METHOD, DEVICE AND SYSTEM FOR AUTOMATION OF RECEIVING, CHARGING, STORING AND ISSUING GEOLOCATION RFID TAGS Russian patent published in 2024 - IPC G06K19/00 G07F11/00 

FIELD: radar and radio navigation.

SUBSTANCE: invention relates to radio electronics, radiolocation, microwave equipment and mainly electrical engineering and is intended for use in real-time geolocation systems (RTLS systems), in particular, relates to automation means of receiving, charging, storing, issuing and monitoring performance of personal active RFID tags of a geolocation system by placing RFID tags into individual cells of a network device for automating reception, charging, storing and issuing geolocation RFID tags. Technical result is achieved by a device for automation of receiving, charging, storing and issuing geolocation RFID tags, consisting of hardware and software, wherein the hardware part of the device is a cabinet, which includes a frame, rear and side panels, horizontal and vertical panels forming cells, on the front side of the cabinet there is a control panel—a touch panel or a display, process doors and cell doors equipped with individual electric or electromagnetic locks, hinges and holes for placing RFID tags inside, and the software comprises a user authentication module, a RFID tag database module, a data processing module, a notification module, an Application Programming Interface, API, a service module and a single control center module, and a method of receiving, charging, storing and issuing geolocation RFID tags using the device, which includes the following steps: a) a stage of receiving a RFID tag, b) stage of storage and charging, c) stage of RFID tag issuing, as well as system automation of receiving, charging, storing and issuing geolocation RFID tags, consisting of at least two automation devices for receiving, charging, storing and issuing geolocation RFID tags and an RTLS server, which via API exchange data with single control center software module and with database or databases on users on RTLS server, wherein the system is configured to remotely shutdown and/or restart the computer, open the door of any storage cell.

EFFECT: significant, compared to manual labor, reduction in the duration of operations for receiving and issuing RFID tags to users with an increase in the number of received and issued RFID tags per unit time, as well as simplification of the process of recording RFID tags due to its digitization and providing remote monitoring of operating parameters of RFID tags, as well as both the device for automation of receiving, charging, storing and issuing RFID tags, and its individual components, and each automation device for receiving, charging, storing and issuing RFID tags from networked and separate components in each of them.

3 cl, 3 dwg