Abstract: A shipping container for sponge articles converts into a dispensing container for the articles by simply unfastening a hinged bottom on the container. The shipping container holds many more sponge articles than its size would apparently allow by holding the sponge articles in a compressed state.

Abstract: An applicator and/or scrub saturated with a desired fluid is packaged in a sealed, liquid-impervious pouch. The liquid-carrying applicator or scrub is made from open-cell, polyurethane foam. A cylinder of the foam is mounted on a stick. The tip end of the foam applicator is fastened to the tip of the stick in a manner that creates a rounded smooth tip. The tip end of the foam applicator may be formed into a smaller brush-like shape.

Abstract: A multilayered foam scrub sponge for cleanup prior to a surgical procedure is described. One layer serves to impart a degree of rigidity to the structure, another layer retains an antiseptic solution, while a third layer acts as a scrubbing surface. The sponge is shaped to fall easily to the human hand. A toothed profile on the edges presents a rough surface for an augmented scrubbing capability. A removable serrated insert accommodated in the center of the sponge enables insertion of the fingers to cleanse and disinfect the cuticle areas. Removal of the insert allows access to a fingernail pick stored thereunder. The sponge is stored in a solution-impregnated state within a sealed package ready for immediate use.

Abstract: A foam support pad for nonambulatory persons provides for a wide weight distribution and maximum aeration of skin areas in contact with the pad to prevent the formation of decubitus ulcers. The top surface of the pad has an array of protuberances and valleys thereon, with air channels extend through the pad. Air channel cores are located beneath the protuberances, with some of the air channel cores extending close till the top of the protuberances, and other of the air channel cores extending through the top portions of the protuberances.

Abstract: A foam support pad for nonambulatory persons provides for a wide weight distribution and maximum aeration of skin areas in contact with the pad to prevent the formation of decubitus ulcers. The top surface of the pad has an array of protuberances and valleys thereon, air channels extend through the pad, and a grooved reticulated foam layer provides a flow-through base. An electric fan disposed in the interior of the pad boosts airflow to the skin areas in contact with the pad. Cold packs or heating pads can be accommodated within the pad to adjust the temperature of the airflow accordingly.

Abstract: A foam support pad for nonambulatory persons provides for an even weight distribution and maximum aeration of skin areas in contact with the pad to prevent the formation of decubitus ulcers. The top surface of the pad has an array of protuberances and valleys thereon. Electric fans disposed throughout the pad boost airflow to the skin areas in contact with the pad. Portions of the pad are detachable along perforations to allow the insertion of pad sectors capable of accommodating a plurality of fans.

Abstract: An open cell foam pad is ripple-cut to create a convoluted face of hills and valleys. A plurality of air-flow channels are cut through the pad in each valley formed. The channels with plugs therein provide the user of the pad with the ability to direct air circulation through the pad to certain parts of the body. These air channels also function to dissipate excess body fluids or medicines. For situations demanding the highest possible amount of air circulation, the ripple-cut pad with open air-flow channels is flat-topped. The size of the flat area on each hill is determined by the weight of body to be supported. For a body weight under 100 pounds, a maximum area of 1/2 inch by 1/2 inch is used with a contact surface to open space ratio of 1:3. For a body weight between 100 and 150 pounds, a maximum area of 1 inch by 1 inch is used with a contact surface to open space ratio of 1:1. For a body weight greater than 150 pounds, a maximum of area of 11/4 inch by 11/4 inch is used.