JP2012244599A - Wireless lan connection system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make it easy to perform registration and connection to an access point in a wireless LAN connection system which connects a mobile phone terminal corresponding to wireless LAN to the wireless LAN through the access point.SOLUTION: A wireless LAN connection system 50 comprises: a mobile phone terminal 1 corresponding to wireless LAN; a mobile phone management server 20 of a service provider of a mobile phone network; and a wireless LAN server 30 which manages an access point 40. The mobile phone terminal 1 transmits a phone number and a registration number of an access point (e.g. SSID) to the mobile phone management server 20. Based on the phone number and the registration number of an access point, the mobile phone management server 20 performs user authentication, and the wireless LAN server 30 performs user registration based on the user authentication to transmit a password to the mobile phone terminal 1. The mobile phone terminal 1 automatically transmits the received password to the access point 40 to be connected to the access point 40. Therefore, the mobile phone terminal 1 is automatically registered in the access point 40 to be easily connected to a LAN only by a user inputting the registration number.

Description

  The present invention relates to a wireless LAN connection system for connecting a mobile phone terminal to a network such as the Internet via a wireless LAN access point.

  In recent years, wireless LANs conforming to IEEE (Institute of Electrical and Electronics Engineers) 802.11b have become widespread. Wireless LANs based on IEEE802.11a using the 5 GHz band have also become widespread. In response to the widespread use of such wireless LANs, mobile phone terminals are also able to access networks such as the Internet via public wireless LAN access points.

  Usually, when connecting to a free access point using such a wireless LAN-compatible mobile phone terminal, for example, a registration number (SSID (Service Set Identifier)), which is identification information of the access point, is carried. It can be accessed by inputting on the telephone terminal side. However, in the case of newly using a paid access point, the user is not connected only by inputting the registration number described above. First, the mobile phone terminal is registered as an access point, and a charging method is determined. Only after the user ID and password are assigned can the LAN connection be set. For this reason, registration procedures and connection settings for the LAN are complicated, and it takes time and effort to use the LAN.

  For example, when a user tries to connect a mobile phone terminal to an unregistered paid wireless LAN access point in an airport lobby, station terminal, hotel, etc. where the wireless LAN access point is relatively close, the registration procedure and Connection setup takes time and effort and may not be immediately available on the spot. Also, when a user uses the Internet or the like from a mobile phone terminal in a store where a wireless LAN access point is installed, it is necessary to ask the store clerk to register for use of the wireless LAN access point, and the procedure is troublesome. Met.

  By the way, various systems have been proposed as a wireless LAN connection system for setting connection to a wireless LAN access point of a mobile phone terminal compatible with wireless LAN. For example, a wireless LAN setting system that performs LAN setting of a mobile phone terminal based on a wireless LAN setting program downloaded via a mobile phone network is known (for example, see Patent Document 1). However, in this system, it is necessary for the user to input the account name, password, etc. given in advance from the IPS provider when joining the line as authentication information when the connection authentication of the mobile phone is performed, and it takes time to input.

  Also, based on the setting information to the access point received from the setting information distribution server received from the information terminal and the scan result information of the access point existing in the vicinity, a connectable access point is extracted, and the specified access point There is known a wireless LAN setting system that connects to the Internet (for example, see Patent Document 2). In this system, when a mobile terminal is connected to a wireless LAN in a store or the like, after the procedure for payment of the network usage fee at the store, the mobile terminal is directed to a POS register or the like as a setting information distribution server, and the network is transmitted via infrared rays or the like. Connection information is acquired and LAN connection is performed. For this reason, in order to connect to the access point, it is necessary to settle the network usage fee first, and the connection is troublesome because the mobile terminal must be brought near the setting information distribution server.

  There is also known a wireless LAN connection system that automatically sets connection parameters received from a connection parameter server to an access point and a wireless terminal (see, for example, Patent Document 3). In addition, the wireless terminal transmits the access point ID acquired from the access point and the setting information for connecting to the wireless LAN acquired from the setting information distribution server to the access point, receives the connection approval signal, and sets the connection. A LAN connection system is known (see, for example, Patent Document 4). However, in the wireless LAN connection systems disclosed in Patent Document 3 and Patent Document 4, when connecting to a paid wireless LAN, user authentication is performed in advance, and a user ID, a password, and the like are given to the wireless LAN. Since connection settings are made, it takes time for user authentication, user registration, and billing procedures.

  Also, the wireless tag ID for user identification is read by the reader device, the wireless tag ID and the reader device ID are sent from the mobile phone to the access control information providing server, the user is confirmed based on each ID, and the wireless There is known a wireless LAN connection system that transmits access control information to a mobile phone and an access point when the validity of a tag and a reader device is recognized (see, for example, Patent Document 5). However, this system requires a wireless tag and a reader device separately for user identification, which complicates the system and requires user identification information to be stored in the wireless tag in advance. It takes time for authentication, user registration, and setting procedures.

  As described above, in the wireless LAN connection system shown in each of the above patent documents, procedures such as user authentication, user registration, and billing setting are not simple in connection from the mobile phone terminal to the wireless LAN access point. When connecting to an unregistered paid access point, the connection procedure takes time and is not easy to use immediately.

