A carriage (10) for children equipped with at least one frame (1), at least one couple of first wheels (3), at least one pivot pint (15) on which the first wheels (3) are mounted, defining a rotation axis (X-X) of the first wheels (3), at least one hinge axis (Y-Y) characterized by comprising at least one swinging device (5) and at least one drive device to drive said swinging device (5) is described; said swinging device (5) being configured so that to switch from a first configuration, in which the position of the hinge axis (Y-Y) is fixed with respect to the position of the rotation axis (X-X), and a second configuration in which the hinge axis (Y-Y) rotates with respect to the rotation axis (X-X) of the first wheels (3) and vice-versa.

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.

Provided are a multi-functional perambulator, a multi-functional cradle bed, a multi-functional infanette and a multi-functional baby carriage, wherein same are all mounted with spring clamping slots (80, 3319). Also provided is a novel multi-wheel walking device. Further provided are a smart wrist band and a smart watch, wherein both of same have a real-time payment system, may be used for a user of a perambulator, a cradle bed, a multi-functional infanette and a multi-functional baby carriage to make a payment when shopping in various supermarkets, facilitates shopping for the user, and satisfies the requirements of the user.

Provided are a multi-functional perambulator, a multi-functional cradle bed, a multi-functional infanette and a multi-functional baby carriage, wherein same are all mounted with spring clamping slots (80, 3319). Also provided is a novel multi-wheel walking device. Further provided are a smart wrist band and a smart watch, wherein both of same have a real-time payment system, may be used for a user of a perambulator, a cradle bed, a multi-functional infanette and a multi-functional baby carriage to make a payment when shopping in various supermarkets, facilitates shopping for the user, and satisfies the requirements of the user.

A baby rocking device, adapted to impart a reciprocating cycling rocking movement to a perambulator, push-chair or the like, comprising a single roller, having an electric motor arranged inside the roller, said roller being configured for rolling on a floor alternately in two opposite directions. The afore mentioned single roller includes an inner non-rotating core having two ends portions projecting from opposite ends of the roller and connected to two receiving and supporting members configured for receiving two respective wheels of the perambulator or push-chair, so that the perambulator or push-chair is placed astride said single roller, and a cylindrical outer shell for contact with the floor, which is rotatably mounted on the inner core. The electric motor is carried by the inner core and is provided for actuating the rotation of the outer shell alternately in two opposite directions of rotation, so as to cause rolling of said single roller on the floor alternately in two opposite directions.

A stroller is disclosed. The stroller includes a support frame supported by at least two wheels. The stroller also includes a seat carrier support selectively, removably coupled to the support frame. A swing motor is operatively coupled to the seat carrier support. A seat swing mechanism extends downwardly from the swing motor. The seat swing mechanism has a seat yoke configured to receive and retain an infant seat. The seat swing mechanism is configured to swing the infant seat forwards and backwards when the swing motor is activated.

The invention relates to a collapsible rocking device for rocking a pushchair provided with a frame and wheels, such a pushchair provided therewith and method therefor. The rocking device according to the invention comprises a housing provided with two guides and wheel holders which are arranged movably relative thereto and which are configured to receive a wheel of the pushchair to be rocked; at least one length-adjustable arm configured to adjust the mutual distance between the wheel holders; a number of collapsing mechanisms arranged in or on the guides, such that the rocking device can be moved from a position of use into a storage or transport position, and vice versa; at least one drive configured to drive the wheel holders such that the wheel holders make a translating movement in the direction of travel of the pushchair; and a controller configured to control the drive.

The invention relates to a collapsible rocking device for rocking a pushchair provided with a frame and wheels, such a pushchair provided therewith and method therefor. The rocking device according to the invention comprises a housing provided with two guides and wheel holders which are arranged movably relative thereto and which are configured to receive a wheel of the pushchair to be rocked; at least one length-adjustable arm configured to adjust the mutual distance between the wheel holders; a number of collapsing mechanisms arranged in or on the guides, such that the rocking device can be moved from a position of use into a storage or transport position, and vice versa; at least one drive configured to drive the wheel holders such that the wheel holders make a translating movement in the direction of travel of the pushchair; and a controller configured to control the drive.

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.