KR100550774B1 - Reservation information processing apparatus for mobile home network system - Google Patents

Abstract

The present invention relates to a reservation information processing apparatus of a mobile home network system. The present invention relates to a mobile service server connected to a plurality of user mobile terminals and a wireless communication network, and connected to a first network based on a predetermined protocol. A communication socket for transmitting and receiving a first packet including data, and a home located in a home master terminal connected to a plurality of home appliances and a second network separated from the first network to transmit and receive the first packet and another second packet. A gate module connected to an appliance control module to mutually convert the first packet and the second packet, the gate module connected to the communication socket, and causing the gate module to convert the second packet to the first packet, To a home appliance connected to the home appliance control module in a first packet. Determine whether the control information is included, and cause the gate module to convert the first packet to the second packet, thereby converting the converted first packet and the second packet through the communication socket and the gate module, respectively. An agent manager configured to transmit a service server and a home appliance control module, and is formed in the home master terminal, and the gate module is included in the first packet or a second packet converted from the first packet. Create a reservation query file based on the data.

Description

Reservation information processing device of mobile home network system {RESERVATION INFORMATION PROCESSING APPARATUS FOR MOBILE HOME NETWORK SYSTEM}

The present invention relates to a mobile agent module of a mobile home network system, and more particularly, to a reservation information processing apparatus of a mobile home network system configured to process reservation information from a user mobile terminal in a home network system composed of different networks.

At present, home automation for automatic control of home appliances in each home or remote is almost commercialized. In the early stages of home automation, each device was controlled separately using a telephone or an infrared ray, and there was no connection between the devices, but now, there is a controller that controls the network by establishing a network between home appliances using communication means. A method for integrated management is used.

In general, home network means that various digital home appliances are connected to each other to enjoy convenient, safe and economical living service at home and at any time.

In the background of the appearance of the home network, refrigerators and washing machines, which have been called white household appliances, are gradually becoming digital due to the development of digital signal processing technology. This is because these technologies are emerging as a form of integrated new information appliances.

Here, the IT network refers to a network type established for exchanging data or providing Internet services between a personal computer and peripheral devices, and the AV network refers to a network type between home appliances that handle audio or video information. And, the living network is a network constructed for the purpose of simple control of home appliances, such as home automation or remote meter reading, and may include a refrigerator, a washing machine, a microwave oven, a light gas alarm, an air conditioner, a telephone, and the like.

A home network system configured in such a home is a master device, which is a home appliance that can control or monitor the operation of other home appliances, and the ability to respond to the needs of the master device based on the characteristics or other factors of the home appliance, and its status. It consists of a slave device, which is a home appliance with the function of informing about the change. As used herein, a home appliance (or a new device) is meant to include not only home appliances for living network services described above, such as a washing machine and a refrigerator, but also home appliances for IT network services and AV network services.

Accordingly, an object of the present invention is to provide a mobile agent module of a mobile home network system that enables communication to a home network system by a user mobile terminal and can control and monitor the home network system anytime and anywhere. .

Another object of the present invention is to provide a mobile agent module of a mobile home network system that enables communication between different networks to easily connect a user mobile terminal to a home network system.

Another object of the present invention is to provide a mobile agent module of a mobile home network system for efficiently transmitting and processing control information and non-control information between a user mobile terminal and a home network system.

It is also an object of the present invention to provide a mobile agent module of a mobile home network system in which the home network system is automatically connected to enable communication with the mobile home network system.

In addition, an object of the present invention is to provide a mobile agent module of a mobile home network system to improve the reliability of authentication by transmitting data so that a plurality of authentication steps for access to a home network system of a user mobile terminal can be implemented. do.

In order to achieve the above object, the reservation information processing apparatus in the mobile home network system of the present invention is connected to a mobile service server connected to a plurality of user mobile terminals and a wireless communication network and connected to a first network based on a predetermined protocol and at least a home appliance. A communication socket for transmitting and receiving a first packet including reservation control data related to the home network; and a home connected to a plurality of home appliances and a second network separated from the first network, and transmitting and receiving a second packet different from the first packet. A gate module connected to a home appliance control module located in a master terminal, the gate module converting the first packet and the second packet to each other, and the communication socket, and allowing the gate module to convert the second packet to the first packet. And a groove connected to the home appliance control module in the first packet. It is determined whether control information corresponding to the appliance is included and the gate module causes the first packet to be converted into the second packet, thereby converting the converted first packet and the second packet into the communication socket and the gate module, respectively. And an agent manager configured to transmit the mobile service server and the home appliance control module to the mobile service server and the home appliance control module. The agent is formed in the home master terminal, and the gate module is included in the first packet or in the second packet converted from the first packet. Create a reservation query file based on the reserved reservation control data.

