초록 ▼

The present disclosure includes systems and techniques relating to stadium seats or a seat cushions composed of materials configured in a sandwich construction. In some implementations, an apparatus, systems, or methods can include a durable bottom layer that is adapted to provide traction on a bott

The present disclosure includes systems and techniques relating to stadium seats or a seat cushions composed of materials configured in a sandwich construction. In some implementations, an apparatus, systems, or methods can include a durable bottom layer that is adapted to provide traction on a bottom surface of the portable composite stadium seat cushion, an insulating core layer that is adapted to provide contoured and cushioned support for sitting on the portable composite stadium seat cushion, and a pliable top layer that is resilient and protects the core layer.

대표청구항 ▼

1. A portable composite stadium seat cushion comprising: a bottom layer comprising a durable material adapted to provide traction on a bottom surface of the portable composite stadium seat cushion;a core layer comprising an insulating material, which is different than the durable material, the insul

1. A portable composite stadium seat cushion comprising: a bottom layer comprising a durable material adapted to provide traction on a bottom surface of the portable composite stadium seat cushion;a core layer comprising an insulating material, which is different than the durable material, the insulating material adapted to provide contoured and cushioned support for sitting on the portable composite stadium seat cushion;a top layer comprising a pliable material, which is different than both the durable material and the insulating material, wherein the top layer is resilient and protects the core layer;a pocket insert having a cavity including two opposing surfaces, the pocket insert being recessed into the core layer and comprising a load distribution element, the load distribution element being ring shaped and embedded, at least in part, within the portable composite stadium seat cushion; andan attachment pin coupled to the two opposing surfaces of the pocket insert. 2. The portable composite stadium seat of claim 1, wherein the load distribution element is adapted to absorb tensile loads. 3. The portable composite stadium seat of claim 1, wherein the attachment pin is integral to the pocket insert. 4. The portable composite stadium seat of claim 1, wherein the portable composite stadium seat comprises a front face and a rear face opposing the front face, and wherein at least one of the bottom layer, the core layer, and the top layer is configured such that the portable composite stadium seat is sloped downwards from the rear face towards the front face. 5. The portable composite stadium seat of claim 1, wherein the bottom surface of the portable composite stadium seat cushion has a traction pattern. 6. The portable composite stadium seat of claim 1, wherein the pliable material of the top layer is durable, abrasion resistant, and waterproof. 7. The portable composite stadium seat of claim 1, wherein the pliable material of the top layer is neoprene. 8. The portable composite stadium seat of claim 1, wherein the insulating material of the core layer is closed cell foam. 9. The portable composite stadium seat of claim 1, wherein the durable material of the bottom layer is pliable, abrasion resistant, and waterproof. 10. The portable composite stadium seat of claim 1, wherein the durable material of the bottom layer is rubber.