Systems, Methods, and Devices for Commissioning Wireless Sensors

• US 20090002134A1
• Filed: 03/26/2008
• Published: 01/01/2009
• Est. Priority Date: 03/27/2007
• Status: Abandoned Application

• Current Assignee: Clarke Mcallister
• Original Assignee: Clarke Mcallister
• Inventors: McALLISTER, CLARKE
• Application Number:
  US12/055,617
• Publication Number:
  US 20090002134A1
• Time in Patent Office: Days
• US Class Current: 340/10.510
• CPC Class Codes: G06K 1/18 by transferring data from one type of record carrier on to another type of record carrier, e.g. from magnetic tape to punched card
• CPC Class Codes: G06K 19/07749 the record carrier being capable of non-contact communication, e.g. constructional details of the antenna of a non-contact smart card
• CPC Class Codes: G06K 7/0008 General problems related to the reading of electronic memory record carriers, independent of its reading method, e.g. power transfer

Abstract

In one preferred embodiment the present invention is an encoder for commissioning RFID transponders and includes a housing encasing a motor assembly, a motion and displacement sensor, wireless communication means for transferring instructions and data from and to a remote host, on-board memory, a processor, and an antenna with corresponding mechanism to encode and verify a programmable RFID transponder within a protective enclosure. The present invention further includes novel methods for commissioning RFID transponders, as well as methods for recycling and reusing the protective enclosure.

Claims

1. An encoder for commissioning RFID transponders, the encoder comprising:

an RFID interrogator adapted to enable encoding data according to an encoding algorithm and communicating with an internal antenna, the antenna being adapted to encode the data into the RFID transponder;

a memory storage device for storing at least a portion of the data;

a processing means for controlling and communicating with the memory storage device, the RFID interrogator and the internal antenna;

a means for providing a supply of RFID transponders, the transponders configured for tensile extraction;

a means for presenting the RFID transponder within an operable range of the internal antenna or near field coupler to enable encoding of the predetermined data; and

a means for detecting proximity to and adapting to movement relative to a target object to which the encoded RFID transponder is to be applied.

2. The encoder of claim 1 further comprising a wireless communication means for wirelessly exchanging tag data or the commissioning algorithm, or both.

3. The encoder of claim 1 further comprising an external housing adapted to enclose the internal antenna and further being adapted to receive a protective enclosure, the protective enclosure being adapted to enable tensile extraction of the RFID transponders.

4. The encoder of claim 1 wherein the means for presenting the RFID transponder comprises a motor assembly adapted to pull the RFID transponder from a supply reel.

5. The encoder of claim 4 wherein the supply reel rotatably mounts inside a protective enclosure, the protective enclosure adapted to releasably couple to the encoder, the protective enclosure further comprising a take-up reel.

6. The encoder of claim 4 further comprising a power supply module coupled to the motor whereby both are controlled by the processor.

7. The encoder of claim 6 wherein the power supply module comprises a rechargeable battery.

8. The encoder of claim 1 further comprising a housing assembly for enclosing the internal antenna and a handle-device mounted on a surface of the housing.

9. The encoder of claim 1 further comprising a housing assembly for enclosing the internal antenna and a mounting mechanism for selectively coupling the encoder to a provided structure.

10. The encoder of claim 1 further comprising means for controlling linear tag peel rate to the measured velocity of the housing across the face of a target object.

11. The encoder of claim 1 wherein the commissioning algorithm further comprises an encryption subroutine.

12. The encoder of claim 1 further comprising a bent transponder having shape memory to return it to an upright position non-planar to its target attachment surface.

13. The encoder of claim 1 further comprising an optical reader adapted to read printed symbols including barcodes and transmit data to the processor.

14. The encoder of claim 1 further comprising dispensing means for verifying that the RFID transponder was encoded and for dispensing an encoded RFID transponder and for not dispensing an un-encoded RFID transponder.

15. The encoder of claim 14 wherein the dispensing means further comprises a transponder peel-device for removing the encoded RFID transponder from a transport liner and a transport liner collection mechanism for spooling the transport liner on a take-up reel.

16. A system for enabling on-demand, point-of-use commissioning of RFID transponders to uniquely identify an object, the system comprising:

an RFID transponder comprising a self-adhesive layer adapted to adhere the transponder to the object, a release liner releasably coupled to the self-adhesive layer on a first side, an oppositely spaced self-adhesive layer second side couples to a carrier substrate, the carrier substrate adapted to receive an RFID chip and an antenna device, the antenna device coupling to the RFID chip and the antenna device further adapted to wirelessly send and receive data packets corresponding to an information set;

an RFID transponder encoder device having processing means and memory means, the encoder device being adapted to receive at least one RFID transponder from a first dispensing means, the encoder device further including commissioning means for commissioning the at least one RFID transponder, means for verifying the status of a commissioned transponder, means for selectively removing the release liner and for dispensing the commissioned transponder, and means for selectively capturing an un-dispensed transponder;

an RFID transponder encoding algorithm;

a means for coupling a protective enclosure adapted to contain a supply of the RFID transponders, the transponders being further adapted for tensile extraction from the protective enclosure; and

a sensor adapted to monitor the proximity to and relative motion of a target surface to adapt transponder dispensing actions.

17. The system of claim 16 further comprising an interrogator device adapted to wirelessly encode a new data set on the RFID transponder.

18. A method for commissioning RFID transponders comprising:

providing a roll or sheet of RFID transponders;

providing a protective enclosure;

providing an encoder;

inserting the roll or sheet in the protective enclosure;

coupling the protective enclosure to the encoder;

identifying information to encode;

encoding the information on at least one RFID transponder; and

adapting the process of attachment of the encoded transponder to the target surface along a vector that is nearly parallel to the target surface based upon real time feedback from the surrounding environment.

19. The method of claim 18 further comprising:

controlling the linear velocity that each transponder is dispensed based upon sensory input regarding movement relative to the target surface.