A convertible children's walker device includes a seated walker portion and a standing walker portion. The standing walker portion is detachably mounted to the seated walker portion in a first seated-support mode wherein the standing walker portion is used in combination with the seated walker portion, and the standing walker portion is detached from the seated walker portion in a standing-support mode of use independent of the seated walker portion.

A walk assisting apparatus integrated a walker and a walk assistant includes a first body, an elevated bracket connected to the first body, a second body connected to the elevated bracket in a detachable manner and a handgrip connected to the second body in a detachable manner. The first body includes a plurality of first wheels and a first frame. The elevated bracket includes two bracing arms and a loading tray. The second body includes a plurality of second wheels, a second frame and two wedge holes formed on the second frame. The handgrip includes a handgrip bar and two latch tenons connected to two ends of the handgrip bar corresponding to the wedge holes. The invention thus formed can be easily assembled and detached to serve as the walker or the walk assistant.

An infant walker apparatus for moving automatically across a floor surface includes a housing and a seat mounted to the housing. The seat is positioned and configured to hold an infant such that the infant's legs contact a floor surface upon which the apparatus is placed during normal use. A drive system is mounted to the housing and is configured to drive the housing across the floor surface. A processor is mounted in the housing and is operatively coupled to the drive system. A plurality of sensors is mounted to the housing and is configured to cause the drive system to move the housing across the floor surface according to navigation data received from the sensors.

A mesh seating device is disclosed, which is a modified seat for use in children's walkers, jumpers, and other sit-upon apparatuses. The mesh seating device will essentially replace fabric seating with a sanitary, fabric-free seat, thus allowing for a more sanitary device for use in home and shared settings for children. The mesh seating device comprises a seat component that is configured in a round, bucket-like shape with a pair of leg through-holes. The seat component comprises an anti-microbial surface constructed entirely of silicone and constructed in a mesh configuration. Further, the seat component can accommodate disposable water-resistant covers for easy cleaning. The disposable covers are constructed with similar material as a surgical mask. Parents and caregivers can place a child in the seat with a new disposable seat cover to allow them to play in a safe sanitary environment with convenience and ease.