JP2009278265A - Mobile communication system - Google Patents

Abstract

A mobile communication system capable of improving operability and safety is provided.
An in-vehicle navigation device CN stores a terminal ID of a mobile phone MP in a ROM, and a center device SV stores identification information of the in-vehicle navigation device CN, thereby completing initial registration. After the initial registration, the operability and safety are improved because the center device SV can be authenticated and accessed without inputting the user ID and password to the operation device 4 of the in-vehicle navigation device CN. In addition, since the user ID and password for authentication are not stored in the in-vehicle navigation device CN, even if the car AM is stolen, there is no possibility that the user ID and password are known to a third party.
[Selection] Figure 1

Description

  The present invention relates to a mobile communication system.

  Conventionally, an in-vehicle terminal device (in-vehicle navigation device) mounted on an automobile, a mobile communication terminal (mobile phone) that performs mobile communication by connecting to a mobile communication network (mobile phone network), and an in-vehicle terminal device On the other hand, a mobile communication system including a server device that provides various services using mobile communication is provided (see, for example, Patent Document 1).

The conventional example described in Patent Document 1 provides a service for connecting a mobile phone to an in-vehicle navigation device and downloading a drive course held by the server device to the in-vehicle navigation device via the mobile phone. . In this conventional example, in order to receive the drive course download service, it is necessary to send a user ID and a password assigned in advance to the server device for authentication.
JP 2007-77344 A

  As described above, in the conventional example, the user ID and the password must be input every time the server apparatus is accessed.

  The present invention has been made in view of the above circumstances, and an object thereof is to provide a mobile communication system capable of improving operability.

  In order to achieve the above object, the invention of claim 1 is directed to an in-vehicle terminal device mounted in an automobile, a mobile communication terminal that performs mobile communication by connecting to a mobile communication network, and an in-vehicle terminal device. And a server device that provides various services using mobile communication, and the in-vehicle terminal device is connected to the mobile communication network through the mobile communication terminal and provides services from the server device through the mobile communication terminal. First storage means for storing unique identification information, second storage means for storing a unique terminal ID assigned to the mobile communication terminal, and a terminal stored in the second storage means ID information notifying means for notifying ID information stored in the first storage means only to the mobile communication terminal to which the ID is assigned, and the server device is provided to the user who receives the service provision The Storage means for storing the user ID and password, and storing identification information of the in-vehicle terminal device used when the user is authenticated by the user ID and password, and an in-vehicle terminal device stored in the storage means. And authentication means for authenticating the user with the identification information.

  According to the invention of claim 1, after the identification information of the in-vehicle terminal device used when the user is authenticated by the user ID and password is stored in the storage means of the server device, the mobile device moves from the in-vehicle terminal device. Since the authentication means of the server device authenticates the user by the identification information of the in-vehicle terminal device transmitted through the body communication terminal, the user has to enter the user ID and password every time as in the conventional example to receive authentication As a result, the operability can be improved.

  According to a second aspect of the present invention, in the first aspect of the invention, the in-vehicle terminal device stores the terminal ID of the mobile communication terminal used when authenticated from the server device by the user ID and password in the second storage means. The server device stores the identification information of the in-vehicle terminal device used when the user is authenticated by the user ID and the password in the storage unit.

  According to the invention of claim 2, the operation of storing the terminal ID of the mobile communication terminal in the second storage unit of the in-vehicle terminal device and the operation of storing the identification information of the in-vehicle terminal device in the storage unit of the server device simultaneously. And it can be done safely.

  According to a third aspect of the present invention, in the first or second aspect of the invention, the in-vehicle terminal device includes a positioning means for positioning the position of the vehicle, a map information storage means for storing map information, and an operation input reception for receiving operation input. And map information including the position of the car measured by the positioning means is read from the map information storage means, and position information is generated by combining the map information and the position of the car, and the position information is transmitted to the server device through the mobile communication terminal. The server device provides a service for transferring the position information transmitted from the in-vehicle terminal device to a destination designated by the user.

  The invention according to claim 4 is the invention according to any one of claims 1 to 3, wherein the server device provides a service for monitoring and controlling a housing facility installed in a user's home. To do.

  According to the present invention, operability can be improved.

  Hereinafter, an embodiment of a housing equipment monitoring and control system including a mobile communication system according to the present invention will be described in detail with reference to FIGS.

