CN112150040A - Scenic spot integrated dispatching system - Google Patents

Abstract

The invention discloses a scenic spot comprehensive scheduling system, which comprises a plurality of guide terminals respectively arranged in a plurality of scenic spots of a scenic spot, wherein the guide terminals are sequentially numbered and correspond to the scenic spots one by one; the guiding terminal comprises an inlet gate arranged at the entrance of the scenic spot, an outlet gate at the exit of the scenic spot, an index plate arranged at the entrance of the scenic spot and a supporting piece connected to the lower end of the index plate, wherein the index plate is provided with a scenic spot route map and a scenic spot route map, the scenic spot route map comprises route segments of all the scenic spots, the route segments of all the scenic spots are provided with indicating lamps, the inlet gate and the outlet gate are provided with a people counting module for counting the number of people in the scenic spot, and the supporting piece is provided with a tour inspection module for performing tour inspection on equipment, systems and tourists in the scenic; the system can coordinate people flow in the scenic spots through various ways; when an emergency occurs, the emergency can be rapidly processed, so that the scenic spot management is more standard, and the use efficiency is higher.

Description

Scenic spot integrated dispatching system

Technical Field

The invention relates to a system, in particular to a scenic spot comprehensive scheduling system.

Background

The tourist attraction is an independent management area which takes tourism and related activities as main functions or one of the main functions, can meet the tourism demands of tourists for visiting tourists, leisure vacation, recreation, fitness and the like, has corresponding tourism facilities and provides corresponding tourism services.

With the rapid development of tourism economy in China, in order to promote the healthy development of the tourism industry and improve the service quality, smart tourism gradually appears in each large scenic spot, the traditional scenic spot data management method usually adopts modes of manual statistics, questionnaire investigation and the like to obtain scenic spot data, reports the scenic spot data to a management center, and then manually analyzes the uploaded data to obtain a processing scheme, but the mode cannot timely find problems appearing in the scenic spots and quickly solve the problems, and the method also depends on a manual mode to find the problems when the number of people in the scenic spots is large or an emergency event is sent, has large scenic spot area, cannot timely solve the emergency event in the scenic spots, and has no emergency scheme or emergency command to schedule when the number of people in the scenic spots is large, has low use efficiency and complicated management modes, and cannot adapt to the needs of scenic spot development, becoming the bottleneck problem of the rapid development of scenic spots.

Disclosure of Invention

The invention aims to provide a scenic spot comprehensive scheduling system, which visually displays scenic spot people stream conditions for tourists through an index plate arranged at a scenic spot entrance, controls the number of the tourists by combining a central terminal, and can automatically and quickly schedule when the number of the tourists is large; meanwhile, the guiding terminals arranged at each scenic spot can quickly adjust emergencies, so that the scenic spot management efficiency is higher.

The purpose is realized by adopting the following technical scheme:

the system comprises a plurality of guide terminals, a plurality of intelligent terminals and a center terminal, wherein the guide terminals are respectively arranged in a plurality of scenic spots of a scenic spot, and the guide terminals are sequentially numbered and correspond to the scenic spots one by one; the guiding terminal comprises an inlet gate arranged at the entrance of the scenic spot, an outlet gate at the exit of the scenic spot, an index plate arranged at the entrance of the scenic spot and a support piece connected to the lower end of the index plate, wherein a scenic spot route map and a scenic spot route map are arranged on the index plate, the scenic spot route map comprises route segments of all the scenic spots, indicator lamps are arranged in the route segments of all the scenic spots, a people counting module for counting the number of people in the scenic spot is arranged on the inlet gate and the outlet gate, an inspection module for inspecting equipment, systems and tourists in the scenic spot is arranged in the support piece, the inspection module comprises an unmanned aerial vehicle and a charging module, and the unmanned aerial vehicle is provided with a camera, a temperature and humidity sensor, a; the intelligent terminals correspond to the tourists one by one and comprise calling modules and positioning modules; the center terminal comprises an emergency command module, and the emergency command module comprises an emergency event command module and a people number control command module; the system comprises a calling module, a center terminal, an emergency command module, an unmanned aerial vehicle and an inspection module, wherein the calling module is used for receiving voice or text information of a tourist and sending the voice or text information and the position information of the tourist to a guide terminal and a center terminal of a scenic spot where the tourist is located;

