JP4740106B2 - Network system - Google Patents

Description

  The present invention relates to a remote control system for a network-compatible device, a remote monitoring control system for an apartment house or a general house, a method and apparatus for accessing a device or service corresponding to a plurality of home networks from outside the home, and a service using the same. .

  Conventionally, air conditioners, water heaters, lighting equipment, and various home appliances (hereinafter “equipment equipment”) installed in general households, hotels, apartment buildings such as condominiums, etc. are switched on by the residents of the households that use them. It was directly controlled off, etc. However, with the development of network technology, these equipments are also connected to each other via a network, and centralized management has become possible. As network technology for connecting these equipments to each other, dedicated internal networks such as BACNET in condominiums and factories, and ECHONET standards, which are dedicated internal networks for home appliances, have been proposed.

  However, these network technologies can only be used within the building. Therefore, in order to control equipment connected to the house from a network outside the building such as a telephone line network or the Internet, a device and an access method for connecting the network inside the building and the external network are required.

  Patent Document 1: “Remote Control System for Equipment and Remote Monitoring System for Houses” is available as a device for realizing in-home equipment control from a network outside a building. In Patent Document 1, an equipment device controller corresponding to a gateway installed in a general house and a management server in which information on the equipment device controller is recorded are connected by an external network, and a resident of the house or the like is connected to a PC (personal computer). A method of controlling facility equipment in a house from an information equipment terminal such as a computer via a management server is disclosed.

JP 2002-218559 A

  In a system that controls equipment in the home using Patent Document 1 or the conventional Internet as an external line, a terminal device such as a PC or a mobile phone instructing a control command from the outside can be connected to the Internet line, and a control command is transmitted there It is assumed that it is possible. Specifically, it is almost realized by a mobile phone Internet mode such as i-mode (registered trademark), e-mail, or the like.

  However, the Internet mode using a mobile phone has a problem that a usage fee such as a packet fee may become high when frequently used on a daily basis.

  Moreover, there is a problem that the system cannot be used when the mobile phone does not have the Internet mode function.

  In China other than Japan, the usage rate is particularly high for mobile phone Internet mode and e-mail, and the penetration rate is low due to technical problems. Therefore, in such a case, there is a problem that it is not possible to easily control equipment from outside the home using a conventional system, and it is also impossible to perform services based on these.

  It is an object of the present invention to construct a network system that controls equipment from outside the house by using SMS (Short Message Service) signals of mobile phones that are widely used. To do.

The present invention relates to a portable terminal that transmits and receives an SMS (Short Message Service) message, a message server that is connected to the portable terminal via a first network, and a message server that is connected to the message server via a second network. A network system having a control device for controlling the facility and acquiring operation information,
The second network is a network using an Internet secure line,
The message server includes a customer management database in which a mobile phone number of the mobile terminal is associated with an identifier of the building and an identifier of a room in the building, an identifier of the building, an identifier of the room, and an IP address of the building And a system management database that correlates the port numbers of the room, and a storage unit,
When receiving an SMS message having the identification information of the equipment to be controlled and a control command to the equipment from the mobile terminal, the customer management is performed using the mobile phone number of the mobile terminal that has sent the SMS message. Search the database to obtain the identifier of the building and the identifier of the room in the building, search the system management database using the identifier of the building and the identifier of the room in the building, and the IP address and the port A control unit that obtains a number and transmits a control instruction to the equipment specified by the identification information included in the SMS message using the IP address and the port number to the control device. Features.

  According to the present invention, the user does not have to use the second network when sending a control command to the equipment from outside the house or receiving equipment operation information or any response from the system. Even if the portable terminal is not compatible with the second network, the service can be enjoyed.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 shows a configuration diagram of an IT apartment service system according to the present embodiment. Reference numeral 107 denotes a general mobile phone having an SMS function, which is used when the user controls the shared equipment or the exclusive equipment in the apartment. The SMS function is to send and receive SMS messages from the carrier equipment indicated by reference numeral 101 to each mobile phone connected to the public telephone network through the public telephone network indicated by reference numeral 103.

  Services by control of equipment using a network system correspond to services by an IT condominium system such as a remote monitoring and control system in an apartment house or a general house and services by building equipment control.

  Reference numeral 108 denotes a data center that manages customer customer information and system information. The data center 108 is provided with an SMS message server 110 that converts an SMS message into a control command to the condominium equipment and converts a response / report from the apartment or the data center into an SMS message.

