KR101398922B1 - Individual security system using of a smart-phone application and auto certificating ars and method of the same - Google Patents

Abstract

The present invention relates to an individual security system using a smart-phone application and an ARS for automatic certification, and a method thereof. The purpose of the present invention is to provide the individual security system using the smart-phone application and the ARS for automatic certification having high economic feasibility and the method thereof which generates a security signal corresponding to a user security setting sentence which is predetermined by a user, or a general security setting sentence in which the user can shout instinctually in a threatening situation. When the security signal is generated, the user can check the threatening situation automatically through the automatic ARS, and the user can accurately recognize a risk.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a personal security system and a method thereof using an ARS for smart phone application and automatic confirmation,

The present invention relates to a personal security system and a method thereof via a smart phone application and an ARS for automatic confirmation, and more particularly, to a security security setting sentence in which a user preliminarily specifies a user security setting sentence or instinctively And automatically recognizes the threat situation through automatic ARS when a security signal is generated. Thus, it is possible to accurately recognize whether a user is exposed to a risk, thereby realizing an economical smart phone application and ARS for automatic confirmation To a personal security system and method thereof.

As is well known, at the present time when democracy has become more and more an accumulation of wealth for private property, it has become a personal purpose to protect individual and family rebirth as another purpose of happiness.

In fact, as the gap between rich and poor is widening and the unemployment rate is increasing, various kinds of violent crime rates are increasing, and kidnapping and robbery incidents are increasing rapidly.

Therefore, in recent years, portable high voltage devices capable of directly suppressing the opponent in the event of a robbery or kidnapping have been introduced. However, such a portable high-voltage device requires a considerable amount of courage and power to directly depress the opponent. Since such a high-voltage device is mainly carried in a bag or the like, There is a problem that it is considerably difficult to withdraw the goods to the outside.

In addition, in the case of such robbery or kidnapping, it is often the case that elderly people, infants, and women are relatively weak. Therefore, even if equipped with portable equipment, There was a problem that there was difficulty.

In addition, in the case of such robbery or kidnapping cases, when the opponent fails to suppress the opponent, there is a problem that the opponent's feelings are further stimulated and the adverse effect may be generated.

Therefore, recently, a GPS function has been built in, and a security phone which automatically informs a remote server of a police server or a security company server of the position of the user and the emergency situation of the user by operating the button directly has appeared. However, even in the case of such a security phone, it is necessary to directly operate the mobile phone. However, there is a problem that it is not easy to transmit specific information by manipulating the hot key of the mobile phone in a situation where the victim is threatened with a knife.

Also, even if there is a sentence promised separately from a third party to inform a third party that the burglary is not aware of the state being threatened by the burglary, if the user is threatened by the burglary, Frequently, the head screamed and drooled without meaning.

In addition, in the case of automatic security phones, there was a problem that even though the user is not in a situation in which the user is in a state of being threatened by robbery, the dispatching agent may cause economic loss.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described circumstances of the prior art, and it is an object of the present invention to provide a method and system for generating a security signal in response to a user security setting sentence preliminarily specified by a user or a general security setting sentence, It is possible to accurately recognize whether a user is exposed to a risk by automatically detecting the threat situation through automatic ARS in the event of occurrence, thereby providing a personal security system and method using an economical smart phone application and ARS for automatic confirmation There is a purpose.

In order to achieve the above object, according to a preferred embodiment of the present invention, in a state in which the security setting signal generating application (4) having a voice recognition function is mounted therein, the first user security setting data or the general security setting data A user terminal 2 for automatically registering the preliminary emergency signal and the position signal, automatically connecting the wireless data network and transmitting the corresponding combination data to the registered URL, Wow; Receives the preliminary emergency signal and the position information from the user terminal 2 and transmits the corresponding user terminal information and the preliminary emergency signal information to the ARS push server 16 connected to the data communication network, A security setting processing server 10 for generating an emergency signal to the police server 6 or the security company server 8 when it is determined as an actual emergency situation; Receives the user terminal information and the preliminary emergency signal information from the security setting processing server 10, generates a call signal to the corresponding user terminal, generates the pre-registered second user security data matched to the user terminal, And an ARS push server 16 for determining whether the emergency situation is an emergency situation and for transmitting the determination signal to the security setting processing server 10. The personal security system via the ARS for smart phone application and automatic confirmation / RTI >

Preferably, the first user security setting data is sentence data for generating an emergency signal of a user registered to generate a preliminary emergency signal, and a personal security system through a smart phone application and an ARS for automatic confirmation are provided.

