BASKETBALL NET WHICH DETECTS SHOTS THAT HAVE BEEN MADE SUCCESSFULLY

• US 20160096067A1
• Filed: 10/06/2015
• Published: 04/07/2016
• Est. Priority Date: 10/07/2014
• Status: Active Grant

• Current Assignee: DD Sports, Inc., Shottracker, Inc.
• Original Assignee: Shottracker, Inc.
• Inventors: Ianni, Bruce C., Ross, Davyeon D., Kahler, Clint A., Keeley, Thomas James, Hoffman, Harold K. Jr., Gruenke, Roger Allan, Herron, Patrick M.
• Granted Patent: US 10,238,941 B2
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: A63B 2209/02 with reinforcing fibres, e.g. carbon, polyamide fibres
• CPC Class Codes: A63B 2220/801 Contact switches
• CPC Class Codes: A63B 2220/833 Sensors arranged on the exercise apparatus or sports implement
• CPC Class Codes: A63B 2225/50 Wireless data transmission, e.g. by radio transmitters or telemetry
• CPC Class Codes: A63B 63/083 for basketball
• CPC Class Codes: A63B 69/0071 for basketball

Abstract

A made-shot-detecting net system is configured to determine when a basketball passes through the net. The system uses a strand of conductive material that is laced through the net, an electrical property (e.g., resistance) of which changes (e.g., increases) as the net—and hence the strand of conductive material—is stretched. By filtering out steady-state components of a voltage signal obtained from the net, instances where the net is being stretched can be identified. A value obtained by integrating (i.e., summing) the voltage output over the course of a stretch event is compared to various thresholds to identify the nature of the event. In certain embodiments, the fact that a shot has been made is transmitted wirelessly to a basketball-performance tracking application running on a mobile electronic computing device.

Claims

1. A made-shot-detecting net system configured to detect when a basketball shot is made successfully, the net system comprising:

a net with a circumferential direction and a longitudinal direction and upper and lower openings through which a basketball can pass when a basketball shot is made successfully, the configuration of the net being such that the net stretches in at least one direction when a basketball passes through it;

a strand of elastomeric conductive material extending along a portion of the net in a manner to stretch with the net when the net stretches as a basketball passes through it, the strand of elastomeric conductive material having an electrical property that varies as the elastomeric conductive material stretches; and

a made-shot-detecting electronics module to which the strand of elastomeric conductive material is connected or is configured to be connected, the made-shot-detecting electronics module including a sensing circuit a) that makes electrical contact with the strand of conductive material when the strand of conductive material is connected to the made-shot-detecting electronics module, and b) an electrical output of which varies as the electrical property of the strand of elastomeric conductive material varies;

the made-shot-detecting electronics module further including a processor and computer program code configured to cause the processor to read a series of values over time of the sensing circuit'"'"'s electrical output and to compare the series of values over time to a normative profile of the sensing circuit'"'"'s electrical output over time that corresponds to a basketball passing through the net.

2. The net system of claim 1, wherein comparing the series of values over time of the sensing circuit'"'"'s electrical output to the normative profile comprises digitally integrating the series of values over time to determine a stretch power value and comparing the stretch power value to a first, predetermined threshold value that is associated with the normative profile.

3. The net system of claim 2, wherein the computer program code is configured to cause the processor to determine a steady-state baseline value of the sensing circuit'"'"'s electrical output corresponding to a condition in which the net is not moving.

4. The net system of claim 3, wherein digitally integrating the series of values over time of the sensing circuit'"'"'s electrical output comprises summing a difference between the value of the sensing circuit'"'"'s electrical output and the steady-state baseline value.

5. The net system of claim 3, wherein the computer program code is configured such that the series of values over time of the sensing circuit'"'"'s electrical output are only integrated for periods of time during which the sensing circuit'"'"'s electrical output exceeds the baseline value.

6. The net system of claim 5, wherein the made-shot-detecting electronics module further includes a wireless transmitter and the computer program code is configured to cause a message to be sent, via the wireless transmitter, indicating that a basketball shot has been made successfully if the stretch power value satisfies a predetermined relationship relative to the first, predetermined threshold value.

7. The net system of claim 6, wherein the computer program code is configured to cause the processor to compare the stretch power value to one or more secondary threshold values associated with net events other than a successful shot being made in the event the stretch power value does not satisfy the predetermined relationship relative to the first, predetermined threshold value.

8. The net system of claim 1, wherein the electrical property is resistance.

9. The net system of claim 1, wherein the sensing circuit'"'"'s electrical output is a voltage.

10. The net system of claim 1, wherein the strand of elastomeric conductive material extends in a circumferential direction around the net.

