CN111241942A - Tourism signboard indicating system and method - Google Patents
Tourism signboard indicating system and method Download PDFInfo
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- CN111241942A CN111241942A CN201911415454.4A CN201911415454A CN111241942A CN 111241942 A CN111241942 A CN 111241942A CN 201911415454 A CN201911415454 A CN 201911415454A CN 111241942 A CN111241942 A CN 111241942A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V20/00—Scenes; Scene-specific elements
- G06V20/50—Context or environment of the image
- G06V20/52—Surveillance or monitoring of activities, e.g. for recognising suspicious objects
- G06V20/53—Recognition of crowd images, e.g. recognition of crowd congestion
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- G—PHYSICS
- G07—CHECKING-DEVICES
- 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
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F11/00—Indicating arrangements for variable information in which the complete information is permanently attached to a movable support which brings it to the display position
Abstract
The invention relates to a travel signboard indicating system and a method, which comprises a general signboard service end, a client terminal and a plurality of signboard distributing terminals, wherein the client terminal is wirelessly connected with the general signboard service end; the card distributing terminal acquires the flow of people in charge of coming in and going out of the scenic spot and calculates the number of people in the scenic spot; the total card server side obtains the pedestrian volume in the scenic spot calculated by each card distributing terminal, and sorts the obtained pedestrian volume from multiple to multiple; and the client terminal acquires the traffic data of each scenic spot sequenced by the main board server. The invention has the effect of improving the comfort of the tourists during playing.
Description
Technical Field
The invention relates to the technical field of travel signboard, in particular to a travel signboard indicating system and a travel signboard indicating method.
Background
The prior tourist signboard is a Chinese utility model patent with the publication number of CN207714181U, and discloses a tourist attraction road signboard, which comprises a stand column, wherein the stand column is provided with an indicating plate, the indicating plate is provided with a mark, and the periphery of the indicating plate is provided with an LED color decorative lamp; the top end of the upright post is provided with a solar cell panel which is umbrella-shaped; be equipped with the cavity in the stand, be equipped with controller and battery in the cavity, solar cell panel passes through the controller and is connected with the battery, and the battery is connected with the various decorations lamp of LED, is equipped with the door on the chamber wall of controller and battery position.
The above prior art solutions have the following drawbacks: all can set up more tourist attraction in the scenic spot, the entry of every tourist attraction can set up corresponding signboard, and the traffic of people that general every tourist attraction visited all is different, to the visitor, generally do not want to go the more tourist attraction of traffic of people earlier and play, when using above-mentioned signboard, only be used for guiding the visitor to enter into corresponding sight spot, can't count the inside traffic of people of each sight spot, in case the visitor enters into when playing in the more sight of traffic of people, can avoid producing the mood of complaining, lead to visitor's travelling comfort and reduce.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a travel signboard indicating method which has the advantage of improving the comfort of tourists during playing.
The above object of the present invention is achieved by the following technical solutions: a travel signboard indicating method comprises a main signboard server, a client terminal and a plurality of signboard distributing terminals, wherein the client terminal is wirelessly connected with the main signboard server; the card distributing terminal acquires the flow of people in charge of coming in and going out of the scenic spot and calculates the number of people in the scenic spot; the total card server side obtains the pedestrian volume in the scenic spot calculated by each card distributing terminal, and sorts the obtained pedestrian volume from multiple to multiple; and the client terminal acquires the traffic data of each scenic spot sequenced by the main board server.
Through adopting above-mentioned technical scheme, the branch tablet terminal that each sight spot is responsible can be according to getting into the sight spot and calculating the inside traffic of the sight spot from the number of people that the sight spot comes out, total tablet server side acquires the inside traffic of the corresponding sight spot data of every branch tablet terminal real-time statistics and sequences the back, make visitor accessible client terminal learn each sight spot traffic of people data, so that the customer selects the sight spot of playing, and then reducible visitor enters into in the sight spot that the traffic of people is big, be favorable to improving the travelling comfort when the visitor plays.