Preferably, the general security setting data is data downloaded from the security setting processing server 10, and is word data that can be excluded by threatened users. The smartphone application and the personal security system / RTI >

Preferably, the second user security setting data is query and response data registered by the user. The ARS push server 16 outputs the query to the pre-registration machine sound, and generates an emergency signal and an emergency signal And the ARS push server 16 is a data registering a signal for cancellation so that the ARS push server 16 can judge it.

Preferably, the security setting signal generating application 4 sets the security mode and the general mode according to the mode selection. When the first user security setting data and the general security setting data are registered, And an application for generating a preliminary emergency signal to the security setting processing server (10) by determining whether the voice corresponds to the first user security setting data or the general security setting data. A personal security system is provided.

Preferably, the second user security setting data is data set to generate an emergency signal when the response matches the pre-registration response, and to prevent the occurrence of an emergency signal when the response matches the pre-registration response. A personal security system is provided.

Preferably, the user terminal 2 includes: a voice input unit 20 for inputting voice data related to first and second security setting data; A first user security setting processing unit (24) for determining whether a user's voice is recognized to match a first user security setting data (30) preset by a user so that a preliminary emergency signal is generated; A general security setting processing unit (26) for determining whether a voice of the user is recognized and matches the general security setting data (32) downloaded and registered from the security setting processing server (10) so as to generate a preliminary emergency signal; A data storage unit 28 for storing the first user security setting data 30 and the general security setting data 32; A data generating unit 34 for combining user terminal information, a preliminary emergency signal, and position information into packets; The control unit 36 determines whether the user's voice is recognized by the first user security setting data or the general security setting data and transmits the emergency signal to the security setting processing server 10 through the communication module 22 And a personal security system through ARS for automatic confirmation is provided.

Preferably, the mobile communication terminal further includes a GPS signal processing unit (38) for receiving a coordinate signal of the user terminal (2) from the GPS satellite and converting it into position information indicated by the coordinates. A personal security system is provided.

Preferably, the smart phone application and the personal security system via the ARS for automatic confirmation are further provided, wherein the smart phone application and the operation time setting unit 35 for setting the operation time in advance to execute the security mode in which voice input is possible are further provided.

Preferably, the ARS push server 16 includes a second user security setting DB 18 storing second user security setting data composed of response / query data preset by each user, and the security setting processing server 10. The smartphone application as claimed in claim 1, wherein the server is a server which automatically generates an automatic call signal to the user terminal number transmitted from the user terminal number and automatically extracts second user security setting data matched with the user terminal number, A personal security system via ARS is provided.

Preferably, the user terminal 2 is a terminal capable of data communication including a smart phone, a mobile communication terminal, a tablet PC, a desktop PC, an IPTV, and a digital TV. The smart phone application and the personal security System is provided.

In the meantime, the present invention includes a first step of determining whether a security setting signal generating application (4) installed in a user terminal (2) has selected a security mode; A second step in which the security setting signal generating application (4) activates a voice input unit when the security mode is set; A third step of comparing input voice data with previously registered first user security setting data or general security setting data to determine whether they match; A fourth step in which the security setting signal generating application 4 generates a preliminary emergency signal to the security setting processing server 10 when the input voice data matches the first user security setting data or the general security setting data and; A fifth step of the security setting processing server 10 generating a state confirmation request signal of the corresponding user to the ARS push server 16; A sixth step of the ARS push server 16 confirming the state of the user through voice output of the second user security setting data in a query response manner and speech recognition of the response data; A seventh step of the ARS push server 16 transmitting state information of the user to the security setting processing server 10; And an eighth step of causing the security setting processing server 10 to send a dispatch request signal to the police server 6 or the security company server 8. [ / RTI >