In this case, the gate module preferably includes a control gate connected to the home appliance control module and a gate bridge for converting the first packet and the second packet between the control gate and the agent manager.

The gate module may further include a predetermined memory, and the control gate generates the reserved query file and stores the reserved query file in the memory.

The reservation control data may include at least an identifier of a home appliance, a control command, and an execution time, and the control gate may include the reservation control data according to a predetermined sorting scheme according to the home appliance corresponding to the identifier. It is preferable to create a reservation query file.

The control gate may arrange and store the reservation control data according to the type of home appliance corresponding to the identifier included therein.

The control gate may store the reservation control data in alignment with the reservation query file according to an execution time included therein.

The control gate may transmit the stored reservation query file to the home appliance control module at an execution time included therein.

The control gate may transmit the generated reservation query file to the home appliance control module.

In addition, the control gate preferably analyzes all received reservation control data, generates a reservation list for each home appliance, and stores the reservation list in the memory.

In addition, the reservation information processing method of the present invention mobile home network system receiving a packet including control information related to the home appliance from a mobile service server through a predetermined network, and based on the reservation control data contained in the packet Generating a reservation query file.

In this case, the reservation control data preferably includes at least an identifier of the home appliance, a control command, and an execution time.

The reservation information processing method may further include generating the reservation query file according to a predetermined sorting method according to the home appliance corresponding to the identifier.

The reservation information processing method may further include sorting and storing the reservation control data according to a type of a home appliance corresponding to an identifier included therein.

The reservation information processing method may further include arranging and storing the reservation control data according to an execution time included therein.

The reservation information processing method may further include transmitting the stored reservation query file to a home appliance control module connected to the home appliance at an execution time included therein.

The reservation information processing method may further include transmitting the generated reservation query file to a home appliance control module connected to the home appliance.

The reservation information processing method may further include the step of analyzing all received reservation control data to generate and store a reservation list for each home appliance.

In addition, the program storage medium storing the computer-readable program of the present invention is a program for processing the reservation control data in the home master terminal connected to the mobile service server and the home appliance, respectively, the program is home from the mobile service server through a predetermined network Receiving a packet including control information related to the appliance, and generating a reservation query file based on the reservation control data included in the packet.

In this case, the reservation control data preferably includes at least an identifier of the home appliance, a control command, and an execution time.

The program may further include generating the reservation query file according to a predetermined sorting method according to the home appliance corresponding to the identifier.

The program may further include sorting and storing the reservation control data according to a type of a home appliance corresponding to an identifier included therein.

The program may further include sorting and storing the reservation control data according to an execution time included therein.

The program may further include transmitting the stored reservation query file to a home appliance control module connected to the home appliance at an execution time included therein.

The program may further include transmitting the generated reservation query file to a home appliance control module connected to the home appliance.

In addition, the program preferably further comprises the step of analyzing all the reservation control data received to generate and store a reservation list for each home appliance.

1 is a block diagram of a mobile home network system according to the present invention.

FIG. 2 is a flowchart illustrating an operation of the mobile home network system of FIG. 1.

3 is a block diagram of a mobile service server of FIG. 1.

4 is a block diagram of the home master terminal of FIG. 1.

5 is a configuration diagram of a mobile agent module of FIG. 4.

6A and 6B illustrate an embodiment of a reservation query file.

7 is an embodiment of a reservation list.

1 is a block diagram of a mobile home network system according to the present invention. As shown in FIG. 1, the mobile home network system 1 includes a mobile terminal 10 of a user, a base station 22 and a mobile communication company server 24 for wireless data service of the mobile terminal 10. The communication network 20, the internet network 30 according to a predetermined protocol, the mobile service server 40 for communication between the mobile terminal 10 and the home network system 60, and the home network of the mobile terminal 10. Authentication server 50 for authentication to system 60 and a number of home appliances (washing machine 91, refrigerator 92, window 93, microwave 94 and television 95) and Connected to the bus network 90 according to the protocol of the control and / or monitoring and the home network system 60 consisting of a home master terminal 70 connected to the camera 62 and the microphone 64 as an external input means Is done.

