CN111476387A - Mobile library system and working method thereof - Google Patents
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- CN111476387A CN111476387A CN202010276383.0A CN202010276383A CN111476387A CN 111476387 A CN111476387 A CN 111476387A CN 202010276383 A CN202010276383 A CN 202010276383A CN 111476387 A CN111476387 A CN 111476387A
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Abstract
The application discloses a mobile library system, which comprises a library data server, a mobile micro-graph and a client. The reader can send card-transacting reservation information, book-borrowing reservation information and book-returning reservation information to the library data server through the client, and the library data server receives and sends the card-transacting reservation information, the book-transacting reservation information and the book-returning reservation information to the mobile micro-graph. The mobile micrographs move to corresponding stop points according to the received card handling reservation information, book borrowing reservation information and book returning reservation information, book borrowing and returning services are provided for readers at the stop points close to the addresses of the readers, on one hand, the problem that the existing library is inconvenient for readers far away from roads to borrow and return books is solved, the time of the readers is saved, on the other hand, the flow of people for reading in the library can be reduced, and the labor intensity of library staff is reduced.
Description
Technical Field
The application relates to the field of book circulation, in particular to a mobile library system and a working method thereof.
Background
The existing libraries adopt the mode that readers go to a nearby library at a fixed point to handle book borrowing certificates and books. In this mode, when a library needs to be faced with readers in a larger area, for example, a college will only have a library in the teaching area. The readers have different ways of borrowing and returning books from and to the library, and some readers are far away from the library, so that when the readers need to borrow books, the readers cannot do the books immediately due to the distance, and can only wait for a certain idle time point to go to the library to handle the book borrowing service. Meanwhile, readers far away in the way usually borrow a plurality of books and return the books once after all the books are read, and reading enthusiasm of the readers is influenced by incapability of borrowing the books to be read and inconvenience of borrowing and returning the books.
Disclosure of Invention
The application provides a mobile library system and a working method thereof, which are used for solving the problem that the existing library is inconvenient for readers far away to borrow and return books.
The mobile library system comprises a client, a library data server and a mobile micro-map, wherein the client, the library data server and the mobile micro-map are connected through a network;
the client is used for sending card transaction reservation information, book borrowing reservation information and book returning reservation information to the library data server;
the library data server is used for receiving and sending the card transacting appointment information, the book borrowing appointment information and the book returning appointment information to the mobile micro-graph;
the mobile micrographs comprise a robot navigation vehicle, a vehicle-mounted card registering system and a vehicle-mounted book borrowing and returning system, wherein the vehicle-mounted card registering system and the vehicle-mounted book borrowing and returning system are loaded on the robot navigation vehicle, and the mobile micrographs execute tasks according to received card registering information, and the mobile micrographs comprise: moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to a reservation person by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book borrowing reservation information, and the tasks comprise: moving to a book loading area, loading books to be booked, moving to a booked stopping point for stopping, and after the mobile micro-graph moves to the stopping point, sending in-place information to a booker by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book return reservation information, and the tasks comprise: and moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to the reservation person by the mobile micro-graph and/or the library data server.
As a further improvement of the mobile library system, the card-transacting reservation information comprises reader identity information, address information and contact information, the book-borrowing reservation information comprises book-borrowing book form information, reader identity information, address information and contact information, and the book-returning reservation information comprises reader identity information, address information and contact information.
As a further improvement of the mobile library system, the library data server, the client and the mobile micrographs are interactively docked, and interactively docked data comprises the following data: at least one of library book information, mobile thumbnail location information, certificate completion information, and book arrival information of a borrower and a borrower.
The system is characterized by further comprising an interactive platform, wherein the interactive platform is connected with a library data server and a mobile micro-graph network, after the mobile micro-graph executes a task, the interactive platform and the library data server acquire book arrival information and/or certificate handling completion information of a book borrower through data interaction butt joint with the mobile micro-graph, and send a task instruction to the mobile micro-graph through the interactive platform, the task instruction comprises card handling reservation information, book borrowing reservation information and/or book returning reservation information, after receiving the task instruction, the mobile micro-graph moves to a next stop point according to address information of the task instruction, and sends the arrival information to a bookee according to contact mode information of the task instruction.