Preferably, before the first step, the security setting signal generating application 4 receives voice data of the user to be used as the first user security setting data; Registering the voice data as first user security setting data; Receiving voice data of a user to be used as second user security setting data; Registering the voice data as second user security setting data; Further comprising the step of the security setting signal generating application (4) downloading and registering the general security setting data from the security setting processing server (10) and a personal security method / RTI >

Preferably, the first step may include: determining whether the security setting signal generating application 4 has arrived at a security mode execution time set by the user; And the security setting signal generating application (4) automatically switches the mode to the security mode when the security mode execution time arrives. [5] The method of claim 1, / RTI >

Preferably, the fifth step further includes a step of the security setting processing server 10 transmitting the user terminal identification number to the ARS push server 16, A personal security method is provided.

Preferably, the fifth step further includes transmitting, by the security setting processing server 10, second user security setting data previously registered by the user to the ARS push server 16, A personal security method with ARS for automatic confirmation is provided.

Preferably, the sixth step is a step of the ARS push server 16 outputting query data of the second user security setting data previously registered by the user in question; Receiving response data for the query data; Determining whether the response data corresponds to previously registered response data; The ARS push server 16 transmits a signal indicating that the corresponding user is in an emergency state to the security setting processing server 10 at the time of a match or a non-response. A personal security method via ARS is provided.

A personal security system and method using a smart phone application and ARS for automatic confirmation according to the present invention can automatically detect a threat situation through a general security setting speech recognition even if a user can not input a preset voice by being embarrassed when a user is threatened It is advantageous to increase the accuracy of dispatch by confirming the inquiry and response inputted by the user automatically through ARS when a preliminary emergency signal is generated so as not to be misdirected due to an input error, If the user does not answer the telephone or receives a call and inputs a query response to the second user security setting data or if the user is a patient or an injured person, In all of these limited cases, it is advantageous to be able to generate emergency signals very efficiently .

1 is a schematic diagram showing the overall configuration of a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention;
2 is a block diagram illustrating a configuration of a user terminal included in a personal security system through a smart phone application and an ARS for automatic confirmation according to an embodiment of the present invention;
3 is a state diagram illustrating a data flow of a personal security system through a smartphone application and an ARS for automatic confirmation according to an exemplary embodiment of the present invention;
4 is a diagram illustrating security setting data included in a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention;
FIG. 5 is a flow chart showing a security setting data registration state through a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention;
FIG. 6 is a flowchart illustrating a signal flow of a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a schematic diagram showing an overall configuration of a personal security system through a smart phone application and an ARS for automatic confirmation according to an embodiment of the present invention.

The personal security system through the ARS for smartphone application and automatic confirmation according to an embodiment of the present invention can be applied to a general security setting sentence in which the user can pre- The system generates a security signal in response to the security signal and automatically detects the threat situation through the automatic ARS when the security signal is generated. Thus, it is possible to accurately recognize whether the user is exposed to the risk, which is a highly economical system.

That is, the personal security system using the smart phone application and the ARS for automatic confirmation according to an embodiment of the present invention may be installed in a home or in a state in which a third party can not recognize it through an elevator, an apartment hall, It is possible to generate an emergency signal to a remote server very quickly, and it is possible to automatically confirm whether the emergency signal is accidentally input, thereby achieving economical efficiency and high efficiency.

In more detail, the personal security system via the ARS for smartphone application and automatic confirmation according to an embodiment of the present invention includes a security setting signal generating application 4 equipped with a voice recognition function, 1 User security setting data or general security setting data is registered and it compares / judges whether registered data is inputted, automatically combines the emergency emergency signal and position signal, automatically connects the wireless data network, And a user terminal 2 for transmitting the combination data.

At this time, the user terminal 2 can be installed in a smart phone, a mobile communication terminal, a tablet PC, a desktop PC, an IPTV, a digital TV, an elevator or a corridor and can transmit a user's voice to a remote server All terminals are included.

