CN111161101A

CN111161101A - Self-help navigation device and method

Info

Publication number: CN111161101A
Application number: CN201911221843.3A
Authority: CN
Inventors: 郑悦; 郑鼎新
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-03
Filing date: 2019-12-03
Publication date: 2020-05-15

Abstract

The invention discloses a self-help navigation device and a method, wherein the method is executed by an intelligent user side, and the method comprises the following steps: sending a navigation request and receiving information of nearby scenic spots; acquiring a data packet of the scenic spot, wherein the data packet storage information comprises: scenic spot information, scenery information; acquiring geographic position information of a navigation system for positioning a scenic spot, and acquiring scenic spot information corresponding to the scenic spot in a data packet; reading a wireless signal sent by preset wireless communication equipment, and displaying and explaining the scenery spot information matched with the wireless signal in the data packet; and inputting and sending query information to the server, receiving characteristic information corresponding to the query information fed back from the server, and calling the corresponding scenery spot information or scenery information in the data packet according to the characteristic information. Through the technical means of providing corresponding service according to the user demand, the problem of complicated self-service tourism is solved, and the effects of convenience in self-service tourism and strong experience are realized.

Description

Self-help navigation device and method

Technical Field

The invention relates to the technical field of tour guide, in particular to a self-help tour guide device and a self-help tour guide method.

Background

In recent years, with the improvement of living standard, many people can choose to travel on holidays. From the initial sightseeing to more leisure tours and vacation tours at present, people begin to simply buy tickets and view, and then begin to pursue the purposes of expanding the visual field, increasing knowledge and even experiencing local life, the change of the touring mode reflects the trend of increasingly upgrading tourism consumption, and meanwhile, the tourism market is brought with greater opportunity and more independent, personalized and diversified demands.

In the current life, because too receive the guide restriction when following the group's trip, and there is the condition that the guide forces to buy the thing to increase, more and more people adopt free-running local mode to go out a journey, so need purchase the map of this scenic spot and carry out the sight spot navigation when people reach a sight spot, the explanation machine that needs to purchase this scenic spot simultaneously carries out the sight spot explanation, people need look over map navigation and look over the sight spot after getting into the scenic spot, then follow and navigate and read again and correspond the sight spot explanation content in the explanation machine and carry out the explanation after reaching the sight spot, thereby increased the degree of difficulty for people's free-running, and waste user time, energy.

Disclosure of Invention

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art. Therefore, an object of the present invention is to provide a self-help navigation method, which can provide corresponding services according to the position of the user, the scenic spot and the scenery, and simultaneously perform navigation, so as to improve the convenience of self-help navigation.

To this end, a second object of the present invention is to provide a self-navigation device.

The technical scheme adopted by the invention is as follows:

the invention provides a self-help navigation method, which is executed by an intelligent user side, and comprises the following steps:

sending a navigation request and receiving information of nearby scenic spots sent by a server;

acquiring a data packet of a scenic spot corresponding to the current position information, wherein the information stored in the data packet comprises: scenic spot information, scenery information;

acquiring geographic position information of a navigation system for positioning a scenic spot, and acquiring scenic spot information corresponding to the scenic spot in the data packet according to the geographic position information;

reading a wireless signal sent by preset wireless communication equipment, and displaying and explaining the scenery spot information matched with the wireless signal in the data packet;

inputting and sending query information to the server, receiving characteristic information corresponding to the query information fed back from the server, and calling the corresponding scenery spot information or scenery information in the data packet according to the characteristic information.

And further, acquiring a wireless signal or geographical position information, calling a scenery list in the scenery spot corresponding to the wireless signal or geographical position information in the data packet, and displaying and explaining the scenery information corresponding to the data packet according to the scenery clicked in the scenery list.

Furthermore, the scenery spot information and the scenery information comprise picture information, character information, voice information and video information;

the voice information includes: dialect voice information, national voice information, and foreign language voice information.

Further, the information stored in the data packet further includes: the map comprises a scenic spot map, an out-of-scenic spot map, a tour route, public website information and commercial website information, wherein a scenic spot label, a scenery label, a public website label and a commercial website label are arranged on the scenic spot map, and the public website label and the commercial website label are arranged on the out-of-scenic spot map;

reading a sight spot instruction formed by clicking a sight spot label on the sight spot map by a user, and displaying and explaining sight spot information corresponding to the sight spot instruction in the data packet

The method comprises the steps that a scene label clicked by a user on a scene map is read to form a scene instruction, and scene information corresponding to the scene instruction in a data packet is displayed and explained;

reading public network point labels clicked by a user on the scenic spot map or the scenic spot foreign map to form a public network point instruction, calling the public network point information and the tour route corresponding to the public network point labels in the data packet according to the public network point instruction, and navigating according to the tour route;

and reading a commercial site label clicked by a user on the scenic spot map or the scenic spot foreign map to form a commercial site instruction, calling the commercial site information and the tour route corresponding to the commercial site label in the data packet according to the commercial site instruction, and navigating according to the tour route.

Further, "acquiring a wireless signal and displaying and explaining the scenery spot information matched with the wireless signal in the data packet" may be replaced by:

and acquiring and sending the wireless signal to a server, receiving the scenery spot position information corresponding to the wireless signal sent by the server, and reading the scenery spot information corresponding to the scenery spot position information in the data packet.

Further, the query information includes: two-dimensional code information, bar code information, picture information, voice information, text information, and video information,

and directly reading scene information in the data packet according to the two-dimensional code information and the bar code information.

Further, the information in the data packet is acquired in two ways, specifically:

firstly, the data package downloads the scenic spot map, the map outside the scenic spot, the tour route, the public network information and the commercial network information of the scenic spot corresponding to the current position, and when the current position information is positioned near the scenic spot, the data package downloads the scenic spot information and/or the scenery information corresponding to the scenic spot;

and downloading all information in the scenic spot corresponding to the current position by the data packet.