Here, the mobile terminal 10 is a cellular phone or a mobile phone (for example, a wireless Internet mobile phone) or a personal mobile terminal capable of connection and wireless packet transmission using a wireless application protocol (WAP) method or a wireless HTTP (Hypertext Transfer Protocol). (PDA).

In addition, the wireless communication network 20 enables general wireless data communication, and includes a mobile communication company server 24 to provide Internet services in addition to the base station 22 for a general call.

The internet network 30 is a network based on a predetermined protocol (for example, TCP / IP, etc.), and includes a mobile terminal 10, a mobile service server 40, an authentication server 50, and a home network system 60. ) To communicate with each other. The packet transmitted from the Internet network 30 is defined as a first packet according to a predetermined protocol and used in the following specification. A packet transmitted or received to the mobile terminal 10 is also defined as a first packet.

The mobile service server 40 is a server including a mobile server, a media server, and a push server. The mobile service server 40 determines whether the home network system 60 is accessible to the user through the internet network 30, and then determines the home network system 60. Enable communication with In addition, the mobile service server 40 determines whether the mobile terminal 10 is accessible to the home network system 60, and connects to communicate with each other according to this determination. At this time, the first packet including the authentication request data including the authentication data (for example, ID and password) transmitted from the mobile terminal 10 as a method of determining whether the connection is possible, and authenticates the authentication data. Transmitting to the server 50 to allow the authentication server 50 to authenticate, and an identification number (for example, a phone number, etc.) and a previously stored identification number of the mobile terminal 10 included in the authentication request data. By comparing (disclosed in detail below), a method of authenticating according to the comparison may be applied simultaneously, and such a method is disclosed in detail below.

In addition, the authentication server 50 receives and stores the first packet including the authentication data through the home network system 60 and the Internet network 30, and then the mobile service server 40 is the mobile terminal 10 When the first packet including the authentication data received from the transmission is compared, the transmitted authentication data and the previously stored authentication data are compared, and if the matching authentication data, the first packet including the authentication permission data is sent to the mobile service server 40. If there is no matching authentication data, the first packet including the non-authentication data is transmitted to the mobile service server 40. When a plurality of mobile terminals 10 are connected to the mobile service server 40 at the same time, if the mobile service server 40 performs the authentication operation at the same time, the processing may be delayed, such authentication server 50 is The authentication service is performed to reduce the data throughput of the mobile service server 40 while increasing the overall data throughput and also storing the authentication data from the home network system 60 so that the mobile service server 40 directly stores the home network. Access to the system 60 can also reduce the work of receiving and processing authentication data.

In addition, the home network system 60 includes home appliances included therein, the Internet network 30, and another bus network 90. The bus network 90 is based on a different protocol from the Internet network 30 and transmits a second packet different from the first packet transmitted from the Internet network 30. The second packet is different from the first packet and its protocol, and data or messages contained therein may be identical. The bus network 90 may be, for example, power line communication (PLC) or infrared (IrDA) or Bluetooth or RF network, and may be physically and / or logically different from the Internet network 30. Separated from each other, the connection between each other is made by the home master terminal 70. The separated network of the internet network 30 transmitting the first packet and the bus network 90 transmitting the second packet allows the home master terminal 70 to control the entire first packet and the second packet. To protect home appliances from the outside. Home appliances connected to these bus networks 90 will in fact be the control means (not shown) of the respective home appliances.

The home master terminal 70 is connected to the home appliance through the bus network 90 and is also connected to external input means such as the camera 62 and the microphone 64, and the data obtained by the external input means The mobile terminal 10 converts the data into a predetermined mobile format that can be displayed on the mobile terminal 10 and transmits the same to the mobile service server 40 (or mobile terminal 10). In addition, the home master terminal 70 may receive information from the mobile terminal 10 and store it for use by the user.