The present invention in a preferred example may be further configured to: further comprising:
presetting a pedestrian volume threshold value inside each scenic spot for which the card distribution terminal is responsible;
screening the scenic spots with the pedestrian flow exceeding the pedestrian flow threshold one by one;
the method comprises the steps that a card distribution terminal corresponding to a screened scenic spot obtains people flow data exceeding a people flow threshold, and the number of people coming out of the scenic spot in unit time is calculated to obtain the current accessible time of the corresponding scenic spot;
the total card server side obtains the current entering time of the scenic spots which are calculated by each card distributing terminal and correspond to the scenic spots exceeding the pedestrian volume threshold;
and when the client terminal selects the scenic spots exceeding the pedestrian volume threshold, the total card server transmits corresponding entry time.
By adopting the technical scheme, for each scenic spot, the number of people entering the scenic spot is limited by setting the internal pedestrian flow threshold value for reducing internal congestion, when the pedestrian flow in the scenic spot exceeds the pedestrian flow threshold value, the corresponding scenic spot is screened out, the time that the corresponding scenic spot can enter according to the number of people coming in and going out of the scenic spot in unit time and the number of people currently exceeding the pedestrian flow threshold value part is calculated by the card distributing terminal, once the tourist selects the scenic spot of which the number of people exceeds the pedestrian flow threshold value to go through the client terminal, the tourist can be reminded of entering the time of the corresponding scenic spot, and the good sensitivity of the tourist on scenic spot service can be improved.
The present invention in a preferred example may be further configured to: further comprising:
the card distribution terminal records the time from the starting time point when the corresponding scenic spot exceeds the internal pedestrian volume threshold value to the ending time point when the corresponding scenic spot is lower than the internal pedestrian volume threshold value every day;
the main card server side obtains a start time point and an end time point recorded by the card distributing terminal every day, establishes an image by taking every day time as a horizontal axis and corresponding to the traffic of the scenic spots as a vertical axis and marks corresponding traffic thresholds with one week as a reference;
when the client terminal selects the scenic spots exceeding the pedestrian volume threshold, the total card server transmits corresponding entry time and transmits image information of the selected time points according to the selected time points.
By adopting the technical scheme, when the tourist checks the scenic spot which the tourist wants to go through the client terminal, the total card server side provides the tourist with the image of the scenic spot checked at the current time according to the established image information so that the tourist can more clearly know the flow condition of the persons in the scenic spot checked at the current time point and the time which the tourist can enter.
The present invention in a preferred example may be further configured to: further comprising:
the client terminal presets the time and the number of people entering the corresponding scenic spots according to the image information transmitted by the main board server;
the general card server side obtains the time and the number of people preset by the client terminal and transmits the time and the number of people to the card distributing terminal of the preset scenic spot;
and the card distributing terminal acquires the number of persons who increase the preset number when the person flow in the scenic spot is in charge at the preset time.
By adopting the technical scheme, when a client wants to enter the checked or selected scenic spot but does not want to queue, the client terminal can reserve the entering time and the number of people, and the card distribution terminal corresponding to the scenic spot can reserve the number of the preset number of people entering the scenic spot at the preset time according to the reserved time and the number of people.
The present invention in a preferred example may be further configured to: further comprising:
the main board server side acquires information of each scenic spot which is responsible for each sub-board terminal, collects related types of scenic spots and establishes a related scenic spot database;
when the client terminal selects the scenic spots exceeding the traffic threshold, the total card server transmits corresponding entry time and extracts the scenic spots related to the scenic spots selected by the client terminal from the related scenic spot database for pushing.
By adopting the technical scheme, when the flow of the persons in the scenic spots selected by the tourists through the client terminal exceeds the flow threshold value, the total server can push the related scenic spots for the tourists to select, so that the selection of the tourists is increased, and the good feeling of the tourists is further improved.
The present invention in a preferred example may be further configured to: further comprising:
when the total card server side extracts the scenic spots related to the scenic spot selected by the client terminal, the corresponding entry time of the related scenic spots is sorted from small to large and then pushed for the related scenic spots exceeding the pedestrian volume threshold.
By adopting the technical scheme, when the pushed related scenic spots have scenic spots exceeding the pedestrian volume threshold, the total card server can perform time sequencing which can be entered so as to reduce the waiting time of tourists.