furthermore, after the tourists purchase tickets and enter the scenic spot, each tourist can adopt a family as a unit or an individual as a unit to be provided with an intelligent terminal, and the intelligent terminal of the system can be a scenic spot ticket or a mobile phone terminal or an intelligent bracelet. The scenic spot comprises a plurality of scenic spots, the scenic spots enter an entrance gate of the scenic spot through an intelligent terminal before entering each scenic spot, then the scenic spots leave the scenic spot through an exit gate of the scenic spot through the intelligent terminal, the number of tourists visiting in each scenic spot and a number counting module on the exit gate are used for counting the number of the tourists in the scenic spot, the number of the tourists is sent to a central terminal after counting, the central terminal controls whether the entrance gate of the scenic spot is closed or not according to the received information, meanwhile, the number of the tourists of the scenic spot is displayed on an indicator light of a route segment corresponding to the scenic spot in a scenic spot route map, the tourists can visually feel the flow of the scenic spot before entering the scenic spot, the central terminal can also directly send the number of the tourists of the scenic spot to the intelligent terminal, but the tourists can not necessarily notice the information received by, the visual warning is provided through the indicating lamp, so that shunting can be better performed, continuous crowding in a scenic spot is avoided, and the possibility of occurrence of sudden events can be further reduced under the condition of controlling people flow.

Specifically, the number counting module sends the counted number of the tourists of the scenic spot to the central terminal, and when the number of the tourists of the scenic spot is greater than or equal to a threshold value A and less than a threshold value B, the central terminal controls the indicator lights of the route sections corresponding to the scenic spot in the scenic spot route maps of all the guide plates to turn yellow; when the number of tourists of the scenic spot is greater than or equal to the threshold B, the central terminal controls the indicator lamps of the route sections corresponding to the scenic spot in the scenic area route maps of all the guide plates to turn red; when the number of the tourists of the sight spot is smaller than the threshold value A, the central terminal controls the indicator lamps of the route sections corresponding to the sight spot in the sight area route maps of all the guide plates to be green. In the present invention, B is greater than A.

Before the tourists enter the scenic spot, the tourists can be visually prompted through the color of the indicating lamp, further, the central terminal can limit the number of the tourists according to the number of the received tourists by closing or opening the entrance gate of the corresponding scenic spot, specifically, when the indicating lamp of the route segment corresponding to the scenic spot in the scenic spot route map of the central terminal control guide plate is changed into yellow, the central terminal sends a signal to the number control command module, the number control command module controls the entrance gate of the scenic spot to be closed for T minutes and then opened for T minutes, the circulation is repeated, when the indicating lamp of the scenic spot is changed into green, the number control command module controls the entrance gate of the scenic spot to be continuously opened, and when the indicating lamp of the scenic spot is changed into red, the number control command module controls the entrance gate of the scenic spot; when the indicator light of the route segment corresponding to the scenic spot in the scenic spot route map of the central terminal control guidance board is changed into red, the number counting module sends the number of tourists to the number control command module, and the number control command module controls the entrance gate of the scenic spot to be continuously closed. Meanwhile, the central terminal further comprises a ticket selling module, the number counting module counts the number of the scenic spots of which the entrance gate is continuously closed, when the number of the scenic spots of which the entrance gate is continuously closed is larger than or equal to a threshold value Y, the central terminal controls the ticket selling module to be closed, and when the number of the scenic spots of which the entrance gate is continuously closed is smaller than the threshold value Y, the central terminal controls the ticket selling module to be opened. The number of the tourists in the scenic spot is controlled from multiple sides, and the number of the tourists can be adjusted more quickly.

When an emergency occurs, a tourist can send information through the intelligent terminal, the information sent by the intelligent terminal is simultaneously sent to the center terminal and the guide terminal, when the intelligent terminal sends information through the calling module, the positioning module on the intelligent terminal starts to work, the position information of the positioning module is further used for judging the guide terminal closest to the tourist, then the information sent by the tourist is sent to the closest guide terminal, after the guide terminal receives the information, the guide terminal sends the information to the inspection module, the inspection module starts the unmanned aerial vehicle to work, the unmanned aerial vehicle moves according to the position information of the tourist, in the moving process, a camera, a temperature and humidity sensor, a mobile thermal imaging temperature measuring module and a bidirectional voice module on the unmanned aerial vehicle start to work, the camera sends collected video information to the center terminal, and a worker at the center terminal can observe in real time, the voice module is used for rapidly communicating with the tourists; meanwhile, after the calling module sends the information to the central terminal, the central terminal judges the scenic spot information according to the position information received more by the central terminal, acquires the positioning information of all the workers in charge of the scenic spot, judges the worker closest to the tourist, sends the information sent by the tourist to the worker, and the worker goes to solve the problem. Preferably, be provided with the LED lamp on the intelligent terminal, after calling module gives the terminal of directing with information transfer, the LED lamp on the intelligent terminal of the terminal control this visitor lights, and the LED lamp is closed through staff or unmanned aerial vehicle. The LED can be convenient for quickly and visually find the tourists, and the operation is simpler.

The guide terminal comprises an introduction module, when a tourist enters an entrance gate of a scenic spot, the guide terminal controls the introduction module to send introduction information of the scenic spot to the intelligent terminal of the tourist, and the intelligent terminal can receive the scenic spot introduction information sent by the introduction module through two modes, namely voice or text. The intelligent terminal comprises a tourist service registration module, and the tourist service registration module is used for recording the evaluation or opinion information of the tourist on the scenic spots and sending the information to the center terminal.

