CN115914554A - Tourist informationized scenic spot information integration system - Google Patents
Tourist informationized scenic spot information integration system Download PDFInfo
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- CN115914554A CN115914554A CN202211083934.7A CN202211083934A CN115914554A CN 115914554 A CN115914554 A CN 115914554A CN 202211083934 A CN202211083934 A CN 202211083934A CN 115914554 A CN115914554 A CN 115914554A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
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Abstract
The invention relates to the technical field of tourist information integration, and discloses a tourist informationized scenic spot information integration system which comprises an internal login unit, an information input system, a monitoring camera system, a flow acquisition module, a behavior management module, a wireless communication module, a scenic spot partition module, a boundary line induction module, a central server, a behavior early warning module, a map planning module, a log recording module and a handheld mobile terminal. The system comprises a handheld mobile terminal, an internal login unit, a scenic spot partition module, a monitoring camera system, a flow acquisition module, a behavior management module, a people information management module, a distribution boundary induction module and a central server, wherein the handheld mobile terminal enters the internal login unit, the scenic spot partition module acquires information of each scenic spot, the monitoring camera system is received by a scenic spot distribution module, the flow acquisition module and the behavior management module gather information of people in a monitored area, the people flow data and dangerous behavior information are arranged in time and screened, the handheld mobile terminal, the central server and the information input system are utilized to share information, a scenic spot information integration system is completed, and information sharing in scenic spots is realized.
Description
Technical Field
The invention relates to the technical field of tourism information integration, in particular to a tourism information scenic spot information integration system.
Background
Tourist attraction is the regional place that uses tourism and its relevant activity as the main function, inside tourist attraction, because the visitor is unfamiliar with the sight spot and the sign of sight spot guides and exists not enoughly, self-service tour often brings more puzzlement for the visitor, and the inside self-service tour terminal of scenic attraction mainly uses fixed self-service terminal as the carrier and uses portable self-service tour guide machine as two kinds of scenic spot tourist service systems of carrier, this two kinds of tourist service systems still exist and are not unified between the visitor, the inconvenient condition of acquisition information, need scenic spot information integration system to further promote the contact with the visitor.
Most adopt portable and fixed guide machine between present information-based scenic spot, it is inconvenient to cross between the information, information can't be shared between the inside and the visitor of scenic spot, can't reach information integration system, the flow of people, danger area can't know in the scenic spot to and the dangerous action staff can't know the very first time appears, inconvenient visitor and scenic spot visit, can't in time avoid the flow of people many and danger area's sight spot, visitor's tourism experience is felt relatively poor.
Disclosure of Invention
Technical problem to be solved
Aiming at the defects of the prior art, the invention provides a tourist informationized scenic spot information integration system which has the advantages of timely avoiding scenic spots with more people flow and dangerous areas, enabling scenic spot information to be transparent and the like, and solves the problems that information cannot be shared between the inside of a scenic spot and tourists, an information integration system cannot be achieved, and people flow and dangerous areas in the scenic spot cannot be known.
(II) technical scheme
In order to achieve the purpose, the invention provides the following technical scheme: tourism informationization scenic spot information integrated system, including inside login unit, information input system, monitoring camera system, flow acquisition module, action management module, wireless communication module, scenic spot subregion module, boundary line response module, central server, action early warning module, map planning module, log record module, handheld mobile terminal, wherein:
the internal login unit mainly comprises a communication connection for the handheld terminal to enter the central processing unit;
the information input system is used for inputting information, pictures and characters of each scenic spot in the scenic region, and is convenient for real-time query;
the monitoring camera system is used for acquiring monitoring videos in a monitoring area of a scenic spot, and arranging and storing the monitoring videos in real time;
the traffic collection module collects the pedestrian traffic of each scenic spot in the scenic area through the monitoring camera system and synchronizes the collected data to the central server;
the behavior management module is used for comparing a dangerous action picture appearing in the monitoring video with a standard dangerous action reference through a monitoring camera system to acquire dangerous behavior information;
the wireless communication module is used for counting and analyzing the data information transmitted by the flow acquisition module and the behavior management module and is used for data communication between the handheld mobile terminal and the central server;
the scenic region partitioning module is used for distributing each scenic spot in the scenic region into a dangerous region and a normal region, is connected with the monitoring camera system, and is distributed with the boundary line induction module in the dangerous region.
The boundary line induction module mainly induces that a target person approaches through the infrared inductor, and transmits approaching information to the central server through the control of the infrared inductor;
the central server is used for information intersection among the modules, receiving the uploaded pedestrian flow data and dangerous behavior action data of each scenic spot, and managing scenic area information;
the behavior early warning module issues acousto-optic early warning instructions and simultaneously transmits position information to workers through the handheld mobile terminal after dangerous behavior acts.
