The present disclosure relates to a twice-foldable stroller including: a frame main body 100 which is configured to have right and left front-angle frames 101 to support front wheels 101a and a horizontal frame 101 connected at a lower part between the right and left front-angle frames 101, right and left rear-angle frames to support rear wheels 102a and connecting frames 102 connected between the right and left rear-angle frames 102 and the right and left front-angle frames 101, and vertical frames 103 connected to the right and left connecting frames 102; seat frames 200; backrest frames 300; support frames 400; extension frames 500; canopy frames 600 and 600 rotatably connected to the extension frames 500 for sunshade; and handles 700 and 700, each connected to the extension frames 500 wherein right and left central portions are rotatably connected to each other, wherein each of the front wheels 101a and the front-angle frames 101 are rotatable via rotational axes R1 and R2, the front-angle frames 101 and the extension frames 500 are rotatable via rotational axes R3 and R4, and the handles 700 and 700 are rotatable via a rotational axis R5, which is a useful invention which is advantageous in that it significantly reduces the volume of a stroller by folding it twice, in which the stroller is folded again vertically when being in a horizontally folded state, and since it has a simple structure, it is possible to easily manufacture at a low cost as well as convenient to use, and can be used stably long term without breaking, which is economical and long lasting.

A child stroller apparatus includes a first and a second leg portion, a handle frame, a child seat slidably assembled with the first leg portion, and a linkage. The handle frame has a side segment that is respectively connected pivotally with the first leg portion via a first pivot connection and with the second leg portion via a second pivot connection, the first pivot connection and the second pivot connection respectively defining a first pivot axis and a second pivot axis spaced apart from each other about which the first leg portion and the second leg portion are respectively rotatable relative to the side segment of the handle frame. The linkage is respectively connected with the side segment and the child seat, whereby a sliding movement of the child seat along the first leg portion is linked to a rotation of the handle frame relative to the first leg portion.

A device for transporting children. The transportation device includes a base and sidewalls extending therefrom, forming an interior volume. Wheels extend from a lower side of the base and a foldable seat is affixed to at least one sidewall. A pair of doors are hingedly attached to opposing sidewalls, which allow a child ingress and egress from the transportation device. The folding seat allows the transportation device to include an increased capacity to hold objects when not in use by the child.

A folding wagon with a reclining seat for carrying small children or other articles. The folding wagon has a solid frame with scissor connections, that allow it to be compacted for storage and expanded for use. The seats may be reclined by extending a telescoping assembly on the frame of the wagon.

A basket is detachably mounted on a first mount of a carrier for allowing an infant car seat to be mounted on the carrier. The first mount has a first mounting slot. The basket includes a basket body and a mounting structure. The mounting structure is connected to a side of the basket body. The mounting structure has a body portion, an inserting portion and a mounting portion. The body portion is connected between the mounting portion and the inserting portion. The infant car seat is suspended on a storage space of the basket body when the inserting portion is inserted into the first mounting slot and the infant car seat is mounted on the mounting portion.

A rugged suitcase and child carrier combination. The shell comprises a top half and bottom half each defining a hollow cavity. A foldable seat assembly is suspended in an opening defined by open halves of the shell, and various paraphernalia such as toys, bottles, entertainment devices, blankets, clothing, and food stuffs, among others, may be stowed in the hollow cavity defined by either of the top and bottom halves of the hinged shell. A plurality of wheels may be disposed on the bottom half of the device, and a telescoping handle may be disposed on an upper end of the top half of the shell to enable steering the device. The entire combination may be securably collapsed so that the seat assembly, as well as any stowed paraphernalia, is fully and securely encapsulated within the shell which may optionally be conveyed as a rolling suitcase.

A pet stroller is provided having a frame assembly which includes a base frame and a back frame. A handle is connected to the back frame. A platform is located on the base frame to define a pet seating area. Two rear wheels and at least one front wheel are connected to the base frame. Two foldable struts are provided, between the base and back frames that are lockable in an extended position and releasable to allow folding of the struts. A back door is connected by hinges to the back frame and has a releasable door latch. A canopy is provided including a cloth canopy assembly and the upper and lower canopy bars. A canopy latch releasably connects the lower canopy bar to a front cross member of the base frame to form an enclosed pet seating area. The platform forming the pet seating area is below a level defined by a top of the rear wheels, and preferably less than 12 inches above ground level, accommodating larger pets and eliminating the need to lift the pet into the pet seating area.

A stand-up stroller assembly for rolling a standing child includes a first plate and a second plate. The second plate is coupled to and extends substantially perpendicularly from a rear edge of the first plate. A seat is hingedly coupled to a first side of the second plate. A first handle is coupled proximate to a front edge of the first plate and is configured to be grasped in hands of the user, such as a child, who is positioned on the first plate between the first handle and the second plate. A second handle is coupled to a second side, proximate to a top edge, of the second plate and is configured to be clasped in hands of an operator so that the operator is positioned to locomote the first plate, and the user, upon wheels that are axially coupled to the first plate.

A child seat includes a seat frame, a tray, a tray latch and a linking member. The seat frame includes a first frame portion having a side coupling part, and a second frame portion pivotally connected with the side coupling part. The tray is pivotally connected with the side coupling part for rotation. The tray latch is pivotally connected with the side coupling part, and can engage with the tray for locking the tray to the side coupling part and disengage from the tray for rotation of the tray. The linking member is operatively connected with the tray latch and the second frame portion, wherein a rotation of the second frame portion for collapsing the child seat causes a movement of the linking member that urges the tray latch to rotate relative to the side coupling part and disengage from the tray.

A basket is detachably mounted on a first mount of a carrier for allowing an infant car seat to be mounted on the carrier. The first mount has a first mounting slot. The basket includes a basket body and a mounting structure. The mounting structure is connected to a side of the basket body. The mounting structure has a body portion, an inserting portion and a mounting portion. The body portion is connected between the mounting portion and the inserting portion. The infant car seat is suspended on a storage space of the basket body when the inserting portion is inserted into the first mounting slot and the infant car seat is mounted on the mounting portion.