An infant sleep bag, comprising a main body including multiple fixing points and arm or wing portions arranged on either side of the main body, wherein respective arm or wing portions include fixing means to engage with respective ones of the multiple fixing points, whereby to enable the arm or wing portions of the bag to be placed into selected ones of multiple configurations.

A blanket formed from multiple layers including a fabric layer on the top and a base layer on the bottom where the base layer may include a waterproof coating on at least one side. The blanket may also include an insulation layer and an adhesive scrim layer positioned between the fabric layer and the base layer. The layers of the blanket may be attached using a combination of stitching along with an adhesive to form a blanket that is waterproof and is secured together such that the fabric layer does not move relative to the base layer.

A beach blanket including a stretchable main panel having two opposite sides comprising a body supporting top side for individuals to sunbath on and a bottom side for resting on a sandy beach surface, and a plurality of invertible bags attached to perimeter of the stretchable main panel. Each bag pivots about the stretchable main panel to allow users to scoop a large quantity of sand within each bag. The sand-filled bags are positioned on the beach to provide opposing tension on the main panel to easily eject sand off the blanket, and to securely anchor the beach blanket onto a beach which also prevents wind from blowing the beach blanket away.

A beach blanket including a stretchable main panel having two opposite sides comprising a body supporting top side for individuals to sunbath on and a bottom side for resting on a sandy beach surface, and a plurality of invertible bags attached to perimeter of the stretchable main panel. Each bag pivots about the stretchable main panel to allow users to scoop a large quantity of sand within each bag. The sand-filled bags are positioned on the beach to provide opposing tension on the main panel to easily eject sand off the blanket, and to securely anchor the beach blanket onto a beach which also prevents wind from blowing the beach blanket away.

A wearable blanket covers a wearer in a five point harness over both shoulders, around a waist and a crotch of the wearer includes a left and a right sleeve and a neck in a shoulder portion and a back portion extending to armpits of the wearer. A torso portion extends from the shoulder portion over a chest and down to the waist of the wearer. A left side flap and a right side flap extend from the torso portion and are available to tuck under a back and a bottom of the wearer. A leg portion extends from the waist of the torso portion and includes a portion of the left and the right side flaps. A feet pocket extends over both legs from the leg portion and configured to enclose the feet and the legs of the wearer. An elastic sustains the feet pocket adjacent the wearer's knees.

Exemplary embodiments of an improved water mat system comprise a plurality of polymeric, closed-cell foam panels, each of the plurality of panels taking any suitable shape and defining a top surface and a bottom surface. A plurality of hinge components are configured and placed to connect the plurality of panels and operable to transition the water mat system between a deployed state and a stored state. When the water mat system is in the deployed state the plurality of panels are positioned in an end-to-end arrangement such that the top surfaces of the panels collectively define a substantially common plane (i.e., the panels are laid out end-to-end). When the water mat system is in the stored state the top surface of a first one of the plurality of panels is juxtaposed to the bottom surface of a second one of the plurality of panels (i.e., the panels are stacked).

Exemplary embodiments of an improved water mat system comprise a plurality of polymeric, closed-cell foam panels, each of the plurality of panels taking any suitable shape and defining a top surface and a bottom surface. A plurality of hinge components are configured and placed to connect the plurality of panels and operable to transition the water mat system between a deployed state and a stored state. When the water mat system is in the deployed state the plurality of panels are positioned in an end-to-end arrangement such that the top surfaces of the panels collectively define a substantially common plane (i.e., the panels are laid out end-to-end). When the water mat system is in the stored state the top surface of a first one of the plurality of panels is juxtaposed to the bottom surface of a second one of the plurality of panels (i.e., the panels are stacked).

This disclosure relates to apparel, clothing, and/or other body coverings. In particular, some implementations of the described systems and methods provide a body cover that is configured to cover a user's arms, legs, feet, and/or front side. In some cases, the covering's backside is configured to remain open such that the covering can easily be placed over a person while that person is in a car seat, a wheelchair, and/or any in any other suitable location. Other implementations are also described.

A T-link hinge for hingeably connecting first and second members comprises a link portion having a T-shaped cross-section including a top region and a bottom region, wherein the top region has a width greater than a width of the bottom region. The link portion comprises first and second thru holes formed in the bottom region of the link portion adjacent each the respective first and second ends of the link portion. Each of the first and second members to which the link portion is to be mounted includes thru holes. In an assembled configuration of the link portion and the first and second members, the thru holes formed on the first and second members axially align with the pair of thru holes in the link portion and are connected by first and second pins.

Exemplary embodiments of an improved water mat system comprise a plurality of polymeric, closed-cell foam panels, each of the plurality of panels taking any suitable shape and defining a top surface and a bottom surface. A plurality of hinge components are configured and placed to connect the plurality of panels and operable to transition the water mat system between a deployed state and a stored state. When the water mat system is in the deployed state the plurality of panels are positioned in an end-to-end arrangement such that the top surfaces of the panels collectively define a substantially common plane (i.e., the panels are laid out end-to-end). When the water mat system is in the stored state the top surface of a first one of the plurality of panels is juxtaposed to the bottom surface of a second one of the plurality of panels (i.e., the panels are stacked).