WO2017121403A1

WO2017121403A1 - Data transmission system and method

Info

Publication number: WO2017121403A1
Application number: PCT/CN2017/071253
Authority: WO
Inventors: 杨军; 钟杨思麟
Original assignee: 杨军
Priority date: 2016-01-15
Filing date: 2017-01-16
Publication date: 2017-07-20

Abstract

The invention provides a data transmission system and method, providing sufficient interaction between a user and a scenic spot system and enhancing enjoyment of travel. The data transmission system comprises an ibeacon beacon apparatus, a smart mobile terminal, and a remote server. The ibeacon beacon apparatus transmits in transmission coverage a unique identification number. After receiving the identification number transmitted by the ibeacon beacon apparatus, the smart mobile terminal transmits, to the remote server, request information including the identification number. The remote server has stored an identification number and corresponding data of each ibeacon beacon apparatus, and transmits, according to the identification number in the request information transmitted from the smart mobile terminal, to the corresponding smart mobile terminal, the corresponding data.

Description

Data transmission system and method

Technical field

The invention relates to a data transmission system and method, which are mainly suitable for use in a scenic spot.

Background technique

With the improvement of people's living standards, tourism has become the main way for people to enjoy leisure and entertainment, and tourism in various places has gradually developed. In order to be able to play and make travel more free and convenient, people are more and more free to choose to travel instead of group tour; but free travel needs to do a lot of preparatory work, check strategy, set the route and so on.

In order to facilitate tourists' visits, some scenic spots push the scenic spots to their mobile phones after they enter the scenic spot, and introduce the tourists to the scenic spots. The disadvantage is that the push is simply a simple message push and there is no interaction with the tourists.

Summary of the invention

The object of the present invention is to overcome the above problems and provide a data transmission system and method for generating sufficient interaction between a user and a scenic spot system to increase the fun of play.

The object of the present invention is achieved by the following technical solutions,

A data transmission system comprising at least one ibeacon beacon device, a mobile intelligent terminal, and a remote server, wherein

An ibeacon beacon device transmits its unique identification code in real time within its transmission range;

The mobile intelligent terminal is carried by the user, connected to the ibeacon beacon device and the remote server by wireless, and after receiving the identification code sent by the ibeacon beacon device, sends the request information including the identification code to the remote server, and receives the remote server. Data sent over;

The remote server stores the identification code of each ibeacon beacon device and its corresponding data, and sends the corresponding data to the corresponding mobile intelligent terminal according to the identification code in the request information sent by the mobile intelligent terminal.

The data transmission system further includes:

The sensor is connected to the remote server, and is triggered by the user to send trigger information to the remote server; the remote server receives the trigger information sent by the sensor, and after receiving the request information sent by the mobile intelligent terminal, according to the request information sent by the mobile intelligent terminal The identification code in the middle sends the corresponding data to the corresponding mobile intelligent terminal.

The sensor is connected to the remote server through a control cabinet, and after the user triggers the sensor, the trigger information is sent to the remote server through the control cabinet.

A data transmission system comprising a mobile intelligent terminal, a remote server, a contactless tag and at least one identification terminal, wherein

Mobile intelligent terminal with an APP capable of communicating with a remote server;

a contactless tag that is bound to the account information of the APP;

Identifying the terminal, for reading the contactless tag, and transmitting the unique code corresponding to the read tag to the remote server;

The remote server stores therein information of each identification terminal and data corresponding to each identification terminal. After receiving the information transmitted by the identification terminal, the data corresponding to the identification terminal is transmitted to the non-contact type read by the identification terminal. The APP account corresponding to the tag.

The non-contact tag has a two-dimensional code corresponding to the unique code, and the remote server stores the unique code and the two-dimensional code corresponding to each non-contact tag; the mobile intelligent terminal scans the two on the non-contact tag The dimension code implements binding of the contactless tag with the account information of the APP.

The non-contact tag is built in the mobile intelligent terminal. After the APP is installed, the APP automatically obtains the information of the contactless tag, thereby completing the binding of the contactless tag and the account information of the APP.