Furthermore, the unmanned aerial vehicle is provided with a number corresponding to the guiding terminal, the guiding plate is provided with a fixing groove, the fixing groove is internally provided with an identification device, the identification device is used for identifying the number on the unmanned aerial vehicle, the side surface of the supporting piece is provided with a placing groove, the opening end of the placing groove is provided with a baffle plate, the placing groove is internally provided with a placing plate, the charging module comprises a sending end coil arranged on the placing plate, a charging device in the supporting piece and a receiving end coil on the unmanned aerial vehicle, when the unmanned aerial vehicle is placed on the placing plate, the sending end coil on the placing plate is in contact with and opposite to the receiving end coil on the unmanned aerial vehicle, the charging device provides power for the sending end coil, the supporting piece is internally provided with a controller used for controlling the baffle plate to be opened or closed, the controller, and transmits the recognized information to the controller, which controls the shutter to be opened or closed.

Unmanned aerial vehicle is at the during operation, after the terminal received the information of guiding, guide the terminal with information transmission for the controller, controller control baffle is opened, unmanned aerial vehicle flies out from the standing groove, when unmanned aerial vehicle comes back, identification means on the guidance board discerns unmanned aerial vehicle, when the serial number of discernment is corresponding serial number, identification means sends information for the controller, controller control baffle is opened, unmanned aerial vehicle gets into and places on the board, controller control baffle is closed. Unmanned aerial vehicle is when charging, charge through sending end coil and receiving terminal coil, charging device provides the power for sending end coil, in this device, be provided with electric quantity judgment module on the unmanned aerial vehicle, when the electric quantity is less in the unmanned aerial vehicle, electric quantity judgment module gives the controller with information transmission, controller control charging device provides the power for sending end coil, and then produce the electric current between sending end coil and the receiving terminal coil, accomplish charging to unmanned aerial vehicle promptly, when electric quantity judgment module judges that unmanned aerial vehicle electric quantity is full of, send signal to the controller, controller control charging device stops to provide the power for sending end coil, unmanned aerial vehicle stops charging promptly, can avoid charging always like this, the condition of loss device takes place.

Preferably, the route section is a groove arranged on the guide plate, the indicator light is arranged in the groove, a transparent shielding plate is arranged on the groove, the center of the shielding plate is an arc-shaped convex groove, and a plurality of small grooves which are parallel to each other are arranged on the arc-shaped convex groove. The pilot lamp is placed in the recess, and the shielding plate is used for sheltering from the recess, and then the pilot lamp that the protection recess was gathered, and the light that the little recess on the convex tongue on the shielding plate center and the convex tongue sent the pilot lamp can be further assembles, increases the light of pilot lamp, and the sewage that produces when still can avoid raining simultaneously assembles on the shielding plate, uses the brightness that can influence the pilot lamp for a long time.

On the other hand, the central terminal also comprises a public opinion analysis module and an information publishing module, wherein the public opinion analysis module is used for acquiring scenic spot public opinion data of each channel source, classifying and grading each piece of data according to preset keywords, and calculating the total score of each classification, wherein the classification comprises positive data, negative data and neutral data; the public opinion analysis module further comprises a coincidence degree analysis module, the coincidence degree analysis module is used for obtaining words which repeatedly appear in all data in each classification, calculating the occurrence times of the words which repeatedly appear in each classification and sequencing the words in sequence from high to low, sending the words which are sequenced in the first H in each classification to the center terminal, and the center terminal sends information to the information release module.

When the total score of the positive data is larger than the total score of the negative data and smaller than the sum of the total score of the negative data and the total score of the neutral data, the information issuing module issues information according to H words with the largest occurrence frequency in the received positive data; when the total score of the positive data is greater than or equal to the sum of the total score of the negative data and the total score of the neutral data, the information issuing module does not issue information; and when the total score of the positive data is less than or equal to the total score of the negative data, the information publishing module publishes the information according to the H words with the largest occurrence frequency in the received negative data.

Compared with the prior art, the invention has the following advantages and beneficial effects:

according to the comprehensive scheduling system for the scenic spots, the number of people in each scenic spot in the scenic spot can be controlled and coordinated through multiple ways and multiple methods, and more people streams in the scenic spots are avoided; when meeting an emergency, the system can also coordinate with the command terminal through the central terminal, can quickly process the emergency, improves the experience and good feeling degree of tourists during visiting in the scenic spot, can also enable scenic spot management to be more standard, and has higher use efficiency. Secondly, the system also comprises a public opinion analysis module and an information publishing module, wherein the information publishing module publishes corresponding information according to the data obtained by the public opinion analysis module, can timely regulate and control the public opinion, can quickly acquire key words in the data, masters the latest and dynamic state of the public opinion, and is more favorable for the management and development of scenic spots.

