Writing data to printed matter with embedded wireless devices
A method of calibrating a digital data writing system ( 20 ), the digital data writing system comprising a plurality of wireless communication devices ( 30 ) configured to write digital data to a first plurality of wireless communication chips ( 7 ) provided in a printed sheet ( 10 ), the method comprising: providing, to the digital data writing system ( 20 ), configuration data relating to the locations of each of the first plurality of wireless communications chips ( 7 ); selecting each wireless communication device ( 30 ) in turn and identifying, for the selected wireless communication device ( 30 ), a corresponding one of the first plurality of wireless communication chips ( 7 ) that is located in closest proximity to the location of the wireless communication device ( 30 ) within the digital data writing apparatus ( 20 ); and determining, for the selected wireless communication device ( 30 ), the relative location of the device within the digital data writing system ( 20 ).
1. A method of writing digital data to a plurality of printed business cards provided in a printed sheet, each business card comprising a wireless communication chip to which the digital data is written, the method comprising:
determining relevant pieces of digital data corresponding to the printed sheet;
writing, using a plurality of wireless communication devices, the relevant digital data to each of the wireless communication chips;
testing each wireless communication chip to determine if there are any inactive wireless communication chips for which the digital data has not been successfully written to the wireless communication chip; and
enabling positive visual identification of the inactive wireless communication chips by:
illuminating one or more positions on the printed sheet where an inactive wireless communication chip is located;
illuminating one or more positions on the printed sheet where an active wireless communication chip is located; or
illuminating all positions on the printed sheet where a wireless communication chip is located, the illumination type differing between positions with and without an inactive wireless communication chip.
2. The method of claim 1 , wherein determining relevant pieces of digital data comprises providing a sheet identifier corresponding to the printed sheet, the sheet identifier being associated with information relating to the digital data that is intended to be written to each wireless communication chip.
3. The method of claim 2 , wherein the writing step further comprises:
transmitting, to a remote server, the sheet identifier;
retrieving, from the remote server, the pieces of digital data and the identity of the associated business card which corresponds to each piece of digital data; and
providing each piece of digital data to a respective wireless communication device which has a first location associated with it, the first location corresponding to a second location of an associated wireless communication chip within the printed sheet.
4. The method of claim 1 , wherein writing digital data comprises transferring digital data from each wireless communication device to the corresponding wireless communication chip using Near-Field Communication (NFC) technology.
5. The method of claim 1 , wherein each wireless communication chip comprises a passive NFC chip or tag, and each wireless communication device comprises an active NFC device.
6. The method of claim 1 , wherein each of the wireless communication chips is associated with a unique chip identifier, and wherein the chip identifier is associated, in a database, with the digital data written to the corresponding wireless communication chip for subsequent retrieval.
7. The method of claim 1 , wherein enabling positive visual identification of the inactive wireless communication chips comprises illuminating all positions on the printed sheet where a wireless communication chip is located, the illumination type differing between positions with and without an inactive wireless communication chip, including intermittently illuminating positions with an inactive wireless communication chip, and continuously illuminating positions with an active wireless communication chip.
8. The method of claim 1 , further comprising, after determining if there are any inactive wireless communication chips, iteratively carrying out the writing and testing steps for each of the inactive wireless communication chips.
9. The method of claim 8 , further comprising enabling positive visual identification of those positions on the printed sheet corresponding to any wireless communication chips for which the iterative writing and testing steps are being attempted.
10. The method of claim 8 , further comprising determining that a predefined threshold number of failed write attempts has been reached for one or more of the wireless communication chips, and ending the iterative process of writing and testing for the or each of the one or more wireless communication chips for which the predefined threshold number of failed write attempts has been reached.