The identification terminal includes a tag reader, and an identification end processor respectively connected to the tag reader and the remote server, and after the tag reader finishes reading, the non-contact tag is read by the identification end processor. The unique encoding is transmitted to the remote server.

A data transmission method includes the following steps:

A. The ibeacon beacon device transmits its unique identification code in real time within its transmission range;

B. After receiving the identification code sent by the ibeacon beacon device, the mobile intelligent terminal carried by the user sends the request information including the identification code to the remote server;

C. The remote server stores the identification code of each ibeacon beacon device and its corresponding data, and sends the corresponding data to the corresponding mobile intelligent terminal according to the identification code in the request information sent by the mobile intelligent terminal.

The data is game data and is presented on the mobile intelligent terminal in the form of a game.

The data transmission method further includes:

After receiving the identifier sent by the ibeacon beacon device, the mobile intelligent terminal pops up an interface of the interactive application on the mobile intelligent terminal;

After the user starts the interactive application of the mobile intelligent terminal, the interaction application is used to acquire the interaction data, and then transmitted to the remote server;

The remote server combines the game data corresponding to the identification code in the request information sent by the mobile intelligent terminal with the interaction data, and then sends the game data to the mobile intelligent terminal that obtains the interaction data.

The interactive application is a recording, recording, and photographing function of the mobile intelligent terminal.

The game data is combined with the interaction data, specifically:

Presented in the form of a game on a mobile smart terminal, and the background music of the game is a recording in interactive data, or The background image of the game is a photo in the interactive data.

A data transmission method includes the following steps:

B. After receiving the identification code sent by the ibeacon beacon device, the mobile intelligent terminal carried by the user sends the request information including the identification code to the remote server; after the user triggers the sensor corresponding to the ibeacon beacon device, The sensor sends trigger information to the remote server;

C. The remote server stores the identification code of each ibeacon beacon device and its corresponding data. The remote server receives the trigger information sent by the sensor, and receives the request information sent by the mobile intelligent terminal, and then sends the request according to the mobile intelligent terminal. The identification code in the information transmits the corresponding data to the corresponding mobile intelligent terminal.

The ibeacon beacon device and the sensor correspond to:

When the user triggers the sensor, the mobile intelligent terminal carried by the user can receive the identification code transmitted by the ibeacon beacon device corresponding to the sensor;

The sensor is an infrared blocking sensor, a pressure sensor, an acoustic wave sensor, a touch sensor, a smoke sensor, a gravity sensor or a vibration sensor.

A data transmission method includes the following steps:

B. After receiving the identification code sent by the ibeacon beacon device, the mobile intelligent terminal carried by the user sends the request information including the identification code to the remote server; the user enters the shooting range of the corresponding device corresponding to the ibeacon beacon device. After that, the shooting device is triggered to take a photo to obtain a photo and/or video and transmit it to a remote server;

C. The remote server stores the identification code of each ibeacon beacon device and its corresponding data, and according to the identification code in the request information sent by the mobile intelligent terminal, the corresponding data and the ibeacon beacon device having the identification code are correspondingly photographed. Newly taken photos and/or videos in the device are sent to the corresponding mobile smart terminal.

The photographing device corresponds to an ibeacon beacon device, specifically:

When the user is located in the shooting range of the photographing device, the mobile intelligent terminal carried by the user can receive the identification code transmitted by the ibeacon beacon device corresponding to the photographing device; when the user is outside the shooting range of the photographing device, the user carries with him or her The mobile intelligent terminal cannot receive the identification code transmitted by the ibeacon beacon device corresponding to the camera.

When the same ibeacon beacon device successfully sends its identification code to several mobile intelligent terminals, the matching of photos and/or videos in the corresponding camera device with the mobile intelligent terminal is specifically as follows:

The remote server records the time point when each mobile intelligent terminal sends the request information to the mobile intelligent terminal, and for the request information including the same identification code, the remote server sends the photos and/or videos taken during the t1-t2 time period to the remote time at the time t1. a mobile intelligent terminal that sends a request message by the server;

T1 is a time point when a mobile intelligent terminal receives the identification code sent by the ibeacon beacon device, and sends the request information to the remote server, and t2 is the mobile intelligent terminal that receives the identification code sent by the ibeacon beacon device to the remote device. The point in time at which the server sends the request information;

The photographing device is an infrared sensor camera and/or an infrared sensor camera.

