Abstract: A reversible pillow includes a plurality of cut foam pieces enclosed between a first external fabric layer of the pillow and an internal mesh layer. A second external fabric layer is coupled to the first external fabric layer and the internal mesh layer. An aperture opening into a space between the second external fabric layer and the internal mesh layer provides access into the interior of the pillow, and a flap closure extends over the aperture. To shift the pillow from a normal-use state, in which the mesh layer is between the first and second external fabric layers, to a wash-ready state in which the first external fabric layer is positioned between the second external fabric layer and the mesh layer, a user reaches through the aperture and pulls the pillow inside out.

Abstract: Embodiments are directed towards a pillow with reversible core and its original embodiment of a removable core, that both includes a plurality of cut foam pieces of various or similar shapes/sizes. The pillow may include an outer shell that reverses to pen the pillow core to mesh netting or a secondary inner shell case (i.e., the removable core). The outer shell case may be made of a plurality of layers, including a backing layer positioned between an external layer and an internal layer. As a reversible case, the embodiment has no removable inner core, but a reversible core. The reversible embodiment is much easier and less expensive to manufacture and wash. The backing layer may comprise a foam material. As an embodiment with a removable core, the internal layer and the inner shell case may comprise an open mesh material. As a reversible case, the core pulls out and is stuffed back inside, while being held together by mesh netting.

Abstract: Embodiments are directed towards a pillow with a removable core that includes a plurality of cut foam pieces of various or similar shapes/sizes. The pillow may include an outer shell case and an inner shell case (i.e., the removable core). The outer shell case may be made of a plurality of layers, including a backing layer positioned between an external layer and an internal layer. The backing layer may comprise a foam material. And the internal layer and the inner shell case may comprise an open mesh material. The inner shell case may be removably inserted into the outer shell case. A plurality of foam pieces may be disposed inside the inner shell case.

Abstract: Embodiments are directed towards a pillow with a removable core that includes a plurality of cut foam pieces of various or similar shapes/sizes. The pillow may include an outer shell case and an inner shell case (i.e., the removable core). The outer shell case may be made of a plurality of layers, including a backing layer positioned between an external layer and an internal layer. The backing layer may comprise a foam material. And the internal layer and the inner shell case may comprise an open mesh material. The inner shell case may be removably inserted into the outer shell case. A plurality of foam pieces may be disposed inside the inner shell case.

Abstract: Embodiments are directed towards a pillow with a removable core that includes a plurality of cut foam pieces of various or similar shapes/sizes. The pillow may include an outer shell case and an inner shell case (i.e., the removable core). The outer shell case may be made of a plurality of layers, including a backing layer positioned between an external layer and an internal layer. The backing layer may comprise a foam material. And the internal layer and the inner shell case may comprise an open mesh material. The inner shell case may be removably inserted into the outer shell case. A plurality of foam pieces may be disposed inside the inner shell case.

Abstract: A “flexible filtering filling material”, of pieces that are 100% open cell reticulated polyurethane foam. The pieces filter out the damp warm condition within the filling, haltering the proliferation of microorganisms, giving the product a more sanitary and longer life.