Tool-less steering wheel assembly

1. A ride-on vehicle, comprising:

a frame having at least two wheels;

a steering rod operatively coupled to the frame;

a chuck secured to the steering rod, the chuck having a body extending between a base and an upper end; and

a steering wheel having a sleeve adapted to be coupled to the chuck in a tool-less manner, the sleeve having a cavity defined by an inner surface configured to receive the chuck therein, the sleeve having a key located on the inner surface;

wherein the steering wheel is configured to be engaged by a rider for moving the steering wheel and thereby steering the ride-on vehicle,

wherein the sleeve includes at least one aperture for achieving a tool-less assembly of the steering wheel to the chuck,

wherein the chuck includes at least one spring clip assembly configured to engage the at least one aperture of the sleeve for achieving the tool-less assembly of the steering wheel to the chuck, and

wherein the at least one spring clip assembly comprises a leg member having a foot with a base portion, the leg member being formed on the upper end of the chuck and extending along the body of the chuck and being substantially coplanar with the body of the chuck such that the leg member is an extension of the upper end of the chuck.

2. The ride-on vehicle of claim 1 , wherein the chuck includes at least one pushbutton assembly slidably disposed in a recess formed in the body of the chuck, the at least one pushbutton assembly being configured to engage the at least one aperture of the sleeve for achieving the tool-less assembly of the steering wheel to the chuck.

3. The ride-on vehicle of claim 2 , wherein the at least one pushbutton assembly further comprises a pushbutton and a coil spring, the coil spring and the pushbutton being disposed in the recess of the chuck and the coil spring being configured to bias the pushbutton outwardly from the recess.

4. The ride-on vehicle of claim 3 , wherein the recess formed in the chuck includes a shoulder and the pushbutton includes a flange, the shoulder configured to be in a confronting relationship with the flange to limit an outward movement of the pushbutton from the recess.

5. The ride-on vehicle of claim 1 , wherein the base of the chuck includes a rim configured to prevent an over-insertion of the chuck into the cavity of the sleeve.

6. The ride-on vehicle of claim 1 , wherein the chuck includes a cylindrical recess configured to receive a portion of the steering rod therein for securing the chuck to the steering rod.

7. The ride-on vehicle of claim 6 , wherein the chuck and the steering rod are coupled together with a nut and bolt combo.

8. The ride-on vehicle of claim 7 , wherein the body of the chuck includes a channel configured to position a head of the bolt of the nut and bolt combo radially inwardly relative to the body of the chuck such that the head of the bolt is at least coplanar with the body of the chuck.

9. The ride-on vehicle of claim 1 , wherein the key is defined by a flatted portion of the inner surface that projects radially inward towards a center of the sleeve and the chuck includes at least one keyway, the key and the at least one keyway cooperating to align the chuck with the sleeve.

10. A method of assembling a ride-on vehicle having a steering wheel assembly in a tool-less manner, the method comprising:

providing the ride-on vehicle having a frame with at least two wheels;

providing the steering wheel assembly having a steering rod with a chuck secured thereto, the chuck having a body extending between a base and an upper end, the chuck having at least one spring clip assembly including a leg member having a foot with a base portion, the leg member being formed on the upper end of the chuck and extending along the body of the chuck and being substantially coplanar with the body of the chuck such that the leg member is an extension of the upper end of the chuck, and the steering rod being operatively coupled to the frame of the ride-on vehicle, and a steering wheel having a sleeve with at least one aperture, the sleeve having a cavity defined by an inner surface, the sleeve having a key located on the inner surface of the sleeve;

aligning the key of the sleeve with a keyway of the chuck;

inserting a portion of the chuck into the sleeve of the steering wheel and moving the steering wheel in a direction to further slide the chuck into the sleeve until the sleeve nears the at least one spring clip assembly on the chuck;

actuating the at least one spring clip assembly on the chuck and further inserting the chuck into the sleeve such that the sleeve slides over the at least one spring clip assembly; and

further moving the steering wheel until the chuck is fully nested in the sleeve at which point the at least one spring clip assembly of the chuck engages the at least one aperture on the sleeve, thereby coupling the sleeve of the steering wheel to the chuck in the tool-less manner.

11. The method of assembling of claim 10 , wherein the key is defined by a flatted portion of the inner surface that projects radially inward towards a center of the sleeve, the key and the keyway cooperating to align the chuck with the sleeve.