Abstract: A stroller is provided having a stroller frame supporting a stroller seat. The stroller frame includes a linkage that facilitates collapsing or folding of the stroller frame from an in-use configuration to a folded or collapsed configuration, and unfolding of the stroller frame from the folded or collapsed configuration to the in-use configuration. The linkage also facilitates adjustment of the stroller seat height between at least two vertically offset positions.

Abstract: A stroller includes a stroller frame movable between an in-use configuration and a folded configuration and a seat assembly mounted to the stroller frame. The stroller frame includes right and left front legs, right and left fold links, and right and left seat support frame members extending between the respective right and left front legs and the respective right and left fold links. The seat assembly includes a seat and a seat support mounted to the right and left seat support frame members such that, as the stroller frame moves from the in-use configuration to the folded configuration, the seat support translates relative to the right and left seat support frame members. The stroller frame also can include right and left push arms and right and left rear legs.

Abstract: A foldable stroller has a frame assembly reconfigurable between an in-use configuration and a folded configuration. The frame assembly has a left and a right frame side and each frame side includes an elongate bottom part having a front end and a back end. Each bottom part is oriented extending generally from a front to a back of the frame assembly. A fold latch is on the frame assembly and has two latch parts pivotally coupled to one another. A push arm has a lower end connected to one of the latch parts and extends upward and rearward to a handle. A front leg has a lower end pivotally coupled to a front end of the bottom part and extends upward and rearward to an upper end connected to the other of the latch parts. A support strut has an upper end pivotally coupled to the fold latch at a pivot axis and has a lower end pivotally coupled to the bottom part forward of the back end at a pivot connection. The pivot connection of the support strut in one example is positioned further forward than the pivot axis.

Abstract: A foldable stroller has a frame assembly reconfigurable between an in-use configuration and a folded configuration. The frame assembly has a left and a right frame side and each frame side includes an elongate bottom part having a front end and a back end. Each bottom part is oriented extending generally from a front to a back of the frame assembly. A fold latch is on the frame assembly and has two latch parts pivotally coupled to one another. A push arm has a lower end connected to one of the latch parts and extends upward and rearward to a handle. A front leg has a lower end pivotally coupled to a front end of the bottom part and extends upward and rearward to an upper end connected to the other of the latch parts. A support strut has an upper end pivotally coupled to the fold latch at a pivot axis and has a lower end pivotally coupled to the bottom part forward of the back end at a pivot connection. The pivot connection of the support strut in one example is positioned further forward than the pivot axis.

Abstract: A stroller includes a stroller frame; a basket assembly including a basket frame coupled to the stroller frame, wherein the basket frame is configured to move, without bending, between a first, in-use position and a second, access position, and a basket supported by the basket frame; and a latch assembly on each side of the stroller that movably couples the basket frame to the stroller frame, the latch assembly being configured such that application of a downward force on the basket frame moves the basket frame from the first, in-use position to the second, access position. Upon removal of the application of downward force, the basket frame can remain in the second, access position.

Abstract: A collapsible stroller has a frame assembly that is reconfigurable between an in-use configuration and a collapsed configuration. The frame assembly has a fold latch on a side of the frame assembly and has two latch parts that are pivotally coupled to one another. A plunger is slidable within a cavity in one of the latch parts and has an end extendible from the cavity. A receiver in the other of the latch parts is positioned to receive the end of the plunger in the in-use configuration. A push arm of the frame assembly has a lower end that is connected to the one latch part. The push arm extends upward and rearward to a handle of the frame assembly. A front leg of the frame assembly has a lower end and extends upward and rearward to an upper end that is connected to the other of the latch parts. A support strut of the frame assembly has an upper end that is pivotally coupled to the one latch part at a pivot defining a pivot axis.

Abstract: A collapsible stroller has a frame assembly that is reconfigurable between an in-use configuration and a collapsed configuration. The frame assembly has a fold latch on a side of the frame assembly and has two latch parts that are pivotally coupled to one another. A push arm of the frame assembly has a lower end connected to one of the latch parts and is movable with the one latch part relative to the other latch part. The push arm extends upward and rearward to a handle of the stroller. A front leg of the frame assembly has a lower end and extends upward and rearward to an upper end. The front leg is a hollow tube and has a necked-down portion at the upper end received in the other latch part and is movable with the other latch part relative to the one latch part.

Abstract: A collapsible stroller has a frame assembly with a front, a back, and left and right sides when in an in-use configuration. A seat is positioned between the left and right sides. Each of the left and right sides has an elongate bottom part and each bottom part has a front end and a back end. A back wheel is supported for rotation at the back end of each of the bottom parts. Each of the left and right sides has a front leg with a lower end pivotally connected to the front end of the respective bottom part. Each front leg extends upward from the bottom part and rearward toward the back of the frame assembly and terminates at an upper end. Each of the left and right sides also has a push arm pivotally coupled relative to the upper end of the respective front leg. Each push arm extends upward and rearward from the upper end of the respective front leg.

Abstract: A stroller having a novel frame geometry that provides a more direct structural tie between the front and the rear wheels. The two rear legs (bottom members) of the frame are disposed at a relatively small angle to the horizontal and remain close to that shallow angle as the stroller is folded, with all four wheels on the ground. The rear leg assembly is pivotally linked to the front leg assembly, so that the front leg assembly collapses onto the rear leg assembly when the stroller is folded. The front legs and the rear legs preferably have a similar profile so that they generally nest when folded. The front legs and the rear legs preferably have oval or oblong cross-sections, which enhances their vertical load strength.

Abstract: A stroller having a novel frame geometry that provides a more direct structural tie between the front and the rear wheels. The two rear legs (bottom members) of the frame are disposed at a relatively small angle to the horizontal and remain close to that shallow angle as the stroller is folded, with all four wheels on the ground. The rear leg assembly is pivotally linked to the front leg assembly, so that the front leg assembly collapses onto the rear leg assembly when the stroller is folded. The front legs and the rear legs preferably have a similar profile so that they generally nest when folded. The front legs and the rear legs preferably have oval or oblong cross-sections, which enhances their vertical load strength.

Abstract: An adjustable knuckle has a first knuckle member having a first cable guide and a second knuckle member having a second cable guide. The second knuckle member is rotatable relative to the first knuckle member so that a plurality of angular positions can be established between the first and second knuckle members. First and second cable slack absorption members, such as pulleys, are disposed on the first knuckle member in first and second predetermined positions. The first and second cable slack absorption members are located and dimensioned so that a cable, passing from the first cable guide to the second cable guide, wraps thereon when an angle between the first knuckle member and the second knuckle member changes from a first angle, at which the cable passes between the first and second cable absorption members with a minimum of deflection by either of the first and second cable absorption members, to a second angle.

Abstract: An adjustable knuckle has a first knuckle member having a first cable guide and a second knuckle member having a second cable guide. The second knuckle member is rotatable relative to the first knuckle member so that a plurality of angular positions can be established between the first and second knuckle members. First and second cable slack absorption members, such as pulleys, are disposed on the first knuckle member in first and second predetermined positions. The first and second cable slack absorption members are located and dimensioned so that a cable, passing from the first cable guide to the second cable guide, wraps thereon when an angle between the first knuckle member and the second knuckle member changes from a first angle, at which the cable passes between the first and second cable absorption members with a minimum of deflection by either of the first and second cable absorption members, to a second angle.