RFID chip tray
The invention generally pertains to a chip tray for storing casino currency. By way of example, one chip tray is a dual chip tray having a lower housing assembly having an interior configured for receiving at least one removable chip tray for holding gaming currency. A top tray sub assembly is hinged relative to the lower housing assembly to pivot between a closed position and an open position. A chip tray lid is provided to cover the lower housing assembly in a covered position. In another example, RFID antennas are positioned within the lower housing assembly and the top tray sub assembly. The RFID antennas are configured to read and communicate with RFID-enabled gaming currency in the lower housing assembly and the top tray sub assembly.
1. A dual chip tray for storing gaming currency, said tray comprising:
a lower housing assembly having an interior configured for receiving at least one removable chip tray for holding gaming currency;
a chip tray lid configured to cover said lower housing assembly in a covered position;
a top tray sub assembly hinged relative to the lower housing assembly, said top tray assembly configured to pivot between a first position wherein the top tray assembly is contained substantially within the interior of the lower housing assembly and wherein the chip tray lid may be placed in the covered position and a second position wherein the top tray assembly is configured to be at least partially outside of the interior of said lower housing assembly and the chip tray lid is placed in an open position and wherein the gaming currency in both the lower housing assembly and the top tray assembly is accessible; and
a plurality of RFID antennas positioned within the lower housing assembly and the top tray sub assembly, the RFID antennas configured to read and communicate with RFID-enabled gaming currency in the lower housing assembly and the top tray sub assembly.
2. The dual chip tray of claim 1 , further comprising a plurality of RFID connectors, the RFID connectors coupled to the plurality of RFID antennas, the RFID connectors configured to be coupled to an RFID reader such that said RFID reader may communicate with said plurality of antennas to determine both the number and value of the gaming currency located in the lower housing assembly and the top tray sub assembly.
3. The dual chip tray of claim 1 , further comprising a locking mechanism for securing the chip tray lid to the lower housing assembly.
4. The dual chip tray of claim 3 , wherein said locking mechanism further comprises a dual lock system.
5. The dual chip tray of claim 3 , further comprising a plurality of security sensors within the interior of said lower housing assembly for detecting movement of the chip tray lid, the locking mechanism, and the dual chip tray.
6. A modular RFID chip tray for storing gaming currency, said chip tray comprising:
a chip tray housing;
a lower tray assembly;
a chip tray lid configured to cover said lower tray assembly in a closed position;
a removable chip tube configured to be placed within the chip tray housing and configured to hold gaming currency having a plurality of RFID tags associated therewith;
a plurality of RFID antennas positioned within the lower tray assembly, the RFID antennas configured to read and communicate with gaming currency in the removable chip tube;
a plurality of chip tray locks attached to the chip tray lid and configured to move between a locked position and an unlocked position; and
a plurality of RFID connectors, the RFID connectors coupled to the plurality of RFID antennas, the RFID connectors configured to be coupled to an RFID reader such that said RFID reader may communicate with said plurality of antennas to determine both the number and value of the gaming currency located in the removable chip tube.
7. The dual chip tray of claim 6 , further comprising a plurality of security sensors within the interior of said lower tray assembly for detecting movement of the chip tray lid, the plurality of chip tray locks, and the chip tray.
8. A method of providing a dual chip tray for storing gaming currency, said method comprising:
providing a lower housing assembly having an interior configured for receiving at least one removable chip tray for holding gaming currency;
providing a chip tray lid configured to cover said lower housing assembly in a covered position;
providing a top tray sub assembly hinged relative to the lower housing assembly, said top tray assembly configured to pivot between a first position wherein the top tray assembly is contained substantially within the interior of the lower housing assembly and wherein the chip tray lid may be placed in the covered position and an second position wherein the top tray assembly is configured to be at least partially outside of the interior of said lower housing assembly and wherein the gaming currency in both the lower housing assembly and the top tray assembly is accessible; and
providing a plurality of RFID antennas positioned within the lower housing assembly and the top tray sub assembly, the RFID antennas configured to read and communicate with RFID-enabled gaming currency in the lower housing assembly and the top tray sub assembly.