Anti-fatigue mat with an encapsulatively sealed gel member
Method and apparatus for fabricating an anti-fatigue mat are disclosed. In one embodiment an anti-fatigue mat includes a foam member and a gel member, wherein each member exhibits a different durometer. The foam member includes a gel receiver that is configured with a geometry shaped to receive the gel member. A top fabric is situated on the top of the mat above the gel member and the foam member. A non-slip surface is provided on the bottom of the anti-fatigue mat. The gel member may be sealed within the mat by the foam member and the top fabric.
1. An anti-fatigue mat, comprising:
a gel member, exhibiting a substantially rectangular cross section;
a foam member including a support surface that is shaped to support the gel member thereon, the gel member being situated on the support surface of the foam member, the foam member including a foam ramp extending outwardly downward from the gel member to a bottom surface of the foam member; and
a flexible cover layer situated atop the gel member and extending over the foam ramp such that the foam member and the flexible cover layer together encapsulatively seal the gel member therein.
2. The anti-fatigue mat of claim 1 , wherein the cross section of the gel member includes a lower corner that exhibits an included angle of approximately 90 degrees.
3. The anti-fatigue mat of claim 1 , wherein the gel member includes opposed top and bottom gel member surfaces and gel member side surfaces, wherein the foam member exhibits a geometry that conforms to the geometry of the gel member bottom surface and gel member side surfaces to partially encapsulate the gel member.
4. The anti-fatigue mat of claim 3 , wherein the flexible cover layer exhibits a contour line at a top of the foam ramp, and wherein the mat exhibits a gel to foam transition where a gel member side surface meets the foam member, the contour line of the flexible cover layer being situated approximately adjacent the gel to foam transition.
5. The anti-fatigue mat of claim 4 , wherein the foam member includes a recessed region extending down into the foam member from a top of the foam member, the recessed region including a recessed region bottom that provides the support surface of the foam member.
6. The anti-fatigue mat of claim 5 , wherein the foam ramp exhibits an acute angle with respect to the bottom surface of the foam member, and the portion of the flexible cover layer above the foam ramp exhibits substantially the same acute angle, thus providing a cover ramp atop the foam ramp.
7. The anti-fatigue mat of claim 5 , wherein the gel member is adhered to the recessed region bottom.
8. The anti-fatigue mat of claim 5 , further comprising an adhesive layer that adheres the gel member to the recessed region bottom of the foam member.
9. The anti-fatigue mat of claim 5 , further comprising a scrim layer that enhances adherence of the gel member to the recessed region bottom of the foam member.
10. The anti-fatigue mat of claim 5 , wherein the recessed region of the foam member and the gel member exhibit approximately equal heights.
11. The anti-fatigue mat of claim 5 , wherein the foam member comprises a self-skinning foam that forms a non-slip surface at a bottom of the mat.
12. The anti-fatigue mat of claim 5 , further comprising an adhesive layer that adheres the flexible cover layer to the gel member.
13. The anti-fatigue mat of claim 5 , further comprising a scrim layer that enhances adherence of the flexible cover layer to the gel member.
14. The anti-fatigue mat of claim 5 , wherein the gel member is fabricated of sticky gel.
15. The anti-fatigue mat of claim 5 , wherein the anti-fatigue mat includes rounded corners.
16. The anti-fatigue mat of claim 1 , wherein the foam member includes a recessed region extending down into the foam member from a top of the foam member, the recessed region including a recessed region bottom that provides the support surface of the foam member.