Handheld dynamic radio frequency identification device and system
A universal radio frequency identification reader and emulation handheld device and system configured to read and emulate radio frequency identification tags in the low frequency, high frequency, and ultra-high frequency spectrums (from 30 kHz to 1050 MHz). The system may include a mobile or a web application to control and interact with the handheld device. The system may allow for the saving of radio frequency identification tag information in cloud infrastructure for later emulation.
1. A universal RFID device comprising:
radio frequency circuitry configured to:
read a low frequency RFID tag;
read a high frequency RFID tag;
read an ultra-high frequency RFID tag;
emulate a low frequency RFID tag;
emulate a high frequency RFID tag; and
emulate an ultra-high frequency RFID tag; and
control circuitry configured to:
receive a first command to read a first RFID tag;
control the radio frequency to read the first RFID tag based on the first command;
receive a second command to emulate a second RFID tag; and
control the radio frequency to read the first RFID tag based on the first command.
2. The universal RFID device of claim 1 , further comprising communication circuitry configured to communicate with a mobile application.
3. The universal RFID system of claim 2 , wherein the universal RFID device and the mobile application communicate wirelessly.
4. The universal RFID device of claim 2 , wherein the control circuitry is configured to receive the first command via the communication circuitry, and wherein the communication circuitry is further configured to transmit the information in the first RFID tag to the mobile application.
5. The universal RFID device of claim 2 , wherein the control circuitry is configured to receive the second command via the communication circuitry, and wherein the radio frequency circuitry emulates the second RFID tag based on information included in the second RFID tag.
6. The universal RFID device of claim 2 further comprising a case containing the radio frequency circuitry, and wherein the case is configured to be handheld.
7. A universal RFID device comprising:
a low frequency antenna;
a high frequency antenna;
an ultra-high frequency antenna;
a battery; and
control circuitry configured to:
receive a read command from a mobile application to read a first RFID tag;
read information within the first RFID tag in response to receiving the read command; and
transmit, via a communication interface, the information within the first RFID tag to the mobile application; or
receive, via the communications interface, an emulate command from the mobile application to emulate a second RFID tag; and
emulate the second RFID tag in response to receiving the emulate command.
8. The universal RFID device of claim 7 further comprising a case containing the low-frequency antenna, the high-frequency antenna, the ultra-high frequency antenna, the battery, and the control circuitry, and wherein the case is configured to be handheld.
9. The universal RFID device of claim 7 , further comprising an input port configured to receive input power to charge the battery.
10. The universal RFID device of claim 7 , wherein the first RFID tag is at least one of a low-frequency RFID tag, a high-frequency RFID tag, or an ultra-high frequency RFID tag.
11. The universal RFID device of claim 7 , wherein the second RFID tag is at least one of a low-frequency RFID tag, a high-frequency RFID tag, or an ultra-high frequency RFID tag.
12. The universal RFID system of claim 7 , wherein the universal RFID device and the mobile application communicate wirelessly.
13. A universal RFID system comprising:
a server;
a mobile application configured to communicate with the server; and
a universal RFID device configured to:
communicate with the mobile application; and at least one of:
read at least two of low frequency RFID tags, high frequency RFID tags, or ultra-high frequency RFID tags; or
emulate at least two of low frequency RFID tags, high frequency RFID tags, or ultra-high frequency RFID tags; and
wherein the universal RFID device is configured to read a first RFID tag based on first command received from the mobile application and emulate a second RFID tag based on a second command received from the mobile application.
14. The universal RFID system of claim 13 , wherein the universal RFID device and the mobile application communicate wirelessly.
15. The universal RFID system of claim 13 , wherein the universal RFID device, the mobile application and the server, can create RFID tag information to be loaded by an access reader.
16. The universal RFID system of claim 13 , wherein the universal RFID device is configured to:
receive, from the mobile application, a command to emulate an RFID tag, the command including tag type information and a serial number; and
emulate the RFID tag in response to receiving the command.
17. The universal RFID system of claim 16 , wherein the mobile application is configured to:
receive, from an operator, a request to emulate an RFID tag; and
send the command to the universal RFID device to emulate the RFID tag in response to the request.
18. The universal RFID system of claim 17 , wherein mobile application receives the tag type information and the serial number from the server.
19. The universal RFID system of claim 13 , wherein the mobile application is configured to:
receive, from an operator, a first command to read an RFID tag;
download, in response to receiving the first command, code from the server to read an RFID tag;
send a second command to the universal RFID device to read the RFID tag, wherein information included in the second command is based on the code downloaded from the server;
receive, from the universal RFID device, a bit string representative of a serial number read from the RFID tag; and
decode the bit string to a serial number.
20. The universal RFID system of claim 19 , wherein the mobile application is configured to transmit serial number to the server, and wherein the server is configured to store the serial number in the server.