KR100601796B1 - Remote control system and method for automobile using computer, line telephone and cell phone - Google Patents

Abstract

The present invention generates a control signal encrypted by receiving the value of the control unit installed in the vehicle, the user access server connected to the user through the communication network and the user control server selected from the user access server to control through the mobile communication network Control signal transmission server for transmitting a signal to the receiving unit of the control device. According to the present invention as described above, when the user uses a PC, the user accesses the Internet communication network or the wireless communication network through the web server or the CTI server of the user access server, and when the user uses the landline telephone, the user accesses the wired communication network. If the user uses a mobile phone through a CTI server and accesses a wireless communication network or an internet communication network, the control device can be remotely controlled through a mobile server, a web server, or a CTI server of the user access server, respectively.

Description

REMOTE CONTROL SYSTEM AND METHOD FOR AUTOMOBILE USING COMPUTER, LINE TELEPHONE AND CELL PHONE}

1 is a block diagram for explaining the configuration of a vehicle remote control system according to the present invention;

2 is a block diagram for explaining the configuration of a vehicle remote control system according to a preferred embodiment of the present invention;

3 is a flowchart for explaining a vehicle remote control method according to a preferred embodiment of the present invention;

4 is a flowchart illustrating a case in which a user accesses a mobile server through the Internet through a mobile phone in a method for remotely controlling a vehicle according to an exemplary embodiment of the present invention;

5 is a flowchart illustrating a case in which a user sends a text message to a mobile phone or a PC in a vehicle remote control method according to a preferred embodiment of the present invention;

6 is a flowchart illustrating a case in which a user calls a provider designated number through a mobile phone and a landline in the remote control method of a vehicle according to an exemplary embodiment of the present invention;

7 is a view for explaining a control device applied to a remote control system and method for a vehicle according to the present invention.

Explanation of symbols on the main parts of the drawings

10: car remote control system 20: terminal

22: PC 24: Mobile Phone

26: wired telephone 30: user access server

32: mobile server 34: web server

36: CTI Server 38: Database Server

40: ARS device 50: control signal transmission server

52: automatic dialing module 54: CTI module

56, 62: SMS module 60: wireless communication network

70: car 80: control device

82: controller 84: receiver, transceiver

86: control panel 90: control unit

92: door lock unit 94: start unit

96: air conditioner operation unit 98: audio operation unit

The present invention relates to a vehicle remote control system and method through a computer, a landline phone and a mobile phone, and more particularly, a computer that enables remote control of various devices of a vehicle with a computer as well as a landline phone and a mobile phone through a network, The present invention relates to a vehicle remote control system and method through a landline phone and a mobile phone.

Korean Patent Laid-Open Publication No. 2003-0066559 "Start / door control device using a mobile communication terminal and its control method" refers to a mobile communication terminal that starts or responds to a corresponding natural frequency of a terminal to open or close a door. It is proposed a method to be controlled by the state.

Meanwhile, the inventor Kim Taek-Ho said that there is a fear of imitation due to the frequency exposure in the case of applying the corresponding natural frequency of the terminal as in the above-described mobile communication terminal, and the Republic of Korea Patent Publication No. 0423096 "door lock remote using a mobile communication network Control system ". The system includes a wireless door lock device having an antenna, a wireless transceiver, a memory, a locking mechanism and a control unit; A door lock web server is connected to a wireless door lock device through a mobile communication network and remotely controls the wireless door lock device according to a request of an authenticated user. According to such a conventional system, it is expected that the user can control the wireless door lock device remotely from anywhere.

The conventional system proposed as described above is valuable in that it enables remote control of a door lock device using a key or the like using a mobile communication network, but there is a problem in that a service cannot be provided according to various situations of a user. That is, such a conventional system is configured to control the wireless door lock device only through the Internet environment, there is a problem that can not be remotely controlled using a wireless or wired communication network. Therefore, such a conventional system cannot provide a service according to a user's situation.

Meanwhile, there is an increasing demand for an ubiquitous environment in which information acquisition and utilization are maximized and efficient use of consumable resources is possible. Accordingly, each field such as semiconductor, device, network, and interface is actively trying to innovate to build a ubiquitous network. Such a ubiquitous environment is not recognized when a user uses it, but a computing environment for automatic control is installed and is connected to a network. Therefore, in a ubiquitous environment, a service that a user can access should be provided regardless of the user's environment.