  Reference numeral 106 denotes a dwelling unit or apartment in which the user lives, and is a portion where there is equipment to be controlled. The condominium 106 includes a condominium controller 111 and a home server 112 as control control devices for receiving control commands from the data center 108, controlling equipment in the building or house, and returning a response.

  Reference numeral 109 denotes a service provider such as a condominium management company, a specific area manager, a company manager, etc. that performs management services for users using this system.

  The data center 108, the condominium 106, and the service provider 109 are connected through the Internet 102.

  The carrier facility 101 includes a base station 104 and a carrier message server 105, and is connected to the public telephone network 103. Since this part is a mechanism of an existing mobile phone, it will not be described in detail here. .

  Using the mobile phone 107, the user transmits a control command as an SMS message to the dwelling unit or the condominium 106 where the equipment to be operated by SMS is located. The SMS message is once transmitted from the carrier facility 101 through the public telephone network 103 and received by the data center 108. In the data center 108, the SMS message server 110 converts the SMS message received from the public telephone network 103 into a command for controlling the desired condominium equipment and transmits it to the condominium 106 via the Internet 102. The condominium 106 receives the control command transmitted from the data center 108 by the condominium controller 111 or the home server 112, and performs actual equipment control according to the command. The control result is returned from the apartment controller 111 or the home server 112 to the data center 108 as a response. The data center 108 converts this response into an SMS message and sends it to the user's mobile phone 107. This SMS message is transmitted to the user's mobile phone 107 through the public telephone network 103. The user can know the result of the operation by this response, and can control the condominium equipment only by the SMS message.

  FIG. 2 shows the configuration of the user mobile phone 107 and how SMS messages are transmitted and received when equipment control is performed on the apartment. The user's mobile phone includes at least a mobile phone OS 202 and an SMS application 203 that operates on the mobile phone OS 202. This is a function that a general mobile phone always has as a basic function, and the user uses this to make an equipment control request to the apartment. In addition, depending on the model of the mobile phone, there is an application that can add and execute an application created in Java (registered trademark), and a JavaSMS message conversion GUI application denoted by reference numeral 204 may be provided using the application. The JavaSMS message conversion GUI application 204 will be described later.

  In order to perform control of equipment in the apartment, the user first activates the SMS application 203 built in the mobile phone 107. The SMS application 203 describes a target equipment control command in plain text, and transmits this as an SMS message (request) 208 to the data center 108 through the public network 103. It is assumed that the transmission destination SMS address of the data center 108 is determined in advance, and the user is notified when receiving the service in advance. Communication confidentiality between the user's mobile phone 107 and the data center 108 is ensured by the carrier of the mobile phone.

  The data center 108 receives the SMS message (request) 208 from the public telephone network 103, converts it into an instruction 212 for controlling the condominium equipment, and transmits it to the condominium 106. The equipment control command 212 is a control instruction with low readability using HTTP, ECHONET, or other unique protocol, and this part may use a mechanism similar to that of conventional remote equipment control.

  The condominium 106 performs actual equipment control according to the equipment control command 212 transmitted from the data center 108 and returns a control response 213 to the data center 108. The control response 213 is converted into an SMS message (response) 211 by the data center 108 and transmitted to the user's mobile phone 107.

  Since the SMS message (response) 211 is converted into plain text that can be read by the user, the received user can know the control result with the mobile phone 107.

  Condominium sensor notifications, notifications from the data center 108, etc. are converted to SMS messages (notifications) 211 as needed and arrive at the user.

  FIG. 3 shows the message format of the SMS message (request) 208.

  The message is roughly divided into part 1 and part 2. List delimiters in each part 1 and part 2 are separated by a list separator “|”, and the part from the first character to the first “|” is part 1, and the part after that is part 2.

  Part 1 is a part of device identification information that designates a device to be controlled. The device identification information is composed of three elements: a room name, a device name, and a position index, and each element is delimited by “,”. The room name indicates the area where the control target device is located. The device name indicates the name of the control target device. The position index is a numerical value indicating the position in the area where the control target device is located.

  Part 2 is a part of control information for designating a control command to the device to be controlled. Control information is specified by delimiting with "," when an argument is required for the command. Also, multiple control information can be specified at once. In that case, delimit them with a list separator "|".

For example, in the case of a control command of “in the living room” “in the 1” “cctv camera” “turn on” “rotate left 30 degrees”, the SMS message (request) is the living room, cctv camera, 1 | Power On | Rotate Left, 30
It becomes. Commands described as both part 1 and part 2 are defined for each device and are managed by the data center 108.

  FIG. 4 shows the message format of the SMS message (response / notification) 211.