In a second aspect, the present invention provides a self-help navigation method, which is executed by a server, and includes:

storing the sight spot information and the scenery information in each scenic spot into a data packet corresponding to the scenic spot;

receiving a navigation request from an intelligent user side and acquiring current position information of the intelligent user side;

acquiring and sending a plurality of pieces of nearby scenic spot information or data packets of scenic spots where the current position is located to the intelligent user side according to the distance relationship between the current position information and the scenic spots;

and receiving query information sent by the intelligent user side, extracting features, and sending the feature information matched with the features to the intelligent user side.

In a third aspect, the present invention provides a self-service navigation device, comprising:

the first sending module is used for sending the navigation request and the query information;

the reading module is used for reading the geographical position information of the scenic spot near the current position, the wireless signal of the scenic spot, the scenic spot instruction and the scenery instruction;

the downloading module is used for downloading a data packet of a scenic spot where the current position is located, and the data packet storage information comprises: scenic spot information, scenery information;

the first receiving module is used for receiving nearby scenic spot information, characteristic information or scenic spot position information sent by the server;

and the calling module is used for calling the corresponding scenery spot information in the data packet according to the wireless signal and calling the scenery spot information or scenery information in the data packet according to the characteristic information.

In a fourth aspect, the present invention provides a self-service navigation device, installed on a server, the self-service navigation device comprising:

the data package is used for storing a scenic spot map, a map outside the scenic spot, scenic spot information, scenery information and a tour route of each scenic spot;

the second receiving module is used for receiving the navigation request and the query information sent by the intelligent user side;

the acquisition module is used for acquiring nearby scenic spot information or a data packet of the scenic spot according to the distance relationship between the current position information of the intelligent user side and the scenic spot;

the characteristic extraction module is used for extracting the characteristics of the query information and matching corresponding characteristic information according to the characteristics;

and the second sending module is used for sending the nearby scenic spot information, the data packet and the characteristic information.

The invention has the beneficial effects that:

according to the invention, different ways are adopted for obtaining the scenery spot information or scenery information in the data packet for scenery spots or scenery in different ranges, so that the technical problems of single and complex explanation of self-help navigation in the prior art are solved, and the user can know the scenery spot information or scenery information in a specific query way according to the specific conditions of the scenery spots or scenery, so that the scenery spot information or scenery information can be more accurately obtained, the experience of the user is improved, and the convenience of self-help visiting is increased.

Drawings

FIG. 1 is a block diagram of a self-navigation device according to an embodiment of the present invention;

FIG. 2 is a schematic view of a simulation outside a scenic spot in an embodiment of a self-help navigation method of the present invention;

fig. 3 is a schematic diagram of simulation in a scenic spot in an embodiment of a self-help navigation method of the present invention.

Reference numerals: 10. a server side; 11. a data packet; 12. a second receiving module; 13. an acquisition module; 14. a feature extraction module; 15. a positioning module; 16. a second sending module; 17. a tour route recommendation module; 18. a navigation module; 20. an intelligent user side; 21. a first sending module; 22. a reading module; 23. a first receiving module; 24. a downloading module; 25. calling a module; 26. and a navigation module.

Detailed Description

The following detailed description is provided for a better understanding of the above-described objects, aspects and advantages of the present application. The detailed description sets forth various embodiments of the devices and/or methods via the use of diagrams and/or examples of block diagrams, flowcharts, and the like. In these block diagrams, flowcharts, and/or examples, one or more functions and/or operations are included. Those skilled in the art will understand that: the various functions and/or operations within these block diagrams, flowcharts or examples can be implemented, individually and collectively, by a wide variety of hardware, software, firmware, or any combination of hardware, software and firmware.

The present application will be described in detail below with reference to the accompanying drawings in conjunction with embodiments. It should be noted that the terms "first," "second," and the like in the description and claims of this application and in the drawings described above are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order.

The first embodiment is as follows: referring to fig. 1, an embodiment of the present invention discloses a self-help navigation device, which is installed on an intelligent user side 20, the intelligent user side 20 may adopt a wireless terminal, the wireless terminal may be a mobile phone, a PAD, an intelligent watch, and an explanation device, in this embodiment, the intelligent user side 20 adopts a mobile phone, and the intelligent user side 20 performs self-help navigation by downloading an APP with a self-help navigation system. Before a user enters a scenic spot, the self-help navigation system is opened, meanwhile, the self-contained positioning function of the mobile phone is started to send a navigation request to the server 10, the server 10 is received to send current position information corresponding to the navigation request, and navigation of the scenic spot is carried out according to the current position information, so that the user can arrive at each scenic spot without navigating to carry out self-help navigation and can obtain explanation information of each scenic spot in the scenic spot.

The smart client 20 includes: the mobile phone comprises a first sending module 21, a reading module 22, a first receiving module 23, a downloading module 24, a calling module 25 and a first navigation module 26, wherein the first sending module 21 is used for sending a navigation request, and the positioning system on the mobile phone is automatically started according to the APP which the user opens the self-service navigation system, and the navigation request is sent to the server 10 at the same time, so that the server 10 can provide corresponding service to the intelligent user side 20 after receiving the navigation request, and the user can perform self-service navigation through the intelligent user side 20.

When the user arrives at the scenic spot, the user downloads the data package 11 corresponding to the current location information through the downloading module 24 of the smart client 20, and receives a prompt from the server 10 whether to download the data package 11 before downloading the data package 11. There are two main ways for downloading the data package 11, in this embodiment, the data package 11 for directly downloading all information of the scenic spot according to the user requirement is mainly used for downloading the data package 11 for the scenic spot, so as to directly obtain all relevant data in the scenic spot, and prevent the data package 11 from being difficult to download due to network difference inside the scenic spot. In other embodiments, the user may download the scenic spot map, the map outside the scenic spot, the tour route, the public network information and the commercial network information in the data packet 11 of the scenic spot, and when it is detected that the current location information is near the scenic spot, the intelligent user terminal 20 downloads the scenic spot information and/or the scenery information corresponding to the scenic spot in the data packet 11, wherein the scenic spots in the scenic spot information are artificial landscapes, natural objects and artificial objects in the scenic spot, wherein the artificial landscapes and the natural landscapes in the scenic spot information are large-sized and medium-sized landscapes, and the natural objects and the artificial objects are also large-sized and medium-sized. And the scenery among the scenery information is artificial object and the natural object in the scenic spot, and the natural object and the artificial object that the scenery corresponds are miniature object, and through the view according to equidimension not, the acquisition mode that the object adopted different sight spot information, scenery signal, make information acquisition faster on the one hand, on the other hand information acquisition is more accurate. By downloading the main tour route, the scenic map, the map outside the scenic area, the public network information and the commercial network information of the scenic area, on one hand, the downloaded data is less and meets the basic needs of the user, and when the user arrives near the scenic spot, the scenic spot information and/or the scenery information which needs to be explained can be automatically or manually downloaded, so that the user can obtain the scenic spot information and the scenery information which need to be known, and the storage space and the flow of the intelligent user terminal 20 are saved.