In this regard, the conventional system is limited to a limited terminal of a user, and the present invention provides a system and method for controlling a vehicle remotely through a computer, a landline phone, and a mobile phone of a new type in which the terminal can be used by the user. It is. In particular, the present invention is capable of remote control of a car using a wired telephone secured in a wide range of infrastructure, and a new type of remote control of a car using a cellular phone, a PDA, and a PC that are expanding infrastructure. To provide a vehicle remote control system and method through a computer, a landline phone and a mobile phone.

According to a feature of the present invention for achieving the above object, the present invention is installed in a vehicle, at least one control unit selected from the group consisting of a start unit, door lock unit, air conditioner operation unit and audio operation unit; A receiver for receiving a control signal transmitted through a wireless communication network; A controller for connecting the control unit and the receiving unit, storing data and authentication data for controlling the control unit in advance, and operating the control unit when the control signal inputted through the receiving unit and the stored authentication data match. A control device having a; A user connects to a terminal selected from the group consisting of a PC, a landline phone, and a mobile phone through a communication network, and authenticates the program and the user to allow the user to select a vehicle control item for controlling a control unit of the control device. A web server, a mobile server, and a CTI server, each having a program installed therein, and having a database server for storing information about the user and being connected to the web server, the mobile server, and a CTI server to provide information about the user. A user access server for authenticating the user and allowing the user to select a vehicle control item and to transmit its value; A control signal transmission server for generating the encrypted control signal by receiving a value and an authentication value for a vehicle control item selected by the user access server from the user access server and transmitting the control signal to a receiver of the control device through a wireless communication network; Including, when the user uses a PC to connect to the Internet or wireless communication network to enable the remote control of the control device through the web server or CTI server of the user access server, and if the user uses a landline telephone It is possible to remotely control the control device through the CTI server of the user access server by accessing the communication network, and when the user uses a mobile phone, access the wireless communication network or the internet communication network by using the mobile server or the web server of the user access server. Alternatively, the control device may be remotely controlled through the CTI server. The lock.

In the present invention, the control signal transmission server may include at least one transmission module selected from the group consisting of an automatic dialing module, a CTI module and an SMS module.

In the present invention, when the user uses a wired telephone, the wired communication network is provided with an ARS device to guide the user according to the CID value of the user extracted and transmitted from the CTI server of the user access server. have. In this case, the control device may further include a transmitter connected to the controller to transmit a control completion signal through a wireless communication network so that the control completion signal is transmitted to the mobile phone of the user after the control unit is operated by the controller. .

According to another feature of the present invention for achieving the above object, the present invention is connected to any one of a web server, a CTI server and a mobile server through a communication network to a terminal selected from the group consisting of a PC, a landline phone and a mobile phone Authenticating the user and obtaining the user's information from the database server; Encrypting and converting a control signal corresponding to a vehicle control item selected by the user; Transmitting the converted control signal to a control device installed in a vehicle through a wireless communication network and having at least one control unit selected from the group consisting of a start unit, a door lock unit, an air conditioner operation unit, and an audio operation unit; The control signal received at the receiver of the control device is compared with pre-stored authentication data for controlling the control unit connected at the controller and operating the connected control unit when they coincide with each other.

In the present invention, the step of authenticating the user includes extracting a CID value from the CTI server and acquiring user information from the database server when the user accesses a mobile server through an internet communication network through a mobile phone. It is made by receiving a password, and when the user calls a specified number using a mobile phone or a landline, the user is informed to the user through ARS according to the CID value extracted from the CTI server and the ID and password are received from the user. It can be done by receiving input.

In the present invention, the step of authenticating the user may be performed by extracting a CID value, a password, and an item for controlling the CTI server when the user sends a text message to a PC or a mobile phone.

In the present invention as described above may be transmitted to the control device after the transmission of the converted control signal to the user's mobile phone or email account or the like can be transmitted.

In the present invention as described above after the operation of the control unit and the control unit is operated by the controller after the control complete signal can be transmitted to the mobile phone of the user.

The present invention installs a control device including at least one control unit, a receiver, a controller, etc. in a vehicle, and configures a web server, a mobile server, a CTI server, and a database server on a network so that a user can use a PC, a mobile phone, or a landline. It characterized in that the control unit to remotely control the control unit for automatically controlling a specific function of the vehicle through the terminal of the.