Meanwhile, the user terminal 2 can change the security mode or the general mode according to the user's operation. When the security mode setting start time comes in advance by inputting the security mode setting start time and ending time, The security mode means a mode in which the voice input unit is activated to determine whether voice data of the user coincides with previously registered voice data.

In addition, the first user security setting data is sentence data for generating an emergency signal of a user registered to generate a preliminary emergency signal, for example, a sentence such as " Why is this? The second user security setting data for each user is different from the sentence data inputted in advance so as to automatically generate the preliminary emergency signal to the remote server.

Meanwhile, the general security setting data is data downloaded from the security setting processing server 10, and the user can already use the first user security setting data as the security setting signal generating application 4), the words are referred to as general security setting data when only a word such as " OMG " and " OAQ " is entered in a puzzled manner by the threat of the third party, and the general security setting data is not input by the user , It is downloaded from the security setting processing server 10 and registered in the security setting signal generating application 4.

In addition, the personal security system via the ARS for smart phone application and automatic confirmation according to an embodiment of the present invention receives the preliminary emergency signal and the position information from the user terminal 2 and receives the ARS push server 16 The ARS push server 16 transmits an emergency signal to the police server 6 or the security company server 8 when it is determined that the emergency situation is the actual emergency situation And a security setting processing server (10).

The security setting processing server 10 receives a preliminary emergency signal from the user terminal 2 and generates a confirmation request signal to the ARS push server 16 to confirm whether the preliminary emergency signal is a user's real number When it is determined that the user is actually in an emergency, the police server 6 or the security company server 8 generates a dispatch request signal.

In addition, the personal security system through the ARS for smart phone application and automatic confirmation according to an embodiment of the present invention receives user terminal information and preliminary emergency signal information from the security setting processing server 10, ARS push which generates the previously registered second user security data by matching with the user terminal, judges whether it is an emergency situation according to the response data, and transmits the judgment signal to the security setting processing server 10 Server < / RTI >

At this time, the ARS push server 16 receives the emergency situation confirmation request signal for the specific user from the security setting processing server 10, generates a call signal to the corresponding user terminal 2, The ARS audio output of the query message registered in advance is received, and the response signal of the user is inputted thereto, and it is judged whether or not it is an emergency situation according to whether or not it is matched.

For example, if the user registers the answer to the question "Did you do it?" And the answer to "Yes" as the second user security setting data and registers it as an emergency if it matches the pre-registered answer, the ARS push server 16 receives the response of the user input through the user terminal 2 and compares the received response with the pre-registration reply, and the ARS push server 16 also has a voice recognition S / W installed therein Speech recognition S / W is a known technique.

Therefore, according to the present invention, the accuracy of dispatch can be ensured by checking again the situation of the user again so that the third party can not notice. This ultimately can prompt the dispatching personnel to be dispatched promptly, and it is effective to strengthen the personal security system by performing efficient personnel management by greatly reducing the frequency of mistaken dispatch.

Preferably, the second security setting data is different for each user.

More specifically, the second user security setting data is query and response data registered by the user. The ARS push server 16 outputs the query to the pre-registration machine sound, and generates an emergency signal according to the user's response, The second user security setting data generates an emergency signal when the response matches the pre-registration response, and if the response is an inconsistency, the emergency signal is transmitted to the ARS push server 16 Data that is set not to occur.

At this time, if the ARS push server 16 generates a call signal to the user terminal 2 but the user does not respond to the call signal and the call connection is not made, the present invention also causes the user's emergency situation So that dispatch personnel can be dispatched.

This method is not a situation in which the user is threatened, and even when the user has collapsed with screaming and has not responded to the automatic call signal of the ARS push server 16, the dispatching agent can be dispatched very effectively, It can also be used as a home protection system for patients.

Meanwhile, the security setting signal generating application 4 sets the security mode and the general mode according to the mode selection. In a state where the first user security setting data and the general security setting data are registered, And determines whether it corresponds to the first user security setting data or the general security setting data, and generates a preliminary emergency signal to the security setting processing server 10.

