Abstract:
A child carrier apparatus having at least two configurations of use. In some embodiments, the child carrier apparatus comprises a support frame, a seat assembly mounted on the support frame and including a front seat frame and a rear seat frame operable to rotate about a pivot axle relative to the front seat frame, and a lock mechanism including a locking element assembled with the rear seat frame and operable to move relative to the rear seat frame between a first and second position. The locking element when in the first position is configured to engage with a portion of the front seat frame for locking the front seat frame with the rear seat frame. In some embodiments, a method of operating the child carrier apparatus is also described.
Abstract:
An infant carrier device comprises a foldable support frame, an adjustable backrest assembly, a backrest positioning mechanism including a fixed positioning member and a movable latching member connected with the backrest assembly, and a disengaging mechanism connected with the support frame and movable relative to the positioning member. The latching member is movable between a first position where the latching member is engaged with the positioning member for locking the backrest assembly in position, and a second position where the latching member is disengaged from the positioning member. Moreover, the disengaging mechanism is operable to interact with the latching member for causing the latching member to move from the first position to the second position when the support frame is folded.
Abstract:
A child carrier apparatus comprises a support frame, a backrest assembly having a backrest frame, a seat assembly mounted with the support frame, wherein the seat assembly includes a first seat frame and a second seat frame, the second seat frame being operable to rotate about a pivot axle relative to the first seat frame, and a hinge structure connected between the backrest frame and the first seat frame. The hinge structure blocks rotation of the backrest frame when the second seat frame is deployed for use, and access to the second seat frame is disabled when the child carrier apparatus is in a configuration using the first seat frame for seating a child. In some embodiments, a method of operating the child carrier apparatus is also described.
Abstract:
A release actuator can comprise a support element, a latch mechanism, a release button movably assembled with the support element, a transmission element connecting the latch mechanism with the release button, and a safety latch key disposed adjacent to the release button. The release button can be movable parallel to a first axis for driving unlocking operation of the latch mechanism. The safety latch key and the release button are assembled so as to be movable relative to each other parallel to a second axis for either blocking or unblocking movements of the release button parallel to the first axis. Moreover, one embodiment of an infant carrying apparatus is also described.
Abstract:
A foldable stroller includes two front legs, two rear legs, a basket frame, two seat-supporting tubes, two pivoting members, two connecting rods, and a backrest-supporting tube. Rotation of the basket frame and the seat-supporting tubes relative to each other about a pivot point results in rotation of the pivoting members relative to the connecting rods about another pivot point to thereby rotate the backrest-supporting tube and the basket frame toward the rear legs in different directions.
Abstract:
A foldable stroller includes two front legs, two rear legs, a basket frame, two seat-supporting tubes, two pivoting members, two connecting rods, and a backrest-supporting tube. Rotation of the basket frame and the seat-supporting tubes relative to each other about a pivot point results in rotation of the pivoting members relative to the connecting rods about another pivot point to thereby rotate the backrest-supporting tube and the basket frame toward the rear legs in different directions.
Abstract:
A headrest-adjusting mechanism is adapted for use with a stroller. The stroller includes a headrest-supporting tube and a backrest-supporting tube. The headrest-adjusting mechanism is adapted to be connected between the headrest-supporting tube and the backrest-supporting tube in such a manner to allow for rotation of the headrest-supporting tube relative to the backrest-supporting tube from a usable position to a folded position in a predetermined direction.
Abstract:
A child carrier apparatus having at least two configurations of use. In some embodiments, the child carrier apparatus comprises a support frame, a seat assembly mounted on the support frame and including a front seat frame and a rear seat frame operable to rotate about a pivot axle relative to the front seat frame, and a lock mechanism including a locking element assembled with the rear seat frame and operable to move relative to the rear seat frame between a first and second position. The locking element when in the first position is configured to engage with a portion of the front seat frame for locking the front seat frame with the rear seat frame. In some embodiments, a method of operating the child carrier apparatus is also described.
Abstract:
A release actuator can comprise a support element, a latch mechanism, a release button movably assembled with the support element, a transmission element connecting the latch mechanism with the release button, and a safety latch key disposed adjacent to the release button. The release button can be movable parallel to a first axis for driving unlocking operation of the latch mechanism. The safety latch key and the release button are assembled so as to be movable relative to each other parallel to a second axis for either blocking or unblocking movements of the release button parallel to the first axis. Moreover, one embodiment of an infant carrying apparatus is also described.
Abstract:
A headrest-adjusting mechanism is adapted for use with a stroller. The stroller includes a headrest-supporting tube and a backrest-supporting tube. The headrest-adjusting mechanism is adapted to be connected between the headrest-supporting tube and the backrest-supporting tube in such a manner to allow for rotation of the headrest-supporting tube relative to the backrest-supporting tube from a usable position to a folded position in a predetermined direction.