According to the present invention as described above, the user can freely remotely control various functions of the vehicle anytime and anywhere without being limited to a specific terminal or communication network. In addition, according to the present invention, it is possible to maintain a stable security while providing a convenient authentication process according to the user access environment, so that the user can check in each process of the remote control of the car to solve the anxiety caused by the remote control You can freely use the service. Meanwhile, the present invention enables remote control of a vehicle by using various communication networks, and a system and method suitable for each terminal and communication network are constructed, so that the present invention can be easily applied in providing additional services.

1 is a block diagram for explaining the configuration of a vehicle remote control system according to the present invention, Figure 7 is a view for explaining a control device applied to the vehicle remote control system and method according to the present invention.

1 and 7, a vehicle remote control system 10 according to the present invention may be used by a user using a terminal 20 such as a PC 22, a mobile phone 24, and a landline 26. To control the controller 80 installed in the remote control. That is, the vehicle remote control system 10 according to the present invention remotely controls the vehicle 70 regardless of the type of the terminal 20 using different types of communication networks {internet communication network, wired communication network, wireless (mobile) communication network}. Take control.

To this end, the vehicle remote control system 10 according to the present invention includes a mobile server 32, a web server 34, a computer and telephony integration (CTI) server 36, and a database server ( And a user access server 30 consisting of 38). Here, the mobile server 32 is a server connected through a mobile communication network using a mobile phone, PDA and PDA phone having a dedicated code registered by the user. The web server 34 is a server that a user connects to a terminal such as a PC, a mobile phone, or a PDA through an Internet communication network. The CTI server 36 is a server to which a user connects when calling a designated number of a provider through a mobile phone or a landline. At this time, the CTI server 36 extracts the CID value for the user from the user access server 30 and receives a primary authentication step. In particular, the user is connected to the mobile server 32 by a mobile phone or the like, or the user is a text message (short message service, such as a PC or a mobile phone, in which the text is a vehicle control item created using a downloaded program to apply the method according to the present invention) In this case, it extracts the CID (call identity) value of the user. Therefore, the vehicle remote control system 10 according to the present invention is a dedicated terminal (eg, a mobile phone number and a terminal serial number) registered through primary authentication through a CTI server 36 and secondary authentication through input of an ID, a password, and the like. Even when using a terminal other than the registered mobile phone) can be made effective security while reducing the inconvenience of the user. The database server 38 stores user information such as a terminal number of a user's mobile phone, a terminal serial number such as a mobile phone, a serial number of a car, a type of the control device 80, and whether or not to notify the control result. Will be stored in. At this time, each server 32, 34, 36, 38 is equipped with a program for the function of each server. For example, the mobile server 32, the web server 34, and the CTI server 36 include a program for allowing the user to select a vehicle control item for controlling the control unit 90 of the control device 80 and for authentication of the user. Programs will be loaded.

On the other hand, the vehicle remote control system 10 according to the present invention, when the user uses a wired telephone 26, an automatic response service (ARS) device 40 is installed in the wired communication network, and the user calls the provider number. The CTI server 36 of the access server 30 guides the user according to the transmitted CID value of the user. For example, when a call to the provider number is made, it is connected to the CTI server 36 to extract the CID value. In this case, if the connected phone is a dedicated terminal (registered terminal), the ARS device 40 may send a guide message for the member, and in the case of a general terminal (unregistered terminal), the ARS may send a guide message for the non-member. It is. In this configuration, it is possible to simplify the second authentication procedure in the case of a dedicated terminal and to perform the second authentication procedure stably in the case of a general terminal.

The user access server 30 authenticates the user and allows the user to select the vehicle control item and transmits the value (the user authentication value and the value for the vehicle control item) to the control signal transmission server 50. The control signal transmission server 50 generates a control signal by encrypting a control item transmitted from the user access server 30 and a value for user authentication, and receives or transmits and receives a control unit 80 through the wireless communication network 60. Transfer to 84. At this time, the control signal has data for controlling a specific control unit 90 (control unit to be controlled) of the control device 80 and user authentication data. Due to the data structure of the control signal, the control device 80 described later receives the control signal, compares the user authentication data already input with the authentication data of the control signal, and operates the control unit specific to the control signal when they are identical. Let's go.