As a further improvement of the mobile library system, after all tasks are completed, the mobile micrographs send a return instruction to the mobile micrographs through the interactive platform, and after receiving the return instruction, the mobile micrographs return to the library and move to a charging area for charging.
The mobile library system is further improved and further comprises a book borrowing and returning system of the library, the mobile micrographs can send book loading instructions through the book borrowing and returning system of the library, and the book loading instructions comprise book borrowing book list information and are used for guiding workers to load books needed by readers onto the mobile micrographs.
As a further improvement of the mobile library system, the client comprises computer-side software and mobile phone-side software.
The working method of the mobile library system provided by the application is applied to the mobile library system and comprises the following steps:
a reservation step: the client sends card transaction reservation information, book borrowing reservation information and book returning reservation information to the library data server;
a task sending step: the library data server receives and sends the card transaction reservation information, the book borrowing reservation information and the book returning reservation information to the mobile micro-graph;
and a task executing step: the mobile micro-map executes tasks according to the received card transaction reservation information, and the tasks comprise: moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to a reservation person by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book borrowing reservation information, and the tasks comprise: moving to a book loading area, loading books to be booked, moving to a booked stopping point for stopping, and after the mobile micro-graph moves to the stopping point, sending in-place information to a booker by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book return reservation information, and the tasks comprise: and moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to the reservation person by the mobile micro-graph and/or the library data server.
As a further improvement of the working method, after the mobile micro-map executes a task, the interactive platform and the library data server acquire book arrival information and/or certificate handling completion information of a book borrower through interactive butt joint with the data of the mobile micro-map, and send a task instruction to the mobile micro-map through the interactive platform, wherein the task instruction comprises card handling reservation information, book borrowing reservation information and/or book returning reservation information, and after receiving the task instruction, the mobile micro-map moves to the next stop point according to the address information of the task instruction and sends the arrival information to the booker according to the contact information of the task instruction.
As a further improvement of the working method, the working method further comprises the return step of: after the mobile micrographs complete all tasks, sending a return instruction to the mobile micrographs through the interactive platform, and after receiving the return instruction, returning to the library and moving to a charging area for charging.
The beneficial effect of this application:
the application provides a mobile library system which comprises a library data server, a mobile micro-graph and a client. The reader can send card-transacting reservation information, book-borrowing reservation information and book-returning reservation information to the library data server through the client, and the library data server receives and sends the card-transacting reservation information, the book-transacting reservation information and the book-returning reservation information to the mobile micro-graph. The mobile micrographs move to corresponding stop points according to the received card handling reservation information, book borrowing reservation information and book returning reservation information, book borrowing and returning services are provided for readers at the stop points close to the addresses of the readers, on one hand, the problem that the existing library is inconvenient for readers far away from roads to borrow and return books is solved, the time of the readers is saved, on the other hand, the flow of people for reading in the library can be reduced, and the labor intensity of library staff is reduced.
Drawings
FIG. 1 is a schematic diagram of a mobile library system according to an embodiment of the present application;
FIG. 2 is a flowchart illustrating operation of a mobile library system according to an embodiment of the present application.
Detailed Description
The present application is described in further detail in the following detailed description of the preferred embodiments with reference to the figures, in which like elements in different embodiments are numbered with like associated element numbers. In the following description, numerous details are set forth in order to provide a better understanding of the present application. However, those skilled in the art will readily recognize that some of the features may be omitted or replaced with other elements, materials, methods in different instances. In some instances, certain operations related to the present application have not been shown or described in detail in order to avoid obscuring the core of the present application from excessive description, and it is not necessary for those skilled in the art to describe these operations in detail, so that they may be fully understood from the description in the specification and the general knowledge in the art.
Furthermore, the features, operations, or characteristics described in the specification may be combined in any suitable manner to form various embodiments. Also, the various steps or actions in the method descriptions may be transposed or transposed in order, as will be apparent to one of ordinary skill in the art. Thus, the various sequences in the specification and drawings are for the purpose of describing certain embodiments only and are not intended to imply a required sequence unless otherwise indicated where such sequence must be followed.
The numbering of the components as such, e.g., "first", "second", etc., is used herein only to distinguish the objects as described, and does not have any sequential or technical meaning. The term "connected" and "coupled" when used in this application, unless otherwise indicated, includes both direct and indirect connections (couplings).
