Child restraint

1. A child restraint comprising

a seat base adapted to rest on a vehicle seat,

a juvenile seat coupled to the seat base, and

a juvenile-seat release system configured to mount the juvenile seat to the seat base and allow separation of the juvenile seat from the seat base,

wherein the juvenile-seat release system includes an attachment post coupled to the seat base and arranged to extend upwardly in a vertical direction away from the seat base, a juvenile-seat retainer latch coupled to the juvenile seat and configured to engage the attachment post to retain the juvenile seat to the seat base, and a release actuator coupled to the juvenile seat and configured to be actuated by a user to change the juvenile-seat retainer latch from a locked position, in which the juvenile-seat retainer latch engages the attachment post, and a freed position, in which the juvenile-seat retainer latch is disengaged from the attachment post to allow separation of the juvenile seat from the seat base,

wherein the attachment post includes a post base coupled to the seat base, a retainer tip spaced apart from the post base, and a latch connector interconnecting the post base and the retainer tip,

wherein the juvenile-seat retainer latch is configured to engage with at least one of the retainer tip and the latch connector and to lie vertically between the post base and the retainer tip in the locked position, and

wherein the retainer tip has a downwardly-sloped upper surface that engages the juvenile-seat retainer latch during installation of the juvenile seat on the seat base to cause movement of the juvenile-seat retainer latch without actuating the release actuator.

2. The child restraint of claim 1 , wherein the juvenile-seat retainer latch includes a lower, upwardly-sloped surface that engages the downwardly-sloped upper surface of the retainer tip during installation of the juvenile seat on the seat base and a vertical-motion blocking upper surface that engages a downwardly-facing surface of the retainer tip in the locked position.

3. The child restraint of claim 1 , wherein the latch connector has a smaller diameter than the post base and the retainer tip to provide an annular latch-receiving channel below the retainer tip and above the post base and which receives the juvenile-seat retainer latch in the locked position to block separation of the juvenile seat from the seat base.

4. The child restraint of claim 3 , wherein the juvenile-seat retainer latch has a thickness that is about equal to a thickness of the annular latch-receiving channel.

5. The child restraint of claim 1 , further comprising a juvenile-seat retainer system including a seat-base retainer fixed to the seat base and a juvenile-seat retainer fixed to the juvenile seat and spaced apart from the juvenile-seat retainer latch, the juvenile-seat retainer is configured to interlock with the seat base retainer to block removal of the juvenile seat from the seat base.

6. The child restraint of claim 5 , wherein the juvenile seat is rotatable about a vertical rotation axis from a sideways orientation to a forward-facing orientation and the juvenile seat is configured to be installed on the seat base in sideways orientation.

7. The child restraint of claim 6 , wherein the juvenile-seat retainer interlocks with the seat-base retainer when the juvenile seat is rotated from the sideways orientation to the forward-facing orientation.

8. The child restraint of claim 6 , wherein the seat-base retainer blocks the juvenile seat from being removed from the seat base in the forward-facing orientation such that the juvenile seat is not installable or removable from the seat base in the forward-facing orientation.

9. The child restraint of claim 1 , wherein the seat base includes a circular-shaped upper rim and a seat-base foundation that extends downwardly from the upper rim and cooperates with the upper rim to at least partially define a juvenile-seat receiving space.

10. The child restraint of claim 9 , wherein the juvenile seat includes a seat shell and a seat-shell pedestal coupled to a bottom of the seat shell and that extends toward the seat-base foundation.

11. The child restraint of claim 10 , wherein the seat-base foundation is formed to include a pedestal-receiving space and the seat-shell pedestal is configured to extend into the pedestal-receiving space when the juvenile seat is installed on the seat base.

12. The child restraint of claim 11 , wherein the attachment post is arranged to lie at least partially in the pedestal receiving space and the seat-shell pedestal is formed to include a post-receiving space that receives the attachment post when the juvenile seat is installed on the seat base.