Such a control signal transmission server 50 can be selectively configured according to the type of service, ultimately can be configured in accordance with the control device 80 and the user's confirmation form. That is, as in the preferred embodiment of the present invention shown in FIG. 2, the control signal transmission server 50 may optionally include an automatic dialing module 52, a CTI module 54, an SMS module 56, and the like. The automatic dialing module 52 and the CTI module 54 may be selectively applied when the control device 80 is unidirectional, but the CTI module 54 includes the automatic dialing module 52. After sending the control signal to the wireless terminal such as to send a transmission completion signal. In addition, although the SMS module 56 is applied when the control device 80 is bidirectional, it may be selectively used with the automatic dialing module 52 and the SMS module 56 in the case of limited service.

Meanwhile, as shown in FIG. 7, the control device 80 for remotely controlling various functions of the vehicle according to a control signal installed and transmitted in the vehicle 70 is configured to automatically operate each device of the vehicle. The control unit 90 is operated in accordance with a control unit 90, a receiving unit for receiving a control signal transmitted through the wireless communication network 60, or a transmitting / receiving unit 84, or a control signal input through the receiving unit or the transmitting / receiving unit 84. It is provided with a controller 82 for starting. Such a control device 80 may be operated by receiving the power 88 of the vehicle 70. In addition, the control panel 86 provided with various operation buttons or a display (not shown) may be installed to allow the user to set or control the control device 80 if necessary.

The receiver or the transmitter / receiver 84 is configured to determine one-way or two-way of the controller 80. When the receiver or the receiver 84 includes only the receiver, the controller 82 receives the control signal transmitted to the wireless communication network in one direction. By completing the operation, and having a transceiver unit, the controller 82 receives the control signal transmitted to the wireless communication network in both directions so that the controller 82 can operate the control unit 90 and transmit the control completion signal to the user's mobile phone. .

The controller 82 is connected to the control unit 90 and the receiver or transmitter / receiver 84. The controller 82 stores data for controlling each control unit 90 and data for user authentication in advance so that when the authentication data of the control signal input through the receiving unit 84 and the stored authentication data coincide with each other, the controller 82 controls the control unit 90. By operating the control unit specific to the signal, there is no need for separate Internet transmission and reception and effective security is achieved.

The control unit 90 is connected to each configuration of the vehicle so as to automatically control each function of the vehicle remotely, such a configuration may be applied to the general technology. And the control unit 90 applied to the vehicle remote control system 10 according to the present invention can open and close the start unit 94, the door of the car 70 to turn on or off the start of the car 70. There will be a door lock unit 92, an air conditioner operation unit 96 to operate or adjust the air conditioner, and an audio operation unit 98 to operate the audio. These may be selectively applied to the vehicle remote control system 10 according to the present invention, the controller 82 is pre-stored data (value) corresponding to each control unit 90 and the data according to the type of adjustment is wireless The controller 82 may enable each control unit 90 to operate according to a control signal transmitted through the communication network.

On the other hand, the vehicle remote control method according to the present invention authenticates the user connected to any one of the web server 34, CTI server 36 and the mobile server 32 via the communication network to the terminal 20, database server 38 Information of the user is obtained. In this case, the terminal 20 used by the user may be any one of the PC 22, the landline 26, and the mobile phone 24. Next, the control signal corresponding to the vehicle control item selected by the user is encrypted and converted. The control signal is transmitted to the control device 80 through the wireless communication network. At this time, the control device 80 is installed in the vehicle 70, the control unit 90 is selectively configured from the start unit 94, the door lock unit 92, the air conditioner operation unit 96 and the audio operation unit 98. Has Through this process, the controller 82 controls the connected control unit 90 according to the control signal received by the receiving unit 84 of the control device 80. At this time, the controller 82 compares the control signal input from the receiving unit 84 with pre-stored authentication data and operates the connected control unit 90 when they match each other.

According to the vehicle remote control system 10 and the method according to the present invention, when the user uses the PC 22, the web server 34 or CTI of the user access server 30 by connecting to the Internet or wireless communication network Through the server 36, the user connects to the wired communication network when using the wired telephone 26, through the CTI server 36 of the user access server 30, and the wireless communication network when the user uses the mobile phone 24. Alternatively, the controller 80 may be remotely controlled through the mobile server 32, the web server 34, or the CTI server 36 of the user access server 30 by accessing the Internet communication network.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, FIGS. 2 to 6, and like reference numerals denote like elements for performing the same functions in FIGS. 1 to 7. Meanwhile, the drawings and detailed descriptions of the structure and the operation which can be easily understood from the control system and method using the general communication network and the technology related to the remote control of the vehicle in each figure are briefly or omitted, and are shown mainly on the parts related to the present invention. It was.