Aiming at the defects in the prior art, the invention provides a tourist signboard indicating system which has the advantage of improving the comfort of tourists during playing.
The above object of the present invention is achieved by the following technical solutions: a travel signboard indicating system comprises a main signboard service end, a client terminal and a plurality of signboard distributing terminals, wherein the client terminal is wirelessly connected with the main signboard service end; further comprising: the people flow rate counting module is arranged in the card distributing terminal and used for counting the people flow rate entering the scenic spot and the people flow rate leaving the scenic spot so as to calculate the people flow rate of the scenic spot in real time; the sequencing module is arranged in the general board server, is wirelessly connected with the people flow counting module and sequences the people flow data of each scenic spot from multiple to multiple; and the client terminal acquires the people flow data of each scenic spot after being sequenced by the sequencing module.
Through adopting above-mentioned technical scheme, the inside flow of people of sight spot can be calculated according to the number of people that gets into the sight spot and come out from the sight spot to the flow of people statistical module, the inside flow of people data of corresponding sight spot of the real-time statistics of flow of people statistical module of sequencing module for each sight spot flow of people data is learnt at visitor accessible client terminal, so that the customer selects the sight spot of playing, and then reducible visitor gets into in the sight spot that the flow of people is big, be favorable to improving the travelling comfort when visitor plays.
The present invention in a preferred example may be further configured to: further comprising:
the people flow threshold module is arranged in the card distribution terminal and stores a threshold value which can accommodate people flow in the corresponding scenic spot;
the screening module is arranged in the main board server, is wirelessly connected with the people flow rate counting module and screens out scenic spots with the number of people in the scenic spots larger than the people flow rate threshold value;
the recording module is arranged in the card distributing terminal, is wirelessly connected with the screening module and records the number of people walking out of the scenic spots in unit time in the scenic spots, the number of people being greater than the traffic threshold value;
and the calculating module is arranged in the head board service end, is in wireless connection with the recording module, and calculates the accessible time of the corresponding scenic spot according to the number of people walking out of the scenic spot in unit time and the number of people exceeding the pedestrian flow threshold.
Through adopting above-mentioned technical scheme, through setting up flow threshold value module, when the flow of people surpassed the flow of people threshold value in the sight spot of flow of people statistics module statistics, filter through the screening module, the number of people that the record module record was come out from the sight spot and the current number of people that surpassed flow threshold value part calculates, and calculate the time that corresponding sight spot can get into according to the number of people that surpasses at present through the calculation module, in case the visitor passes through customer end and chooses that the number of people that wants to go to when the sight spot that surpasses the flow of people threshold value, can remind the visitor to get into the time that corresponds the sight spot, and then can improve visitor's good sensitivity to the scenic spot service.
The present invention in a preferred example may be further configured to: further comprising:
the threshold registration module is arranged in the card distribution terminal, is wirelessly connected with the recording module and registers the starting time point of each scenic spot exceeding the internal pedestrian volume threshold value to the ending time point of each scenic spot being lower than the internal pedestrian volume threshold value every day;
and the image registration module is arranged in the main board service end, is wirelessly connected with the threshold registration module, establishes time per day as a horizontal axis and a corresponding pedestrian volume inside the scenic spot as a vertical axis on the basis of one week, and marks images corresponding to the pedestrian volume threshold.
By adopting the technical scheme, when the tourist checks the scenic spot which the tourist wants to go through the client terminal, the tourist can know the entering time image of the scenic spot checked at the current time according to the image information established by the image registration module, so that the tourist can more clearly know the flow condition of the persons in the scenic spot checked at the current time point and the entering time.
The present invention in a preferred example may be further configured to: further comprising:
the selection module is arranged at the client terminal and used for the tourists to select the scenic spots for visiting;
the database module is arranged in the general board server and stores a related scenery spot database belonging to related types of scenery spots;
the pushing module is arranged in the general board server, is wirelessly connected with the selection module and selects scenic spots belonging to related types with the scenic spots selected by the tourists from the related scenic spot database to push when the number of the tourists selects the scenic spots with the interior number greater than the pedestrian volume threshold;
and the sequencing module sequences the corresponding entry time of the related scenic spots from small to large in the related scenic spots pushed by the pushing module and then pushes the related scenic spots exceeding the number threshold.