In addition, the security setting signal generating application 4 periodically downloads general security setting data from the security setting processing server 10, so that the security setting signal generating application 4 may push the security setting processing server 10 from the security setting processing server 10 The general security setting data is downloaded to the security setting signal generating application 4. [

Also, the ARS push server 16 includes a second user security setting DB 18 storing second user security setting data composed of response / query data preset by each user, and the security setting processing server 10 And automatically extracts the second user security setting data matched with the user terminal number and outputs the voice.

2 is a block diagram illustrating a configuration of a user terminal included in a personal security system through a smartphone application and an ARS for automatic confirmation according to an exemplary embodiment of the present invention.

The user terminal 2 included in the personal security system via the ARS for smart phone application and automatic confirmation according to an embodiment of the present invention inputs voice data related to the first and second security setting data A voice input unit 20; A first user security setting processing unit (24) for determining whether a user's voice is recognized to match a first user security setting data (30) preset by a user so that a preliminary emergency signal is generated; A general security setting processing unit (26) for determining whether a voice of the user is recognized and matches the general security setting data (32) downloaded and registered from the security setting processing server (10) so as to generate a preliminary emergency signal; And a data storage unit 28 for storing the first user security setting data 30 and the general security setting data 32.

Also, the user terminal 2 includes a data generating unit 34 for combining user terminal identification information, a preliminary emergency signal, and positional information and packetizing them; A control unit 36 for recognizing the voice of the user and determining whether the voice matches the first user security setting data or the general security setting data and controlling the emergency signal to be transmitted to the security setting processing server 10 through the communication module 22 .

At this time, the security setting signal generating application 4, which is a part of the components included in the user terminal 2, is software that is interlocked with hardware, and is shown as a hardware configuration for convenience of explanation.

The user terminal 2 preferably further includes a GPS signal processing unit 38 for receiving a coordinate signal of the user terminal 2 from a GPS satellite and converting the coordinate signal into positional information indicated by the coordinates, ) Is a known construction.

Meanwhile, the user terminal 2 further includes an operation time setting unit 35 for setting an operation time in advance so that a security mode in which voice input is possible is executed.

FIG. 3 is a state diagram illustrating a data flow of a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention. FIG. 4 is a diagram illustrating a smartphone application and an automatic confirmation FIG. 2 is a diagram illustrating security configuration data included in a personal security system via an ARS. FIG.

Referring to this, a personal security system through a smart phone application and an ARS for automatic confirmation according to an embodiment of the present invention may be configured such that, when specific voice data is input in a state where a security mode is set and voice data can be received, The security setting signal generating application 4 compares the input voice data with the first user security setting data or the general security setting data that are registered in advance and determines whether or not they match.

If the input voice data matches the pre-registered first user security setting data or the general security setting data, the security setting signal generating application 4 generates a preliminary emergency signal to the security setting processing server 10.

The first user security setting data 30 and the general security setting data 32 are compared with the original registration data in the security setting signal generating application 4 and are referred to as a first case, The setting data 30 is the data registered by the user to automatically generate the emergency signal, for example, such as "Why are you doing this?" And "Please leave me."

The general security setting data 32 may voice the screaming sounds unexpected by the user when the user is threatened by the intensity to the security setting signal generating application 4 and may cause the user to suddenly fall and scream The security setting signal generating application 4 may be able to cope with such a situation by using the general security setting data downloaded from the security setting processing server 10 and stored in advance. .)to be.

The security setting signal generating application 4 judges whether the first user security setting data 30 and the general security setting data 32 are inputted and when the corresponding voice data is inputted, To the setting processing server 10.

Then, the security setting processing server 10 generates a state confirmation request signal of the corresponding user to the ARS push server 16.

For example, in the case where the user has registered the response message 42A as "Yes", as the second user security setting data 40, the ARS push server 16 "Did you do this?" The ARS push server 16 determines that the user is an emergency when the user inputs a voice message " Yes ". When the user enters an answer 42B indicating "NO " It is a promise.

Therefore, the ARS push server 16 automatically generates a call signal to the user terminal 2 and transmits a query message to a machine sound to judge that the user is not aware of the user situation, It is possible to immediately judge the state of the user who can not do so.