2 is a block diagram for explaining the configuration of a vehicle remote control system according to a preferred embodiment of the present invention.

2, the vehicle remote control system 10 according to a preferred embodiment of the present invention uses a PC 22, such as a desktop, a mobile phone 24 and a wireless terminal such as a PDA, wired telephone 26, When working or leaving the office at regular offices, it can be used easily regardless of time and place with wireless terminals such as computers, mobile phones, PDAs, and landlines. The vehicle remote control system 10 is already applied by a type that is operated by a remote controller to start the car, open / lock the door, open the trunk, open the air conditioner, provide air conditioning and control, and provide audio on / off. can do. For the remote control of such a vehicle 70, the control device 80 as described above and shown in Figure 7 may be configured.

The vehicle remote control system 10 includes a user access server 30 including a mobile server 32, a web server 34, a CTI server 36, and a database server 38, and the user access server 30. The control signal transmission server 50 for receiving a value for the vehicle control item selected by the user and encrypting to generate a control signal. The mobile server 32, the web server 34 and the CTI server 36 are database programs (Ms) operated by an operating system (O / S) and a certain language (eg, ASP, C #, Visual C ++, Delphi, etc.). It consists of the necessary number of servers and peripherals with sql2000, etc.). In particular, the mobile server 32, the web server 34 and the CTI server 36 includes a program for authenticating a user and a program for allowing a user to select a vehicle control item for controlling the control unit 90 of the control device 80. Programs, programs for operating them, and the like are mounted, respectively. The user access server 30 is such that the security of the information and system by the firewall.

As described above, the vehicle remote control system 10 according to the present exemplary embodiment may be connected through an internet communication network, a wired communication network, and a wireless communication network regardless of the type of the terminal. Therefore, the vehicle remote control system 10 according to the present embodiment to provide a stable service by building the server most suitable for the characteristics of each communication network. To this end, through the web server 34 to enable the remote control of the car using the messenger of the SMS and various portal web sites with the use via the Internet communication network. The mobile terminal 32 is connected to the mobile server 32 by using a portal web site service to enable remote control of the vehicle.

In order to use a wired telephone, the ARS device 40 is configured on a wired communication network so that a user can make a wired call by using a wired telephone or a mobile phone by calling a provider's designated number {for example, a number obtained by a carrier such as 300-3000]. In the case of using a communication network, the ARS device 40 guides the user according to the CID value extracted from the CTI server 36. As such, when a user uses a landline telephone, the service automatically provides a service by checking the incoming telephone number automatically, going through an authentication procedure (resident registration number, password, etc.) and pressing a number button for each function according to the ARS guide.

The vehicle remote control system 10 configured as described above is basically operated on a membership basis. In other words, while applying as a member through the web server 34 or call center, a dedicated terminal number such as a mobile phone, a dedicated terminal serial number, a serial number of the car, the type of the control device 80 installed in the vehicle, a confirmation service after completion of the control signal transmission After the presence or absence of the confirmation service and the basic user information after the operation of the control device 80 is to be registered, it is to be applied to the authentication and remote control types and confirmation services when using the service later. In this case, the type of the control device 80 is set according to the type of the receiving unit, the transmitting and receiving unit, and the control unit 90 as described above, so that the form of the unidirectional (receiving unit only) or bidirectional (transmitting and receiving unit configuration) service is determined. The remote control type of the vehicle is set.

Meanwhile, as shown in FIG. 2, the control signal transmission server 50 includes an automatic dialing module 52, a CTI module 54, and an SMS module 56. At this time, when the automatic dialing module 52 and the CTI module 54 are unidirectional, the SMS module 56 may be usefully applied in the bidirectional manner. At this time, the SMS module 56 may be applied by replacing the SMS module 62 on the wireless communication network 60 provided by the communication company.

3 is a flowchart for explaining a vehicle remote control method according to an embodiment of the present invention.