  The basic configuration of the housing equipment monitoring control system in the present embodiment is the same as that described in Japanese Patent Application Laid-Open No. 2007-235597, and the controllers C1, C2, and C2 installed in the housing as shown in FIG. A plurality of (three in the illustrated example) subsystems SS1, SS2, and SS3 that C3 controls and monitors residential equipment, and a controller Cn (n = 1, 2, and 3) and a transmission path (enhanced- Home management device TM connected via a category 5 or category 6 LAN cable) and a plurality of (three in the illustrated example) home terminal devices (communication functions) connected to the home management device TM via a LAN cable And a television receiver TV equipped with a web browser, a personal computer PC, and a display control device CV). Over La C and home management apparatus TM and home terminal apparatus and a generic communication protocol (TCP / IP, UDP, HTTP, etc.) constituting the home network using. This home network is a local area network (LAN) conforming to the 100BASE-TX (IEEE 802.3u) standard, etc., and the home management device TM corresponding to the hub transmits the controller Cn of each subsystem SSn corresponding to the network terminal. And home terminal devices (television receiver TV, personal computer PC and display control device CV) are connected by star wiring. Further, the home management device TM includes an Internet connection device MD such as an ADSL modem, a cable modem, or an ONU (Optical Network Unit) according to the type of a line (phone line, CATV line, optical fiber line, etc.) for connecting to the Internet. The home network is connected to the Internet, which is an external network, through a communication cable (usually a LAN cable) and the Internet connection device MD.

  In addition, a center device (server device) SV installed in a remote place away from the house is connected to the home network via the Internet, and a laptop personal computer, a mobile phone MP, By performing data communication via the Internet between a mobile terminal device such as a PDA (Personal Digital Assistance) and the center device SV, for example, control and monitoring of housing facilities can be performed from the outside using a mobile phone MP. It can be carried out. The center device SV is composed of a general-purpose computer device having a network function, and a message addressed to the controller Cn transmitted from a mobile communication terminal such as a mobile phone MP over the Internet or a mobile unit that does not belong to the home network from the controller Cn. It has a function of relaying messages transmitted to the communication terminal.

  Next, each subsystem SSn will be described.

  The sub-system SS1 includes a lighting equipment, an air conditioner (air conditioner), a housing facility (equipment device) Xm (m = 1, 2,...) Such as an electric lock, and a controller (hereinafter, facilities) that controls and monitors the facility device Xm. It is referred to as a device controller.) C1 and a current measuring device D that measures a current used in a house.

  When the equipment controller C1 receives a control request message from a home terminal device (or mobile terminal device, hereinafter collectively referred to as a terminal device) through a home network (or home network and external network). Each equipment device X1 and X2 is controlled individually to switch between operation (lighting for lighting fixture X2) and stop (lighting off for lighting fixture X2), and from the terminal device through the home network (or home network and external network) When the monitoring request message is received, the operating state of each equipment device X1, X2 (operation <lighting> or stop <lighting off>) is individually acquired, and a response to each control request or monitoring request (each equipment device X1, X2) Messages in the home network (or home network and external network) Function to transmit to the terminal device which is the source of the request message through a (control monitoring). In addition, the equipment controller C1 holds a large number of web pages (web page group) for displaying the names and operation states of the equipment equipment X1 to X4 under its control with characters and symbols. In response to the request, an appropriate web page is selected from the web page group and provided (distributed) to the terminal device through the home network (or home network and external network) (web server function).

  The current measuring device D is housed in a residential distribution board, measures the amount of current used in the house using the current sensor CT, and when the measured value exceeds a predetermined upper limit value, the equipment device controller A function (demand control function) that transmits an equipment stop (power off) command to C1 or directly turns off the equipment X3 or X4 to prevent overuse of power, and a home network (or home network and external) And a function of performing operation control and state monitoring of the equipment devices X3 and X4 according to a command given from the equipment device controller C1 through the network).

  Further, the subsystem SS2 includes one or more types of security devices Y1, Y2 that detect the occurrence of an abnormality in the house, a security receiver SR that collects detection information of each security device Y1, Y2, and a security receiver SR. This is a security system configured by a controller (hereinafter referred to as a security controller) C2 that receives collected detection information and transmits the received detection information through a home network (or home network and external network) by a response message.

  For example, the security device Y1 is a crime prevention device that detects a human intrusion into a monitoring area by detecting a heat ray radiated from a human body, detects whether a crescent lock installed in a window is unlocked, and detects whether a window is opened or closed. Has a function to transmit the detection information to the security receiver SR as a wireless signal (or wired signal) when an abnormality (intrusion of a person, unlocking of a crescent lock, etc.) is detected by the sensor. ing. The security device Y2 is equipped with a sensor for disaster prevention that detects fire by detecting smoke and heat, and gas leak detection by detecting city gas or LP gas. A function of transmitting the detection information to the security receiver SR by a wireless signal (or a wired signal) when a leak is detected.

  The security receiver SR collects detection information by receiving wireless signals (or wired signals) transmitted from the security devices Y1 and Y2, and further processes corresponding to the detection information, for example, fire, gas leakage or suspicious In order to notify the householder (user) of the occurrence of an abnormality such as an intruder, a warning sound is generated and detection information such as the type and location of the detected abnormality is detected by a wireless signal (or wired signal) as a security controller C2. Process to send to. Here, a unique identification code (ID) is assigned to the security devices Y1 and Y2, and the security receiver SR can identify the detection information of the individual security devices Y1 and Y2 by the identification code. Further, as described above, the security receiver SR has two operating states, ie, a warning state in which detection information is collected from the security devices Y1 and Y2, and a non-warning state in which detection information is not collected. For example, a wireless transmitter (not shown) 2) are selectively switched between a warning state and a non-warning state.

