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 rocking chair for children includes a seat, a supporting frame, and a seat restricting mechanism, the supporting frame includes a base and a driving mechanism, and the driving mechanism includes a driving motor, a power-output part of the driving motor, a rotating shaft, and a mounting box; the seat restricting mechanism enabling an angle between the seat and the rotating shaft to be maintained at a preset angle, when the driving motor drives the rotating shaft to rotate reciprocatively. The purpose of the present invention is to provide a rocking chair for children, the seat being able to swing and not rotating relative to the rotating shaft, the swinging amplitude of the seat being greater, a plurality of swinging amplitude being able to be selected, and the rocking chair being at a low cost.

A holder includes a vertical holding part configured to support an infant in a vertical posture so that the head is positioned vertically, in which the vertical holding part has a front pad part extending in a vertical direction and configured to support the infant from a front of the infant, at least from the abdomen to the chest of the infant.

A holder includes a vertical holding part configured to support an infant in a vertical posture so that the head is positioned vertically, in which the vertical holding part has a front pad part extending in a vertical direction and configured to support the infant from a front of the infant, at least from the abdomen to the chest of the infant.

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.

A collapsible swing frame for supporting a child receiving receptacle includes first and second support members, and upper swing mechanism, and a cross-brace pivotally coupled between the first and second support members. Preferably, the collapsible swing frame is movable between an expanded configuration and a collapsed configuration. Preferably, the cross-brace provides a rigid and substantially supportive connection between the first and second support members.

An infant chair apparatus includes a support base, a seat frame, a support base and a motion driving module. The seat frame is pivotally supported on the support base by an upright column, the seat frame being rotatable relative to the support base about a pivot axis, and the upright column including a column portion affixed with an underside of the seat frame. The motion driving module is attached with the support base, and includes a driving part that is arranged below the seat frame at a location offset from the pivot axis, the motion driving module being operable to cause reciprocated rotation of the driving part that imparts a substantially horizontal oscillating motion to the column portion and the seat frame.

A juvenile product includes an electrically powered component, and a power connector coupled to the electrically powered component, and the power connector is compatible with a universal standard connector format. The universal standard connector format can be for example, compatible with a standard consumer electronic device connector format, such as a USB connector format.

A movable human support structure has a support against which at least a part of a human can be borne in use, a base, and a first motion transmitting assembly acting between the support and the base. The first motion transmitting assembly has at least one link member connecting between the base and the support. The at least one link member is configured to be movable: a) relative to the support around a first axis; and b) relative to the base around a second axis. The first and second axes are non-parallel to each other. The first motion transmitting assembly is configured to guide movement of the support relative to the base in opposite directions in a non-straight path.

A rocker assembly for settling a child, the assembly including a base, an upper platform attached to the base by a mounting assembly, the mounting assembly including at least one linking arm pivotally attached to both the base and the upper platform to space the upper platform from the base and to limit the movement of the upper platform relative to the base, wherein the upper platform is connected to a rotating drive via a connecting arm and the connecting arm is attached circumferentially relative to the rotating drive such that rotation of the rotating drive is translated into an at least partially reciprocating movement of the upper platform.