In addition, the home master terminal 70 is provided with a user interface means (not shown), authentication data for the authentication operation by the authentication server 50, and the authentication operation by the identification number in the mobile service server 40 For receiving and receiving the identification number of the mobile terminal 10 accessible through the mobile home network service for.

FIG. 2 is a flowchart illustrating an operation of the mobile home network system of FIG. 1. As shown in Fig. 2, the operation flowchart consists of a connection step S21, an authentication step S22 and a processing step S23.

In detail, the connection step S21 is a home network system 60 (exactly, the home master terminal 70) is connected to the mobile service server 40 so as to be able to communicate through the Internet network 30. Accordingly, the home master terminal 70 transmits the first packet including the connection request data through the Internet network 30 to access the mobile service server 40, and, at the determination of the mobile service server 40, Upon receiving the first packet including the connection permission data and enabling communication with the mobile service server 40 or receiving the first packet including the connection failure data, retransmits the first packet including the connection request data again. Attempt to connect to the mobile service server 40. Once the home master terminal 70 is able to communicate with the mobile service server 40, the home master terminal 70 transmits a first packet including the identification number of the previously stored accessible mobile terminal 10 to the mobile service server 40, The mobile service server 40 stores the transmitted identification number.

In addition, the home master terminal 70 transmits a first packet including a dummy signal to the mobile service server 40 at predetermined time intervals to check the current connection state. If the connection with the mobile service server 40 is terminated, the home master terminal 70 may transmit the first packet including the connection request data to the mobile service server 40 again.

In addition, the home master terminal 70 transmits a first packet including pre-stored authentication data to the authentication server 50 through the Internet network 30, and the authentication server 50 stores the authentication data. .

Next, in the authentication step S22, the first packet including the authentication request data including the authentication data generated by the user through a predetermined input means (not shown) is transferred from the mobile terminal 42 to the wireless communication network 20. When received by the mobile service server 40 via the mobile service server 40, the mobile service server 40 performs two authentication methods.

First, the mobile service server 40 reads out the identification number of the mobile terminal 10 included in the authentication request data and compares it with the previously stored identification number. If there is a matching identification number, the first packet including authentication data is transmitted to the authentication server 50, and if there is no matching identification number, the first packet including authentication rejection data is transmitted to the mobile terminal 10. . This authentication rejection data is generated without authentication work by the authentication server 50. The authentication operation by the identification number may be selectively performed, that is, when the mobile service server 40 receives the authentication request data, the authentication data included in the authentication request data is sent to the authentication server 50 as the first packet. You can also send it as is.

Secondly, the authentication server 50 receiving the authentication data performs the authentication operation as described above and transmits the first packet including the authentication allowable data or the data that cannot be authenticated to the mobile service server 40.

Next, in the processing step S23, when the mobile terminal 10 is connected to communicate with the home network system 60, the user generates a control command for the home appliances through the mobile terminal 10 to generate the first control command. The packet is transmitted to the mobile service server 40 by one packet, and the mobile service server 40 transmits the transmitted first packet to the home network system 60, and the home network system 60 transmits the first packet. The home master terminal 70 converts the first packet into a second packet and transmits the first packet to the home appliance corresponding to the control command through the bus network 90.

In addition, the home appliance that has performed the predetermined control transmits the second packet including the control response to the home master terminal 70, and the home master terminal 70 converts the second packet into the first packet to convert the second packet into the first packet. 40, the mobile service server 40 transmits the transmitted first packet to the mobile terminal 10, so that the user can confirm the control response to the control command. This control command and its control response are referred to as control information in the following specification. This control information is transmitted in the form of a first packet and / or a second packet, and the control information includes data related to control (or monitoring) of the home appliance.

In addition, the mobile home network system 1 according to the present invention also transmits non-control information (e.g., images, images, text, etc. not related to the control information) other than the above-described control information. For example, a first packet including uncontrolled information transmitted from the mobile terminal 10 is transmitted by the mobile service server 40 to the home master terminal 70, which receives the home master terminal 70. It is determined whether the first packet is the control information, and if the control information is transmitted to the home appliance, and if the control information is non-control information, it is stored in a predetermined memory (not shown) or stored by processing a predetermined data and displayed to the user. Or make it available to the user.                 

In addition, the non-control information obtained from the camera 62 and the microphone 64 connected to the home master terminal 70 is converted into a predetermined mobile format, transmitted to the mobile service server 40, and again to the mobile terminal 10. Can be sent to.

