1. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter.
2. The radio frequency signal notification system of claim 1 wherein the data word generator creates a data word.
3. The radio frequency signal notification system of claim 1 wherein the data word generator encrypts a data word.
4. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique code and emit an alert.
5. The radio frequency signal notification system of claim 4 wherein the data word generator creates a data word.
6. The radio frequency signal notification system of claim 4 wherein the data word generator encrypts a data word.
7. The radio frequency receiver of claim 4 wherein the alert is a vibration.
8. The radio frequency receiver of claim 4 wherein the alert is an auditory alert.
9. The radio frequency receiver of claim 4 wherein the alert is a visual alert.
10. The radio frequency signal notification system of claim 4 wherein the radio frequency signal transmitter uses a carrier frequency.
11. The radio frequency signal transmitter of claim 10 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
12. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator embedded into the circuitry of a radio frequency receiving device, and a remote frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter.
13. The radio frequency signal notification system of claim 12 wherein the data word generator creates a data word.
14. The radio frequency signal notification system of claim 12 wherein the data word generator encrypts a data word.
15. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator embedded into the circuitry of a radio frequency receiving device, and a remote frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique data word and emit an alert.
16. The radio frequency signal notification system of claim 15 wherein the data word generator creates a data word.
17. The radio frequency signal notification system of claim 15 wherein the data word generator encrypts a data word.
18. The radio frequency receiver of claim 15 wherein the alert is a vibration.
19. The radio frequency receiver of claim 15 wherein the alert is an auditory alert.
20. The radio frequency receiver of claim 15 wherein the alert is a visual alert.
21. The remote cellular phone call notification system of claim 15 wherein the radio frequency signal transmitter uses a carrier frequency.
22. The radio frequency signal transmitter of claim 21 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
23. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator embedded into the circuitry of a cellular phone, and a remote frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique data word and emit an alert.
24. The radio frequency signal notification system of claim 23 wherein the data word generator creates a data word.
25. The radio frequency signal notification system of claim 23 wherein the data word generator encrypts a data word.
26. The radio frequency receiver of claim 23 wherein the alert is a vibration.
27. The radio frequency receiver of claim 23 wherein the alert is an auditory alert.
28. The radio frequency receiver of claim 23 wherein the alert is a visual alert.
29. The cellular phone call notification system of claim 23 wherein the radio frequency signal transmitter uses a carrier frequency.
30. The radio frequency signal transmitter of claim 29 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
31. A radio frequency signal notification system comprising a radio frequency receiving device further comprising incoming signal detection ability thereby acting as a radio frequency detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter.
32. The radio frequency signal notification system of claim 31 wherein the data word generator creates a data word.
33. The radio frequency signal notification system of claim 31 wherein the data word generator encrypts a data word.
34. A radio frequency signal notification system comprising a radio frequency receiving device further comprising incoming signal detection ability thereby acting as a radio frequency detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique code and emit an alert.
35. The radio frequency signal notification system of claim 34 wherein the data word generator creates a data word.
36. The radio frequency signal notification system of claim 34 wherein the data word generator encrypts a data word.
37. The radio frequency receiver of claim 34 wherein the alert is a vibration.
38. The radio frequency receiver of claim 34 wherein the alert is an auditory alert.
39. The radio frequency receiver of claim 34 wherein the alert is a visual alert.
40. The radio frequency signal notification system of claim 34 wherein the radio frequency signal transmitter uses a carrier frequency.
41. The radio frequency signal transmitter of claim 40 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
42. The radio frequency detector of claim 34 further comprising a cellular phone.
43. A radio frequency signal notification system comprising a radio frequency receiving device having a power supply, a radio frequency detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, wherein the radio frequency detector utilizes the radio frequency receiving device power supply for operation.
44. The radio frequency signal notification system of claim 43 wherein the data word generator creates a data word.
45. The radio frequency signal notification system of claim 43 wherein the data word generator encrypts a data word.
46. A radio frequency signal notification system comprising a radio frequency receiving device having a power supply, a radio frequency detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, wherein the radio frequency detector utilizes the radio frequency receiving device power supply for operation, and the radio frequency receiver further having the ability to recognize the unique data word and emit an alert.
47. The radio frequency signal notification system of claim 46 wherein the data word generator creates a data word.
48. The radio frequency signal notification system of claim 46 wherein the data word generator encrypts a data word.
49. The radio frequency receiver of claim 46 wherein the alert is a vibration.
50. The radio frequency receiver of claim 46 wherein the alert is an auditory alert.
51. The radio frequency receiver of claim 46 wherein the alert is a visual alert.
52. The remote cellular phone call notification system of claim 46 wherein the radio frequency signal transmitter uses a carrier frequency.
53. The radio frequency signal transmitter of claim 52 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
54. A cellular phone signal notification system comprising a radio frequency receiving device having a power supply, a radio frequency detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, wherein the radio frequency detector utilizes the radio frequency receiving device power supply for operation, and the radio frequency receiver further having the ability to recognize the unique data word and emit an alert.
55. The radio frequency signal notification system of claim 54 wherein the data word generator creates a data word.
56. The radio frequency signal notification system of claim 54 wherein the data word generator encrypts a data word.
57. The radio frequency receiver of claim 54 wherein the alert is a vibration.
58. The radio frequency receiver of claim 54 wherein the alert is an auditory alert.
59. The radio frequency receiver of claim 54 wherein the alert is a visual alert.
60. The remote cellular phone call notification system of claim 54 wherein the radio frequency signal transmitter uses a carrier frequency.