  The message is roughly divided into part 1 and part 2. List delimiters within each part and part 2 are separated by a list separator “|”, and the part from the first character to the first “|” is part 1, and the part after that is part 2.

  Part 1 is a part of device identification information for designating a response / notification source device. The device identification information is composed of three elements: a room name, a device name, and a position index, and each element is delimited by “,”. The room name indicates the area where the response / notification source device is located. The device name indicates the name of the response / notification source device. The position index is a numerical value indicating the position in the area where the response / notification source device is located.

  Part 2 is a part of the control result information that specifies the contents of the response / notification. When detailed description of the contents is required, specify the control result information separated by ",". Also, multiple control result information can be specified at once, in which case they are delimited by a list separator "|".

For example, in the case of a response such as “living room” “in place 1” “cctv camera” “power-on operation successful” “left rotation operation failure” in response to the SMS message (request) example shown in FIG. (Response / notification) takes the form of living room, cctv camera, 1 | power on, success | left rotation, failure.

  FIG. 5 shows the message format of the SMS message (error).

  This message is an SMS message sent when a normal request / response cannot be made due to some error.

  The message is roughly divided into part 1 and part 2. List delimiters within each part and part 2 are separated by a list separator “|”, and the part from the first character to the first “|” is part 1, and the part after that is part 2.

  Part 1 is error type information indicating what kind of error has occurred. The error type includes a syntax error of equipment control command, a command format error, a controller error, and the like.

  Part 2 is error reason information indicating why an error has occurred.

For example, in the SMS message (request) example shown in Fig. 3, if a control request is made with a sentence that says "Living room, cctv camera, 1 | Power on | Left turn", the following SMS message ( error):
Command format error | No argument is returned.

  FIG. 6 shows a screen image when the user actually issues an SMS message with a mobile phone.

  The user inputs a control request as shown in the example of FIG. Reference numeral 601 denotes a screen image when the entire message is input manually. Since manual input takes time and effort, it is possible to input control commands more easily by using JavaSMS message conversion GUI application 204 for models that can add and execute applications created in Java. . The screen image in this case is 602. Each part of the SMS message format is selected from a list box having words that may be input in advance as data, and the selected word is used as an SMS message. Thereby, the labor of manual input can be significantly reduced.

  FIG. 7 is a block diagram of the data center 108. The data center 108 has at least an SMS message server 110 to receive an SMS message (request) from a user from the public telephone network 103 via the carrier facility 101 and return an SMS message (response) from the data center side to the user. Connected with SMS Gateway Server 714. This connection line is based on TCP / IP communication using a dedicated line.

  The SMS message server 110 is connected to the Internet line via a router / firewall 713. A communication path for transmitting a control signal to each condominium 106 where the control target equipment is located is an encrypted Internet secure line 706.

  The SMS message server 110 includes at least an SMS-GW server data conversion program 710, a system management database (hereinafter referred to as system management DB) 711, and a customer management database (hereinafter referred to as customer management DB) 712. The SMS-GW server data conversion program 710 analyzes the received SMS message (request), identifies the equipment to be controlled from the system management DB 711 and customer management DB 712, converts it to a control instruction for the condominium equipment, Send to condominium 106. Further, when a response is returned from each condominium 106, or when reporting from the data center side, the SMS-GW server data conversion program 710 identifies the user to be transmitted from the system management DB 711 and customer management DB 712, and responds. / Convert the content of the report into an appropriate SMS message (response / report) and send it to the corresponding mobile phone 107.

  The SMS gateway server 714 is connected to the carrier facility 101 and transmits the SMS message received by the carrier facility to the SMS message server 110 by TCP / IP. With the function to send SMS to. This is usually included in the equipment of the carrier and has the same function as a conventional server that performs mail transfer and the like, and will not be described in detail here. Of course, SMS messages can be sent and received even if the SMS gateway server 714 is not used, but a device for connecting to a carrier facility such as a GPS modem is added to the SMS message server and the mail server function is built in the SMS message server 110. Good. As shown in FIG. 7, the configuration using the SMS gateway server 714 is very effective in terms of stability as compared with the configuration using the GPS modem, and therefore, the present embodiment uses such a configuration.

  The Java application download WEB server 703 is a server for downloading the JavaSMS message conversion GUI application 204 for a mobile phone using a PC owned by a resident of each apartment. Since it is a server that downloads files using a commonly used WEB browser, a detailed description is omitted here.

  The customer information registration WEB server 705 is a server for performing user personal information (name, age, date of birth, etc.) for identity verification. Since the same server as that used for inputting into a form using a commonly used WEB browser may be used, detailed description is omitted here.