Drawings

The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:

FIG. 1 is a schematic diagram of the system;

FIG. 2 is a schematic view of the index plate and support structure;

FIG. 3 is a side view of the index plate and support;

FIG. 4 is a side view of a route segment structure;

FIG. 5 is a schematic diagram of a route segment structure;

fig. 6 is a schematic structural view of the unmanned aerial vehicle when placed on the placing plate;

fig. 7 is a schematic view of the structure of the unmanned aerial vehicle;

FIG. 8 is a schematic view of a tie plate construction;

fig. 9 is a schematic diagram of the fixed slot and the link plate position relationship when the unmanned aerial vehicle is placed on the placing plate.

Reference numbers and corresponding part names in the drawings:

1-guide plate, 2-support piece, 3-sight spot route map, 4-sight spot route map, 5-fixed groove, 6-identification device, 7-placing groove, 8-baffle plate, 9-placing plate, 91-fixed groove, 92-sending end coil, 93-fixed small groove, 10-route segment, 11-baffle plate, 12-circular arc convex groove, 13-indicator light, 14-unmanned aerial vehicle, 15-connecting rod, 16-connecting plate, 161-small roller, 162-small groove, 17-spring rod and 18-receiving end coil.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to examples and accompanying drawings, and the exemplary embodiments and descriptions thereof are only used for explaining the present invention and are not meant to limit the present invention.

In the description of the present invention, it is to be understood that the terms "front", "rear", "left", "right", "upper", "lower", "vertical", "horizontal", "high", "low", "inner", "outer", etc. indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplicity of description, and do not indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and therefore, are not to be construed as limiting the scope of the present invention.

[ example 1 ]

As shown in fig. 1, the system comprises 10 guide terminals, a plurality of intelligent terminals and a central terminal, wherein the 10 guide terminals are respectively arranged in 10 scenic spots of a scenic spot, and the 10 guide terminals are sequentially numbered and correspond to the plurality of scenic spots one by one; the guidance terminal comprises an entrance gate arranged at the entrance of the scenic spot, an exit gate at the exit of the scenic spot, aguidance plate 1 arranged at the entrance of the scenic spot and asupport member 2 connected to the lower end of theguidance plate 1, the structures of theguidance plate 1 and the support member are shown in figures 2-3, a scenicspot route map 3 and a scenicspot route map 4 are arranged on theguidance plate 1, the scenicspot route maps 3 are route maps of corresponding scenic spots, 10 guidance terminals have 10 guidance plates in total, the scenicspot route maps 3 on the 10 guidance plate respectively correspond to the route maps of 10 scenic spots, the scenicspot route map 4 comprisesroute segments 10 of all the scenic spots, the scenicspot route maps 4 in the guidance plate are the same, all theroute segments 10 of the scenic spots are provided withindicator lamps 13, and the entrance gate and the exit gate are provided with a people counting module for counting the number of the scenic spots, in the system, the intelligent terminal is an intelligent bracelet, and each tourist can select the setting with, when the setting with the family as the unit is selected, a family only needs to take one intelligent bracelet and set the number of family persons in the intelligent bracelet, when the setting with the individual as the unit is selected, each person needs to take one intelligent bracelet, after the selection, the person arrives at the scenic spot which is desired to visit, at the entrance of the scenic spot, the intelligent bracelet is sensed at the entrance gate, after the sensing, the entrance gate records the number information of the intelligent bracelet and the number information recorded therein, after the visitor enters, when the visitor leaves the scenic spot, the intelligent bracelet is sensed at the exit gate, after the sensing, the exit gate records the number information of the intelligent bracelet and the number information recorded therein, the number information of the visitor in the scenic spot is obtained through the entrance gate and the exit gate, namely, the number counting module counts the number of the visitor at the scenic spot, after the counting module counts the number of the scenic spot and the number of the visitor to the central terminal, when the number of tourists of the scenic spot is greater than or equal to the threshold A and less than the threshold B, the central terminal controls theindicator lamps 13 of theroute sections 10 corresponding to the scenic spot in the scenicspot route map 4 of all theguide plates 1 to turn yellow; when the number of tourists in the sight spot is greater than or equal to the threshold value B, the central terminal controls theindicator lamps 13 of theroute sections 10 corresponding to the sight spot in the sightzone route map 4 of all theguide plates 1 to turn red; when the number of the visitors of the sight spot is less than the threshold value A, the central terminal controls theindicator lamps 13 of theroute sections 10 corresponding to the sight spot in the sightarea route map 4 of all theguide plates 1 to turn green. Therefore, before the next visitor enters, the number of visitors in the current scenic spot can be obtained according to the scenicspot route map 4 on theguide plate 1, the scenic spot to be visited can be selected according to the situation of the visitor, and meanwhile, in the system, the color change of theindicator light 13 of the scenicspot route map 4 can be displayed in real time only by the bracelet, so that the route planning of the visitor is facilitated in time.

