Abstract: A multi-colored LED biasing circuit that allows users to selectively choose the colors for a given state or condition. A user will assign by use of switches which color of a multi-colored LED will light on the presence of an electronic signal representing a state or condition in need of a visual output. One embodiment for a tri-colored LED will allow a user to select a base color for when no signal is present, the base color selected between a first color, and a second color and a secondary color for when a signal is present, the secondary color selected between the opposite of the base color (first or second color) and a third color. The present invention can be embodied in toys in a variety of ways. For example, dolls and other figurines having eyes that can change color to represent a change of state or condition in the figurine for enhanced play or decorative purposes.

Abstract: A multi-colored LED biasing circuit that allows users to selectively choose the colors for a given state or condition. A user will assign by use of switches which color of a multi-colored LED will light on the presence of an electronic signal representing a state or condition in need of a visual output. One embodiment for a tri-colored LED will allow a user to select a base color for when no signal is present, the base color selected between a first color, and a second color and a secondary color for when a signal is present, the secondary color selected between the opposite of the base color (first or second color) and a third color. The invention is also embodied as a secondary flasher/brake indicator for automobiles that can be embodied in a number of different forms such as a stick shift knob having indication areas, a figurine having suction cup mounting means or hanging means for placement within the vehicle, or an integrated rear view mirror having indication areas lit by multi-colored LEDs.