Five-way directional push button on a rotary knob

1. A knob and push button assembly comprising:

a rotary knob being configured to rotate;

a rotary actuated potentiometer actuated by rotation of the rotary knob;

at least four actuators within the rotary knob, each of the actuators being configured to selectively activate a selected circuit;

wherein the actuators do not rotate with rotation of the rotary knob;

a knob shell having the rotary knob therein, the knob shell not rotating with rotation of the rotary shell; and

a button configured to selectively actuate all of the at least four actuators.

2. The knob and push button assembly of claim 1 , further including: a circuit board having the rotary actuated potentiometer connected thereto.

3. The knob and push button assembly of claim 2 , further including:

a plurality of flexible domes, each of the flexible domes associated with one of the actuators and configured to be engaged by the actuators to selectively activate the selected circuit.

4. The knob and push button assembly of claim 1 , further including:

a transfer gear transferring the rotary motion of the rotary knob to the rotary actuated potentiometer, the transfer gear being engaged with an outside peripheral surface of the rotary knob.

5. The knob and push button assembly of claim 1 , wherein: the actuators engage and slide within the knob shell.

6. The knob and push button assembly of claim 1 , wherein:

the at least four actuators comprise five actuators, with one of the actuators being located in a center of an area defined by the other actuators.

7. The knob and push button assembly of claim 1 , wherein: each of the actuators can be individually actuated without actuating the other actuators.

8. A knob and push button assembly comprising:

a rotary knob being configured to rotate;

a rotary actuated potentiometer actuated by rotation of the rotary knob;

at least four actuators within the rotary knob, each of the actuators being configured to selectively activate a selected circuit;

wherein the actuators do not rotate with rotation of the rotary knob;

wherein each of the actuators can be individually actuated without actuating the other actuators; and

a button configured to selectively actuate all of the at least four actuators.

9. A method of controlling an electronic component comprising:

providing a rotary knob being configured to rotate;

actuating a rotary actuated potentiometer by rotation of the rotary knob;

providing at least four actuators within the rotary knob; and

selectively actuating at least one of the actuators to selectively activate a selected circuit;

wherein the actuators do not rotate with rotation of the rotary knob;

including a knob shell having the rotary knob therein, the knob shell not rotating with rotation of the rotary shell; and

depressing a button to selectively actuate one of the at least four actuators.

10. The method of controlling an electronic component of claim 9 , further including:

connecting the rotary actuated potentiometer to a circuit board.

11. The method of controlling an electronic component of claim 10 , further including:

associating each of the actuators with a flexible dome; and

engaging one of the flexible domes with one of the actuators to selectively activate the selected circuit.

12. The method of controlling an electronic component of claim 9 , further including:

transferring rotary motion of the rotary knob to the rotary actuated potentiometer with a transfer gear, the transfer gear being engaged with an outside peripheral surface of the rotary knob.

13. The method of controlling an electronic component of claim 9 , further including:

sliding and engaging the actuators within the knob shell.

14. The method of controlling an electronic component of claim 9 , wherein:

the at least four actuator comprise five actuators, with one of the actuators being located in a center of an area defined by the other actuators.

15. The method of controlling an electronic component of claim 9 , wherein:

each of the actuators can be individually actuated without actuating the other actuators.