  The security controller C2 receives the detection information received from the security receiver SR as a response message to the terminal device through the home network (or home network and external network) (alarm function), and receives a control request message from the terminal device A command (switching command) is sent to the security receiver SR to switch the operating state (warning state or non-warning state) of the security receiver SR, or the alarm sound from the security receiver SR is stopped. When a monitoring request message is received from the terminal device, a command is transmitted to the security receiver SR via the communication unit 32 to notify the operating state (warning state or non-warning state) of the security receiver SR and control. Responses to requests and monitoring requests ( A function (control and monitoring function) that transmits a message of the operating state of the security receiver SR, the sounding status of an alarm sound, etc.) to the terminal device that is the transmission source of the request message through the home network (or home network and external network). Have. In addition, the security controller C2 holds a large number of web pages (web page group) for displaying the operating state of the security receiver SR under its control with characters and symbols, and responds to requests from the terminal device. Accordingly, it has a function (web server function) of selecting an appropriate web page from the web page group and providing (distributing) it to the terminal device through the home network (or home network and external network).

  Subsystem SS3 detects a door phone with a camera (hereinafter abbreviated as a door phone child) DS installed outside a dwelling unit and a heat ray radiated from a human body to detect the intrusion of a person into the monitoring area. At the same time, a sensor camera SC that captures the monitoring area at the time of the intrusion detection and a call function that is installed in the dwelling unit to make a call between the doorphone slave unit DS and an image captured by the doorphone slave unit DS and the sensor camera SC are displayed. An interphone master unit IM having a function to receive the image captured by the interphone master unit DS and the sensor camera SC from the interphone master unit IM and transmit the received image to the center device SV through an external network (hereinafter referred to as an image). This is an intercom system composed of C3.

  The intercom DS is equipped with a microphone for calling, a speaker and a camera for imaging a visitor, transmits the call voice collected by the microphone to the interphone base unit IM via the telephone line, and interphone base unit IM A call function for ringing the call voice transmitted from the speaker via the call line, a call function for sending a call signal to the intercom base unit IM via the call line when the call button is pressed, and a camera ( For example, it has an image transmission function of transmitting an image captured by a CCD camera (outputting a moving image) to the interphone master unit IM via a communication line by frequency-modulating and multiplexing the image into a call voice. In addition, the sensor camera SC includes a heat ray sensor that detects the intrusion of a person into the monitoring area by detecting a heat ray emitted from the human body, a CCD camera that outputs a moving image, and the like, and is monitored via a signal line. It has a function of transmitting the image of the area to the door phone slave unit DS. In addition, the image transmitted to the door phone slave unit DS is transferred to the interphone master unit IM via the telephone line.

  On the other hand, the interphone master unit IM has a function of ringing a ring tone from a speaker when a call signal is received, and a door phone sub unit when a response button is pressed during a predetermined time during ringing or after ringing. A call function for transferring a call voice by forming a call path via a call line with the DS, and an image (image obtained by picking up the other party of the call) captured and transmitted by the intercom cordless handset DS during the call. The function of demodulating and displaying on the liquid crystal display, and the function of demodulating the frequency of an image captured by the doorphone slave unit DS or the sensor camera SC and transmitting from the doorphone slave unit DS other than during a call and displaying it on the liquid crystal display (image monitor) Function) and a video and voice transmitted from the doorphone slave unit DS via a telephone line when a call signal is received during an answering machine setting in a nonvolatile semiconductor memory (Absence Record Function), a function of recording an image captured by the sensor camera SC and transmitted from the doorphone slave unit DS via the telephone line to a nonvolatile semiconductor memory (sensor camera recording function), and a door phone slave unit DS When a specific operation (for example, long press of a call button) is performed, a notification sound that can be distinguished from a normal ringing sound (notification function for returning home) is provided (home return notification function). ing.

  Thus, when a visitor presses the call button of the door phone DS, a call signal is transmitted to the interphone base unit IM via the telephone line by the call function that is always effective, and the interphone base unit IM calls the speaker from the speaker. When the sound is generated and the power is supplied from the interphone master unit IM via the communication line, the image transmission function of the door phone slave unit DS becomes effective, and the image captured by the camera of the door phone slave unit DS is displayed as the interphone. It is displayed on the liquid crystal display of base unit IM. Then, if a householder (user) who has confirmed the visitor by the image displayed on the liquid crystal display presses the response button of the interphone master unit IM, the call function makes a connection with the door phone slave unit DS via the call line. A speech path is formed, and a loudspeaker call (hands-free call) using a speaker and a microphone can be performed between the interphone master unit IM and the door phone cordless handset DS, and the interphone master unit IM has a liquid crystal display during the call. It becomes possible to display an image transmitted from the intercom slave unit DS. However, the voice call and the image transmission between the interphone master unit IM and the door phone slave unit DS are ended when a predetermined time elapses after the response button is pressed or when the response button is pressed again. When the intrusion of the suspicious person in the monitoring area is detected, the image of the monitoring area captured by the sensor camera SC is transmitted to the interphone master unit IM via the doorphone slave unit DS and displayed on the liquid crystal display.

