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US 2004/0164865 A1Published application
System and method for providing secure identification solutions utilizing a radio frequency device in a non-metallized region connected to a metallized region
AssigneeNeology, Inc.
InventorFrancisco Martinez de Velasco Cortina
Life of this patent
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Abstract
The present invention provides systems and methods for transmitting and receiving information from a radio frequency (RF) transponder. A conductive adhesive connects an antenna in a non-metallized region to a metallized region. This feature transforms the entire metallized region of the radio frequency device (i.e., the remainder of the metallized material outside the non-metallized region) into an antenna.
Claims27
A radio frequency device comprising:
- at least one metallized region;
- at least one non-metallized region;
- at least one antenna on the at least one non-metallized region;
- at least one radio frequency chip in communication with the at least one antenna;
- and
- at least one connector connecting the at least one antenna to the at least one metallized region.
3 more elements
A radio frequency device comprising:
- at least one base layer;
- at least one metallized region disposed on the at least one base layer;
- at least one non-metallized region;
- at least one antenna on the at least one non-metallized region;
- at least one radio frequency chip on the at least one base layer in communication with the at least one antenna;
- and
- at least one connector connecting the at least one antenna to the at least one metallized region.
4 more elements
A radio frequency device comprising:
- at least one base layer;
- at least one metallized region disposed on the at least one base layer;
- at least one non-metallized region;
- at least one holographic image;
- at least one antenna on the at least one non-metallized region;
- at least one radio frequency chip in the at least one base layer in communication with the at least one antenna;
- and
- at least one connector connecting the at least one antenna to the at least one metallized region.
5 more elements
A radio frequency device comprising:
- at least one base layer;
- at least one metallized region disposed on the at least one base layer;
- at least one non-metallized region;
- at least one holographic image on the at least one non-metallized region;
- at least one antenna on the at least one non-metallized region;
- at least one radio frequency chip in the at least one base layer in communication with the at least one antenna;
- and
- at least one connector connecting the at least one antenna to the at least one metallized region.
5 more elements
A radio frequency device comprising:
- at least one base layer;
- at least one metallized region disposed on the at least one base layer;
- at least one non-metallized region;
- at least one holographic image in the at least one non-metallized region;
- at least one antenna on the at least one non-metallized region;
- at least one radio frequency chip on the at least one base layer in communication with the at least one antenna;
- and
- at least one connector connecting the at least one antenna to the at least one metallized region;
- and
- whereby the at least one non-metallized region is created by demetallizing a portion of the at least one metallized region.
7 more elements
A method of making a radio frequency device, comprising:
- forming at least one metallized region;
- forming at least one non-metallized region;
- forming at least one antenna on the at least one non-metallized region;
- mounting at least one radio frequency chip in communication with the antenna;
- and
- connecting the antenna in the non-metalized region to the metallized region with a connector.
3 more elements
A method of making a radio frequency device, comprising:
- forming at least one base layer;
- forming at least one metallized region disposed on the at least one base layer;
- forming a non-metallized region;
- forming an antenna on the non-metallized region;
- mounting a radio frequency chip in electrical communication with the antenna;
- and
- connecting the antenna in the non-metalized region to the metallized region with a connector.
4 more elements
A method of making a radio frequency device, comprising:
- forming at least one base layer;
- forming at least one metallized region disposed on the at least one base layer;
- forming a non-metallized region;
- forming a holographic image in the non-metallized region;
- forming an antenna in the non-metallized region;
- mounting a radio frequency chip in electrical communication with the antenna;
- and
- connecting the antenna in the non-metalized region to the metallized region with a connector.
5 more elements
A method of making a radio frequency device, comprising:
- forming at least one base layer;
- forming at least one metallized region disposed on the at least one base layer;
- forming at least one non-metallized region;
- forming at least one holographic image in the at least one non-metallized region;
- forming at least one antenna in the at least one non-metallized region;
- mounting at least one radio frequency chip in communication with the at least one antenna;
- and
- connecting the at least one antenna in the at least one non-metalized region to the at least one metallized region with a connector;
- whereby the at least one non-metallized region is created by demetallizing a portion of the at least one metallized region.
6 more elements
Dependencies are inferred from the claim text.