Magnetic resistance mechanism in a cable machine
A cable exercise machine includes a first pull cable and a second pull cable incorporated into a frame. Each of the first pull cable and the second pull cable are linked to at least one resistance mechanism. The at least one resistance mechanism includes a flywheel and a magnetic unit arranged to resist movement of the flywheel.
1. A cable exercise machine, comprising:
a first pull cable and a second pull cable incorporated into a frame;
each of the first pull cable and the second pull cable being linked to at least one resistance mechanism; and
the at least one resistance mechanism comprises a flywheel and a magnetic unit arranged to resist movement of the flywheel;
wherein the flywheel is attached to a central shaft about which the flywheel is arranged to rotate and the central shaft supports multiple cable spools.
2. The cable exercise machine of claim 1 , further comprising a sensor arranged to collect information about a position of the flywheel.
3. The cable exercise machine of claim 2 , further comprising a counter in communication with the sensor and arranged to track a number of rotations of the flywheel.
4. The cable exercise machine of claim 3 , wherein the counter is arranged to provide the number as input to an energy tracker.
5. The cable exercise machine of claim 4 , wherein the energy tracker is arranged to receive as input a level of magnetic resistance exerted on the flywheel with the magnetic unit.
6. The cable exercise machine of claim 1 , wherein the frame is a tower.
7. The cable exercise machine of claim 6 , wherein a third pull cable and a fourth pull cable are also incorporated into the tower.
8. The cable exercise machine of claim 7 , wherein a first handle end of the first pull cable is routed to an upper right location of the tower, a second handle end of the second pull cable is routed to in an upper left location of the tower, a third handle end of the third pull cable is routed to a lower right location of the tower, and a fourth handle end of the fourth pull cable is routed to a lower. left location of the tower.
9. The cable exercise machine of claim 8 , wherein the flywheel is positioned between the upper right location, the upper left location, the lower right location, and the lower left location.
10. The cable exercise machine of claim 8 , wherein at least two of the first pull cable, the second pull cable, the third pull cable, and the fourth pull cable are connected to the same resistance mechanism.
11. The cable exercise machine of claim 1 , wherein the multiple cable spools are attached to at least one of the first pull cable, the second pull cable, a third pull cable, and a forth pull cable.
12. The cable exercise machine of claim 1 , wherein the flywheel is arranged to rotate in just a single direction while at least one of the multiple spools are arranged to rotate in the single direction and an opposite direction.
13. The cable exercise machine of claim 12 , wherein the multiple spools are linked to at least one counterweight.
14. A cable exercise machine, comprising:
a first pull cable, a second pull cable, a third pull cable, and a fourth pull cable incorporated into a tower;
a first handle end of the first pull cable is routed to an upper right location of the tower, a second handle end of the second pull cable is routed to an upper left location of the tower, a third handle end of the third pull cable is routed to a lower right location of the tower, and a fourth handle end of the fourth pull cable is routed to a lower left location of the tower;
each of the first pull cable, the second pull cable, the third pull cable, and the fourth pull cable being connected to a resistance mechanism;
the resistance mechanism comprises a flywheel and a magnetic unit arranged to resist movement of the flywheel;
the flywheel is positioned between the upper right location, the upper left location, the lower right location, and the lower left location; and
a sensor arranged to collect information about a position of the flywheel.
15. The cable exercise machine of claim 14 , wherein the flywheel is attached to a central shaft about which the flywheel is arranged to rotate and the central shaft supports multiple cable spools.
16. The cable exercise machine of claim 15 , wherein the flywheel is arranged to rotate in only a single direction while at least one of the multiple cable spools is arranged to rotate in the single direction and an opposite direction.
17. The cable exercise machine of claim 14 , further comprising a counter in communication with the sensor and arranged to track a number of rotations of the flywheel.
18. The cable exercise machine of claim 17 , wherein the counter is arranged to provide the number as input to an energy tracker.
19. A cable exercise machine, comprising:
a first pull cable, a second pull cable, a third pull cable, and a fourth pull cable incorporated into a tower;
a first handle end of the first pull cable is routed to an upper tight location of the tower, a second handle end of the second pull cable is routed to an upper left location of the tower, a third handle end of the third pull cable is routed to a lower right location of the tower, and a fourth handle end ofthefourthyu|l cable is routed to a lower left location of the tower;
each of the first pull cable, the second pull cable, the third pull cable, and the fourth pull cable being connected to a resistance mechanism;
the resistance mechanism comprises a flywheel and a magnetic unit arranged to resist movement of the flywheel;
the flywheel is positioned between the upper right location, the upper left location, the lower right location, and the lower left location;
the flywheel is attached to a central shaft about which the flywheel is arranged to rotate and the central shaft supports multiple cable spools;
the multiple cable spools are attached to at least one of the first pull cable, the second pull cable, the third pull cable, and the forth pull cable;
the flywheel is arranged to rotate in only a single direction while a least one of the multiple spools is arranged to rotate in the single direction and an opposite direction;
the multiple spools are linked to at least one counterweight;
a sensor is arranged to collect information about a position of the flywheel;
a counter is in communication with the sensor and arranged to track a number of rotations of the flywheel;
the counter being arranged to provide the number as input to an energy tracker; and
the energy tracker is arranged to receive as input a level of magnetic resistance exerted on the flywheel with the magnetic unit.