CN117894122B - Campus library book borrowing management method and system - Google Patents
Campus library book borrowing management method and system Download PDFInfo
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- CN117894122B CN117894122B CN202410074243.3A CN202410074243A CN117894122B CN 117894122 B CN117894122 B CN 117894122B CN 202410074243 A CN202410074243 A CN 202410074243A CN 117894122 B CN117894122 B CN 117894122B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07G—REGISTERING THE RECEIPT OF CASH, VALUABLES, OR TOKENS
- G07G1/00—Cash registers
- G07G1/0036—Checkout procedures
- G07G1/0045—Checkout procedures with a code reader for reading of an identifying code of the article to be registered, e.g. barcode reader or radio-frequency identity [RFID] reader
- G07G1/0081—Checkout procedures with a code reader for reading of an identifying code of the article to be registered, e.g. barcode reader or radio-frequency identity [RFID] reader the reader being a portable scanner or data reader
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- G—PHYSICS
- G06—COMPUTING OR CALCULATING; COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
- G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation
- G06K7/14—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation using light without selection of wavelength, e.g. sensing reflected white light
- G06K7/1404—Methods for optical code recognition
- G06K7/1408—Methods for optical code recognition the method being specifically adapted for the type of code
- G06K7/1413—1D bar codes
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
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- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00563—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys using personal physical data of the operator, e.g. finger prints, retinal images, voicepatterns
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Abstract
The application relates to a campus library book borrowing management method, which comprises the following steps: when a borrowing instruction is received, identifying book information associated with the borrowing instruction and current borrowing information thereof; sending a coordinate selection set to a user side sending a borrowing instruction, and matching; when receiving the return instruction, identifying book information associated with the return instruction, and matching; when the matching is successful, sending out a coordinate selection set; after receiving the return coordinates, generating a selection list and sending the selection list to a user side sending a return instruction; according to the application, the requirements of borrowing books and returning books are matched, and a returnable mobile station is provided for a user needing to return the books to select after the matching is successful, and the user returns the books to the mobile station between the coordinates selected by the two parties, so that the situation of difficult borrowing caused by reservation failure of the two parties is reduced, and the borrowing efficiency of the books is improved, and the borrowing and returning and using efficiency of the books are improved.
Description
Technical Field
The application relates to the technical field of library book management, in particular to a campus library book borrowing management method and system.
Background
In the libraries in the existing universities and middle school campuses, the library is generally managed in an informationized mode, namely book information is input into a management system, so that informationized management is realized, manpower and material resources are saved, management is convenient, and the like.
In order to improve the borrowing and returning efficiency of books, besides directly borrowing and returning through a library, various borrowing methods and borrowing systems for managing books in the library are established at present, and the borrowing and returning efficiency of books is improved through establishing a borrowing relation between people.
However, there are still a number of inconveniences with the existing book lending methods and systems:
1. For the butt joint time of the transfer, two parties are required to negotiate the respective idle time for the transfer, namely, the two parties are required to reserve a certain time, and the transfer is difficult sometimes because of different life rhythms between teachers and students, students and teachers, and the time of the idle time of the two parties is difficult to agree;
2. For the transfer of the borrowed ground point, one party may be required to compromise the selection of the ground point in the process of negotiating by both parties, or the two parties may want to provide convenience for themselves and thus difficult to agree, and the process of transferring the borrowed ground point may be difficult to happen;
In addition, with the development of the era, a mobile library system using mobile sites as mobile book stations has appeared in a small number of areas, which can further improve the convenience of management, but the current mobile library system generally only provides the borrowing and returning of books, so that the book scheduled for renting can be borrowed by a third person after the book is returned, and meanwhile, the two parties still need to communicate and negotiate at the docking site, which does not solve the problems.
Disclosure of Invention
In order to solve the problem that the time and the place are difficult to unify in the book borrowing process, the problem that the borrowing is difficult due to difficult consultation reservation of both parties is solved, and the book borrowing efficiency is improved, so that the book borrowing and returning and the use efficiency are improved.
The first object of the present application is achieved by the following technical solutions:
a campus library book borrowing management method comprises the following steps:
when a borrowing instruction sent by a user side is received, identifying book information associated with the received borrowing instruction and current borrowing information thereof, wherein the current borrowing information comprises an unreeled state and a borrowed state;
When no book in the unbuckled state exists at present, sending a coordinate selection set to a user side sending a borrowing instruction for selecting the borrowing coordinate, and matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
When a return instruction sent by a user side is received, identifying book information associated with the received return instruction, and matching a borrowing instruction associated with the same book information based on the book information associated with the return instruction;
when the borrowing instruction and the returning instruction associated with the same book information are successfully matched, sending a coordinate selection set to a user side sending the returning instruction for selecting returning coordinates;
When receiving return coordinates sent by a user terminal, generating a selection list, and sending the selection list to the user terminal sending a return instruction, wherein the selection list comprises a plurality of coordinates which are positioned between the return coordinates and borrowing coordinates and are provided with mobile stations;
and after receiving the selection coordinate information fed back by the user terminal, unlocking the return authority of the user terminal at the mobile station associated with the selection coordinate information.