By adopting the technical scheme, when the flow of the persons in the scenic spots selected by the tourists through the client terminal exceeds the flow threshold value, the pushing module can push the related scenic spots for the tourists to select, so that the selection of the tourists is increased, and the good feeling of the tourists is further improved.
In summary, the invention includes at least one of the following beneficial technical effects:
the inside flow of people of sight spot is calculated to the branch tablet terminal, and total tablet server side acquires every branch tablet terminal and makes statistics of flow of people data in real time and sequences, and each sight spot flow of people data is learnt through client terminal to the visitor selects the sight spot of playing, and then reducible visitor enters into the sight spot that the flow of people is big, is favorable to improving the travelling comfort when the visitor plays.
Drawings
Fig. 1 is a schematic diagram of a first embodiment of the present invention.
Fig. 2 is a schematic diagram of a second principle of the first embodiment of the present invention.
Fig. 3 is a schematic diagram of a third principle of the first embodiment of the present invention.
Fig. 4 is a schematic diagram of a fourth principle of the first embodiment of the present invention.
Fig. 5 is a schematic diagram of a first embodiment of the present invention.
Fig. 6 is a schematic diagram of a second embodiment of the present invention.
In the figure, 1, a main card server; 2. a client terminal; 3. a card distributing terminal; 4. a people flow rate statistic module; 5. a sorting module; 6. a people flow threshold module; 7. a screening module; 8. a recording module; 9. a calculation module; 10. a threshold registration module; 11. an image registration module; 12. a selection module; 13. a database module; 14. a database of related attractions; 15. and a pushing module.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
The first embodiment is as follows:
referring to fig. 1, the method for indicating a travel signboard disclosed by the invention comprises a main signboard service end, a client terminal wirelessly connected to the main signboard service end and a plurality of signboard distributing terminals responsible for indicating the traffic of each scenic spot.
In this embodiment, the total signboard service end is preferably a total signboard which is set in the scenic spot visitor service center and used for indicating each scenic spot of the whole scenic spot and setting a large-scale computer for data storage and processing; the client terminal is preferably an APP which is installed in a mobile phone of the tourist and used for displaying the conditions of each scenic spot in the scenic area, and the tourist can download and install the APP by means of scanning two-dimensional codes and the like; the card distribution terminal is preferably a signboard which is arranged at the gate of each sight spot in the scenic spot and is used for explaining the relevant sight spot information so as to be known by the tourists.
The invention also includes:
and step S1, the card distribution terminal acquires the flow of people in charge of coming and going of the scenic spot and calculates the number of people in the scenic spot.
In this embodiment, before the scenic spot is opened, the number of people in the scenic spot is zero, and after the scenic spot is opened, the tourists start to sequentially come in and go out of the scenic spot, in this process, the number of people entering the scenic spot is detected by the card-distributing terminal and is increased from zero, and the number of people coming out of the scenic spot is subtracted from the increased number of people until the scenic spot is closed, and the number of people counted in the card-distributing terminal is changed to zero again.
And step S2, the total card server side obtains the pedestrian volume in the scenic spot calculated by each card-distributing terminal, and sorts the obtained pedestrian volume from multiple to multiple.
In this embodiment, the number of people in the scenic spot for which the real-time statistics is responsible is transmitted to the main board server through wireless by the card distribution terminal, and the real-time data of the number of people in each scenic spot is sorted by the main board server.
And step S3, the client terminal acquires the people flow data of each scenic spot after being sequenced by the main board server.
In this embodiment, the visitor opens the downloaded APP, and can know the number of people and the number of people change of each scenic spot, so that the visitor can select the scenic spot to visit.
Referring to fig. 2, further, the present invention further includes:
and step S4, presetting the traffic threshold value inside each scenic spot for which the card splitting terminal is responsible.
And step S5, screening the scenic spots with the pedestrian volume exceeding the pedestrian volume threshold value one by one.