The information stored in the data packet 11 mainly includes a scenic spot map, a map outside the scenic spot, scenic spot information, scenery information, public network information, business network information, and a tour route, and scenic spot labels and scenery labels are set on the scenic spot map, and public network labels and business network labels are set on the scenic spot map and the map outside the scenic spot. The public network labels are mainly used for labeling public facilities on a scenic spot map and a scenic spot foreign map, and the public facilities labeled by the public network labels mainly comprise public administrative facilities, public information facilities, public health facilities, public sports facilities, public culture facilities, public transportation facilities, public safety facilities, public banking facilities and the like, so that a user can quickly find public facility points needing to go to according to the scenic spot map and the scenic spot foreign map. The commercial site labels are mainly used for labeling commercial facility points, wherein the commercial facility points mainly comprise related commercial facility points such as hotels, restaurants, convenience stores, ticket outlets, local special product selling points and the like, so that a user can directly reach the commercial sites needing to go to according to the scenic spot map and the off-scenic spot map.

For a large-range scenic spot, the geographical position information of the scenic spot can be directly acquired through a navigation system, and the navigation system adopted in the embodiment comprises a GPS (global positioning system) and a Beidou positioning system, and the positions of the scenic spot or the scenic spot are positioned by using an off-line database. Because the geographical position information of the scenic spots in the large range on the map is obvious, the GPS or Beidou positioning system is adopted to position the scenic spots in the large range to obtain the geographical position information of the scenic spots, so that the position information of the scenic spots in the large range is more accurate.

For the scenic spots in a small range, because the specific geographical location information of the scenic spots in the small range is difficult to query on the map, corresponding beacons need to be set for the scenic spots in the scenic region, and meanwhile, beacons can also be set for the scenic spots which can be found on the navigation map. The beacon is wireless communication equipment in this embodiment, and this sight spot can send radio signal through wireless communication equipment, and wireless communication equipment includes bluetooth equipment, WIFI wireless device, adopts bluetooth communication equipment as the beacon of sight spot in this embodiment, and sends radio signal through bluetooth communication equipment, and the bluetooth on the intelligent user side 20 of also being convenient for directly opens and can search for the radio signal that this bluetooth communication equipment sent.

The scenic spot information acquisition method includes the steps that a navigation system is adopted to assist in positioning of a large-range scenic spot, corresponding wireless communication equipment is set for obtaining of a small-range or large-range scenic spot, and the information of the scenic spot is obtained through the navigation system or the wireless communication equipment so that the scenic spot information can be obtained more accurately.

After the user starts a self-help navigation system of the smart client 20, the specific operation mode is as follows:

the first receiving module 23 is configured to receive nearby scenic spot information and the data packet 11 sent by the server 10, when the user is located outside the scenic spot, the navigation request sent by the smart client 20 is sent to the server 10, and if the server 10 obtains the current location information of the smart client 20 through the navigation request and is outside the scenic spot, the smart client 20 receives nearby scenic spot information that is not far away from the current location, and the nearby scenic spot information explains each piece of nearby scenic spot information mainly through video information, image information, text information, and voice information, so that the user can know the nearby scenic spot information through the smart client 20 and then select an interested scenic spot to visit. When a user is located in a scenic spot, and the current location information corresponding to the navigation request sent by the intelligent user terminal 20 is in the scenic spot, the intelligent user terminal 20 receives a request sent by the server terminal 10 to download the data packet 11 of the scenic spot, if the intelligent server terminal 20 confirms that the data packet 11 is downloaded and receives the data packet 11 from the server terminal 10 corresponding to the scenic spot according to the current location information of the intelligent user terminal 20, and sends the data packet 11 to the intelligent user terminal 20, the first receiving module 23 of the intelligent user terminal 20 receives the data packet 11 corresponding to the scenic spot, and the data packet 11 obtained in this embodiment includes all relevant data in the scenic spot, and the information stored in the data packet 11 includes: scenic spot maps, out-of-scenic spot maps, scenic spot information, scenery information, public network information, commercial network information, and tour routes. The data packet 11 is directly downloaded so that the user does not need to download the related data in the scenic spot again, and meanwhile, the user visits through the tour route of the data packet 11 so as to improve the convenience of self-help tour of the user and enable the user to play more time-saving, labor-saving and money-saving.

After entering the scenic spot, the user directly calls the plurality of tour routes stored in the data packet 11 through the calling module 25, and selects the most suitable tour route according to the plurality of tour routes in the data packet 11 to navigate to, so that convenience in tour of the user is increased.

When entering a scenic spot and the user is located in a large range of scenic spots, the reading module of the smart client 20 reads the geographical location information of the scenic spot, and obtains the scenic spot information corresponding to the scenic spot from the data packet 11 according to the geographical location information of the scenic spot. Therefore, when the range of the scenic spot is large, the geographical position information of the scenic spot can be obtained and is subjected to filtering processing. The method mainly comprises the steps of calibrating the current position information of a user for many times every minute for obtaining the geographical position information of the scenic spots, judging the direction in which the user goes according to the azimuth angle and the speed information of the user, further judging the scenic spots in which the user goes, and then directly obtaining the geographical position information of the scenic spots through a navigation system, so that the scenic spot information of the scenic spots in a large range can be obtained more accurately.