By adopting the technical scheme, when a user sends a borrowing instruction through a user side, the book information related to the borrowing instruction and the current borrowing information thereof are identified, namely books required to be borrowed by the user and the current state thereof are identified, when no books in an unbuckled state exist, the user side sending the borrowing instruction selects borrowing coordinates, and meanwhile, the book information related to the borrowing instruction is matched in the background; when a user sends a return instruction through a user side, identifying book information associated with the return instruction, namely identifying books required to be returned by the user, matching the book information associated with the return instruction with a background, and when the book information associated with the borrowing instruction is successfully matched with the book information associated with the return instruction, namely when the borrowing instruction and the return instruction based on the same book information exist at the same time, enabling the user side sending the return instruction to select return coordinates, generating a selection list for a plurality of coordinates of a mobile station between the return coordinates and the borrowing coordinates, and sending the selection list to the user side sending the return coordinates for selecting the mobile station for returning the books; according to the application, background matching is carried out on the demand of borrowing books and returning books, a returnable mobile station is provided for selecting a user needing to return books after the matching is successful, the user returns the books to the mobile station between the coordinates selected by the two parties, so that the negotiation selection of the two parties on the borrowing time and the borrowing place is avoided, the situation that the borrowing is difficult due to difficult negotiation reservation caused by inconsistent time of the two parties is reduced, convenience is provided for the borrowing of books, the borrowing efficiency of the books is improved, and the borrowing and returning and the use efficiency of the books are improved.
The present application may be further configured in a preferred example to: each book is attached with a bar code in one-to-one correspondence, and when a return instruction sent by a user side is received, the book information associated with the received return instruction is identified, and after the step of matching the book information associated with the return instruction with a borrowing instruction associated with the same book information, the following steps are executed:
If the borrowing instruction of the same book information associated with the returning instruction fails to be matched within the preset time, unlocking the returning authority of the user side sending the returning instruction;
When a first authentication signal comprising face information and bar code information sent by the mobile station terminal is received, verifying the face information and the bar code information;
And when the face information and the bar code information are successfully verified, an unlocking instruction is sent to the mobile station terminal which sends the first authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal.
By adopting the technical scheme, each book is correspondingly stuck with the bar code corresponding to the association of the book information, when the borrowing instruction of the book information associated with the return instruction fails to match in the preset time, namely, when the user needing to return the book is not matched with the user needing to borrow the book in the preset time, the return authority of the mobile station in any school is unlocked, when the first authentication signal which is sent by the mobile station terminal and comprises the face information and the bar code information and used for identity authentication is received, the face information and the bar code information are respectively verified, namely, whether the authentication is the user with failed matching of the return instruction and the book needing to be returned is authenticated, and when the authentication is successful, an unlocking instruction is sent to the mobile station terminal to control the unlocking of the cabinet door of the mobile station terminal for returning the user at the mobile station; according to the application, the mobile station return authority is unlocked for the user with failed return instruction matching, and when the mobile station exists near the environment where the user is located, certain convenience is provided for the user to return books.
The present application may be further configured in a preferred example to: when the face information and the bar code information are successfully verified, after the step of sending an unlocking instruction to the mobile station terminal sending the first authentication signal to control the unlocking of the cabinet door, the following steps are executed:
After receiving a return signal sent by the mobile station terminal, sending a locking instruction to the mobile station terminal sending the return signal so as to control the locking of a cabinet door of the mobile station terminal;
And identifying the identity information of the mobile station terminal, and binding and recording the identity information and book information which is bound and preset by the bar code information of the returned book.
By adopting the technical scheme, after the user returns successfully, a locking instruction is sent to the mobile station terminal sending the return signal so as to control the cabinet door of the mobile station terminal to be locked, and meanwhile, the identity information of the mobile station terminal is identified, so that the identity information of the mobile station and the book information of the returned books are bound and recorded, namely, the identity information of the mobile station returning the books and the books are bound and recorded, and therefore, the user needing to borrow the books can inquire the information of the book returning position.
The present application may be further configured in a preferred example to: the mobile station is internally provided with image acquisition terminals, and after receiving a return signal sent by the mobile station terminal, the mobile station terminal sends a locking instruction to the mobile station terminal sending the return signal so as to control the step of locking the cabinet door of the mobile station terminal, and the method comprises the following steps:
When the mobile station terminal receives the acquired image sent by the image acquisition terminal, the acquired image is sent to an image recognition model;
the image recognition model carries out recognition comparison processing on the acquired images;
And after receiving the comparison success signal output by the image acquisition model, the mobile station terminal receives a return signal sent by the mobile station terminal.
By adopting the technical scheme, the mobile station is internally provided with the image acquisition terminals, when a user returns, the image acquisition terminals acquire book images in the hands of the user, the mobile station terminal receives the acquired images and then sends the acquired images to the image recognition model for recognition comparison processing, namely, whether books returned by the user are books which need to be returned or not is recognized, and when the recognition comparison is successful, return signals sent by the mobile station terminal are received; according to the application, the image information of the returned books is collected by the image collecting terminal, and the image information is identified by the image identifying model, so that unexpected and artificial return errors in the process of returning the books by a user are prevented, the safety of the process of returning the books is improved, and the property of the books is protected.
The present application may be further configured in a preferred example to: after receiving the selection coordinate information fed back by the user terminal, unlocking the return authority of the user terminal at the mobile station associated with the selection coordinate information, and executing the following steps:
when receiving a return signal sent by the mobile station terminal associated with the selected coordinate information, sending a locking instruction to the mobile station terminal sending the return signal so as to control the cabinet door of the mobile station terminal to be locked;
identifying identity information of the mobile station terminal, and sending the identity information and the selected coordinate information to a user side sending a borrowing instruction;
When a second authentication signal comprising face information sent by the mobile station terminal is received, verifying the face information;
and when the face information is successfully verified, an unlocking instruction is sent to the mobile station terminal which sends out the second authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal.
By adopting the technical scheme, after the books are returned to the mobile station, the cabinet door of the mobile station is controlled to be locked, the identity information of the mobile station terminal and the position information of the mobile station coordinate are sent to the user side sending the borrowing instruction, when the user sending the borrowing instruction goes to the mobile station to borrow the books, the mobile station terminal verifies through the face information and sends a second authentication signal with the face information, and after the face information is verified successfully, an unlocking instruction is sent to the mobile station terminal to control the cabinet door of the mobile station terminal to be unlocked; according to the application, after the books are returned, the identity information and the coordinate information of the mobile station are sent to the user side sending the borrowing instruction, the face information of the user is verified when the user borrows the books, and after the verification is successful, the mobile station cabinet door is unlocked for the user to borrow the books, the borrowed books are bound with the borrowed user, and the borrowing efficiency of the books is improved, so that the borrowing efficiency and the use efficiency of the books are improved.
