A cart includes a fixed platform having a first edge and a first top surface for carrying cargos, a foldable platform having a second top surface for carrying cargos and a second edge pivotally attached to the first edge, the foldable platform pivoting between a horizontal position and an upright position, the first and second top surface being in the same plane when the foldable platform being at the horizontal position, a support structure extended from the fixed platform to beneath the foldable platform, and a support rod pivotally attached to a bottom surface of the foldable platform and pivoting between a first and second angle to the foldable platform, the second angle being different from the first angle, when at the second angle, the support rod, the support structure, the fixed platform and the foldable platform forming a triangle holding the foldable platform at the upright position.

A handle folding mechanism, a three-fold handle employing the folding mechanism, and a stroller having the same are provided. The folding mechanism includes an intermediate component and a pair of connecting components. The intermediate component includes a tubular casing, a press block, and an unlocking piece. A rear part of the press block passes through a front surface of the casing to extend into the casing, and is movable back and forth. The connecting component includes a tubular housing and an engaging piece. The engaging piece is slidably mounted in the housing. In a locked state, a front end of the engaging piece penetrates into the casing. The unlocking piece has a fixing part, and the fixing part is disposed with a free end extending between a rear end of the press block and the front end of the engaging piece.

A collapsible cart may include a handle, a first supporting frame, a second supporting frame, a pair of collapsible connecting members, each including a plurality of connecting units and connecting rods, and a pair of side connecting members, wherein the connecting units are linearly and pivotally connected to the first supporting frame and the second supporting frame, and the side connecting member is pivotally connected to the first and second supporting frames and the side connecting member, so when the movement of the side connecting member toward the center of the collapsible art triggers the collapse of the connecting member to minimize the size of the cart.

A foldable barrow includes a frame assembly. The frame assembly comprises a tie rod assembly, two front wheel carrier assemblies, two rear wheel carrier assemblies, two side wall assemblies, a front wall assembly, a rear wall assembly, a bottom frame assembly, four upper fixing seats, two tie rod fixing seats, and two lower fixing seats. The foldable barrow is attractive in structure, can be folded easily and rapidly, has a small size after being folded, occupies a small space, and is more convenient to carry and transport compared with traditional non-foldable barrows.

Provided is a portable folding cart including two folding rods, a base structure, a tow rod, and pulling devices that are located at both insides of scissors-bar assemblies and provided folded and unfolded together with scissors-bar assemblies so as to allow a user to conveniently and stably perform a folding process with the scissors-bar assemblies without lying or bending a body down. Therefore, the portable folding cart is conveniently and stably folded so that durability and reliability are increased.

A foldable rollable golf bag trolley comprising a push handle assembly, a front leg assembly a left rear leg assembly, a right rear leg assembly, a folding mechanism having two universal joint sub-assemblies, a series of hubs and ramp discs, wherein said components of the folding mechanism are aligned about a central axis of a main pivot shaft in a first position. The folding mechanism further comprising a plurality of locking gears and springs wherein the two universal joint sub-assemblies and a left and right ramp disc cause a left rear hub and a right rear hub to move in two dimensions when the folding mechanism is engaged in a second position.

Provided is a portable folding cart including two folding rods, a base structure, a tow rod, and pulling devices that are located at both insides of scissors-bar assemblies and provided folded and unfolded together with scissors-bar assemblies so as to allow a user to conveniently and stably perform a folding process with the scissors-bar assemblies without lying or bending a body down. Therefore, the portable folding cart is conveniently and stably folded so that durability and reliability are increased.

Proposed is a baby carriage having improved convenience of use, the baby carriage including a main frame, a seat frame, a storage basket, and a wheel unit, wherein the baby carriage is generally used as a single baby carriage and a seat is detachably coupled to the rear of the single baby carriage such that the single baby carriage is utilized as a twin baby carriage when a second baby is born, and wherein it is possible to carry a pet in the baby carriage irrespective of carrying a baby or an infant in the baby carriage, whereby the baby carriage is used in various forms depending on circumstances of a user or a home.

A transport device in the form of a cart or cargo hauler is foldable to permit the device to be used in transport applications with narrow or constrained parameters. The device may be loaded or unloaded when folded or unfolded, providing a flexible implementation that improves ease of transport. The device may include one or more wheels or skis depending on a desired application. Handles may be provided that telescope and/or fold to provide a compact folded configuration. The transport device may be folded compactly so as to be carried with a backpack or shoulder harness. The handles may be attached to waist belt or shoulder harness to permit hands-free transport. The device is suitable for use over rough back country terrain or sand.

A foldable handcart comprises a handcart frame comprising a bottom frame, a front frame, a rear frame and side frames. The bottom frame comprises two longitudinal beams and a supporting beam arranged in-between. Each longitudinal beam has two ends separately pivoted to the front and rear frames and comprises a front longitudinal beam part and a rear longitudinal beam part, which are pivoted to two ends of a longitudinal beam limiting part and can be folded downwards or be limited upwards to form the linear longitudinal beam. Each side frame comprises two first oblique beams having first ends pivoted together and second ends separately pivoted to the front and rear frames. In the unfolded state, each front longitudinal beam part and the corresponding rear longitudinal beam part form one linear longitudinal beam and form a triangular supporting structure together with the two first oblique beams of the corresponding side frame.