In this embodiment, in the process of screening a scenic spot with a pedestrian volume exceeding the pedestrian volume threshold, the number of people inside the scenic spot detected by the tile distribution terminal is screened, and in the screening process, the people need to be screened as long as the pedestrian volume inside the corresponding scenic spot exceeds the pedestrian volume threshold, for example, the pedestrian volume inside a certain scenic spot is lower than the pedestrian volume threshold in 9 o 'clock, 20 o' clock, 11 s, and the pedestrian volume inside the scenic spot exceeds the pedestrian volume threshold in 9 o 'clock, 20 o' clock, 12 s, then the scenic spot needs to be screened.
And step S6, the selected scenic spot corresponds to the sub-board terminal to obtain the people flow data exceeding the people flow threshold, and the number of people coming out from the scenic spot in unit time is calculated to obtain the current entering time of the corresponding scenic spot.
In this embodiment, when the number of visitors in the selected scenic spot exceeds the pedestrian volume threshold, the visitors who need to enter the scenic spot need to wait in line, and the card-distribution terminal can acquire the pedestrian volume data of waiting at this moment, and the unit time in this embodiment can use 1 minute, half minute or half hour as the benchmark, in the unit time, the card-distribution terminal calculates the speed at which the tourists in the scenic spot finish the tour by detecting the number of visitors coming out from the scenic spot, and then can start to calculate with the current time point, and obtain the time at which the people waiting can enter the scenic spot.
And step S7, the total card server side obtains the current entrance time of the scenic spot which is calculated by each card distributing terminal and corresponds to the traffic flow threshold value.
And step S8, when the client terminal selects the scenic spots exceeding the traffic threshold, the total card server transmits corresponding entry time.
In the embodiment, the client terminal has a function for the tourists to select, when the tourists are interested in a certain scenic spot in the scenic spot, the scenic spot can be selected through the APP, if the scenic spot with the number of the tourists in the inside exceeding the pedestrian volume threshold is selected, the time of entering the scenic spot from the current time in the APP can be obtained, in the process of going to the selected scenic spot, the situation that the number of the tourists in line is increased or the number of the tourists in line is possibly caused, and the time of entering the selected scenic spot can be updated in real time by the client terminal and is displayed through the APP; if the number of the visitors in the scenic spot is lower than the traffic threshold, the number of the visitors in the scenic spot can be known from the APP at the current time.
Referring to fig. 3 and 4, in step S6, the visitor flow rate and the time available for the visitor to enter the attraction at the current time point can be known more clearly, and the time available for the visitor to enter the attraction can be reserved.
The method specifically comprises the following steps:
and step S61, the card distribution terminal records the starting time point of the corresponding scenic spot exceeding the internal traffic threshold value to the ending time point of the corresponding scenic spot lower than the internal traffic threshold value every day.
In the embodiment, when the number of people in the scenic spot exceeds the people flow threshold, the corresponding time point is recorded by the signboard terminal, the accuracy is up to second, and from the time point until the number of people in the scenic spot is again lower than the people flow threshold, the time point lower than the people flow threshold is recorded; in the process, the change from the number of people inside the same scenic spot exceeding the human flow threshold value to the number of people below the human flow threshold value, which may occur many times a day, needs to be recorded, and in the process, the change time is not less than 1 minute, for example, the number of people inside the scenic spot exceeding the human flow threshold value is 9 points 29 minutes 11 seconds, the number of people inside the scenic spot is below the human flow threshold value at 9 points 30 minutes 11 seconds, the time period needs to be recorded, and the number of people inside the scenic spot is below the human flow threshold value before 9 points 30 minutes 11 seconds, so that the time period does not need to be recorded.
And step S62, the main card server side obtains the start time point and the end time point recorded by the card distribution terminal every day, establishes an image with the time of each day as a horizontal axis and the traffic of the interior of the scenic spot as a vertical axis and marks the threshold value of the traffic of the interior of the scenic spot on the basis of one week.
The week standard mentioned in this embodiment is normal statistics of the time of a week excluding holidays such as five-one and national celebration, and each sight spot needs to be recorded with an image every day.
And step S63, when the client terminal selects the scenic spots exceeding the traffic threshold, the total card server transmits the corresponding entry time and transmits the image information of the selected time points according to the selected time points.
