WO2020143354A1

WO2020143354A1 - Method and system for automatically introducing scenic spot based on satellite positioning

Info

Publication number: WO2020143354A1
Application number: PCT/CN2019/122008
Authority: WO
Inventors: 黄飞; 林延; 陆鑫; 张晨阳; 周庆; 吴志诚
Original assignee: 同程网络科技股份有限公司
Priority date: 2019-01-11
Filing date: 2019-11-29
Publication date: 2020-07-16
Also published as: CN109545108A

Abstract

A method and system for automatically introducing a scenic spot based on satellite positioning. The method comprises: configuring an automatic introduction area for each scenic spot in a scenic area, and generating a first type of data information corresponding to the automatic introduction area (S100); acquiring a geographic position where a mobile phone terminal of a tourist is located, and generating a second type of data information corresponding to the geographic position (S200); aggregating and analyzing the first type of data information and the second type of data information, and generating a third type of data information (S300); and determining, according to the third type of data information, whether to play introductory audio of a corresponding scenic spot or not to play the introductory audio (S400).

Description

Method and system for automatically explaining scenic spots based on satellite positioning

This disclosure requires the priority of a Chinese patent application filed with the China Patent Office and application number 201910027910.1 on January 11, 2019. The entire contents of the above applications are incorporated by reference in this disclosure.

Technical field

This application relates to the technical field of mobile Internet applications, for example, to a method and system for automatically explaining scenic spots based on satellite positioning.

Background technique

In related technologies, when a tourist visits a scenic spot, he usually rents a hardware device player provided by the scenic spot to listen to the explanation of each scenic spot in the scenic spot. The hardware device player and the hardware device installed in each scenic spot can form a specific band The transmission of frequency signals, so that the hardware device player can play the audio of the designated scenic spot. E.g:

D1: The Chinese Patent No. CN108901005A filed by Guangzhou Donkey Technology Co., Ltd. on June 12, 2018 discloses a method and system for automatic explanation. The method includes: pre-storing scenic spot identification and Bluetooth device identification 1. A mapped list and attractions explain voice data to an Internet server; scan the Bluetooth devices placed at the attractions to obtain a specific Bluetooth device ID; determine whether the specific Bluetooth device ID is the same as the Bluetooth device ID in the list; when the When the specific Bluetooth device ID is the same as the Bluetooth device ID in the list, triggering the playback of the scenic spot explanation voice data corresponding to the specific Bluetooth device ID.

D2: The Chinese Patent No. CN108648669A filed by Lishui Yifanjia Mould Technology Co., Ltd. on July 14, 2018 discloses a dual-position multi-scene automatic interpreter, including a bracket and several mounted on the bracket The interpreter, the bracket is in a horizontal U-shaped structure, and the bottom of the inner side of the bracket is provided with several charging seats for charging the interpreter. The interpreter includes a shell, a lanyard and audio equipment, and the lanyard is connected to the top of the shell. A main control chip, a first-level positioning module, a second-level positioning module and a storage module are arranged in the casing. A display screen and a button module are arranged on the outside of the casing. The second-level positioning module is in communication connection with a number of tag cards provided in the scenic spot. The main control chip starts the radio frequency transmission module to send signals to the surroundings. When the signal is received by the tag card in the area, the tag card replies a pulse signal with address information to the radio frequency transmission module. The main control chip calls out the relevant information based on this address information. The audio commentary file is played to the user for listening.

It can be seen from the above documents that the solution for automatically explaining attractions by carrying a hardware device player is relatively mature, but the related technical solutions in the above also have the following defects: visitors need to carry an additional hardware device player to achieve the attractions in the scenic spot It is automatically explained, and it is very inconvenient to carry the hardware device player, which is easy to affect the experience of tourists. At the same time, the hardware device player will cause additional hardware maintenance costs for the scenic spot.

Summary of the invention

This application provides a method and system for automatically explaining scenic spots based on satellite positioning.

This application provides a method for automatic interpretation of scenic spots based on satellite positioning. Its advantages are that it can significantly improve the user experience and save the hardware maintenance costs of scenic spots;

The present application also provides an automatic interpretation system for scenic spots based on satellite positioning, which has the advantage of giving a good user experience to tourists in scenic spots, and does not require the installation of hardware equipment for automatic interpretation in scenic spots, which reduces the maintenance cost of scenic spots.