3 is a block diagram of a mobile service server of FIG. 1. As shown in FIG. 3, the mobile service server 40 may connect to the network connection means 42 connected to the Internet network 30 and the home network system 60 of the mobile terminal 10. The determination means 44 for determining, the connection state checking means 46 for confirming the connection to the mobile service server 40 of the home network system 60, and the mobile terminal 10 connectable from the home network system 60. And registration means (48) for receiving and storing the identification number.

In detail, the determining means 44 receives the first packet including the authentication request data including the authentication data from the mobile terminal 10 through the network connection means 42 and includes the mobile terminal 10 included in the authentication request data. Perform an authentication operation for comparing the identification number of the identification number and the pre-stored identification number in the registration means 48, and / or transmit the authentication data to the authentication server 50 through the first packet, and the authentication server 50 The first packet including the authentication result data from the mobile station 10 is received to determine whether to authenticate the home network system 60 of the mobile terminal 10. This authentication result data consists of authentication allowance data or non-authentication data, and upon receiving authentication allowance data from the authentication server, this determination means 44 determines that the mobile terminal 10 is legitimately used by the home network system 60. Determining the authority, the first packet including the control information and / or non-control information from the mobile terminal 10 is transmitted to the home network system 60, and vice versa.

Further, when the connection state checking means 46 receives the first packet including the connection request data from the home master terminal 70 of the home network system 60 via the network connecting means 42, the home master terminal The connection state between the mobile service server 40 and the mobile service server 40 is checked to determine whether communication is possible, and the first packet including the connection allowable data or the connection not available data is transmitted to the home master terminal 70. In addition, the connection status checking means 46 receives the first packet including the dummy signal transmitted from the home master terminal 70 at a predetermined time interval, and the mobile service server 40 of the home master terminal 70 Check the connection status.

4 is a block diagram of the home master terminal of FIG. 1. As shown in FIG. 4, the home master terminal 70 includes a home appliance control module 72 for processing a second packet for controlling and monitoring a home appliance through a bus network 90, and a predetermined memory. (74), a user interface means (76) responsible for input and output from the user, a data processing module (78) for receiving and processing predetermined data from the external input means (66), and an internet network (30); And a mobile agent module 80 for transmitting and receiving a first packet and converting the first packet into a second packet.

In detail, the home appliance control module 72 is connected to the mobile agent module 80 to transmit or receive the second packet. The second packet consists of a control command or a control response, and the home appliance control module 72 transmits a control command to the home appliance corresponding to the control command through the bus network 90, and controls from the home appliance. Receive the response and send it to the mobile agent module 80.

In addition, the memory 74 is connected to the user interface means 76 to receive and store the authentication data and the identification number of the mobile terminal 10 accessible, and is connected to the mobile agent module 80 and the data processing module 78 To store uncontrolled information.

This user interface means 76 is an input means including a keyboard, a touch pad, a mouse and the like.

In addition, the data processing module 78 is connected to the external input means 66, receives the predetermined data stored in the memory 74 or transmitted to the mobile agent module 80, the non-mobile agent module 80 The first packet including the control information is received to perform a predetermined process or to store the non-control information in the memory 74.

In addition, the mobile agent module 80 generates a first packet including the connection request data to be connected to the mobile service server 40 and transmits the first packet to the mobile service server 40. Upon receiving the first packet including the access permission data from the mobile service server 40, the mobile agent module 80 is communicatively connected to the mobile service server 40 and removes the identification number stored in the memory 74. It is included in one packet, transmitted, and registered. If the first packet including the connection unavailable data is received from the mobile service server 40, the mobile agent module 80 retransmits the first packet including the connection request data to continuously access the mobile service server 40. I would like to. This connection step is performed when power is supplied to the home master terminal or a predetermined command is input from the user.                 

In addition, the mobile agent module 80 accesses the authentication server 50 through the Internet network 30 and transmits and registers a first packet including authentication data stored in the memory 74.

