for affixing a basketball rim or a support mechanism to the polymer sheet;
(B) affixing a rim to the basketball backboard;
(C) mounting the basketball backboard on a support mechanism; and
(D) mounting the backboard as part of a basketball court housed indoors.
2. The method of claim 1 , further comprising:
(D) configuring the polymer sheet to have at least two distinct regions that have different bounce characteristics.
3. The method of claim 2 , further comprising:
(D) configuring the polymer sheet to have at least three distinct regions, including: a region on a left side of the polymer sheet that includes one or more of the plurality of voids, a region on a right side of the polymer sheet that includes one or more of the plurality of voids, and a region along a center of the polymer sheet that does not include any voids.
4. The method of claim 1 , wherein the polymer sheet comprises polycarbonate.
5. The method of claim 1 , further comprising:
(D) creating one or more of the voids as perforations that extend from a front surface of the polymer sheet to a back surface of the polymer sheet.
6. The method of claim 1 , further comprising:
(D) arranging the voids in a two-dimensional diagonal pattern.
7. The method of claim 1 , further comprising:
(D) configuring a front surface of the polymer sheet to have an area of at least three square-feet.
8. The method of claim 1 , wherein the act (D) comprises affixing the basketball goal assembly to an interior surface of an indoor facility.
9. The method of claim 8 , wherein the interior surface is a wall of the indoor facility.
10. A basketball court located indoors, comprising:
a basketball backboard including a sheet of polymer material having a plurality of voids in a region of the polymer sheet, none of which are for affixing a rim or a support mechanism to the polymer sheet, where the voids reduce a bounce characteristic of the region of the polymer sheet as compared to a bounce characteristic of an otherwise identical region of a polymer sheet having no voids;
a basketball rim affixed to the basketball backboard; and
a support mechanism on which the basketball backboard is mounted,
wherein the basketball court is adequately protected from naturally occurring wind.
11. The basketball court of claim 10 , wherein the sheet comprises a polymer.
12. The basketball court of claim 11 , wherein the sheet comprises polycarbonate.
13. The basketball court of claim 10 , wherein a ratio of total volume of the one or more voids within the region to the volume of the polymer within the region is in a range from approximately 0.01 to 0.3.
14. The basketball court of claim 10 , wherein the sheet has at least two distinct regions that have different bounce characteristics.
15. The basketball court of claim 14 , wherein the sheet has at least three distinct regions, including: a region on a left side of the sheet that includes one or more of the plurality of voids, a region on a right side of the sheet that includes one or more of the plurality of voids, and a region along a center of the sheet that does not include any voids.
16. The basketball court of claim 14 , wherein the basketball backboard is affixed to a rim, and wherein the sheet is configured such that a bounce characteristic of each region of the sheet is a function of a distance of the region from the rim.
17. The basketball court of claim 10 , wherein one or more of the voids are perforations extending from a front surface of the sheet to a back surface of the sheet.
18. The basketball court of claim 17 , wherein one or more of the perforations are cylindrical.
19. The basketball court of claim 10 , wherein the voids are arranged in a two-dimensional diagonal pattern.
20. The basketball court of claim 10 , wherein a front surface of the sheet has an area of at least three square-feet.
21. The basketball court of claim 10 , wherein the sheet has a front surface that is a front surface of the backboard and a back surface that is a back surface of the backboard.
22. The basketball court of claim 10 , wherein the support mechanism is affixed to an interior surface of an indoor facility.
23. The basketball court of claim 9 , wherein the interior surface is a wall of the indoor facility.
24. The basketball court of claim 10 , wherein the support mechanism is configured exclusively for mounting the basketball goal assembly indoors.