A powered lift hand truck with a corresponding method of operation and control. The apparatus includes a powered lift hand truck configured to lift a load from a lowered to a raised position (and vice versa). The system uses the rotational speed to measure linear speed and enforce a consistent speed of the load. The system is programmed to lift/lower loads at the same speed, regardless of load overall weight. If, for example, the load is heavy, the system determines that the speed is below a predetermined threshold and increases the power so as to increase speed.

In one example, a travel system has a child carriage and a child carrier that removably couples to the child carriage. The carriage has a frame and wheels attached thereto. The carrier has a frame or body that supports a child therein, a handle coupled to the frame or body, a handle rotation lock, and a handle extension lock. The handle extends, retracts, and rotates relative to the frame or body to different rotational positions. The handle rotation lock selectively locks the handle in each of the rotational positions, and the handle extension lock selective locks the handle in extended and retracted positions. The carrier can have (i) a rotation stop that selectively blocks rotation of the handle when the handle is extended and/or (ii) an extension stop that selectively blocks extension of the handle when the handle is in a position for hand carrying the carrier.

A child seat can include a seat bottom and seat back. The seat back can be fixedly, rotatably, and/or removably coupled to the seat bottom. The child seat can further include an adjustable cup holder that can be integrally formed with the seat bottom or positioned adjacent to the seat bottom. For example, the child seat can include one or more arm rests positioned adjacent the seat bottom and the adjustable cup holder can be provided in at least one of the arm rests. The adjustable cup holder can include a static cup holder section and a rotatable cup holder section. The rotatable cup holder section can rotate with respect to the static cup holder section from a stored configuration to a use configuration. The adjustable cup holder can include alignment tabs and corresponding recessed slots and/or bosses and corresponding boss receivers to assist in positioning the adjustable cup holder.

A portable insulated cooler having a seat and a hinged mount that secures a set of wheels to the cooler provides easy cooled transport of food and beverages, along with a cooling agent such as ice. The hinged mount secures an axle, to which the wheels are mounted, underneath the cooler in a first position for transport, and is releasable so that in a second position, the wheels rest alongside the cooler, permitting the bottom of the cooler to completely rest on the ground. A seat is rotatably affixed to the top of the cooler, providing a long-term and movable sitting location, and may be releasable from the top of the cooler for easy stowage and transport. A bottom portion of a swivel mounting the seat to the cooler may be formed on the top of the cooler as a raised circular projection with an undercut reducing the cooler height.

A cart includes a chassis and attached wheels; an upper basket attached to the chassis; and a lower basket attached to the chassis. In some embodiments, the cart includes no widthwise push bar in a rear of the cart such that access is unobstructed to the upper and lower baskets from the rear of the cart by a person. In some embodiments, the chassis defines on each lateral side of the cart a pair of vertically spaced handles, each handle surrounding and defining an opening. The handles preferably include handle bars shaped in an oval. On each cart side a curved elongate member extends between and connects the handles, and the curved elongate members represent the rearmost part of the cart. The rear area of the upper basket defines a seat for an infant, and a rear ledge of the lower basket defines a seat for a toddler.

Disclosed is a folding wagon having a frame that is folded from an expanded configuration at which a variety of articles are carried in a basket to a compact collapsed configuration at which to facilitate the storage or transport of the wagon. A removable canopy is held above the basket by a plurality of hollow mounting posts that are pivotally connected to respective corner brackets mounted on the frame and a corresponding plurality of telescoping canopy support rods that engage the canopy and slide through the hollow mounting posts to adjust the distance between the canopy and the basket. The canopy support rods are disengaged from the canopy to separate the canopy from the wagon, and the pluralities of mounting posts and canopy support rods are rotatable together relative to the wagon frame between a first position standing upwardly from the basket and a second position lying alongside the basket.

A system for selective coupling a pillow with a stroller is provided. The system includes the stroller and the pillow. The pillow includes a surface defining a cavity therewithin, the cavity including filler. The pillow further includes a pair of stroller engaging straps extending from the surface for selectively coupling the pillow to the stroller, wherein, when the pillow is selectively coupled to the stroller, the surface of the pillow is positioned for allowing a child's head to rest thereon.

A baby carriage frame has a frame body, a front-seat panel, a rear-seat panel, and two rear-seat fixing assemblies. The two seat panels are mounted on the frame body, and the rear-seat panel is front-and-rear moveable. Two clamping recesses in a bottom of the rear-seat panel are downwardly disposed around the frame body. Each rear-seat fixing assembly has a seat pivot frame and a seat clamping panel pivotally connected to each other, and the seat clamping panel has a seat eccentric part to abut tightly against a transverse side of the rear-seat panel to fix the rear-seat panel on the frame body, which is convenient and quick in use. The clamping recesses on a bottom of the rear-seat panel enable the rear-seat panel to move continuously front-and-rear along the frame body in one step, thereby adjusting the space between the two seat panels to be adapted to various situations.

In one example, a travel system has a child carriage and a child carrier that removably couples to the child carriage. The carriage has a frame and wheels attached thereto. The carrier has a frame or body that supports a child therein, a handle coupled to the frame or body, a handle rotation lock, and a handle extension lock. The handle extends, retracts, and rotates relative to the frame or body to different rotational positions. The handle rotation lock selectively locks the handle in each of the rotational positions, and the handle extension lock selective locks the handle in extended and retracted positions. The carrier can have (i) a rotation stop that selectively blocks rotation of the handle when the handle is extended and/or (ii) an extension stop that selectively blocks extension of the handle when the handle is in a position for hand carrying the carrier.

A stroller frame includes a handle assembly, a front leg assembly and a rear leg assembly having rotating end hubs which are pivotably connected to each other about a hub axis to be rotated so as to allow the stroller frame to transform between folded and unfolded states. A tray mounting assembly is coupled with a tray, is rotatably mounted on one of two rotating end hubs, and is rotated along with the relative rotation of the end hubs to convert the tray to folded and unfolded positions. A tray latching assembly is disposed to retain and support the traymounting assembly to keep the tray stable in the unfolded position when the stroller frame is in the unfolded state.