초록 ▼

The present invention is a device to simulate balance and motion activities of a user in response to the user's movements. The device has a curved sloping base with a top central area, a user support portion with a top and a bottom, a plurality of rolling elements coupled to the bottom of the user s

The present invention is a device to simulate balance and motion activities of a user in response to the user's movements. The device has a curved sloping base with a top central area, a user support portion with a top and a bottom, a plurality of rolling elements coupled to the bottom of the user support portion, and a resilient element biasing the user support portion towards the top central area of the curved sloping base. The orientation of the user support portion relative to the top central area of the curved sloping base is responsive to movements of the user. The device provides a simple easy to use way to simulate balance and motion activities and thus condition and train a user conveniently and efficiently. The device conditions muscles in the legs and trunk as well as the balance mechanism while increasing endurance.

대표청구항 ▼

I claim: 1. A device to simulate balance and motion activities of downhill skiing or snowboarding of a user in response to the user's movements, the device comprising: a curved downwardly sloping base having, a top central area; a user support mechanism having a top surface and a bottom surface, sa

I claim: 1. A device to simulate balance and motion activities of downhill skiing or snowboarding of a user in response to the user's movements, the device comprising: a curved downwardly sloping base having, a top central area; a user support mechanism having a top surface and a bottom surface, said user support mechanism further comprises a device for securing the user's foot to said top surface of said user support mechanism; a plurality of rolling elements coupled to said bottom surface of said user support mechanism, said rolling elements adapted to roll freely atop said curved downwardly sloping base; and, a resilient element attached to a center of said base and attached to a center of said support mechanism, said resilient element biasing said user support mechanism towards said top central area of the curved downwardly sloping base; wherein said user support mechanism is enabled to move laterally and rotationally over the curved downwardly sloping base for simulating said downhill skiing or snowboarding motions whereby orientation of said user support mechanism relative to said top surface of the curved downwardly sloping, base is responsive to movements of the user, and said device for securing the user's foot retains the user's foot on the support mechanism when said support mechanism is lifted off said base. 2. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said user support mechanism provides support of the user's legs relative to each other. 3. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 2 wherein said user support mechanism resembles a snowboard. 4. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said curved downwardly sloping base is approximately a spherical section. 5. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said rolling elements are spring cushioned. 6. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said rolling elements are casters. 7. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said rolling elements are spring casters. 8. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said curved downwardly sloping base is approximately hyperbolic. 9. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said device for securing the user's foot to said top surface of said user support mechanism is a boot. 10. The device to simulate balance and motion activities of a user in response to the user's movements as recited in claim 1 wherein said device for securing the user's foot to said top surface of said user support mechanism is a strap.