If the ARS push server 16 determines that an emergency has occurred, it transmits the status information of the user to the security setting processing server 10, and the security setting processing server 10 transmits the status information of the user to the police server 6 or And sends a dispatch request signal to the security company server 8.

The functions and actions of the smartphone application and the personal security system via the ARS for automatic confirmation according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

5 is a flowchart illustrating a security setting data registration state through a personal security system through a smart phone application and an ARS for automatic confirmation according to an embodiment of the present invention.

First, in order to execute the personal security system through the ARS for smart phone application and automatic confirmation according to an embodiment of the present invention, the user must download and install the security setting signal generating application 4 to the user terminal 2 , The first and second user security setting data must be registered, and the general security setting data must be downloaded and updated.

That is, the user accesses the security setting processing server 10 using the user terminal 2. Then, the security setting processing server 10 downloads and installs the security setting signal generating application 4 to the user terminal 2.

The security setting signal generating application 4 receives the user's voice data to be used as the first user security setting data while the security setting signal generating application 4 is installed in the user terminal 2. [

That is, the user activates the security setting signal generating application 4 to analyze the voice data inputted by the user at the next time, receives the first user security setting data capable of generating the preliminary emergency signal upon matching, And registers it as the first user security setting data.

For example, the first user security setting data is sentence data for generating an emergency signal of a user registered by the user to generate a preliminary emergency signal, for example, a sentence such as " Why is this? And registers it in the application.

Further, the user inputs the second user security setting data to the security setting signal generating application 4. [

Then, the user's voice data to be used as the second user security setting data is registered in the security setting signal generating application 4.

For example, if the user registers the query message "Yes" and the response message "Yes" as the second user security setting data and matches the previously registered response message (for example, "Yes"), Register.

Then, the security setting signal generating application 4 downloads and registers the general security setting data from the security setting processing server 10.

For example, the general security setting data is data that is downloaded from the security setting processing server 10, and is a word data that can be excluded by threatened users. The user may have already transmitted the first user security setting data to the security setting signal generating application 4), the words are referred to as general security setting data when only a word such as " OMG " and " OAQ " is entered in a puzzled manner by the threat of the third party, and the general security setting data is not input by the user , It is downloaded from the security setting processing server 10 and registered in the security setting signal generating application 4.

That is, even if the user registers the first user security setting data in the security setting signal generating application 4, even when a word such as " oh, " or " Since such general security setting data is registered in the signal generating application 4, the preliminary emergency signal can be automatically generated.

FIG. 6 is a flowchart illustrating a signal flow of a personal security system through a smartphone application and an ARS for automatic confirmation according to an embodiment of the present invention.

First, the personal security system via the ARS for smart phone application and automatic confirmation according to an embodiment of the present invention determines whether the security setting signal generating application 4 mounted on the user terminal 2 has selected the security mode .

That is, when the security mode is set to the security mode, the security setting signal generating application 4 of the user terminal 2 is activated, and the user terminal 2 can receive voice data.

When the security mode is set, the security setting signal generating application 4 can activate the voice input unit to receive voice data. That is, the microphone can be activated.

At this time, the user may directly input a selection signal for the security mode or the security release mode to the security setting signal generating application 4, but it is also possible to reserve the security mode to be set at a predetermined time in advance.

That is, the security setting signal generating application 4 can determine whether or not the security mode execution time set by the user has come. If the security mode execution time comes, the security setting signal generating application 4 automatically Mode can be switched.

If specific voice data is input, the security setting signal generating application 4 compares the input voice data with the first user security setting data or the general security setting data.

Then, it is judged whether or not there is a match.

If the input voice data matches the pre-registered first user security setting data or the general security setting data, the security setting signal generating application 4 generates a preliminary emergency signal to the security setting processing server 10.

The user inputs a voice inputted by the user in advance in a situation where the user is threatened by a criminal such as an intruder or the like or can talk but is limited in the movement of the body, The security setting signal generating application 4 determines whether general security setting data (for example, audio, video, audio, ...)

When the security setting processing server 10 receives the preliminary emergency signal, the security setting processing server 10 generates a state confirmation request signal of the corresponding user to the ARS push server 16.