For small-range scenic spots which are not displayed on a navigation system or large-range scenic spots which can be displayed on a map, preset wireless communication equipment is adopted, so that the intelligent user terminal 20 can acquire wireless signals of each scenic spot by starting a self-carried wireless communication function. The smart client 20 is provided with a reading module 22 for collecting wireless signals near the current location. Since the wireless communication device specific to each attraction is preset in the attraction, when the reading module 22 reads the specific wireless signal of the attraction, the calling module 25 of the smart client 20 calls the attraction information matched with the wireless signal in the data packet 11 according to the wireless signal. The intelligent user 20 directly reads the wireless signal and then directly calls the scenic spot information in the data packet 11, and the scenic spot information includes picture information, text information, voice information and video information, and the picture information is a picture of the scenic spot. The text information is the explanation information of the scenery spot, the voice information is the voice explanation of the text, and the video information is the voice and video introduction of the scenery spot, so that the user can comprehensively know the information of the scenery spot and can use the scenery conveniently by more people.

The voice information comprises dialect voice information, national voice information and foreign language voice information, and the dialect voice information is mainly matched with the corresponding dialect voice information according to user selection so as to increase the experience and the intimacy of the user.

Preferably, the first sending module 21 is further configured to send query information to the server 10, and after receiving and extracting the query information through the server 10, the first sending module can send corresponding feature information to the smart client 20. The first receiving module 23 is further configured to receive the feature information sent by the server 10. When a user needs to know a certain scenic spot or needs to query explanation information of a certain scenery in a scenic spot area after reaching each scenic spot, for example, when the user enters a certain exhibition hall, needs to know that a plurality of exhibits are placed in the exhibition hall, or knows a certain scenic spot in the scenic spot area, the user inputs query information of the scenery or the scenery to be known through the intelligent user terminal 20, wherein the query information includes: if a user can input picture information, voice information, text information and video information related to the scenery spot or scenery through the intelligent user terminal 20, the first sending module 21 of the intelligent user terminal 20 sends the inquiry information to the server terminal 10 after the inquiry information of the type is input. The input of picture information, voice information, text information and video information can be adopted through the query information, so that a user can conveniently acquire scene information in various modes so as to conveniently and quickly acquire the characteristic information corresponding to the query information.

If the query information input by the intelligent user terminal 20 is two-dimensional code information or bar code information, the calling module 25 directly calls the scenery spot information or scenery information matched with the two-dimensional code or bar code information according to the two-dimensional code information or bar code information, so that the user can quickly know the relevant information of the scenery spot or scenery.

If the query information is one of picture information, voice information, text information and video information, the intelligent user terminal 20 receives the characteristic information obtained by analyzing the query information from the server terminal 10, and the calling module 25 calls the corresponding scenery spot information or scenery information according to the characteristic information, so that the user can conveniently query the relevant information of the scenery spots or scenery to be known in a convenient manner, the applicability of the user is increased, and the requirements of different people on the query manner are met.

In summary, when the user sends a navigation request to the server 10 through the first sending module 21 before entering the scenic spot, the first receiving module 23 receives the nearby scenic spot information sent from the server 10, and the user can select the corresponding scenic spot to visit according to the nearby scenic spot information received by the first receiving module 23. When the user enters the scenic spot, the user can start the self-navigation service and download the data package 11 of the scenic spot through the download module 24 according to one of the two download methods. Then, the first receiving module 23 of the smart client 20 receives the data packet 11 sent from the server 10, and selects a plurality of tour routes from the data packet 11, and the user starts real-time navigation after selecting the tour route through the smart client 20. When the user reaches a large-range scenery spot, the reading module 22 reads the geographical position information of the scenery spot, and then the scenery spot fineness matched with the geographical position information in the data packet is obtained according to the geographical position information of the scenery spot. When a user arrives at a scenic spot installed on the wireless communication device, the reading module 22 reads a wireless signal sent by the wireless communication device preset on the scenic spot, the calling module 25 calls scenic spot information corresponding to the wireless signal according to the wireless signal, and the user grasps relevant information of the current scenic spot through the scenic spot information received by the intelligent terminal 20, so that convenience and entertainment of the whole tour are improved. When some scenic spots or scenic scenes are not provided with wireless communication equipment, a user sends query information for collecting the scenic spots or scenic scenes to the server 10 through the first sending module 21, then the first receiving module 23 receives feature information of the corresponding scenic spots or scenic scenes, and the calling module 25 calls the scenic scene information corresponding to the scenic spots or scenic scenes in the data packet 11 through the feature information, so that the user can quickly know the scenic spots or scenic scenes information. Meanwhile, the user can navigate according to the selected tour route, so that the user can conveniently obtain the scenery spot information or scene information while navigating.

Example two: the difference between this embodiment and the embodiment is that when the smart client 20 enters a large-scale scenic spot, for example, enters a certain exhibition hall, the reading module 22 of the smart client 20 reads the wireless signal sent by the wireless communication device originally set in the scenic spot or the geographic location information sent by the navigation system, and the calling module 25 of the smart client calls the scenic spot information matched with the wireless signal or the geographic location information in the data packet 11 and the scenery list in the scenic spot, and the user can click the scenery in the scenery list according to the scenery list displayed by the smart client 20, and the calling module 25 directly calls the scenery information related to the clicked scenery in the data packet 11, so that the user can directly click the scenery list displayed on the smart client 20 to obtain the scenery information to be understood when entering a large-scale scenic spot with more people, the query information of the scene is not required to be found crowded in people, and convenience of users is improved.