  The image transfer controller C3 receives image data and voice data transmitted from the interphone master unit IM from the intercom master unit DS and the sensor camera SC to the interphone master unit IM and receives the received data in a predetermined compression method (for example, a moving image). And MPEG4, JPEG for still images, MP3 for audio, etc., and then a function (transfer function) for transferring a response message to the center device SV through the home network and the external network. A function for notifying the center device SV that the interphone master unit IM has recorded an image and a voice call when the answering machine function is valid (visitor notification function) through the home network and the external network, and a home return notification function, IM (household) House has a function of transferring a response message returned home notifies the center apparatus SV via the home network and the external network when it is notified (return home notification forwarding function). The image transfer controller C3 holds a large number of web pages (web page group) disclosing a list of images recorded in the memory, and selects an appropriate web page in response to a request from the terminal device. And a function (web server function) for providing (distributing) to a terminal device through a home network (or a home network and an external network).

  The home management device TM also has a web server function, and a web page (so-called portal site) serving as an entrance to a web page (the home page of each subsystem SSn) provided by each controller Cn through the web server function. It is created and provided (distributed) to a terminal device in the house (TV receiver TV, personal computer PC or display control device CV) through a home network. For example, the portal site created by the home management device TM is usually displayed on the liquid crystal display 52a (described later) of the display control device CV. In this portal site, links to web contents (homepages of each subsystem SSn) provided by each controller Cn are displayed as icons. If a touch panel is operated on any icon, the icon is displayed. A web content transmission request message is transmitted from the display control device CV to the linked URL (IP address of the web page group held by each controller Cn). Then, if the controller Cn that has received the transmission request message transmits a web page designated from among a group of web pages held by itself to the display control device CV, the web page of the controller Cn instead of the portal site. (For example, the home page of each subsystem SSn) is displayed on the liquid crystal display 52a.

  A display control device CV, which is one of in-home terminal devices, is embedded in a wall surface in a house, and as shown in FIG. 2, a microcomputer unit 50 having a microcomputer as a main component, and a home network A LAN interface unit 51 connected to the microcomputer unit 50 and the home network, a liquid crystal display 52a, a display unit 52 having LEDs (not shown) and their driver circuits, a push button switch and a liquid crystal display 52a are connected. An operation unit 53 having a touch panel arranged on the screen and receiving operation input, a memory unit 54 for storing programs executed by the microcomputer and various data, a speaker unit 55 having a speaker and speaker drive circuit, It has. Although not shown, a power supply circuit is also provided for generating a desired DC power supply from a commercial power supply and supplying operating power to the microcomputer unit 50 and other units. A web browser is mounted on the microcomputer unit 50, and a web page provided from each controller Cn and the like and a web page stored in advance in the memory unit 54 (hereinafter referred to as a built-in web page) are reproduced by the web browser. In addition to displaying on the liquid crystal display 52a of the display unit 52, an operation input corresponding to the positional relationship between the position where the touch panel of the operation unit 53 is operated and the icon or the like displayed on the liquid crystal display 52a is accepted. In addition, alarm sound and voice message data are compressed and stored in the memory unit 54 in advance, and if the microcomputer unit 50 decompresses the data read from the memory unit 54 and outputs it to the speaker unit 55 as necessary. The alarm sound or voice message is sounded from a speaker.

