The dual infant rocking device is adapted for use with two infant/toddlers. The infant/toddlers sit in the dual infant rocking device. The dual infant rocking device is a rocking structure. By rocking structure is meant that the one or more selected individuals seated in the dual infant rocking device are moved in a rhythmic motion relative to the force of gravity. The dual infant rocking device includes a pedestal structure, a plurality of seats, and a control circuit. The pedestal structure, the plurality of seats, and the control circuit are attached to form a single object. The plurality of seats receive the one or more selected individuals. The control circuit provides the motive forces that rock the plurality of seats. The pedestal structure transfers the loads of the plurality of seats, the one or more selected individuals, and the control circuit to a supporting surface.

An adjustable infant chair includes a base, arm or middle frame, joined to the base and a seat rotatable joined to the arm or middle frame. The infant chair is adjustable up and down, relative to the base by increasing an angle between the arm and the base, while maintaining an angle between the seat and the base. Advantageously, in one form, the infant seat includes a bouncer or vibration mechanism.

The present disclosure provides a baby rocking chair, belonging to the technical field of baby products. The baby rocking chair includes a rocking chair frame having an unfolded state and a folded state, and a cloth cover connected to the rocking chair frame; the rocking chair frame includes a rocking chair base and a rocking chair enclosure rotatably connected to a top of the rocking chair base around a first axis; a linkage assembly is arranged between the rocking chair enclosure and the rocking chair base, and the linkage assembly is capable of unfolding and folding following the rocking chair enclosure; and a locking assembly is arranged between the linkage assembly and the rocking chair enclosure to lock the linkage assembly and the rocking chair enclosure to each other.

A bouncing support structure for baby walker includes a tubular stand, an upper housing and a lower housing respectively sleeved on an upper end and a lower end of the tubular stand, wherein the upper housing and the lower housing are selectively and reciprocally moved relative to the tubular stand, and respectively connected to an upper frame and a lower frame of the baby walker. An expandable tube sleeved on the tubular stand. The expandable tube has two opposite ends respectively connected to the upper housing and the lower housing. A resilient device is received in the tubular stand, wherein the resilient device has a first end secured on the tubular stand and a second end secured on the upper housing. The bouncing support structure provides a bouncing function to the baby walker when the upper housing is reciprocally moved relative to the tubular stand.

Various embodiments of the present invention are directed to a children's bouncer controlled by a bouncer control device configured to detect the natural frequency of the children's bouncer utilizing a motion sensing apparatus, such as a Hall effect sensor, and maintain oscillation of the children's bouncer via a magnetic drive mechanism. The magnetic drive mechanism may include a sliding mobile member driven by an electromagnet in order to impart a motive force to the children's bouncer.

An improved infant support structure is disclosed herein. The swing contains a frame, a motor compartment, a hanger arm, and a seat. The frame is configured to suspend the motor compartment, the hanger arm, and the seat above the support surface. The hanger arm extends downwardly from the motor compartment, and is capable of a first type of motion and a second type of motion. The first type of motion may cause the hanger arm and seat to rotate about a vertical axis. The second type of motion may cause the hanger arm and seat to sway or swing along a substantially circular curvilinear arc within a horizontal plane. The motor compartment may cause the hanger arm and seat to simultaneously perform the first and second types of motion.

A mobile child support and entertainment device includes a base panel having roller elements for rolling support along a support surface, an upper support body having a seat positioned generally centrally therein for receiving a child, and at least one support leg extending between the base panel and the upper support body. The device allows a caregiver to move the child in the device from location to location, and provides entertainment and activity for the child. Embodiments of the device are configured for ease of maneuverability and access.

A child motion apparatus includes an apparatus base, a movable carrier, a seat mount, a motion mechanism, and a seat assembly. The movable carrier is movably disposed on the apparatus base along a sliding direction. The seat mount is rotatably connected to the movable carrier about a rotation axis perpendicular to the sliding direction. The motion mechanism includes a sliding mechanism and a rotating mechanism. The sliding mechanism connects the movable carrier and the apparatus base for sliding the movable carrier relative to the apparatus base along the sliding direction. The rotating mechanism is disposed on the movable carrier and connected to the seat mount for rotating the seat mount about the rotation axis. The seat assembly is detachably connected to the seat mount, so that the seat assembly slides and rotates together with the seat mount.

An infant care apparatus includes a base; a drive mechanism disposed on the base; a controller electronically coupled to the drive mechanism; and a support device coupled to the drive mechanism. The support device is configured to be moved in both a horizontal and vertical direction relative to the base by the drive mechanism. The drive mechanism is controlled by the controller to move the support device in a plurality of motion profiles relative to the base.

A novel and improved device to assuage distressed infants by means of adjustable vertical motion combined with adjustable orientation. The motion is adjustable in terms of amplitude, frequency and time. The device allows the infants to be held face-inward or face-outward in the case of vertical orientation and prone or supine in the case of horizontal orientation.