Example three: public network labels and commercial network labels are arranged on the scenic spot map and the map outside the scenic spot, scenic spot labels and scenery labels are further arranged on the scenic spot map, each scenery label corresponds to scenery information of each scenery, and each scenery label page corresponds to scenery information of each scenery. When a user clicks a public site label on a scenic spot map or a map outside the scenic spot to form a corresponding public site instruction, and clicks a commercial site label, a scenic spot label and a scenery label to form a corresponding commercial site instruction, a scenery instruction and a scenery instruction, the reading module 22 is further used for reading one of the corresponding scenic spot instruction, the scenery instruction, the public site instruction and the commercial site instruction, if the scenery instruction read by the reading module 22 is read, the calling module 25 directly calls the scenery information in the data packet 11 according to the scenery instruction, namely, when the user can directly click the scenery label on the scenic spot map in a manual mode and then directly display and explain the scenery information corresponding to the scenery label, so that the user can directly view the scenery information at rest, the scenic spot can be more easily and conveniently browsed, and if the user clicks the scenery label in the scenery, the calling module 25 calls scene information corresponding to the scene command so that the user can directly know the scene and scene information. If the reading module 22 reads the public site instruction, the calling module 25 or the public site information matched with the public site instruction in the data packet is called, meanwhile, the calling module 25 calls the tour route related to the public site label and the current position in the data packet 11, so that the user can conveniently select the tour route after knowing the public site information, the first navigation module 26 navigates the public site label according to the tour route, and similarly, the commercial site instruction calls the commercial site information and the tour route through the calling module 25, and then the first navigation module 26 navigates according to the tour route, so that the user can conveniently and quickly arrive at the public facility point on the map of the scenic spot or the map of the scenic spot.

If the user is tired and cannot go to the scenic spot during the tour process, the user clicks the scenic spot label or the scenery label on the scenic spot map, the reading module 22 directly reads the scenic spot instruction or the scenery instruction, and the calling module 25 directly calls the scenic spot information or the scenery information matched with the scenic spot instruction or the scenery instruction according to the scenic spot instruction or the scenery instruction, so that an operator can directly view the related information of the scenic spot. When a user wants to search for public facilities, the user can also click on public network point labels or commercial network point labels on a map of a scenic spot or a map outside the scenic spot, the reading module 22 directly reads a public network point instruction or a commercial network point instruction, the calling module 25 calls public network point information and a tour route related to the public network point instruction or commercial network point information and a tour route corresponding to the commercial network point instruction, and the first navigation module 26 navigates according to the tour route so that the user can know to quickly reach the public facilities or accommodation points to which the user wants to go.

Example four: the embodiment discloses a self-help navigation device, which is different from the first embodiment in that if a large-range scenic spot is stored, the geographical location information of the scenic spot can be directly acquired through a navigation system, and a reading module directly calls the scenic spot information corresponding to the geographical location information in a data packet 11 according to the geographical location information sent by a server 10. If the user arrives at the installation point of the wireless user equipment, the wireless communication equipment arranged in the scenic spot sends out a wireless signal, the wireless signal read by the reading module 22 contains the geographical position information of the scenic spot, the first sending module 21 sends the wireless signal to the server 10, the intelligent user terminal 20 matches the scenic spot position information stored in the server 10 according to the geographical position information in the wireless signal, then the first receiving module 23 receives the sight position information sent from the service end 10, then the calling module 25 calls the sight information matched with the sight position information in the data packet 11 according to the sight position information, so that only the corresponding geographical position information needs to be set in the wireless communication devices, the wireless signals transmitted by each wireless communication device do not need to be different, thus, the setting of the wireless communication device is simpler and easier, and the scenic spot information called by the calling module 25 is more accurate.

Example five: referring to fig. 1, an embodiment of the present invention discloses a self-help navigation device, which is installed on a server 10 and includes: before starting the self-help scenic spot navigation service, the wireless communication devices need to be deployed in scenic spot services in each scenic spot, wherein the deployed wireless communication devices send wireless signals, and the wireless signals include scenic spot information matched with the scenic spots. After the wireless communication device is deployed, the scenic map, the map outside the scenic region, the public network information, the commercial network information, the scenic spot information, and the scenery information of each scenic region are stored in the data packet 11. Wherein the wireless signals transmitted by the wireless communication devices at each attraction match the attraction information. The scenery information and the scenery information include: picture information, text information, voice information, video information. Scenic spot labels, scenery labels, public site labels and commercial site labels are arranged on the scenic spot map, each scenery label stores corresponding scenery information, and similarly, scenery label pages store corresponding scenery information.

After the second receiving module 12 receives the navigation request sent from the smart client 20, the obtaining module 13 reads the current position information of the smart client 20 according to the navigation request, and determines whether the current position information of the smart client 20 is in a scenic spot or out of the scenic spot, if the current position information is out of the scenic spot, the obtaining module 13 obtains nearby scenic spot information near the current position information through the navigation system, wherein the obtaining module 13 obtains the current position information and the nearby scenic spot information of the smart client 20 through the GPS navigation system or the beidou navigation positioning information, wherein the nearby scenic spot information is the nearby scenic spot information, and the nearby scenic spot information pushed to the smart client 20 is the nearby scenic spot information of the current position information, so that the user can select a scenic spot to go to a tour through the scenic spot information pushed on the smart client 20. If the current position information is located in the scenic spot, the obtaining module 13 first obtains the data packet 11 of the scenic spot matched with the current position information and sends the data packet to the smart client 20 through the second sending module 16. The wireless signals of the scenic spot are acquired through the preset wireless communication equipment, so that the number of the wireless communication equipment is saved.

Regarding the transmission of the data packet 11 to the intelligent user side 20, there are two main ways, one is to directly store all data in the scenic spot in the data packet 11 of the intelligent user side 20, and the other is to primarily store the scenic spot map, the map outside the scenic spot, and the tour route of the scenic spot in the data packet 11 transmitted to the intelligent user side 20 for the first time, and when the current position information of the intelligent user side 20 is detected to be near the scenic spot, the scenic spot information and the scenery information stored in the data packet 11 are transmitted to the intelligent user side 20. The data packet 1 is sent in two modes, so that a user can select a data packet 11 downloading mode according to the requirement of the user.

When a user wants to know scene information in a scene after visiting a certain scene, the second receiving module 12 receives query information sent from the intelligent user terminal 20, and the query information may be query information of the scene or query information of the scene. The feature extraction module 14 performs feature extraction according to the received query information, since the query information includes two-dimensional code information, barcode information, picture information, voice information, text information and video information, and the server 10 receives the picture information, voice information, text information and video information sent from the smart client 20. The feature extraction module 14 extracts image key features according to the picture information, the feature extraction module 14 extracts voice keywords according to the voice information, the feature extraction module 14 extracts keywords according to the text information, the feature extraction module 14 extracts image key features in the video frame images after dividing the video frame images according to the video information, the feature extraction module 14 extracts the features and then sends the feature information to the intelligent user side 20, so that a user can obtain scene information matched with the scene information by submitting query information according to the scene with a small range, and the experience of the user is further improved. If the query information is received, the server 10 searches scenes in the scenic spot where the smart client 20 downloads the data packet 11, and only searches for information of all scenes in the scenic spot and matches the features, which is beneficial to saving the time for querying the feature information, and is faster for querying the feature information.

