An infant carrier includes a main frame, at least one first support, at least one second support, a seatback and a seat pan pivoted to one another, so as to form a linkage mechanism. The seatback, the seat pan, the main frame, and the at least one second support are inclined to one another when the infant carrier is in a first mode. A longitudinal direction of the seat body and a longitudinal direction of the main frame are substantially parallel to each other when the infant carrier is in a second mode. Therefore, it allows an infant to sit in or lie on the infant carrier comfortably depending on the actual situation.

An infant seat includes a seat back member including an outer hub, a seat support member including an inner hub, a seat structure connected to the seat back member, and a locking mechanism including a slide gear and operably disposed on the seat back member. The inner hub is pivotably connected to the outer hub to make the seat back member rotatably connected to the seat support member for forming a cross bar structure. The slide gear is slidable within the outer and inner hubs for engaging with the outer and inner hubs to stop rotation of the inner hub on the outer hub. When the locking mechanism translates the slide gear to an unlocked position, the slide gear is disengaged from the outer hub to make the seat back member rotatable relative to the seat support member for adjusting a tilt angle of the seat structure.

A drive mechanism which is adapted for use with a swing device includes at least one electromagnetic driving unit and a control unit. The at least one electromagnetic driving unit is adapted to be pivotally connected to a bottom of the swing device. The control unit is electrically connected to the at least one electromagnetic driving unit for controlling the at least one electromagnetic driving unit to be activated and deactivated, so as to generate an intermittent magnetic force to drive swinging movement of the swing device. The swing device including the drive mechanism is also disclosed.

A device for generating a rocking movement on a rocker, in particular a baby rocker, includes a driver that can be moved by a power feeder, and drives the rocker in a repeating movement, with a sensor for determining a sensor signal that is influenced by the movement state of the rocker, with a control circuit for controlling the power feeder as a function of the sensor signal. In order to drive the rocker with the frequency of its free oscillation, the movement of the driver is clocked by the sensor signal.

A chair facilitates both rocking and bouncing. The chair includes a base adapted to support a seating portion, the seating portion having a surface adapted to be sat on by a user. The seating portion has a bouncing mechanism, such as an exercise ball. A rocking mechanism is provided to cause the base to rock. The rocking mechanism facilitates the rocking back and forth of the user when the user is seated on the seating portion, and the bouncing mechanism facilitates the bouncing of the user when the user is seated on the seating portion. The bouncing is in a bouncing direction that is different than the direction of rocking. The chair is particularly useful for calming a baby and/or for facilitating stimming.

A fitness device is provided, the fitness device comprising: an elastomeric member having an interior cavity, the elastomeric member comprising a cylindrical portion extending between a first hemispherical endcap and a second hemispherical endcap, wherein a surface of the elastomeric member defines an aperture positioned between the interior cavity and an exterior of the elastomeric member; and a structured surface positioned on the surface of the elastomeric member over the aperture, the structured surface extending into the interior cavity of the elastomeric member.

A modular cradle system for children's gear includes a modular cradle assembly having a hinge frame, coupling hubs extending from the hinge frame, and a child receiving receptacle connectable with the hinge frame. The modular cradle system can be detachably coupled to various gear product bases such as a rocker base, swing, highchair, bassinet, play yard or other desired product base.

A baby carriage comprises a frame and a cushion. The cushion is disposed on the frame. The cushion comprises a plurality of reinforcing plates and a fabric cover. The reinforcing plates are disposed in the fabric cover. The reinforcing plates are arranged side by side and separated from each other. At least one of the reinforcing plates comprises a plate body and a first reinforcing rib. The plate body has a plurality of through holes formed thereon. The first reinforcing rib is located on a bottom surface of the plate body. The first reinforcing rib comprises a straight section and a curved section. The curved section extends from the straight section. A gap exists between an end of the curved section and one of the straight section and the curved section.

A rocker includes a frame and a seat coupled to the frame for receiving an infant therein. The frame includes a front and a rear frame portion generally oppositely extending along a longitudinal axis. The first and second frame portions are pivotally coupled together to move between an upright configuration and a collapsed configuration. The front and rear frame portions include rocking surfaces that are configured to rock on a support surface in a side-to-side motion transverse to the longitudinal axis, with the infant positioned in the seat in a head-to-foot longitudinal orientation.

A convertible children's seat that can be used as a bouncer, a rocker, or as a stationary seat. The convertible children's seat provides a grow-with-me aspect to a typical children's seat by allowing the seat to change to fit the needs of the child as he/she grows and develops.