In addition, after the mobile agent module 80 is connected to the mobile service server 40, the mobile agent module 80 transmits and receives the first packet through the Internet network 30, and if the information in the received first packet is control information, converts it to the second packet. The home appliance is transmitted to the home appliance control module 72 and stored in the memory 74 or the data processing module 78 if it is uncontrolled information. In addition, the mobile agent module 80 receives the second packet containing the control information from the home appliance control module 72 converts the first packet and transmits it to the mobile service server 40, the data processing module 78 When the predetermined data is received from the mobile station, it is converted into a mobile format and transmitted to the mobile service server 40 or stored in the memory 74.

In addition, after the mobile agent module 80 is connected to the mobile service server 40, the mobile agent module 80 transmits a first packet including a dummy signal for checking a current connection state through the Internet network 30 at predetermined time intervals. , To maintain a connection with the mobile service server 40. If the current connection with the mobile service server 40 is terminated, the first packet including the connection request data is transmitted again to the mobile service server 40, and the connection operation is repeated again.

In addition, the home appliance control module 72 may receive from the home appliance a second packet containing device error data relating to the home appliance as a control response or as general notification data and transmit to the mobile agent module 80.                 

5 is a configuration diagram of a mobile agent module of FIG. 4. As shown in Figure 5, the mobile agent module 80 is connected to the mobile service server 40 and the Internet network 30, the communication socket 81 for transmitting and receiving the first packet, and the home appliance control module 72 And a gate module 82 connected to the agent manager 84 to receive the second packet and the first packet from each other, convert the first packet and the second packet into the first packet, and the second packet, respectively, and the first packet from the communication socket 81. Receives the control information according to the information contained in the control module and transmits to the gate module 82, and if the non-control information transmitted to the memory 74 or the second memory 86 or the data processing module 78, the memory 74 Agent manager 84 for reading the identification number of the accessible mobile terminal 10 stored in the transmission to the mobile service server 40 by the communication socket 81 or read the authentication data to the authentication server 50 and A second memo storing the received first packet And a conversion means 88 for converting predetermined data into a mobile format.

In detail, the communication socket 81 connects to the Internet network 30 to enable connection with the mobile service server 40 and the authentication server 50, and also enables connection with other servers (not shown). .

In addition, the gate module 82 reads out reservation control data from a first packet including control information transmitted from the agent manager 84 or from a second packet converted from the first packet, and corresponds to the reservation control data. Create a reservation query file for your home appliances. The home appliance is transmitted to the home appliance control module 72 to operate the home appliances according to the control information included in the reservation query file.                 

The reservation control data includes at least an identifier for the home appliance, a control command and execution time. Alternatively, the reservation control data may include an execution time (start time, end time) of the home appliance. Accordingly, the reservation query file sorts the received control information for each home appliance according to the home appliance corresponding to the included identifier according to a predetermined sorting order. It can also be based on when the appliance will run.

In addition, the gate module 82 generates a reservation list including reservation control information for each home appliance from the received total reservation control data. This reservation list includes reservation control information for each home appliance so that the user can obtain execution information of each home appliance.

In addition, the gate module 82 receives the first packet from the agent manager 84 in detail, converts the second packet into the second packet, and conversely, the gate bridge 82a and the gate bridge ( 82a) receives a second packet and transmits it to the home appliance control module 72 or receives a second packet from the home appliance control module 72 and transmits it to the gate bridge 82b, and from the first packet or the second packet. And a control gate 82b for reading reservation control data from the reservation control file and generating a reservation query file and a reservation list, and a second memory 82c for storing the generated reservation query file and the reservation list.

The control gate 82b reads the reservation query file stored in the second memory 82c and transfers the entire reservation query file to the home appliance control module 72 at once, or at the execution time of the home appliance of the read reservation query file. Accordingly, the reservation control information may be individually transmitted to the home appliance control module 72 before a predetermined time (for example, five minutes ago).

Next, the agent manager 84 performs a connection process with the mobile service server 40. That is, the agent manager 84 transmits the first packet including the connection request data through the communication socket 81, and when receiving the first packet including the connection permission data in response thereto, communicates with the mobile service server 40. FIG. This makes it possible to transmit the first packet containing the identification number of the accessible mobile terminal 10 stored in the memory 74 to the mobile service server 40. Or, in response to receiving the first packet including the connection unavailable data, the mobile service server 40 retransmits the first packet including the connection request data.