The automatic interpretation method of scenic spots based on satellite positioning in this application is achieved through the following technical solutions:

A method for automatically explaining scenic spots based on satellite positioning includes the following steps:

Configure an automatic interpretation area for each scenic spot in the scenic area and generate a type of data information corresponding to the automatic interpretation area;

Obtain the geographic location where the mobile phone of the visitor is located and generate two types of data information corresponding to the geographic location;

Aggregate and analyze the first-class data information and the second-class data information and generate three types of data information;

According to the three types of data information, it is determined whether to play the explanation audio of the corresponding scenic spot or not to play the explanation audio.

By adopting the above technical solution, each scenic spot of the scenic spot has an automatic interpretation area. During the actual tour, tourists will enter the automatic interpretation area of multiple scenic spots one after another. Because satellite positioning monitors the geographic location of the mobile phone of the tourists in real time, when the tourist holds the mobile phone to enter the automatic interpretation area of a certain attraction, the mobile phone of the tourist automatically starts to play the audio of the explanation of the corresponding attractions for the tourists. Tourists can realize the automatic explanation of scenic spots in scenic spots without carrying additional hardware equipment players, which significantly improves the user experience and saves the hardware maintenance cost of scenic spots.

Optionally, configure an automatic interpretation area for each scenic spot in the scenic spot and generate a type of data information corresponding to the automatic interpretation area, including:

Select the coordinate point X and coordinate point Y within the geographical location of the scenic spot;

Acquiring valid data of the coordinate point X and the coordinate point Y, the valid data including the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y;

Obtain the condition Z corresponding to the automatic interpretation area of the scenic spot, where the condition Z is a certain location point within a geographic area surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2, and the automatic interpretation area of the scenic spot A set of all position points that satisfy the condition Z;

Generate a type of data information corresponding to the automatic interpretation area of the scenic spot, where the type of data information includes the number information and condition Z of the scenic spot.

By adopting the above technical solution, a geographical range within the scenic spot can be accurately selected as the automatic interpretation area of the scenic spot, and each scenic spot corresponds to a condition Z and an automatic interpretation area, ensuring that the tourists can listen accurately when using Explain audio without error.

Optionally, the two types of data information include latitude W1 and longitude W2 corresponding to the geographic location where the mobile phone of the visitor is located.

By adopting the above technical solution, it is possible to monitor the geographic location of the mobile phone of the visitor in real time, so as to accurately perform audio playback judgment.

Optionally, the first-class data information and the second-class data information are collectively analyzed and three types of data information are generated, including:

Analyzing whether the position points corresponding to the latitude W1 and the longitude W2 in the second-type data information satisfy the condition Z in the first-type data information;

If the location points corresponding to the latitude W1 and the longitude W2 in the second-class data information satisfy the condition Z in the first-class data information, a class containing the mobile phone mobile terminal of the tourist in the automatic interpretation area of the corresponding scenic spot is generated Three types of data information for analyzing data;

If the location points corresponding to the latitude W1 and the longitude W2 in the second-class data information do not satisfy the condition Z in the first-class data information, a second class including the mobile phone mobile terminal of the tourist who is not in the automatic interpretation area of the scenic spot is generated Three types of data information for analyzing data.

By adopting the above technical solution, it is possible to quickly match the geographic location of the mobile phone of the tourist with the automatic interpretation area corresponding to each scenic spot, so as to quickly play the adapted audio for the tourist.

Optionally, determining whether to play the explanation audio of the corresponding scenic spot or not according to the three types of data information includes:

If the three types of data information include the second type of analysis data of the tourist’s mobile terminal that is not in the automatic interpretation area of the scenic spot, the explanation audio is not played or the current explanation audio is played;

If the three types of data information include a type of analysis data in the automatic interpretation area of the corresponding scenic spot of the mobile phone terminal of the tourist, it is determined whether the explanation audio of the corresponding scenic spot is currently being played;

If it is judged that the mobile phone of the current tourist is playing the explanation audio of the corresponding scenic spot, the current explanation audio is kept playing;

If it is judged that the mobile phone of the current tourist is not playing the explanation audio of the corresponding attraction, the explanation audio currently being played is stopped and the explanation audio of the corresponding attraction is started, or the explanation audio of the corresponding attraction is directly played.

By adopting the above technical solution, when a tourist walks out of the automatic explanation area of a certain scenic spot but does not enter the automatic explanation area of other scenic spots, the current explanation audio will continue to play until the audio playback ends. When a visitor enters the automatic explanation area of another attraction, the system will stop the explanation audio of the previous attraction and start playing the explanation audio of the current attraction. When the tourist leaves the automatic explanation area of the attraction but is still in the attraction, and later enters the automatic explanation area of the attraction again, the original explanation audio of the attraction continues to play without triggering any operation, which improves the user experience .

