Abstract: A biodegradable absorbent mat for absorbing and containing moisture including debris from pet feet, consisting of a bottom layer formed of an organic absorbent mesh composite, a top layer affixed and overlying said bottom layer, having an alternating combination of stitched paper ruffles and helically intertwined brush fibers. The organic mesh composite may be burlap or paper, treated with starch for rigidity, and then coated with a natural gum or latex to enhance friction grip and provide a moisture barrier. The configuration of the stitched paper ruffles, provide maximum exposure of the cut linear edges of the ruffles to a pet's feet. The cut linear edges wick away moisture increasing the rate of absorbency. The stitched paper ruffles provide increased capacity for absorbency and debris containment. The helically intertwined brush fibers primarily remove debris from pet feet, and also provide a secondary function of containment of debris.

Abstract: A delivery bed includes two spaced foot support assemblies which project outwardly from one end thereof. Each foot support assembly includes a first horizontally extending member having a top surface with transversely extending grooves and having a bottom surface, and a second member having two spaced, transversely extending rods which respectively slidably engage the top surface and bottom surface of the first member, the second member having therein a foot-shaped recess. A pad can be removably supported on the two foot support assemblies without any need for additional support structure for the pad intermediate the foot support assemblies. The pad is held in place by two fastening straps which extend downwardly between the foot support assemblies and are each releasably coupled to a respective one of the foot support assemblies. Alternatively, the pad can be held in place by brackets on the pad which releasably engage brackets provided on the foot support assemblies near the outer ends thereof.