  The SMS content sender WEB server 704 is a server for transmitting a message or content from the apartment management company / specific area manager / company manager 109 to the user's mobile phone. This transmission process corresponds to a report from the data center side to the user. The WEB server 704 for SMS content senders has a function as an interface when an external management company uses the SMS message server 110, but this also uses a commonly used WEB browser to input the contents of the report. Or, it is a server that automates the procedure with PHP etc. and inputs the contents of the report, so detailed explanation is omitted here.

  FIG. 8 is a hardware block diagram of the SMS message server 110. CPU 803 for executing the program, volatile storage device 805 configured by DRAM, etc., nonvolatile storage device (boot ROM) 812 configured by flash memory including BIOS (not shown here), input / output for controlling peripheral devices A peripheral controller 804 including a super I / O chip having an interface, a bus bridge, and the like is provided, and these are connected by a bus. Further, a network interface 802 configured by an Ether chip or the like and a nonvolatile storage device 806 are provided, and these can be accessed from the CPU 803 via the peripheral controller 804. The nonvolatile storage device 806 is configured by a hard disk or the like, and stores an SMS-GW server data conversion program 710, a system management DB 711, and a customer management DB 712 in addition to an OS not shown here.

  Each of the other servers has the same hardware configuration as that of the SMS message server 110. With each function, a conventional program such as a WEB server is stored in a nonvolatile storage device.

  FIG. 9 shows a flowchart of the SMS-GW server data conversion program 710. Step 901 is processing for waiting for communication. Normally, a message to be processed is awaited here, and when it is received, the process proceeds to step 902. Step 902 is a process for checking whether the message is an SMS message (request). If it is an SMS message, go to step 903. If not an SMS message, go to step 914. Step 903 is processing for reading a control command of the SMS message (request). After removing extra data such as the SMS header and taking out only the command part, the process proceeds to step 904. Step 904 is a check process for examining the control command format of the SMS message (request). If the command format conforms to the correct format, go to step 905. If it does not follow the correct format, go to step 913. Step 905 is processing for parsing the SMS message command. Identify equipment and operations to be operated according to the format. Step 906 is a process for checking whether the parsing is successful. If the parsing is successful, the process proceeds to step 907. If the parsing is not successful, the process proceeds to step 912.

  Step 907 is a process for retrieving a control target from the customer management DB 712 and the system management DB 711. The customer management DB 712 is searched from the mobile phone number of the sender of the received SMS message (of course, other items may be used as keys depending on the SMS message command format), and the condominium number and ridge + room number where the user resides are specified. To do. Next, the system management DB 711 specifies the IP address of the apartment using the apartment number as a key and the port number for forwarding the control command to the user's room using the room number as a key. Further, the control target device and the control command for the device are determined based on the result of parsing the SMS message.

  Step 908 is a process of transmitting a control command to the IT apartment. Here, an IT condominium is a condominium that is connected to a network and configured to be able to control equipment. The control command for the control target searched in step 907 is transmitted to the target IP address and port number. Step 909 is a process of receiving a control result. This process waits for a control result response transmitted from the IT condominium for a certain period of time until timeout. Step 910 is processing for updating the system management DB 711. As a result of sending a control command, the result is recorded or updated in the system management DB 711 such as whether the response was successful, failed, or timed out. Step 911 is processing for creating an SMS message (response) according to the control result.

  Step 912 is a process of creating an SMS message (error) corresponding to the error. Since this process is a case where the parsing has not succeeded in step 906, the error indicates the parsing failure. Step 913 is processing for creating an SMS message (error) corresponding to the error. Since this processing is a case where the command format is invalid in step 904, the error has a content indicating that the format is invalid.

  Step 914 is a process for checking whether it is a report from the IT condominium / center. If the content received while waiting for communication in step 901 is not an SMS message but an IT condominium / center notification, the process proceeds to step 915. If it is not an IT condominium / center report, go to step 917. Step 915 is processing for updating the system management DB 711. Record or update in the system management DB 711 that there has been a report from the IT condominium / center. Step 916 is a process of creating an SMS message (notification) according to the contents of the report on the IT condominium / center side.

  Step 917 is error processing. If the content received in the waiting for communication in step 901 is not an SMS message but a report from the IT condominium / center, it is processed as an error and the process returns to waiting for communication in step 901. Step 918 is a process of sending an SMS message. Step 919 is a process for returning to the waiting for communication in step 901.