The automatic interpretation system of scenic spots based on satellite positioning in this application is realized through the following technical solutions:

An automatic interpretation system for scenic spots based on satellite positioning, including:

The automatic interpretation area agreement module is configured to configure an automatic interpretation area of each scenic spot of the scenic spot and generate a type of data information corresponding to the automatic interpretation area of each scenic spot;

The satellite positioning acquisition module is set to acquire the geographic location of the mobile phone of the visitor and generate two types of data information corresponding to the geographic location;

The server analysis module is configured to aggregate and analyze the first-class data information generated by the automatic interpretation area agreement module and the second-class data information generated by the satellite positioning acquisition module and generate three types of data information;

The product function display module is configured to determine whether to send a type 1 trigger signal that plays the explanatory audio of the corresponding scenic spot to the tourist mobile phone mobile terminal according to the three types of data information generated by the server analysis module or a type 2 trigger signal that does not play the explanatory audio .

By adopting the above technical solution, there are multiple scenic spots in the same scenic spot, and each scenic spot has an automatic interpretation area. The satellite positioning acquisition module can acquire the satellite positioning data currently possessed by the mobile phone mobile device in real time, and upload the acquired positioning data to the server. When the tourist holds the mobile terminal of the mobile phone and enters the automatic interpretation area of a certain scenic spot, the mobile terminal software of the mobile phone receives the corresponding trigger signal, that is, the tourist can use the automatic interpretation function. This brings a good user experience to the tourists in the scenic spot, and at the same time, because there is no need to install hardware equipment for automatic explanation in the scenic spot, it also reduces the maintenance cost of the scenic spot.

Optionally, the automatic interpretation area agreement module includes:

The coordinate point selection unit is set to select the coordinate point X and the coordinate point Y within the geographic location where the scenic spot is located;

The latitude and longitude acquiring unit is configured to acquire effective data of the coordinate point X and the coordinate point Y, the effective data including the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y;

The condition generating unit is set to obtain a condition Z corresponding to the automatic interpretation area of the scenic spot, where the condition Z is a location point within a geographical area surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2, The automatic interpretation area of the scenic spot is a collection of all location points that satisfy the condition Z;

The information generating unit one is configured to generate a type of data information corresponding to the automatic interpretation area of the scenic spot, where the type of data information includes number information and condition Z of the scenic spot.

By adopting the above technical solution, the automatic interpretation area of each scenic spot can be agreed, and the agreed data will be saved, ensuring that the tourists can listen to the accurate explanation audio when using it.

Optionally, the second type of data information generated by the satellite positioning acquisition module includes latitude W1 and longitude W2 corresponding to the geographic location where the mobile phone of the visitor is located.

By adopting the above technical solution, the satellite positioning data of the mobile terminal of the mobile phone can be sent to the server analysis module for analysis by the server analysis module, so as to accurately perform audio playback judgment.

Optionally, the server analysis module includes:

The data analysis unit is configured to analyze whether the position points corresponding to the latitude W1 and the longitude W2 in the second-class data information satisfy the condition Z in the first-class data information;

The information generating unit 2 is configured to generate a mobile phone terminal containing tourists at the corresponding scenic spot when the location points corresponding to the latitude W1 and the longitude W2 in the second type data information satisfy the condition Z in the first type data information Automatically interprets the three types of data information of the first type of analysis data in the area; it is also set to the position where the latitude W1 and longitude W2 in the second type of data information do not satisfy the first type of data information. Under condition Z, three types of data information including second-type analysis data of the tourist's mobile terminal that is not in the automatic interpretation area of the attraction are generated.

By adopting the above technical solution, in the server analysis module, after receiving the data of the satellite positioning acquisition module, the server analysis module will perform a summary analysis with the data of the existing automatic interpretation area agreement module in the server analysis module, so as to use the mobile phone of the visitor The geographical position of the mobile terminal is matched with the automatic interpretation area corresponding to each scenic spot, and three types of data information are generated and sent to the product function display module, which is then used for the product function display module to perform audio playback judgment.

Optionally, the product function display module includes:

The data judging unit one is set to send no audio to explain to the mobile phone of the visitor or keep the current when the three types of data information includes the second analysis data of the mobile phone of the tourist who is not in the automatic interpretation area in the scenic spot. To explain the second type of trigger signal for audio playback;

The data judgment unit 2 is set to judge whether the current mobile phone mobile terminal of the visitor is playing the corresponding scenic spot when the three types of data information include a type of analysis data in the automatic interpretation area of the tourist mobile phone mobile terminal in the corresponding scenic spot Explain audio;

The data judgment unit three is set to send a trigger signal that keeps the current interpretation audio playing to the visitor's mobile phone terminal when the data judgment unit two judges that the current mobile phone mobile terminal of the tourist is playing the explanatory audio of the corresponding scenic spot; When the data judgment unit 2 judges that the current tourist's mobile phone mobile terminal is not playing the explanatory audio of the corresponding scenic spot, it sends the tourist's mobile phone mobile terminal to stop the currently playing explanatory audio and starts playing the explanatory audio of the corresponding scenic spot. Trigger signal, or send a type of trigger signal that directly plays the explanatory audio of the corresponding scenic spot.

