A baby accessory storage assembly comprising a portable body with a bottom wall and a sidewall surrounding the bottom wall, wherein the bottom wall and sidewall define a storage cavity. The storage assembly has one or more partition walls within the storage cavity defining a plurality of sub-storage cavities for customized storage. Further, at least two hinged clamping assemblies, each rotatably coupled to the sidewall and disposed at the rear end of the body, are operably configured to selectively adjust, through use of a fastener, a width therein between, so as to effectively clamp and attach the storage assembly to a variety of different structures. The clamp assemblies are operable to rotate to allow the clamp assemblies to lock into one of two different positions. The assembly may also include a pull-out table, additional storage compartments, and elastic bands on the inner and outer surfaces of the portable body.

A playard includes a collapsible frame having scissoring members vertically extending and forming sides, the frame lacking horizontal top members, a removable fabric enclosure, the removable fabric enclosure including a removable top portion, and a removable bottom portion, the removable top portion secured to an upper portion of the collapsible frame with an attachment device configured to removably engage corresponding receptacles in the upper collapsible frame.

A playard includes a collapsible frame having scissoring members vertically extending and forming sides, the frame lacking horizontal top members, a removable fabric enclosure, the removable fabric enclosure including a removable top portion, and a removable bottom portion, the removable top portion secured to an upper portion of the collapsible frame with an attachment device configured to removably engage corresponding receptacles in the upper collapsible frame.

A protective cover for public diaper changing stations includes a top rectangular panel, a bottom rectangular panel, a folded edge, a sewn edge, a fixed-conner connection, and an insertion-corner connection. The top rectangular panel and the bottom rectangular panel are oppositely positioned of each other about the folded edge. The sewn edge is perpendicularly positioned to the folded edge about the fixed-corner connection. The top rectangular panel and the bottom rectangular panel are terminally connected to each other through the sewn edge. The insertion-corner connection is diametrically opposed of the fixed-corner connection. The top rectangular panel and the bottom rectangular panel are connected to each other through the insertion-corner connection thus delineating two openings for the insertion of the protective cover.

A protective cover for public diaper changing stations includes a top rectangular panel, a bottom rectangular panel, a folded edge, a sewn edge, a fixed-conner connection, and an insertion-corner connection. The top rectangular panel and the bottom rectangular panel are oppositely positioned of each other about the folded edge. The sewn edge is perpendicularly positioned to the folded edge about the fixed-corner connection. The top rectangular panel and the bottom rectangular panel are terminally connected to each other through the sewn edge. The insertion-corner connection is diametrically opposed of the fixed-corner connection. The top rectangular panel and the bottom rectangular panel are connected to each other through the insertion-corner connection thus delineating two openings for the insertion of the protective cover.

A baby changing station includes a wall mount for mounting to wall, a bed, a first frame for pivotably mounting the bed to the wall mount in a horizontal position, and a second frame for pivotably mounting the bed to the wall mount in vertical portion.

The present invention relates to a smart diaper changing pad for weighing an infant or toddler and communicating the recorded information wirelessly to a mobile computer. The diaper changing pad incorporates force or mass sensors for measuring weight. The changing and cleaning pad and a separate computing system are wirelessly connected, either directly or through a network capable of both internal and external communication. An application installed on the mobile computer can track measurements from the diaper changing pad and keep a historical record, which may provide peace of mind and insight into a baby's health and development. The key components of the product are a soft pad, a rigid platform, one or more sensors capable of measuring force or weight, a power source, a memory, a processor, and a wireless communication method. The invention can optionally include a display and a number of user inputs such as buttons or switches.

The present invention relates to a smart diaper changing pad for weighing an infant or toddler and communicating the recorded information wirelessly to a mobile computer. The diaper changing pad incorporates force or mass sensors for measuring weight. The changing and cleaning pad and a separate computing system are wirelessly connected, either directly or through a network capable of both internal and external communication. An application installed on the mobile computer can track measurements from the diaper changing pad and keep a historical record, which may provide peace of mind and insight into a baby's health and development. The key components of the product are a soft pad, a rigid platform, one or more sensors capable of measuring force or weight, a power source, a memory, a processor, and a wireless communication method. The invention can optionally include a display and a number of user inputs such as buttons or switches.

A diaper changing apparatus that restrains an infant, child, or special need individual in a way that aids the caregiver's ability to manipulate his or her position and orientation to provide access to the diaper area during diaper changing activities. The apparatus allows the caregiver to easily lift the legs and buttocks, providing access to the underside of the infant, child, or special need individual for diaper changing activities. In some embodiments, adjustments to the height of the legs and buttocks and the separation of the legs may be made during a diaper change by moving a restraint of the apparatus in the direction of the desired adjustment. Some embodiments aid a caregiver by restraining the arms, chest, or torso to prevent the infant, child, or special needs individual from interfering with the diaper change, but without immobilizing him so much that the caregiver cannot easily adjust his position.

A diaper changing apparatus that restrains an infant, child, or special need individual in a way that aids the caregiver's ability to manipulate his or her position and orientation to provide access to the diaper area during diaper changing activities. The apparatus allows the caregiver to easily lift the legs and buttocks, providing access to the underside of the infant, child, or special need individual for diaper changing activities. In some embodiments, adjustments to the height of the legs and buttocks and the separation of the legs may be made during a diaper change by moving a restraint of the apparatus in the direction of the desired adjustment. Some embodiments aid a caregiver by restraining the arms, chest, or torso to prevent the infant, child, or special needs individual from interfering with the diaper change, but without immobilizing him so much that the caregiver cannot easily adjust his position.