  FIG. 10 shows the configuration of the system management DB 711. The “condominium number” 1002 is an identification number of the apartment where the user lives, and the column 1001 is a description relating to the “condominium number” of “10056700”. “Building + room number” 1003 describes the identification number of the room where the user lives. For example, although “condominium number” is “10056700”, “building + room number” is “00104”. “Condominium IP address” 1004 describes the IP address set in the router of the apartment. For example, although “condominium number” is “10056700”, “condominium IP address” is “211.112.34.110”. The “room forward port” 1005 describes a port number for forwarding the control signal to the user's room. For example, although “condominium number” is “10056700”, “room forward port” is “28021”.

  “Equipment equipment type” 1006 describes equipment that can be controlled by the user. This corresponds to the device identification information in the SMS message format. For example, although “condominium number” is “10056700”, “equipment type” is “electronic lock”. “Equipment equipment operation instruction” 1007 describes a control instruction that can be executed by the equipment. This corresponds to control information in the SMS message format. For example, although the “condominium number” is “10056700”, the “equipment operation instruction” is “unlocking, locking, status acquisition,...”. “Operation record” 1008 describes the operation log of the equipment. For example, although “condominium number” is “10056700”, “operation record” is “2006/10/2 9: 10: 10 | successful locking, 2006/10/2 11: 30: 21 | successful status acquisition, ...・ 」.

  The next “equipment type” 1006 describes a separate equipment that can be controlled by the user. For example, although the “condominium number” is “10056700”, the “equipment type” is “cctv camera 1”. “Equipment equipment operation instruction” 1007 describes an operation instruction that can be executed by the equipment apparatus. For example, the “equipment operation command” for “cctv camera 1” with “mansion number” “10056700” is “power on, power off, left rotation | option1, right rotation | option1, status acquisition ...” It becomes like this. A subsequent “operation record” 1008 describes an operation log of the equipment. For example, although “condominium number” is “10056700”, “operation record” of “cctv camera 1” is “2006/10/1 14: 20: 10 | power on successful, 2006/10/1 14:20:10 | Left rotation 30 failed ... ".

  Thus, the record increases for each equipment device owned by the user. The “equipment type” may take the form of a private address or control terminal number in a condominium as well as a character string, and is unique to each equipment. The “equipment operation instruction” is simply a URL with a form or may take the form of binary data or the like, and is unique to each device.

  FIG. 11 is a diagram showing the configuration of the customer management DB 712. The “condominium number” 1002 is an identification number of the apartment where the user lives, and the column 1101 is a description relating to the “condominium number” of “10056700”. “Building + room number” 1003 describes the identification number of the room where the user lives. For example, although “condominium number” is “10056700”, “building + room number” is “00104”. “National number” 1104 describes the mobile number of the user. For example, although the “condominium number” is “10056700”, the “national number” is “523356989712385621”. “Name” 1105 describes the name of the user. For example, although “condominium number” is “10056700”, “name” is “Taro Yamada”. “Mobile phone number” 1106 describes the mobile phone number of the user. For example, although the “condominium number” is “10056700”, the “mobile phone number” is “13223568976”. “Member ID” 1107 describes the user's IT condominium service member ID. For example, although the “condominium number” is “10056700”, the “member ID” is “H-ITM-100456”. “Member password” 1108 describes the user's IT condominium service password. For example, although the “condominium number” is “10056700”, the “member password” is encrypted and recorded as “*********”. It is data that can be handled as). “Manager ID” 1109 describes the ID of the service manager. For example, although “condominium number” is “10056700”, “manager ID” is “H-ITM-Adm0001”.

  FIG. 12 is a configuration diagram showing each apartment 106 having facilities to be controlled.

  Each apartment is connected to an external Internet / secure line 706 via a router 1202, and the main LAN line in the apartment can be accessed from the outside. In the apartment, as a control device to control the equipment, the condominium controller 111 that controls the shared equipment equipment 1203 in the shared part such as the monitoring camera of the entrance, elevator, parking lot, etc., and the electronic lock in each residence where the user lives, A home server 112 that controls the exclusive equipment 1206 of the exclusive section such as various sensors and air conditioners is connected to the backbone LAN. The home server 112 and the dedicated equipment 1206 are separately connected to each dwelling unit, and are connected separately by the switching hub 1209 so that the network configuration in each dwelling unit cannot be mutually accessed. The condominium controller 111 and each home server 112 receive equipment control commands and send out control responses through communication with authenticated and encrypted data centers and HTTPS. A secure line using the Internet is formed by this encrypted communication. Since HTTPS is an existing technology, a detailed explanation is not given here. Of course, if a user in each dwelling unit uses ordinary Internet access means such as personally owned PC 1207, an external website can be accessed as usual via the hub 1209 and the router 1202. The JavaSMS message conversion GUI application 204 uses this personally owned PC 1207 to access the Java application download server 703 in the data center 108, downloads the JavaSMS message conversion GUI application 204 to the personally owned PC 1207, and the user manually carries it from the PC. The Java SMS message conversion GUI application 204 is installed on the telephone 107.

