KR20050047669A - Service system of taxi safety home-coming and supplying method thereof, service system of safety fence and supplying method thereof, service system of safety in building and supplying method thereof - Google Patents

Abstract

The present invention provides a taxi safety return service system and method for allowing a user to safely ride a vehicle, a safety fence service system and method for allowing a user to ensure safety in a certain area, and a user can safely enter and exit a designated building. The present invention relates to an in-building security service system and a method thereof. Taxi safety home service of the present invention tracks the user's location through the location daemon server when the user boards a vehicle, and checks whether the vehicle is stolen by accessing the number of the boarding vehicle to the police station server to obtain information about the user or By sending it to a guardian, the user can safely board the vehicle. In addition, the safety fence service of the present invention inquires the location of the user to check whether or not out of a predetermined range set by the user and transmits the information about this to ensure the safety of the user within a certain range. In addition, the security service in the building of the present invention checks whether the service is released within a certain time set by the user when the user visits the building, and transmits the information to the guardian, so that the user visits the building with confidence. Do it.

Description

SERVICE SYSTEM OF TAXI SAFETY HOME-COMING AND SUPPLYING METHOD THEREOF, SERVICE SYSTEM OF SAFETY FENCE AND SUPPLYING METHOD THEREOF, SERVICE SYSTEM OF SAFETY IN BUILDING AND SUPPLYING METHOD THEREOF}

The present invention provides a taxi safety return service system and a method of providing the same, a safety fence service system and a method of providing the same, and a user to safely enter and exit a designated building so that a user can safely ride a vehicle. A safety service system in a building and a method of providing the same are provided.

As a recent series of incidents, crimes in taxis are on the rise. Robbery, rape, etc. are prevalent among passengers in taxis, and the number of crimes is increasing, especially when taxi drivers driving illegal taxis seize money and rape their passengers. In this case, when women or young students take taxis, there are ways to contact the police station by mobile phone, but this is not an appropriate response. In addition, even taxi drivers in good faith are affected by taxi robberies.

In addition, the current state of society where young students are often abducted or robbed at school. Parents want to ensure their children's safety by attaching bodyguards to ensure their children are safely in and out of school, but this is expensive. Therefore, it is required to ensure the safety of the children in a certain area (for example, a certain range from school to home).

In addition, when entering and exiting a building, it is necessary to guarantee one's identity. When entering a building under threat of one's own identity, it should be ensured to secure one's identity and to automatically contact a designated contact person in the event of a problem.

As mentioned above, it is more and more necessary for a security system to guarantee a series of crimes and self-identification.

The technical problem to be achieved by the present invention is to provide a taxi safety return service system and a method of providing the same to ensure that the taxi can safely ride in response to the demands of the modern society.

In addition, the present invention provides a safety fence service system and a method of providing the same for ensuring safety in a predetermined region.

In addition, it is to provide an in-building security service system and a method of providing the same to ensure security in the building when entering and exiting the building.

Taxi safety home service system according to the characteristics of the present invention for achieving the above object

A service providing server unit configured to receive and store various information necessary for providing a service through authentication when a service request is received from a user or a third party, and control to inquire the location of the user according to the various information;

A database unit for storing user information input when a user connects to the service providing server unit in advance and applies for registration;

A location inquiry daemon server unit for inquiring the location of the user by inquiring the location of the terminal possessed by the user in response to the user location inquiry request of the service providing server unit; And

Service start, service end, and the SMS server unit for transmitting the location of the user inquired by the location query daemon server unit to a contact set by the user.

Taxi safety home service providing method according to another aspect of the present invention

In the method for providing a taxi safety return service to ensure the safety of the user when a user registered in advance in the service, the vehicle,

(a) authenticating the user or a third party by receiving a service request from the user or a third party by a service providing server providing the taxi safety return service when the user rides in the vehicle;

(b) receiving and storing a variety of information required for a service from a user or a third party when it is determined as a valid user or a third party in step (a);

(c) accessing the National Police Agency server to search whether the vehicle the user rides on is a stolen vehicle, and transmit the result to the user and the transfer destination input in step (b);

(d) querying the location of the user through a location inquiry daemon server and transmitting the result to a transmission destination set by the user or a third party.

Safety fence service system according to another aspect of the present invention

If there is a service request from the user, the service receives authentication and receives various information necessary for providing the service, and controls whether to search the user's location according to the various information to determine whether the user departs from the specified fence range. Server unit;

A database unit for storing user information input when a user connects to the service providing server in advance and applies for registration;

A location inquiry daemon server unit for inquiring a location of a user by inquiring a location of a terminal possessed by a user in response to a user location inquiry request of the service providing server unit; And

User's location that is inquired by the location inquiry daemon server unit, departure information when it is determined that the user's fence range is determined by the service providing server unit using the user's location, service start and service termination SMS server unit for transmitting to the set contact.