At this time, the user status check of the ARS push server 16 means that the user confirms the status of the user without knowing it through a query response previously registered by the user.

For example, when the user has registered the second user security setting data with the query message "YES" and the response message "YES" with the second user security setting data, when the ARS push server 16 queries " Quot; YES " is input, the ARS push server 16 determines in advance that it is an emergency situation.

Therefore, the ARS push server 16 automatically generates a call signal to the user terminal 2 and transmits a query message to the machine sound.

At this time, if the ARS push server 16 does not respond to the call signal generated by the user terminal 2, the ARS push server 16 returns to the emergency state of the corresponding user .

Thus, even if a user is threatened by a robbery and does not answer the telephone or receives a call and enters a query response to the second user security setting data, or if the user is a patient or an injured person, The emergency signal can be generated very efficiently in all cases where the voice signal is restricted or additional voice input is limited.

To this end, the security setting processing server 10 transmits the user terminal identification number to the ARS push server 16, and the security setting processing server 10 transmits the user ID number to the ARS push server 16, Security setting data to be stored in the second user security setting DB 18.

If the ARS push server 16 determines that an emergency has occurred, it transmits the status information of the user to the security setting processing server 10, and the security setting processing server 10 transmits the status information of the user to the police server 6 or And sends a dispatch request signal to the security company server 8.

Accordingly, the personal security system and method using the smart phone application and the ARS for automatic confirmation according to the embodiment of the present invention can prevent threats through the general security setting speech recognition even if the user can not input a pre- It is possible to automatically determine the situation and to increase the accuracy of dispatch by confirming the query and response inputted by the user through ARS automatically when a preliminary emergency signal is generated so as not to be misdirected due to an input error.

Meanwhile, the personal security system and the method using the smart phone application and the ARS for automatic confirmation according to the embodiment of the present invention are not limited to the above-described embodiments, but various modifications can be made within the scope of the present invention. Do.

2: user terminal, 4: security setting signal generating application,
6: Police station server, 8: Security company server,
10: security setting processing server, 16: ARS push server.

Claims (17)