2 and 3, the method for remotely controlling a vehicle according to the present embodiment may include accessing the user access server 30 with one terminal 20 (S500), user authentication and information acquisition step (S510). Step S530 of inputting a vehicle control item (type and control type of the control unit 90 of the control device 80) that the user wants to remotely control by allowing the user to select the vehicle control item; The signal transmission server 50 encrypts the vehicle control item received from the user and converts it into a control signal (S540), transmitting the control signal through the wireless communication network 60 (S550) and the control signal transmission server When the user requests a confirmation service after transmitting the control signal in step 50 (S560), the step of transmitting an SMS, an email or a message to the user's email account or a mobile phone (S570). At this time, such a remote control method for the vehicle is a case where only the receiver is installed in the control device 80. Therefore, if the transceiver 80 is installed in the control unit 80 is bidirectional and the user requests confirmation service after the operation of the control unit 80 (S580), the transceiver unit 84 sends an SMS via the wireless communication network to the user's mobile phone. (S590).

Such a method for remote control of a vehicle is a method made by covering an embodiment in which a specific process described later with reference to FIGS. 4 to 6 is performed. That is, such a remote control method of the vehicle is connected to the web server 34 or the CTI server 36 by the PC 22, the mobile server 32, web server 34 or CTI by the mobile phone 24, PDA, etc. In the case where the server 36 is connected to the server 36, it is a form that is applied to all cases where the landline telephone 26 is connected to the CTI server 36. Any connection to the user access server 30 requires user authentication. In this case, as described above, the first authentication in the CTI server 36 and the user inputs an ID, a password, and a mobile phone number. There is a second authentication that takes place by input. At this time, the second authentication may be applied in various forms depending on the security method and the security system. The user selects a vehicle control item. In this case, when there are a plurality of control units 90 of the control device 80, multiple selection is possible. And when the control signal transmission and after the operation of the control device (S592, see Figs. 4 to 6) when the user applied for a confirmation service, sending a control signal transmission confirmation message (SMS, email or note) and control completion signal to the mobile phone (SMS (S594, see Figs. 4 to 6).

4 is a flowchart illustrating a case in which a user connects to a mobile server through the Internet through a mobile phone in a method for remotely controlling a vehicle according to a preferred embodiment of the present invention, and FIG. 5 is a vehicle according to a preferred embodiment of the present invention. In the remote control method is a flowchart illustrating a case in which a user sends a text to a mobile phone and a PC, etc., Figure 6 is a user designating a supplier as a mobile phone and landline in the remote control method of the car according to a preferred embodiment of the present invention This is a flowchart for explaining the case of calling a number.

2 and 4, when the user connects to the mobile server 32 using a wireless terminal such as a mobile phone 24 or a PDA (S500), the mobile server 32 is connected to the CTI server 36. After extracting the CDI value and obtaining the user's information from the database server 38 (S512), the user authentication (secondary) is performed (S514). The next step proceeds as described above.

The vehicle remote control method according to the present embodiment is to be able to apply the GUI service provided to the mobile phone 24 or PDA. In this way, the web server 34 automatically downloads a program for remote control of a vehicle in real time, and provides text and speed dials. The remote control method of the vehicle proceeds after authentication with a mobile phone number, ID, password, etc. by accessing the mobile server 32 from the mobile phone 24.

2 and 5, when the user sends a text message to the mobile phone 24, PDA and PC (S500), the web server 34 receives the CTI server 36 and the database server 38 Through the CID value, the password, and the car control items are extracted (S520). The next step proceeds as described above. The vehicle remote control method according to the present embodiment is a method of remotely controlling a vehicle by sending a short text message by a method of a dedicated terminal. In the case of using a general computer or a portable terminal, a separate authentication process may be performed. When text is sent to the mobile phone 24, PDA, PC, etc., the web server 34 receives the data, automatically converts it into the communication network language through the control signal transmission server 50, and transmits the data to the wireless communication network 60. do. Such a remote control method of the vehicle can be very useful when the web connection of the wireless terminal is delayed. Such a method may directly input or download a designated text for each vehicle control item and select and send a stored text message.

2 and 6, when the user calls the designated number of the provider (S500) using the mobile phone 24 or the landline 26, the CID value is extracted from the CTI server 36 and the database server 38 is used. User information is obtained from the device (S512) and transmitted to the ARS device 40, and the ARS device 40 guides the user according to the CDI value (S513). User authentication (S514, S514 ') is performed by receiving a user password, ID, telephone number, and the like. The next step proceeds as described above.