Safety fence service providing method according to another aspect of the present invention

In the method of providing a safety fence service for ensuring the safety of the user within a certain boundary fence to a user registered in advance in the service,

(a) receiving a service request from a user by the service providing server providing the safety fence service and authenticating the user;

(b) receiving and storing various information required for a service from a user when it is determined that the user is a valid user in the step (a);

(c) querying a location of the user by a location inquiry daemon server to determine whether the user is out of a predetermined fence range set by the user;

(d) transmitting the user's location information and fence range deviation information obtained in step (c) to the user.

In-building security service system according to another feature of the present invention

A service providing server unit configured to receive and store various information necessary for providing a service through authentication when a service request is received from a user, and check a service termination time according to the various information;

A database unit for storing information of a user input when a user connects to the service providing server unit in advance and requests a registration;

An SMS server unit transmitting a start of a service and an end of a service to a contact set by a user, and transmitting to the user that the end of a service is imminent before the service end time; And

After the end time set by the user has elapsed, the user includes an ARS server unit for checking whether the service is extended and whether the service is terminated.

 According to another aspect of the present invention,

In the method of providing in-building security service to ensure the safety of the user in the building visited to the user registered in advance in the service,

(a) receiving a service request from a user and authenticating the user by a service providing server that provides the security service in the building;

(b) receiving and storing various information required for a service from a user when it is determined that the user is a valid user in the step (a);

(c) checking, by the service providing server, whether the service termination time input by the user in step (b) has elapsed;

(d) checking the service extension and service termination to the user if there is no service termination request from the user even after the service termination time has elapsed.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention. Like parts are designated by like reference numerals throughout the specification.

Hereinafter, a taxi safety return service system and a method of providing the same, a safety fence service system and a method of providing the same, a security service system in the building, and a method of providing the same will be described in detail with reference to the accompanying drawings. do.

1 is a block diagram of a taxi safety return service system according to an embodiment of the present invention.

As shown in FIG. 1, the taxi safety return service system according to an embodiment of the present invention includes a user terminal 100, a service providing server 110, a database 120, a police station server 130, a police station stolen vehicle database ( 140), the location lookup daemon server 150, ARS server 160 and SMS server 170.

In order to receive the taxi safety return service of the present invention, the user uses the user terminal 100 through a web, a WAP, a wireless Internet, an automatic response system (ARS), an agent, and the like. Access to the service providing server 110 requests a service. At this time, in order to receive the taxi safety return service, the user must first access the service providing server 110 and register for the taxi safety return service. Here, the service providing server 110 grants a password, but in the case of a taxi safety return service, a management password and a temporary password are assigned. The administrative password is a password given to a user registered in the service, and the temporary password is a password given to a third party so that others can request on behalf of the taxi safety return service.

The service providing server 110 is a server that plays a central role in providing various services of a taxi safety return service, and includes an authentication module 112 and a taxi safety return service operation application module 114.

The authentication module 112 based on the customer information stored in the customer information database 122 of the database 120 when a user makes a service request using a management password or a third party makes a service request using a temporary password. Verify that you are a valid customer.

The taxi safety return service operation application module 114 is a part that substantially provides a taxi safety return service and is stored in the police station stolen vehicle database 140 by accessing the police station server 130 when a user requests a taxi safety service. Search for a stolen vehicle number to determine whether the taxi number the user boarded is a stolen vehicle. And, the result of whether the vehicle on which the user is boarded is a stolen vehicle, the guardian, etc. (the protector or friend's contact information set by the user in advance through the SMS (Short Message Service) server 170). However, in this case, the message is also sent to the user). In addition, the taxi safety return service operation application module 114 requests the user location query to the location query daemon server 150, and receives the information about the user location query of the location query daemon server 150 receives the SMS server ( 170, the user's location information, service start and service termination, which are retrieved, are transmitted to a protector or the like (notified to the guardian or a friend's contact information) previously set by the user through a text message. In this case, the contact information such as a guardian may be set in advance when the user registers and stored in the customer information base 124 as well as received from the user when requesting a service and stored in the service database 124. Used to contact information, service start and service end.

Database 120 includes a customer information database 122 and a service database 124. The customer information database 122 stores various types of information input when the user pre-registers with the taxi safety return service, such as a user's management password and a temporary password. The service database 124 provides a user with a taxi safety return service. The vehicle number, time required (meaning the estimated arrival time), and location inquiry inquiry period are entered when the request is made.