A data transmission method includes the following steps:

Binding the contactless tag to the account information of the APP, the APP is installed on the mobile intelligent terminal, and can communicate with the remote server;

Identifying the non-contact tag by the terminal, and transmitting the unique code corresponding to the contactless tag to the remote server;

The remote server stores information of each identification terminal and data corresponding to each identification terminal. After receiving the information transmitted by the identification terminal, the data corresponding to the identification terminal is transmitted to the non-contact tag read by the identification terminal. APP account.

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

1. Make enough interaction between the user and the scenic system to increase the fun of playing. 2. The remote server receives the trigger information sent by the sensor, and after receiving the request information sent by the mobile intelligent terminal, sends the corresponding data to the corresponding mobile intelligent terminal according to the identification code sent by the mobile intelligent terminal. Further improve the accuracy of data transmission. 3, the game data and the user's current location (users in different locations, the received game data is different, according to the ibeacon beacon device or the location of the identification terminal pre-stored in the remote server) unique history and culture combined, play At the same time, it is more fun to get the history and culture of the location by means of games. 4. Using ibeacon beacon technology combined with the scenic shooting device, the user's photos and/or videos are only sent to the mobile intelligent terminal that they carry with them, thereby avoiding the phenomenon that the photos and/or videos are inconsistent with the users themselves.

DRAWINGS

Fig. 1 is a schematic structural view of a first embodiment.

Fig. 2 is a schematic structural view of the second embodiment.

Fig. 3 is a schematic structural view of a third embodiment.

Fig. 4 is a schematic block diagram of the fourth embodiment.

Fig. 5 is a schematic structural view of the fifth embodiment.

Fig. 6 is a schematic structural view of a sixth embodiment.

Fig. 7 is a schematic structural view of the seventh embodiment.

Figure 8 is a block diagram showing the structure of the eighth embodiment.

Fig. 9 is a schematic structural view of a ninth embodiment.

Figure 10 is a block diagram showing the structure of the tenth embodiment.

Figure 11 is a block diagram showing the structure of the eleventh embodiment.

Figure 12 is a block diagram showing the structure of Embodiment 12.

Figure 13 is a block diagram showing the structure of the thirteenth embodiment.

Figure 14 is a schematic block diagram of Embodiment 14.

Figure 15 is a block diagram showing the structure of Embodiment 16.

detailed description

The present invention will be described in detail below with reference to the accompanying drawings.

Embodiment 1 As shown in FIG. 1 , this embodiment is based on a natural landscape sightseeing interactive activity, based on a data transmission system, including at least one ibeacon beacon device 1, a mobile intelligent terminal 2, and a remote server 3, wherein

The ibeacon beacon device 1 is disposed at various scenic spots of the scenic spot and transmits its unique identification code in real time within its transmission range;

The mobile intelligent terminal 2 (usually a smart phone or other portable smart device such as a tablet computer) is carried by the user, and is connected to the ibeacon beacon device 1 and the remote server 3 by wireless, and receives the identification sent by the ibeacon beacon device 1. After the code, the request information including the identification code is sent to the remote server 3, and the data sent by the remote server 3 is received;

The remote server 3 stores the identification code of each ibeacon beacon device 1 and its corresponding data (one data corresponding to each ibeacon beacon device), and sends the corresponding data according to the identification code in the request information sent by the mobile intelligent terminal 2. Give the corresponding mobile intelligent terminal 2.

The data transmission system further includes a sensor 4 connected to the remote server 3, and triggered by the user to send trigger information to the remote server 3; the remote server 3 receives the trigger information sent by the sensor 4, and receives the mobile intelligent terminal 2 to send After the request information, the corresponding data is transmitted to the corresponding mobile intelligent terminal 2 according to the identification code in the request information transmitted by the mobile intelligent terminal 2. The sensor 4 may be an infrared blocking sensor, a pressure sensor, an acoustic wave sensor, a touch sensor, a smoke sensor, a gravity sensor or a vibration sensor. In this example, the sensor 4 is a touch sensor.

The sensor 4 is connected to the remote server 3 through the control cabinet 5. After the user triggers the sensor 4, the trigger information is sent to the remote server 3 through the control cabinet 5.

The remote server 3 is composed of an application server 3-1, a database server 3-2, and a web server 3-3, wherein

The application server 3-1 is connected to the shooting control terminal 8, the database server 3-2, and the web server 3-3, respectively, for receiving photos and/or videos transmitted by the shooting control terminal 8, and transmitting them to the database server 3 -2 storage; on the other hand, it is connected to the mobile intelligent terminal 2 via wireless to realize data transmission;

The database server 3-2 is connected to the application server 3-1 and the web server 3-3, respectively, for storing photos and/or videos received and sent by the application server 3-1;

The web server 3-3 is connected to the application server 3-1 and the database server 3-2, respectively, for providing query and/or download functions to the user.

A data transmission method in this embodiment includes the following steps:

A. The ibeacon beacon device 1 transmits its unique identification code in real time within its transmission range;

B. After receiving the identification code sent by the ibeacon beacon device 1, the mobile intelligent terminal 2 carried by the user sends the request information including the identification code to the remote server 3; the user triggers the corresponding corresponding to the ibeacon beacon device 1. After the sensor 4, the sensor 4 sends trigger information to the remote server 3;

C. The remote server 3 stores the identification code of each ibeacon beacon device 1 and its corresponding data. The remote server 3 receives the trigger information sent by the sensor 4, and receives the request information sent by the mobile intelligent terminal 2, according to the movement. The identification code in the request information sent by the smart terminal 2 transmits the corresponding data to the corresponding mobile intelligent terminal 2.

The ibeacon beacon device 1 corresponds to the sensor 4, specifically: when the user triggers the sensor 4, the mobile intelligent terminal carried by the user can receive the identification code transmitted by the ibeacon beacon device 1 corresponding to the sensor.

The data is game data, which is presented on the mobile intelligent terminal 2 in the form of a game, and the game data is combined with the history and culture unique to the current location.

Embodiment 2: As shown in FIG. 2, the data transmission system and method are basically the same as those of Embodiment 1 in the background of the blessing activity, and the difference is that the sensor 4 is a pressure sensor.

Embodiment 3: As shown in FIG. 3, the present embodiment is based on the theme sculpture viewing interaction activity, and the data transmission system and method thereof are basically the same as those in Embodiment 1, except that the sensor 4 is an infrared blocking sensor.

Embodiment 4: As shown in FIG. 4, this embodiment takes the production tool operation activity as the background, and the data transmission system and method thereof are basically the same as Embodiment 1, except that the sensor 4 is a gravity sensor.

Embodiment 5: As shown in FIG. 5, the data transmission system and method are basically the same as the embodiment 1 in the background of the collision clock interaction activity, and the difference is that the sensor 4 is a vibration sensor.

Embodiment 6: As shown in FIG. 6 , the data transmission system and method are basically the same as those of Embodiment 1 in the embodiment of the parking interaction interactive activity. The difference is that the sensor 4 is an acoustic wave sensor.

Embodiment 7: As shown in FIG. 7 , this embodiment is based on the tea drinking leisure interaction activity, and the data transmission system and method thereof are basically the same as those in Embodiment 1, except that the sensor 4 is a biosensor.

Embodiment 8: As shown in FIG. 8 , this embodiment is based on a natural landscape sightseeing interactive activity, based on a data transmission system, including at least one ibeacon beacon device 1, a mobile intelligent terminal 2, and a remote server 3, wherein

The data transmission system further includes a photographing device (facing the scenic spot attraction), connected to the remote server 3, and each of the photographing devices corresponds to at least one of the ibeacon beacon devices 1; for users entering the shooting range thereof Take a photo to get a photo and/or video and transfer it to the remote server 3.

The photographing device includes:

The infrared infrared sensing camera 6 and the infrared infrared sensing camera 7 have their infrared sensing ranges coincident to form the shooting range, and after the user enters the shooting range, the shooting is performed to obtain photos and/or videos;

The shooting control terminal 8 is respectively connected to the field infrared sensing camera 6 and the field infrared sensing camera 7 for acquiring newly taken photos and/or videos in the field infrared sensing camera 6 and the field infrared sensing camera 7 and transmitting them to the remote. Server 3.

The output ends of the field infrared sensing camera 6 and the field infrared sensing camera 7 are each connected with a USB data signal amplifier 9, and the other end of each USB data signal amplifier 9 is connected to the shooting control terminal 8 via a USB data signal receiver 10, the USB The data signal amplifier 9 is connected to the USB data signal receiver 10 via an optical fiber.

Each of the camera devices corresponds to at least one of the ibeacon beacon devices 1 . Specifically, when the user is located in the shooting range of the camera, the mobile smart terminal 2 carried by the user can receive the ibeacon letter corresponding to the camera device. The identification code transmitted by the standard device 1.

A data transmission method in this embodiment includes the following steps:

B. After receiving the identification code sent by the ibeacon beacon device 1, the mobile intelligent terminal 2 carried by the user sends the request information including the identification code to the remote server 3; the user enters the corresponding photo with the ibeacon beacon device 1 After the shooting range of the device, the shooting device is triggered to take a photo to obtain a photo and/or video, and transmitted to the remote server 3;

C. The remote server 3 stores the identification code of each ibeacon beacon device 1 and its corresponding data, and according to the identification code in the request information sent by the mobile intelligent terminal 2, the corresponding data and the ibeacon beacon device having the identification code The newly taken photos and/or videos in the corresponding photographing device are sent to the corresponding mobile intelligent terminal 2.

The photographing device corresponds to the ibeacon beacon device 1. Specifically, when the user is located in the shooting range of the photographing device, the mobile intelligent terminal carried by the user can receive the ibeacon beacon device 1 corresponding to the photographing device. The identification code; when the user is outside the shooting range of the photographing device, the mobile intelligent terminal carried by the user cannot receive the identification code transmitted by the ibeacon beacon device 1 corresponding to the photographing device.

When the same ibeacon beacon device 1 successfully transmits its identification code to a plurality of mobile intelligent terminals 2, the photos and/or videos of the corresponding camera device are matched with the mobile intelligent terminal 2, specifically:

The remote server 3 records the time point at which each mobile intelligent terminal 2 transmits the request information, and for the request information including the same identification code, the remote server 3 transmits the photos and/or videos taken during the t1-t2 time period to the time t1. Pointing to the remote server 3 to send the request information to the mobile intelligent terminal 2;

T1 is a time point when a certain mobile intelligent terminal 2 receives the identification code sent by the ibeacon beacon device 1 and sends the request information to the remote server 3, and t2 is the movement of the identification code sent by the next ibeacon beacon device 1 The time point at which the smart terminal 2 sends the request information to the remote server 3; that is, the two mobile intelligent terminals are two adjacent terminals that receive the same ibeacon beacon device.

Embodiment 9: As shown in FIG. 9, this embodiment is based on the blessing activity, and the data transmission system and method thereof are basically the same as those in Embodiment 8.

Embodiment 10: As shown in FIG. 10, this embodiment is based on the theme sculpture viewing interactive activity, and the data transmission system and method thereof are basically the same as Embodiment 8.

Embodiment 11: As shown in FIG. 11, this embodiment is based on the production tool operation activity, and its data transmission system and method are basically the same as Embodiment 8.

Embodiment 12: As shown in FIG. 12, this embodiment is based on the interactive activity of the bell, and the data transmission system and method thereof are basically the same as those in Embodiment 8.

Embodiment 13: As shown in FIG. 13, the data transmission system and method are basically the same as the embodiment 8 in the background of the parking interaction.

Embodiment 14: As shown in FIG. 14, this embodiment is based on the tea drinking leisure interaction activity, and the data transmission system and method thereof are basically the same as those in Embodiment 8.

Embodiment 15: The embodiment is based on a data transmission system, including at least one ibeacon beacon device 1, a mobile intelligent terminal 2, and a remote server 3, wherein

A data transmission method in this embodiment includes the following steps:

B. After receiving the identification code sent by the ibeacon beacon device 1, the mobile intelligent terminal 2 carried by the user sends the request information including the identification code to the remote server 3 on the one hand, and pops up on the mobile intelligent terminal 2 on the other hand. Whether to open the interface of the interactive application;

C, after the user opens the interactive application of the mobile intelligent terminal 2, the interaction application is used to acquire the interaction data, and then transmitted to the remote server 3;

D. The remote server 3 stores the identification code of each ibeacon beacon device 1 and its corresponding data, and the remote server 3 combines the game data corresponding to the identification code in the request information sent by the mobile intelligent terminal 2 with the interaction data, and then sends the same. The mobile intelligent terminal 2 that obtains the interaction data.

The interactive application is a recording, recording, and photographing function of the mobile intelligent terminal 2.

The game data is combined with the interaction data, specifically: being presented on the mobile intelligent terminal 2 in the form of a game, and the background music of the game is a recording in the interaction data, or the background image of the game is a photo in the interaction data.

Embodiment 16: As shown in FIG. 15, the embodiment is based on a data transmission system, including a mobile intelligent terminal 2, a remote server 3, a contactless tag 11, and at least one identification terminal 12, wherein

The mobile intelligent terminal 2 is installed with an APP capable of communicating with the remote server 3;

The contactless tag 11 is bound to the account information of the APP;

Identifying the terminal 12, for reading the contactless tag 11, and transmitting the unique code corresponding to the read tag to the remote server 3;

The remote server 3 stores therein information of each identification terminal 12 and data corresponding to each identification terminal 12, and after receiving the information transmitted by the identification terminal 12, transmits the data corresponding to the identification terminal 12 to the identification terminal. Read the APP account corresponding to the contactless tag.

The non-contact tag 11 has a two-dimensional code corresponding to its unique code, and the remote server 3 stores a unique code and a two-dimensional code corresponding to each non-contact tag 11; the mobile smart terminal 2 scans the non-contact type The two-dimensional code on the tag 11 realizes that the contactless tag 11 is bound to the account information of the APP; or the contactless tag 11 is built in the mobile intelligent terminal 2, and after the APP is installed, the APP automatically acquires the non-contact code. The information of the contact tag 11 is completed, thereby completing the binding of the contactless tag 11 with the account information of the APP.

The identification terminal 12 includes a tag reader 12-1, and an identification end processor 12-2 connected to the tag reader 12-1 and the remote server 3, respectively. After the tag reader 12-1 finishes reading, The unique code corresponding to the read contactless tag 11 is transmitted to the remote server 3 by the recognition end processor 12-2.

A data transmission method in this embodiment includes the following steps:

Binding the contactless tag 11 with the account information of the APP, the APP is installed on the mobile intelligent terminal 2, and is capable of communicating with the remote server 3;

The identification terminal 12 reads the contactless tag 11 and transmits the unique code corresponding to the contactless tag to the remote server 3;

The remote server 3 internally stores information of each identification terminal 12 and data corresponding to each identification terminal 12, and receives it. After identifying the information sent by the terminal 12, the data corresponding to the identification terminal 12 is transmitted to the APP account corresponding to the contactless tag read by the identification terminal.

Claims

A data transmission system, characterized in that it comprises at least one ibeacon beacon device (1), a mobile intelligent terminal (2), and a remote server (3), wherein

The ibeacon beacon device (1) transmits its unique identification code in real time within its transmission range;

The mobile intelligent terminal (2) is carried by the user, and is connected to the ibeacon beacon device (1) and the remote server (3) by wireless, and receives the identification code sent by the ibeacon beacon device (1), and then sends the identifier to the remote server (3). Sending request information including the identification code, and receiving data sent by the remote server (3);

The remote server (3) stores the identification code of each ibeacon beacon device (1) and its corresponding data, and sends the corresponding data to the corresponding mobile intelligence according to the identification code in the request information sent by the mobile intelligent terminal (2). Terminal (2).
The data transmission system according to claim 1, wherein the data transmission system further comprises:

The sensor (4) is connected to the remote server (3), and is triggered by the user to send trigger information to the remote server (3); the remote server (3) receives the trigger information sent by the sensor (4), and receives the mobile intelligence. After the request information transmitted by the terminal (2), the corresponding data is transmitted to the corresponding mobile intelligent terminal (2) according to the identification code in the request information transmitted by the mobile intelligent terminal (2).
The data transmission system according to claim 2, wherein the sensor (4) is connected to the remote server (3) through a control cabinet (5), and the user triggers the sensor (4) and passes through the control cabinet ( 5) Send trigger information to the remote server (3).
A data transmission system, characterized in that it comprises a mobile intelligent terminal (2), a remote server (3), a contactless tag (11) and at least one identification terminal (12), wherein

a mobile intelligent terminal (2) installed with an APP capable of communicating with a remote server (3);

a contactless tag (11) that is bound to the account information of the APP;

Identifying the terminal (12) for reading the contactless tag (11), and transmitting the unique code corresponding to the read tag to the remote server (3);

The remote server (3) internally stores information of each identification terminal (12) and data corresponding to each identification terminal (12), and after receiving the information transmitted by the identification terminal (12), the identification terminal (12) The corresponding data is transmitted to the APP account corresponding to the contactless tag read by the identification terminal.
The data transmission system according to claim 4, wherein said non-contact tag (11) has a two-dimensional code corresponding to its unique code, and each non-contact tag is stored in the remote server (3). (11) Corresponding unique code and two-dimensional code; the mobile intelligent terminal (2) realizes binding of the contact information (11) to the account information of the APP by scanning the two-dimensional code on the contactless tag (11).
A data transmission system according to claim 4, wherein said non-contact tag (11) is built in In the mobile intelligent terminal (2), after the APP is installed, the APP automatically acquires information of the contactless tag (11), thereby completing binding of the contactless tag (11) with the account information of the APP.
The data transmission system according to claim 4, characterized in that said identification terminal (12) comprises a tag reader (12-1), and a tag reader (12-1) and a remote server, respectively (3) a connected identification end processor (12-2), after the tag reader (12-1) completes the reading, the corresponding non-contact tag (11) corresponding to the read end processor (12-2) The unique code is transmitted to the remote server (3).
A data transmission method characterized by comprising the following steps:

A. The ibeacon beacon device (1) transmits its unique identification code in real time within its transmission range;

B. After receiving the identification code sent by the ibeacon beacon device (1), the mobile intelligent terminal (2) carried by the user sends the request information including the identification code to the remote server (3);

C. The remote server (3) stores the identification code of each ibeacon beacon device (1) and its corresponding data, and sends the corresponding data to the corresponding data according to the identification code in the request information sent by the mobile intelligent terminal (2). Mobile intelligent terminal (2).
The data transmission method according to claim 8, wherein the data is game data and is presented on the mobile intelligent terminal (2) in the form of a game.
The data transmission method according to claim 9, wherein the data transmission method further comprises:

After receiving the identification code sent by the ibeacon beacon device (1), the mobile intelligent terminal (2) pops up an interface of the interactive application on the mobile intelligent terminal (2);

After the user opens the interactive application of the mobile intelligent terminal (2), the interaction application is used to acquire the interaction data, and then transmitted to the remote server (3);

The remote server (3) combines the game data corresponding to the identification code in the request information sent by the mobile intelligent terminal (2) with the interaction data, and then transmits the game data to the mobile intelligent terminal (2) that acquires the interaction data.
The data transmission method according to claim 10, wherein the interactive application is a recording, recording, and photographing function of the mobile intelligent terminal (2).
The data transmission method according to claim 11, wherein the game data is combined with the interaction data, specifically:

Presented in the form of a game on the mobile intelligent terminal (2), and the background music of the game is a recording in the interactive data, or the background image of the game is a photo in the interactive data.
A data transmission method characterized by comprising the following steps:

A. The ibeacon beacon device (1) transmits its unique identification code in real time within its transmission range;

B. After receiving the identification code sent by the ibeacon beacon device (1), the mobile intelligent terminal (2) carried by the user sends a request message containing the identification code to the remote server (3); the user triggers the ibeacon letter. Standard equipment (1) phase After the corresponding sensor (4), the sensor (4) sends trigger information to the remote server (3);