In this embodiment, when the visitor selects that the number of people in the scenic spot that the visitor wants to go exceeds the traffic threshold value through the client terminal, the client terminal records the selected time point, the time point at the general board service end is an object, and the image of the time period from when the number of people in the scenic spot at the selected time point exceeds the traffic threshold value to when the number of people in the scenic spot is lower than the traffic threshold value is transmitted to the client terminal so that the visitor can know the time that the visitor can enter the scenic spot after the time.
And step S64, the client terminal presets the time and the number of people entering the corresponding scenic spots according to the image information transmitted by the main board server.
In this embodiment, in order to ensure that the guest enters the scenic spot at the time when the guest can enter the selected scenic spot, the guest can reserve the time and the number of people who can enter the scenic spot through the client terminal.
And step S65, the main card server side obtains the time and the number of people preset by the client terminal and transmits the time and the number of people to the card distribution terminal of the preset scenic spot.
And step S66, the card distributing terminal increases the preset number of people when obtaining the flow of people in the responsible scenic spot in the preset time.
In this embodiment, after the number of people who can enter the scenic spot is obtained by the card distribution terminal of the scenic spot selected by the tourist, the number of people can be counted at the time point when the tourist can enter the scenic spot, and the number of people who can enter the scenic spot is automatically increased, so that the tourist who can enter the scenic spot even if the number of people in the scenic spot exceeds the traffic threshold value at the reserved time after the tourist arrives at the entrance of the scenic spot.
Referring to fig. 5, in step S8, if the number of persons in the attraction selected by the guest exceeds the traffic threshold, the waiting time of the guest is reduced to increase the guest selection space.
Still specifically include:
and step S81, the main board server acquires the information of each sight spot which is responsible for each sub board terminal, integrates the relevant types of sight spots, and establishes a relevant sight spot database.
In this embodiment, the related kinds of scenic spots are all scenic spots that need to climb mountains, all scenic spots that play water, all scenic spots that enjoy plants, and the like.
And step S82, when the client terminal selects the scenic spot exceeding the traffic threshold, the total card server transmits the corresponding entry time and extracts the scenic spot related to the scenic spot selected by the client terminal from the related scenic spot database for pushing.
In this embodiment, when the relevant scenic spots are selected for pushing, all the scenic spots except for the selected scenic spots in the relevant database may be pushed.
And step S83, when the total board server side extracts the scenic spots related to the scenic spot selected by the client terminal, the corresponding entry time of the related scenic spots exceeding the traffic threshold is sorted from small to large and then pushed.
In the pushed scenic spots, there are scenic spots with the same number of people inside exceeding the traffic threshold, and at this time, the times of the scenic spots with the number of people inside exceeding the traffic threshold after the selected time point can be sorted for the tourists to select.
Example two:
referring to fig. 6, the travel signboard indicating system includes a main signboard service end 1, a client terminal 2 wirelessly connected to the main signboard service end 1, and a plurality of signboard distributing terminals 3 responsible for traffic indication of each scenic spot.
The total signboard service end 1 is preferably a total signboard which is arranged in a scenic spot tourist service center and used for indicating each scenic spot of the whole scenic spot and arranging a large computer for data storage and processing; the client terminal 2 is preferably an APP which is installed in a visitor mobile phone and used for displaying the conditions of each scenic spot in the scenic area, and the visitor can download and install the APP in a two-dimensional code scanning mode and the like; the card distribution terminal 3 is preferably a signboard which is arranged at the gate of each sight in the scenic spot and interprets the relevant sight information for the tourists to know.
A people flow rate counting module 4 is arranged in each card distributing terminal 3 and is used for counting the people flow rate entering the scenic spots and the people flow rate leaving the scenic spots so as to calculate the people flow rate of the scenic spots in real time; a sorting module 5 is arranged in the general board server 1, the sorting module 5 is wirelessly connected with the people flow rate statistic module 4, and sorts the people flow rate data in each scenic spot calculated by the people flow rate statistic module 4 from top to bottom; the client terminal 2 obtains the traffic data of each scenic spot after being sequenced by the sequencing module 5.