The police agency server 130 is a server operated by the police agency and provides the police agency stolen vehicle number through the police agency stolen vehicle database 140. Here, it is possible to search whether the taxi on which the user boards is a stolen vehicle.

When the location inquiry daemon server 150 requests a location inquiry from the taxi safety return service operation application module 114, the location information of the user is inquired by using a GPS system or a base station. The detailed method of tracking the location of the location lookup daemon server 150 may be understood by those skilled in the art to which the present invention pertains.

The ARS server 160 is used to confirm whether the service is extended or terminated if the user does not receive the notification of the end of the service after the end of the service required time, whether the user is extended from the taxi safety return service operation application 114 Upon receiving the confirmation request, the ARS server 160 confirms whether to extend the service through a preset method.

When the SMS server 170 is requested to notify the guardian or the like (notified by the guardian or a friend's contact information) of the user's location information and service start and service termination from the taxi safety return service operation application 114 to the guardian or the like. Notify by text message.

Hereinafter, a method of specifically providing a taxi safety return service under a taxi safety return service system as shown in FIG. 1 will be described.

2 is a flowchart illustrating a method for providing a taxi safety home service according to an exemplary embodiment of the present invention.

Although not shown in FIG. 2, in order to receive a taxi safety return service, the user accesses the service providing server 110 in advance through a network (Web, WAP, ARS, counselor, etc.) and the user's information (user phone number, guardian, etc.). Contact number). At this time, the user is given a management password. This user's information is stored in the customer information database 122 of the database 120. The temporary password described above is a temporary password used when a third person requests a taxi safety return service on behalf of the user when the user is in a taxi, and the service providing server 110 as necessary at the time of pre-registration or after registration. Can be granted by accessing and requesting

First, a user or a third party logs in to a taxi safety return service by accessing a service providing server through a network (Web, WAP, ARS, counselor) using the terminal 100 (S100). At this time, the user inputs a pre-registered administrator password, and when the third party logs in, the third party inputs a temporary password.

Next, the authentication module 112 of the service providing server 110 verifies whether the input administrator password or temporary password matches the password stored in the customer information database 122 (S101). At this time, if the password does not match, the procedure of inputting the password again is repeated.

If the administrator password entered by the user or the temporary password entered by the third party matches the password stored in the customer information database 122, an initial screen for inputting various information is displayed (S102). In this case, when the taxi safety return service is requested through the ARS or counselor, the following procedure is directly performed on the phone without the procedure of displaying the initial screen.

 In this case, the user or a third party transmits various information such as the vehicle number on which the user boards, the progress time corresponding to the approximate time required (that is, the required time), the inquiry period which is a period for inquiring the user's location, and the inquired location. (Eg, a phone number of a guardian or a friend) is input (S103). In this case, the ARS or counselor informs the information verbally. Here, the transfer destination may be set in advance when the user applies for taxi safety return service in advance.

The input vehicle number, running time, inquiry period, and transmission destination are stored in the service database 124 (S104).

When the above process is completed, the taxi safety return service is executed (in this case, transmits through the SMS server 170 that the service has been started to the transfer destination), the taxi safety return service operation application module 114 is the police station server 130 ) To check whether the vehicle aboard the user is a stolen vehicle by searching the National Police Agency stolen vehicle database 140 to check whether the user is safe (S105, S106). The search result is transmitted to the user and the transmission destination (for example, the guardian's or friend's phone number, etc.) through the SMS server 170. At this time, the user is also transmitted whether the vehicle is stolen to ensure safety.

Next, the user's location is inquired, the taxi safety return service operation application module 114 of the service providing server 110 determines whether the location inquiry time based on the input inquiry period (S107). In this case, if it is not the location inquiry time, the taxi safety return service operation application module 114 checks whether it corresponds to the inquiry time.

In the case of location inquiry time, the location inquiry daemon server 150 inquires the location of the vehicle in which the user boards, that is, the location of the user (S108). At this time, the location of the vehicle is inquired by tracking the number of the personal terminal possessed by the user.

The user's location inquired as described above is transmitted to the transmission destination (for example, a guardian's or friend's phone number, etc.) through the SMS server 170 (S109). At this time, the guardian may know whether the user is safe through the location of the user. Through this, it is checked whether the user safety secondary.

Next, it is checked whether it is a service end time based on the progress time set by the user or a third party (S110). If it is not the service end time, the process is repeated again from step 107.