In addition, the agent manager 84 is connected to the mobile service server 40, and then causes the gate module 82 to perform the conversion between the received packets, and transmits the first packet through the communication socket 81. The second packet is transmitted to the home appliance control module 72.

In addition, the agent manager 84 determines whether the received first packet includes control information or non-control information as described above, and temporarily transfers the first packet to the third memory 86 for this determination. Can be stored as According to this determination, the control information is transmitted to the gate module 82, and the non-control information is stored in the data processing module 78 or the memory 74 or the third memory 86. At this time, these memories 74 and the third memory 86 may be composed of the same memory.

In addition, the agent manager 84 receives the device error data about the home appliance from the home appliance control module 72 and stores the device error data in the third memory 86, and the device when the request is received from the mobile terminal 10. Error data may be included in the first packet and transmitted.

In addition, the agent manager 84 transmits a first packet including a dummy signal through the communication socket 81 at predetermined time intervals to check the current connection state with the mobile service server 40. As a result, when the connection with the mobile service server 40 is terminated, the agent manager 84 transmits the first packet including the connection request data to the mobile service server 40 to perform the connection process.

In addition, the agent manager 84 reads the authentication data input by the user from the memory 74, forms the first packet through the Internet network 30, and transmits the authentication data to the authentication server 50.

6A and 6B illustrate an embodiment of a reservation query file.

The reservation information data read from the first packet or the second packet received by the gate module 82 includes at least a name of the home appliance, an identifier (for example, a logical address of the home appliance, etc.), a control command, and an execution time. . Alternatively, the reservation information data may include an execution time of the home appliance (for example, 12:00 to 13:00).

The reservation query file is sorted according to the execution time included in the reservation information data based on the reservation information data, or the reservation information data for the same home appliance may be sequentially arranged.

As shown in Fig. 6A, the gate module 82 allows the reservation query file to include reservation information data arranged based on the execution time of the control command for the home appliance.

As shown in Fig. 6B, the gate module 82 allows the reservation query file to include reservation information data arranged according to the type of home appliance.

Thereafter, the gate module 82 may read the stored reservation query file and transmit the entire reservation query file received at a predetermined time interval to the home appliance control module 72 at one time, that is, the six control commands shown in FIG. Is transmitted to the home appliance control module 72 may be stored and transmitted to the control means of each home appliance to operate. In addition, the gate module 82 may separately transmit the reservation control information to the home appliance control module 72 before a predetermined time according to the execution time of the home appliance of the read reservation query file, which is currently shown in FIG. 6A. When the time is 11:55, the operation control command for the air conditioner (execution time 12: 00) is transmitted to the home appliance control module 72 so that the home appliance control module 72 homes the operation control command at the execution time. It may be transmitted to the control means of the appliance to operate.

7 is an embodiment of a reservation list. As shown in FIG. 7, the reservation list includes all reservation control data for each home appliance from the reservation query file shown in FIG.

As in the reservation list for the boiler created in the embodiment, the control command (operation, operation stop) for the boiler and its execution time are included. Alternatively, this reservation list may contain the runtime of the boiler (eg 2003. 04. 01. 12:00 to 17:00).

In the above, the present invention has been described in detail by taking a mobile home network system as an example based on embodiments of the present invention and the accompanying drawings. However, the scope of the present invention is not limited by the above embodiments and drawings, and the scope of the present invention will be limited only by the contents described in the claims below.

Claims (26)

