Configurable color selection circuit for choosing colors of multi-colored LEDs in toys
First Claim
1. In a toy a configurable biasing circuit biasing at least one tri-colored LED package capable of emitting a first, second and third color, said circuit used in a toy having a visual output corresponding to the respective at least one tri-colored LED package, the circuit comprising:
- means for providing a signal responsive to hand actuation on the exterior of the toy;
means for providing power to the at least one tri-color LED package, the at least one tri-color LED package visible through the exterior of the toy;
switching means for selecting a base color from the first or second color, the base color establishing a visual output when the signal is not present; and
switching means for selecting a secondary color from the previously non-selected first or second color and the third color, the secondary color for establishing a visual output when the at least one signal is present.
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Accused Products
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. One embodiment uses a figurine with tri-color LEDs as eyes and the configurable color selection circuitry to choose the color of the eyes using switches. The three different colors of a tri-colored LED may be achieved through proper switch positioning and each color can be assigned a condition or state by the fertile imagination of a child in order to enhance the play value of the toy. Another embodiment shows use of tri-color LEDs in a toy helicopter to represent a weapons system. Finally, a flying disk is shown outfitted with tri-color LEDs using the biasing circuit to light the LEDS while the disk is in flight thereby causing bands of illumination caused by the spinning disk.
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Citations
18 Claims
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1. In a toy a configurable biasing circuit biasing at least one tri-colored LED package capable of emitting a first, second and third color, said circuit used in a toy having a visual output corresponding to the respective at least one tri-colored LED package, the circuit comprising:
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means for providing a signal responsive to hand actuation on the exterior of the toy; means for providing power to the at least one tri-color LED package, the at least one tri-color LED package visible through the exterior of the toy; switching means for selecting a base color from the first or second color, the base color establishing a visual output when the signal is not present; and switching means for selecting a secondary color from the previously non-selected first or second color and the third color, the secondary color for establishing a visual output when the at least one signal is present. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. A toy figurine having at least one simulated eye in a head section and at least two separate states indicated by the emitted color of the at least one eye, the toy figurine comprising:
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a figurine body having a head section containing at least one simulated eye, the at least one simulated eye being a multi-colored LED package capable of emitting at least three discernible colors and being electronically biased for alternatively emitting at least two visually discernable colors; and hand-operated means for selectively changing the at least one simulated eye between the at least two visually discernable colors. - View Dependent Claims (9)
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10. A toy transportation vehicle comprising:
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a transportation vehicle exterior casing; at least one multi-colored LED package, capable of emitting at least three visually distinct colors from a singular LED package, visible external to and mounted with respect to the transportation vehicle exterior casing, the distinct colors divided into a base color and at least one secondary color, the at least one secondary color being emitted when a signal is present; at least one external control that can be used to selectively switch the base color of the at least one multi-colored LED package operable external to and mounted with respect to the transportation vehicle exterior casing; and multicolored LED package biasing circuitry to choose the base color emitted from the at least one multi-colored LED package responsive to said external controls and to cause the at least one secondary color to be emitted when a signal is present. - View Dependent Claims (11, 12, 13)
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14. A toy flying disk comprising:
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a circular disk body having an external surface, the circular disk body capable of spinning; at least one multi-colored LED package capable of emitting at least three discernible colors from a singular LED package visible through and mounted with respect to the external surface that will appear as an illuminated band while the circular disk body is spinning; and biasing circuitry that alternates the color of the at least one multi-colored LED package between a selected base color and at least one secondary color, the biasing circuitry allowing the selection of a base color from among the at least three discernible colors in response to a switching means. - View Dependent Claims (15, 16, 17, 18)
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Specification