  Next, an in-vehicle navigation device CN that is an in-vehicle terminal device in the mobile communication system according to the present invention will be described. The in-vehicle navigation device CN is mounted on the automobile AM, and as shown in FIG. 3, the computer 1, the storage medium 2, the GPS receiver 3, the operation device 4, the display device 5, the speaker 6, the vehicle sensor 7, and the communication An interface (I / F) 8 is provided. The computer 1 includes a CPU, a ROM, a RAM, an I / O, and the like, and an operation device 4, a display device 5, a speaker 6, and a vehicle sensor 7 are connected to the I / O. The ROM stores a route guidance program in addition to a basic program such as BIOS. This route guidance program is expanded in the RAM at the time of startup and executed by the CPU. The storage medium 2 is a magnetic storage medium such as a hard disk device, an optical storage medium such as a DVD, or a semiconductor storage medium such as a memory card, and is connected to the computer 1 via a bus and used by a route guidance program. Map information is stored. However, map information may be stored in the ROM. The GPS receiver 3 performs positioning using a global positioning system (GPS), and is connected to the computer 1 via a bus. The operation device 4 has an operation unit such as a push button switch, and outputs an operation input received by operating the operation unit to the computer 1. The display device 5 comprises a liquid crystal display and displays various images including a route guidance map. The vehicle sensor 7 detects the vehicle speed of the automobile AM, the rotational speed of the axle, and the like. However, instead of providing the vehicle sensor 7, information such as the vehicle speed and the number of revolutions can be taken into the computer 1 from an ECU (electronic control unit) mounted on the automobile AM. The communication I / F 8 is for interfacing the mobile phone MP, which is a mobile communication terminal, with the computer 1 to perform data transmission between the mobile phone MP and the computer 1, and is carried via a communication cable (not shown). It is detachably connected to the telephone set MP. However, it is also possible to transmit data with the mobile phone MP using a wireless communication technology such as Bluetooth (registered trademark) instead of the communication cable. Here, the mobile phone MP can be connected to the Internet through a mobile phone network (mobile communication network) of a communication carrier, and can communicate with the center apparatus SV through the mobile phone network and the Internet. That is, the in-vehicle navigation device CN in the present embodiment performs mobile communication through a mobile communication network using a mobile phone MP connected by a communication cable, and performs various types of communication from the center device SV using such mobile communication. Service (to be described later). Note that map information within a radius of several kilometers centered on position information may be acquired from an external server using the mobile phone MP, and the map information may be stored in the ROM.

  The vehicle-mounted navigation device CN configured as described above receives position information from the operation device 4, position information measured by the GPS receiver 3, vehicle speed of the vehicle AM detected by the vehicle sensor 7, and the like. And the map information, the computer 1 calculates the route from the current location to the destination and the estimated arrival time at the destination, displays a map of the route on the liquid crystal display of the display device 5 and from the speaker 6. The driver guides the route to the destination by sounding the guidance voice. However, since the operation of the vehicle-mounted navigation device CN is well known in the art, a detailed description thereof will be omitted.

  Next, the operation of the house equipment monitoring and control system when the equipment device Xm is controlled and monitored using a terminal device in the house (for example, the display control device CV) will be described with reference to the sequence diagram of FIG.

  First, when a predetermined operation is performed on the display control device CV, a portal site transmission request message is transmitted to the home management device TM (1). The home management apparatus TM that has received the message displays an icon indicating a link to the home page of the subsystem SS1 to SS3 registered in a memory list (not shown), characters indicating the names of the individual subsystems SS1 to SS3, and the like. The portal site to be created is created, and the data of the portal site is transmitted to the display control device CV that is the transmission request source (2).

  The display control device CV displays the portal site on the liquid crystal display by opening the data (file) received from the home management device TM with a web browser (3). If the touch panel is operated on the icon of the subsystem SS1 (4), the web browser (the homepage of the URL) of the link destination (the IP address of the equipment controller C1) displayed by the icon is displayed by the web browser. ) Transmission request message is transmitted (5). Then, if the equipment controller C1 that has received the transmission request message transmits its own home page data to the display control device CV (6), the subsystem is opened by opening the data (file) with the web browser of the display control device CV. The SS1 home page is displayed on the liquid crystal display (7). In this homepage, the names of the equipment devices X1 to X4 included in the subsystem SS1 and characters indicating the installation locations (for example, “living air conditioner”, “living lighting”, etc.), and the operating states of the respective equipment devices X1 to X4 , A button corresponding to an operation for inverting the operation state of each equipment device X1 to X4, a button for returning to the portal site of the home management device TM, and the like are displayed. Therefore, it is possible to monitor (confirm) the operating state of each equipment device X1 to X4 from the information displayed on the homepage (8).

  Here, in the case of performing control for reversing the operating state of any of the equipment devices Xm, for example, control for turning off the currently lit lighting fixture (facility device X2), the operating state of the equipment device X4 is reversed on the homepage. The touch panel is operated on the button corresponding to the operation (9). Then, a message indicating that the button has been operated by the web browser, that is, a message (request message) for requesting to turn off the lighting device (facility device X2) is sent to the network address of the facility device controller C1 through the home network. It is transmitted (10). Then, the equipment controller C1 that has received this request message turns off the luminaire (facility equipment X2) (11). After that, if the equipment controller C1 updates the contents of the homepage in response to turning off the lighting fixture (equipment equipment X4), and transmits the updated homepage data to the display control device CV (12), the display control device CV. The updated home page of the subsystem SS1 is displayed on the liquid crystal display by opening the data (file) with the web browser of (13). In the homepage, the operating state of the lighting fixture (equipment device X2) is changed from lighting to extinguishing.

  Next, the operation of the house equipment monitoring control system when the equipment device Xm is controlled and monitored from outside the house using the mobile phone MP will be described with reference to the sequence diagram of FIG. Here, if the web server function of each controller Cn always opens a port to the external network (Internet), for example, there is a high possibility that a malicious intruder will cause an abnormality in the system. In the embodiment, if the web server function of each controller Cn normally polls the center device SV while closing the port, the request message received from the mobile phone MP is held in the center device SV. The home network is protected by transferring the request message from the center apparatus SV at the time of polling by the controller Cn that is the destination of the request message.

