Three dimensional interactive system
View Patent ↗A three-dimensional position locating system is disclosed. In one embodiment, the three-dimensional position locating system includes a housing including a substantially planar surface. The housing includes a first antenna element under the substantially planar surface. A stylus including a second antenna element is coupled to the housing. A processor is electrically coupled to the first antenna element and the second antenna element, and a three-dimensional structure overlies the first antenna element. An antenna coupling element is associated with the three-dimensional structure and an output device can be coupled to the processor.
1. A three-dimensional position locating system comprising:
(a) an essentially two-dimensional antenna element underlying an essentially planar surface;
(b) an antenna element located in a stylus, coupled to the underlying antenna element through a signal driver and signal processor;
(c) a three-dimensional structure overlying the underlying antenna element;
(d) at least one antenna coupling element having a first end proximal to the underlying antenna element and having a second end near a surface of the three-dimensional structure; and
(e) an audio generating circuit coupled to the signal processor and responsive to the position located using the stylus.
2. The three-dimensional position locating system of claim 1 wherein the three-dimensional structure occupies a first portion of the essentially planar surface and wherein the three-dimensional position locating system also includes a print medium, wherein the print medium occupies a second portion of the essentially planar surface.
3. The three-dimensional position locating system of claim 1 wherein the at least one antenna coupling element is within the three-dimensional structure.
4. A three-dimensional position locating system comprising:
(a) a housing including a substantially planar surface, wherein the housing houses a first antenna element, the first antenna element being under the substantially planar surface;
(b) a stylus comprising a second antenna element;
(c) a processor electrically coupled to the first antenna element and the second antenna element;
(d) a three-dimensional structure overlying the substantially planar surface and the first antenna element;
(e) an antenna coupling element associated with the three-dimensional structure; and
(g) an output device coupled to the processor.
5. The three-dimensional position locating system of claim 4 wherein the housing includes two housing portions coupled together through at least one hinge.
6. The three-dimensional position locating system of claim 4 wherein the stylus includes a distal end and a conductive gripping region that grounds a user gripping the stylus.
7. The three-dimensional position locating system of claim 4 wherein the processor comprises a receiver unit and a transmitter.
8. The three-dimensional position locating system of claim 4 wherein the output device is a speaker, and wherein the speaker and the processor are in the housing.
9. The three-dimensional position locating system of claim 4 wherein the housing includes a slot for receiving a transferable information storage medium.
10. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure is configured to occupy a first portion of the substantially planar surface and wherein the system also includes a print medium, wherein the print medium is configured to occupy a second portion of the substantially planar surface.
11. The three-dimensional position locating system of claim 10 wherein the print medium is a book.
12. The three-dimensional position locating system of claim 10 wherein the print medium is a book with a spiral spine or a ring binder.
13. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises a sculpture.
14. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises a pop-up structure.
15. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises a paper or cardboard structure.
16. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises a plurality of distinct substructures.
17. The three-dimensional position locating system of claim 4 wherein the first antenna element comprises a plurality of conductive fingers.
18. The three-dimensional position locating system of claim 4 wherein the housing is in the form of a unitary body.
19. The three-dimensional position locating system of claim 4 wherein the housing houses the processor and the output device, wherein the output device includes a speaker, and wherein the housing is coupled to the stylus via a cable.
20. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises paper or cardboard, and wherein the antenna coupling element includes a conductive trace that is on the paper or cardboard.
21. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure is configured to occupy a first portion of the substantially planar surface, wherein the three-dimensional position locating system also includes a print medium, the print medium adapted to occupy a second portion of the substantially planar surface, and wherein content in the print medium and the three-dimensional structure correspond to a common theme.
22. The three-dimensional position locating system of claim 4 wherein the surface is defined by a recessed region in the housing.
23. The three-dimensional position locating system of claim 4 wherein the housing separates the antenna coupling element and the first antenna element.
24. The three-dimensional position locating system of claim 4 wherein the three-dimensional structure comprises a plurality of distinct substructures, each substructure being associated with at least one antenna coupling element.
25. The three-dimensional position locating system of claim 24 wherein each antenna coupling element includes a first end, a second end, and an intermediate portion, wherein the first and second ends are wider than the intermediate portion.
26. A three-dimensional position locating system comprising:
(a) a housing including a substantially planar surface, wherein the housing houses a first antenna element, which is under the substantially planar surface;
(b) a stylus comprising a second antenna element;
(c) a processor electrically coupled to the first antenna element and the second antenna element;
(d) a three-dimensional structure overlying the first antenna element and the substantially planar surface; and
(e) an output device coupled to the processor.
27. The three-dimensional position locating system of claim 26 further comprising an antenna coupling element within or on the three-dimensional structure.
28. The three-dimensional position locating system of claim 26 wherein the three-dimensional structure is a sculpture.
29. The three-dimensional position locating system of claim 26 wherein the first antenna element comprises a transmitting antenna.
30. The three-dimensional position locating system of claim 26 wherein the three-dimensional structure is a book with a pop-up structure.
31. The three-dimensional position locating system of claim 26 wherein the three-dimensional structure occupies a first portion of the surface and wherein the system further comprises a two-dimensional book that occupies a second portion of the surface.
32. The three-dimensional position locating system of claim 26 wherein the three-dimensional structure comprises a plurality of figurines.
33. The three-dimensional position locating system of claim 26 further comprising an antenna coupling element associated with the three-dimensional structure and a shielding element associated with the antenna coupling element, wherein the shielding element is grounded.
34. A three-dimensional position locating system comprising:
(a) a housing including a surface, wherein the housing houses a first antenna element, which is under the surface;
(b) a stylus comprising a second antenna element;
(c) a processor electrically coupled to the first antenna element and the second antenna element;
(d) a structure having at least a portion that is generally vertical oriented with respect to the substantially planar surface and overlying the first antenna element and the surface;
(e) an antenna coupling element associated with the structure; and
(f) an output device coupled to the processor.
35. The three-dimensional position locating system of claim 34 wherein structure is a sculpture.
36. The three-dimensional position locating system of claim 34 further comprising an antenna coupling element associated with the structure.
37. The three-dimensional position locating system of claim 34 wherein the housing includes two housing portions coupled together with at least one hinge.
38. The three-dimensional position locating system of claim 34 wherein the surface is planar.
39. A three-dimensional toy for use with a platform unit having a housing that houses a first antenna element and a stylus that includes a second antenna element, the three-dimensional toy comprising:
(a) a three-dimensional structure; and
(b) an antenna coupling element associated with the three-dimensional structure,
wherein the antenna coupling element is adapted to electromagnetically couple the first and second antenna elements when the three-dimensional toy is used with the platform unit.
40. The three-dimensional position locating system of claim 34 wherein the antenna coupling element includes a proximate portion, a distal portion, and an intermediate portion, the proximate and distal portions being wider than the intermediate portion.
41. The three-dimensional position locating system of claim 34 wherein the three-dimensional structure includes a mechanical switch.
42. A kit comprising:
the toy of claim 34 ; and
a book, wherein the toy and the book correspond to a common theme or subject.
43. The kit of claim 42 further comprising:
a transferable information storage medium comprising output data for the toy and for the book.