When there is no service release request from the user even at the end time, the taxi safety service operation application module unit 114 checks whether the service is terminated to the user through the ARS server 160, and the ARS server 160 is an ARS as a user. Check whether the service is extended and terminated through the telephone (S111). At this time, when the service is received to be extended, the process is repeated from the position inquiry step S107.

When the service is received as being terminated, the taxi safety service operation application module unit 114 transmits the service termination to the transmission destination (for example, the guardian or friend's telephone number, etc.) through the SMS server 270 ( S112).

Here, when the user's boarding vehicle number is confirmed as a stolen vehicle (S106), or when an emergency signal is received from the user (which means that the user comes directly from the service provider), the user does not respond in step S111. In the case of, the safety of the user can be guaranteed by requesting assistance from the relevant agencies or by dispatching emergency response personnel.

In the above embodiment, the safety of the taxi has been described. However, the present invention is not limited to the taxi, and the safe return service may be applied to the general vehicle including the taxi as in the present invention.

3 is a block diagram of a safety fence service system according to an embodiment of the present invention.

As shown in FIG. 3, the security fence service system according to an exemplary embodiment of the present invention includes a user terminal 200, a service providing server 210, a database 220, a location query daemon server 250, and an ARS server 260. And an SMS server 270.

In order to receive the safety fence service of the present invention, the user uses the user terminal 200 to provide a service through a Web, a WAP, a wireless Internet, an Automatic Response System (ARS), an agent, and the like. Access to the provision server 210 requests a service. In this case, in order to receive the safety fence service, the user needs to access the service providing server 210 and register the safety fence service in advance. Here, the service providing server 110 grants a password, but in the case of the safety fence service, a management password is assigned. The management password is a password given to a user registered in the service.

The service providing server 210 is a server that plays a central role in providing various services of a stable fence service, and includes an authentication module unit 212 and a safety fence service operation application module unit 214.

When the user requests a service using a management password, the authentication module unit 212 checks whether the customer is a valid customer based on the customer information stored in the customer information database 122 of the database 120.

The safety fence service operation application module unit 214 substantially queries whether the user leaves a certain range (fence range) set by the user using the location inquiry daemon server 250 as a part providing the safety fence service. Determining whether the fence is out of range by receiving the user's location information from the location query daemon server 250, and the user's guardian or the like previously set as a text message through the SMS server 270 (such as a contact of a guardian or a friend, that is, a transmission destination). Inform the notification when information is out of a predetermined range, the location information of the user, the start of the service and the end of the service. In this case, the contact information (transmission destination) such as a guardian may be set in advance when the user registers and stored in the customer information base 222, and received in the service database 224 by receiving input from the user when requesting a service. It is used to send out a certain range, location information, service start and service end.

Database 220 includes customer information database 222 and service database 224. The customer information database 222 stores various information input when the user pre-registers with the safety fence service, such as a management password of the user, and the service database 224 inputs a fence when the user requests the safety fence service. The reference point, the radius (meaning a certain range), the start time (meaning the estimated arrival time), the running time and the inquiry period are stored. At this time, the fence reference point refers to the point that is the center of the request for the safety fence service, the radius refers to the range. In addition, the start time refers to the point in time at which the service is started.

The location lookup daemon server 250 uses the GPS system or the base station to transmit information of the user's mobile terminal based on a range set by the user when a request for inquiry of the user's location is received from the safety fence service operation application module unit 214. Inquire the user's location. The detailed method of tracking the location of the location lookup daemon server 150 may be understood by those skilled in the art to which the present invention pertains.

The ARS server 260 is used to confirm to the user whether the service is extended or terminated if the service is not received from the user after the end of the service time (that is, the progress time), the safety fence service operation application 214 When receiving the user extension confirmation request from the ARS server 260 confirms whether or not to extend through a predetermined method.

When the SMS server 270 receives a request from the safety fence service operation application 214 to notify a guardian or the like (notified by a guardian or a friend's contact) of information such as whether the user is out of a certain range, location information, service start and end, etc. Notify the guardian or the like (destination) by text message.

4 is a flowchart illustrating a method for providing a safety fence service according to an embodiment of the present invention.

Although not shown in FIG. 4, in order to receive the safety fence service, the user accesses the service providing server 210 in advance through a network (Web, WAP, ARS, counselor, etc.) and the user's information (user phone number, guardian, etc.). Contact number). At this time, the user is given a management password. This user's information is stored in the customer information database 222 of the database 220.

The user accesses the service providing server through the network (Web, WAP, ARS, counselor) using the terminal 200 and logs in to the safety fence service (S200). At this time, the user inputs a previously registered administrator password.

Next, the authentication module unit 212 of the service providing server 210 verifies whether the administrator password matches the password stored in the customer information database 222 (S201). At this time, if the password does not match, the procedure of inputting the password again is repeated.