The map planning module plans according to the data acquired by the flow acquisition module, selects the scenic spots with the pedestrian flow smaller than the normal flow and selects the target scenic spots to perform the optimal solution of the route between the scenic spots according to the specific position of the handheld terminal;
the log recording module is used for recording and storing the pedestrian flow of the flow acquisition module, and arranging the pedestrian flow into a linear graph to be fed back to the central server;
the handheld mobile terminal is used for synchronizing and receiving module information on the central server and guiding tourists according to information resources in the scenic spot.
Preferably, the method further comprises the following steps:
102, simultaneously entering a flow acquisition module and a behavior management module through a monitoring camera system to collect personnel information in a monitored area, and timely sorting the personnel flow data and the dangerous behavior information for discrimination, wherein an added boundary induction module is used for preventing personnel from crossing a safe area;
103, transmitting the information to a central server in real time through a wireless communication module; in the daily monitoring process, the central server judges whether the flow of people exceeds a specified value and whether dangerous behaviors exist in personnel;
104, when the pedestrian volume exceeds, the central server selects the optimal scenic spot route planning and feeds back the optimal scenic spot route planning to the handheld mobile terminal through the map planning module, meanwhile, the pedestrian volume data synchronous log recording module is used for storing, when personnel have dangerous behaviors, the central server directly acts on the handheld mobile terminal of the party through the behavior early warning module to send out acousto-optic reminding, and meanwhile, the position information is transmitted to the working personnel to facilitate blocking;
and 105, if no abnormal condition occurs, continuously maintaining the monitoring camera system, ensuring the normal operation of the flow acquisition module, the behavior management module and the boundary line induction module, and sharing information by using the handheld mobile terminal, the central server and the information input system to complete the scenic spot information integration system.
Preferably, the handheld mobile terminal and the monitoring camera system are both internally provided with a GPS positioning module, and the information input system is authorized and approved by a worker through an administrator identity ID.
Preferably, the wireless communication module includes, but is not limited to, one or more of a GPS module, a GPRS module, a bluetooth module, and a WIFI module, and the internal risk reference of the behavior management module includes one of crossing, climbing, chasing, pushing, feeding, passing through a cage, and igniting.
Preferably, the boundary line induction module and the monitoring camera system are distributed around the scenic spot partition module, and the behavior early warning module and the map planning module are connected with the handheld mobile terminal.
(III) advantageous effects
Compared with the prior art, the invention provides a tourist informationized scenic spot information integration system, which has the following beneficial effects:
1. the tourism informationized scenic spot information integration system enters an internal login unit through a handheld mobile terminal, after entering a scenic spot partition module, information of each scenic spot in the scenic spot is acquired, the monitoring camera system is received through a scenic spot distribution module, the flow acquisition module and the behavior management module gather personnel information in a monitored area, people flow data and dangerous behavior information are sorted in time, and a boundary line induction module is distributed, information sharing is carried out by utilizing the handheld mobile terminal, a central server and an information input system, the scenic spot information integration system is completed, and information sharing among people flow, dangerous areas and dangerous behaviors in the scenic spot is realized.
2. This tourist information ization scenic spot information integration system, through wireless communication module with information real-time transmission to central server in, whether come to judge that the flow of people exceeds the specified value and whether personnel have dangerous action, when there is the flow of people to exceed, central server passes through map planning module, select the optimal sight spot circuit to plan and feed back to handheld mobile terminal, simultaneously save people flow data synchronization log record module, and when personnel have dangerous action, can send out reputation warning through action early warning module direct action and the handheld mobile terminal of party, and be convenient for block with positional information transmission to the staff simultaneously, can make things convenient for visitor and scenic spot visit, in time avoid the sight spot that the flow of people is many and danger area, increase better safe tourism and experience for the visitor.
Drawings
FIG. 1 is a schematic structural diagram of a tourist information scenic spot information integration system according to the present invention;
FIG. 2 is a flow diagram of the overall structure of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-2, a tourist informationized scenic spot information integration system includes an internal login unit, an information input system, a monitoring camera system, a traffic collection module, a behavior management module, a wireless communication module, a scenic spot partition module, a boundary line induction module, a central server, a behavior early warning module, a map planning module, a log recording module, and a handheld mobile terminal, wherein:
the internal login unit mainly comprises a communication connection for the handheld terminal to enter the central processor;
the information input system is used for inputting information, pictures and characters of each scenic spot in the scenic region, and is convenient for real-time query;
the monitoring camera system is used for acquiring monitoring videos in a monitoring area of a scenic spot, and arranging and storing the monitoring videos in real time;
the traffic collection module collects the pedestrian traffic of each scenic spot in the scenic area through the monitoring camera system and synchronizes the collected data to the central server;
the behavior management module is used for comparing a dangerous action picture appearing in the monitoring video with a standard dangerous action reference through the monitoring camera system to acquire dangerous behavior information;
the wireless communication module is used for counting and analyzing the data information transmitted by the flow acquisition module and the behavior management module and is used for data communication between the handheld mobile terminal and the central server;
the scenic region partitioning module is used for distributing each scenic spot in the scenic region into a dangerous region and a normal region, the dangerous region and the normal region are both connected with the monitoring camera system, and the boundary line induction module is distributed in the dangerous region.