  In addition, a user ID and password necessary for accessing the center device SV are given in advance to a householder (user) who possesses the mobile phone MP, and the user ID and password are transmitted from the mobile phone MP to the center device SV. However, only after the center device SV has been authenticated by the user ID and password, the mobile phone MP can access the center device SV and hold the request message.

  As described above, each controller Cn periodically polls the center device SV, and if the center device SV does not hold a request message from the mobile phone MP, the center device SV simply receives an acknowledgment (ACK). ) Is simply returned to the controller Cn. Here, a householder (user) transmits a request message (for example, a monitoring request message of the operating state of the lighting fixture) to the center apparatus SV using the mobile phone MP (1), and the monitoring request message is transmitted from the center apparatus SV. When polled from the equipment device controller C1 after being held (2), the center apparatus SV transmits (transfers) the monitoring request message received and held from the mobile phone MP to the equipment device controller C1 (3). ). In the equipment controller C1 that has received this monitoring request message, the equipment controller controller 10 creates a monitoring response message indicating the current operating state (for example, lighting) of the lighting fixture (facility equipment X2) and sends it to the center apparatus SV. Reply (4). The monitoring response message is transferred from the center device SV to the mobile phone MP (5), and the monitoring response message transferred from the center device SV is displayed on the liquid crystal screen of the mobile phone MP, so that the operating state (lighting) of the lighting fixture is displayed. Can be confirmed.

  In addition, a householder (user) transmits a request message (for example, a control request message for turning off the lighting fixture) to the center apparatus SV using the mobile phone MP (6), and the control request message is held in the center apparatus SV. Then, when polling is performed from the equipment device controller C1 (7), the center device SV transmits (transfers) the control request message received and held from the mobile phone MP to the equipment device controller C1 (8). The equipment controller C1 that has received this control request message turns off the luminaire (facility equipment X2) (9). Thereafter, the facility equipment controller C1 creates a control response message indicating that the lighting fixture (facility equipment X2) is turned off, and sends it back to the center apparatus SV (10). The control response message is transferred from the center device SV to the mobile phone MP (11), and it is confirmed that the lighting fixture is turned off by displaying the control response message transferred from the center device SV on the liquid crystal screen of the mobile phone MP. it can. In addition, since the vehicle-mounted navigation device CN in the present embodiment can perform mobile communication with the center device SV using the mobile phone MP, control and monitoring of house facilities from outside the house in the same manner as the mobile phone MP described above. It can be performed. In other words, the center device SV in the present embodiment provides a service (hereinafter referred to as “housing facility remote monitoring and control service”) for controlling and monitoring the house equipment installed in the house to the in-vehicle navigation device CN. -ing

  By the way, as described above, access to the center device SV requires authentication using a user ID and a password. Of course, even when accessing the center device SV from the in-vehicle navigation device CN using the mobile phone MP, authentication is also received. There must be. However, it is very troublesome to input the user ID and password from the operation device 4 of the in-vehicle navigation device CN every time the center device SV is accessed as in the conventional example. There is a risk of trouble.

  Therefore, in this embodiment, as long as initial registration is performed first, the center device SV can be authenticated without performing input (transmission) of the user ID and password thereafter, so as to improve operability. Yes. Hereinafter, the authentication process which is the gist of the present invention will be described in detail.

  A so-called third-generation mobile phone cannot be used unless an IC card called a SIM (Subscriber Identity Module) card is attached, and the SIM card has a unique number called an IMSI (International Mobile Subscriber Identity) ( Terminal ID), mobile phone number, and the like are registered. The vehicle-mounted navigation device CN is also given a unique identification code (identification information) by the manufacturer and stored in the ROM of the computer 1.

  Next, an initial registration procedure will be described. First, when the mobile phone MP is connected to the communication I / F 8 of the in-vehicle navigation device CN via a communication cable and the center device SV is accessed from the in-vehicle navigation device CN via the mobile phone MP, the in-vehicle navigation device is transmitted from the center device SV. The user ID and password are required for the CN, and the user operates the operation unit of the operation device 4 to input the user ID and password. Access is allowed. When the computer 1 of the in-vehicle navigation device CN starts the initial registration process for the center device SV, the computer 1 receives the terminal ID from the mobile phone MP connected to the communication I / F 8 and receives the storage medium 2 (second storage The identification information stored in the ROM (first storage means) is read out and transmitted from the communication I / F 8 to the center device SV through the mobile phone MP. In the center device SV, the identification information received from the in-vehicle navigation device CN is stored in a memory (not shown) as storage means in association with the authenticated user ID. In this way, the in-vehicle navigation device CN stores the terminal ID of the mobile phone MP in the storage medium 2 as the second storage means, and the center device SV stores the identification information of the in-vehicle navigation device CN in the memory as the storage means for initial registration. Is completed. Thus, by performing initial registration in the above-described procedure, the operation of storing the terminal ID of the mobile phone MP in the storage medium 2 of the in-vehicle navigation device CN and the identification of the in-vehicle navigation device CN in the memory of the center device SV. The operation of storing information can be performed simultaneously and safely.