The present application may be further configured in a preferred example to: when the books in the non-borrowed state do not exist currently, sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates, and executing the following steps after the step of matching return instructions related to the same book information based on the book information related to the borrowing instruction:
If the return instruction of the same book information associated with the borrowing instruction is failed to be matched within the preset time, acquiring the borrowing time of all books in the borrowed state, which are included in the book information associated with the borrowing instruction;
If books with the lending time being larger than the preset standard lending time value exist, a prompt message is sent to a user side currently lending the books.
By adopting the technical scheme, when the return instruction of the same book information related to the borrowing instruction fails to be matched within the preset time, namely, when a user needing to borrow the book is not matched with the user needing to return the book within the preset time, the borrowing time of all books in the borrowed state in the book information related to the borrowing instruction is acquired, and if the books with the borrowing time longer than the preset standard borrowing time exist, a prompt message is sent to a user side currently bound with the book; when the borrowing user fails to be matched, the application sends the prompt message to the user with the borrowing time longer than the preset borrowing time in the users with the borrowing instructions related to the books so as to carry out the return reminding on the user, thereby preventing the situation that the other users are difficult to borrow due to the fact that the user forgets to return, and further leading the utilization rate of the books to be low.
The present application may be further configured in a preferred example to: when receiving return coordinates sent by the user terminal, generating a selection list, and sending the selection list to the user terminal sending a return instruction, wherein the selection list comprises a plurality of coordinates which are positioned between the return coordinates and borrowing coordinates and have mobile stations, and the method comprises the following steps:
When receiving the return coordinate sent by the user side, acquiring the coordinate which is closest to the midpoint of the connecting line between the return coordinate and the borrowing coordinate and has the mobile station, and setting the coordinate as an intermediate coordinate;
Acquiring all coordinates of the mobile station in a preset range around the intermediate coordinates, and setting the coordinates as alternative coordinates;
And generating a selection list containing the intermediate coordinates and the alternative coordinates, and sending the selection list to a user side sending a return instruction.
By adopting the technical scheme, after the return coordinates sent by the user side are received, the coordinates which have the closest distance to the midpoint of the connection line between the return coordinates and the borrowing coordinates and are provided with the mobile station are obtained, the coordinates are set as intermediate coordinates, all the coordinates which are provided with the mobile station in a preset range around the intermediate coordinates are obtained, the coordinates are set as alternative coordinates, a selection list comprising the intermediate coordinates and the alternative coordinates is generated, the selection list is sent to the user side which sends a return instruction, and the borrowing coordinates are set between the coordinates selected by the two parties, so that certain convenience is provided for the return and borrowing of the two parties.
The present application may be further configured in a preferred example to: the step of acquiring all coordinates of the mobile station existing in a preset range around the intermediate coordinates and setting the coordinates as alternative coordinates includes the steps of:
if the number of the candidate coordinates is one or less, the preset range is enlarged until the number of the candidate coordinates is at least two.
By adopting the technical scheme, when the number of the alternative coordinates is one or less, the preset range is enlarged until the number of the alternative coordinates is two or more, a plurality of alternative coordinates are provided for the returning user to select, and convenience is provided for the returning of the books.
The second object of the present application is achieved by the following technical solutions:
A campus library book borrowing management system, comprising:
The information identification module is used for identifying book information associated with the received borrowing instruction and current borrowing information thereof when receiving the borrowing instruction sent by the user side, and identifying book information associated with the received returning instruction when receiving the returning instruction sent by the user side;
The borrowing coordinate determining module is used for sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates when no book in an unbuckled state exists currently;
The borrowing book matching module is used for matching borrowing instructions related to the same book information based on the book information related to the return instructions;
The return book matching module is used for matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
The return coordinate determining module is used for sending a coordinate selection set to a user side sending a return instruction when the borrowing instruction and the return instruction associated with the same book information are successfully matched;
the selection list processing module is used for generating a selection list when receiving return coordinates sent by the user terminal and sending the selection list to the user terminal sending return instructions.
By adopting the technical scheme, the information identification module is used for identifying the book information associated with the received borrowing instruction and the current borrowing information thereof when receiving the borrowing instruction sent by the user side, and identifying the book information associated with the received returning instruction when receiving the returning instruction sent by the user side; the borrowing coordinate determining module is used for sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates when no book in an unbuckled state exists currently; the borrowing book matching module is used for matching borrowing instructions related to the same book information based on the book information related to the return instructions; the return book matching module is used for matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction; the return coordinate determining module is used for sending a coordinate selection set to a user side sending a return instruction when the borrowing instruction and the return instruction associated with the same book information are successfully matched; the selection list processing module is used for generating a selection list when receiving return coordinates sent by the user terminal and sending the selection list to the user terminal sending return instructions.
