The present application discloses a foldable bassinet. The foldable bassinet includes a foldable frame which may be moved between an unfolded condition and a folded condition and a support surface on which a passenger may recline or sit when the foldable frame is in its unfolded condition. The foldable frame can include a base frame on which the support surface is provided, an upper frame which is spaced from the base frame when the foldable frame is in its unfolded condition, and at least one connecting arm which is pivotally connected relative to the base frame and to the upper frame to permit the foldable frame to be moved to its folded condition.

The present invention discloses a backrest angle adjusting mechanism including a first support, a second support, a locking member and a reset member. The first and second supports are pivotally connected to each other and are respectively connected to a backrest tube and a stroller frame, and multiple engaging stages are formed between the first and second supports. The locking member is slidably provided between the first and second support, and has a lock position and a release position. The locking member is engaged at any engaging stage when at the lock position; when the driving member moves, the locking member is driven to slide and depart from the engaging stage and becomes located at the release position, thereby implementing angle adjustment of the backrest tube. During a folding process of the stroller frame, automatic folding of the backrest tube can be achieved by folding the frame stroller or by a seat fabric pulling the backrest tube that then moves with the stroller frame, thereby better simplifying operations of angle adjustment of the backrest tube and folding of a baby stroller. The present invention further discloses a baby stroller having the backrest angle adjusting mechanism.

A ridable kart can have a body that supports a front wheel and movable rear wheels. The kart can include a motor that supports and drives the rear wheels. The motor and rear wheels are configured to tilt and rotate relative to the body of the kart. The body of the kart includes a concave space in which the front and rear wheels are positioned so that they are at least partially concealed by the body when viewed from the side of the kart.

A ridable kart can have a body that supports a front wheel and movable rear wheels. The kart can include a motor that supports and drives the rear wheels. The motor and rear wheels are configured to tilt and rotate relative to the body of the kart. The body of the kart includes a concave space in which the front and rear wheels are positioned so that they are at least partially concealed by the body when viewed from the side of the kart.

Strollers with removable seats and related methods are disclosed herein. An example stroller includes a wheeled frame, a receiver coupled to the frame, and a seat. The seat includes a hub, a mount, and a lock disposed in the mount. The lock is to move from a first positon to a second position when the mount is disposed in the receiver to removably couple the seat to the frame. The seat includes a handle and a pin disposed between the handle and the hub. The handle is moveable from a retracted position to an extended position when the pin is in a third position relative to the handle and the lock is to move from the second position to the first position when the handle moves from the retracted position to the extended position.

The present invention relates to a user recognition-based stroller robot and a method for controlling the same, and more particularly, to a technology for detecting and controlling states of a guardian and an infant. The user recognition-based stroller robot comprises: a detection unit configured to recognize or measure at least one of a traveling state of the stroller robot or body structures of an infant inside the stroller robot and a guardian outside the stroller robot; a controller configured to determine whether the stroller robot is controlled according to the traveling state measured by the detection unit and determine a structure change of the stroller robot according to the body structure of at least one of the infant or the guardian; and a driving unit configured to adjust at least one of a display, a belt, a seat, or a handle installed in the stroller robot according to the determination of the controller. According to the present invention, the internal configuration is automatically adjusted through each sensor of the detection unit while the guardian and the infant use the stroller robot, thereby increasing convenience.

A backrest adjusting mechanism disposed between a backrest tube and a frame of an infant carrier is disclosed. The backrest adjusting mechanism includes an outer cover, an inner cover, a driving member, a locking member, and an operating member. The outer cover is fixed at the frame. The inner cover is connected to the backrest tube and pivoted to the outer cover via a pivot shaft. The driving member is movably disposed between the outer cover and the inner cover. The locking member is movably disposed on the driving member. The operating member is connected to the driving member for driving the driving member to move between a first position and a second position. Switching of the driving member between the first position and the second position drives the locking member to selectively lock or release the outer cover and the inner cover.

A convertible stroller assembly includes a stroller that has a seat and a backrest that is pivotally coupled to the seat. The backrest is positionable in an upright position for having an infant seated thereon. Moreover, the backrest is positionable in a reclined position having each of the seat and the backrest forming a diaper changing table. Thus, the infant can be laid on the infant table for changing a diaper. A pair of legs is each pivotally coupled to the backrest. Each of the legs is positionable in a deployed position for supporting the backrest when the backrest is positioned in the reclined position. A pair of privacy panels is each slidably coupled to the seat and each of the privacy panels is positionable in a deployed position to conceal the infant while the diaper is being changed.

A reversible seating mechanism includes a frame and a cross member pivotally supported on the frame for rotational movement in a plane generally parallel to the frame to define a tilt angle. A mounting plate is pivotally supported on the cross member for rotational movement in a plane generally parallel to the cross member to define one of a forward and rearward facing orientation. The mounting plate is moveable on the cross member to be oriented to the tilt angle. A tilt limiter restricts movement of the mounting plate between the forward and rearward facing orientations until the tilt angle is adjusted to a preset angle. The tilt limiter limits a forward facing tilt angle to an angle less than a rearward tilt angle.

A stroller is provided with the ability to removably couple and decouple a seat from the stroller as needed. The stroller can include a stroller frame. The stroller can also include one or more front wheels attached to the stroller frame and one or more rear wheels attached to the stroller frame. The stroller can also include a first seat coupled to the stroller frame. The stroller can include first and second seat attachment housings. Each of the seat attachment housings can include a cavity for receiving a corresponding one of the first and second seat attachment adapters. Each of the seat attachment housings can also include a door cover to prevent access to the respective cavity when not in use. The seat attachment adapters can be coupled to the respective seat attachment housings and a second seat can be coupled to the seat attachment adapters.