In a state where the security setting signal generating application 4 equipped with the voice recognition function is mounted therein, the first user security setting data or the general security setting data is registered to compare / judge whether the registered data is inputted, A user terminal 2 which combines the preliminary emergency signal and the position signal, automatically connects the wireless data network and transmits the corresponding combination data to the registered URL;
Receives the preliminary emergency signal and the position information from the user terminal 2 and transmits the corresponding user terminal information and the preliminary emergency signal information to the ARS push server 16 connected to the data communication network, A security setting processing server 10 for generating an emergency signal to the police server 6 or the security company server 8 when it is determined as an actual emergency situation;
Receives the user terminal information and the preliminary emergency signal information from the security setting processing server 10, generates a call signal to the corresponding user terminal, generates the pre-registered second user security data matched to the user terminal, And an ARS push server (16) for determining whether the emergency situation is an emergency situation and for transmitting the determination signal to the security setting processing server (10). The method according to claim 1,
Wherein the first user security setting data is sentence data for generating an emergency signal of a user registered to generate a preliminary emergency signal by the user. The method according to claim 1,
The general security setting data is data downloaded from the security setting processing server 10 and is word data that can be shouted by threatened users. A personal security system through a smart phone application and an ARS for automatic confirmation. The method according to claim 1,
The second user security setting data is inquiry and response data registered by the user. The ARS push server 16 outputs the inquiry to the pre-registration machine sound, and according to the user's response, an emergency signal generation and an emergency signal generation canceling Wherein the ARS push server (16) is a data registering the signal so that the ARS push server (16) can determine the signal. The method according to claim 1,
The security setting signal generating application 4 sets the security mode and the general mode according to the mode selection. When the first user security setting data and the general security setting data are registered, The security application processing system includes an application for generating a preliminary emergency signal to the security setting processing server (10) by determining whether it corresponds to the first user security setting data or general security setting data, Security system. 5. The method of claim 4,
Wherein the second user security setting data is data set to generate an emergency signal when the response matches the pre-registration response, and set to not generate an emergency signal if the response does not coincide with the first user security setting data. system. The method according to claim 1,
The user terminal (2)
A voice input unit 20 for inputting voice data related to the first and second security setting data;
A first user security setting processing unit (24) for determining whether a user's voice is recognized to match a first user security setting data (30) preset by a user so that a preliminary emergency signal is generated;
A general security setting processing unit (26) for determining whether a voice of the user is recognized and matches the general security setting data (32) downloaded and registered from the security setting processing server (10) so as to generate a preliminary emergency signal;
A data storage unit 28 for storing the first user security setting data 30 and the general security setting data 32;
A data generating unit 34 for combining user terminal information, a preliminary emergency signal, and position information into packets;
The control unit 36 determines whether the user's voice is recognized by the first user security setting data or the general security setting data and transmits the emergency signal to the security setting processing server 10 through the communication module 22 A smartphone application and a personal security system through ARS for automatic confirmation. 8. The method of claim 7,
And a GPS signal processing unit (38) for receiving the coordinate signal of the user terminal (2) from the GPS satellite and converting the coordinate signal into positional information indicated by the coordinates. The smartphone application and the personal security system . 8. The method of claim 7,
And an operation time setting unit (35) for setting a running time in advance so that a security mode capable of voice input can be executed. The method according to claim 1,
The ARS push server 16 includes a second user security setting DB 18 in which second user security setting data composed of response / query data preset by each user is stored, and the security setting processing server 10 Wherein the server is a server for generating an automatic call signal by the transmitted user terminal number and automatically extracting second user security setting data matched with the user terminal number and outputting voice. Personal security system through. The method according to claim 1,
Wherein the user terminal is a terminal capable of data communication including a smart phone, a mobile communication terminal, a tablet PC, a desktop PC, an IPTV, and a digital TV. A first step of determining whether a security setting signal generating application (4) mounted on the user terminal (2) has selected a security mode;
A second step in which the security setting signal generating application (4) activates a voice input unit when the security mode is set;
A third step of comparing input voice data with previously registered first user security setting data or general security setting data to determine whether they match;
A fourth step in which the security setting signal generating application 4 generates a preliminary emergency signal to the security setting processing server 10 when the input voice data matches the first user security setting data or the general security setting data and;
A fifth step of the security setting processing server 10 generating a state confirmation request signal of the corresponding user to the ARS push server 16;
A sixth step of the ARS push server 16 confirming the state of the user through voice output of the second user security setting data in a query response manner and speech recognition of the response data;
A seventh step of the ARS push server 16 transmitting state information of the user to the security setting processing server 10;
And an eighth step of causing the security setting processing server 10 to send a dispatch request signal to the police server 6 or the security company server 8. [ . 13. The method of claim 12,
Prior to the first step,
Receiving the user's voice data to be used as the first user security setting data by the security setting signal generating application 4;
Registering the voice data as first user security setting data;
Receiving voice data of a user to be used as second user security setting data;
Registering the voice data as second user security setting data;
Further comprising the step of the security setting signal generating application (4) downloading and registering the general security setting data from the security setting processing server (10) and a personal security method . 13. The method of claim 12,
The first step may include the steps of determining whether the security setting signal generating application 4 has arrived at a security mode execution time set by the user;
Further comprising the step of the security setting signal generating application (4) automatically switching the mode to the security mode when the security mode execution time arrives. 13. The method of claim 12,
The fifth step may further include the step of the security setting processing server 10 transmitting the user terminal identification number to the ARS push server 16, wherein the smart phone application and the personal security method through the ARS for automatic confirmation . 13. The method of claim 12,
The fifth step further includes transmitting the second user security setting data previously registered by the user to the ARS push server (16) by the security setting processing server (10). Personal security through ARS. 13. The method of claim 12,
The sixth step is a step in which the ARS push server 16 outputs query data of the second user security setting data previously registered by the user in question;
Receiving response data for the query data;
Determining whether the response data corresponds to previously registered response data;
The ARS push server 16 transmits a signal indicating that the corresponding user is in an emergency state to the security setting processing server 10 at the time of a match or a non-response. For personal security through ARS.

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