Further, a people flow threshold module 6 and a recording module 8 are arranged in the card distributing terminal 3, and a screening module 7 and a calculating module 9 are arranged in the general service end; the pedestrian volume threshold module 6 is internally stored with a receivable pedestrian volume threshold in the corresponding scenic spot; the screening module 7 is wirelessly connected with the people flow rate counting module 4 and screens the scenic spots with the number of people in the scenic spots larger than the people flow rate threshold value; the recording module 8 is wirelessly connected with the screening module 7 and records the number of people walking out of the scenic spots in unit time in the scenic spots with the screened interior number of people being greater than the traffic threshold; the calculation module 9 is wirelessly connected to the recording module 8, and calculates the time that the corresponding scenic spot can enter according to the number of people walking out of the scenic spot in unit time and the number of people exceeding the pedestrian volume threshold.
Further, a threshold value registration module 10 is arranged in the card distribution terminal 3, and an image registration module 11 is arranged in the general service end; the threshold registration module 10 is wirelessly connected to the recording module 8 and registers the starting time point of each scenic spot exceeding the internal pedestrian volume threshold value to the ending time point of each scenic spot being lower than the internal pedestrian volume threshold value every day; the image registration module 11 is wirelessly connected to the threshold registration module 10 and establishes an image with time per day as a horizontal axis and corresponding to the pedestrian volume inside the scenic spot as a vertical axis based on one week and marks a corresponding pedestrian volume threshold.
Further, a selection module 12 is arranged in the client terminal 2, and a database module 13 and a push module 15 are also arranged in the main server; the selection module 12 is used for the tourists to select the scenic spots for the tourists to visit; a related scenery spot database 14 belonging to a related type scenery spot is stored in the database module 13; the pushing module 15 is wirelessly connected to the selecting module 12 and selects the scenic spots belonging to the related categories with the scenic spots selected by the tourists from the related scenic spot database 14 to push when the number of the tourists selects the scenic spots with the interior number greater than the pedestrian volume threshold; the sorting module 5 sorts the corresponding entry time of the related scenic spots from small to large among the related scenic spots pushed by the pushing module 15.
The embodiments of the present invention are preferred embodiments of the present invention, and the scope of the present invention is not limited by these embodiments, so: all equivalent changes made according to the structure, shape and principle of the invention are covered by the protection scope of the invention.
Claims (10)
1. A travel signboard indicating method is characterized in that: the card distribution system comprises a general card server, a client terminal and a plurality of card distribution terminals, wherein the client terminal is wirelessly connected with the general card server;
the card distributing terminal acquires the flow of people in charge of coming in and going out of the scenic spot and calculates the number of people in the scenic spot;
the total card server side obtains the pedestrian volume in the scenic spot calculated by each card distributing terminal, and sorts the obtained pedestrian volume from multiple to multiple;
and the client terminal acquires the traffic data of each scenic spot sequenced by the main board server.
2. The travel signboard indicating method according to claim 1, wherein: further comprising:
presetting a pedestrian volume threshold value inside each scenic spot for which the card distribution terminal is responsible;
screening the scenic spots with the pedestrian flow exceeding the pedestrian flow threshold one by one;
the method comprises the steps that a card distribution terminal corresponding to a screened scenic spot obtains people flow data exceeding a people flow threshold, and the number of people coming out of the scenic spot in unit time is calculated to obtain the current accessible time of the corresponding scenic spot;
the total card server side obtains the current entering time of the scenic spots which are calculated by each card distributing terminal and correspond to the scenic spots exceeding the pedestrian volume threshold;
and when the client terminal selects the scenic spots exceeding the pedestrian volume threshold, the total card server transmits corresponding entry time.
3. The travel signboard indicating method according to claim 2, wherein: further comprising:
the card distribution terminal records the time from the starting time point when the corresponding scenic spot exceeds the internal pedestrian volume threshold value to the ending time point when the corresponding scenic spot is lower than the internal pedestrian volume threshold value every day;
the main card server side obtains a start time point and an end time point recorded by the card distributing terminal every day, establishes an image by taking every day time as a horizontal axis and corresponding to the traffic of the scenic spots as a vertical axis and marks corresponding traffic thresholds with one week as a reference;
when the client terminal selects the scenic spots exceeding the pedestrian volume threshold, the total card server transmits corresponding entry time and transmits image information of the selected time points according to the selected time points.
