Abstract: An apparatus and method to detect consumer choices of products by use of RFID tags associated with a product and RFID readers to detect movement of the tag, which can initiate a presentation of relevant digital media based on the event and tag detected. The present invention is a new method of utilizing digital merchandising software, and RFID tags or other similar emitter identification tags as a potential input technology. The concept of the present invention can be considered a concept of “reverse RFID”, where the RFID reader and supporting CPU keeps track of tags in proximity to the reader and then triggering events based on separation from reader (i.e. the RFID reader no longer detects the presence of an RFID tag because the tag has been moved out of the range of the reader). The movement of the tag out of the detection range of the reader can be the result of a potential customer picking up a product and removing it from the shelf, where the product has an RFID tag associated therewith.
Abstract: A computer network (20) having a plurality of terminals (22) and several network servers (26, 28, 30) are operative to develop context-sensitive, dynamic graphical user interfaces (32) which are programmed centrally by the network servers (26, 28, 30). XML packets (142, 144) are used to transfer information regarding the graphical user interfaces (32) between the terminals (22) and the network servers (26, 28, 30). The graphical user interface (32) is a layered multimedia environment having a background movie (248) played beneath substantially all of a plurality of screen application regions (220-230). A interactive control movie (240) is displayed in one of the screen application regions and includes control tabs (242) and dynamic button controls (244). A browser application (250) may be embedded in the background movie (248) as part of the layered media environment.
Type:
Grant
Filed:
October 6, 2003
Date of Patent:
May 19, 2009
Assignee:
nanonation Incorporated
Inventors:
Bradley K. Walker, John D. Turnipseed, Daniel J. Castagnoli
Abstract: An apparatus and method to detect consumer choices of products by use of RFID tags associated with a product and RFID readers to detect movement of the tag, which can initiate a presentation of relevant digital media based on the event and tag detected. The present invention is a new method of utilizing digital merchandising software, and RFID tags or other similar emitter identification tags as a potential input technology. The concept of the present invention can be considered a concept of “reverse RFID”, where the RFID reader and supporting CPU keeps track of tags in proximity to the reader and then triggering events based on separation from reader (i.e. the RFID reader no longer detects the presence of an RFID tag because the tag has been moved out of the range of the reader). The movement of the tag out of the detection range of the reader can be the result of a potential customer picking up a product and removing it from the shelf, where the product has an RFID tag associated therewith.
Abstract: A computer network (20) having a plurality of terminals (22) and several network servers (26, 28, 30) are operative to develop context-sensitive, dynamic graphical user interfaces (32) which are programmed centrally by the network servers (26, 28, 30). XML packets (142, 144) are used to transfer information regarding the graphical user interfaces (32) between the terminals (22) and the network servers (26, 28, 30). The graphical user interface (32) is a layered multimedia environment having a background movie (248) played beneath substantially all of a plurality of screen application regions (220-230). A interactive control movie (240) is displayed in one of the screen application regions and includes control tabs (242) and dynamic button controls (244). A browser application (250) may be embedded in the background movie (248) as part of the layered media environment.
Type:
Grant
Filed:
February 21, 2001
Date of Patent:
February 21, 2006
Assignee:
Nanonation Incorporated
Inventors:
Bradley K. Walker, John D. Turnipseed, Daniel J. Castagnoli