Abstract: A packaged body support article, comprising a compressed and rolled body support article predominantly comprising one or more foams; a sealed, airtight material maintaining the body support article in the rolled state; and a container comprising a dispensing port and housing the composition. Methods and systems for forming the packaged body support article.

Abstract: A composition, comprising a solvent and a compound selected from antimicrobial compounds or antiviral compounds. The compound is soluble in the solvent and/or emulsifiable in the solvent. The solvent and the compound are present in the composition at concentrations such that the composition are non-toxic to humans, dogs, and cats. The composition is capable of being applied onto a surface.

Abstract: A packaging article comprising a wall having an outer surface and an inner surface is disclosed along with methods of forming the packaging article. A first patch consisting essentially of an adhesive and one or more materials that biodegrade within about 6 months include a first seed associated therewith. The first patch is adhered to the inner surface of the packaging article and is removable therefrom without a use of a tool, by a human being. The first seed is configured to remain associated with the first patch after removal of the first patch from the inner surface, and the first seed has at least a 50% likelihood of germinating within thirty days after deployment of the first patch under at least about one inch of soil under climatic and meteorological conditions appropriate for germination of the first seed.

Abstract: A body support article, wherein the body support article comprises a top face, a bottom face opposed to the top face, a left side face, a right side face opposed to the left side face, a head side face, and a foot side face opposed to the head side face, the body support article comprising a viscoelastic foam layer; and a pyrethroid, wherein the pyrethroid is disposed in a first zone of the body support article, wherein the first zone consists of a volume of the body support article having an upper first zonal face. Methods of making body support articles comprising a pyrethroid.

Abstract: A body support article, comprising a viscoelastic foam layer, and water insoluble copper oxide particles, wherein a portion of the particles are exposed on at least one surface of the body support article. The copper particles may be embedded in the viscoelastic foam layer or in a cover comprising a polymer, wherein the cover is positioned over viscoelastic foam layer on the least one surface. Methods of making such body support articles.

Abstract: A viscoelastic foam layer, comprising a polyurethane comprising: from about 15 weight parts to about 75 weight parts toluene diisocyanate (TDI) residues per 100 weight parts polyol residues; wherein the viscoelastic foam layer: has a density less than or equal to 2 pounds/cubic foot (0.032 g/cm3), has an air flow greater than or equal to 2.5 CFM (0.07 m3/min), has a recovery time greater than or equal to 4 seconds, has an indentation force deflection (IFD) less than or equal to 10 pounds/square foot (478.8 Pa), has a height loss less than or equal to 10% after prolonged compression of 90% of an original height. A method of making the viscoelastic foam layer. A body support article comprising the viscoelastic foam layer.

Abstract: I disclose a composition, comprising a solvent; and a compound selected from antimicrobial compounds or antiviral compounds. I also disclose packaging articles comprising a base article having an outer surface and an inner surface; and a coating on at least a portion of the outer surface of the base article, wherein the coating comprises a compound selected from antimicrobial compounds or antiviral compounds. I also disclose methods of forming the composition and forming the packaging article and systems for forming the packaging article.

Abstract: The disclosure provides a cushion including an outer cover defining an interior cavity, and inner filler material disposed within the interior cavity. The inner filler material may comprise at least one molded block of polyurethane foam. The outer cover and/or the inner filler material may be porous to at least water. The cushion further includes a waterproof coating to the outer surface the inner filler material and forming waterproof seal extending entirely thereabout after curing. The waterproof coating comprises butyl acrylate within the range of 17-32 wt %, styrene within the range of 13-26 wt %, and deionized water within the range of 42-70 wt % prior to curing. The waterproof coating may further include auxiliary components within the range of 0.5-8 wt % prior to curing. The auxiliary components may include acrylic acid, sodium lauryl sulfate, an emulsifier component, ammonium peroxydisulfate, sodium bicarbonate, sodium phosphate, tertiary and tributyl phosphate.

Abstract: A unit for inflating an inflatable object includes a first sub-system for initially inflating the inflatable object and a second sub-system for automatically adding air to the inflatable object when the air pressure within the object falls below a predetermined threshold after inflation. The air pressure within the inflatable object is monitored and measured by an electric pressure sensor that communicates with a PC circuit board. The unit allows air into and out of the inflatable object using a solenoid configured to open and close a valve. The first and second sub-systems are both contained within the same housing affixed to the inflatable object and use the same solenoid and valve to add air into the inflatable object.

Abstract: A cushion filler material including a plurality of loose pieces of filler material and a plurality of gel material pieces is disclosed. The cushion filler material may be used in, for example, bedding products and furniture cushions.

Abstract: A pillow with improved air flow is provided. The pillow includes a including an upper face, a lower face, four peripheral sides, a first gusset section and a first vent. The first gusset section extends along at least a portion of one of the peripheral sides. Also, at least a portion of the first vent configured as part of the upper face. In another aspect of the present invention, the first vent is configured to be a part of the upper face, one of the peripheral sides adjacent the first gusset and the lower face.

Abstract: A removable ventilator is equipped to hold an air filter, the ventilator being designed for placement in a building foundation, for example between concrete blocks. The front of the ventilator faces away from the building when the ventilator is installed. The rear of the ventilator faces into the building when the ventilator is installed. At least one securing device is located at the rear of the ventilator, for securing the air filter to the rear. At least one manual handling feature is located at the front of the ventilator, for removing the ventilator from between the concrete blocks.

Abstract: A removable ventilator is equipped to hold an air filter, the ventilator being designed for placement in a building foundation, for example between concrete blocks. The front of the ventilator faces away from the building when the ventilator is installed. The rear of the ventilator faces into the building when the ventilator is installed. At least one securing device is located at the rear of the ventilator, for securing the air filter to the rear. At least one manual handling feature is located at the front of the ventilator, for removing the ventilator from between the concrete blocks.