By adopting the above technical solution, the audio playback can be controlled according to the tourist's geographic location and movement trajectory. In the implementation, when a tourist walks out of the automatic explanation area of a certain scenic spot but does not enter the automatic explanation area of other scenic spots, the explanation audio continues to play until the audio playback ends and stops automatically; when the tourist enters the automatic explanation area of another scenic spot, the system It will stop the audio interpretation of the previous attraction and start to play the audio of the current attraction; when the tourist leaves the automatic interpretation area of the attraction but is still in the attraction, and later enters the automatic interpretation area of the attraction again, the original playback The audio at the attraction continues to play without any changes. The good human-computer interaction effect also gives the scenic area tourists a good user experience.

This application has the following advantages:

1. Combining the automatic interpretation area of each scenic spot in the scenic area and the geographic location of the mobile phone of the tourists, automatic audio playback is realized, which significantly improves the user experience and saves the hardware maintenance cost of the scenic area;

2. Through the acquisition of the latitude and longitude of the coordinate point and the acquisition of the geographic location of the mobile phone of the tourist, the location of the tourist can be quickly matched with the automatic interpretation area of each scenic spot, thus ensuring that the tourist can listen to the correct Explain audio, good user experience;

3. By obtaining the real-time geographic location of tourists and the technical solution to judge the current audio interpretation of the mobile phone of tourists, the effect of human-computer interaction is effectively improved, and a better experience is given to tourists in scenic spots.

BRIEF DESCRIPTION

1 is a flowchart of a method for automatically explaining scenic spots based on satellite positioning according to Embodiment 1 of the present invention;

2 is a flow block diagram of step S100 in the automatic interpretation method of scenic spots based on satellite positioning according to Embodiment 1 of the present invention;

3 is a schematic structural diagram of coordinate point X and coordinate point Y of scenic spot 1 in the automatic interpretation method of scenic spots based on satellite positioning according to Embodiment 1 of the present invention;

4 is a flow block diagram of step S300 in the automatic interpretation method of scenic spots based on satellite positioning shown in Embodiment 1 of the present invention;

FIG. 5 is a flowchart of step S400 in the automatic interpretation method of scenic spots based on satellite positioning shown in Embodiment 1 of the present invention;

6 is a schematic structural diagram of an automatic interpretation system for scenic spots based on satellite positioning according to Embodiment 2 of the present invention;

7 is a schematic structural diagram of another automatic interpretation system for scenic spots based on satellite positioning shown in Embodiment 2 of the present invention.

In the figure, 100, automatically explain the regional agreement module; 101, coordinate point selection unit; 102, latitude and longitude acquisition unit; 103, condition generation unit; 104, information generation unit one; 200, satellite positioning acquisition module; 300, server analysis module; 301, data analysis unit; 302, information generation unit two; 400, product function display module; 401, data judgment unit one; 402, data judgment unit two; 403, data judgment unit three.

detailed description

The application will be described in further detail below with reference to the drawings.

Example one

Referring to FIG. 1, a method for automatically explaining scenic spots based on satellite positioning disclosed in this application includes the following steps:

Step S100: Configure an automatic interpretation area of each scenic spot and generate a type of data information corresponding to the automatic interpretation area.

Step S200: Obtain the geographic location of the mobile phone of the visitor and generate two types of data information corresponding to the acquired geographic location. In some embodiments, the generated two types of data information include latitude W1 and longitude W2 corresponding to the geographic location of the mobile phone of the visitor.

Step S300. Collect and analyze the first-class data information generated in step S100 and the second-class data information generated in step S200 to generate three types of data information.

Step S400. According to the three types of data information generated in step S300, determine whether to play the explanation audio of the corresponding scenic spot or not to play the explanation audio. It should be noted that the non-playing explanation audio in this step means that the explanation audio of any scenic spot will not be played.

2 and 3, step S100 includes the following sub-steps:

Step S101: Select the coordinate point X and the coordinate point Y within the geographic location where the scenic spot is located.

Step S102: Obtain valid data of the coordinate point X and the coordinate point Y. The valid data includes the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y. It should be noted that in this embodiment, the GPS global positioning system and the wgs84 coordinate system are used as examples to measure at the coordinate point X and the coordinate point Y, so as to obtain the latitude and longitude data of the coordinate point X and the coordinate point Y.