  Next, a procedure for accessing the center device SV from the in-vehicle navigation device CN after completion of the initial registration will be described. First, when the mobile phone MP that has been initially registered is connected to the communication I / F 8 of the in-vehicle navigation device CN by a communication cable, the computer 1 of the in-vehicle navigation device CN acquires the terminal ID from the mobile phone MP through the communication I / F 8. Whether the terminal ID matches the terminal ID stored in the storage medium 2 is checked. If the terminal ID does not match, the center device SV is not accessed, and is stored in the ROM only when the terminal IDs match. The identification information is read out and transmitted from the communication I / F 8 to the center device SV through the mobile phone MP. The center device SV checks whether or not the identification information received from the in-vehicle navigation device CN matches the identification information stored in the memory. If the identification information matches, the center device SV determines that authentication is possible and permits access by the in-vehicle navigation device CN. Various services (home equipment remote monitoring control service, etc.) are provided. On the other hand, if the identification information received from the in-vehicle navigation device CN does not match the identification information stored in the memory, the center device SV determines that the authentication is impossible and denies access to the in-vehicle navigation device CN.

  Thus, according to the present embodiment, since it is possible to access the operation device 4 of the in-vehicle navigation device CN after receiving authentication by the center device SV without inputting a user ID and password, operability and safety are improved. It will improve. In addition, since the user ID and password for authentication are not stored in the in-vehicle navigation device CN, even if the car AM is stolen, there is no possibility that the user ID and password are known to a third party. Even if the mobile phone is connected to the in-vehicle navigation device CN and tries to access the center device SV, the terminal ID stored in the storage medium 2 of the in-vehicle navigation device CN and the terminal ID of the mobile phone do not match. Since identification information is not transmitted from the in-vehicle navigation device CN to the center device SV, the center device SV cannot be authenticated and access is denied. Even if a third party tries to perform initial registration using his / her mobile phone, he / she cannot access the center device SV and perform initial registration unless he / she knows the user ID and password.

  By the way, in the center apparatus SV in the present embodiment, in addition to the above-described housing facility remote monitoring and control service, a service for notifying the current position of the automobile AM to a home terminal device or the like (hereinafter referred to as “location information notification service”). The location information notification service will be described below.

  The computer 1 of the in-vehicle navigation device CN creates an image for route guidance (hereinafter referred to as “current position image”) in which the position information measured by the GPS receiver 3 is combined with map information including the periphery of the position. And stored in a memory (RAM). However, since the current position image is updated as needed by the movement of the automobile AM, the current position image is updated by the computer 1 every certain time (for example, several minutes to several tens of minutes).

  When a predetermined operation input is received in the operation device 4, the computer 1 starts a process of notifying the position information (current position image) of the automobile AM, and first displays a selection screen for selecting a notification destination. 5 is displayed. On this selection screen, names of notification destination candidates registered in advance (for example, “home”, “mobile”, “friend's house”, etc.) are displayed. For example, when the operation device 4 accepts an operation input for selecting “home” from the notification destination candidates, the computer 1 receives the position information of the car AM on the home terminal device (TV receiver TV, personal computer PC, display control of the home). A position information notification message for requesting notification to the device CV) is transmitted to the center device SV through the mobile phone MP. Here, the center device SV stores a correspondence relationship between the identification information of the in-vehicle navigation device CN and the unique identification information assigned to the home management device TM, and the computer 1 of the in-vehicle navigation device CN sends a position information notification message. The identification information of the home management device TM of “home” is acquired based on the identification information transmitted together with it, the address (IP address) included in the identification information is set as the destination address, and the location information notification message is transmitted.

  Upon receiving the location information notification message from the center device SV, the home management device TM installed at “home” multicasts a message for confirming the life and death of the home terminal device (power on / off state) via the home network. And stores the address of the in-home terminal device that has returned the response message (ACK) to the message, that is, the in-home terminal device (for example, the display control device CV) that is operating with the power turned on. Furthermore, if at least one of the home terminal devices is operating, the home management device TM returns a response message indicating that the location information notification is acceptable to the center device SV, and any of the home terminal devices is turned off. If so, a response message indicating that the position information notification cannot be accepted is returned to the center device SV. However, since the display control device CV, which is also an in-home terminal device of the house equipment monitoring control system, is always turned on and in an operating state, a response message indicating that the position information notification is acceptable is normally returned to the center device SV. It will be.

  The center device SV that has received the response message from the home management device TM transmits a message permitting transmission of the location information to the in-vehicle navigation device CN that is the transmission source of the location information notification message. The computer 1 of the in-vehicle navigation device CN that has received the message reads the latest current position image stored in the memory, and transmits it from the wireless communication device 8 to the center device SV. The center device SV transfers the current position image transmitted from the in-vehicle navigation device CN to the home management device TM at “home”. The in-home management apparatus TM distributes the current position image transferred from the center apparatus SV to the in-home terminal apparatus (for example, the display control apparatus CV) that is operating when the power is turned on.