The intelligent terminal comprises a calling module and a positioning module; the center terminal comprises an emergency command module, and the emergency command module comprises an emergency event command module and a people number control command module; the system comprises a calling module, a center terminal, an emergency command module, an unmanned aerial vehicle and an inspection module, wherein the calling module is used for receiving voice or text information of a tourist and sending the voice or text information and the position information of the tourist to a guide terminal and a center terminal of a scenic spot where the tourist is located; the system is characterized in that asupport piece 2 of the system is provided with a patrol module for carrying out patrol inspection on equipment, systems and tourists in scenic spots, the patrol module comprises an unmanned aerial vehicle and a charging module, and the unmanned aerial vehicle is provided with a camera, a temperature and humidity sensor, a mobile thermal imaging temperature measurement module and a bidirectional voice module; each guide terminal is correspondingly provided with an unmanned aerial vehicle, the unmanned aerial vehicle is provided with a serial number which is the same as that of the corresponding guide terminal, the unmanned aerial vehicle has two functions, on one hand, the unmanned aerial vehicle can be used for checking systems, equipment and the like when no tourist exists, and then when checking, the unmanned aerial vehicle patrols in the corresponding scenic spots, the camera is used for collecting pictures and transmitting the pictures to the central terminal, the temperature and humidity sensor can check the temperature and humidity in real time, and the mobile thermal imaging temperature measurement module can detect the temperature of the equipment in the movement process of the unmanned aerial vehicle; on the other hand can be used to when having the visitor, carry out rapid processing to emergency, when taking place emergency in first sight spot, the unmanned aerial vehicle fast migration of first sight spot is to the visitor department of sending information, the case condition is sent out to central terminal accessible unmanned aerial vehicle's camera observation, and carry out rapid processing through two-way voice module, and simultaneously, emergency command module is according to received position information, acquire the staff's of this sight spot position information, the staff's of first sight spot position information promptly, judge the staff nearest apart from this visitor, send received information for this staff, this staff handles fast. The threshold A is less than the threshold B, and the determination of the thresholds A and B is determined based on the volumetric area of the attraction. Preferably, be provided with the LED lamp on the intelligent terminal, after calling module gives the terminal of directing with information transfer, the LED lamp on the intelligent terminal of the terminal control this visitor lights, and the LED lamp is closed through staff or unmanned aerial vehicle. The guide terminal comprises an introduction module, when a tourist enters an entrance gate of a scenic spot, the guide terminal controls the introduction module to send introduction information of the scenic spot to the intelligent terminal of the tourist, and the intelligent terminal can receive the scenic spot introduction information sent by the introduction module through two modes, namely voice or text. The intelligent terminal comprises a tourist service registration module, and the tourist service registration module is used for recording the evaluation or opinion information of the tourist on the scenic spots and sending the information to the center terminal.

[ example 2 ]

On the basis of theembodiment 1, when theindicator light 13 of theroute segment 10 corresponding to the scenic spot in the scenicspot route map 4 of the central terminalcontrol guidance board 1 is changed into yellow, the central terminal sends a signal to the people number control command module, the people number control command module controls the entrance gate of the scenic spot to be closed for T minutes and then to be opened for T minutes, the circulation is repeated, when theindicator light 13 of the scenic spot is changed into green, the people number control command module controls the entrance gate of the scenic spot to be continuously opened, and when theindicator light 13 of the scenic spot is changed into red, the people number control command module controls the entrance gate of the scenic spot to be continuously closed; when theindicator light 13 of theroute segment 10 corresponding to the scenic spot in the scenicspot route map 4 of the center terminalcontrol guidance board 1 is changed into red, the number counting module sends the number of tourists to the number control command module, and the number control command module controls the entrance gate of the scenic spot to be continuously closed. The central terminal further comprises a ticket selling module, the number counting module counts the number of the scenic spots of which the entrance gate is continuously closed, when the number of the scenic spots of which the entrance gate is continuously closed is larger than or equal to a threshold value Y, the central terminal controls the ticket selling module to be closed, and when the number of the scenic spots of which the entrance gate is continuously closed is smaller than the threshold value Y, the central terminal controls the ticket selling module to be opened. As shown in fig. 4 and 5, theline segment 10 is a groove disposed on theindex plate 1, theindicator 13 is disposed in the groove, the groove is provided with atransparent shielding plate 11, the center of theshielding plate 11 is an arc-shaped convex groove 12, and the arc-shaped convex groove 12 is provided with a plurality ofsmall grooves 13 parallel to each other.