The boundary line induction module mainly induces that a target person approaches through the infrared inductor, and transmits approaching information to the central server through the control of the infrared inductor;
the central server is used for information intersection among the modules, receiving the uploaded pedestrian flow data and dangerous behavior action data of the scenic spots and managing scenic area information;
the behavior early warning module issues an acousto-optic early warning instruction and simultaneously transmits the position information to the staff through the handheld mobile terminal after dangerous behavior acts.
The map planning module plans according to the data acquired by the flow acquisition module, selects the scenic spots with the pedestrian flow smaller than the normal flow and selects the target scenic spots to perform the optimal solution of the route between the scenic spots according to the specific position of the handheld terminal;
the log recording module is used for recording and storing the pedestrian flow of the flow acquisition module, and arranging the pedestrian flow into a linear graph to be fed back to the central server;
the handheld mobile terminal is used for synchronizing and receiving module information on the central server and guiding tourists according to information resources in the scenic spot.
Wherein, still include the following step:
103, transmitting the information to a central server in real time through a wireless communication module; in the daily monitoring process, the central server judges whether the flow of people exceeds a specified value and whether dangerous behaviors exist in personnel;
104, when the pedestrian volume exceeds, the central server selects the optimal scenic spot route planning and feeds back the optimal scenic spot route planning to the handheld mobile terminal through the map planning module, meanwhile, the pedestrian volume data synchronous log recording module is used for storing, when personnel have dangerous behaviors, the central server directly acts on the handheld mobile terminal of the party through the behavior early warning module to send out acousto-optic reminding, and meanwhile, the position information is transmitted to the working personnel to facilitate blocking;
and 105, if no abnormal condition occurs, continuously maintaining the monitoring camera system, ensuring the normal operation of the flow acquisition module, the behavior management module and the boundary line induction module, and sharing information by using the handheld mobile terminal, the central server and the information input system to complete the scenic spot information integration system.
The handheld mobile terminal and the monitoring camera system are internally provided with GPS positioning modules, and the information input system is authorized by a worker through an administrator Identity (ID).
Wherein, wireless communication module includes but not only is limited to one or more in GPS module, GPRS module, bluetooth module and WIFI module, and the inside dangerous reference of action management module includes strideing, climbing, chasing after, pushing, feed and eat, crosses cage and ignition one of them.
The boundary line induction module and the monitoring camera system are distributed around the scenic region partition module, and the behavior early warning module and the map planning module are connected with the handheld mobile terminal.
When the system is used, workers input information of all scenic spots in a scenic spot in advance, visitors enter an internal login unit through a handheld mobile terminal after entering the scenic spots, the information of all the scenic spots in the scenic spots is obtained after entering a scenic spot partitioning module, the flow of people of all the scenic spots is inquired through a monitoring camera system received by a scenic spot distribution module, meanwhile, the flow acquisition module and a behavior management module are used for summarizing personnel information in a monitored area through the monitoring camera system, people flow data and dangerous behavior information are timely sorted, the scenic spots in the scenic spot are distributed into a dangerous area and a normal area and are all connected with the monitoring camera system, boundary line induction modules are distributed in the dangerous area and are used for preventing the personnel from crossing a safe area, the information is transmitted to a central server in real time through a wireless communication module to judge whether the flow of the personnel exceeds a specified value and whether dangerous behavior exists in the scenic spot, when the flow of the personnel exceeds the specified value, the central server passes through a map planning module, the central server selects an optimal scenic spot line to plan and feed back the optimal scenic spot line to the handheld mobile terminal, the central server simultaneously performs work flow management module and the normal operation of the monitoring camera system to prompt the personnel to perform the normal flow management module and to use the central log to perform the normal operation of the monitoring camera system, and to ensure that the flow management module if the flow management module.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (5)
1. Tourism informatization scenic spot information integration system, its characterized in that: including inside login unit, information input system, surveillance camera system, flow acquisition module, action management module, wireless communication module, scenic spot subregion module, boundary line response module, central server, action early warning module, map planning module, log record module, handheld mobile terminal, wherein:
the internal login unit mainly comprises a communication connection for the handheld terminal to enter the central processing unit;
the information input system is used for inputting information, pictures and characters of each scenic spot in the scenic region, and is convenient for real-time query;
the monitoring camera system is used for acquiring monitoring videos in a monitoring area of a scenic spot, and arranging and storing the monitoring videos in real time;
the traffic acquisition module acquires the pedestrian traffic of each scenic spot in the scenic area through the monitoring camera system and synchronizes the acquired data to the central server;
the behavior management module is used for comparing a dangerous action picture appearing in the monitoring video with a standard dangerous action reference through a monitoring camera system to acquire dangerous behavior information;
the wireless communication module is used for counting and analyzing the data information transmitted by the flow acquisition module and the behavior management module and is used for data communication between the handheld mobile terminal and the central server;
the scenic spot partitioning module is used for distributing each scenic spot in the scenic spot into a dangerous area and a normal area, the dangerous area and the normal area are both connected with the monitoring camera system, and the boundary line induction module is distributed in the dangerous area.