  In the home terminal device, for example, the display control device CV, when the current position image distributed from the home management device TM is received by the LAN interface unit 51, the microcomputer unit 50 displays the current position image on the liquid crystal display 52a of the display unit 52. And the current position of the car AM on which the vehicle-mounted navigation device CN is mounted can be known from the current position image. Here, since the computer 1 of the in-vehicle navigation device CN calculates the estimated arrival time at the destination and stores it in the memory, it is also possible to notify the in-home terminal device of the estimated arrival time together with the current position image. By notifying the estimated arrival time in this way, the family return time can be known and the usability is improved.

  Here, when “mobile phone” or “friend's house” is selected as the current position image or the notification destination of the current position image and estimated arrival time, the center device SV has the mobile phone MP and identification information registered in advance “ The current position image or current position image transmitted from the in-vehicle navigation device CN is transmitted in the same procedure as the procedure for the home management device TM of “home” by transmitting the location information notification message to the home management device TM of “friend home”. And the estimated arrival time are transferred to the mobile phone MP and the home management device TM of the “friend's home”. As a result, the current position image or the current position image of the car AM notified from the in-vehicle navigation device CN and the estimated arrival time are also displayed on the liquid crystal display or the like in the cellular phone MP or the in-home terminal device installed in the “friend's house”. It can be displayed on the device, and it is possible to know the current position of the family (car AM) and the return time at places other than “home”, thereby further improving usability.

  In addition, the in-house management device TM of the home equipment monitoring control system holds map information, and transmits only position information (latitude and longitude) from the in-vehicle navigation device CN to the in-home terminal device TM, and the in-home management device TM transmits the in-vehicle navigation device CN. It is also possible to generate a current position image by combining the received position information and map information, and distribute the current position image to the home terminal device. Alternatively, the map information is held in the center device SV, the current position image is generated by combining the position information received by the center device SV from the in-vehicle navigation device CN and the map information, and the current position image is generated through the home management device TM. It can also be distributed to the device.

  In the present embodiment, the current position image is created as position information combining the position of the vehicle and the map information. Instead of the current position image, the position of the vehicle (longitude and latitude) measured by the GPS receiver 3 is used. ) May be acquired from the map information and a character indicating the location (for example, “around XX town ×× chome”) may be notified to the home terminal device as position information.

1 is a system configuration diagram of a housing equipment monitoring and control system including a mobile communication system according to the present invention. It is a block diagram of an in-home terminal device (display control device) in the same as above. It is a block diagram of the vehicle-mounted navigation apparatus same as the above. It is a sequence diagram for operation | movement description in the same as the above. It is a sequence diagram for operation | movement description in the same as the above.

Explanation of symbols

AM car CN Car navigation system (car terminal equipment)
MP mobile phone (mobile communication terminal)
SV center device

Claims (4)

An in-vehicle terminal device mounted in an automobile, a mobile communication terminal that connects to a mobile communication network and performs mobile communication, and a server device that provides various services using mobile communication to the in-vehicle terminal device And
The in-vehicle terminal device is connected to the mobile communication network through the mobile communication terminal, receives service from the server device via the mobile communication terminal, and has a first storage means storing unique identification information; The second storage means for storing the unique terminal ID assigned to the mobile communication terminal and the first storage means only through the mobile communication terminal assigned with the terminal ID stored in the second storage means. Identification information notifying means for notifying the server device of the identification information being
The server device stores the user ID and password assigned to the user who receives the service and stores the identification information of the in-vehicle terminal device used when the user is authenticated by the user ID and password. A storage unit, and an authentication unit that authenticates the user depending on whether or not the identification information of the in-vehicle terminal device stored in the storage unit and the identification information notified from the identification information notification unit through the mobile communication terminal match. A mobile communication system comprising: The in-vehicle terminal device stores the terminal ID of the mobile communication terminal used when authenticated from the server device by the user ID and password in the second storage unit,
The mobile communication system according to claim 1, wherein the server device stores in the storage means identification information of the in-vehicle terminal device used when the user is authenticated by the user ID and password. The in-vehicle terminal device includes positioning means for measuring the position of the car, map information storage means for storing map information, operation input receiving means for receiving operation input, and map information including the position of the car measured by the positioning means. Read from the map information storage means and generate position information that combines the map information and the position of the vehicle, and includes a control means for transmitting the position information to the server device through the mobile communication terminal,
The mobile communication system according to claim 1 or 2, wherein the server device provides a service for transferring the position information transmitted from the in-vehicle terminal device to a destination designated by the user.   The mobile communication system according to any one of claims 1 to 3, wherein the server device provides a service for monitoring and controlling a housing facility installed at a user's home.

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