In this embodiment, T is 10-15 minutes, T can be set according to the tour time of the scenic spots, Y is 6, and the size of the threshold Y is not less than half of the number of the scenic spots.

The unmanned aerial vehicle is provided with a number corresponding to the guiding terminal, the guidingplate 1 is provided with afixing groove 5, thefixing groove 5 is internally provided with anidentification device 6, theidentification device 6 is used for identifying the number on the unmanned aerial vehicle, the side surface of the supportingpiece 2 is provided with a placinggroove 7, the opening end of theplacing groove 7 is provided with abaffle plate 8, theplacing groove 7 is internally provided with a placingplate 9, the charging module comprises a sending end coil arranged on the placingplate 9, a charging device arranged in the supportingpiece 2 and a receiving end coil arranged on the unmanned aerial vehicle, when the unmanned aerial vehicle is placed on the placingplate 9, the sending end coil on the placingplate 9 is in contact with and opposite to the receiving end coil on the unmanned aerial vehicle, the charging device supplies power to the sending end coil, the supportingpiece 2 is internally provided with a controller used for controlling the charging device to supply power to, and transmits the recognized information to the controller, which controls theshutter 8 to be opened or closed.

In this embodiment, when the unmanned aerial vehicle is located on the placingboard 9 in the placingslot 7, the structure of the unmannedaerial vehicle 14 is shown in fig. 6, the structure of the unmannedaerial vehicle 14 is shown in fig. 7, the lower end of the unmannedaerial vehicle 14 is connected with two supporting members, the supporting members comprise two connectingrods 15 parallel to each other and a connectingplate 16 connected to the lower ends of the two connectingrods 15, the placingboard 9 is provided withfixing slots 91 corresponding to the two connectingplates 16 one by one, three fixingsmall slots 93 are provided in the fixing slots, the side surfaces and the bottom surface of the connectingplate 16 are provided with threesmall slots 162, the threesmall slots 162 are provided with a plurality ofsmall rollers 161, as shown in fig. 8, the threesmall slots 162 respectively correspond to the three fixing small slots in the fixing slots one by one, when the unmanned aerial vehicle is placed on the placing board, as shown in fig. 9, the connecting plates on the two supporting members of the unmanned aerial vehicle are located in the fixing, after unmanned aerial vehicle placed, pressure sensor received pressure, and unmanned aerial vehicle places the accuracy promptly, and unmanned aerial vehicle's lower extreme still is connected with thespring beam 17 that is used for connecting receivingend coil 18, and when unmanned aerial vehicle's gyro wheel was located three microgrooves, and pressure sensor received pressure signal, receivingend coil 18 contacted with placingboard 9 to it is relative with sendingend coil 92.

The tourist takes place emergency in the third sight spot, the tourist sends information through intelligent terminal's calling module, the information that positioning module sent the tourist and positioning module send the guide terminal for the sight spot that central terminal and tourist this moment are located, guide after the terminal received information, guide the terminal with information transmission for the controller, controller control baffle is opened, unmanned aerial vehicle flies out from the standing groove, real-time information transmission is gathered to the camera on the unmanned aerial vehicle for central terminal, the back of finishing processing, unmanned aerial vehicle flies back, be provided with the two-dimensional code on the unmanned aerial vehicle, recognition device is used for discerning the two-dimensional code on the unmanned aerial vehicle, when unanimous, recognition device sends information for the controller, controller control baffle is opened, unmanned aerial vehicle gets into on the standing plate, controller control baffle closes. Unmanned aerial vehicle is locatedplace board 9 of standinggroove 7, when the electric quantity in unmanned aerial vehicle is less, electric quantity judgment module gives the controller with information transmission, controller control charging device provides the power for the sending end coil, and then produce the electric current between sending end coil and the receiving end coil, accomplish charging to unmanned aerial vehicle promptly, when electric quantity judgment module judges that unmanned aerial vehicle electric quantity is full of, send signal for the controller, controller control charging device stops to provide the power for the sending end coil, unmanned aerial vehicle stops charging promptly.

When the equipment system of this scenic spot is patrolled and examined to needs, controller control baffle is opened, and unmanned aerial vehicle flies out from the standing groove, and camera, temperature and humidity sensor, removal thermal imaging temperature measurement module, two-way voice module on the unmanned aerial vehicle are patrolled and examined to the information transmission who will acquire gives central terminal.

