Basketball performance monitoring system

1. A basketball performance monitoring system sensor comprising:

a sensor housing coupled to a net of a basketball goal below a rim of the basketball goal, said housing having a first end and a second end opposite said first end;

said housing including an arm proximate said second end and configured extendable inside said net, wherein said arm comprises a pair of insertion sides and a pair of removal sides adjacent said insertion sides, said pair of insertion sides and said pair of removal sides located between an arm tip and an arm base opposite said arm tip, said arm tip being proximate said second end of said housing, wherein said pair of insertion sides are positively angled towards said arm tip and said pair of removal sides are negatively angled away from said arm tip;

a U-shaped appendage located between said first end and said second end, said U-shaped appendage configured to couple to said net, said U-shaped appendage includes a depth configured to trap strings of said net;

wherein said sensor is configured to sense an angular orientation responsive to a basketball passing over said arm.

2. The system according to claim 1 , further comprising

a latch coupled to said housing proximate said U-shaped appendage, said latch configured movable and configured to couple to said net in cooperation with said U-shaped appendage, said latch configured to decouple from said net in cooperation with said U-shaped appendage.

3. The system according to claim 2 , wherein said latch comprises a latch arm having a lower portion and an upper portion opposite said lower portion; a pivot coupled to said latch arm proximate said lower portion, said pivot coupled to said housing in a rotary fashion, a coupler formed at said upper portion, said coupler configured to trap said net against said U-shaped appendage, said coupler configured to release said net from said U-shaped appendage.

4. The system according to claim 3 , wherein said latch comprises a biasing member, said biasing member configured to bias said coupler against said U-shaped appendage to trap said net.

5. A basketball performance monitoring system comprising:

at least one sensor proximate a basketball goal, said basketball goal having a backboard and a rim coupled to said backboard; wherein said sensor comprises a sensor housing coupled to a net of said basketball goal below a rim of the basketball goal, said housing having a first end and a second end opposite said first end wherein said at least one sensor comprises a goal detection sensor, said goal detection sensor comprising a modality of at least one of a vibration, a strain, an acceleration, an angle, a tilt, an optical, a video, an acoustic or electromagnetic; and wherein said at least one sensor comprises a ball impact sensor within said housing configured to determine whether a shot has been executed that touches either the rim or backboard;

said housing including an arm proximate said second end configured extendable inside said net and a counterweighted portion outside said net, wherein said arm comprises a pair of insertion sides and a pair of removal sides adjacent said insertion sides, said pair of insertion sides and said pair of removal sides located between an arm tip and an arm base opposite said arm tip, said arm tip being proximate said second end of said housing, wherein said pair of insertion sides are positively angled towards said arm tip and said pair of removal sides are negatively angled away from said arm tip;

a U-shaped appendage located between said first end and said second end, said U-shaped appendage configured to couple to said net;

said at least one sensor configured to determine shot information comprising said shot passing through the rim;

a local microprocessor coupled to said at least one sensor;

a remote computational system in communication with said local microprocessor, wherein said local microprocessor transmits said shot information from said at least one of sensor to at least one of said remote computational system and a display;

a latch coupled to said housing proximate said U-shaped appendage, said latch configured movable and configured to couple to said net in cooperation with said U-shaped appendage, said latch configured to decouple from said net in cooperation with said U-shaped appendage; wherein said latch comprises a latch arm having a lower portion and an upper portion opposite said lower portion; a pivot coupled to said latch arm proximate said lower portion, said pivot coupled to said housing in a rotary fashion, a coupler formed at said upper portion, said coupler configured to trap said net against said U-shaped appendage, said coupler configured to release said net from said U-shaped appendage; and

an installation rod configured to interact with both the housing to secure said housing to said net and said latch to activate the opening and closing of said latch.

6. The system according to claim 5 , wherein said monitoring system is configured to determine if said basketball passed through said rim within a predetermined time of a shot; maintains a count of shots taken at the goal; and determines the shot completion percentage.

7. The system according to claim 5 , wherein said display is configured to visually indicate a percentage of successful shots.

8. The system according to claim 5 , wherein said display is configured to remotely display said shot information.

9. The system according to claim 5 , wherein said remote computational system is configured to store said shot information related to a session.

10. The system according to claim 5 , wherein said at least one sensor further comprises a ball approach sensor.

11. A method for installing and removing a basketball performance monitoring system sensor to a net of a basketball goal comprising:

coupling an installation rod to a housing of said sensor;

a U-shaped appendage configured to couple to said net; wherein said sensor is configured to sense at least one of a vibration and an angular orientation responsive to a basketball interacting with a rim, a backboard or passing through said net; a latch coupled to said housing proximate said U-shaped appendage, said latch configured to couple to said net in cooperation with said U-shaped appendage, said latch configured to decouple from said net in cooperation with said U-shaped appendage;

said housing including an arm proximate said second end and configured extendable inside said net, wherein said arm comprises a pair of insertion sides and a pair of removal sides adjacent said insertion sides, said pair of insertion sides and said pair of removal sides located between an arm tip and an arm base opposite said arm tip, said arm tip being proximate said second end of said housing, wherein said pair of insertion sides are positively angled towards said arm tip and said pair of removal sides are negatively angled away from said arm tip;

attaching said housing to said net; and

detaching said housing from said net.

12. The method of claim 11 , wherein attaching said installation rod further comprises:

opening said latch, wherein said latch is configured to receive said net, said latch being cleared from said U-shaped appendage in order for said U-shaped appendage to receive at least a string of said net.

13. The method of claim 12 , wherein attaching said housing further comprises:

detaching said installation rod from said housing;

wherein said latch is biased into a closed position relative to said U-shaped appendage responsive to said installation rod detachment; wherein said latch traps said net in said U-shaped appendage.

14. The method of claim 11 , wherein said installation rod and said housing are magnetically coupled.

15. The method of claim 11 , wherein coupling said installation rod to said housing of said sensor comprises said installation rod pushing said latch proximate a lower portion into an open position.

16. The method of claim 15 , wherein said coupling said installation rod to said housing opens said latch allowing said sensor to be removed from or installed onto said net.

17. The method of claim 11 , further comprising;

trapping at least two strings on opposite sides of a net knot of said net between said U-shaped appendage and said latch.

18. A basketball performance monitoring system sensor comprising:

a sensor housing coupled to a net of a basketball goal below a rim of the basketball goal, said housing having a first end and a second end opposite said first end; said housing including an arm proximate said second end and configured extendable inside said net;

said housing including an arm proximate said second end and configured extendable inside said net, wherein said arm comprises a pair of insertion sides and a pair of removal sides adjacent said insertion sides, said pair of insertion sides and said pair of removal sides located between an arm tip and an arm base opposite said arm tip, said arm tip being proximate said second end of said housing, wherein said pair of insertion sides are positively angled towards said arm tip and said pair of removal sides are negatively angled away from said arm tip;

a latch coupled to said housing, said latch configured movable and configured to couple to said net, said latch configured to decouple from said net; said latch comprises a latch arm having a lower portion and an upper portion opposite said lower portion; a pivot coupled to said latch arm proximate said lower portion, said pivot coupled to said housing in a rotary fashion, a coupler formed at said upper portion, said coupler configured to trap said net and to release said net; and

an installation rod configured to interact both with the housing to secure said housing to said net and said latch to activate the opening and closing of said latch;

wherein said sensor is configured to sense an angular orientation responsive to a basketball passing over said arm.