Shock-Absorbing Surface and Methods of Making and Installing the Same
OwnerJustin Vanceinventor
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Abstract
The present disclosure relates to an improved surface solution for use in or under a recreational space, such as a playground space. In specific embodiments, the presently disclosed impact-resistant surface is a multi-layered structure, wherein the layers include materials that provide a surface with an increased lifespan and optimal “critical fall height.” In various embodiments, the disclosure relates to a rubberized safety surface for public play spaces utilizing inter-cellular stabilization for loose-fill rubber granules in the impact course of the surface.
Claims20
A method of producing an improved impact-resistant surface, comprising the steps of:
- installing a cellular matrix over a foundation to create a plurality of empty cells;
- filling the plurality of empty cells with impact granules to create a cushion layer;
- installing a topcoat over a top surface of the cushion layer, wherein the topcoat forms the top surface of the impact-resistant surface.
A multi-layered, impact-resistant surface configured for use under a recreational area comprising:
- a topcoat, and a cushion layer, wherein the cushion layer is disposed beneath the topcoat;
- the cushion layer comprising a cellular matrix with a plurality granule-filled cells;
- the topcoat comprising:
- a containment layer disposed over the cellular matrix;
- and
- a wear layer disposed over the containment layer such that the wear layer forms a top surface of the impact-resistant surface.
Dependencies are inferred from the claim text.