Abstract: A vibration elastic rope assembly includes a vibrating unit having a cylindrical shell and a vibrator disposed in the cylindrical shell, and an elastic unit having a connecting member mounted on the cylindrical shell of the vibrating unit and an elastic rope connected to the connecting member and detachably connected to a user's body or an exercise equipment. Thus, the user can perform a stretching exercise by using the elastic unit and a vibration exercise by using the vibrating unit.

Abstract: A vibration elastic rope assembly includes a vibrating unit having a cylindrical shell and a vibrator disposed in the cylindrical shell, and an elastic unit having a connecting member mounted on the cylindrical shell of the vibrating unit and an elastic rope connected to the connecting member and detachably connected to a user's body or an exercise equipment. Thus, the user can perform a stretching exercise by using the elastic unit and a vibration exercise by using the vibrating unit.

Abstract: A treadmill is capable of performing a gait analysis and comprises a conveyor belt, a supporting plate, a driving mechanism, and at least two sensing assemblies. The conveyor belt is used for a user to walk or run in place. The driving mechanism drives the conveyor belt to run. The supporting plate supports the conveyor belt. The two sensing assemblies are fixed with the supporting plate, for respectively sensing the user's left and right heel strike. A left and right pulse diagram thus can be obtained from the sensing assemblies, and the gait analysis is performed according to the left and right pulse diagram.

Abstract: A treadmill is capable of performing a gait analysis and comprises a conveyor belt, a supporting plate, a driving mechanism, and at least two sensing assemblies. The conveyor belt is used for a user to walk or run in place. The driving mechanism drives the conveyor belt to run. The supporting plate supports the conveyor belt. The two sensing assemblies are fixed with the supporting plate, for respectively sensing the user's left and right heel strike. A left and right pulse diagram thus can be obtained from the sensing assemblies, and the gait analysis is performed according to the left and right pulse diagram.

Abstract: A core muscle group training equipment includes a seat, a backrest located on the back side of the seat and a damping mechanism provided at the bottom side of the seat. When sitting on the seat and resting the back on the backrest, the user can selectively bend the upper body forwards and backwards to contract the proximal muscles, or keep the upper body immovable and move the lower body up and down to contract distal muscles. By means of biasing of the seat and the damping effect provided by the damping mechanism during operation, the muscle strength of the abdominal muscles is trained. When releasing the pressure, the damping mechanism returns the machine parts smoothly, preventing accidental injury.

Abstract: A core muscle group training equipment includes a seat, a backrest located on the back side of the seat and a damping mechanism provided at the bottom side of the seat. When sitting on the seat and resting the back on the backrest, the user can selectively bend the upper body forwards and backwards to contract the proximal muscles, or keep the upper body immovable and move the lower body up and down to contract distal muscles. By means of biasing of the seat and the damping effect provided by the damping mechanism during operation, the muscle strength of the abdominal muscles is trained. When releasing the pressure, the damping mechanism returns the machine parts smoothly, preventing accidental injury.