A rotating seat for suspension from a play set structure includes a seat body rotatable about a generally vertical axis with an upper seating surface configured to support a user, an elongated suspending element configured to support the seat body from the play set structure, and a handle assembly operably coupled with the suspending element to cause rotation of the seat body relative to the axis upon actuation by the user. The suspending element extends substantially vertically, presents opposite upper and lower end margins, is configured to operably couple with the play set structure along the upper end margin, and is operably coupled with the seat body at a location spaced from the upper end margin. A damped pivot connection assembly configured to operably secure the suspending element with the play set structure and allow restrained pivoting movement of the suspending element relative to a fixed bracket of the connection assembly is also disclosed.
1. A rotating seat for suspension from a play set structure, said rotating seat comprising:
a seat body including an upper seating surface configured to support a user,
said seat body being rotatable about a generally vertical axis of rotation;
an elongated suspending element configured to support the seat body from the play set structure,
said suspending element extending substantially vertically and presenting opposite upper and lower end margins,
said suspending element being configured to operably couple with the play set structure along the upper end margin, and being operably coupled with the seat body at a location spaced from the upper end margin; and
a handle assembly operably coupled with the suspending element and configured to cause rotation of the seat body relative to the axis upon actuation thereof,
said suspending element defining the axis of rotation for the seat body,
said seat body being rotatable relative to the suspending element,
said suspending element being operably coupled with the seat body along the lower end margin of the suspending element for relative rotation thereabout.
2. The rotating seat as claimed in claim 1 ,
said seat body being unitarily molded from a synthetic resin material to present a substantially circular outer circumferential periphery,
said seat body being generally annular and devoid of sharp corners about the outer circumferential periphery thereof.
3. A rotating seat for suspension from a play set structure, said rotating seat comprising:
a seat body including an upper seating surface configured to support a user,
said seat body being rotatable about a generally vertical axis of rotation;
an elongated suspending element configured to support the seat body from the play set structure,
said suspending element extending substantially vertically and presenting opposite upper and lower end margins,
said suspending element being configured to operably couple with the play set structure along the upper end margin, and being operably coupled with the seat body at a location spaced from the upper end margin;
a handle assembly operably coupled with the suspending element and configured to cause rotation of the seat body relative to the axis upon actuation thereof,
said suspending element being at least substantially rigid; and
a pivot connection assembly configured to operably secure the upper end margin of the suspending element with the play set structure,
said pivot connection assembly including a fixed bracket for attaching to the play set structure while allowing generally pivotal movement of the suspending element about at least one substantially horizontal axis defined through the pivot connection assembly.
4. The rotating seat as claimed in claim 3 ,
said pivot connection assembly further including a damping element operable to restrain pivoting movement of the suspending element relative to the fixed bracket due to lateral forces applied to either the suspending element, the seat body, or the combination thereof.
5. The rotating seat as claimed in claim 4 ,
said pivot connection assembly comprising a ball joint including a ball fixed relative to the suspending element and a socket fixed relative to the bracket.
6. The rotating seat as claimed in claim 5 ,
said pivot connection assembly further comprising a pin extending generally horizontally through at least portions of both the ball and the socket to restrict the generally pivotal movement of the suspending element to only one substantially horizontal second axis defined through the pivot connection assembly.
7. The rotating seat as claimed in claim 5 ,
said damping element comprising an elastomeric sleeve disposed around at least a part of the ball joint.
8. The rotating seat as claimed in claim 7 ,
said elastomeric sleeve being disposed around at least a portion of the socket and around at least a portion of the upper end margin of the suspending element.
9. A rotating seat for suspension from a play set structure, said rotating seat comprising:
a seat body including an upper seating surface configured to support a user,
said seat body being rotatable about a generally vertical axis of rotation;
an elongated suspending element configured to support the seat body from the play set structure,
said suspending element extending substantially vertically and presenting opposite upper and lower end margins,
said suspending element being configured to operably couple with the play set structure along the upper end margin, and being operably coupled with the seat body at a location spaced from the upper end margin;
a handle assembly operably coupled with the suspending element and configured to cause rotation of the seat body relative to the axis upon actuation thereof,
said handle assembly being spaced above the seat body; and
a protective sleeve disposed coaxially about the suspending element and extending axially at least substantially between the upper seating surface of the seat body and the handle assembly.
10. The rotating seat as claimed in claim 9 ,
said handle assembly being rotationally fixed relative to the suspending element.
11. The rotating seat as claimed in claim 10 ,
said handle assembly comprising a unitary handle body,
said handle assembly further comprising a pin extending generally horizontally through at least portions of both the handle body and the suspending element to restrict relative rotation and axial movement therebetween.
12. The rotating seat as claimed in claim 11 ,
said seat body being unitarily molded from a synthetic resin material,
said seat body and said handle body each presenting a respective substantially circular outer periphery, with the diameter of the handle body being smaller than the diameter of the seat body.
13. The rotating seat as claimed in claim 9 ,
said suspending element defining the axis of rotation for the seat body,
said handle assembly being rotatable relative to the suspending element about the vertical axis of rotation.
14. The rotating seat as claimed in claim 13 ,
said handle assembly including a crank mechanism with at least one crank arm rotatable about a horizontal crank axis,
said crank mechanism being configured such that the handle assembly rotates about the suspending element as the crank arm is rotated in a first crank direction.
15. The rotating seat as claimed in claim 14 ,
said crank mechanism including a pair of coaxial crank arms and a worm gear rotatable about the crank axis,
said handle assembly including a spur gear disposed coaxially about the suspending element and being operably intermeshed with the worm gear such that the spur gear rotates about the suspending element as the crank arms are rotated in the first crank direction.
16. The rotating seat as claimed in claim 15 ,
said handle assembly further including a one-way clutch device,
said one-way clutch device being configured to engage with the suspending element and thereby cause rotation of the handle assembly thereabout upon rotation of the crank arms in the first crank direction,
said one-way clutch device being further configured to disengage from the suspending element and thereby provide freewheel rotation of the crank arms without causing rotation of the handle assembly thereabout upon rotation of the crank arms in a second crank direction opposite the first crank direction.
17. The rotating seat as claimed in claim 16 ,
said suspending element comprising a first generally tubular metal body and a second metal body at least partly coaxially received within the first metal body,
said first metal body being disposed above the handle assembly and including the upper end margin of the suspending element,
said second metal body extending below the first metal body, defining a portion of the suspending element about which the handle assembly is rotatable, and including the lower end margin of the suspending element, which is spaced from the ground.