A foldable diaper changing mat that includes a foldable base layer of plastic film having a surface engaging side and an upward facing side and a top edge and a bottom edge; and an infant buttocks receiving pad portion having a top end facing the top edge of the foldable base layer of plastic film and a bottom end facing the bottom edge of the foldable base layer of plastic film, wherein the infant buttocks receiving pad portion is engaged with the upward facing side and proximate the bottom edge of the foldable base layer of plastic film. The infant buttocks receiving pad portion has at least one intermediate plastic layer and a top absorbent containing layer. The infant buttocks receiving pad portion typically has a top edge facing pocket and a bottom edge facing pocket that are separated from one another.

At least one flexible sheet of material forms a casing configured to be folded into an accessory bag and unfolded into a diaper changing station. A frame assembly is at least partially disposed within the casing. A canopy is attached to the casing and an arm of the frame assembly, the arm and canopy being selectively movable between a collapsed position adjacent the base and an extended position away from the base to form an open-ended tent structure at a first end of the base. A padded diaper changing pad is disposed under the canopy. One or more pockets are formed in or attached to the base or the canopy.

The inventive concept discloses a portable diaper changing stand comprising a horizontally oriented platform, connected by a hinge mechanism to a vertically-oriented frame. The fame and platform, being hingedly connected, may either be deployed opposite each other by optimally, a ninety (90) degree angle, or folded together to form a compacted unit. The vertical frame also contains a recessed compartment for storage of various items. The diaper changing stand is constructed so as to provide for vertical mounting or placement on the surface of a bench, sofa, or similar seating structure. This is accomplished by means of U-brackets secured to the top of the frame and an extendable horizontal support bar that is vertically adjustable.

A compact diaper bag includes externally accessible dispensers of baby care supplies such as diaper/hand wipes, disposal bags and absorbent tissues. When the bag is opened, interior pockets for baby-care items such as diapers, lotion, powder, spare clothes, hand sanitizer, and the like can be accessed. The bag can be further expanded into a diaper changing configuration comprising a changing surface flanked by two dispensing bag portions attached on opposing sides of a foldable pad structure that functions as a more or less padded baby support and comprises said changing surface. All dispensers (e.g. wipes, bags, tissues) are accessible and within easy reach in both an expanded (changing station configuration) state and a collapsed (folded) state of the bag. Moreover, the diaper bag in its compact/folded state includes a separate pocket accessible from outside the closed bag (e.g. via a recloseable opening located on bottom area of bag) that can be used to enclose one or more items needed quickly for diaper changing, such as a ready diaper. Said item(s) in the pocket can then be present, laying atop the changing pad (so as to be immediately and conveniently available), when the bag is opened and expanded into a changing station configuration. The bag is adaptable to growth of a child including reconfiguration to remove the changing pad after the child no longer requires diapering.

A baby changing station is provided for a motor vehicle. That baby changing station includes a car seat having a seat bottom and a seat back. A cavity is provided in a rear face of the seat back. A cover is carried on the seat back. That cover is displaceable between a first position covering and concealing the cavity and a second position opening the cavity. The baby changing station also includes a storage net carried on a first face of the cover.

A portable storage device for carrying and storing baby products. The device includes a sheet having a front surface and a rear surface, wherein a plurality of pockets are disposed on the front surface thereof. The pockets are each specifically dimensioned so as to receive a particular item therein, such as diapers or lotions, and so as to allow the sheet to fold into a compact configuration. The pockets are removably sealable via a fastener. The sheet can be folded in half and secured in the half folded position via a zipper disposed on the periphery of the sheet. The sheet can be folded again and secured in a fully folded position via a latch disposed thereon. Further, a blanket is removably secured over the top of the sheet via mating fasteners disposed on the periphery of the sheet and the blanket.

A portable diaper changing pad for use in a motor vehicle includes a flexible elongated diaper changing pad with one or more fold lines, a flap member having multiple vertically and horizontally laid semi-rigid sections separated by horizontal and vertical fold lines. The horizontally laid segments of the flap member fold with the pad to transform into a handheld bag for storage and portability, and the vertically laid segments are selectively transformed into a required configuration for facilitating efficient and effective use of the diaper changing pad. The diaper changing pad further includes another flap member having one or more pockets suitably sized for accommodating one or more baby care products.

The present invention relates to a baby changing system with a protective wall to be used while changing a baby's diaper. The baby changing system consists of a baby changing mat and at least one protective wall. The protective wall is designed to restrict the baby from touching surfaces external to the baby changing system during use.

A foldable mat, especially a mat useful for changing baby diapers.

A changing table comprises a wall assembly and a tray assembly. The wall assembly comprises wall housing, a transparent-to-UV-light panel, and a UV light source. The wall assembly and tray assembly form a changeable angle α in between them. The tray assembly comprises an exterior first surface and an interior second surface. The second surface is configured to receive an infant and at least a portion of UV light generated by the UV light source.