Step S103: Obtain the condition Z corresponding to the automatic interpretation area of the scenic spot. In some embodiments, the condition Z is: a certain location point within a geographical location area surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2, and the automatic interpretation area of the scenic spot is that satisfying the condition Z corresponding to the scenic spot A collection of all locations.

Step S104: Generate a type of data information corresponding to the automatic interpretation area of the scenic spot. The type of data information of the scenic spot includes the number information and condition Z of the scenic spot.

In some embodiments, taking scenic spot 1 as an example, for example, the latitude and longitude of coordinate point X of scenic spot 1 is (39°52′48″N, 116°24′20″E), and the latitude and longitude of coordinate point Y of scenic spot 1 is ( 39°52′46″N, 116°24′22″E), then greater than latitude 39°52′46″N and less than latitude 39°52′48″N and greater than longitude 116°24′20″E and less than longitude The set of location points at 116°24′22″E is the automatic interpretation area of scenic spot 1, that is, the condition Z of scenic spot 1 is: greater than latitude 39°52′46″N and less than latitude 39°52′48″N and greater than The location of 116°24′20″E longitude and less than 116°24′22″E longitude.

Referring to FIG. 4, step S300 includes the following sub-steps:

Step S301: Analyze whether the position points corresponding to the latitude W1 and the longitude W2 in the second-type data information satisfy the condition Z in the first-type data information. In some embodiments, during the analysis, the condition Z corresponding to each scenic spot in the scenic spot will be polled. If the location points corresponding to the latitude W1 and the longitude W2 satisfy the condition Z of a certain scenic spot, it will be regarded as corresponding to the latitude W1 and the longitude W2 Is located in the automatic interpretation area of the attraction.

In step S301, if the location points corresponding to the latitude W1 and the longitude W2 in the second-class data information satisfy the condition Z in the first-class data information (that is, the condition Z matching a scenic spot), then step S302 is entered; if the second class If the location point corresponding to the latitude W1 and the longitude W2 in the data information does not satisfy the condition Z in the first type of data information (that is, the condition Z of all scenic spots in the scenic spot does not match the location point), then step S303 is entered.

Step S302: Generate three types of data information including one type of analysis data of the mobile phone mobile terminal of the tourist in the automatic interpretation area of the corresponding scenic spot.

Step S303: Generate three types of data information including the second type of analysis data of the tourist's mobile phone terminal that is not in the automatic interpretation area of the scenic spot.

Referring to FIG. 5, step S400 includes the following sub-steps:

In step S401, it is analyzed whether the three types of data information generated in step S303 include the first-class analysis data of the mobile phone mobile terminal of the visitor in the automatic interpretation area of the corresponding scenic spot, or the second-type data information of the tourist mobile phone mobile terminal not in the automatic interpretation area of the attraction analyze data. If the three types of data information generated in step S303 include second-type analysis data, step S402 is entered; if the three types of data information generated in step S303 include one type of analysis data, then step S403 is entered.

Step S402: Do not play the explanation audio or keep the current explanation audio playing. In some embodiments, if the mobile phone of the visitor is not currently playing the explanation audio, when the three types of data information include the second type of analysis data, the mobile phone of the visitor will remain in the current state (ie, the state where the explanation audio is not played); If the tourist's mobile phone mobile terminal is currently playing explanation audio, when the three types of data information includes the second type of analysis data, the tourist's mobile phone mobile terminal continues to maintain the current state (that is, the state of playing the current explanation audio).

Step S403. Determine whether the mobile phone of the tourist is currently playing the explanation audio of the corresponding scenic spot (that is, the scenic spot where the tourist is located). If the judgment is yes, go to step S404; if the judgment is no, go to step S405.

Step S404: Keep the current explanation audio playing.

Step S405: Stop the currently playing explanation audio and start playing the explanation audio of the corresponding scenic spot, or directly play the explanation audio of the corresponding scenic spot when the tourist mobile phone does not currently play the explanation audio of any scenic spot.

Example 2

Referring to FIG. 6, an automatic interpretation system for scenic spots based on satellite positioning disclosed in this application includes an automatic interpretation area agreement module 100, a satellite positioning acquisition module 200, a server analysis module 300 and a product function display module 400.

In some embodiments, the automatic interpretation area agreement module 100 is configured to configure an automatic interpretation area of each scenic spot of the scenic spot and generate a type of data information corresponding to the automatic interpretation area of each scenic spot. The satellite positioning acquisition module 200 is configured to acquire the geographic location of the mobile phone of the visitor and generate second-class data information corresponding to the geographic location of the mobile phone of the visitor. The generated second-type data information includes mobile phone movement of the tourist The latitude W1 and longitude W2 corresponding to the geographic location where the end is located.

