The invention relates to a stationary exercise device including a changing moving stroke, and to be actuated or worked either as a stepping exerciser or an elliptical exerciser.

Typical stepping exercisers comprise a pair of foot supports to be stepped by the users. However, the exercisers may not be worked either as a stepping exerciser or an elliptical exerciser, and the moving stroke may not be increased.

The invention provides an exercise device according to claim 1 including a different or a changing moving stroke, and workable either as a stepping exerciser or an elliptical exerciser.

Further advantageous embodiments are laid down in further claims.

FIGS. 1, 2 are perspective views of an exercise device;

FIGS. 3, 4 are partial exploded views of the exercise device;

FIGS. 5, 6, 7, 8, 9 are side views of the exercise device.

Referring to FIGS. 1-5, an exercise device 1 comprises a frame 11 extended from a base 10, a spindle 12 disposed on the rear portion 13 of the frame 11, a wheel 20 and a flywheel 22 attached to the middle portion 14 of the frame 11 with a shaft 21 and an axle 23, a follower 24 secured to the axle 23 and coupled to the wheel 20 with such as a sprocket-and-chain, a gearing, or a belt coupler 25 for resisting the wheel 20 and the shaft 21, the other hydraulic or pneumatic or magnetic retarding devices (not shown) may also be used to resist the wheel 20 and the shaft 21. Two cranks 30 are secured to the shaft 21, and a rod 31 is attached to each crank 30 and spaced from the shaft 21, two handles 40 include a middle portion 41 attached to the spindle 12 for swinging relative to the frame 11, and a hand grip 42 provided on each handle 40.

Two foot supports 50 each include a front portion 51 pivotally coupled to the rod 31 of the cranks 30 with a link 52, a rear portion 53 pivotally coupled to the rear portion 15 or a post 16 of the base 10 with an axle 17 and an arm 19 for swinging relative to the post 16 of the base 10, a rod 54 disposed on the middle portion 55 for pivotally supporting a foot pedal 56. The lower portions 44 of the handles 40 are each pivotally coupled to the foot supports 50 with a lever 57 which is pivotally coupled to the rod 54 or to the foot pedal 56 with a pole 58 for allowing the foot pedal 56 to be pivoted to different angular positions by the handles 40.

In operation, the handles 40 may be swung relative to the frame 11, and the rear portions 53 of the foot supports 50 may be swung relative to the post 16, and the front portions 51 of the foot supports 50 may be moved cyclically relative to the frame 11 by the cranks 30, such that the foot pedals 56 of the foot supports 50 may be moved elliptically relative to the base 10, the handles 40 may be controlled by the users to determine the moving stroke of the foot supports 50 (FIGS. 6-8). A coupler 60 includes a pole 61 attached to the front portion 18 of the frame 11, and two cranks 62 are secured to the pole 61 and each include a rod 63 spaced from the pole 61, and two levers 64 are coupled between the rods 63 of the cranks 62 and the middle portions 41 of the handles 40 for coupling the handles 40 together.

The levers 64 each include one end 65 coupled to the rod 63 of the cranks 62, and the other end coupled to the middle portions 41 of the handles 40 with a pin 67 which is spaced away from the spindle 12, the cranks 62 will not be rotated relative to the rod 63, but may only be moved forwardly and rearwardly relative to the frame 11 such that the wheel 20 and the shaft 21 and the cranks 30 will not be interfered by the levers 64 and the rod 63 of the cranks 62. The movement of the foot supports 50 may be controlled by the users with the handles 40 to freely adjust the moving stroke of the foot supports 50, When the handles 40 are held stationarily by the users (FIG. 9), the front portions 51 of the foot supports 50 and the link 52 may still be moved cyclically relative to the frame 11 by the cranks 30 such that the foot supports 50 may be operated as a stepping exerciser.