When the administrator password entered by the user matches the password stored in the customer information database 222, an initial screen for inputting various information is displayed (S202). In this case, when a safety fence service is requested through an ARS or a counselor, a procedure for displaying an initial screen is not necessary.

 At this time, the user inputs a reference point which is an area that is the center of the safety fence, a radius that is the radius of the fence, a start time, a service progress time, a location inquiry period, a transfer destination that is a telephone number of a guardian, and the like (S203). For example, a reference point refers to a residential area of a child, such as a school or a kindergarten, and a radius may be set by roughly specifying a range of activities of the children. In this case, the ARS or counselor informs the information verbally. Here, the transfer destination may be set in advance when the user applies for the safety fence service in advance.

The input reference point, radius, progress time, location inquiry period, transmission destination, etc. are stored in the service database 224 (S204).

When the above process is completed, the safety fence service is executed (in this case, it is transmitted through the SMS server 270 that the service has been started to the transmission destination) (S205), first, the safety fence service operation application module unit 214 is the location query daemon The server 250 queries the user's location. Prior to this, the safety fence service operation application module unit 214 of the service providing server 210 determines whether the location inquiry time based on the input inquiry period (S206). In this case, if it is not the location inquiry time, the safety fence service operation application module unit 214 continuously checks whether it corresponds to the inquiry time.

In the case of location inquiry time, the location of the user is inquired through the location inquiry daemon server 250 (S207). At this time, the location of the user is inquired by tracking the number of the personal terminal possessed by the user.

At this time, the safety fence service operation application module unit 214 is a user safety based on the user location and the safety fence range (reference point, fence radius) stored in the service database 224 inquired by the location query daemon server 250 It is determined whether the fence has escaped (S208).

In this case, when the user has left the safety fence or fails to search for the location, the user transmits the message to a transmission destination (eg, a guardian or friend's phone number) through the SMS server 270 (S209). If the user does not leave the safety fence, the process proceeds to step S210 below.

Next, it is checked whether it is a service end time based on the progress time set by the user (S210). If it is not the service end time, the process is repeated again from step S206.

In the case of the end time, the safety fence service operation application module unit 214 checks whether the service is extended and the service is terminated to the user through the ARS server 260, and the ARS server 260 extends the service through the ARS phone as a user. Check whether it is finished (S211). At this time, when the service is received to be extended, the process is repeated from step S207 which is the position inquiry step.

When the service is received as being terminated, the safety fence service operation application module unit 214 transmits the service termination to the transmission destination (for example, the guardian or friend's telephone number, etc.) through the SMS server 270 ( S212).

Through such a safety fence service system can automatically know whether the child is within a certain range has a unique effect of confirming the safety of the child.

Incidentally, if the user in step S208 is out of the safety fence range and is requested to request assistance from the destination or the relevant authority from the destination or the user (or contact the service provider directly from the destination or the user). In this case, the service provider (meaning the service providing server) may be guaranteed the safety of the user by requesting support from the relevant agency or dispatching an emergency response agent in response to the request. In this case, when the safety fence is out of scope when registering to the safety fence service in advance, the service provider immediately requests a support or dispatches an agent when a request is made to a related agency or an emergency response agent is dispatched.

5 is a block diagram of an in-building security service system according to an embodiment of the present invention.

As shown in FIG. 5, in-building security service system according to an embodiment of the present invention includes a user terminal 300, a service providing server 310, a database 320, an ARS server 360, and an SMS server 370. Include.

In order to receive the safety fence service of the present invention, the user uses the user terminal 300 to provide a service through a Web, a WAP, a wireless Internet, an Automatic Response System (ARS), an agent, and the like. Access to the providing server 310 to request a service. At this time, in order to receive the relief service in the building, the user must access the service providing server 310 in advance and register for the relief service in the building. Here, the service providing server 310 grants a password, but in the case of the security service in the building, a management password is assigned. The management password is a password given to a user registered in the service.

The service providing server 310 is a server that plays a central role in providing various services of in-building security services, and includes an authentication module unit 312 and in-building security service operation application module unit 314.

The authentication module unit 312 checks whether the user is a valid customer based on the customer information stored in the customer information database 322 of the database 320 when a user requests a service using a management password.

The relief service operation application module 314 in the building is a part that provides the relief service in the building substantially, and transmits the start and the end of the service to a guardian or the like (notified to the guardian or a friend's contact information), and transmits various kinds of information in the database ( 320) to read or store. In this case, a contact such as a guardian may be set in advance when the user registers and may be stored in the customer information base 322 as well as received from a user when requesting a service and stored in the service database 324. And used to inform end.