In summary, the present application includes at least one of the following beneficial technical effects:
1. according to the application, background matching is carried out on the demand of borrowing books and returning books, a returnable mobile station is provided for selecting a user needing to return the books after the matching is successful, the user returns the books to the mobile station between the coordinates selected by the two parties, so that the negotiation selection of the two parties on the borrowing time and the borrowing place is avoided, the situation that the borrowing is difficult due to the difficult negotiation reservation caused by inconsistent time of the two parties is reduced, the convenience is provided for the borrowing of the books, the borrowing efficiency of the books is improved, and the borrowing and returning and the use efficiency of the books are improved;
2. According to the application, the image information of the returned books is collected by the image collecting terminal, and the image information is identified by the image identifying model, so that unexpected and artificial return errors in the process of returning the books by a user are prevented, the safety of the book returning process is improved, and the property of the books is protected;
3. According to the application, after the books are returned, the identity information and the coordinate information of the mobile station are sent to the user side sending the borrowing instruction, and the face information of the user is verified when the user borrows the books, and after the verification is successful, the mobile station cabinet door is unlocked for the user to borrow the books, the borrowed books are bound with the borrowed user, so that the borrowing efficiency of the books is improved, and the borrowing efficiency and the use efficiency of the books are improved;
4. When the borrowing user fails to be matched, the application sends the prompt message to the user with the borrowing time longer than the preset borrowing time in the users with the borrowing instructions related to the books so as to carry out the return reminding on the user, thereby preventing the situation that the other users are difficult to borrow due to the fact that the user forgets to return, and further leading the utilization rate of the books to be low.
Drawings
FIG. 1 is a flow chart of an embodiment of a campus library book borrowing management method of the present application;
FIG. 2 is a flowchart showing an implementation of the method for managing borrowing of books in a campus library according to the embodiment of the present application after step S30;
FIG. 3 is a flowchart showing an implementation of step S34 in an embodiment of a campus library book borrowing management method according to the present application;
FIG. 4 is a flowchart illustrating an implementation of the method for managing borrowing of books in a campus library according to the embodiment of the present application after step S60;
Fig. 5 is a flowchart illustrating an implementation of step S50 in an embodiment of a campus library book borrowing management method according to the present application.
Detailed Description
The application is described in further detail below with reference to fig. 1-5.
In an embodiment, as shown in fig. 1, the application discloses a campus library book borrowing management method, which specifically comprises the following steps:
s10: when a borrowing instruction sent by a user side is received, identifying book information associated with the received borrowing instruction and current borrowing information thereof, wherein the current borrowing information comprises an unreeled state and a borrowed state;
In this embodiment, the user side refers to a library borrowing query APP side or a web page side used by a user in a campus, the borrowing instruction is an electrical signal instruction sent by the user selecting a book corresponding to a desired borrowing on the user side, book information associated with the borrowing instruction is information of the book corresponding to the desired borrowing, current borrowing information is state information of whether all books of the same type included in the book information are currently borrowed or not, and the current borrowing information includes an unreeled state and a borrowed state;
specifically, when a user in a campus selects a book to be borrowed through the user side, the user side sends a borrowing instruction, and identifies book information corresponding to the borrowing instruction and current borrowing information of all books of the same type included in the book information.
S20: when no book in the unbuckled state exists at present, sending a coordinate selection set to a user side sending a borrowing instruction for selecting the borrowing coordinate, and matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
In this embodiment, the coordinate selection set is a set list covering the coordinates of all existing mobile stations in the campus, and the borrowing coordinates are the coordinates of the existing mobile stations selected by the user side sending the borrowing instruction in the coordinate selection set;
Specifically, when all books of the same type are lent under the book information associated with the current borrowing instruction, a selection collection list containing coordinates of all mobile stations in the campus is generated and sent to a user side sending the borrowing instruction for selecting the borrowing coordinates, the borrowing instruction is matched on the background of the system based on the book information associated with the borrowing instruction, the matched object is a return instruction of the same book information associated with the borrowing instruction, and when the borrowing instruction and the return instruction associated with the same book information exist at the same time, the matching is successful.
S30: when a return instruction sent by a user side is received, identifying book information associated with the received return instruction, and matching a borrowing instruction associated with the same book information based on the book information associated with the return instruction;
in this embodiment, the return instruction is an electrical signal instruction sent by the user for displaying, at the user side, a book to be returned corresponding to the selected book to be returned in the borrowed books, and the book information associated with the return instruction is information of the book to be returned corresponding to the return instruction;
Specifically, when a student selects a book to be returned through a user side, the user side sends a return instruction, identifies the book information corresponding to the return instruction, matches the return instruction on the basis of the book information associated with the return instruction in a system background, and the matched object is a borrowing instruction of the same book information associated with the return instruction, and when the borrowing instruction and the return instruction associated with the same book information exist at the same time, the matching is successful.
S40: when the borrowing instruction and the returning instruction associated with the same book information are successfully matched, sending a coordinate selection set to a user side sending the returning instruction for selecting returning coordinates;
In this embodiment, the coordinate selection set is a set list covering the coordinates of all existing mobile stations in the campus, and the return coordinates are the coordinates of the existing mobile stations selected by the user side sending the return instruction in the coordinate selection set;
specifically, when a borrowing instruction and a returning instruction which are related to the same book information exist at the same time, namely the returning instruction is successfully matched with the corresponding borrowing instruction, a collection list containing coordinates of all mobile stations existing in the campus is sent to a user side sending the returning instruction, and the user side is provided with the returning coordinates.
S50: when receiving return coordinates sent by a user terminal, generating a selection list, and sending the selection list to the user terminal sending a return instruction, wherein the selection list comprises a plurality of coordinates which are positioned between the return coordinates and borrowing coordinates and are provided with mobile stations;
in this embodiment, the selection list is a collection list including a plurality of coordinates located between the return coordinates and the borrowing coordinates and including an mobile station, and the mobile station is a temporary storage transfer self-service cabinet with book return and borrowing functions, which is arranged at a plurality of places in a campus, and can be specifically arranged at positions such as a gate of a teaching building and a gate of a dormitory building, which are convenient for teachers and students to use in the campus.
Specifically, after the user side selects the return coordinates, a selection list is generated for a plurality of coordinates of the mobile station between the return coordinates and the borrowing coordinates, and the selection list is sent to the user side sending the return instruction for the user side to select the coordinates of the mobile station for returning the books.