The second sending module 16 mainly sends the information, data packets and feature information of nearby scenic spots to the smart client 20, so that the smart client 20 can move continuously in the scenic spots and obtain corresponding services.

The tour route recommending module 17 is used for matching corresponding tour routes according to the current position information, wherein each scenic spot is provided with a plurality of tour routes, the tour routes of the scenic spot are obtained when the current position information is detected to be located in the scenic spot, the tour route recommending module 17 screens out the tour routes of which the current position information is located in the tour routes according to the current position information, the tour routes are sent to the intelligent user terminal 20 through the second sending module 16, the intelligent user terminal 20 selects one of the tour routes after obtaining the plurality of tour routes, and the second navigation module 18 navigates according to the selected tour route, so that a user can obtain the sight spot information in the navigation process, and the convenience of self-help tour of the user is improved.

Example six: the difference between this embodiment and the fifth embodiment is that, different from the way of obtaining the scenic spot information, in this embodiment, an autonomous navigation further includes a positioning module 15. The geographical position information corresponds to longitude and latitude coordinate information of the scenic spots through a navigation system, wherein the navigation system comprises a GPS navigation system, a Beidou navigation positioning system and an LBS base station positioning system, and the geographical position information of each scenic spot is acquired through the GPS navigation system or the Beidou navigation positioning system so as to facilitate the acquisition of the position information of the scenic spots.

The positioning module 15 mainly matches the corresponding scenic spot position information according to the wireless signal or the current position information sent by the intelligent user terminal 20, when the scenic spot range is large, the scenic spot position information that has been positioned can be obtained through the navigation system, after the obtained scenic spot position information is filtered, the current position information needs to be calibrated for many times according to each minute of the navigation system to judge whether the current position information is the scenic spot position information, wherein the navigation system includes: in this embodiment, the current position information is more accurate by mainly positioning the smart client 20 through the GPS navigation system and performing auxiliary positioning through the beidou navigation positioning system or the LBS base station positioning system. Because the scenic spot position information originally identified in the GPS navigation system is obtained, the scenic spot information configured with the scenic spot position information in the data packet 11 can be called by the positioning module 15 only after matching the scenic spot position information positioned by the GPS navigation system with the current position information, and the azimuth angle and the speed information in the current position information are mainly obtained by the GPS navigation system to determine the direction in which the intelligent user terminal 20 is advanced, so as to determine the scenic spot position information closest to the user. For the situation that the user is close to a relatively close scenic spot, at this time, the GPS navigation system cannot accurately navigate to accurate scenic spot position information, and the intelligent user terminal 20 acquires scenic spot information corresponding to the wireless signal in the wireless signal calling data packet. The scenic spot information of the scenic spot can be obtained through the preset wireless communication equipment for scenic spots with small ranges, so that the scenic spot position information can be automatically and accurately positioned according to the current position information of the user. Because GPS navigation system, big dipper navigation positioning system and LBS basic station positioning system can only fix a position the scope wide, and the precision is not high moreover, and the precision of WIFI location, bluetooth locate mode is high but be applicable to all scenic spots, so fix a position in order to obtain scenic spot positional information to different scenic spots respectively through navigation system and wireless communication equipment to the scenic spot position that the user moved of scenic spot information of output is the same, improves the convenience of user when self-service touring.

Example seven: referring to fig. 1, this embodiment discloses a self-service guide system, including server 10 and intelligent user side 20, server 10 passes through the communication connection with intelligent user side 20, the communication connection can adopt wired connection, also can adopt wireless connection, wired connection is the telephone data line, optic fibre data line etc, wireless connection can be bluetooth wireless communication, WIFI wireless communication and mobile data communication etc, adopt wireless connection as the communication connection in this embodiment, and this wireless connection is bluetooth wireless communication, so that the server long-range receipt criticizes the information of each local intelligent user side 20 output.

The intelligent user terminal 20 and the service terminal 10 may adopt fixed terminals or mobile terminals; the fixed terminal can be an all-in-one machine or a desktop computer. The mobile terminal is preferably a PAD, a smart phone, a mobile laptop and the like; in this embodiment, the intelligent user terminal 20 preferably adopts a mobile terminal, and the server terminal 10 preferably adopts a fixed terminal.

Example eight: the embodiment of the invention discloses a self-help navigation method, which is executed by an intelligent user side, wherein the self-help navigation method executed by the intelligent user side is mainly executed by a client on the intelligent user side, and the method executed by the intelligent user side specifically comprises the following steps:

the method comprises the steps of sending a navigation request and receiving nearby scenic spot information sent by a server, starting a positioning system to send the navigation request to the server after a user opens a client, obtaining current position information of an intelligent user terminal according to the navigation request after the server receives the sent navigation request, and receiving the nearby scenic spot information sent by the server if the current position information is located outside the scenic spot so that the user can conveniently select a scenic spot of a mood instrument to browse according to the nearby scenic spot information, wherein the nearby scenic spot information comprises the distance between the current position of the user and the nearby scenic spots, the attributes of the scenic spots and the star level of the scenic spots, and the nearby scenic spot information of the user can be provided in various aspects.

Acquiring a data packet of a scenic spot corresponding to the current position information, wherein the information stored in the data packet comprises: the system comprises scenic spot information and scenic spot information, wherein a user receives a data packet push from a scenic spot after entering the scenic spot and whether the data packet push is downloaded, and then the user can download the data packet of the scenic spot on a client so as to directly call corresponding explanation information in the scenic spot. The scenery spot information and the scenery information comprise picture information, character information, voice information and video information, and the scenery spot information and the scenery information can be used for various people to know the relevant information of the scenery spot or the scenery through the picture information, the character information, the voice information and the video information. The voice information comprises dialect voice information, national voice information and foreign language voice information, so that different groups can conveniently adopt different voice modes, and the user's familiarity is improved.