  FIG. 13 is a block diagram illustrating a configuration example of a control device (a condominium controller 111 and a home server 112) that controls equipment.

  A CPU 1303 that executes various programs, a volatile storage device 1304 configured by DRAM, and the like, a super I / O chip including an input / output interface that controls peripheral devices, and a peripheral controller 1308 configured by a bus bridge and the like are provided. Each of these elements is connected to each other.

  Furthermore, an external network interface 1306 used for connection to an external network 1309 such as a backbone network or telephone line in a condominium, an internal network interface 1307 used for connection to a separate internal network 1310 such as a dwelling unit network and a power line, and A nonvolatile storage device 1302 is provided. The external network interface 1306, the internal network interface 1307, and the nonvolatile storage device 1302 can be accessed from the CPU 1303 via the peripheral controller 1308.

  When the Internet 102 is used as an external network, the external network interface 1306 is configured by an Ether chip or the like. The internal network interface 1307 includes a power line modem when using a power line as an internal network, and a wireless LAN card and a card bus controller when using a wireless LAN. Of course, the internal network interface portion may be omitted when the internal network happens to coincide with the condominium backbone network.

  The nonvolatile storage device 1302 includes a battery backup memory, a hard disk, a flash memory, and the like. The non-volatile storage device 1302 stores an equipment operation program 1311 including an OS and BIOS not shown here.

  The facility device 1312 to be operated is connected to the internal network interface 1307 through an interface of each facility device. Further, when the interface included in the peripheral controller 1308, such as serial connection, is directly connected to the peripheral controller 1308.

  The equipment operation program 1311 is a program for receiving a control command from the data center and controlling equipment according to the control command.

  FIG. 14 is a diagram showing a flowchart of the equipment device operation program 1311. Step 1401 is processing for waiting for communication reception. When a control command from the data center or a response / report from the equipment is received, the process proceeds to step 1402. Step 1402 is a process for checking whether the received signal is an equipment control command from the center. If it is an equipment control command from the center, the process proceeds to step 1403. If it is not an equipment control command from the center, the process proceeds to step 1407.

  Step 1403 is a process of transmitting a command to the control target device. In accordance with the contents of the control command received from the data center, the device to be controlled and the control command are determined, and the command is transmitted to the target device. For example, in a serially connected electronic lock or the like, a signal corresponding to the command is output to the serial port in accordance with an unlocking / locking command. If the device is connected to the home network such as cctv camera 1, the device-specific command such as power-on and rotation in the control command sent from the data center 108 is sent to the internal network interface 1307. . Since the information and control commands for the equipment to be controlled are registered in advance in the system management DB 711 of the data center 108, appropriate information such as the destination address is included when they are received. However, the facility device program side may perform address resolution or conversion into device-specific instructions.

  Step 1404 is a process for examining whether or not the command transmission to the control target equipment is successful. If the transmission is successful, the process proceeds to step 1405. If the transmission is not successful, the process proceeds to step 1406. Step 1405 is a process of transmitting a control success response to the data center. Step 1406 is processing for transmitting a control success / failure to the data center.

  Step 1407 is a process for checking whether the received signal is a response / report from the equipment. If it is a response / report from the equipment, go to Step 1408. If it is not a response / report from the equipment, go to Step 1409. Step 1408 is a process of transmitting the response / report contents to the data center. When receiving a response as a result of execution of the control command by the equipment or a notification when the sensor or the like detects something, it transmits it to the data center. Step 1409 is error processing. If the received signal is not as expected, error processing is performed, and the process returns to step 1401.

  FIG. 15 is a diagram illustrating a configuration when a condominium management company, a specific area manager, a company manager, or the like performs a management service or the like to a user using the system of the embodiment.

  The service provider has at least a content sender PC 1502 for transmitting content held by the provider to the data center 108. From this PC, for example, information on condominium management, emergency notification, JavaSMS message conversion GUI application 204, and other content contents are transmitted to the WEB server 704 for SMS content senders in the data center. In addition to the content content, the transmission content includes information regarding to which user the transmission is to be made and when.