[ example 3 ]

The central terminal also comprises a public opinion analysis module and an information release module, wherein the public opinion analysis module is used for acquiring scenic spot public opinion data of each channel source, classifying and grading each piece of data according to preset keywords, the classification comprises positive data, negative data and neutral data, and the total score of each classification is calculated; the public opinion analysis module further comprises a coincidence degree analysis module, the coincidence degree analysis module is used for obtaining words which repeatedly appear in all data in each classification, calculating the occurrence times of the words which repeatedly appear in each classification and sequencing the words in sequence from high to low, sending the words which are sequenced in the first H in each classification to the center terminal, and the center terminal sends information to the information release module. When the total score of the positive data is larger than the total score of the negative data and smaller than the sum of the total score of the negative data and the total score of the neutral data, the information issuing module issues information according to H words with the largest occurrence frequency in the received positive data; when the total score of the positive data is greater than or equal to the sum of the total score of the negative data and the total score of the neutral data, the information issuing module does not issue information; and when the total score of the positive data is less than or equal to the total score of the negative data, the information publishing module publishes the information according to the H words with the largest occurrence frequency in the received negative data.

The public opinion analysis module acquires data about scenic spots through various channels such as microblogs, hundred degrees, small redbooks and the like, the data comprises release information and comment information, and workers can modify preset keywords according to heat vocabularies of recent scenic spots, dividing all data into three major classes of positive data, negative data and neutral data through preset keywords, grading each data, calculating to obtain the total score of each class, according to the size of the three total points, the recent public sentiment trend related to the scenic spot can be obtained, if the total point of the positive data is larger than the total point of the negative data and smaller than the sum of the total point of the negative data and the total point of the neutral data, the current public sentiment trend is moderate, and more information related to the positive data needs to be issued, therefore, the information publishing module publishes information according to the H words with the largest occurrence frequency in the received front data; if the total score of the positive data is greater than or equal to the sum of the total score of the negative data and the total score of the neutral data, the positive information is more, so that the advantages are achieved, and the information is not required to be issued additionally, so that the information issuing module does not issue the information; when the total score of the positive data is less than or equal to the total score of the negative data, the negative data is more and the negative information needs to be processed, so that the information publishing module publishes the information according to the H words with the largest occurrence frequency in the received negative data and explains and processes the information to the public according to the words with more occurrence frequency in the negative data. In this system a word is composed of at least two consecutive words.

In this embodiment, H is 20, the overlap ratio analysis module obtains words that repeatedly appear in all data in each classification, the overlap ratio analysis module may perform the obtaining by using a plurality of methods, the present embodiment performs the overlap ratio analysis by using the existing obtaining method, and after the obtaining, the occurrence frequency of the words that repeatedly appear in each classification is calculated and is sequentially ranked from high to low.

Further, the term "connected" used herein may be either directly connected or indirectly connected via other components without being particularly described.

The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims (10)

1. A scenic spot comprehensive scheduling system is characterized by comprising a plurality of guide terminals, a plurality of intelligent terminals and a center terminal, wherein the guide terminals are respectively arranged in a plurality of scenic spots of a scenic spot, and the guide terminals are sequentially numbered and correspond to the scenic spots one by one; the guiding terminal comprises an entrance gate arranged at the entrance of the scenic spot, an exit gate arranged at the exit of the scenic spot, an index plate (1) arranged at the entrance of the scenic spot and a support piece (2) connected to the lower end of the index plate (1), wherein a scenic spot route map (3) and a scenic spot route map (4) are arranged on the index plate (1), the scenic spot route map (4) comprises route segments (10) of all the scenic spots, indicator lamps (13) are arranged in the route segments (10) of all the scenic spots, a number counting module for counting the number of people of the scenic spots is arranged on the entrance gate and the exit gate, a patrol module for carrying out patrol inspection on equipment, systems and tourists in the scenic spots is arranged in the support piece (2), the patrol module comprises an unmanned aerial vehicle and a charging module, and the unmanned aerial vehicle is provided with a camera, a temperature; the intelligent terminals correspond to the tourists one by one and comprise calling modules and positioning modules; the center terminal comprises an emergency command module, and the emergency command module comprises an emergency event command module and a people number control command module; the system comprises a calling module, a center terminal, an emergency command module, an unmanned aerial vehicle and an inspection module, wherein the calling module is used for receiving voice or text information of a tourist and sending the voice or text information and the position information of the tourist to a guide terminal and a center terminal of a scenic spot where the tourist is located; the number counting module sends the counted number of the tourists of the scenic spot to the central terminal, and when the number of the tourists of the scenic spot is larger than or equal to a threshold value A and smaller than a threshold value B, the central terminal controls the indicating lamps (13) of the route sections (10) corresponding to the scenic spot in the scenic spot route map (4) of all the guide plates (1) to turn yellow; when the number of tourists in the sight spot is larger than or equal to the threshold value B, the central terminal controls the indicator lamps (13) of the route sections (10) corresponding to the sight spot in the sight area route maps (4) of all the guide plates (1) to turn red; when the number of the tourists of the sight spot is smaller than a threshold value A, the central terminal controls the indicator lamps (13) of the route sections (10) corresponding to the sight spot in the sight area route maps (4) of all the guide plates (1) to be green.