The database 320 includes a customer information database 322 and a service database 324. The customer information database 322 stores various information input when the user pre-registers with the safety fence service, such as a management password of the user, and the service database 324 enters and exits when the user requests the safety fence service. The detailed address of the building to be saved and the time of progress are stored. The progress time refers to the time set by the user to receive the relief service in the building.

The ARS server 360 is used to confirm whether the service is extended and terminated if the user does not receive a notification of service termination from the user after the time required for service (that is, the progress time) is terminated. When receiving the user extension confirmation request from 314, the ARS server 360 confirms whether the extension is established through a preset method.

The SMS server 370 is notified by a text message to the guardian when a request is made to notify a guardian or the like (notified by a guardian or a friend's contact) of information such as service start and end of a user from a security service operation application 314 in a building. do. In addition, the SMS server 370 transmits a termination guide message to the user before the service ends (about 5 minutes ago).

6 is a flowchart illustrating a method of providing in-building security service according to an exemplary embodiment of the present invention.

Although not shown in FIG. 6, in order to provide a reliable service in a building, the user accesses the service providing server 310 in advance through a network (Web, WAP, ARS, counselor, etc.) and the user's information (user phone number, guardian, etc.). Contact number). At this time, the user is given a management password. This user's information is stored in customer information database 322 in database 320.

The user accesses the service providing server 310 through the network (Web, WAP, ARS, counselor) using the terminal 300 and logs in to the security service in the building (S300). At this time, the user inputs a previously registered administrator password.

Next, the authentication module unit 312 of the service providing server 310 verifies whether the administrator password matches the password stored in the customer information database 322 (S301). At this time, if the password does not match, the procedure of inputting the password again is repeated.

If the administrator password entered by the user matches the password stored in the customer information database 322, an initial screen for inputting various information is displayed (S302). At this time, when requesting the relief service in the building through the ARS or counselor, the following procedure is directly performed on the phone without the procedure of displaying the initial screen.

At this time, the user inputs a visit address of a building visited by the user, a service time and a transfer destination which is a telephone number of a guardian (S303). Here, the transfer destination may be set in advance when the user applies for the relief service in the building in advance.

The input visit address, service progress time, transmission destination, and the like are stored in the service database 324 (S304).

When the above process is completed, the relief service in the building is executed, and at this time, the SMS server 370 transmits that the service has been started to the transmission destination (the contact number of the guardian, etc.) (S305 and S306).

Next, the building security service operation application module unit 314 in the building checks whether or not the progress time set by the user is about 5 minutes before the end time, if the service is about 5 minutes ago through the SMS server 370 after a while Transmits the end to the user (that is, transmits the remaining end time) (S307 and S308). This allows the user to know how much time is left and to determine whether to extend the service. In this case, the 5 minutes can be changed and set, which may be a few minutes before the end of the service.

The security service operation application module unit 314 in the building checks whether it is an end time based on the progress time set by the user (S309). If it is not the end time, it automatically checks whether it is the end time.

If the security service end time in the building, the ARS server 260 confirms whether the service is extended or terminated through the ARS phone to the user (S310 and S311). At this time, when the service is received to be extended, the process is repeated from step S307.

If the service is terminated and received from the user, the relief service operation application module unit 314 in the building may terminate the service to the transmission destination (for example, a guardian or friend's phone number, etc.) through the SMS server 370. It transmits (S312).

As such, there is a unique effect of ensuring safety of one's own body in a building that is visited for the first time through a security service system in a building.

In addition, if you are incidentally requested by the user or source to request support from the relevant agency, or when a first aid agent is dispatched (which means that the source or user has been contacted directly by the service provider), In the meantime, the provisioning server may be requested to the relevant authorities in response to the request or the emergency response personnel may be dispatched to ensure the safety of the user. At this time, when there is no termination answer from the user in step S310 or S311 when registering in the building security service in advance, if the service provider is set to request assistance or dispatch emergency response personnel immediately the service provider or Agents are dispatched.

In FIG. 1, FIG. 3, and FIG. 5, various information is transmitted to a user or a guardian through an ARS server and an SMS server, but may be transmitted through other communication means. For example, various information may be directly transmitted through an SMS service or an agent other than the ARS, and may be directly transmitted through an ARS or a non-SMS agent.

In addition, although the taxi safety return service system, the safety fence service system, and the in-building security service system are implemented as different systems to provide respective services, the system is illustrated in FIGS. 1, 3, and 5. As can be seen, many similar configurations can be implemented in a single system to provide each of these services at the same time.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

As described above, when the user requests a taxi safety return service through the taxi safety return service system of the present invention, the user's safety is guaranteed by automatically transmitting the user's location and whether the vehicle is prevented from being stolen to the user or guardian. There is a unique effect that can be done.