The boundary line induction module mainly induces that a target person approaches through the infrared inductor, and transmits approaching information to the central server through the control of the infrared inductor;
the central server is used for information intersection among the modules, receiving the uploaded pedestrian flow data and dangerous behavior action data of each scenic spot, and managing scenic area information;
the behavior early warning module issues acousto-optic early warning instructions and simultaneously transmits position information to workers together through the handheld mobile terminal after dangerous behavior acts.
The map planning module plans according to the data acquired by the flow acquisition module, selects the scenic spots with the pedestrian flow smaller than the normal flow and selects the target scenic spots to perform the optimal solution of the route between the scenic spots according to the specific position of the handheld terminal;
the log recording module is used for recording and storing the pedestrian flow of the flow acquisition module, arranging the pedestrian flow into a linear graph and feeding the linear graph back to the central server;
the handheld mobile terminal is used for synchronizing and receiving module information on the central server and guiding tourists according to information resources in the scenic spot.
2. The travel informatization scenic spot information integration system of claim 1, characterized in that: further comprising the steps of:
step 101, inputting information of each scenic spot in a scenic spot in advance by a worker, entering a login unit through a handheld mobile terminal after a tourist enters the scenic spot, obtaining information of each scenic spot in the scenic spot after entering a scenic spot partitioning module, and inquiring the flow of people of each scenic spot through a monitoring camera system received by a scenic spot distribution module;
102, simultaneously entering a flow acquisition module and a behavior management module through a monitoring camera system to collect personnel information in a monitored area, and timely sorting the personnel flow data and the dangerous behavior information for discrimination, wherein an added boundary induction module is used for preventing personnel from crossing a safe area;
103, transmitting the information to a central server in real time through a wireless communication module; in the daily monitoring process, the central server judges whether the flow of people exceeds a specified value and whether dangerous behaviors exist in personnel;
104, when the pedestrian volume exceeds, the central server selects the optimal scenic spot route planning and feeds back the optimal scenic spot route planning to the handheld mobile terminal through the map planning module, meanwhile, the pedestrian volume data synchronous log recording module is used for storing, when personnel have dangerous behaviors, the central server directly acts on the handheld mobile terminal of the party through the behavior early warning module to send out acousto-optic reminding, and meanwhile, the position information is transmitted to the working personnel to facilitate blocking;
and 105, if no abnormal condition occurs, continuously maintaining the monitoring camera system, ensuring the normal operation of the flow acquisition module, the behavior management module and the boundary line induction module, and sharing information by using the handheld mobile terminal, the central server and the information input system to complete the scenic spot information integration system.
3. The travel informatization scenic spot information integration system according to claim 1, characterized in that: the handheld mobile terminal and the monitoring camera system are internally provided with GPS positioning modules, and the information input system is authorized by a worker through an administrator Identity (ID).
4. The travel informatization scenic spot information integration system according to claim 1, characterized in that: the wireless communication module comprises one or more of a GPS module, a GPRS module, a Bluetooth module and a WIFI module, and the internal dangerous reference of the behavior management module comprises one of crossing, climbing, chasing, pushing, feeding, cage passing and ignition.
5. The travel informatization scenic spot information integration system of claim 1, characterized in that: the boundary line induction module and the monitoring camera system are distributed around the scenic spot partition module, and the behavior early warning module and the map planning module are connected with the handheld mobile terminal.
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| CN202211083934.7A CN115914554A (en) | 2022-09-06 | 2022-09-06 | Tourist informationized scenic spot information integration system |
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| CN202211083934.7A CN115914554A (en) | 2022-09-06 | 2022-09-06 | Tourist informationized scenic spot information integration system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116311076A (en) * | 2023-04-07 | 2023-06-23 | 北京甲板智慧科技有限公司 | Park safety control system and method based on artificial intelligence |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116311076A (en) * | 2023-04-07 | 2023-06-23 | 北京甲板智慧科技有限公司 | Park safety control system and method based on artificial intelligence |
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