BASKETBALL REBOUNDER NET
A rebounder may include a frame having tubes in the shape of an isosoles trapezoid with rounded corners. A net is attached to the frame. A rear support may be pivotally attached to a top of the frame, and support bars attachable to sides of the frame and pivotally attached to the rear support. The rear support is movable from a folded position where the rear support is near parallel to, and/or with a floor tube of the rear support in contact with the frame. The rear support is also movable to an unfolded position where the rear support holds the frame and net at an acute angle to the floor or ground.
Basketball rebound nets are used during basketball practice. A rebound net, also known as a rebounder, may be positioned directly under the basketball hoop, so that balls dropping through the hoop are rebounded out onto the basketball court. This allows players to quickly retrieve and shoot basketballs. Basketball rebound nets may also be placed at other positions on the basketball court to practice passing skills. A basketball rebound net may also allow a player to practice game skills alone. For example, to practice a so-called give-and-go play, the player may pass or throw the basketball at an angle to the rebound net. The rebound net rebounds the ball at a complimentary angle, while the player runs to catch the rebounded ball. While existing basketball rebound nets have met with varying degrees of success, engineering challenges remain in providing a basketball rebound having improved characteristics and performance.
SUMMARY OF THE INVENTIONA rebounder may include a frame having tubes in the shape of an isosoles trapezoid with rounded corners. A net is attached to the frame. A rear support may be pivotally attached to a top of the frame, and a support bar pivotally attached to a side of the frame and to the rear support. The rear support is movable to a folded position where the rear support is near parallel to, and/or in contact with the frame. The rear support is also movable to an unfolded position where the rear support holds the frame and net at an acute angle to the floor or ground.
As shown in
Referring to
The base 26 includes a rear support 28 and support bars 32, as shown in
The support bars 32 may attach to the frame via frame snap clamps 48. A support snap clamp 38 may be used to hold the support bars 32 onto the rear support 28 when the framework 22 is folded.
Turning to
Referring to
As shown in
As used here, isosoles trapezoid includes shapes having flat or curved corners. Thus, a novel rebounder has been shown and described. Various changes and substitutions may of course be made without departing from the spirit and scope of the invention. The invention, therefore, should not be limited, except to the following claims, and their equivalents.
Claims
1. A rebounder comprising:
- a framework including a frame and a base, with the frame having first, second, third and fourth sides, with the first side longer than and parallel to the third side, and with the second side not parallel to the fourth side, and with the second and fourth sides having the same length;
- the base including a rear support pivotally attached to the first side of the frame, and left and right support bars pivotally attached to the second and fourth sides of the frame, respectively, and to the rear support; and
- a net attached to and surrounded by the frame.
2. The rebounder of claim 1 wherein the first side of the frame has a length 1.5 to 6 times greater than the length of the third side of the frame.
3. The rebounder of claim 1 wherein the base is movable from a folded position where the support bar is substantially parallel to the frame, to an unfolded position where the support bar forms an angle of 30 to 60 degrees with the frame.
4. The rebounder of claim 3 wherein the rear support is substantially parallel to the frame when the base is in the folded position.
5. The rebounder of claim 1 wherein the net comprises an elastic mesh material, and with the net comprising an isosoles trapezoid having flat corners.
6. The rebounder of claim 5 with the net attached to the frame via a plurality of ties, and with a tie located at each end of each flat corner.
7. The rebounder of claim 1 with the net attached to first, second, third and fourth sides of the frame via elastic ties, and with the net flat and parallel to the frame.
8. The rebounder of claim 1 further including a front floor pad on the third side of the frame, and at least two rear floor pads on the rear support, and with each of the floor pads comprising a resilient material.
9. The rebounder of claim 8 with one or more of the floor pads having a tube clamp on a flat plate.
10. The rebounder of claim 1 with the frame and the base comprising hollow tubes.
11. The rebounder of claim 1 with the second side of the frame forming an angle with the third side of the frame of 30 to 60 degrees.
12. The rebounder of claim 1 further including a tube clamp on the second side of the frame adapted to attach to a frame of a second adjacent rebounder.
13. A net assembly, comprising:
- a frame comprising one or more tubes in the shape of an isosoles trapezoid with rounded corners;
- a rear support pivotally attached to a top of the frame, and a pair of support bars each having a first end pivotally attached to the rear support, and a second end attached to a tube clamp;
- wherein the rear support is movable from a folded position where the rear support forms an angle of less than 10 degrees with the frame, to an unfolded position where the rear support forms an angle of 45 to 120 degrees with the frame; and
- a net attached to and surrounded by the frame.
14. The net assembly of claim 13 further including two or more floor pads attached to the frame.
Type: Application
Filed: Jan 14, 2015
Publication Date: Jul 14, 2016
Inventors: Allen Keith Holland (Carlsbad, CA), Richard Raymond Huth, III (Carlsbad, CA)
Application Number: 14/596,966