The data package is downloaded mainly in two ways, the first download data package is the data package of all relevant data in the scenic spot, and the data package includes: the system comprises scenic spot information, scenery information, scenic spot maps, scenic spot outside maps, tour routes, public network information and commercial network information, so that the complexity of downloading again can be completely saved by downloading in one time. And secondly, downloading the scenic spot information and the scenery information of the scenic spot according to the requirements when the user arrives at the scenic spot or needs to know a certain scenic spot for downloading the scenic spot map, the map outside the scenic spot and the tour route in the data packet of the scenic spot for the first time so as to save the flow for downloading and the storage space of the intelligent user side.

If the vehicle is located in a large-range scenic spot, namely the scenic spot marked on the navigation map, acquiring the geographical position information of the positioning of the scenic spot by the navigation system, and acquiring the scenic spot information corresponding to the scenic spot in the data packet according to the geographical position signal; the method comprises the steps of obtaining geographic position information of the scenic spot, then carrying out filtering processing on the geographic position information, calibrating current position information for many times every minute, meanwhile, judging the traveling direction of a user according to the azimuth angle and speed information of the current position information of the user, judging the scenic spot where the user is heading, and then obtaining the geographic position information of the scenic spot.

If the scene point is located at the scene point set by the wireless communication equipment, reading a wireless signal sent by the preset wireless communication equipment, and displaying the scene point information matched with the wireless signal in the explanation data packet; the obtaining of the scenery spot information corresponding to the wireless signal matching in this embodiment is mainly as follows: the scenic spot confirms can set up corresponding wireless communication equipment on each sight spot after needing to explain in the scenic spot, and the wireless signal that wireless communication equipment on each sight spot sent all wants to match with this sight spot information, owing to set up wireless communication equipment near the sight spot in advance, so can read the wireless signal of wireless communication equipment transmission when the user removes to the sight spot, directly call the sight spot information that corresponds with wireless signal in the data packet according to wireless signal, so that intelligent user end can explain the sight spot information of passing by way automatically when the sightseeing, so that the user can know the sight spot information in the scenic spot while visiting.

The scenic spot information of the scenic spot can be acquired by adopting various modes aiming at the scenic spot, and the scenic spot information can also be acquired by directly adopting wireless communication equipment, so that the scenic spot information can be acquired accurately, and the experience of a user is improved.

In another embodiment, if the acquired wireless signal is a wireless signal designated as a scenery spot, the scenery information corresponding to the wireless signal is called and the scenery list covered by the scenery is acquired, and if the geographical position information of the scenery is sent by the navigation system, the scenery list in the scenery corresponding to the geographical position information in the data packet is called. The scenery explanation information matched with the scenery in the data packet can be called by clicking any scenery on the scenery list according to the user, so that the user can directly acquire the scenery list in a certain large scenery spot when entering the scenery, the information of the scenery is acquired without going to the scenery, and the scenery information of the scenery can be directly inquired, and the scenery information is convenient to acquire at the scenery with many people.

The method comprises the steps of inputting query information, sending the query information to a server and receiving feature information corresponding to scenery or scenery spots fed back by the server, wherein the query information comprises two-dimensional code information, bar code information, picture information, voice information, character information and video information, if the query information is the two-dimensional code or the bar code, an intelligent user side directly calls the corresponding scenery or scenery information in a data packet according to the scanned two-dimensional code or the bar code, if the query information is the picture information, the voice information, the character information and the video information, the intelligent user side sends the picture information, the voice information, the character information and the video information to the server and receives the feature information corresponding to the picture information, the voice information, the character information and the video information. When a user wants to know the scenery or the scenery spot information before the scenery is reached, and the user inquires by adopting picture information, voice information, character information or video information, the server analyzes and matches corresponding characteristic information according to the inquiry information, and the intelligent user side calls the scenery information in the data packet according to the characteristic information, so that the user can directly acquire the related information of the scenery aiming at the scenery needing to be known, and the experience of the user is improved.

Preferably, the data packet further stores a scenic spot map and an external scenic spot map, wherein the scenic spot map is provided with a scenic spot tag, a public website tag and a commercial website tag, the external scenic spot map is provided with the public website tag and the commercial website tag, the scenic spot tag correspondingly stores scenic spot information corresponding to the scenic spot tag, and similarly, the scenic spot tag correspondingly stores scenic spot information corresponding to the scenic spot tag.

Reading a sight spot instruction formed by clicking a sight spot label on a sight spot map by a user, and displaying and explaining sight spot information corresponding to the sight spot instruction in a data packet; when the user is tired in the tour, the scenic spot label or the scenery label on the scenic spot map can be directly clicked, and meanwhile, the intelligent user side directly displays the scenic spot information after the scenic spot label is clicked, so that the user can directly inquire the scenic spot information without walking to the scenic spot.

And reading public network point labels clicked by a user on a scenic spot map or a scenic spot extra map to form a public network point instruction, calling a tour route corresponding to the public network point labels in the data packet according to the public network point instruction, and navigating. And if the user selects to go to, selecting a corresponding tour route in the data packet according to the current position of the user and the position between the public network point labels, and navigating according to the tour route so that the user can quickly find out the public facilities to go to.

The method comprises the steps of reading a user clicks a commercial site label on a scenic spot map or a scenic spot extra map to form a commercial site instruction, calling commercial site information in a data packet according to the commercial site instruction, and navigating according to a tour route corresponding to the commercial site label, wherein the commercial site label is mainly a label of a hotel, a restaurant, a convenience store, a local special selling and selling site and the like, and navigating for the user according to the tour route according to the commercial site label clicked by the user, so that the user can quickly find the commercial site for consumption.