The present embodiments provide a mobile library system.
Referring to fig. 1 and 2, the system includes a client 100, a library data server 200, and a mobile minimap 300, wherein the client 100, the library data server 200, and the mobile minimap 300 are connected via a network.
The client 100 is configured to send card transacting appointment information, book borrowing appointment information, and book returning appointment information to the library data server 200, where the card transacting appointment information includes reader identity information, address information, and contact information, the book borrowing appointment information includes book borrowing book statement information, reader identity information, address information, and contact information, and the book returning appointment information includes reader identity information, address information, and contact information.
The library data server 200 is for receiving and transmitting card-check-in reservation information, book borrowing reservation information, and book return reservation information to the mobile thumbnail 300.
The mobile micro graph 300 includes a robot navigation car, a vehicle-mounted card system and a vehicle-mounted book borrowing and returning system, the vehicle-mounted card system and the vehicle-mounted book borrowing and returning system are loaded on the robot navigation car, and the mobile micro graph 300 executes tasks according to received card booking information, and the mobile micro graph includes: and moving to the stop point of the address information for stopping, and sending in-place information to the reservation according to the contact information.
The mobile micro-map 300 performs tasks according to the received book borrowing reservation information, including: and moving to a book loading area, loading books on the book borrowing list information, moving to a stop point of the address information for stopping, and sending in-place information to the reservation user according to the contact information.
The mobile micro map 300 performs tasks according to the received book return reservation information, including: and moving to the stop point of the address information for stopping, and sending in-place information to the reservation according to the contact information.
Referring to fig. 1 and 2, a reader may transmit card-transacting reservation information, book-borrowing reservation information, and book-returning reservation information to the library data server 200 through the client 100, and the library data server 200 receives and transmits the card-transacting reservation information, book-borrowing reservation information, and book-returning reservation information to the mobile micro map 300. The mobile micrographs 300 move to corresponding stop points according to the received card handling reservation information, book borrowing reservation information and book returning reservation information, and provide the service of handling certificates and borrowing and returning books for readers at the stop points close to the addresses of the readers, so that the problem that the existing library is inconvenient for readers far away from roads to borrow and return books is solved, the time of the readers is saved, the flow of people for reading in the library can be reduced, and the labor intensity of library staff is reduced.
Specifically, the reader identity information includes a reader name and an identification number, and the contact information includes a telephone number of the reader.
In an embodiment, the reader identity information, the address information, the contact information, and the like may also be stored in the library data server 200, and after the reader logs in the client 100 and sends the reservation information, the library data server 200 may call the reader identity information, the address information, and the contact information according to the number of the reader, and send the information to the mobile micrographs 300.
In one embodiment, after the mobile bitmap 300 moves to a stop for a reservation, the mobile thumbnail 300 and/or the library data server 200 sends an in-place message to the reservation.
The motion of the robot navigation vehicle relates to the existing artificial intelligence technologies of moving, positioning, anti-collision avoidance, stopping, waiting of traffic lights, power management and the like. A lot of data are concentrated to the background of the library through the existing wireless data link technology.
Referring to fig. 1 and 2, in one embodiment, the library data server 200, the client 100, and the mobile micro-map 300 interactively interface data including: book information in the library, position information of the mobile micro-graph 300, certificate completion information and book arrival information of a book borrower and a book withdrawer.
The reader can conveniently inquire the book information in the library through the client 100, the library data server 200 can acquire the certificate completion information and the book arrival information of the book borrower and the book restorer in real time, and the mobile micro-map 300 is judged to complete the current task through the certificate completion information and the book arrival information of the book borrower and the book restorer.
Referring to fig. 1 and 2, in an embodiment, the mobile library system further includes an interactive platform, the interactive platform is in network connection with the library data server 200 and the mobile minimap 300, after the mobile minimap 300 executes a task, the interactive platform and the library data server 200 acquire book arrival information and/or certificate transaction completion information of a book borrower through data interaction docking with the mobile minimap 300, and send a task instruction to the mobile minimap 300 through the interactive platform, the task instruction includes card transaction reservation information, book transaction reservation information and/or book return reservation information, after receiving the task instruction, the mobile minimap 300 moves to a next docking point according to address information of the task instruction, and sends the arrival information to the booker according to contact information of the task instruction.