S60: after receiving the selection coordinate information fed back by the user side, unlocking the return authority of the user side at the mobile station associated with the selection coordinate information;
In this embodiment, the selected coordinate information is the coordinate information selected by the user in the selection list, and the return authority is the authority required by the user to return the book in the mobile station;
specifically, after receiving the selected coordinate information in the feedback selection list of the user side, unlocking the return authority of the user side on the mobile station in the location of the selected coordinate information, namely, the user side can return the books associated with the return instruction sent by the mobile station in the location.
In one embodiment, each book is attached with a bar code in a one-to-one correspondence, as shown in fig. 2, after step S30, the following steps are performed:
s31: if the borrowing instruction of the same book information associated with the returning instruction fails to be matched within the preset time, unlocking the returning authority of the user side sending the returning instruction;
s32: when a first authentication signal comprising face information and bar code information sent by the mobile station terminal is received, verifying the face information and the bar code information;
s33: when the face information and the bar code information are successfully verified, an unlocking instruction is sent to the mobile station terminal which sends out the first authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal;
In this embodiment, the barcode is a graphic identifier attached to the book and corresponding to the book information after scanning, and the book can be returned in the mobile station only after successful matching and unlocking authority, and the face information is face recognition information of the user, where the face information of all teachers and students in the campus is collected and recorded in the system, the barcode information is identification information for identifying the barcode, the first authentication signal is an electrical signal containing the user face information obtained by an image obtaining device such as a camera set in the mobile station and the barcode information of the book, and the unlocking instruction is an electrical signal instruction for unlocking a cabinet door of the mobile station;
Specifically, if the borrowing instruction of the same book information associated with the return instruction fails to be matched within a preset time, that is, the borrowing instruction of the same book information associated with the return instruction is not matched, the return authority of the user side sending the return instruction is unlocked, so that the user side can return the book in the mobile station, when the user returns the book to the mobile station, an image acquisition device such as a camera for information acquisition at the mobile station acquires face information of the user and barcode information of the book, when a first authentication signal containing the face information and the barcode information is received, the face information and the barcode information are verified, and when the face information and the barcode information are verified successfully, an unlocking instruction is sent to the mobile station terminal to control an unlocking cabinet door of the mobile station terminal, so that the user can return the book at the mobile station;
In addition, the number of books returned in each mobile station can be monitored, when the number of books reaches a preset storage capacity threshold value, a library manager is informed in a signal prompt mode to recover the books to the campus library, and therefore the mobile station cannot be stored due to excessive book storage, and the system is paralyzed.
In one embodiment, after step S33, the following steps are performed:
S34: after receiving a return signal sent by the mobile station terminal, sending a locking instruction to the mobile station terminal sending the return signal so as to control the locking of a cabinet door of the mobile station terminal;
S35: identifying identity information of the mobile station terminal, and binding and recording the identity information and book information which is preset and bound by bar code information of a returned book;
In this embodiment, the locking instruction is an electrical signal instruction sent to the mobile station terminal after the book returns to control the mobile station locking cabinet door, the identity information is identification information of the mobile station terminal, the identification information is specifically preset as a digital label, and the binding record is an information record of returning the book with the bar code information preset and bound to the mobile station, so as to record the returning place of the book;
Specifically, after the user returns the book in the mobile station, the mobile station terminal sends a return signal, and when the return signal is received, a locking instruction is sent to the mobile station terminal sending the return signal, so that the cabinet door is controlled to be locked after the cabinet door is closed, the identity information of the mobile station terminal is identified, and binding record is carried out on the identity information and the book information preset to be bound by the bar code information of the returned book, namely the book is recorded and stored at the mobile station.
In one embodiment, the mobile stations are each provided with an image acquisition terminal, as shown in fig. 3, step S34 includes the steps of:
S341: when the mobile station terminal receives the acquired image sent by the image acquisition terminal, the acquired image is sent to an image recognition model;
S342: the image recognition model carries out recognition comparison processing on the acquired images;
s343: after receiving the comparison success signal output by the image acquisition model, the mobile station terminal receives a return signal sent by the mobile station terminal;
In this embodiment, the image acquisition terminal is a device such as a camera for acquiring an image, and is installed in the mobile station cabinet to acquire book image information when a user returns a book, and the acquired image is the book image information when the user returns the book, the image recognition model is a trained model for storing image information and matching image information, specifically, the image is matched with the corresponding book image information according to the acquired image, the stored book image information comprises a cover, a spine and the like of the book, specifically comprises information such as color, text, bar code and graphic, and the identification comparison is processed to match the acquired image with the corresponding book image information;
Specifically, when the mobile station terminal receives image information acquired by the image acquisition device and used for returning the books by the user, the acquired image is sent to the image recognition model, the image recognition model performs matching and comparison according to the acquired image and stored book image information, and when the matching and comparison are successful, namely, after the fact that the books returned by the user are correct, the mobile station terminal sends a return signal to indicate that the user returns successfully.