The server analysis module 300 is connected to the automatic interpretation area agreement module 100 and the satellite positioning acquisition module 200, and is configured to summarize the first-class data information generated by the automatic interpretation area agreement module 100 and the second-type data information generated by the satellite positioning acquisition module 200. Analyze and generate three types of data information. The product function display module 400 is connected to the server analysis module 300, and is set to determine whether to send a type of trigger signal that plays the audio explaining the corresponding attractions to the mobile phone of the visitor according to the three types of data information generated by the server analysis module 300, or not Play the second trigger signal that explains audio.

Referring to FIG. 7, the automatic explanation area agreement module 100 includes a coordinate point selection unit 101, a latitude and longitude acquisition unit 102, a condition generation unit 103, and an information generation unit 104. The latitude and longitude acquisition unit 102 is connected to the coordinate point selection unit 101, the condition generation unit 103 is connected to the latitude and longitude acquisition unit 102, and the information generation unit 104 is connected to the condition generation unit 103.

In some embodiments, the coordinate point selection unit 101 is configured to select the coordinate point X and the coordinate point Y within the geographic location where the scenic spot is located. The latitude and longitude acquiring unit 102 is configured to acquire valid data of the coordinate point X and the coordinate point Y selected by the coordinate point selecting unit 101, the valid data including the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y. It should be noted here that in this embodiment, the GPS global positioning system and the wgs84 coordinate system are used as examples to measure at the coordinate point X and the coordinate point Y, thereby obtaining the latitude and longitude data of the coordinate point X and the coordinate point Y.

The condition generating unit 103 is set to obtain a condition Z corresponding to the automatic interpretation area of the scenic spot, where the condition Z is: a certain location point is within a geographical area surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2, that is, The automatic interpretation area of scenic spots is a collection of all location points that satisfy the condition Z. The information generating unit 104 is configured to generate a type of data information corresponding to the automatic explanation area of the scenic spot. The type of data information of the scenic spot includes the number information and condition Z of the scenic spot.

In some embodiments, referring to FIGS. 3 and 7, taking scenic spot 1 as an example, for example, the latitude and longitude of coordinate point X of scenic spot 1 selected by coordinate point selection unit 101 is (39°52′48″N, 116°24′20 "E), the latitude and longitude of coordinate point Y is (39°52′46″N, 116°24′22″E), then it is greater than latitude 39°52′46″N and less than latitude 39°52′48″N and greater than The collection of location points with longitude 116°24′20″E and less than longitude 116°24′22″E is the automatic interpretation area of scenic spot 1. That is, the condition Z of the scenic spot 1 generated by the condition generating unit 103 is: greater than latitude 39°52′46″N and less than latitude 39°52′48″N and greater than longitude 116°24′20″E and less than longitude 116°24 Location of '22″E.

7, the server analysis module 300 includes a data analysis unit 301 and an information generation unit 302, and the information generation unit 302 is connected to the data analysis unit 301.

The data analysis unit 301 is configured to analyze whether the position points corresponding to the latitude W1 and the longitude W2 in the second-class data information generated by the satellite positioning acquisition module 200 satisfy the condition Z in the first-class data information generated by the automatic regional agreement module 100. In some embodiments, when the data analysis unit 301 performs the analysis work, it will poll the condition Z corresponding to each scenic spot in the scenic spot. If the location points corresponding to the latitude W1 and the longitude W2 satisfy the condition Z of a certain scenic spot, the latitude W1 and The location point corresponding to longitude W2 is considered to be in the automatic interpretation area of the scenic spot, that is, the corresponding visitor is located in the automatic interpretation area of the scenic spot.

The information generating unit two 302 is set to generate the information containing tourists when the location points corresponding to the latitude W1 and the longitude W2 in the second type data information satisfy the condition Z in the first type data information (that is, the condition Z matched to a scenic spot) Three types of data information of one type of analysis data in the automatic interpretation area of the corresponding scenic spot on the mobile terminal of the mobile phone. The information generating unit two 302 is also set up when the position points corresponding to the latitude W1 and the longitude W2 in the second-type data information do not satisfy the condition Z in the first-type data information (that is, the condition Z of all scenic spots in the scenic area is the same as the position point When it does not match), three types of data information including the second type of analysis data of the tourist’s mobile terminal that is not in the automatic interpretation area of the attraction are generated. It should be noted that after generating three types of data information, the information generating unit two 302 will send the three types of data information to the product function display module 400.