13. A child restraint comprising

a seat base adapted to rest on a vehicle seat,

a juvenile seat coupled to the seat base,

a juvenile-seat release system configured to mount the juvenile seat to the seat base and allow separation of the juvenile seat from the seat base, the juvenile-seat release system includes an attachment post coupled to the seat base and arranged to extend upwardly in a vertical direction away from the seat base, a juvenile-seat retainer latch coupled to the juvenile seat and configured to engage the attachment post to retain the juvenile seat to the seat base, and a release actuator coupled to the juvenile seat and configured to be actuated by a user to change the juvenile-seat retainer latch from a locked position, in which the juvenile-seat retainer latch engages the attachment post, and a freed position, in which the juvenile-seat retainer latch is disengaged from the attachment post to allow separation of the juvenile seat from the seat base, and

a juvenile-seat retainer system including a seat-base retainer fixed to the seat base and a juvenile-seat retainer fixed to the juvenile seat and spaced apart from the juvenile-seat retainer latch, the juvenile-seat retainer is configured to interlock with the seat base retainer to block removal of the juvenile seat from the seat base,

wherein the juvenile seat is rotatable about a vertical rotation axis from a sideways orientation to a forward-facing orientation and the juvenile seat is configured to be installed on the seat base in sideways orientation,

wherein the seat-base retainer blocks the juvenile seat from being removed from the seat base in the forward-facing orientation such that the juvenile seat is not installable or removable from the seat base in the forward-facing orientation, and

wherein the juvenile-seat retainer system further includes a second juvenile-seat retainer fixed to the juvenile seat and spaced apart from the juvenile-seat retainer latch and the juvenile-seat retainer and configured to interlock with the seat base retainer when the juvenile seat is in a rearward-facing orientation to block removal of the juvenile seat from the seat base in the rearward-facing orientation.

14. A child restraint comprising

a seat base adapted to rest on a vehicle seat,

a juvenile seat coupled to the seat base, and

a juvenile-seat release system configured to mount the juvenile seat to the seat base and allow separation of the juvenile seat from the seat base,

wherein the juvenile-seat release system includes an attachment post coupled to the seat base and arranged to extend upwardly in a vertical direction away from the seat base, a juvenile-seat retainer latch coupled to the juvenile seat and configured to engage the attachment post to retain the juvenile seat to the seat base, and a release actuator coupled to the juvenile seat and configured to be actuated by a user to change the juvenile-seat retainer latch from a locked position, in which the juvenile-seat retainer latch engages the attachment post, and a freed position, in which the juvenile-seat retainer latch is disengaged from the attachment post to allow separation of the juvenile seat from the seat base,

wherein the seat base includes a circular-shaped upper rim and a seat-base foundation that extends downwardly from the upper rim and cooperates with the upper rim to at least partially define a juvenile-seat receiving space,

wherein the juvenile seat includes a seat shell and a seat-shell pedestal coupled to a bottom of the seat shell and that extends toward the seat-base foundation,

wherein the seat-base foundation is formed to include a pedestal-receiving space and the seat-shell pedestal is configured to extend into the pedestal-receiving space when the juvenile seat is installed on the seat base,

wherein the attachment post is arranged to lie at least partially in the pedestal receiving space and the seat-shell pedestal is formed to include a post-receiving space that receives the attachment post when the juvenile seat is installed on the seat base, and

wherein the juvenile-seat retainer latch is coupled to the seat-shell pedestal and protrudes into the post-receiving space in the locked position and is removed from the post-receiving space in the freed position.

15. A child restraint comprising

a seat base adapted to rest on a vehicle seat,

a juvenile seat coupled to the seat base, and

a juvenile-seat release system configured to mount the juvenile seat to the seat base and allow separation of the juvenile seat from the seat base,

wherein the juvenile-seat release system includes an attachment post coupled to the seat base and arranged to extend upwardly in a vertical direction away from the seat base, a juvenile-seat retainer latch coupled to the juvenile seat and configured to engage the attachment post to retain the juvenile seat to the seat base, and a release actuator coupled to the juvenile seat and configured to be actuated by a user to change the juvenile-seat retainer latch from a locked position, in which the juvenile-seat retainer latch engages the attachment post, and a freed position, in which the juvenile-seat retainer latch is disengaged from the attachment post to allow separation of the juvenile seat from the seat base,

wherein the release actuator includes a first release handle coupled to a first lateral side of the juvenile seat, a second release actuator coupled to a second lateral side of the juvenile seat, and a latch mover extending between and interconnecting the first and second release handles and the juvenile-seat retainer latch.

16. The child restraint of claim 15 , wherein the latch mover includes a first cable interconnecting the first release handle and the juvenile-seat retainer latch and a second cable interconnecting the second release handle and the juvenile-seat retainer latch.

17. The child restraint of claim 15 , wherein first and second release handles are actuatable independently from one another to change the juvenile-seat retainer latch from the locked position to the freed position without actuation of both the first and second release handles.