As described above, although the vehicle remote control system and method through a computer, a landline phone and a mobile phone according to a preferred embodiment of the present invention have been shown according to the above description and drawings, this is merely described for example and the technical features of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit. For example, with the technical configuration shown in the preferred embodiment of the present invention to provide a variety of information related to the vehicle (car insurance, fines, etc.) or the state of the vehicle (oil check, battery check, tire air volume check, collision detection, theft, etc.) And the technical matters related to the inspection (vehicle inspection date, maintenance status), etc., in order to conveniently use the vehicle remote control system according to the present invention, a voice transmission and recognition function is added to the terminal or an ARS in a vehicle remote control method. Even in the case of using a voice recognition function, etc., the technical spirit of the present invention is used.

According to the remote control system and method for a vehicle via a computer, a telephone and a mobile phone according to the present invention, the user can freely remotely control various functions of the vehicle anytime and anywhere without being limited to a specific terminal or a communication network. In addition, according to the present invention, it is possible to maintain a stable security while providing a convenient authentication process according to the user access environment, so that the user can check in each process of the remote control of the car to solve the anxiety caused by the remote control You can freely use the service. Meanwhile, the present invention enables remote control of a vehicle by using various communication networks, and a system and method suitable for each terminal and communication network are constructed, so that the present invention can be easily applied in providing additional services.

Claims (9)

At least one control unit installed in a vehicle and selected from the group consisting of a starting unit, a door locking unit, an air conditioner operating unit, and an audio operating unit; A receiver for receiving a control signal transmitted through a wireless communication network; A controller for connecting the control unit and the receiving unit, storing data and authentication data for controlling the control unit in advance, and operating the control unit when the control signal inputted through the receiving unit and the stored authentication data match. A control device having a; A user connects to a terminal selected from the group consisting of a PC, a landline phone, and a mobile phone through a communication network, and authenticates the program and the user to allow the user to select a vehicle control item for controlling a control unit of the control device. A web server, a mobile server, and a CTI server, each having a program installed therein, and having a database server for storing information about the user and being connected to the web server, the mobile server, and a CTI server to provide information about the user. A user access server for authenticating the user and allowing the user to select a vehicle control item and to transmit its value; A control signal transmission server for generating the encrypted control signal by receiving a value and an authentication value for a vehicle control item selected by the user access server from the user access server and transmitting the control signal to a receiver of the control device through a wireless communication network; Including; The control signal transmission server includes at least one transmission module selected from the group consisting of an automatic dialing module, a CTI module, and an SMS module. When the user uses a PC, the control signal transmission server is connected to an Internet communication network or a wireless communication network to provide the control signal transmission server. Remotely control the control device through a web server or CTI server, and when the user uses a landline telephone, access the wired communication network to remotely control the control device through the CTI server of the user access server. When the user uses a mobile phone, a computer, a wired telephone, and the like may be connected to a wireless communication network or an internet communication network to remotely control the control device through a mobile server, a web server, or a CTI server of the user access server. Car remote control system via mobile phone. The method of claim 1, When the user uses a wired telephone, the wired communication network is provided with an ARS device to guide the user according to the user's CID value extracted and transmitted from the CTI server. Car remote control system. Authenticating a user connected to any one of a web server, a CTI server, and a mobile server through a communication network with one terminal selected from the group consisting of a PC, a landline telephone, and a mobile phone, and obtaining user information from a database server; Encrypting and converting a control signal corresponding to a vehicle control item selected by the user; Transmitting the converted control signal to a control device installed in a vehicle through a wireless communication network and having at least one control unit selected from the group consisting of a start unit, a door lock unit, an air conditioner operation unit, and an audio operation unit; The control signal received at the receiving unit of the control device is compared with pre-stored authentication data to control the connected control unit at the controller and operating the connected control unit when they match with each other; The authenticating of the user may be performed by extracting a CID value from the CTI server, acquiring user information from the database server, and receiving an ID and password from the user when the user accesses a mobile server through an internet communication network using a cellular phone. When the user calls a specified number using a mobile phone or a landline telephone, the user is guided to the user through ARS according to the CID value extracted from the CTI server and received by ID and password from the user. Car remote control method via computer, landline phone and mobile phone. The method of claim 3, wherein The step of authenticating the user is a remote control of a computer via a computer, a landline phone or a mobile phone, characterized in that when the user sends a text message to a PC or a mobile phone, the CTI server extracts a CID value, a password, and an item for controlling. Control method. The method according to claim 3 or 4, And a transmission completion signal is transmitted to the mobile phone or e-mail account of the user after transmitting the converted control signal to the control device. The method of claim 5, wherein And a control completion signal is transmitted to the user's mobile phone after the control unit is operated by the controller after the control unit is operated. delete delete delete

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