Free weight monitoring system
View Patent ↗A free weight system for collecting and transmitting exercise related data from a free weight device includes a free weight handle assembly having a gripping portion and a weight receiving portion, one or more weight plates positionable on the weight receiving portions, and a data collecting mechanism at least partially enclosed within an internal cavity of the free weight handle assembly. The data collecting mechanism includes a weight identification mechanism that identifies the weight of the one or more weight plates.
1. A free weight system for collecting and transmitting exercise related data from a free weight device, the system comprising:
a free weight handle assembly that includes a gripping portion, a left weight receiving portion, and a right weight receiving portion, wherein the gripping portion is positioned between the left and right weight receiving portions and wherein the free weight handle assembly defines an internal cavity;
one or more weight plates positionable on the left and right weight receiving portions; and
a data collecting mechanism at least partially enclosed within the internal cavity, the data collecting mechanism including a weight identification mechanism that identifies the weight of the one or more weight plates;
wherein the weight identification mechanism includes a sensor enclosed within the internal cavity and a magnet located in one of the weight plates, the magnet being spaced a distance from the sensor;
wherein the distance of the magnet provides a relative magnetic field strength that correlates with the weight of the weight plate.
2. The free weight system of claim 1 , wherein the data collecting mechanism further comprises a movement sensing mechanism that senses movement of the free weight handle assembly.
3. The free weight system of claim 2 , wherein the movement sensing mechanism comprises a first accelerometer that measures movement in a first direction, a second accelerometer that measures movement in a second direction, and a third accelerometer that measures movement in a third direction.
4. The free weight system of claim 1 , wherein the data collecting mechanism further comprises an exercise session identification mechanism that identifies the initiation and termination of an exercise session.
5. The free weight system of claim 4 , wherein the exercise session identification mechanism comprises a button positioned on a surface of the free weight handle assembly.
6. The free weight system of claim 4 , wherein the exercise session identification mechanism comprises a button that is positioned on a glove external to the free weight handle assembly.
7. The free weight system of claim 1 , wherein the weight identification mechanism further comprises a panel secured to a surface of the free weight handle assembly, the panel having one or more buttons to identify an amount of weight of the one or more weight plates.
8. The free weight system of claim 7 , wherein the panel further comprises a display screen.
9. The free weight system of claim 2 , wherein the data collecting mechanism further comprises a memory where data collected from at least one of the movement sensing mechanism and the weight identification mechanism is stored.
10. The free weight system of claim 9 further comprising a communication mechanism, wherein the communication mechanism transmits data collected by the data collecting mechanism to an external computing device.
11. The free weight system of claim 10 , wherein at least a portion of the data stored within the memory is transmitted via the communication mechanism to the external computing device.
12. The free weight system of claim 11 , wherein the communication mechanism transmits said at least a portion of the data stored within the memory via a wireless communication link.
13. A free weight system for collecting, transmitting, and making available for viewing exercise related data, the system comprising:
a free weight device including a free weight handle assembly, a communication mechanism, and a movement sensing mechanism;
wherein the movement sensing mechanism includes a first accelerometer that measures movement from an exercise session in a first direction, a second accelerometer that measures movement in a second direction, and a third accelerometer that measures movement in a third direction;
wherein the free weight handle assembly defines an internal cavity that at least partially encloses the movement sensing mechanism;
wherein the communication mechanism transmits data collecting by the movement sensing mechanism;
a communication system that receives the data collected by the movement sensing mechanism and transmitted by the communication mechanism, wherein the communication system converts the data received into a displayable form that includes a graphical representation of the exercise session and makes the graphical representation available for viewing; and
a weight identification mechanism, including a sensor enclosed within the internal cavity and a magnet located in one of the weight plates, the magnet being spaced a distance from the sensor;
wherein the distance of the magnet provides a relative magnetic field strength that correlates with the weight of the weight plate.
14. The free weight system of claim 13 , wherein the graphical representation includes a three dimensional representation of the actual path of movement of the free weight device during the exercise session.
15. The free weight system of claim 14 , wherein the communication system creates an ideal path of movement for the free weight device during the exercise session.
16. The free weight system of claim 15 , wherein the actual path of movement and the ideal path of movement are overlaid within the same graphical display.
17. The free weight system of claim 13 , wherein the communication system comprises a website.