61. The radio frequency signal transmitter of claim 60 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
62. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, the radio frequency detector, data generator, and radio frequency transmitter further powered by a power supply, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter.
63. The radio frequency receiver of claim 62 further comprising a power supply.
64. The radio frequency signal notification system of claim 62 wherein the data word generator creates a data word.
65. The radio frequency signal notification system of claim 62 wherein the data word generator encrypts a data word.
66. A radio frequency signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, the radio frequency detector, data generator, and radio frequency transmitter further powered by a power supply, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique code and emit an alert.
67. The radio frequency signal notification system of claim 66 wherein the data word generator creates a data word.
68. The radio frequency signal notification system of claim 66 wherein the data word generator encrypts a data word.
69. The radio frequency receiver of claim 66 wherein the alert is a vibration.
70. The radio frequency receiver of claim 66 wherein the alert is an auditory alert.
71. The radio frequency receiver of claim 66 wherein the alert is a visual alert.
72. The remote cellular phone call notification system of claim 66 wherein the radio frequency signal transmitter uses a carrier frequency.
73. The radio frequency signal transmitter of claim 72 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
74. A cellular phone signal notification system comprising a radio frequency signal detector, a data word generator that generates a unique data word, a radio frequency signal transmitter that accepts the unique data word from the data word generator, the radio frequency detector, data generator, and radio frequency transmitter further powered by a power supply, and a radio frequency signal receiver for receiving a transmission of the unique data word from the radio frequency transmitter, the radio frequency receiver further having the ability to recognize the unique code and emit an alert.
75. The radio frequency signal notification system of claim 74 wherein the data word generator creates a data word.
76. The radio frequency signal notification system of claim 74 wherein the data word generator encrypts a data word.
77. The radio frequency receiver of claim 74 wherein the alert is a vibration.
78. The radio frequency receiver of claim 74 wherein the alert is an auditory alert.
79. The radio frequency receiver of claim 74 wherein the alert is a visual alert.
80. The remote cellular phone call notification system of claim 74 wherein the radio frequency signal transmitter uses a carrier frequency.
81. The radio frequency signal transmitter of claim 80 wherein the carrier frequency is in the range of 433 MHz to 5 GHz.
82. A method for notifying a radio frequency receiving device user of an incoming signal to a radio frequency receiving device comprising the steps of:
a. the radio frequency device detecting an incoming RF signal;
b. the RF signal being sent to a data word generator;
c. the data word generator creating a unique data word;
d. the unique data word being transmitted to a unique data word receiver by a unique data word transmitter;
e. the unique data word receiver emitting an alert signal to the radio frequency receiving device user.
83. The method of claim 82 further comprising the step of encrypting the unique data word.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. Method for covering opaque conductive areas in a self-aligned process comprising the steps of
providing a transparent substrate at least partly covered with a first layer stack comprising at least one transparent layer, and a pattern of first and second opaque conductive areas deposited on top of the transparent layer,
depositing a photoresist layer made of an electrically insulating photoresist material on top of the first layer stack at least fully covering the second opaque conductive areas,
illuminating the photoresist layer through the transparent substrate with light of a suitable wavelength to make the photoresist material soluble in the areas of the photoresist layer having no opaque conductive areas underneath,
removing the soluble areas of the photoresist layer,
heating the areas of the photoresist layer remaining on top of at least the second opaque conductive areas to re-flow the photoresist layer to cover the edges of the second opaque conductive areas in contact to the transparent layer, and
hardening the remaining areas of the photoresist layer.
2. Method according to claim 1, wherein the step of depositing the photoresist layer is performed by slit coating, spin coating, slot-die coating, ink jet-printing, screen printing, gravure, or flexo printing.
3. Method according to claim 1, wherein the step of depositing the photoresist layer is performed by locally printing the photoresist layer on top of the second opaque conductive areas and parts of the transparent layer.
4. Method according to claim 1, wherein the method further comprises the step of additionally exposing the first opaque conductive areas with light in order to be able to remove the photoresist layer partly from the first opaque conductive areas.
5. Method according to claim 4, wherein the step of additionally exposing is performed by laser or masked exposure from the photoresist layer side.
6. Method according to claim 1, wherein the deposition of the pattern of second opaque conductive areas is performed by laser deposition or printing pattern of second opaque conductive areas directly on top of the transparent layer andor by removing the second opaque conductive material locally from a second opaque conductive layer deposited on top of the transparent layer using laser ablation or etching.
7. Method according to claim 1, wherein the step of removing the developed areas of the photoresist layer is performed by a wet chemical resist strip process.
8. Method according to claim 1, wherein the step of heating is performed at peak temperatures above 100\xb0 C.
9. Method according to claim 8, wherein the duration of the heating step is adjusted in order to achieve a reflow of the photoresist layer suitable to cover an area of the transparent layer with extension of more than 100 nm around the edge of the second opaque conductive areas.
10. Method according to claim 8, wherein the step of hardening the remaining areas of the photoresist layer is performed simultaneously with the heating step.
11. The method according to claim 9, wherein the duration of the heating step is adjusted in order to achieve a reflow of the photoresist layer suitable to cover an area of the transparent layer with extension of between 200 nm and 1 \u03bcm.
12. Method according to claim 8, wherein the method further comprising the steps of
depositing a second layer stack at least comprising an organic layer on top of the first layer stack and the remaining areas of the photoresist layer, and
depositing an electrically conductive layer on top of the second layer stack in order to provide an organic thin film device.
13. The method of claim 1, wherein the at least one transparent layer is electrically conductive.