  The content sent is identified by the SMS message server SMS-GW server data conversion program 710, the user's mobile phone number is identified from the system management DB 711 and customer management DB 712, and the SMS is appropriately sent from the carrier facility 101 via the SMS gateway server 714. Sent as a message (notification) to one or more specific users.

  In the case of the Java SMS message conversion GUI application 204 that is not directly sent as an SMS message (notification) to the user, the content is registered as a download file of the Java application download server 703. In this case, since it is the same as normal file upload, it is not particularly shown in the processing flowchart of the SMS-GW server data conversion program 710. Of course, if it is content for PCs, a normal WEB server may be started up and the content may be disclosed to the user by the same procedure.

  The user downloads the JavaSMS message conversion GUI application 204 from the publicly available Java application download server 703 to his / her PC, and transfers it to his / her mobile phone 107 by the method specified by the carrier for each mobile phone. And use the application.

  Individual users who do not have a PC download the application using the PC owned by the condominium manager.

  FIG. 16 is a sequence diagram when the user uses the IT condominium service system of the present embodiment to control the device. When the user sends an SMS message (request) from the mobile phone 107 in 1601, the data center 108 receives this via the SMS-GW, and the SMS message server 110 analyzes the content using the SMS-GW server data conversion program 710. To do. In 1604, the customer management DB 712 in which the user information is registered in advance identifies the apartment where the user lives and the room with the home server that controls the equipment. In 1605, the system management DB 711 identifies the IP address of the apartment and the port forwarded to the home server 112 from the contents of the SMS message, and transmits a control command to the transmission destination identified in 1608.

  The home server 112 transmits a command to the control target facility device in 1609 according to the received control command, and the facility device operates according to the command and returns a response in 1610. The response is transmitted as a control response by the home server 112 to the data center 108 (1611), and is transmitted as an SMS message (response) by the SMS-GW server data conversion program 710 to the user's mobile phone 107 (1612).

  According to the present embodiment, since the SMS signal transmitted and received when the user uses the service is not out of the line in the mobile phone carrier, the usage fee is not increased due to packet charges, etc. There is an effect that it can be provided.

  In addition, the system can be constructed even in China where the Internet mode other than Japan is not widely used, and various services can be provided. There is an effect that the service provider can send messages from the management source to the user's mobile phone in a batch.

  According to the IT condominium service system using the mobile phone SMS described above, it is not necessary to use the Internet line when the user sends a control command to the equipment from outside the house or receives any response from the system. Even if the mobile phone does not support the Internet mode, the service can be performed. In addition, the service fee does not increase due to packet charges, and the service can be provided at low cost. Furthermore, it is possible to construct a system in China where the Internet mode itself other than Japan is not widespread, and to provide various services.

  As a configuration of this system, using electronic locks and security sensors as controllable equipment for each condominium, confirmation of dwelling entrance lock, locking / unlocking operation, collective entrance locking, dwelling intrusion detection start / stop operation Service can be provided.

  Further, by introducing a card reader as an unlocking equipment and returning the response of the reader to the center, it becomes possible to perform entrance / exit management, return notification, visitor notification, and the like. In addition to electronic locks, the equipment inside the dwelling units can be controlled from outside the home, including air conditioning, lighting, curtains, shutters, water heaters, gas plugs, etc. that can be remotely controlled. In the case of using a camera, it is possible to provide a video confirmation operation service in a dwelling unit.

  Sensors (fire in houses, gas leaks, emergency buttons, etc.) can also be sent to the center, so the alarm notification mail service can be expanded. The home server receives status signals and abnormality detection signals from various sensors, and when receiving the abnormality detection signal or when the information of the status signal exceeds a set value, notifies the mobile terminal of the SMS message.

For service providers
i) Resident notice service: Regular (inspection, facility stoppage, usage of electricity, water, gas, etc. and charges, etc.) from the management company in the sub ward to the apartment (small ward) residents, etc. ) Or irregularly (such as equipment failure / emergency inspection, emergency contact, caution information, etc.) SMS.
ii) SMS service for companies and specific areas: A service for sending SMS to corporate employees (employees, etc.), residents in specific areas, etc., and sending SMS to designated groups and individuals from a PC.
iii) SMS service for members: A service in which a company that owns a member communicates with the members all at once, and sends SMS to designated groups and individuals from a PC.
iv) Advertising / inquiry-related services: Advertisements are distributed for the contents of each SMS, URL (Internet mode) contents that can be directly accessed by mobile phones, and call center services that support inquiries.
Industrial use such as this becomes possible.