In one embodiment, as shown in fig. 4, after step S60, the following steps are performed:
S70: when receiving a return signal sent by the mobile station terminal associated with the selected coordinate information, sending a locking instruction to the mobile station terminal sending the return signal so as to control the cabinet door of the mobile station terminal to be locked;
S80: identifying identity information of the mobile station terminal, and sending the identity information and the selected coordinate information to a user side sending a borrowing instruction;
S90: when a second authentication signal comprising face information sent by the mobile station terminal is received, verifying the face information;
S100: when the face information is successfully verified, an unlocking instruction is sent to the mobile station terminal which sends out the second authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal;
In this embodiment, the second authentication signal is an electrical signal including user face information of a user side that issues a borrowing instruction, and the unlocking instruction is an electrical signal instruction issued for unlocking a door of the mobile station;
Specifically, after receiving a return instruction sent by a mobile station terminal at a coordinate selected by a user, namely after successful return of a book by a matched user, a locking instruction is sent to the mobile station terminal sending a return signal so as to control a cabinet door of the mobile station terminal to be locked, identity information of the mobile station terminal for returning the book is identified, the identity information and position information of the coordinate are sent to a user end sending a borrowing instruction so as to enable the borrowing user to borrow the book from the mobile station, when the user goes to the mobile station for borrowing the book, an image acquisition device such as a camera for information acquisition at the mobile station acquires face information of the user, and when a second authentication signal containing the face information is received, the face information is verified, and after verification is successful, an unlocking instruction is sent to the mobile station terminal so as to control the cabinet door of the mobile station terminal to be unlocked, so that the user can take out the book;
Similarly, when a user takes out a book from the mobile station, the image acquisition terminal can also be used for acquiring images, and when the mobile station terminal receives the acquired images sent by the image acquisition terminal, the acquired images are sent to the image recognition model, so that the image recognition model can be used for carrying out recognition comparison processing on the acquired images and the book image information of the book information bound by the borrowing instruction.
In one embodiment, after step S20, the following steps are performed:
S21: if the return instruction of the same book information associated with the borrowing instruction is failed to be matched within the preset time, acquiring the borrowing time of all books in the borrowed state, which are included in the book information associated with the borrowing instruction;
s22: if books with the lending time longer than the preset standard lending time exist, a prompt message is sent to a user side currently lending the books;
in this embodiment, the borrowing time is the current borrowed time of the book in the borrowed state, the preset standard borrowing time is a borrowing time threshold value which is preset based on the volume, classification, language and the like of the book and is not greater than the specified book returning time, and the prompt message is information for prompting the current borrowing time and notifying that other users need to borrow the book;
specifically, if the return instruction of the same book information associated with the borrowing instruction fails to match in the preset time, that is, the associated instruction of the same book information associated with the borrowing instruction is not matched, the borrowing time of all the books of the same style in the borrowed state, which is included in the book information associated with the borrowing instruction, is acquired, and when a book with the borrowing time greater than the preset borrowing time threshold exists, a prompt message for prompting the current borrowing time and notifying that other users need to borrow the book is sent to a user side of the book.
In one embodiment, as shown in fig. 5, step S50 includes the steps of:
S51: when receiving the return coordinate sent by the user side, acquiring the coordinate which is closest to the midpoint of the connecting line between the return coordinate and the borrowing coordinate and has the mobile station, and setting the coordinate as an intermediate coordinate;
S52: acquiring all coordinates of the mobile station in a preset range around the intermediate coordinates, and setting the coordinates as alternative coordinates;
s53: generating a selection list containing intermediate coordinates and alternative coordinates, and sending the selection list to a user side sending a return instruction;
In this embodiment, the intermediate coordinates are coordinates closest to the midpoint of the connection between the return coordinates and the borrowing coordinates and where the mobile station exists, the alternative coordinates are coordinates set on the basis of the intermediate coordinates as the center of a circle, all coordinates of the mobile station exist in a preset range around, and the selection list is a coordinate set list containing the intermediate coordinates and the alternative coordinates and used for selecting the mobile station for transferring the borrowed book;
Specifically, when receiving the return coordinates sent by the user terminal, connecting the return coordinates with the borrowing coordinates, acquiring the coordinates closest to the midpoint of the connecting line and having the mobile station, setting the coordinates as intermediate coordinates, acquiring all the coordinates having the mobile station in a surrounding preset range by taking the intermediate coordinates as circle centers, setting the acquired coordinates as alternative coordinates, generating a selection list by the set of the intermediate coordinates and the alternative coordinates, and sending the selection list to the user terminal sending the return instruction for selecting the coordinates of the mobile station for book borrowing.
In one embodiment, step S52 includes the steps of:
s521: if the number of the candidate coordinates is one or less, expanding the preset range until the number of the candidate coordinates is at least two;
In the present embodiment, the manner of expanding the preset range is to expand the diameter of a circle centered on the intermediate coordinates;
Specifically, if the number of candidate coordinates is one or less, that is, there is only one or no candidate coordinates within the preset range, the diameter of the preset range is increased until the number of candidate coordinates is increased to at least two.
It should be understood that the sequence number of each step in the foregoing embodiment does not mean that the execution sequence of each process should be determined by the function and the internal logic, and should not limit the implementation process of the embodiment of the present application.