4. The travel signboard indicating method according to claim 3, wherein: further comprising:
the client terminal presets the time and the number of people entering the corresponding scenic spots according to the image information transmitted by the main board server;
the general card server side obtains the time and the number of people preset by the client terminal and transmits the time and the number of people to the card distributing terminal of the preset scenic spot;
and the card distributing terminal acquires the number of persons who increase the preset number when the person flow in the scenic spot is in charge at the preset time.
5. The travel signboard indicating method according to claim 2, wherein: further comprising:
the main board server side acquires information of each scenic spot which is responsible for each sub-board terminal, collects related types of scenic spots and establishes a related scenic spot database;
when the client terminal selects the scenic spots exceeding the traffic threshold, the total card server transmits corresponding entry time and extracts the scenic spots related to the scenic spots selected by the client terminal from the related scenic spot database for pushing.
6. The travel signboard indicating method according to claim 5, wherein: further comprising:
when the total card server side extracts the scenic spots related to the scenic spot selected by the client terminal, the corresponding entry time of the related scenic spots is sorted from small to large and then pushed for the related scenic spots exceeding the pedestrian volume threshold.
7. The utility model provides a tourism signboard indicating system which characterized in that: the system comprises a general card server (1), a client terminal (2) wirelessly connected with the general card server (1) and a plurality of card distributing terminals (3) responsible for traffic indication of scenic spots;
further comprising:
the people flow rate counting module (4) is arranged in the card distributing terminal (3) and is used for counting the people flow rate entering the scenic spot and the people flow rate leaving the scenic spot so as to calculate the people flow rate of the scenic spot in real time;
the sequencing module (5) is arranged in the general board server (1), is wirelessly connected with the people flow counting module (4) and sequences the people flow data of each scenic spot from multiple to multiple;
the client terminal (2) acquires the people flow data of each scenic spot after being sequenced by the sequencing module (5).
8. The travel signboard indicating system of claim 7, wherein: further comprising:
the pedestrian volume threshold module (6) is arranged in the card distribution terminal (3) and stores a threshold value capable of accommodating pedestrian volume in the corresponding scenic spot;
the screening module (7) is arranged in the head board server (1), is in wireless connection with the people flow rate counting module (4) and screens out scenic spots with the number of people in the scenic spots larger than the people flow rate threshold value;
the recording module (8) is arranged in the card distributing terminal (3), is wirelessly connected with the screening module (7) and records the number of people walking out of the scenic spots in unit time in the scenic spots, the number of people being greater than the traffic threshold value;
and the calculating module (9) is arranged in the head board service end (1), is in wireless connection with the recording module (8), and calculates the accessible time of the corresponding scenic spot according to the number of people walking out of the scenic spot in unit time and the number of people exceeding the pedestrian flow threshold.
9. The travel signboard indicating system of claim 8, wherein: further comprising:
the threshold registration module (10) is arranged in the card distribution terminal (3), is wirelessly connected with the recording module (8) and registers the starting time point of each scenic spot exceeding the internal pedestrian volume threshold value to the ending time point of each scenic spot being lower than the internal pedestrian volume threshold value every day;
the image registration module (11) is arranged in the main board server (1), is wirelessly connected with the threshold registration module (10), establishes time per day with one week as a reference, takes the corresponding scenic spot internal pedestrian volume as a vertical axis, and marks an image corresponding to the pedestrian volume threshold.
10. The travel signboard indicating system of claim 8, wherein: further comprising:
the selection module (12) is arranged at the client terminal (2) and is used for the tourists to select the scenic spots for visiting;
the database module (13) is arranged in the general signboard service end (1) and stores a related scenery spot database (14) belonging to related scenery spots;
the pushing module (15) is arranged in the general board server (1), is wirelessly connected with the selecting module (12) and selects scenic spots belonging to related types with the scenic spots selected by the tourists to push when the tourists select the scenic spots with the number of people in the scenic spots larger than the traffic threshold value;
and the sequencing module (5) sequences the corresponding entry time of the related scenic spots from small to large in the related scenic spots pushed by the pushing module (15) and then pushes the related scenic spots exceeding the number threshold.
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