2. The comprehensive scheduling system of a scenic spot according to claim 1, characterized in that, when the indicator light (13) of the route segment (10) corresponding to the scenic spot in the scenic spot route map (4) of the center terminal control guidance board (1) turns yellow, the center terminal sends a signal to the number control command module, the number control command module controls the entrance gate of the scenic spot to close for T minutes and then opens for T minutes, and the cycle is repeated, when the indicator light (13) of the scenic spot turns green, the number control command module controls the entrance gate of the scenic spot to continuously open, and when the indicator light (13) of the scenic spot turns red, the number control command module controls the entrance gate of the scenic spot to continuously close; when an indicator lamp (13) of a route section (10) corresponding to the scenic spot in a scenic spot route map (4) of the center terminal control guide plate (1) is changed into red, the number counting module sends the number of tourists to the number control command module, and the number control command module controls an entrance gate of the scenic spot to be continuously closed.

3. The system of claim 1, wherein the central terminal further comprises a ticket selling module, the people counting module counts the number of the scenic spots of which the entrance gate is continuously closed, the central terminal controls the ticket selling module to close when the number of the scenic spots of which the entrance gate is continuously closed is greater than or equal to a threshold Y, and the central terminal controls the ticket selling module to open when the number of the scenic spots of which the entrance gate is continuously closed is less than the threshold Y.

4. The comprehensive scheduling system of a scenic spot according to claim 1, wherein the unmanned aerial vehicle is provided with a number corresponding to the directing terminal, the directing plate (1) is provided with a fixing groove (5), the fixing groove (5) is provided with an identification device (6), the identification device (6) is used for identifying the number on the unmanned aerial vehicle, the side surface of the support member (2) is provided with a placing groove (7), the open end of the placing groove (7) is provided with a baffle (8), the placing plate (9) is provided in the placing groove (7), the charging module comprises a transmitting end coil arranged on the placing plate (9), a charging device arranged in the support member (2) and a receiving end coil on the unmanned aerial vehicle, when the unmanned aerial vehicle is placed on the placing plate (9), the transmitting end coil on the placing plate (9) is in contact with and opposite to the receiving end coil on the unmanned aerial vehicle, the charging device provides power, be provided with in support piece (2) and be used for controlling baffle (8) to open or the controller of closing, the controller is used for controlling charging device and provides the power for sending end coil, and the last serial number of recognition device discernment unmanned aerial vehicle to send the information of discernment for the controller, controller control baffle (8) are opened or are closed.

5. A comprehensive scheduling system for scenic spots according to claim 1 or 4 characterized in that the route segment (10) is a groove arranged on the index plate (1), the indicator light (13) is arranged in the groove, a transparent shielding plate (11) is arranged on the groove, the center of the shielding plate (11) is an arc-shaped convex groove (12), and a plurality of small grooves (13) which are parallel to each other are arranged on the arc-shaped convex groove (12).

6. The system of claim 1, wherein the central terminal further comprises a public opinion analysis module and an information distribution module, the public opinion analysis module is configured to obtain data of public opinions of scenic spots from various sources, classify and score each piece of data according to preset keywords, the classification includes positive data, negative data and neutral data, and calculate a total score of each classification; the public opinion analysis module further comprises a coincidence degree analysis module, the coincidence degree analysis module is used for obtaining words which repeatedly appear in all data in each classification, calculating the occurrence times of the words which repeatedly appear in each classification and sequencing the words in sequence from high to low, sending the words which are sequenced in the first H in each classification to the center terminal, and the center terminal sends information to the information release module.

7. The system according to claim 6, wherein when the total score of the positive data is greater than the total score of the negative data, and less than the sum of the total score of the negative data and the total score of the neutral data, the information issuing module issues the information according to the H words that appear most frequently in the received positive data; when the total score of the positive data is greater than or equal to the sum of the total score of the negative data and the total score of the neutral data, the information issuing module does not issue information; and when the total score of the positive data is less than or equal to the total score of the negative data, the information publishing module publishes the information according to the H words with the largest occurrence frequency in the received negative data.

8. The scenic spot integrated dispatching system as claimed in claim 1, wherein the intelligent terminal is provided with an LED lamp, and after the calling module sends the information to the guidance terminal, the guidance terminal controls the LED lamp on the intelligent terminal of the visitor to light up, and the LED lamp is turned off by a worker or an unmanned aerial vehicle.

9. The integrated scheduling system of claim 1 wherein the guidance terminal comprises an introduction module, when the visitor enters the entrance gate of the attraction, the guidance terminal controls the introduction module to send the introduction information of the attraction to the intelligent terminal of the visitor, and the intelligent terminal can receive the attraction introduction information sent by the introduction module in a voice mode or a text mode.

10. The system as claimed in claim 1, wherein the intelligent terminal comprises a visitor service registration module, the visitor service registration module is configured to record the evaluation or opinion information of the visitor about the scenic spot and send the information to the central terminal.

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