In addition, when a user requests a safety fence service through the safety fence service system of the present invention, there is a unique effect of automatically ensuring the safety of the user by automatically transmitting the location of the user and whether the user leaves the fence range. .

In addition, when the user applied for the relief service in the building through the in-building relief service system of the present invention, by transmitting the service start time and end automatically to the guardian, etc., the user can ensure safety when entering or exiting the building. Has the effect of.

1 is a block diagram of a taxi safety return service system according to an embodiment of the present invention.

2 is a flowchart illustrating a method for providing a taxi safety home service according to an exemplary embodiment of the present invention.

3 is a block diagram of a safety fence service system according to an embodiment of the present invention.

4 is a flowchart illustrating a method for providing a safety fence service according to an embodiment of the present invention.

5 is a block diagram of an in-building security service system according to an embodiment of the present invention.

6 is a flowchart illustrating a method for providing a security service in a building according to an exemplary embodiment of the present invention.

Claims (33)

A service providing server unit configured to receive and store various information necessary for providing a service through authentication when a service request is received from a user or a third party, and control to inquire the location of the user according to the various information; A database unit for storing user information input when a user connects to the service providing server unit in advance and applies for registration; A location inquiry daemon server unit for inquiring the location of the user by inquiring the location of the terminal possessed by the user in response to the user location inquiry request of the service providing server unit; And A taxi safety return service system including an SMS server unit for transmitting a service start, a service end, and a location of a user inquired by the location inquiry daemon server unit to a contact set by the user. The method of claim 1, The service providing server unit An authentication module unit for authenticating whether a service request from a user or a third party is valid; When the authentication module unit is authenticated, the taxi safety return service system comprising an operation application module unit for receiving and storing a variety of information necessary for providing a service, and controls to query the location of the user according to the various information. The method of claim 2, The operating application module unit uses the various information input from the user to query whether the vehicle aboard the user is a stolen vehicle by querying the police department server unit and the inquiry result to the contact or user set by the user through the SMS server unit. Taxi safety return service system characterized in that the transmission. The method according to claim 1 or 2, And an ARS server unit for checking whether the service is extended and whether the service is terminated after the service termination time set by the user or a third party has elapsed. The method of claim 2, And wherein the authentication module unit authenticates the user's or a third party's password based on whether or not the password entered corresponds to a password registered in advance. The method of claim 1, The various types of information received from the user or a third party is a taxi safety return service system, characterized in that the inquiry period for querying the vehicle number, the service required time and the location of the user. The method of claim 1, The database unit A customer information database unit for storing user information, which is input when a user connects to the service providing server and applies for registration in advance; Taxi safety home service system including a service database unit for storing the various information to be input when the service request of the user or a third party. In the method for providing a taxi safety return service to ensure the safety of the user when a user registered in advance in the service, the vehicle, (a) authenticating the user or a third party by receiving a service request from the user or a third party by a service providing server providing the taxi safety return service when the user rides in the vehicle; (b) receiving and storing a variety of information required for a service from a user or a third party when it is determined as a valid user or a third party in step (a); (c) accessing the National Police Agency server to search whether the vehicle the user rides on is a stolen vehicle, and transmit the result to the user and the transfer destination input in step (b); (d) querying the location of the user through a location inquiry daemon server and transmitting the result to a transmission destination set by the user or a third party. The method of claim 8, And before the step (a), a user accesses the service providing server in advance and inputs user information to register the taxi safety return service. The method of claim 8, The various information input by the user or a third person in the step (b) is a taxi safety return service providing method characterized in that the inquiry period for inquiring the vehicle number, the service required time and the user location. The method of claim 10, Checking whether or not the service end time corresponding to the service required time, and if the service end time after the service end time, if there is no service termination request from the user further comprises the step of checking the service extension and service termination to the user How to Provide Return Services. The method of claim 10, In step (d), the inquiry of the user location is a taxi safety return service providing method characterized in that is performed by checking the time corresponding to the inquiry period. The method of claim 8, In the step (c), if the vehicle on which the user is determined to be a stolen vehicle, or if the emergency signal from the user or the contact information, the taxi safety further comprising the step of requesting assistance or dispatching emergency response personnel to the relevant agency How to Provide Return Services. If there is a service request from the user, the service receives authentication and receives various information necessary for providing the service, and controls whether to search the user's location according to the various information to determine whether the user departs from the specified fence range. Server unit; A database unit for storing user information input when a user connects to the service providing server in advance and applies for registration; A location inquiry daemon server unit for inquiring a location of a user by inquiring a location of a terminal possessed by a user in response to a user location inquiry request of the service providing server unit; And User's location that is