72results about "Carriage/perambulator with hammock style seat" patented technology

A baby carriage chassis includes a pair of rear rods, a pair of front rods, a pair of seat rods, each of which interconnects an adjacent pair of the front and rear rods, a pair of supporting protrusions protruding transversely and respectively from the front rods in opposite directions, and a backrest pivotable relative to the seat rods between a first angular position, in which the backrest extends rearwardly and upwardly from the seat rods, and a second angular position, in which the backrest extends frontwardly and upwardly from the seat rods and intersects the front rods to define a V-shaped space for accommodating a baby's car seat therein and for permitting mounting of a front retaining portion of the baby's car seat on a top end of the backrest and mounting of a rear retaining portion of the baby's car seat on the supporting protrusions.

A baby carriage comprises a body frame including a pair of longitudinal side frame members, a seat hammock including a backrest sheet portion, a backside support, and an upper end connecting member. The backside support includes backside string members extending so as to support the backrest sheet portion from the back side such that it can be reclined. The upper end connecting member comprises an upper end string member extending along the whole width of the backrest sheet portion at the upper end in a width direction and having both ends connected to the pair of longitudinal side frame members. A length of the upper end connecting member is selected such that it is in an unloaded loose state until a reclined angle of the backrest sheet portion reaches a predetermined value and it is in a loaded tense state while the reclined angle of the backrest sheet portion ranges from the predetermined value to the maximum reclined angle to prohibit backward movement of the upper end portion of the backrest sheet portion.

There is provided a three-wheeled jogging stroller having a foldable, or collapsible frame assembly that is transformable from an erected, or upright, user position to a collapsed storage position of reduced length and height, the foldable frame assembly including a base structural assembly and an upper structural assembly, the base assembly having a rear axle with couples at opposite ends thereof for supporting two removable rear wheels, a fork assembly pivotally coupled thereto and having two tubes extending to support a front wheel, and a pair of upright support members fixedly coupled thereto. The upper structural assembly includes a handlebar member having a handlebar tube extending from each end thereof, the other ends of each of the handlebar tubes slidably engaged with a respective interconnect member that is pivotally coupled to the free end of a respective upright support member extending from the rear axle, and further has two additional tubes each having first ends fixedly attached to respective interconnects and second ends connected at the front wheel to respective tubes extending from the fork assembly, each interconnect member having hold and release means for holding the upper frame in an upright user position and for releasing the interconnect member to slide up the respective handlebar tube to collapse the upper frame over the base frame.

The present invention relates to a foldable chassis for a pushchair, which comprises two foldable side components (1a), each side components comprises front support rods (2a, 2b) and rear support rods (3a, 3b); and a device for controlling the distance between the side components (1a, 1b) so as to make them be brought together in a compact folding position and be separated each other in a unfolding position, the foldable chassis is characterized in that: the chassis has a device for selectively combining the distance controlling device and the side components (1a) so as to two type foldings of the chassis adopting active and inactive states: compact folding, wherein the side components (1a, 1b) are folded at the same time under the active state, each rear support rods (3a, 3b) are broght into and are basically parallel to the corresponding front support rods (2a, 2b), and the side components (1a, 1b) are brought by the distance controlling device; and flat folding, wherein each components (1a, 1b) are folded under the inactive state, the rear support rods (3a, 3b) are broght into and are basically parallel to the corresponding front support rods (2a, 2b), two side components (1a, 1b) keep partition each other, and the distance controlling device is separated from the side components (1a, 1b).

A stroller frame is foldable in two dimensions, and includes front and rear rods, a stretcher interconnecting and pivoted to the rear rods, a locking mechanism for retaining the stretcher at a folded position, a pair of seat rods, each of which is pivoted to an adjacent pair of the front and rear rods, and a pair of crossed linking rods, each of which is pivoted diagonally to a respective one of the front rods and a respective one of the seat rods.

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.

An infant carrier apparatus comprises a support frame, a seat assembly and handle assembly respectively connected with the support frame, a backrest frame, and a child holding accessory. The child holding accessory can be detachably installed on the infant carrier apparatus, supported by the backrest frame and the handle assembly. In one embodiment, the child holding accessory includes a support bracket and an enclosure. For installing the child holding accessory, the backrest frame is adjusted to a position inclined forward. The child holding accessory can be then installed between the backrest frame and the handle assembly, wherein the child holding accessory has two opposite end portions respectively connected with the backrest frame and the handle assembly.

