Inflatable seating apparatus

Abstract

The present invention surrounds a seating apparatus having an arm-rest assembly configured to traverse behind a seat-back, and arm-rests which extend forward of the seat back. Embodiments discussed herein include an inflatable chamber for providing positive buoyancy and structure. Certain embodiments of the present invention are configured primarily for use in a body of water, while other embodiments are configured for use in water or upon a surface.

What is claimed is: 
     
         1 . A seating apparatus comprising:
 an inflatable seat-back comprising a rear surface;   a seat-bottom interconnected to the seat-back;   an inflatable arm-rest assembly comprising a first arm-rest, a second arm-rest, and a cross-member;   wherein the rear surface of the seat-back is interconnected to the cross-member; and   wherein the first arm-rest is configured to extend forward of the seat-back on a first side of the seat-back and the second arm-rest is configured to extend forward of the seat-back on a second side of the seat-back. The seating apparatus of claim  1 , wherein the seat-back is adapted to rotate relative to the cross-member. The seating apparatus of claim  1 , wherein the rear surface of the seat-back is hingedly interconnected with the arm-rest assembly. The seating apparatus of claim  1 , wherein the arm-rest assembly comprises a substantially planar upper surface and a substantially planar lower surface. The seating apparatus of claim  1 , wherein the first arm-rest, second arm-rest, and cross-member are co-planar. The seating apparatus of claim  1 , further comprising a magnetic connection apparatus interconnected to a top surface of the first arm-rest or the second arm-rest. The seating apparatus of claim  1 , wherein the arm-rest assembly comprises a plurality of inflatable chambers. The seating apparatus of claim  1 , wherein the seat-back and arm-rest assembly comprise drop-stitch construction. The seating apparatus of claim  8 , wherein the seat-back and arm-rest assembly are adapted to inflate to at least about 10 PSI. The seating apparatus of claim  1 , wherein the seat-bottom comprises a flexible sheet. The seating apparatus of claim  8 , further comprising:   a first leg having a top aspect interconnected to a bottom surface of the first arm-rest and extending vertically downward below a bottom surface of the seat-bottom;   a second leg interconnected to a bottom surface of the second arm-rest and extending vertically downward below the bottom surface of the seat-bottom; and   wherein a bottom aspect of the first leg and a bottom aspect of the second leg are configured to rest on a surface to support the seating apparatus. The seating apparatus of claim  11 , wherein the first leg and second leg comprise drop-stitch construction. The seating apparatus of claim  12 , wherein the top aspect of the legs interconnect with the arm-rests above the seat-bottom, and wherein the bottom aspects of the legs extend rearward beyond a rearward extent of the seat-bottom. The seating apparatus of claim  12 , wherein the bottom aspects of the legs extend forward beyond a forward extent of the seat-bottom. The seating apparatus of claim  1 , further comprising:   a rearward suspension element interconnected between a rearward aspect of the seat-bottom and the seat-back;   a first forward suspension element interconnected between a forward aspect of the seat-bottom and the first arm-rest; and   a second forward suspension element interconnected between the forward aspect of the seat-bottom and the second arm-rest. The seating apparatus of claim  15 , wherein the forward suspension elements, and the rearward suspension element each comprise a flexible sheet. The seating apparatus of claim  16 , wherein the seat-bottom and forward suspension elements comprise a unitary piece of flexible sheet. The seating apparatus of claim  16 , wherein the rearward suspension element comprises:   a first portion configured to interconnect with the front surface of the seat-back; and   a second portion configured to interconnect with a rear surface of the seat-back. The seating apparatus of claim  12 , further comprising a first magnetic connection apparatus interconnected with a top surface of the arm-rest assembly. The seating apparatus of claim  1 , wherein the arm-rest assembly is buoyant, and the seat-bottom is non-buoyant.