A configuration for a unitary pillow sham (10a) to cover individually a plurality of pillows with a corresponding plurality of individual pillow pockets secured as one collective unit comprising an elongated one-piece length of fabric folded and secured at predetermined locations to define a plurality of pillow-receiving pockets configured in a side-by-side connecting, horizontal row and further to define vertical side flanges (36a-b). A selvage or hem first is secured about the perimeter of the one-piece fabric length. The fabric length is then folded about itself into three sections (14), (16), and (18) with first section (14) folded about a fold line (20) upon second section (16) so that first section (14) and second section (16) are in contact with each other, third section (18) folded about a fold line (22) upon second section (16) so that third section (18) is in partial contact with second section (16) and partially overlaps and contacts first section (14). The folded section configuration is secured with stitching (28) to present a plurality of pillow pockets (38), (40), and (42) in a pillow-receiving condition, and further to present vertical side flanges (36a-b). The final design provides an overall smooth appearance to each individual pillow pocket which allows firm retaining of a pillow therein and a collective design that provides superior appearance, camouflage, and function to quickly and easily span from side to side the space near the head of a bed formerly occupied by a plurality of individual conventional pillow shams placed in horizontal, contiguous relation to each other within a conventional pillow sham display and further provides a design whose manufacturing process reduces labor and reduces and eliminates inside-out construction, raw seams, raw seam edges, and seam edge treatments such as trimming and serging.

A bedding cover having a hidden multisided access flap for improved access to a pocket of the bedding cover generally comprising a front panel stitched to a back panel providing a pocket between the front panel and the back panel. A multisided access flap within the back panel provides access to the pocket. A first fastener securing a first side of the access flap is substantially covered by a first hiding flap provided by an edge of the back panel opposing the first side of the access flap. A second fastener positioned substantially perpendicular to the first fastener secures a second side of the access flap and provides multidirectional access to the pocket. A second hiding flap substantially provided by a second edge of the back panel opposing the second side of the access flap covers the second fastener.