초록 ▼

Transponder technology is incorporated into the blades of a wind turbine to make it possible to transfer data wirelessly from each said blade to the associated tower. By providing a transponder including an RFID device in or on each of the blades and providing a reader/receiver in or on the tower su

Transponder technology is incorporated into the blades of a wind turbine to make it possible to transfer data wirelessly from each said blade to the associated tower. By providing a transponder including an RFID device in or on each of the blades and providing a reader/receiver in or on the tower support of the wind turbine, the reader/receiver can detect the operative RFID devices and/or read data from the RFID devices as the blades pass the tower.

대표청구항 ▼

What is claimed is: 1. A method of monitoring a blade of a wind turbine that includes a plurality of blades mounted to a rotor shaft of a turbine assembly supported atop a tower support, comprising: a) securing a transponder including an RFID device to each of said blades; b) providing a reader/rec

What is claimed is: 1. A method of monitoring a blade of a wind turbine that includes a plurality of blades mounted to a rotor shaft of a turbine assembly supported atop a tower support, comprising: a) securing a transponder including an RFID device to each of said blades; b) providing a reader/receiver on or in the tower support; and c) selectively at least one of i) detecting operative said RFID devices and/or ii) reading data from said RFID devices with said reader/receiver as said blades pass said tower, wherein (a) is practiced by applying a permanent adhesive label with an imbedded or mounted RFID device to said blades. 2. A method as in claim 1, wherein (a) is practiced by using a substantially moisture impermeable label, and including human readable indicia on the label that is visible with thereon visible from the exterior of the blade. 3. A method as in claim 2 wherein (a) is practiced using paper stock mounting an RFID chip laminated between two pieces of plastic film, one piece of plastic film having permanent adhesive on an exterior surface thereof. 4. A method as in claim 1, further comprising, d) selectively programming at least one said RFID device with variable information and wherein said reading data with said reader/receiver comprises reading the programmed variable information of the at least one RFID device. 5. A method as in claim 4, further comprising, after said reading said variable information, e) reprogramming said at least one said RFID device with other variable information. 6. A method as in claim 5, wherein the RFID device is further preprogrammed with non-variable information which is not affected by subsequent programming and reprogramming pursuant to (d) and (e). 7. A method as in claim 1, wherein the transponder is constructed and arranged so that a lightning strike disables said transponder so that the RFID device cannot be detected or read by the reader/receiver. 8. A wind turbine comprising: a plurality of blades mounted to a rotor shaft of a turbine assembly supported atop a tower support; a transponder including an RFID device secured to each of said blades; a reader/receiver provided on or in the tower support for selectively detecting said RFID devices as said blades pass said tower, wherein said transponders comprise RFID tags with an embedded or mounted RFID device, said RFID tags being adhesively secured respectively to the leeward surface of each blade. 9. A wind turbine as in claim 8, wherein said receiver produces and emits an electromagnetic interrogation field. 10. A wind turbine as in claim 8, wherein said transponders uniquely identify the associated blade so that the reader/receiver disposed on the tower structure detects each respective transponder as it passes. 11. A wind turbine as in claim 8, wherein said RFID devices are laminated between outer sheets or layers so as to be protected from the ambient environment. 12. A wind turbine as in claim 11, wherein said outer sheets or layers are substantially moisture impermeable and include human readable indicia that is visible thereon visible from the exterior of the blade. 13. A wind turbine as in claim 11, wherein each RFID tag comprises an RFID chip laminated between two pieces of plastic film, one piece of plastic film having permanent adhesive on an exterior surface thereof.