Example nine: the embodiment of the invention discloses a self-help navigation method, which is executed by a server and comprises the following steps:

storing sight spot information and scenery information into a data packet, when starting self-service navigation, need earlier acquire the longitude and latitude coordinate information of every sight spot through navigation, then arrange wireless communication equipment at every sight spot position, wherein navigation includes GPS navigation, big dipper navigation positioning system, LBS basic station positioning system, and wireless communication equipment is bluetooth wireless equipment, WIFI wireless equipment, after wireless communication equipment has been deployed with every sight spot position information and wireless communication equipment's position matching and storage in the database, and the sight spot information storage that sight spot position information matches is in the data packet, wherein sight spot information and scenery information include: the scenic spot information comprises picture information, text information, voice information and video information, namely picture information, text information, voice information and video information data matched with each scenic spot position and scene, so that a user can know the scenic spot through each data when the user arrives at each scenic spot, and the experience of the user is further increased.

Referring to fig. 2, the navigation system is started according to the navigation request to position the smart user terminal to obtain the current location information, in this embodiment, the current location of the smart user terminal is positioned through the GPS navigation system, and the Beidou navigation positioning system and the LBS base station positioning system are used to perform the auxiliary positioning, so that the current location information of the smart user terminal is more accurately obtained.

Acquiring and sending a plurality of pieces of nearby scenic spot information or data packets of scenic spots where the current position is located to an intelligent user side according to the distance relationship between the current position information and the scenic spots, wherein the data packets specifically comprise:

when the current position information is positioned outside the scenic spot, sending nearby scenic spot information within a second distance range set by the distance from the current position information to the intelligent user side, and when the user is positioned outside the scenic spot, acquiring the position of the intelligent user side through a navigation system and simultaneously acquiring the scenic spot information within the second distance range from the intelligent user side so as to attract the user to go to the scenic spot for viewing;

referring to fig. 3, when the current position information is located in the scenic spot, the data packet of the scenic spot is acquired and sent to the intelligent user side, if the current position information acquired by the navigation system is in the scenic spot, the intelligent user side can be positioned in real time through the navigation system, and meanwhile, the data packet of the scenic spot is sent to the intelligent user side, so that the user can download the data packet of the scenic spot through the intelligent user side, and the scenic spot information and the scenic spot explanation information in the scenic spot can be directly acquired.

When the distance range between the user and the scenic spot is large, the scenic spot position information near the user can be obtained through the navigation system, wherein the scenic spot position information is obtained in a circle with the user as the circle center and the diameter as the set distance range, and then the direction to which the user is to approach can be judged according to the azimuth angle and the speed in the current position information, so that the scenic spot position information with the nearest direction can be selected. And the scenic spot position information is sent to the intelligent user side, so that the intelligent user side can directly obtain the scenic spot information according to the scenic spot position information obtained by the environmental navigation system.

Receiving query information sent by an intelligent user terminal, extracting characteristics, matching the query information with scenery or scenic spots in the scenic spot to acquire corresponding characteristic information, wherein the characteristic information is classified and stored in a database of the scenic spot, so that after each scene query is obtained, corresponding characteristic information is searched in the database of the scene, and corresponding classification labels are set in the database, such as trees, houses, exhibits, books, articles, pictures and the like, when query information is received, the query information is extracted to which category the query information belongs, then, the feature information which is the same as or similar to the extracted features is inquired in the category, the corresponding feature information is matched and then sent to the intelligent user side, therefore, the intelligent user side can conveniently acquire the corresponding scenery spot information or scenery information according to the characteristic information, and the user can directly inquire the scenery information which the user wants to know.

Through sight spot, the scenery of equidimension not, adopt different modes to acquire this sight spot positional information to sight spot positional information who acquires again sends sight spot positional information to intelligent client, so that the sight spot positional information who takes is more accurate.

Preferably, a self-help navigation method further comprises:

designing a plurality of tour routes aiming at the sight spot position information of each sight spot and storing the tour routes in a data packet;

sending the tour route positioned in the tour route according to the current position information to the intelligent user side;

and navigating according to the tour route selected by the intelligent user side.

When a user starts the path guidance service, the tour route where the intelligent user side is located is matched according to the current position information of the intelligent user side, then the tour routes are sent to the intelligent user side for selection by the user, and the user can navigate in real time according to the selected tour route after selecting so that the user can navigate and listen to explanation information at the same time, and therefore the user can visit by himself/herself more conveniently. The scenic spot reminding method comprises the steps of providing scenic spot reminding when a user arrives at a scenic spot while navigating according to a tour route, so that the user can be reminded to put forward explanation information of the scenic spot.

While the preferred embodiments of the present invention have been illustrated and described, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims

1. A self-help navigation method is characterized by being executed by an intelligent user side, and the self-help navigation method comprises the following steps:

2. The self-help navigation method according to claim 1, further comprising:

and acquiring a wireless signal or geographical position information, calling a scenery list in a scenery spot corresponding to the wireless signal or geographical position information in the data packet, and displaying and explaining the corresponding scenery information in the data packet according to the scenery clicked in the scenery list.

3. The self-help navigation method according to claim 1, wherein the scenery spot information and scenery information include picture information, text information, voice information, video information;

4. A self-navigation method as claimed in any one of claims 1 or 2, wherein the information stored in the data package further comprises: the map comprises a scenic spot map, an out-of-scenic spot map, a tour route, public website information and commercial website information, wherein a scenic spot label, a scenery label, a public website label and a commercial website label are arranged on the scenic spot map, and the public website label and the commercial website label are arranged on the out-of-scenic spot map;

5. The self-help navigation method according to any one of claims 1 or 2, wherein "acquiring a wireless signal and displaying the scenic spot information matched with the wireless signal in the data packet" may be replaced by:

6. The self-help navigation method according to any one of claims 1 or 2, wherein the query information comprises: two-dimensional code information, bar code information, picture information, voice information, text information, and video information,

7. The self-help navigation method according to claim 4, wherein the information acquisition in the data package has two modes, specifically:

secondly, the data packet downloads all information in the scenic spot corresponding to the current position.

8. A self-help navigation method is characterized by being executed by a server side, and comprises the following steps:

9. The utility model provides a self-service guide to visitors device which characterized in that installs in intelligent user side, self-service guide to visitors device includes:

10. The utility model provides a self-service guide to visitors device which installs on the server side, self-service guide to visitors device includes: