KR101903898B1 - Button-type beacon and service method using it - Google Patents

Abstract

The present invention relates to a button type beacon and a service method using the same and, more specifically, relates to a button type beacon and a service method using the same, capable of enabling a user to define a beacon signal and a pressing pattern by connecting a button type beacon and a smart device to receive a service accordingly. According to an embodiment of the present invention, the button type beacon, which is able to be pushed, includes: a beacon module which is a near field communication module using BLE for communication with the outside; and a power supply part supplying power to the beacon module for operation. The beacon module includes: a memory storing a pressing pattern and a beacon signal and message (service) content corresponding to the pattern; and a control part recognizing the pressing pattern by sensing the pressing of a button, and broadcasting the beacon signal corresponding to the pressing pattern to the smart device through an antenna by spotting the signal in the memory.

Description

[0001] The present invention relates to a button-type beacon and a service method using the same,

The present invention relates to a button-type beacon and a service method using the same, and more particularly, to a button-type beacon that allows a user to define a push pattern and a beacon signal in association with a button- Service method.

Bluetooth Beacon is a protocol based short range wireless communication device with Bluetooth 4.0 (BLE) or higher, and can communicate with devices within 100m maximum.

In addition, Bluetooth beacons are highly accurate enough to be able to distinguish between 5 and 10 cm units, and are suitable for the Internet implementation of things that all devices are always connected with low power consumption.

As various location based services using Bluetooth beacon such as iBeacon are discovered and activated, Bluetooth beacon is attracting attention as a core solution of IoT based service.

For example, when a visitor arrives at a specific location where a historical object is displayed in a museum, the visitor's smartphone recognizes the Bluetooth beacon installed at the specific location and the Bluetooth communication between the visitor's smartphone, When the server informs the server computer of the museum, the server transmits the description of the historical artifacts to the visitor's smartphone, and the viewer reads or hears descriptions of the historical artifacts through his smartphone.

As another example, a Bluetooth beacon is installed in a shop, and an advertisement, a discount sale event, or a coupon is transmitted to a smartphone of a shop that senses the Bluetooth beacon.

As such, advertising, coupons, and payment services using Bluetooth beacons are becoming more active in offline stores, and beacon services linked to mobile phones are increasing.

In addition, O2O (Online to Offline) service using Bluetooth beacon is activated, and Bluetooth beacons continuously transmit signals. As a result, customer's location exposure, continuous spamming ad reception, unnecessary notification and vibration, excessive battery consumption There has been a problem that customer complaints are increasing.

Publication No. 10-2017-0001429 (published on January 04, 2017)

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a Bluetooth beacon capable of directly selecting a time and space for transmitting or receiving a beacon signal while maintaining original characteristics of the Bluetooth beacon, And to provide a service method using the same.

According to an aspect of the present invention, there is provided a button-type beacon comprising: a beacon module that is a short-range communication module using BLE (Bluetooth Low Energy) for communication with the outside; A beacon comprising:

Wherein the beacon module comprises a memory for storing a push pattern, a beacon signal corresponding to the push pattern, and a message (service) content, and a memory for recognizing the push pattern by sensing the push of the button, A beacon signal corresponding to the push pattern is stored in the memory, and if the beacon signal is stored in the memory, broadcasting the beacon signal to the smart device through the antenna.

Also, the broadcast time, the number of broadcast times, and the broadcast interval of the beacon signal are stored in the memory, and the controller broadcasts a beacon signal through an antenna according to a broadcast time, a broadcast frequency, and a broadcast interval.

In addition, the user sets the push pattern, the beacon signal, the broadcast time of the beacon signal, the broadcast frequency, and the broadcast interval through a smart device.

Further, the push pattern is characterized by a combination of a long signal and a short signal.

A universally unique identifier (UUID), a major ID, and a minor ID are included in the beacon signal. The beacon service type is distinguished by the major ID, and the uniqueness of the beacon signal is confirmed by the minor ID.

According to an embodiment of the present invention, there is provided a service method using a button-shaped beacon, the method comprising: (a) setting a button-shaped beacon operation in a background app by pairing a background app (management and service)

(b) receiving and setting a beacon signal being broadcast in the smart device;

(c) broadcasting a beacon signal corresponding to a push pattern by operating a button-type beacon when the user presses the button-type beacon; And

(d) receiving a broadcasting beacon signal from the smart device and performing a service corresponding to the beacon signal; To

.

The step (a) may include the steps of setting a push pattern,

Setting a beacon signal (message) to be broadcast by the button-shaped beacon when the push patterns are matched;

Setting a broadcast time, a broadcast frequency, and a broadcast interval of the beacon signal;

And setting a service to be executed in the smart device when the beacon service app of the smart device receives the matched beacon signal.

A method of using a button-shaped beacon according to another embodiment of the present invention includes: (a ') capturing a beacon signal broadcast in a smart device without a background application of a smart device and a button-type beacon, , Minor ID) as a service;

(b) receiving and setting a beacon signal being broadcast in the smart device;

(c) broadcasting a beacon signal corresponding to a push pattern by operating a button-type beacon when the user presses the button-type beacon; And

(d) receiving a broadcasting beacon signal from the smart device and performing a service corresponding to the beacon signal; To

.

In addition, the step (b) may include activating a Bluetooth function of the smart device by executing a background application of the smart device,

Broadcasting a beacon signal by pressing a basic pattern of the button-shaped beacon;

Selecting a beacon signal in the smart device and performing pairing with a password authentication;

Outputting a service registered in the button-type beacon completed in the smart device to the screen;

Adding, modifying and deleting a registration service in the smart device;

And then pushing the button-type beacon to confirm the operation and release the pairing.

In addition, the step (b) may include activating a Bluetooth function of the smart device by executing a background application of the smart device,

Searching for and receiving a broadcast beacon signal from the smart device, and selecting one of the received beacon signals;

Modifying and deleting a service of the beacon signal selected in the smart device.

The steps (c) and (d) may include activating a Bluetooth function by executing a beacon service application installed in the smart device,

If the user presses the button type beacon, recognizes the input push pattern and confirms that there is the same push pattern as the registered push pattern, and if there is the same push pattern, finds the push pattern message and broadcasts the beacon signal corresponding thereto ,

Receiving a beacon signal from the beacon service app;

Comparing a received beacon signal with a registered beacon signal in the beacon service app to find a service corresponding to the registered beacon signal if the beacon signal is a registered beacon service app;

The beacon service app executes the corresponding service and provides the service to the user.

Wherein the service comprises a simple service for executing a specific app according to a beacon signal and an extended service for allowing a parameter to be inserted when executing a specific app or service according to a beacon signal.

According to the solution of the above-mentioned problem, since the beacon signal is defined by the user and the beacon signal is transmitted only when the Bluetooth beacon is required, the user can be exposed to the location, receiving the continuous spam advertisement, unnecessary notification and vibration, Thereby reducing customer complaints.

Also, since the beacon signal can be sent differently according to the user's selection, the number of beacons exceeding the number of physical beacons can be increased by one beacon.

In addition, personalized services can be performed by registering a beacon installed in a public place.

And with the Smart Manager app, you can perform a variety of user-defined services based on a variety of options.

1 is a schematic block diagram of a button-type beacon according to an embodiment of the present invention.
2 is a configuration diagram of the beacon module shown in FIG.
FIG. 3 is a view for explaining a service providing method using the button-shaped beacon shown in FIG. 1. FIG.
4 is a diagram for explaining a service providing method according to the beacon signal setting of the present invention.
5 is a schematic flowchart showing a service method according to an embodiment of the present invention.
6 is a flowchart showing an embodiment of the beacon signal setting step shown in FIG.
7 is a flowchart showing another embodiment of the beacon signal setting step shown in Fig.
8 is a flowchart showing the beacon operation and the service providing step shown in FIG.
9 is an illustration of a table stored in the beacon internal memory and the app according to the setting of the present invention.
10 is an exemplary diagram showing an administrator app when the number of times of pressing by the setting of the present invention is four times three times.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

It is to be noted that the same components of the drawings are denoted by the same reference numerals and symbols as possible even if they are shown in different drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

Also, when a part is referred to as " including " an element, it does not exclude other elements unless specifically stated otherwise.

1 is a schematic block diagram of a button-type beacon according to an embodiment of the present invention.

1, the button-type beacon 100 includes a power unit 110, a beacon module 120, and a button 130. The beacon 100 includes a button 130,

The power supply unit 110 is configured to supply power to the beacon module 120 and to drive the beacon module 120. The power supply unit 110 may be constructed by inserting a small size battery (including a battery) .

The beacon module 120 is a short-range communication module using BLE (Bluetooth Low Energy) for communication with the outside.

That is, the beacon module 120 operates through the power of the power source unit 110 and transmits a basic Bluetooth-based beacon signal, and selectively transmits a Bluetooth-based beacon signal defined by the user.

The main body of the button-type beacon 100 is formed in a button shape. For example, the upper case is press-formed so that the user can press the button once and then be returned to the original position by the restoring force.

Alternatively, a depressible restoration button 130 may be separately provided on the main body itself.

At this time, if the user presses the button 130 for a long time or a short time, the signal of the push pattern is divided into a long signal (-) and a short signal ((for example, a long signal is three times And the number of push patterns is determined according to the number of digits (round).

For example, if there are four digits (rounds), there are 2 ^4, that is, 16 pressing patterns.

2 is a configuration diagram of the beacon module shown in FIG.

As shown in FIG. 2, the beacon module 120 includes a controller 122, a memory 124, and an antenna 126.

Here, it is assumed that the button 130 is separately provided in the main body of the Bluetooth beacon 100. FIG.

The button 130 is depressed and depressed by the user once to be depressed, then restored to its original position, and then pressed again.

In the memory 124, a push pattern of the button, a beacon signal corresponding to the push pattern, and a message (service) content corresponding to the beacon signal are stored.

In this case, the broadcasting time of the beacon signal (for example, 5 seconds, 10 seconds), the number of broadcast times (for example, 5 times, 10 times, 20 times) Interval) are stored together and set by the user.

At this time, the beacon signal includes a universally unique identifier (UUID), a major ID, and a minor ID, distinguishes the beacon service type by a major ID, and confirms the uniqueness of the beacon signal by the Minor ID.

In addition to the UUID, Major ID and Minor ID, the beacon signal has a packet area for transmitting user defined data, and the method of distinguishing service type and uniqueness is not limited to the above.

In addition, broadcasting the same beacon signal for a predetermined time may cause a problem of overlapping reception in the smart device 200, which will be described later. Therefore, a broadcast count is inserted into a part of a part of the beacon signal so that the beacon signal is not duplicated during broadcasting for a predetermined time.

The controller 122 recognizes the depression pattern by detecting the depression of the button and finds whether or not the beacon signal corresponding to the depression pattern is stored in the memory 124. If the beacon signal corresponds to the set time, And then broadcasts to the smart device 200 through the antenna 126. [

The antenna 126 broadcasts (transmits) a beacon signal to the smart device 200 under the control of the controller 122 and receives the signal transmitted from the smart device 200 and transmits the beacon signal to the controller 122.

FIG. 3 is a view for explaining a service providing method using the button-shaped beacon shown in FIG. 1. FIG.

When the user of the smart device 200 enters the signal arrival distance of the button-type beacon 100, the button-type beacon 100 transmits a specific ID signal.

Here, the smart device 200 may be, for example, a smart phone, a public facility receiver, or a home smart device.

The smart device 200 receives the signal from the Bluetooth device, and the beacon manager 300 recognizes the received signal and transmits it to the corresponding service server 400.

The service server 400 receives the signal and recognizes that a user has arrived at a certain position, and sends event information and service information set in the corresponding location to the smart device 200 of the corresponding user.

4 is a diagram for explaining a service providing method according to the beacon signal setting of the present invention.

Here, the push pattern A is a service for calling the mother as a combination () of four short signals in all four digits, and the push pattern S is a combination of a long signal, a short signal, a short signal, As a message.

When the user presses the button with the push pattern A, the controller 122 of the button-type beacon 100 recognizes the push pattern A and finds a beacon signal A corresponding thereto and broadcasts the push pattern A.

The smart device 200 receiving the beacon signal A confirms whether there is a registered service corresponding to the beacon signal A, and calls the registered service, that is, the phone number of the stored mother.

For this purpose, the smart device 200 needs to store the mother's phone number.

Similarly, when a user in a harsh environment presses a button S to depress the depressing pattern S, the controller 122 of the button-type beacon 100 recognizes it and broadcasts a beacon signal S corresponding to the depressing pattern S.

Upon receipt of the beacon signal S, the smart device 200 confirms whether there is a registered service corresponding to the beacon signal S, and informs the user of the risk by informing the registered service, that is,

The service method using the button-shaped beacon according to the embodiment of the present invention is performed in the order of setting, beacon operation, and application operation.

First, the setting is divided into two cases, that is, a case of pairing and a case of not.

First, since pairing is performed with the owner of the button-type beacon, the operation of the button-type beacon (the push pattern, the beacon broadcast message, the broadcast time, the number of broadcasts, and the broadcast interval) can be set and the service operation of the app can also be set.

The user may press the set button operation pattern at this time and test whether the button-type beacon is recognized as it is pressed and the beacon signal according to the recognition is transmitted.

This is to prepare for the case where the user can not set it and execute it.

Second, if no pairing is performed, the button type beacon can not be set and only the service operation of the smart device app according to the signal of the button type beacon can be set.

This function allows not only button but also beacons to be used.

The next beacon operation is paired only when configured and not paired when serviced.

The button operates according to the push pattern of the button type button and knows the beacon signal.

In addition, when the beacon signal arrives, the app operation executes the service corresponding to the beacon signal.

These services are described in detail as follows.

5 is a schematic flowchart showing a service method according to an embodiment of the present invention.

As shown in FIG. 5, the background app of the smart device and the button-type beacon are paired to set the operation of the beacon in the background app (S50).

First, the push pattern of the button-type beacon 100 is set.

That is, the push-button pattern of the button and the content of the corresponding message are stored in the memory 124 in the button-shaped beacon 100.

Here, one button beacon can be operated as a plurality of button beacons, and a pressing time limit of a pattern for recognizing only the button pressed within 3 seconds or 5 seconds is set.

(Beacon signal) to be sent by the button-type beacon 100 when the push pattern of the next button is matched.

In order to prevent redundancy of a beacon signal, a beacon signal can be broadcasted in a signal generated by the button-type beacon 100, and a sequence number may be inserted for each beacon signal to be broadcast. Thereby avoiding duplicate reception.

At this time, the beacon signal includes a universally unique identifier (UUID), a major ID, and a minor ID, and distinguishes the beacon service type by a major ID, and confirms the uniqueness of the beacon signal with the minor ID.

The broadcast time of the next beacon signal (for example, broadcasting for 5 seconds, 10 seconds) and the number of broadcast times (for example, 5 times, 10 times, 20 times broadcasts) are set.

The broadcast interval of the next beacon signal (e.g., 100 ms, 1 second, 5 second interval, etc.), and some of the broadcast messages.

When the beacon service application of the smart device 100 receives the matched signal, the service is set.

At this time, you can set up a simple service such as receiving a call, hanging up a phone, launching a camera app, taking a picture, running an application, making a call using an extension service (presetting a caller ID), sending a message Send a message by including my GPS location), music playback (music file to play, preset folder).

A simple service is a service that runs a specific app based on a beacon signal. For example, when a camera app is running and a camera app is running, there is a service for pressing a camera button to take a picture. Similarly, Stopping the music, turning on the flash, or ringing the bell.

In addition, the extension service allows parameters to be input when a specific app or service is executed according to a beacon signal. For example, when executing a character application, rather than performing a simple execution, the contents of the receiver and the message are preset When the beacon is received, there is a service that sends the preset message to the preset recipient. Similarly, when you make a call, run a music file, or hang up the phone, There is a service such as sending GPS location information together when sending text.

In step S50, the background application of the smart device and the button-type beacon may be set without pairing.

For example, if a beacon signal is to be served by multiple smart devices, capture the beacon signal being broadcast (only UUID matches, or if major ID and minor ID match), and then register the beacon signal as a service have.

The next smart device 200 receives and sets the beacon signal being broadcast (S52).

Referring to FIG. 6, first, a background application of a smart device is executed to activate a Bluetooth function of a smart device (S60).

In the case of the unset button type beacon, the beacon signal can be searched because the constant beacon signal is being broadcast. In the case of the set button type beacon, when the beacon signal is broadcast by pressing the basic pattern of the beacon (for example, (S61). ≪ / RTI >

The smart device 200 selects a beacon signal and performs pairing by password authentication (S62).

The smart device 200 outputs the service registered in the button-type beacon that has been paired to the screen (S63).

Next, the smart device 200 adds, modifies, and deletes the registration service (S64).

Here, the simple service and the extended service can be registered, and the push pattern of the button, the broadcast time of the beacon signal, the broadcast frequency, and the broadcast interval can be set.

When the setting is completed, the set button is pressed to confirm the operation (S65) and the pairing is canceled (S66).

Referring to FIG. 7, the background application of the smart device is first executed to activate the Bluetooth function of the smart device (S70).

The beacon signal broadcasted by the smart device 200 is searched and received (S72), and one of the received beacon signals is selected (S74).

The service of the beacon signal selected in the next smart device 200 is added, modified, or deleted (S76).

Herein, the simple service and the extended service can be registered.

When the user sets the beacon operation and the beacon signal in this way, a table as shown in FIG. 9 is stored in the memory 124 of the button-shaped beacon and the app of the smart device, and the manager app shown in FIG. 10 can be provided.

When the next button-type beacon 100 is operated (S54), the corresponding service can be provided through the smart device 200 (S56).

Referring to FIG. 8, when the beacon service application installed in the smart device 200 is executed (S80), the Bluetooth function of the smart device is activated (S81).

The beacon service app may be operated as a background app at all times and may be further added with an end function.

The button 130 of the button-shaped beacon 100 is pressed so that the next user can receive a desired service (S82).

The control unit 122 of the button-type beacon 100 detects this, recognizes the input push pattern, and checks whether there is the same push pattern as the registered push pattern. If there is the same push pattern, (S83).

At this time, the beacon signal is broadcast according to the preset broadcasting time, broadcasting frequency, and broadcasting interval.

The beacon service app of the smart device 200 having the Bluetooth function activated receives an arbitrary beacon signal (S84).

The next beacon service app compares the received beacon signal with the registered beacon signal, and if it is the registered beacon signal, searches for a service corresponding to the beacon signal (S85).

Then, the beacon service app executes the corresponding service and provides the service corresponding to the set-up pattern to the user (S86).

As described above, according to the present invention, in order to provide a service suited to a user's request and situation, a user directly selects whether to press a button of a button-shaped beacon and whether to broadcast a beacon signal, If the beacon service application of the smart device receives the signal, the user can directly select the application service corresponding thereto.

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims.

In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

The beacon according to the present invention can be provided not only in a variety of situations but also in a new type of service that has not been provided in the meantime,

In addition, button-type beacon is a temporary service, a technique based on a temporary exposure technique, which can prevent real-time leakage of personal location information, reduce battery over consumption, and reduce burden on spam excessive advertisement exposure. Because it can be installed, more customers will be able to install and provide services or install a dedicated service app.

In addition, by defining the beacon signal, the user can use a personalized service such as executing a mobile siren function, dialing a designated number, sending a character to a designated number, playing frequently played music, or running a specific app, .

Further, when a button-type beacon user selects a beacon signal defined for a public service purpose in defining a signal of the button, the beacon signal is recognized by a public facility (receiver), thereby illuminating a street light, operating a pedestrian signal, It is also possible to conveniently use public facilities such as calling a helper, making public transportation calls, reporting faults, etc. In addition, public service apps or receivers installed by a large number of citizens around beacons recognize beacon signals, It can also be applied to public safety services such as reporting, requesting help, reporting failures, and reporting missing persons.

100: Button type beacon 110: Power source
120: Beacon module 122:
124: memory 126: antenna
130: Button 200: Smart device
300: Beacon manager 400: Service server

Claims (12)

1. A beacon having a beacon module, which is a short distance communication module using BLE (Bluetooth Low Energy) for communication with the outside, and a power supply for supplying power to the beacon module and driving the beacon;
The beacon is a button type beacon that can be pressed. The beacon module includes a memory for storing a push pattern formed by a combination of a long signal and a short signal, a beacon signal corresponding to the push pattern, and a message (service) Detecting a push pattern, detecting whether a beacon signal corresponding to the push pattern is stored in the memory, and broadcasting the beacon signal to the smart device via the antenna if the beacon signal is stored in the memory,
The service may be a simple service that receives a beacon signal broadcasted by the smart device and performs a service corresponding to the beacon signal. The service may be a simple service that executes a specific app according to a beacon signal, And the like,
The broadcast time, the number of broadcast times, and the broadcast interval of the beacon signal are stored in the memory, and the controller broadcasts a beacon signal through an antenna according to a broadcast time, a broadcast frequency,
The beacon signal includes a universally unique identifier (UUID), a major ID, a minor ID, and a packet area. The beacon service type is distinguished by a major ID. The beacon signal is uniquely identified by a minor ID. And a broadcast count is put in a part of the beacon signal. delete The method according to claim 1,
A beacon signal, and a broadcast time, a broadcast frequency, and a broadcast interval of the beacon signal are set by a user through a smart device. delete delete (a) setting an operation of a button-type beacon in a background application by pairing a background application of a smart device and a button-type beacon capable of being pressed;
(b) receiving and setting a beacon signal being broadcast in the smart device;
(c) broadcasting a beacon signal corresponding to a push pattern composed of a combination of a long signal and a short signal by operating a button-shaped beacon when the user presses the button-type beacon; And
(d) receiving a broadcasting beacon signal from the smart device and performing a service corresponding to the beacon signal; , ≪ / RTI &
The beacon signal broadcast time, the broadcast number, and the broadcast interval are stored in the memory of the button-type beacon, and in the step (c), the beacon signal is broadcast according to the broadcast time, the broadcast number,
The beacon signal includes a universally unique identifier (UUID), a major ID, a minor ID, and a packet area. The beacon service type is distinguished by a major ID. The beacon signal is uniquely identified by a minor ID. You can send data,
A broadcast count is inserted in an area for each of the broadcasting beacon signals,
Wherein the service comprises a simple service for executing a specific app according to a beacon signal and an extended service for allowing a parameter to be inserted when executing a specific app or service according to a beacon signal. The method according to claim 6,
The step (a) may include setting a push pattern,
Setting a beacon signal (message) to be broadcast by the button-shaped beacon when the push patterns are matched;
Setting a broadcast time, a broadcast frequency, and a broadcast interval of the beacon signal;
And setting a service to be executed in the smart device when the beacon service app of the smart device receives the matched beacon signal. (a ') a step of capturing a beacon signal broadcasting from a smart device without registering a background application of a smart device and a button-type beacon capable of being pressed, and registering a corresponding beacon signal (selected among UUID, Major ID, Minor ID) as a service;
(b) receiving and setting a beacon signal being broadcast in the smart device;
(c) broadcasting a beacon signal corresponding to a push pattern composed of a combination of a long signal and a short signal by operating a button-shaped beacon when the user presses the button-type beacon; And
(d) receiving a broadcasting beacon signal from the smart device and performing a service corresponding to the beacon signal; , ≪ / RTI &
The beacon signal broadcast time, the broadcast number, and the broadcast interval are stored in the memory of the button-type beacon, and in the step (c), the beacon signal is broadcast according to the broadcast time, the broadcast number,
The beacon signal includes a universally unique identifier (UUID), a major ID, a minor ID, and a packet area. The beacon service type is distinguished by a major ID. The beacon signal is uniquely identified by a minor ID. You can send data,
A broadcast count is inserted in an area for each of the broadcasting beacon signals,
Wherein the service comprises a simple service for executing a specific app according to a beacon signal and an extended service for allowing a parameter to be inserted when executing a specific app or service according to a beacon signal. 9. The method according to claim 6 or 8,
(B) activating a Bluetooth function of the smart device by executing a background application of the smart device;
Broadcasting a beacon signal by pressing a basic pattern of the button-shaped beacon;
Selecting a beacon signal in the smart device and performing pairing with a password authentication;
Outputting a service registered in the button-type beacon completed in the smart device to the screen;
Adding, modifying and deleting a registration service in the smart device;
Wherein the step of confirming the operation by pressing the button-type beacon and releasing the pairing are performed. 9. The method according to claim 6 or 8,
(B) activating a Bluetooth function of the smart device by executing a background application of the smart device;
Searching for and receiving a broadcast beacon signal from the smart device, and selecting one of the received beacon signals;
Modifying, and deleting a service of a beacon signal selected in the smart device. 9. The method according to claim 6 or 8,
The step (c) and the step (d) may include activating a Bluetooth function by executing a beacon service application installed in the smart device,
If the user presses the button type beacon, recognizes the input push pattern and confirms that there is the same push pattern as the registered push pattern, and if there is the same push pattern, finds the push pattern message and broadcasts the beacon signal corresponding thereto ,
Receiving a beacon signal from the beacon service app;
Comparing a received beacon signal with a registered beacon signal in the beacon service app to find a service corresponding to the registered beacon signal if the beacon signal is a registered beacon service app;
Wherein the beacon service application executes a corresponding service and provides a service to the user. delete

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