Portable, foldable, adjustable, aerobic exercise bench/step/mat
First Claim
1. A method of performing an aerobic exercise program with the use of a mat in the form of at least three side by side panels hinged together along their sides to permit the panels to be selectively stacked upon each other to create a step including the step of stacking at least one of the panels on its adjacent panel to create a stack, repeatedly stepping up and down to and from the stacked panels, creating an integral apron with the remaining panel at a height lower than the stacked panels when less than all of the panels are stacked upon each other, varying the height of the step by varying the number of panels which are stacked upon each other, and stepping up and down from the resulting different height steps.
1 Assignment
0 Petitions
Accused Products
Abstract
A portable, foldable, adjustable, aerobic exercise bench/step/mat comprises a plurality of individual panels secured by flexible hinges to each other so that the panels can be arranged in various orientations with respect to each other. For example, if all of the panels are placed side by side the result is a mat which could be used for aerobic exercise. When, however, one or more panels are folded on top of each other then the overall height is increased so that the stacked panels can then be used as a bench or step in an aerobic exercise such as the stepping up and stepping down from the stacked panels.
114 Citations
7 Claims
- 1. A method of performing an aerobic exercise program with the use of a mat in the form of at least three side by side panels hinged together along their sides to permit the panels to be selectively stacked upon each other to create a step including the step of stacking at least one of the panels on its adjacent panel to create a stack, repeatedly stepping up and down to and from the stacked panels, creating an integral apron with the remaining panel at a height lower than the stacked panels when less than all of the panels are stacked upon each other, varying the height of the step by varying the number of panels which are stacked upon each other, and stepping up and down from the resulting different height steps.
Specification