Acceleration mechanism for exercise equipment

An acceleration mechanism for an exercise equipment, comprising:

• a stationary axle;
• a first large rotary disk rotatably mounted to the stationary axle and adapted to be driven by an external driving force to rotate;
• at least one acceleration disk assembly coupled to the first large rotary disk and adapted to be driven by the first large rotary disk to rotate;
• a first bearing mounted to the stationary axle;
• a second small rotary disk rotatably mounted by the first bearing to the stationary axle and is coaxial with the first large rotary disk, the second small rotary disk being driven by the acceleration disk assembly to rotate;
• a flywheel coupled to the second small rotary disk and rotatably mounted to the stationary axle, the flywheel being driven by the second small rotary disk to rotate;
• and
• a power generation module, comprising:
• a carrier coupled to the second small rotary disk, the carrier being driven by the second small rotary disk to rotate;
• a rotor that includes a plurality of circumferentially extending magnet elements, the magnet elements being circumferentially arranged at an inner circumference of the carrier;
• and
• a stator that includes a coil core and a plurality of coils wound around the coil core, each of the coils corresponding to the magnet elements with a predetermined gap existing therebetween.