inquired by the location inquiry daemon server unit, departure information when it is determined that the user's fence range is determined by the service providing server unit using the user's location, service start and service termination Safety fence service system comprising an SMS server unit for transmitting to a contact set by the user. The method of claim 14, An authentication module unit for authenticating whether a user is a valid user when there is a service request from a user; An operating application module for determining whether the user departs from the fence range specified by the user by controlling to search for the location of the user according to the various information. Safety fence service system including the department. The method of claim 14 or 15, The security fence service system further comprises an ARS server unit for checking whether the user extends or terminates the service after the end time set by the user has elapsed. The method of claim 14, The various types of information input by the user is a safety fence service system, characterized in that the reference period of the reference range of a predetermined range, the radius, the service start time, the service required time and the location of the user query. The method of claim 14, The database unit A customer information database unit for storing user information, which is input when a user connects to the service providing server and applies for registration in advance; Safety fence service system including a service database unit for storing the various information that the user inputs when the service request. In the method of providing a safety fence service for ensuring the safety of the user within a certain boundary fence to a user registered in advance in the service, (a) receiving a service request from a user by the service providing server providing the safety fence service and authenticating the user; (b) receiving and storing various information required for a service from a user when it is determined that the user is a valid user in the step (a); (c) querying a location of the user by a location inquiry daemon server to determine whether the user is out of a predetermined fence range set by the user; and (d) transmitting the user's location information and fence range deviation information obtained in step (c) to a transmission destination set by the user. The method of claim 19, And before the step (a), a user accesses the service providing server in advance and inputs user information to register with the safety fence service. The method of claim 19, The various information input by the user in the step (b) is a safety fence service providing method, characterized in that the reference period of the reference point of the predetermined fence range, radius, service start time, service required time and the location of the user inquiry . The method of claim 21, The security fence further comprises the step of checking whether the service end time corresponding to the service required time and if the service termination request from the user even after the service end time has elapsed, checking the user service extension and service termination. How we deliver the service. The method of claim 21, Inquiry of the user location in the step (c) is a security fence service providing method characterized in that is performed by checking the time corresponding to the inquiry period. The method of claim 19, In the step (c), if it is determined that the user is out of the fence range or when the emergency signal from the user or the destination contacted the emergency agency to provide assistance to the relevant agency or dispatch emergency response personnel further comprising providing a safety fence service Way. A service providing server unit configured to receive and store various information necessary for providing a service through authentication when a service request is received from a user, and check a service termination time according to the various information; A database unit for storing information of a user input when a user connects to the service providing server unit in advance and requests a registration; An SMS server unit transmitting a start of a service and an end of a service to a contact set by a user, and transmitting to the user that the end of a service is imminent before the service end time; And A security service system in a building including an ARS server unit for confirming whether the service is extended and the service is terminated after the end time set by the user has elapsed. The method of claim 25, The service providing server unit An authentication module unit for authenticating whether a service request from a user is valid; When authenticated by the authentication module unit to receive and store a variety of information necessary to provide a service, the security service system in a building comprising a service operation application unit for checking the service termination time according to the various information. The method of claim 25, The various information input by the user is a security service system in the building, characterized in that the detailed address and the service required time of the building visited by the user. The method of claim 25, The database unit A customer information database unit for storing user information, which is input when a user connects to the service providing server and applies for registration in advance; And a service database unit for storing the various information input by the user at the time of a service request. In the method of providing in-building security service to ensure the safety of the user in the building visited to the user registered in advance in the service, (a) receiving a service request from a user and authenticating the user by a service providing server that provides the security service in the building; (b) receiving and storing various information required for a service from a user when it is determined that the user is a valid user in the step (a); (c) checking, by the service providing server, whether the service termination time input by the user in step (b) has elapsed; and (d) checking the service extension and the service termination of the user if there is no service termination request from the user even after the service termination time has elapsed. The method of claim 29,  In (d), the service extension and service termination of the service provided in the building, characterized in that by using the ARS server to check. The method of claim 29, And providing the user with an impending service termination before the service termination time. The method of claim 29, The various information input by the user in the step (b) is a detailed address of the building visited by the user and the service required time, characterized in that the service required time. The method of claim 29, In the step (d) if the user is not confirmed whether the service extension and service termination or if the emergency signal received from the user requesting assistance from the relevant agency or dispatch emergency response personnel further comprising the step of How we deliver the service.