A foldable all terrain vehicle is provided. The foldable all terrain vehicle includes a base support, the base support includes four bottom rods and an eighth connector. One end of each of the bottom rods is rotatably connected with the eighth connector. The bottom rods rotate downwards relative to the eighth connector. Seventh connectors are movably connected to outer ends of two bottom rods of the bottom rods. First connectors are movably connected to outer ends of another two bottom rods of the bottom rods. Movable wheels are mounted at bottoms of the first connectors. X-shaped movable frames are connected to one sides of the seventh connectors. Upright rods are mounted on tops of the seventh connectors. Fifth connecting rods are rotatably mounted at another sides of the seventh connectors. X-shaped movable frames are slidably connected to the fifth connecting rods through sixth connectors.

Provided herein is a baby wagon with improved ease of use configured such that the volume of the bulky body of the baby wagon is minimized in a wagon folding mode, whereby it is possible to easily put the baby wagon in the trunk of a small-sized car, such that frames are completely fixed in the wagon folding mode, whereby it is possible to prevent damage to the frames due to protrusion of the frames when the baby wagon shakes or is laid down, and such that brakes are mounted to the front and rear parts of the baby wagon in order to easily move or stop the baby wagon in opposite directions, whereby it is possible to improve the ease of use. The baby wagon includes a folding type body frame, a wagon wheel unit, a seat unit, and a canopy.

A store, move, and/or use apparatus for storing, moving, and using items implements an extendable support mechanism so that various work surfaces can be manually positioned at various elevations relative to the ground. The extendable support mechanism utilizes a plurality of support legs configured as a scissor lift. A storage container may be mounted on top of the extendable support mechanism. Additionally, wheel assemblies may be implemented to enable a user to move the apparatus.

A foldable stroller frame and a foldable stroller are provided. The foldable stroller frame may include, a front wheel bracket, and a rear wheel bracket rotatably connected to the front wheel bracket. An upper end of the rear wheel bracket is rotatably connected to a side handrail, and a rear end thereof is rotatably connected to a rear supporting bar. The side handrail and the rear supporting bar are rotatably connected to a push bar from different shafts. The rear wheel bracket is provided with a slidable sleeve to which a front wheel bracket link and a side handrail link are rotatably connected, respectively. An end of the front wheel bracket link that is not connected to the slidable sleeve is rotatably connected to the front wheel bracket, and an end of the side handrail link that is not connected to the slidable sleeve is rotatably connected to the side handrail.

An improved baby carrier is disclosed that includes a support frame coupled to a seating assembly though a suspension mechanism to provide weight support for a baby or toddler. The baby carrier includes an attachment harness worn by an adult to provide non-slip coupling between the baby carrier and the adult. The baby carrier also includes a semi-rigid coupling between the seat and harness assembly, a seat height adjustment capability, a sturdy support frame configuration, and a braking system. The baby carrier is a structurally stable device, and during use, significantly reduces the load of carrying the baby or toddler on the adult. Further, the baby carrier can have a compact size in a stowed mode for mobility, and can be used to meet a variety of user needs and carrying scenarios.

A bearing structure includes a wheel assembly defining a first front wheel assembly and a second rear wheel assembly, the rear wheel assembly including at least two wheels spaced by a first width defining a first position; wheel supports connecting the axes of rotation of the wheels with the bearing structure; a first folding device enabling a first folding causing a reduction in spacing between the two rear wheels to a second width lower than the first width, defining a second position. A connection system, connecting the wheel supports of the first and second assemblies to the first folding device, enables a second folding of the wheels so as to allow a rotation substantially equal to 90 of the wheels in the horizontal plane when the wheels are in the second position.

A multi-functional folding cart including a folding cart body with a cloth pocket for containing articles. One end of the folding cart body is movably connected with a handle. A transverse rod and a fixing rod are arranged on the front and rear ends of a bottom of the folding cart body. Two wheels are located on the front end and two wheels are located on the rear end of the bottom of the folding cart body. Each of the wheels is provided with a trundle fixing frame. A stopping part and a rotating shaft are arranged on the top of the trundle fixing frame on the rear end of the bottom of the folding cart body. The rotating shaft connects the trundle fixing frame with the fixing rod. The trundle fixing frame can rotate around the rotating shaft to perform folding.

Provided herein is an infant wagon having improved convenience of use, wherein the infant wagon includes a front frame, a rear frame, a support frame, side frames, a front handle frame, and a rear handle frame, and is configured such that the axial distance between front wheels and rear wheels thereof is reduced, whereby it is possible to reduce the burden applied to the arms of a caregiver when the infant wagon is moved or when the direction of the infant wagon is changed, such that the radius of rotation of the infant wagon is reduced, whereby it is possible to easily change the direction of the infant wagon, such that, when the infant wagon is pushed from the rear thereof to move the infant wagon.

A foldable trolley having an elongate frame defining a frame axis XX and having a first end, a second end and sides extending therebetween. An elongate arm defining an arm axis YY. The arm pivotally attachable to the frame and adapted in use to move from a stored position, where the arm axis is substantially parallel to the frame axis, and a use position, where the arm axis is substantially perpendicular to the frame axis. A support member having a first end, a second end and sides extending therebetween. The support member pivotally attachable to the frame and adapted in use to move from a stored position, where the member is substantially parallel to the frame axis and a use position, where the support member is locatable at an acute angle to the frame axis. The support member adapted in use to hold bags in the use position.

The present invention is a compact universal infant carrier transporting device which is used to transport most infant carriers/car seats from one point to another with ease with the infant secured in the carrier. The device's portability and size allows for use in the smallest of spaces and allows users to avoid having to manually hold a heavy infant and carrier/car seat combination. The core components of the invention are a collapsible patio chair style frame supported on wheels. The frame supports a fabric base having an opening therein for receiving the carrier/car seat. A strap is provided to secure the carrier to the device, and a foot brake is provided on at least one of the wheels. The device folds so that it can be stored in a bag similar to a bag similar to those used for a folding patio chair.