Abstract: A foam core mattress including a cushion layer having a foam with an IFD of between about 6 to about 18 and a density of between about 1.5 lb./ft3 to about 4 lb./ft3. The mattress includes a core that is coupled with a bottom surface of the cushion layer. The core includes a matrix of rebond foam pieces that includes at least 5% foam pieces having volumes of less than about 0.5 in3, at least 40% foam pieces having volumes of between about 0.5 and 2.0 in3, and at least 20% foam pieces having volumes of greater than 2.0 in3, wherein the core has an IFD of between about 21 and 36. The mattress includes a base layer coupled with a bottom surface of the core. The base layer has an IFD of between about 28 to about 70 and a density of between 1.5 lb./ft3 to about 2 lb./ft3.

Abstract: A foam core mattress including a cushion layer having a foam with an IFD of between about 6 to about 18 and a density of between about 1.5 lb./ft3 to about 4 lb./ft3. The mattress includes a core that is coupled with a bottom surface of the cushion layer. The core includes a matrix of rebond foam pieces that includes at least 5% foam pieces having volumes of less than about 0.5 in3, at least 40% foam pieces having volumes of between about 0.5 and 2.0 in3, and at least 20% foam pieces having volumes of greater than 2.0 in3, wherein the core has an IFD of between about 21 and 36. The mattress includes a base layer coupled with a bottom surface of the core. The base layer has an IFD of between about 28 to about 70 and a density of between 1.5 lb./ft3to about 2 lb./ft3.

Abstract: Embodiments of the invention provide covers for bed components, such as mattresses and/or box-springs, which limit bed bug access to the bed component. According to one embodiment, a cover for a bed component may include an opening that provides access to an interior of the cover and through which a bed component (e.g., a mattress or box-spring) may be inserted, a zipper coupled along the opening, a zipper mechanism slidable along the zipper to couple opposing teeth of the zipper to allow the opening to be zipped closed to enclose the bed component within the cover, a first flap foldable and securable over a distal end of the zipper, a second flap foldable and securable over the first flap, and a barrier material disposed between the second flap and the zipper for applying pressure to the zipper to minimize a gap between the zipper and the first flap.

Abstract: A connector system includes at least one mattress connector that is coupled to a mattress. The mattress connectors are coupled at the head end and at the foot end of the mattress. A topper connector is coupled to a topper at a head end and a foot end of the topper. A plurality of straps are employed to couple the mattress to the topper, with the straps being coupled to the mattress connectors and the proper connectors.

Abstract: A connector system includes at least one mattress connector that is coupled to a mattress. The mattress connectors are coupled at the head end and at the foot end of the mattress. A topper connector is coupled to a topper at a head end and a foot end of the topper. A plurality of straps are employed to couple the mattress to the topper, with the straps being coupled to the mattress connectors and the proper connectors.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: Embodiments of the invention provide covers for bed components, such as mattresses and/or box-springs, which limit bed bug access to the bed component. According to one embodiment, a cover for a bed component may include an opening that provides access to an interior of the cover and through which a bed component (e.g., a mattress or box-spring) may be inserted, a zipper coupled along the opening, a zipper mechanism slidable along the zipper to couple opposing teeth of the zipper to allow the opening to be zipped closed to enclose the bed component within the cover, a first flap foldable and securable over a distal end of the zipper, a second flap foldable and securable over the first flap, and a barrier material disposed between the second flap and the zipper for applying pressure to the zipper to minimize a gap between the zipper and the first flap.

Abstract: In one embodiment, a mattress comprises a core and a cushion layer positioned above the core. A fibrous air spacer layer is positioned above the cushion layer, and a layer of visco-elastic foam is positioned above the fibrous layer. This permits the fibrous layer to be sandwiched between the cushion layer and the layer of visco-elastic material.

Abstract: A cushion may be constructed of a spacer material having a top layer, a bottom layer and a plurality of loosely arranged spacer elements that extend between the top and bottom layers so as to maintain the top layer and the bottom layer spaced apart from each other. An elastomeric gel material is incorporated into the top layer and/or the bottom layer. The gel material may also extend into at least a portion of the spacer elements.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: In one embodiment, a mattress comprises a core and a cushion layer positioned above the core. A fibrous air spacer layer is positioned above the cushion layer, and a layer of visco-elastic foam is positioned above the fibrous layer. This permits the fibrous layer to be sandwiched between the cushion layer and the layer of visco-elastic material.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: Mattress systems and methods for their construction are provided. One such mattress includes a first mattress core and a second mattress core positioned on top of the first mattress core. A border material extends along an outer first edge of the first mattress core and along an outer second edge of the second mattress core. The border material has an intermediate portion which extends between the first and second mattress cores and is coupled to at least one of the first and second mattress cores, and in some aspects to both cores.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: A method for selecting a sleep system comprises positioning a person on a mattress in a lying position. One of the person's arms extends generally perpendicular to the person's torso. A first pillow is positioned underneath the person's head, and a force is applied to the person's arm in a direction generally toward the person's feet. An amount of resistive force supplied by the person's arm is estimated and used to determine whether the proper combination of mattress and pillow is achieved.

Abstract: In one embodiment, a mattress is constructed of a core having a first side and a second side. A padding layer is positioned at the first side of the core and has a contoured surface and a planar surface. A layer of individual fiberballs is disposed on the planar surface of the padding layer.

Abstract: A method for selecting a sleep system comprises positioning a person on a mattress in a lying position. One of the person's arms extends generally perpendicular to the person's torso. A first pillow is positioned underneath the person's head, and a force is applied to the person's arm in a direction generally toward the person's feet. An amount of resistive force supplied by the person's arm is estimated and used to determine whether the proper combination of mattress and pillow is achieved.

Abstract: Mattress systems and methods for their construction are provided. One such mattress includes a first mattress core and a second mattress core positioned on top of the first mattress core. A border material extends along an outer first edge of the first mattress core and along an outer second edge of the second mattress core. The border material has an intermediate portion which extends between the first and second mattress cores and is coupled to at least one of the first and second mattress cores, and in some aspects to both cores.