In an embodiment, a campus library book borrowing management system is provided, where the campus library book borrowing management system corresponds to one of the campus library book borrowing management methods in the above embodiment. This campus library books management system that borrows includes:
The information identification module is used for identifying book information associated with the received borrowing instruction and current borrowing information thereof when receiving the borrowing instruction sent by the user side, and identifying book information associated with the received returning instruction when receiving the returning instruction sent by the user side;
The borrowing coordinate determining module is used for sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates when no book in an unbuckled state exists currently;
The borrowing book matching module is used for matching borrowing instructions related to the same book information based on the book information related to the return instructions;
The return book matching module is used for matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
The return coordinate determining module is used for sending a coordinate selection set to a user side sending a return instruction when the borrowing instruction and the return instruction associated with the same book information are successfully matched;
The selection list processing module is used for generating a selection list when receiving return coordinates sent by the user side, and sending the selection list to the user side sending return instructions;
the return permission unlocking module is used for unlocking the return permission of the user side sending the return instruction when the borrowing instruction of the same book information associated with the return instruction fails to be matched within a preset time;
The mobile station comprises a first authentication module, a second authentication module and a third authentication module, wherein the first authentication module is used for verifying the face information and the bar code information when receiving a first authentication signal which is sent by the mobile station terminal and comprises the face information and the bar code information;
The first unlocking module is used for sending an unlocking instruction to the mobile station terminal sending the first authentication signal to control the unlocking of the cabinet door of the mobile station terminal when the face information and the bar code information are successfully verified;
The cabinet door locking module is used for sending a locking instruction to the mobile station terminal sending the return signal after receiving the return signal sent by the mobile station terminal so as to control the cabinet door of the mobile station terminal to be locked; when receiving a return signal sent by the mobile station terminal associated with the selected coordinate information, sending a locking instruction to the mobile station terminal sending the return signal so as to control the cabinet door of the mobile station terminal to be locked;
The information binding module is used for identifying the identity information of the mobile station terminal and binding and recording the identity information and book information which is bound by the bar code information of the returned book in advance;
The image sending module is used for sending the collected image to the image recognition model when receiving the collected image sent by the image collecting terminal;
the identification comparison module is used for carrying out identification comparison processing on the acquired images;
The return signal receiving module is used for receiving the return signal sent by the mobile station terminal after the mobile station terminal receives the comparison success signal output by the image acquisition model;
The coordinate information sending module is used for identifying the identity information of the mobile station terminal and sending the identity information and the selected coordinate information to a user side sending a borrowing instruction;
The second authentication module is used for verifying the face information when receiving a second authentication signal comprising the face information sent by the mobile station terminal;
The second unlocking module is used for sending an unlocking instruction to the mobile station terminal sending a second authentication signal to control the unlocking of the cabinet door when the face information is successfully verified;
The book state acquisition module is used for acquiring the lending time of all books in the lended state, which are included in the book information associated with the lending instruction, when the matching of the return instruction of the same book information associated with the lending instruction fails in a preset time;
The prompt message sending module is used for sending a prompt message to a user side currently borrowing the books when the books with the lending time longer than the preset standard lending time exist;
The intermediate coordinate setting module is used for acquiring the coordinate which is closest to the midpoint of the connecting line between the return coordinate and the borrowing coordinate and has the mobile station when the return coordinate sent by the user terminal is received, and setting the coordinate as the intermediate coordinate;
the alternative coordinate acquisition module is used for acquiring all coordinates of the mobile station in a preset range around the intermediate coordinates and setting the coordinates as alternative coordinates;
The selection list generation module is used for generating a selection list containing intermediate coordinates and alternative coordinates and sending the selection list to a user side sending a return instruction;
and the range expansion module is used for expanding the preset range until the number of the candidate coordinates is at least two when the number of the candidate coordinates is one or less.
For a specific limitation of the campus library book borrowing management system, reference may be made to the limitation of the campus library book borrowing management method hereinabove, and the description thereof will not be repeated here. The modules in the campus library book borrowing management system can be all or partially realized by software, hardware and a combination thereof. The above modules may be embedded in hardware or may be independent of a processor in the computer device, or may be stored in software in a memory in the computer device, so that the processor may call and execute operations corresponding to the above modules.
The above embodiments are only for illustrating the technical solution of the present application, and not for limiting the same; although the application has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present application, and are intended to be included in the scope of the present application.
Claims (8)
1. The campus library book borrowing management method is characterized by comprising the following steps:
when a borrowing instruction sent by a user side is received, identifying book information associated with the received borrowing instruction and current borrowing information thereof, wherein the current borrowing information comprises an unreeled state and a borrowed state;
When no book in the unbuckled state exists at present, sending a coordinate selection set to a user side sending a borrowing instruction for selecting the borrowing coordinate, and matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
When a return instruction sent by a user side is received, identifying book information associated with the received return instruction, and matching a borrowing instruction associated with the same book information based on the book information associated with the return instruction;
when the borrowing instruction and the returning instruction associated with the same book information are successfully matched, sending a coordinate selection set to a user side sending the returning instruction for selecting returning coordinates;
When receiving return coordinates sent by a user terminal, generating a selection list, and sending the selection list to the user terminal sending a return instruction, wherein the selection list comprises a plurality of coordinates which are positioned between the return coordinates and borrowing coordinates and are provided with mobile stations;
After receiving the selection coordinate information fed back by the user side, unlocking the return authority of the user side at the mobile station associated with the selection coordinate information;
When receiving return coordinates sent by a user terminal, generating a selection list, and sending the selection list to the user terminal sending a return instruction, wherein the selection list comprises a plurality of coordinates which are positioned between the return coordinates and borrowing coordinates and have mobile stations, and the method comprises the following steps:
When receiving the return coordinate sent by the user side, acquiring the coordinate which is closest to the midpoint of the connecting line between the return coordinate and the borrowing coordinate and has the mobile station, and setting the coordinate as an intermediate coordinate;
Acquiring all coordinates of the mobile station in a preset range around the intermediate coordinates, and setting the coordinates as alternative coordinates;
And generating a selection list containing the intermediate coordinates and the alternative coordinates, and sending the selection list to a user side sending a return instruction.
2. The campus library book borrowing management method according to claim 1, wherein: each book is attached with a bar code in one-to-one correspondence, and when a return instruction sent by a user side is received, the book information associated with the received return instruction is identified, and after the step of matching the book information associated with the return instruction with a borrowing instruction associated with the same book information, the following steps are executed:
If the borrowing instruction of the same book information associated with the returning instruction fails to be matched within the preset time, unlocking the returning authority of the user side sending the returning instruction;
When a first authentication signal comprising face information and bar code information sent by the mobile station terminal is received, verifying the face information and the bar code information;
And when the face information and the bar code information are successfully verified, an unlocking instruction is sent to the mobile station terminal which sends the first authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal.
