Modular visual and electronic identification tag
A modular animal ear tag with both visual identification and RFID identification components, with the visual and RFID identification components being easily mated and subsequently separated to facilitate re-use of either or both such components.
1. An identification device for simultaneous visual and electronic monitoring of a recipient animal comprising:
an RFID identification unit having an outer portion that defines an orifice, said orifice extending through the thickness of said RFID identification unit; and
a visual identification unit having a visual identification panel and an extension member, said visual identification panel having a top end and a bottom end, said extension member being attached to said top end such that said visual identification unit is a single assemblage, said extension member having a front plate and a back plate, said front plate oriented substantially parallel to said back plate, said front plate and said back plate being connected by a linking member, said linking member being substantially perpendicular to said front and said back plate, said front plate having a front plate opening and said back plate having a back plate opening, said openings extending through the thickness of said extension member, said front plate opening further configured for snuggly receiving and reversibly maintaining a portion of said RFID identification unit in mechanical engagement with said front plate, said back plate opening further configured for snuggly receiving and reversibly maintaining a securing means in mechanical engagement with said back plate, said securing means inserted through said orifice of said RFID identification unit.
2. The device of claim 1 wherein said securing means is a pin configured for securing an animal ear tag to a recipient animal.
3. The device of claim 1 wherein said visual identification panel is a means for displaying visual identification information such as alpha-numeric characters.
4. The device of claim 1 wherein said securing means is used to attach said identification device to an animal's ear at a single attachment site.
5. The device of claim 1 wherein said securing means is designed to be removed from said recipient animal's ear enabling said assemblage to be re-used by attaching to a new animal's ear.
6. An identification device for simultaneous visual and electronic monitoring of a recipient animal comprising:
an RFID identification unit having an outer portion that defines an orifice, said orifice extending through the thickness of said RFID identification unit, said orifice having a diameter sufficient to allow a securing means to snuggly fit within said orifice; and
a visual identification unit having a visual identification panel and an extension member, said visual identification panel having a top end and a bottom end, said extension member being attached to said top end such that said visual identification unit is a single assemblage, said extension member having a front plate and a back plate, said front plate oriented substantially parallel to said back plate, said front plate and said back plate being connected by a linking member, said linking member being substantially perpendicular to said front and said back plate, said front plate having a front plate opening and said back plate having a back plate opening, said openings extending through the thickness of said extension member, said front plate opening further configured for snuggly receiving and reversibly maintaining a portion of said RFID identification unit in mechanical engagement with said front plate, said back plate opening further configured for snuggly receiving and reversibly maintaining said securing means in mechanical engagement with said back plate, said securing means having a diameter and a length, said diameter configured to snuggly fit within said RFID identification unit orifice, said length configured to extend entirely through said RFID identification unit, said front plate, said recipient animal's ear, and said back plate.
7. A method for simultaneous visual and electronic monitoring of animals using an identification device comprising the steps of:
selecting an RFID identification unit, said RFID identification unit having an outer portion that defines an orifice, said orifice extending through the thickness of said RFID identification unit, said orifice having a diameter sufficient to allow a securing means to snuggly fit within said orifice;
selecting a visual identification unit, said visual identification unit having a visual identification panel and an extension member, said visual identification panel having a top end and a bottom end, said extension member being attached to said top end such that said visual identification unit is a single assemblage, said extension member having a front plate and a back plate, said front plate oriented substantially parallel to said back plate, said front plate and said back plate being connected by a linking member, said linking member being substantially perpendicular to said front and said back plate, said front plate having a front plate opening and said back plate having a back plate opening, said openings extending through the thickness of said extension member, said front plate opening further configured for snuggly receiving and reversibly maintaining a portion of said RFID identification unit in mechanical engagement with said front plate, said back plate opening further configured for snuggly receiving and reversibly maintaining a securing means in mechanical engagement with said back plate;
selecting said securing means, said securing means having a diameter configured to snuggly fit in said orifice of RFID identification unit, said securing means also having a length configured to extend entirely through said RFID identification unit, said front plate, and said back plate;
placing said identification device on a recipient animal's ear such that said animal's ear is directly attaching to said back plate; and
attaching said identification device to said recipient animal's ear by inserting said securing means through said orifice of RFID identification unit, said front plate, said animal's ear, and said back plate such that only one attachment point is created, to enable simultaneous visual and electronic monitoring of said recipient animal.
8. The method of claim 7 further comprising:
removing the identification device from the recipient animal's ear; and
recovering each component of the device for reuse.