11. The net system of claim 10, wherein the strand of elastomeric conductive material extends at least essentially completely around the net.

12. The net system of claim 11, wherein the strand of elastomeric conductive material extends around an upper portion of the net and forms loops by means of which the net can be attached to a basketball hoop.

16. The tracking system of claim 12, wherein the electrical property is resistance.

17. The tracking system of claim 12, wherein the sensing circuit'"'"'s electrical output is a voltage.

13. A system for tracking basketball-shooting performance, comprising:

a made-shot-detecting net system configured to detect when a basketball shot is made successfully, the net system comprising

a net with a circumferential direction and a longitudinal direction and upper and lower openings through which a basketball can pass when a basketball shot is made successfully, the configuration of the net being such that the net stretches in at least one direction when a basketball passes through it;

a strand of elastomeric conductive material extending along a portion of the net in a manner to stretch with the net when the net stretches as a basketball passes through it, the strand of elastomeric conductive material having an electrical property that varies as the elastomeric conductive material stretches; and

a made-shot-detecting electronics module to which the strand of elastomeric conductive material is connected or is configured to be connected, the made-shot-detecting electronics module including

     1) a sensing circuit a) that makes electrical contact with the strand of conductive material when the strand of conductive material is connected to the made-shot-detecting electronics module, and b) an electrical output of which varies as the electrical property of the strand of elastomeric conductive material varies; and

     2) a wireless transmitter;

the made-shot-detecting electronics module further including a processor and computer program code configured

     1) to cause the processor to read a series of values over time of the sensing circuit'"'"'s electrical output and to compare the series of values over time to a normative profile of the sensing circuit'"'"'s electrical output over time that corresponds to a basketball passing through the net; and

     2) to cause a message to be sent, via the wireless transmitter, indicating that a basketball shot has been made successfully upon the processor determining that a basketball has passed through the net; and

a mobile computing device having a shot-tracking computer program thereon, the shot-tracking computer program being configured to receive the message sent from the made-shot-detecting electronics module and to tabulate successfully made shots.

14. The tracking system of claim 13, wherein comparing the series of values over time of the sensing circuit'"'"'s electrical output to the normative profile comprises digitally integrating the series of values over time to determine a stretch power value and comparing the stretch power value to a first, predetermined threshold value that is associated with the normative profile.

15. The tracking system of claim 14, wherein the computer program code is configured to cause the processor to compare the stretch power value to one or more secondary threshold values associated with net events other than a successful shot being made in the event the stretch power value does not satisfy the predetermined relationship relative to the first, predetermined threshold value, and to cause a message to be sent to the shot-tracking computer program, via the wireless transmitter, indicating the type of non-successful-shot net event that has occurred upon a determination thereof.

18. A method for detecting when a basketball passes through a net, the net including an electrically conductive element that stretches with the net as the basketball passes through it and an electrical property of which varies as the electrically conductive element stretches, the method comprising:

sensing the electrical property of the conductive element with a sensing circuit, an output of which sensing circuit varies with the electrical property of the electrically conductive element; and

reading a series of values over time of the sensing circuit'"'"'s electrical output and comparing the series of values over time to a normative profile of the sensing circuit'"'"'s electrical output over time that corresponds to a basketball passing through the net.

19. The method of claims 18, wherein comparing the series of values over time of the sensing circuit'"'"'s electrical output to the normative profile comprises digitally integrating the series of values over time to determine a stretch power value and comparing the stretch power value to first, predetermined threshold value that is associated with the normative profile.

20. The method of claim 19, further comprising determining a steady-state baseline value of the sensing circuit'"'"'s electrical output corresponding to a condition in which the net is not moving.

21. The method of claim 20, wherein digitally integrating the series of values over time of the sensing circuit'"'"'s electrical output comprises summing a difference between the value of the sensing circuit'"'"'s electrical output and the steady-state baseline value.

22. The method of claim 20, wherein the series of values over time of the sensing circuit'"'"'s electrical output are only integrated for periods of time during which the sensing circuit'"'"'s electrical output exceeds the baseline value.

23. The method of claim 22, further comprising sending a message wirelessly indicating that a basketball shot has been made successfully if the stretch power value satisfies a predetermined relationship relative to the first, predetermined threshold value.

24. The method of claim further comprising comparing the stretch power value to one or more secondary threshold values associated with net events other than a successful shot being made in the event the stretch power value does not satisfy the predetermined relationship relative to the first, predetermined threshold value and sending a message wirelessly indicating the type of non-successful-shot net event that has occurred upon a determination thereof.