  In addition, even if you are not a condominium resident, you can use this function to deliver messages and contents to mobile phone numbers registered from the customer center dedicated web (WEB) to specific areas (residential wards), specific companies, and members. You can easily carry out advertisements and service experiences.

It is a block diagram of the IT apartment service system of embodiment. It shows the configuration of the user mobile phone and the transmission / reception state of the SMS signal when performing equipment control on the apartment. It is a message format example of an SMS message (request). It is a message format example of an SMS message (response / notification). It is a message format example of an SMS message (error). It is an example of a screen image in case a user issues an SMS message with a mobile phone. It is a block diagram of a data center. It is a hardware block diagram of each server of a data center. It is a flowchart of an SMS-GW server data conversion program. It is a figure which shows the example of data of system management DB. It is a figure which shows the example of data of customer management DB. It is a block diagram showing each apartment with the equipment to control. It is a block diagram which shows the structural example of an apartment controller and a home server. It is a flowchart of an equipment operation program. It is a figure which shows the connection form of the installation of the provider who performs management service etc. to a user, and this system. It is a sequence diagram regarding equipment control of the IT apartment service system of the embodiment.

Explanation of symbols

  101 ... Carrier equipment, 102 ... Internet, 103 ... Public telephone network, 106 ... Each condominium, 107 ... Mobile phone, 108 ... Data center, 110 ... SMS message server, 111 ... Condominium controller, 112 ... Home server, 711 ... System management DB, 712 ... Customer management DB

Claims (11)

A portable terminal that transmits and receives SMS (Short Message Service) messages, a message server that is connected to the portable terminal through a first network, and a message server that is connected to the message network through a second network to control equipment in the building And a network system having a control device for acquiring operation information,
The second network is a network using an Internet secure line,
The message server includes a customer management database in which a mobile phone number of the mobile terminal is associated with an identifier of the building and an identifier of a room in the building, an identifier of the building, an identifier of the room, and an IP address of the building And a system management database that correlates the port numbers of the room, and a storage unit,
When receiving an SMS message having the identification information of the equipment to be controlled and a control command to the equipment from the mobile terminal, the customer management is performed using the mobile phone number of the mobile terminal that has sent the SMS message. Search the database to obtain the identifier of the building and the identifier of the room in the building, search the system management database using the identifier of the building and the identifier of the room in the building, and the IP address and the port A control unit that obtains a number and transmits a control instruction to the equipment specified by the identification information included in the SMS message using the IP address and the port number to the control device. A characteristic network system. 2. The control device, when receiving the control command from the message server, determines a facility to be controlled and a control command according to the content of the control command, and transmits the command to the facility. Network system. The network system according to claim 1, wherein the message server further includes means for distributing data input from a terminal device for information distribution to the specific mobile terminal. The network system according to claim 1, wherein the facility includes an electronic lock, and the control device controls locking and unlocking of the electronic lock. The network system according to claim 1, wherein the facility includes a sensor, and the control device notifies the mobile terminal of status information of the sensor via the message server. 2. The network system according to claim 1, wherein the first network is a public telephone network, and the second network is the Internet. A portable terminal that transmits and receives SMS (Short Message Service) messages, a message server that is connected to the portable terminal through a first network, and a message server that is connected to the message network through a second network to control equipment in the building A message server in a network system having a control device for acquiring operation information,
  The second network is a network using an Internet secure line,
  The message server includes a customer management database in which a mobile phone number of the mobile terminal is associated with an identifier of the building and an identifier of a room in the building, an identifier of the building, an identifier of the room, and an IP address of the building And a system management database that correlates the port numbers of the room, and a storage unit,
  When receiving an SMS message having the identification information of the equipment to be controlled and a control command to the equipment from the mobile terminal, the customer management is performed using the mobile phone number of the mobile terminal that has sent the SMS message. Search the database to obtain the identifier of the building and the identifier of the room in the building, search the system management database using the identifier of the building and the identifier of the room in the building, and the IP address and the port A control unit that obtains a number and transmits a control instruction to the equipment specified by the identification information included in the SMS message using the IP address and the port number to the control device. Feature message server.   When the message server transmits the control command to the control device, the control device determines the equipment to be controlled and the control command according to the content of the control command received from the message server, and the equipment The message server according to claim 7, wherein an instruction is transmitted to the message server. 8. The message server according to claim 7, further comprising means for distributing data input from a terminal device for information distribution to the specific portable terminal. The message server according to claim 7, wherein the facility includes an electronic lock, and the control device controls locking and unlocking of the electronic lock. The message server according to claim 7, wherein the facility includes a sensor, and the control device notifies the mobile terminal of status information of the sensor via the message server.

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