Referring to fig. 1 and 2, in an embodiment, after the mobile micro-map 300 completes all tasks, a return instruction is sent to the mobile micro-map 300 through the interactive platform, and the mobile micro-map 300 returns to the library after receiving the return instruction.
Referring to fig. 1 and 2, in one embodiment, after the mobile thumbnail 300 returns to the library, the mobile thumbnail moves to a charging area for charging.
Referring to fig. 1 and 2, in an embodiment, the mobile library system further includes a book borrowing and returning system of the library, and the mobile micrographs 300 can send book loading instructions through the book borrowing and returning system of the library, and the book loading instructions include book borrowing book list information for instructing staff to load books required by readers onto the mobile micrographs 300.
Specifically, the staff can obtain the book loading instruction of the mobile micrographs 300 through the book borrowing and returning system of the library, find the book required by the reader through the book borrowing book list information, and load the book onto the mobile micrographs 300.
Referring to fig. 1 and 2, in one embodiment, the client 100 includes computer-side software and mobile-side software.
Specifically, the computer-side software comprises PC Web software, and the mobile phone-side software comprises IOS software and Android software.
On the other hand, the embodiment also provides a working method of the mobile library, which is applied to the mobile library system.
Referring to fig. 1 and 2, the working method includes:
a reservation step: the client 100 sends card-transacting appointment information, book-borrowing appointment information and book-returning appointment information to the library data server 200, wherein the card-transacting appointment information comprises reader identity information, address information and contact information, the book-borrowing appointment information comprises book-borrowing bill information, reader identity information, address information and contact information, and the book-returning appointment information comprises reader identity information, address information and contact information.
A task sending step: the library data server 200 receives and transmits card-check-in reservation information, book borrowing reservation information, and book return reservation information to the mobile thumbnail 300.
And a task executing step: the mobile micro map 300 performs tasks according to the received card-checking reservation information, including: and moving to the stop point of the address information for stopping, and sending in-place information to the reservation according to the contact information.
The mobile micro-map 300 performs tasks according to the received book borrowing reservation information, including: and moving to a book loading area, loading books on the book borrowing list information, moving to a stop point of the address information for stopping, and sending in-place information to the reservation user according to the contact information.
The mobile micro map 300 performs tasks according to the received book return reservation information, including: and moving to the stop point of the address information for stopping, and sending in-place information to the reservation according to the contact information.
Referring to fig. 1 and 2, in an embodiment, after the mobile thumbnail 300 performs a task, the interactive platform and the library data server 200 acquires book arrival information and/or certificate completion information of a book borrower through data interaction with the mobile thumbnail 300, and sends a task instruction to the mobile thumbnail 300 through the interactive platform, wherein the task instruction includes card booking information, book borrowing booking information and/or book returning booking information, and after receiving the task instruction, the mobile thumbnail 300 moves to a next stop point according to address information of the task instruction and sends the book arrival information to the book borrower according to contact information of the task instruction.
Referring to fig. 1 and 2, in an embodiment, the operation method further includes the step of returning: after the mobile minimap 300 completes all tasks, a return instruction is sent to the mobile minimap 300 through the interactive platform, and after the mobile minimap 300 receives the return instruction, the mobile minimap returns to the library and moves to a charging area for charging.
The foregoing is a more detailed description of the present application in connection with specific embodiments thereof, and it is not intended that the present application be limited to the specific embodiments thereof. It will be apparent to those skilled in the art from this disclosure that many more simple derivations or substitutions can be made without departing from the inventive concepts herein.
Claims (10)
1. A mobile library system is characterized by comprising a client, a library data server and a mobile micro-map, wherein the client, the library data server and the mobile micro-map are connected through a network;
the client is used for sending card transaction reservation information, book borrowing reservation information and book returning reservation information to the library data server;
the library data server is used for receiving and sending the card transacting appointment information, the book borrowing appointment information and the book returning appointment information to the mobile micro-graph;
the mobile micrographs comprise a robot navigation vehicle, a vehicle-mounted card registering system and a vehicle-mounted book borrowing and returning system, wherein the vehicle-mounted card registering system and the vehicle-mounted book borrowing and returning system are loaded on the robot navigation vehicle, and the mobile micrographs execute tasks according to received card registering information, and the mobile micrographs comprise: moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to a reservation person by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book borrowing reservation information, and the tasks comprise: moving to a book loading area, loading books to be booked, moving to a booked stopping point for stopping, and after the mobile micro-graph moves to the stopping point, sending in-place information to a booker by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book return reservation information, and the tasks comprise: and moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to the reservation person by the mobile micro-graph and/or the library data server.