C. The remote server (3) stores the identification code of each ibeacon beacon device (1) and its corresponding data, and the remote server (3) receives the trigger information sent by the sensor (4) and receives the mobile intelligent terminal ( 2) After transmitting the request information, the corresponding data is transmitted to the corresponding mobile intelligent terminal (2) according to the identification code in the request information transmitted by the mobile intelligent terminal (2).
The data transmission method according to claim 13, wherein the ibeacon beacon device (1) corresponds to the sensor (4) and is specifically:

When the user triggers the sensor (4), the mobile intelligent terminal carried by the user can receive the identification code transmitted by the ibeacon beacon device (1) corresponding to the sensor;

The inductor (4) is an infrared blocking sensor, a pressure sensor, an acoustic wave sensor, a touch sensor, a smoke sensor, a gravity sensor or a vibration sensor.
A data transmission method characterized by comprising the following steps:

A. The ibeacon beacon device (1) transmits its unique identification code in real time within its transmission range;

B. After receiving the identification code sent by the ibeacon beacon device (1), the mobile intelligent terminal (2) carried by the user sends a request message containing the identification code to the remote server (3); the user enters the ibeacon letter After the target device (1) corresponds to the shooting range of the camera, the shooting device is triggered to take a photo to obtain a photo and/or video and transmit it to the remote server (3);

C. The remote server (3) stores the identification code of each ibeacon beacon device (1) and its corresponding data, and according to the identification code in the request information sent by the mobile intelligent terminal (2), the corresponding data and the identification are The newly taken photos and/or videos in the camera corresponding to the ibeacon beacon device (1) of the code are sent to the corresponding mobile intelligent terminal (2).
The data transmission method according to claim 15, wherein the imaging device corresponds to the ibeacon beacon device (1), specifically:

When the user is located in the shooting range of the photographing device, the mobile intelligent terminal carried by the user can receive the identification code transmitted by the ibeacon beacon device (1) corresponding to the photographing device; when the user is outside the shooting range of the photographing device, the user The mobile intelligent terminal carried by the user cannot receive the identification code transmitted by the ibeacon beacon device (1) corresponding to the camera.
The data transmission method according to claim 15 or 16, characterized in that, when the same ibeacon beacon device (1) successfully transmits its identification code to a plurality of mobile intelligent terminals (2), the corresponding photographing device and/or photos thereof Or the matching of the video and the mobile intelligent terminal (2), specifically:

The remote server (3) records the time point at which each mobile intelligent terminal (2) sends request information, and for the request information including the same identification code, the remote server (3) takes photos taken during the t1-t2 time period and/or Video sent to t1 a mobile intelligent terminal (2) that sends request information to a remote server (3);

T1 is a time point when a mobile intelligent terminal (2) receives the identification code sent by the ibeacon beacon device (1), and sends the request information to the remote server (3), and t2 receives the ibeacon beacon device from the latter ( 1) a time point at which the mobile intelligent terminal (2) transmitting the identification code sends the request information to the remote server (3);

The photographing device is an infrared sensor camera and/or an infrared sensor camera.
A data transmission method characterized by comprising the following steps:

Binding the contactless tag (11) to the account information of the APP, the APP being installed on the mobile intelligent terminal (2) and capable of communicating with the remote server (3);

The identification terminal (12) reads the contactless tag (11), and transmits the unique code corresponding to the contactless tag to the remote server (3);

The remote server (3) internally stores information of each identification terminal (12) and data corresponding to each identification terminal (12), and after receiving the information transmitted by the identification terminal (12), it identifies the corresponding terminal (12). The data is transmitted to the APP account corresponding to the contactless tag read by the identification terminal.
The data transmission method according to claim 18, wherein said non-contact tag (11) has a two-dimensional code corresponding to its unique code, and each non-contact tag is stored in the remote server (3). (11) Corresponding unique code and two-dimensional code; the mobile intelligent terminal (2) realizes binding of the contact information (11) to the account information of the APP by scanning the two-dimensional code on the contactless tag (11).
The data transmission method according to claim 18, wherein the non-contact tag (11) is built in the mobile intelligent terminal (2), and after the APP is installed, the APP automatically acquires the contactless tag (11) The information thus completes the binding of the contactless tag (11) to the account information of the APP.