Multi-function exercise mat with detachable implements and method

Abstract

A non-planar exercise mat is disclosed comprising a plurality of detachable handheld implements, each handheld implement serving utilitarian function independently of the mat. Various embodiments of the present invention comprise permanently affixed or detachable cushions for tail-bone support; lumbar support; neck support, and the like. Various embodiments include handles for assisting a user in performing a variety of exercises upon, or optionally using, the mat.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]This invention relates to exercise equipment, and more particularly relates to an elastomeric mat for supporting and assisting a user in performing various exercises.[0003]2. Description of the Related Art[0004]Various types of exercise mats are known in the art to help cushion the body of users exercising on the mats, including yoga and gymnastics. Although the thickness and indentation force deflection (IFD) ratings of these mats vary, each generally comprises an elastomeric foam mattress which, in some embodiments, has a carpet or fiber top-surface for engaging a user's body or pressure points on a user's body.[0005]As users of these mats exercise, sweat from a user's body can make the mats slippery. Sometimes incidental exercise tools do not remain in place when force is exerted on them, such as dumbbells. Pressure points on a user's body in contact with the mat may become painful, including elbows, knees, hips and ...

AI Technical Summary

Benefits of technology

The present invention provides an improved multi-function exercise mat that overcomes the limitations of prior art by providing a more functional apparatus for supporting a user during exercise. The mat comprises a compressible elastomeric foam pad with a non-planar top surface that has a repeating pattern of protrusions and indentations. The mat also includes a plurality of detachable implements for engaging the top surface of the pad, such as handles, hemispheres, rollers, and more. The exercise mat can provide better cushioning, impact force absorption, and massaging effects during exercise. The technical effects of the invention include improved functionality, comfort, and aesthetics.

Problems solved by technology

As users of these mats exercise, sweat from a user's body can make the mats slippery.

Pressure points on a user's body in contact with the mat may become painful, including elbows, knees, hips and shoulders, because of the lack of sufficient designating cushioning on the mat for those areas.

The mats in the prior art are designed only to provide a support cushion between the user and a hardened subgrade, and not to provide a cushion with implements that play a role as a tool in the exercises being performed upon the mats themselves.

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