3. The campus library book borrowing management method according to claim 2, wherein: when the face information and the bar code information are successfully verified, after the step of sending an unlocking instruction to the mobile station terminal sending the first authentication signal to control the unlocking of the cabinet door, the following steps are executed:
After receiving a return signal sent by the mobile station terminal, sending a locking instruction to the mobile station terminal sending the return signal so as to control the locking of a cabinet door of the mobile station terminal;
And identifying the identity information of the mobile station terminal, and binding and recording the identity information and book information which is bound and preset by the bar code information of the returned book.
4. A campus library book borrowing management method as set forth in claim 3, wherein: the mobile station is internally provided with image acquisition terminals, and after receiving a return signal sent by the mobile station terminal, the mobile station terminal sends a locking instruction to the mobile station terminal sending the return signal so as to control the step of locking the cabinet door of the mobile station terminal, and the method comprises the following steps:
When the mobile station terminal receives the acquired image sent by the image acquisition terminal, the acquired image is sent to an image recognition model;
the image recognition model carries out recognition comparison processing on the acquired images;
And after receiving the comparison success signal output by the image acquisition model, the mobile station terminal receives a return signal sent by the mobile station terminal.
5. The campus library book borrowing management method according to claim 1, wherein: after receiving the selection coordinate information fed back by the user terminal, unlocking the return authority of the user terminal at the mobile station associated with the selection coordinate information, and executing the following steps:
when receiving a return signal sent by the mobile station terminal associated with the selected coordinate information, sending a locking instruction to the mobile station terminal sending the return signal so as to control the cabinet door of the mobile station terminal to be locked;
identifying identity information of the mobile station terminal, and sending the identity information and the selected coordinate information to a user side sending a borrowing instruction;
When a second authentication signal comprising face information sent by the mobile station terminal is received, verifying the face information;
and when the face information is successfully verified, an unlocking instruction is sent to the mobile station terminal which sends out the second authentication signal so as to control the unlocking of the cabinet door of the mobile station terminal.
6. The campus library book borrowing management method according to claim 1, wherein: when the books in the non-borrowed state do not exist currently, sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates, and executing the following steps after the step of matching return instructions related to the same book information based on the book information related to the borrowing instruction:
If the return instruction of the same book information associated with the borrowing instruction is failed to be matched within the preset time, acquiring the borrowing time of all books in the borrowed state, which are included in the book information associated with the borrowing instruction;
If books with the lending time longer than the preset standard lending time exist, a prompt message is sent to a user side currently lending the books.
7. The campus library book borrowing management method according to claim 1, wherein: the step of acquiring all coordinates of the mobile station existing in a preset range around the intermediate coordinates and setting the coordinates as alternative coordinates includes the steps of:
if the number of the candidate coordinates is one or less, the preset range is enlarged until the number of the candidate coordinates is at least two.
8. A campus library book borrowing management system, comprising:
The information identification module is used for identifying book information associated with the received borrowing instruction and current borrowing information thereof when receiving the borrowing instruction sent by the user side, and identifying book information associated with the received returning instruction when receiving the returning instruction sent by the user side;
The borrowing coordinate determining module is used for sending a coordinate selection set to a user side sending a borrowing instruction for selecting borrowing coordinates when no book in an unbuckled state exists currently;
The borrowing book matching module is used for matching borrowing instructions related to the same book information based on the book information related to the return instructions;
The return book matching module is used for matching a return instruction associated with the same book information based on the book information associated with the borrowing instruction;
The return coordinate determining module is used for sending a coordinate selection set to a user side sending a return instruction when the borrowing instruction and the return instruction associated with the same book information are successfully matched;
The selection list processing module is used for generating a selection list when receiving return coordinates sent by the user side, and sending the selection list to the user side sending return instructions;
The intermediate coordinate setting module is used for acquiring the coordinate which is closest to the midpoint of the connecting line between the return coordinate and the borrowing coordinate and has the mobile station when the return coordinate sent by the user terminal is received, and setting the coordinate as the intermediate coordinate;
the alternative coordinate acquisition module is used for acquiring all coordinates of the mobile station in a preset range around the intermediate coordinates and setting the coordinates as alternative coordinates;
the selection list generation module is used for generating a selection list containing intermediate coordinates and alternative coordinates and sending the selection list to a user side sending a return instruction.
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| KR20020024014A (en) * | 2002-01-07 | 2002-03-29 | 김관두 | Rent business at the busstop |
| US7617133B1 (en) * | 2004-11-12 | 2009-11-10 | Amazon Technologies, Inc. | Dynamic determination of item returns during transit |
| US20110137699A1 (en) * | 2008-08-05 | 2011-06-09 | Ronen Ben-Ari | Method and system for cab management |
| KR20120019586A (en) * | 2010-08-26 | 2012-03-07 | 서울특별시 은평구청(은평구립도서관장) | System and method for checking in and out of books |
| CN106724126B (en) * | 2016-12-16 | 2017-11-24 | 江苏建筑职业技术学院 | Quick borrow for being adapted to subway platform goes back cycle bookshelf terminal system |
| CN206331473U (en) * | 2016-12-27 | 2017-07-14 | 李晓秋 | Intelligence lends bookshelf and lends system |
| CN107316364A (en) * | 2017-08-05 | 2017-11-03 | 深圳市世纪泰通电子有限公司 | A kind of shared umbrella intelligent electronic lock and shared umbrella leasing method |
| JP6970588B2 (en) * | 2017-11-09 | 2021-11-24 | キヤノン株式会社 | Management systems, terminals, control methods, and programs |
| CN111339791B (en) * | 2018-12-18 | 2021-05-25 | 北京京东乾石科技有限公司 | Commodity identification method, commodity identification channel, commodity control device and commodity settlement channel |
| CN113554819A (en) * | 2021-07-30 | 2021-10-26 | 杨迎卯 | Communication method and system applied to shared economy |
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