7, the product function display module 400 includes a data judgment unit one 401, a data judgment unit two 402, and a data judgment unit three 403, and the data judgment unit three 403 and the data judgment unit two 402 are connected.

The data judgment unit 1 401 is configured to send the second audio message that does not play the explanation audio or keeps the current explanation audio to the mobile phone of the visitor when the three types of data information received by the product function display module 400 includes the second type analysis data Trigger signal. In some embodiments, if the mobile phone of the visitor is not currently playing the explanation audio, the mobile phone of the visitor will continue to maintain the current state (ie, the state of not playing the explanation audio) after receiving the second-type trigger signal. If the mobile phone of the tourist is currently playing the explanation audio, the mobile phone of the tourist will continue to maintain the current state (that is, the state of playing the current explanation audio) after receiving the second type of trigger signal.

The data judging unit two 402 is configured to enter the process of judging whether the current tourist's mobile phone mobile terminal is playing the explanatory audio of the corresponding scenic spot when the three types of data information received by the product function display module 400 includes one type of analysis data.

The data judgment unit three 403 is configured to send a trigger signal that keeps the current interpretation audio playing to the tourist mobile phone terminal when the data judgment unit two 402 judges that the mobile phone terminal of the current tourist is playing the explanatory audio of the corresponding scenic spot. The data judging unit three 403 is further configured to send the stop audio currently being played to the visitor’s mobile terminal when the data judging unit two 402 judges that the mobile audio terminal of the current visitor’s mobile terminal is not playing the explanatory audio of the corresponding scenic spot and start playing the corresponding A type of trigger signal for the explanation audio of the scenic spot, or a type of trigger signal that directly plays the explanation audio of the corresponding scenic spot to the mobile terminal of the tourist when the tourist's mobile terminal is not currently playing the explanatory audio of any scenic spot.

Claims

A method for automatically explaining scenic spots based on satellite positioning includes the following steps:

Configure an automatic interpretation area for each scenic spot in the scenic area and generate a type of data information corresponding to the automatic interpretation area;

Obtain the geographic location of the mobile phone of the visitor and generate two types of data information corresponding to the geographic location;

Aggregate and analyze the first-class data information and the second-class data information and generate three types of data information;

According to the three types of data information, it is determined whether to play the explanation audio of the corresponding scenic spot or not to play the explanation audio.
The automatic interpretation method of scenic spots based on satellite positioning according to claim 1, wherein configuring an automatic interpretation area of each scenic spot in the scenic spot and generating a type of data information corresponding to the automatic interpretation area includes:

Select the coordinate point X and coordinate point Y within the geographical location of the scenic spot;

Acquiring valid data of the coordinate point X and the coordinate point Y, the valid data including the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y;

Obtain the condition Z corresponding to the automatic interpretation area of the scenic spot, where the condition Z is a certain location point within the geographical area surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2, and the automatic interpretation area of the scenic spot A set of all position points that satisfy the condition Z;

Generate a type of data information corresponding to the automatic interpretation area of the scenic spot, where the type of data information includes number information and condition Z of the scenic spot.
The method for automatically explaining scenic spots based on satellite positioning according to claim 2, wherein the two types of data information include latitude W1 and longitude W2 corresponding to the geographic location where the mobile phone of the visitor is located.
The method for automatically explaining scenic spots based on satellite positioning according to claim 3, wherein the first-class data information and the second-class data information are collectively analyzed and three types of data information are generated, including:

Analyzing whether the position points corresponding to the latitude W1 and the longitude W2 in the second-type data information satisfy the condition Z in the first-type data information;

If the location points corresponding to the latitude W1 and the longitude W2 in the second-class data information satisfy the condition Z in the first-class data information, a class containing the mobile phone mobile terminal of the tourist in the automatic interpretation area of the corresponding scenic spot is generated Three types of data information for analyzing data;

If the location points corresponding to the latitude W1 and the longitude W2 in the second-class data information do not satisfy the condition Z in the first-class data information, then a second class including the mobile phone mobile terminal of the tourist who is not in the automatic interpretation area of the scenic spot is generated Three types of data information for analyzing data.
The automatic interpretation method of scenic spots based on satellite positioning according to claim 4, wherein, according to the three types of data information, whether to play the explanatory audio of the corresponding scenic spot or not to play the explanatory audio includes:

If the three types of data information include the second type of analysis data of the tourist’s mobile terminal that is not in the automatic interpretation area of the scenic spot, then the explanation audio is not played or the current explanation audio is played;

If the three types of data information include a type of analysis data in the automatic interpretation area of the corresponding scenic spot of the mobile phone terminal of the tourist, it is determined whether the explanation audio of the corresponding scenic spot is currently being played;