2. The mobile library system of claim 1, wherein the card-handling reservation information comprises reader identity information, address information, and contact information, the book-borrowing reservation information comprises book-borrowing order information, reader identity information, address information, and contact information, and the book-returning reservation information comprises reader identity information, address information, and contact information.
3. The mobile library system of claim 2, wherein the library data server, client, and data of the mobile micrographs interactively interface, the interactively interfaced data comprising: at least one of library book information, mobile thumbnail location information, certificate completion information, and book arrival information of a borrower and a borrower.
4. The mobile library system of claim 3, further comprising an interactive platform, wherein the interactive platform is connected to the library data server and the mobile thumbnail network, after the mobile thumbnail executes a task, the interactive platform and the library data server acquire book arrival information and/or certificate handling completion information of a borrowed and returned person through data interaction docking with the mobile thumbnail, and send a task instruction to the mobile thumbnail through the interactive platform, the task instruction comprises card handling reservation information, book borrowing reservation information and/or book returning reservation information, after receiving the task instruction, the mobile thumbnail moves to a next stop point according to address information of the task instruction, and sends the arrival information to the borrowed person according to contact information of the task instruction.
5. The mobile library system of claim 4, wherein the mobile micrographs send a return instruction to the mobile micrographs through the interactive platform after completing all tasks, and the mobile micrographs return to the library after receiving the return instruction and move to a charging area for charging.
6. The mobile library system of any one of claims 1-5, further comprising a library book borrowing return system, wherein the mobile micrographs are capable of issuing book loading instructions through the library book borrowing return system, the book loading instructions including book borrowing booklet information for instructing staff to load a book desired by a reader onto the mobile micrographs.
7. The mobile library system of any one of claims 1-5, wherein the client comprises computer-side software and mobile-side software.
8. A method of operating a mobile library system, applied to the mobile library system of any one of claims 1-7, comprising:
a reservation step: the client sends card transaction reservation information, book borrowing reservation information and book returning reservation information to the library data server;
a task sending step: the library data server receives and sends the card transaction reservation information, the book borrowing reservation information and the book returning reservation information to the mobile micro-graph;
and a task executing step: the mobile micro-map executes tasks according to the received card transaction reservation information, and the tasks comprise: moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to a reservation person by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book borrowing reservation information, and the tasks comprise: moving to a book loading area, loading books to be booked, moving to a booked stopping point for stopping, and after the mobile micro-graph moves to the stopping point, sending in-place information to a booker by the mobile micro-graph and/or the library data server;
the mobile micrographs execute tasks according to the received book return reservation information, and the tasks comprise: and moving to a reserved stop point for stopping, and after the mobile micro-graph moves to the stop point, sending in-place information to the reservation person by the mobile micro-graph and/or the library data server.
9. The working method of claim 8, applied to the mobile library system of any one of claims 4 to 7, wherein after the mobile micrographs perform a task, the interactive platform and the library data server acquire book borrowing information and/or certificate handling completion information of a book borrower through data interaction with the mobile micrographs, and send a task instruction to the mobile micrographs through the interactive platform, wherein the task instruction comprises card handling reservation information, book borrowing reservation information and/or book returning reservation information, and after receiving the task instruction, the mobile micrographs move to a next docking point according to address information of the task instruction and send the in-place information to the bookers according to contact information of the task instruction.
10. The method of operation as claimed in claim 9, applied to a mobile library system as claimed in any one of claims 4 to 7, the method of operation further comprising the step of returning to: after the mobile micrographs complete all tasks, sending a return instruction to the mobile micrographs through the interactive platform, and after receiving the return instruction, returning to the library and moving to a charging area for charging.
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|---|---|---|---|
| CN202010276383.0A CN111476387A (en) | 2020-04-09 | 2020-04-09 | Mobile library system and working method thereof |
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| CN202010276383.0A CN111476387A (en) | 2020-04-09 | 2020-04-09 | Mobile library system and working method thereof |
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Application publication date: 20200731 |