RF contact signal detector
View Patent ↗A contact-based system for inexpensively monitoring the presence, location, and timing of various advertising and merchandising materials at a variety of retail facilities has been disclosed. This includes sign holders, display holders, stocking section identifiers, and the like that contain a plurality of contact point sensors that match or mate with contacts positioned on the material to be monitored. Identifying contacts are placed on the material to be monitored at a factory such that when they are inserted into a pre-specified location at a facility, contact is made. The contact data is then decoded data and relayed wirelessly to a device at the facility that in turn relays the data to a remote server to determine if the merchandising materials have been positioned in that facility and at a plurality of facilities at the right place and at the right time.
1. An RF contact tag signal detection system comprising:
at least one location for receiving an object;
at least one object contact associated with an object to generate data that at least identifies the object;
at least one multi-contact sensor on the at least one location physically contacting the at least one object contact to read the object generated data; and
an RF identifier associated with the location and coupled to the at least one multi-contact sensor for relaying the sensed object data to a receiver within the facility;
wherein the at least one contact associated with the object container further comprises:
a socket forming part of the object container and having spaced multiple electrical contacts being arranged to form a code that at least identifies the object in the object container.
2. The system of claim 1 wherein the RF identifier is an Active Transmitter Tag (ATT).
3. The system of claim 1 wherein the RF identifier is a semi-passive tag.
4. The system of claim 1 wherein the object is pre-coded on at least one object container to enable the object to be placed in a predetermined location in a facility.
5. The system of claim 1 wherein the object physically contacting at least one contact on the sensor is used to determine if the object is placed in the proper location in a facility at the proper time.
6. The system of claim 1 wherein the object is a pre-coded display, sign, product, product container, product or category section marker, advertisement, or other merchandising material to be placed in the facility.
7. The system of claim 1 wherein the location is a single sign holder, shelf, rack, display holder, product container, or specific merchandising area or sub-area at a retail facility.
8. The system of claim 7 wherein the RF tag is mounted on or near the object container.
9. The system of claim 1 wherein the location is a plurality of proximal sign holders, shelves, racks, display holders, product containers or specific merchandising areas or sub-areas at a retail facility.
10. The system of claim 1 further including:
a rack; and
a plurality of shelves on each rack such that each shelf defines a location to receive at least one packaged product container carrying an object contact.
11. The system of claim 1 wherein:
multiple contacts are associated with the prepackaged product container.
12. An RF contact tag signal detection system comprising:
at least one location for receiving an object;
at least one object contact associated with an object to generate data that at least identifies the object;
at least one multi-contact sensor on the at least one location physically contacting the at least one object contact to read the object generated data; and
an RF identifier associated with the location and coupled to the at least one multi-contact sensor for relaying the sensed object data to a receiver within the facility
wherein multiple contacts are associated with the prepackaged product container;
wherein the multiple contacts associated with the object are coded to at least identify the object; and
the multi-contact sensor reads the code on the object container to at least identify the object in the container.
13. The system of claim 12 wherein the at least one multi-contact sensor on the object container further comprises:
a mating pickup sensor for contacts forming part of the object when the container is placed in the pre-specified location which contains the sensor for reading the code and the RF means for relaying the code to a receiver in the facility.
14. An RF contact tag signal detection system comprising:
at least one gondola for holding products;
identifier sockets permanently affixed at spaced locations on the gondola;
a data storage chip embedded in each of the sockets for storing binary data representing the ID of the given location to be stocked with a product on the gondola; and
a Contact Backscatter Tag (CBT) storing binary ID data representing the category or sub- category of the products stocked in given areas on the gondola such that the combination of the tag ID and the socket ID indicates which category/sub-category product is stocked in a given area on the gondola.
15. The system of claim 14 further comprising:
encoded contacts associated with each of the sockets;
contacts on the CBT for mating with the contacts on each of the sockets for deriving the code therefrom; and
a remotely located backscatter reader/transmitter (BRT) for periodically reading the CBT's associated with the category/sub-category products stocked in the given location on the gondola.
16. A method of inexpensively monitoring and reporting presence of displays containing product placed into pre-specified racks comprising the steps of:
mating a rack pick-up element having a plurality of electrical contacts with a display coding socket to generate a decoded signal representing at least the product contained in the display;
coupling the decoded signal to a tag for relaying the decoded data to a remote location for processing.