A communication socket connected to a mobile service server connected to a plurality of user mobile terminals via a wireless communication network, and a first packet connected to a first network based on a predetermined protocol to transmit and receive a first packet including reservation control data related to at least a home appliance; The first packet and the second packet are connected to a home appliance control module located in a home master terminal connected to a plurality of home appliances and a second network separated from the first network to transmit and receive the first packet and another second packet. A gate module for mutually converting packets; Connected to the communication socket, causing the gate module to convert the second packet into the first packet, and determining whether the first packet includes control information corresponding to a home appliance connected to the home appliance control module The gate module to convert the first packet to the second packet, and convert the converted first packet and the second packet to the mobile service server and the home appliance control module through the communication socket and the gate module, respectively. An agent manager configured to transmit and is formed in the home master terminal, The gate module generates a reservation query file based on the reservation control data included in the first packet or in the second packet converted from the first packet, thereby controlling the home appliance according to the reservation query file. And the reservation information for each home appliance is generated by analyzing all the reservation control data received and provided to the user to provide execution information for each home appliance. Information processing device. The method of claim 1, In the mobile home network system, the gate module includes a control gate connected to the home appliance control module and a gate bridge converting the first packet and the second packet between the control gate and the agent manager. Reservation information processing device. 3. The reservation information processing apparatus of claim 2, wherein the gate module further includes a predetermined memory, and the control gate generates the reserved query file and stores the reserved query file in the memory. 4. The reservation information processing apparatus of claim 3, wherein the reservation control data includes at least an identifier of a home appliance, a control command, and an execution time. The reservation information of the mobile home network system according to claim 4, wherein the control gate generates the reservation query file according to a predetermined sorting method according to the home appliance corresponding to the identifier. Processing unit. The system of claim 5, wherein the control gate stores the reservation query file in alignment with the reservation control data according to a type of a home appliance corresponding to an identifier included therein. Reservation information processing device. 6. The reservation information processing apparatus of claim 5, wherein the control gate stores the reservation query file by arranging the reservation control data according to an execution time included therein. 6. The reservation information processing apparatus of claim 5, wherein the control gate transmits the stored reservation query file to the home appliance control module at an execution time included therein. 6. The reservation information processing apparatus of claim 5, wherein the control gate transmits the generated reservation query file to the home appliance control module. delete Receiving a packet including control information related to a home appliance from a mobile service server through a predetermined network; Generating a reservation query file based on the reservation control data included in the packet; Performing control on the home appliance according to the reservation query file; In order to provide execution information for each home appliance, all the reservation control data received by generating a reservation list for each of the home appliance comprises the step of providing to the user reservation of the mobile home network system Information processing method. 12. The method of claim 11, wherein the reservation control data includes at least an identifier of a home appliance, a control command, and an execution time. The mobile home according to claim 12, wherein the reservation information processing method comprises generating the reservation query file according to a predetermined sorting method according to the home appliance corresponding to the identifier with the reservation control data. Method of processing reservation information of network system. The method of claim 13, wherein the reservation information processing method comprises the step of storing the reservation control data in accordance with the type of the home appliance corresponding to the identifier contained in the reservation query file stored in the mobile; A method of processing reservation information in a home network system. The reservation information of the mobile home network system according to claim 13, wherein the reservation information processing method comprises storing and arranging the reservation control data according to an execution time included in the reservation query file. Treatment method. The method according to any one of claims 11 to 15, The reservation information processing method may further include transmitting the reservation query file to a home appliance control module connected to the home appliance at an execution time included therein after the generation or storage step. A method of processing reservation information in a home network system. The method according to any one of claims 11 to 15, The reservation information processing method further includes the step of transmitting the reservation query file to the home appliance control module connected to the home appliance after the generating or storing step. . delete A program for processing reservation control data in a home master terminal connected to a mobile service server and a home appliance, the program comprising: receiving a packet including control information related to the home appliance from a mobile service server through a predetermined network; ; Generating a reservation query file based on the reservation control data included in the packet; Performing control on the home appliance according to the reservation query file; Storing all the reservation control data received to provide execution information for each home appliance, and generating a reservation list for each of the home appliances and providing the same to a user. Program storage medium. 20. The program storage medium of claim 19, wherein the reservation control data includes at least an identifier of a home appliance, a control command, and an execution time. 21. The computer readable program according to claim 20, wherein the program comprises generating the reservation query file according to a predetermined sorting method according to the home appliance corresponding to the identifier with the reservation control data. Stored program storage medium. 22. The computer readable program according to claim 21, wherein the program comprises storing the reservation control file by arranging the reservation control data according to a type of a home appliance corresponding to an identifier included therein. The stored program storage medium. 22. The program storage medium of claim 21, wherein the program comprises storing the reservation control file by arranging the reservation control data according to an execution time included therein. The method according to any one of claims 19 to 23, The program may further include, after the generating or storing step, transmitting the reserved query file to a home appliance control module connected to the home appliance at an execution time included therein. The stored program storage medium. The method according to any one of claims 19 to 23, And after the generating or storing, the program further comprises transmitting the reservation query file to a home appliance control module connected to the home appliance. delete

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