A cushioning apparatus such as a pillow which includes an upper pocket with reception cavity for receiving preferably loose or grouped non-integral filler material such as down, fiberfill or fiber-balls and another pocket for receiving additional filler material such as a foam core filler material. The foam core filler material is preferably an integrated or monolithic foam body of, for example, visco-elastic or alternate polyurethane foam. The core preferably has a non-planar upper surface contour allowing for a relatively thin, consistent height upper pocket thickness. The pillow also preferably includes a lower pocket joined about its periphery to the upper pocket such as by way of an intermediate gusset panel with beading and with the lower pocket also receiving loose or non-integrated filler material and with the bottom surface of the core preferably having a convex surface such as one symmetrical with the top surface.
A cushioning device as in a pillow that has a main-body foam which a plurality of projections extend off a surface of the main-body. The projections are arranged in different support characteristic groupings such as rows of different volume or sized projections (e.g., cylindrical, cubical, prismatic, etc.) spaced out over a surface (e.g., convex surface) of the pillow (one or more surface sections as in upper surface sections and front edge surface section). There is also preferably provided a neck support ridge extension. The cylindrical projections are arranged such that a greater number of smaller volume, width or diameter, etc. rows of projections are centrally positioned on the surface and with the larger volume, width, or diameter, etc. projections laterally outward of the more centrally positioned projections, and with the ridge extension preferably extending along a front edge (e.g., commensurate with the extreme front edge surface or to some extent back in a front edge region of the front edge) of the pillow for a full length of the pillow.