If it is judged that the mobile phone of the current tourist is playing the explanation audio of the corresponding scenic spot, the current explanation audio is kept playing;

If it is judged that the mobile phone of the current tourist is not playing the explanation audio of the corresponding attraction, the explanation audio currently being played is stopped and the explanation audio of the corresponding attraction is started, or the explanation audio of the corresponding attraction is directly played.
An automatic interpretation system for scenic spots based on satellite positioning, including:

The automatic interpretation area agreement module (100) is configured to configure an automatic interpretation area of each scenic spot of the scenic spot and generate a type of data information corresponding to the automatic interpretation area of each scenic spot;

The satellite positioning acquisition module (200) is set to acquire the geographic location of the mobile phone of the visitor and generate two types of data information corresponding to the geographic location;

The server analysis module (300) is configured to perform a summary analysis and generate three types of data information generated by the automatic interpretation area agreement module (100) and the second type data information generated by the satellite positioning acquisition module (200) Data information;

The product function display module (400) is configured to determine, according to the three types of data information generated by the server analysis module (300), to send a type of trigger signal to the tourist mobile phone mobile terminal to play the explanatory audio of the corresponding scenic spot or to send the unplayed explanation The second type trigger signal of audio.
The automatic interpretation system for scenic spots based on satellite positioning according to claim 6, wherein the automatic interpretation area agreement module (100) includes:

The coordinate point selection unit (101) is set to select the coordinate point X and the coordinate point Y within the geographical location of the scenic spot;

A latitude and longitude acquiring unit (102) is set to acquire valid data of the coordinate point X and the coordinate point Y, the valid data includes the latitude X1 and longitude X2 of the coordinate point X and the latitude Y1 and longitude Y2 of the coordinate point Y ;

The condition generating unit (103) is set to obtain a condition Z corresponding to the automatic interpretation area of the scenic spot, where the condition Z is a geographic location surrounded by latitude X1, longitude X2, latitude Y1, and longitude Y2 at a certain point Within the area, the automatic interpretation area of the scenic spot is a collection of all location points that satisfy the condition Z;

The information generating unit one (104) is configured to generate a type of data information corresponding to the automatic explanation area of the scenic spot, where the type of data information includes number information and condition Z of the scenic spot.
The automatic interpretation system for scenic spots based on satellite positioning according to claim 7, wherein the second type of data information generated by the satellite positioning acquisition module (200) includes latitude W1 and longitude corresponding to the geographic location where the mobile phone of the visitor is located W2.
The automatic interpretation system for scenic spots based on satellite positioning according to claim 8, wherein the server analysis module (300) includes:

The data analysis unit (301) is configured to analyze whether the position points corresponding to the latitude W1 and the longitude W2 in the second-class data information satisfy the condition Z in the first-class data information;

The information generating unit two (302) is configured to generate a mobile terminal containing tourists when the location points corresponding to the latitude W1 and the longitude W2 in the second type data information satisfy the condition Z in the first type data information Three types of data information of the first type of analysis data in the automatic interpretation area of the corresponding scenic spot; it is also set to be such that when the position points corresponding to latitude W1 and longitude W2 in the second type of data information do not satisfy the first type of data When the condition Z in the information is generated, three types of data information including the second type analysis data of the tourist's mobile terminal that is not in the automatic interpretation area of the attraction are generated.
The automatic interpretation system of scenic spots based on satellite positioning according to claim 9, wherein the product function display module (400) includes:

Data judgment unit one (401) is set to send no audio to the mobile phone of the tourist when the three types of data information include the second type of analysis data in the automatic interpretation area of the tourist's mobile phone that is not in the attraction Or keep the current type 2 trigger signal explaining audio playback;

The data judgment unit two (402) is set to judge whether the current mobile phone of the visitor is playing when the three types of data information include a type of analysis data of the mobile phone of the tourist in the automatic interpretation area in the corresponding scenic spot Audio explanations of the corresponding attractions;

The data judging unit three (403) is set to send a message that keeps the current explanatory audio to the mobile phone terminal of the visitor when the data judging unit two (402) judges that the mobile phone terminal of the current tourist is playing the explanatory audio of the corresponding scenic spot A type of trigger signal; it is also set to send the stop audio currently being played to the visitor’s mobile terminal when the data judgment unit two (402) judges that the visitor’s mobile terminal is not currently playing the guide audio of the corresponding scenic spot and Start playing a type of trigger signal of the explanatory audio of the corresponding scenic spot, or send a type of trigger signal of directly playing the explanatory audio of the corresponding scenic spot.