A seat hammock for a child-care instrument includes a seat surface portion, a backrest surface portion and a pair of lower side surface portions extending to rise upward from both side edges of the seat surface portion in a used state. Each lower side surface portion has a bottom connection end connected to a side edge of the seat surface portion, a back connection end, and an upper connection end. The back connection end is provided behind and overlaps a back surface of the backrest surface portion and is connected to the back surface of the backrest surface portion at a position laterally inwardly at a distance from both side edges thereof. The upper connection end is adapted to be connected to an upward extension frame member extending upward from a rear end of a member forming a seat portion of the child-care instrument.

Disclosed herein is a folding wagon that is capable of being folded between an expanded open configuration at which a variety of articles or children are carried in a basket of the wagon and a compact collapsed configuration to facilitate storage or transport when the wagon is not being used. A pair of fold-down seats which are carried inside the basket to transport small children are rotatable between a vertically upright position and a horizontally flat position. A handle is pivotally coupled to the front of the wagon and rotatable between a first position lying inside the basket and a second position extending outwardly from the front of the wagon. A handlebar is pivotally coupled to the rear of the wagon and rotatable between a first position extending horizontally outward from the rear of the wagon and a second position extending vertically downward alongside the wagon.

A stroller 10 comprises a main structure 12 provided with a handle 26 including a pair of back pipes 30, a body structure 14, and a seat 16. The body structure 14 includes a back part 40, and a pair of side parts 42 extending from the right and the left side of the back part 40, and is formed of a cushioning material. The stroller 10 includes a support sheet 18 for supporting the body structure 14 on the main structure 12, and a reclining mechanism 10 for adjusting the inclination of the body structure 14 relative to the seat 16. The pair of side parts 42 are connected to the corresponding back pipes 30 by connecting flaps 46 formed of a flexible material.

A portable stroller that includes a collapsible frame that has two Y-shaped support units and a plurality of links which collapsibly mount a seat section thereon.

A cart suitable for transporting game that includes a shield, an axle, an electric motor, a battery, a first wheel, a second wheel, and a frame. The axle is attached to the frame so that the axle can rotate around the longitudinal axis of the axle, the first wheel is spaced apart from the second wheel. The first and second wheels are attached to the axle. The electric motor is in mechanical communication with the axle. The electric motor is in electrical communication with the battery so that the electric motor causes the axle and wheels to rotate. The shield is attached to the frame at a position below the axle so that the cart is protected when traversing undeveloped and rough terrain where, for example, rocks, stumps or other such conditions may be encountered which could damage components of the cart such as the motor or axle.

A folding support structure includes a frame assembly having frame supports, seat supports, back supports, and a plurality of frame brace assemblies. The folding structure also includes a seat structure coupled to the frame assembly. The folding support structure is configured to collapse in a front-to-back manner and in a side-to-side manner. It is emphasized that this abstract is provided to comply with the rules requiring an abstract which will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or the meaning of the claims.

A three-wheeled jogging stroller with demountable wheels, a removable seat, a collapsible frame assembly, and a reversing directional seat. The frame assembly in a collapsed condition with the demountable wheels in a demounted condition allow for transportation and storage. The reversing directional seat made up of pivotally connected tubular portions allow for the rider to face forward or backward to the direction of travel at varied reclining angles.

A buggy includes a frame, at least one wheel coupled to the frame and formed with a recess, and a braking mechanism provided to the wheel and including a braking rod that has a first end. The braking mechanism is movable between a free position, where the first end of the braking rod is free from the wheel and the wheel is rotatable, and a braking position, where the first end of the braking rod is received in the recess in the wheel such that the rotation of the wheel is limited.

A collapsible pushchair comprising at least a frame provided with at least two rods being pivotally connected to each other, which frame is foldable from an erect configuration to a collapsed configuration and vice versa, wherein the frame is also provided with a lock to lock the frame in its erect configuration. The lock comprises at least two members, wherein a first member is swivelably connected at a first swivel to the first rod, a second member is swivelably connected at a second swivel to the second rod, and the first and second members are pivotally connected to each other at a distance from the first and second swivel at a pivot, wherein the second swivel is movable from a first position wherein the second swivel is located on one side of a virtual line through the pivot and the first swivel, in which first position the frame is locked in its erect configuration, via an intermediate position wherein the second swivel is located between the pivot and first swivel on the virtual line (36), to a second position wherein the second swivel is located on the other side of the virtual line (36), in which second position the frame is unlocked, and/or vice versa.