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A University Smart Library System

A technology for libraries and books, which is applied in the field of smart library systems in colleges and universities, can solve problems such as heavy task of sorting books, heavy workload, and complicated work process, and achieve the effect of promoting intelligent upgrading, improving work efficiency, and simplifying work process

Active Publication Date: 2021-07-30
武汉艾特创客科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Due to the lack of familiarity with the distribution information of books and the delay in sorting books in the library, it is difficult, time-consuming and inefficient for readers to find books.
[0004] 2. The management personnel have a heavy task of sorting out the books. The borrower adopts the method of returning multiple types of books in a unified manner in the process of returning books. The management personnel need to classify the returned books and put them back to the original place. The work process is complicated and the workload is heavy.
[0005] 3. Insufficient use of library resources in colleges and universities. Scholars outside the school do not have a university campus card and cannot enter the library to read, so they cannot obtain books and literature resources in colleges and universities, resulting in idle and wasted book resources.
[0007] The Chinese patent with publication number CN 108877066A disclosed on November 23, 2018 a method for borrowing books based on a book-taking cabinet, a book-taking cabinet and a system, and provides a method for users to pick up books from a designated book-taking cabinet by making an appointment to borrow. The invention has a single function and has not yet solved the distribution problem, but instead increases the work pressure of the staff
[0008] The Chinese patent with publication number CN 109035627A disclosed a park-oriented self-driving book delivery system on December 18, 2018. Books are simply distributed, and in the work of the distribution vehicle, manual assistance is required to pick up and place books, which has limitations. The scheduling function in the library is low, and the work of sorting, classifying, and storing books in the library cannot be effectively completed, which increases Library Operating Costs

Method used

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  • A University Smart Library System
  • A University Smart Library System
  • A University Smart Library System

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0059] Such as figure 1As shown, the university smart library system in this embodiment includes: smart borrowing and returning car 1, smart borrowing and returning cabinet 2, smart bookshelf 3, comprehensive management system 4 and online APP 5. The intelligent lending and returning vehicle 1 includes a mechanical arm 101 , a first sensor 1011 , a second sensor 1021 , a book storage device 103 , a first human-computer interaction device 1022 and a first control device 1023 . The intelligent borrowing and returning cabinet 2 includes a scanning and magnetizing device 201 , a book sorting device 202 , a second human-computer interaction device 203 and a second control device 204 . The smart bookshelf 3 includes an infrared transceiver device 301 and a third human-computer interaction device 302 . The comprehensive management system 4 includes a book inventory module 401 , an order management module 402 , a smart device management module 403 and a user management module 404 . ...

Embodiment 2

[0088] Please refer to Figure 8 , different from Embodiment 1, the user information verification in this embodiment includes verification of the user's authority to borrow books and identity verification.

[0089] 1. Verification of user borrowing authority

[0090] According to the borrowing rules formulated by the library, an initial credit value is set for the user, and the credit value will be deducted for several behaviors (failure to pay the deposit, overdue return of the book or loss of the book, overdue return fee for the unpaid book, etc.), when the credit value is lower than After a certain standard, the library will no longer lend books to the user. When the user makes an appointment to borrow and place an order through the online APP, the APP will feed back the user information to the comprehensive management system 4, and search for the user's relevant books through the library's user information database. The corresponding value of the item is judged, and the o...

Embodiment 3

[0096] Different from Embodiment 1, the book sorting device 202 of this embodiment is composed of a conveyor belt and a sliding device that can move up and down, left and right, and forward and backward. Automatic classification storage. Such as Figure 9-Figure 10 As shown, the book sorting device 202 includes a book guiding device 2021, and the book guiding device 2021 can be realized by a conveyor belt. One end of the book deflecting device 2021 communicates with the book returning port 2013, and is used to guide the books put into the book returning port 2013; the other end of the book deflecting device 2021 is connected with the sliding platform 2022; After the mouth 2013 scans and magnetizes, the second control device 204 controls the book guide device 2021 to start, and transfers the magnetized books to the sliding platform 2022 . The two ends of the sliding platform 2022 are slidingly connected with the inner walls on both sides of the book return area; the sliding p...

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Abstract

The invention discloses a smart library system for colleges and universities, which utilizes online APP, comprehensive management system and offline smart devices to cooperate with each other to realize the unmanned working mode of the library borrowing and returning process, liberate more human resources, and promote the library's unmanned Humanized and intelligent construction; among them, when borrowing books, the user completes the online APP to reserve the borrowing, the comprehensive management system processes the borrowing information, sends task instructions to the smart borrowing and returning car, and the smart borrowing and returning car delivers and places the target books in the In the smart borrowing and returning cabinet, users can directly go to the smart book returning cabinet to pick up books; when returning books, users return them through the smart returning book cabinet, and the smart borrowing and returning cabinet automatically magnetizes and classifies the returned books, and the comprehensive management system sends task instructions to Smart borrowing and returning cars, smart borrowing and returning cars pick up books from the borrowing and returning cabinet and put them back on the smart bookshelf; the smart bookshelf binds the location information of the books on the bookshelf and establishes a database, and specific books can be queried through the database, which is convenient for book inventory .

Description

technical field [0001] The invention relates to the technical fields of robots and book management, in particular to a smart library system for colleges and universities. Background technique [0002] With the rapid improvement of my country's economic strength, the library business has also achieved considerable development. The number of people circulating in the library and the number of borrowed books and periodicals are increasing year by year. However, at present, most of the university libraries in my country adopt the traditional borrowing and returning mode. And management mode, that is, readers need to go to the library collection to find the books they want according to the call number, and when returning the books, the books are directly handed over to the librarian for processing. At the same time, most university libraries are not open to the public outside the school. Yes, readers often need to swipe the campus card to enter. There are three major problems in th...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B25J5/00B25J11/00A47B63/00A47B97/00B25J9/16
CPCA47B63/00A47B97/00A47B2220/0094B25J5/00B25J9/161B25J11/00
Inventor 王如意韩冰杨凌赵海洋王裕施禾羽子刘文生李怡静都杰铭王啸王峥岩
Owner 武汉艾特创客科技有限公司
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