O2O based library self-service borrowing and returning system and method

Abstract

The invention relates to an O2O based library self-service borrowing and returning system and method. The O2O based library self-service borrowing and returning system comprises an intelligent terminal used for providing identity information of a user and providing a pre-borrowing service of online books to the user; an offline borrowing device used for identifying the identity of the user and thebook information, providing a book borrowing and returning operation interface to the user and performing magnetization and demagnetization on the books; and a service cloud end used for storing theidentity information of the user, the inventory information and pre-borrowing information of books, performing user identification as well as calculation of book borrowing and book returning, and feeding back a signal about operation success or failure to the offline borrowing device and the intelligent terminal. The 2O based library self-service borrowing and returning method comprises an onlinepre-borrowing step of providing online book borrowing reservation to the user and an offline book borrowing and returning step which is realized through mutual communication between the offline borrowing device and the service cloud end. Compared with the prior art, the 2O based library self-service borrowing and returning system and method has the advantages of high degree of automation, no limitation from solid mediums such as a library card, high book borrowing success rate, economization on cost of manpower and material sources and etc.

Description

technical field [0001] The present invention relates to a library system, in particular to an O2O-based library self-service borrowing and returning system and method. Background technique [0002] Several library management solutions exist on the market today: [0003] 1. Scanning equipment + traditional magnetic stripe + degausser + anti-theft door + borrowing system + dedicated management solution [0004] 1) Execution process: the user goes to the library --> finds the book he wants to borrow --> if the book has not been borrowed by others, take the book to the exit library --> the librarian scans the book and borrows it manually Out ——> put the book on the charging and degaussing device —> manual degaussing —> the user takes the book away [0005] 2) It is required that there must be a special person on duty [0006] 3) You need to go to the library to know whether the book you want to borrow exists. It is very likely that you will appear in the lib...

AI Technical Summary

Problems solved by technology

[0005] 2) It is required that there must be a special person on duty

[0009] 2) Disadvantages: The hardware investment is extremely high, the cost of RFID tags is more than 50 times the cost of magnetic stripes, the cost of RFID anti-theft equipment is 7 times the cost of magnetic stripe anti-theft door equipment, and the investment in library construction accounts for a very high proportion

[0010] 3) The cost of RFID is very high, and new books entering the library require continuous high-cost investment, which is not conducive to scale

[0011] In summary, it can be seen that the traditional library borrowing management solution requires labor costs, and machine costs are also quite high

The latest RFID technology requires high capital investment

Both solutions are very unsuitable for the construction of large-scale and large-scale libraries

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