Library Easy Management Automatic HF RFID Smart Bookcase Intelligent HF RFID Bookshelf Library RFID Book Manageme System
Public libraries are using RFID-enabled shelves to automate book returns and increase circulation. This installation is an effort to lessen the time returned books spend out of circulation before becoming available to check out again. Now, returned books can simply be placed on the nearest smart shelf. These books are immediately logged in the library’s computer system and are available for check out. When a shelf becomes full, Librarians move the returned books back to their correct spots.
As books are placed on the shelves, the unique information of each book’s HF RFID tag is read and documented in the library’s computer system. Each shelf is equipped with multiple antennas, a reader, and an unpluggable cable. This cable connects the shelves to an information column, which includes a PC, a reader, and the application software to communicate with the library-management system.
Product Functions For Book Shelf:
Wrong shelf prompt: when readers or librarians put books wrong, the system can automatically update the latest position information of book to the background database, ensure the accuracy of the readers to find books position.
Real-time inventory: the system can real-time detect books in the shelf and lend books, at the same time generate lost book list, complete the high workload, low efficiency of the original inventory work.
Navigation and positioning: according to the query conditions of readers and librarians, such as the title, author, etc., positioning the books, and form a three-dimensional navigation maps, easy for readers and librarians to find books quickly.
Self-service books return function: Infrared emission detector on each layer to realize this function.
Technical Specification (Antenna)
Books Placing Requirements
Book thickness≥8mm, overlap area of labels in adjant books ≤60%
Read rate of 100%, up and down, left and right sides, front and back, not string reading between each layer