The present invention is in the field of light up toys. Further, this relates to illuminated objects and to hand held spinning toys and spinning devices which produce circular arcs of light and imagery by turning LEDs on and off as they move through space in a scanning fashion. More particularly, this invention illuminates a central volume of space while simultaneously creating unique lighting patterns due to the spinning action of a motor, with the added feature that as elements of the toy spin, they increase their radius due to the centripetal force generated by spinning.
There are numerous scanning toys and appliances that rely on the spinning or vibrating action of an arm that is populated with LEDs along its length. In this manner words, numbers, and images can be displayed such as those used in some clocks. There are also toys that blink LEDs on and off to produce asynchronous patterns of light. And further, there are toys that illuminate objects with LEDs.
The present invention takes advantage of illuminating a three dimensional translucent figurine or shape and simultaneously rotating LEDs that are located at the end of arms which splay outward due to the centripetal force generated by spinning This produces a unique effect, which can appeal to a market driven by the marriage of technology and fun.
The present invention is a spinning toy that lights up.
A hand held spinning toy with illuminated image comprising a hand held base unit with a housing, a hand grip molded into the housing, an on/off switch, an internal power source, circuitry and wiring, LED lights, and a motorized device having a central subsystem spinning about a central axis, a translucent center-molded globe capable of transmitting light, at least one extension element that carries wiring extending from the central axis area to at least one LED light at the far end. The globe is constructed of two molded pieces that snap together, and the globe has a sculpted extension to form a three dimensional shape or recognizable image. The sculpting also has a film material internally housed which, when illuminated while spinning has an interesting visual appearance. The extension elements can be flexible or rigid, and they can extend to a maximum radius from a central axis of rotation as the central axis spins. While spinning, transmitted light extends into the sculpting. A sensor can provide a signal with each rotation or part thereof of the globe relative to the housing, and this can enable synchronization of power pulses of varying time and/or intensity with the three dimensional shape and/or recognizable image and internal film. There may also be a means to create at least one sound, which can also be synchronized with spinning and the lighted elements. There may also be a communication device that can receive data and/or signals via at least one of; RF, IR, acoustically, and/or other methods.
Although preferred embodiments of the present invention have been described it will be understood by those skilled in the art that the present invention should not be limited to the described preferred embodiments. Rather, various changes and modifications can be made within the spirit and scope of the present invention.
Number | Date | Country | |
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61822917 | May 2013 | US |