JP 2006-157815 A No. 2005-121981 No. 2006-101065 gazette JP-A-2005-65018 JP 2008-21075 A

  The present invention solves the above-mentioned problems, and in a wireless LAN connection system for connecting a wireless LAN compatible mobile phone terminal to a wireless LAN via an access point, user registration and connection setting from the mobile phone terminal to the access point It is an object of the present invention to provide a wireless LAN connection system that can be easily performed and is highly convenient.

  In order to solve the above problems, the invention of claim 1 is a mobile phone terminal having a wireless LAN communication function and a mobile phone management server arranged on the side of a company that provides a mobile phone network communication service of the mobile phone terminal. And a wireless LAN server for managing communication of a wireless LAN access point, and in the wireless LAN connection system for connecting the mobile phone terminal to a network such as the Internet via the wireless LAN access point, Connection destination information specifying means for selecting or inputting connection destination information that is identification information of a user-desired wireless LAN access point, connection destination information specified by the connection destination information specifying means, and the mobile phone A telephone terminal that transmits telephone identification information, which is terminal identification information, to the mobile phone management server via a mobile phone network As a result of transmitting the connection destination information and the telephone identification information to the mobile phone management server by the telephone network transmission means and the telephone terminal side telephone network transmission means, the mobile phone management server transmits the connection information via the mobile phone network. A telephone terminal side telephone network receiving means for receiving wireless connection setting information; and for transmitting the wireless connection setting information received by the telephone terminal side telephone network receiving means to the wireless LAN access point via a wireless LAN. A telephone terminal side wireless transmission unit, wherein the cellular phone management server receives the connection destination information and the telephone identification information transmitted from the cellular phone terminal by the telephone terminal side telephone network transmission unit. Side telephone network receiving means, user information including the telephone identification information received by the telephone management server side telephone network receiving means, and the connection destination information. The telephone management server side network transmission means for transmitting to the wireless LAN server via a network such as the Internet, and the user information and the connection destination information are transmitted to the wireless LAN server by the telephone management server side network transmission means. As a result, telephone management server side network receiving means for receiving wireless connection setting information transmitted from the wireless LAN server via a network such as the Internet, and wireless connection setting information received by the telephone management server side network receiving means A telephone management server side telephone network transmission means for transmitting to the mobile telephone terminal via a mobile telephone network, the wireless LAN server being transmitted from the mobile telephone management server by the telephone management server side network transmission means The user information and the connection destination information are Wireless LAN server side network receiving means for receiving via a network such as the Internet, and wireless corresponding to the connection destination information based on the user information and the connection destination information received by the wireless LAN server side network receiving means User registration means for registering the owner of the mobile phone terminal as a user who can connect to the LAN access point, and after the user registration by the user registration means, the wireless communication to the mobile phone management server via a network such as the Internet Wireless LAN server side network transmission means for transmitting connection setting information, and the mobile phone terminal transmits the wireless connection setting information received from the wireless LAN server via the mobile phone management server to the telephone terminal side wireless The wireless LAN access point by the transmitting means By sending, in which to perform the connection setup to the wireless LAN access point of the mobile phone terminal.

  According to a second aspect of the present invention, in the wireless LAN connection system according to the first aspect, the mobile phone management server is connected to the wireless LAN server by the telephone management server side network transmission means to the owner of the mobile phone terminal. The wireless LAN server transmits information necessary for setting the accounting method of the mobile phone terminal based on the information necessary for setting the accounting method received by the wireless LAN server side network receiving means. Charging method setting means for setting a charging method for the user.

  According to a third aspect of the present invention, in the wireless LAN connection system according to the first or second aspect, the wireless connection setting information is only a password or both a password and a user ID.

  According to the invention of claim 1, when the user inputs the access point connection destination information, the mobile phone terminal transmits the connection destination information and the telephone identification information to the mobile phone management server via the mobile phone network. The cellular phone management server sends user information including the telephone identification information and connection destination information to the wireless LAN server. Then, the wireless LAN server registers the user of the mobile phone terminal as a user based on the connection destination information sent from the mobile phone management server and the user information including the phone identification information, and through the mobile phone management server, The wireless connection setting information is transmitted to the mobile phone terminal. Then, the cellular phone terminal automatically sets the connection to the wireless LAN access point by transmitting the wireless connection setting information to the wireless LAN access point. Therefore, when a user newly uses a paid wireless LAN access point, the user registration and automatic connection setting are performed simply by inputting the connection point information of the access point, so that the user can easily connect to the wireless LAN. It becomes possible and convenience improves.

  According to the invention of claim 2, the accounting process on the wireless LAN manager side is simplified, and the convenience is enhanced. In addition, it becomes easy to unify the billing for the wireless LAN usage fee with the billing for the cellular phone terminal.

  According to the invention of claim 3, the wireless LAN connection setting can be made extremely simple.

1 is a configuration diagram of a wireless LAN connection system according to an embodiment of the present invention. The electric block block diagram of the mobile telephone management server of the said system. The electric block block diagram of the wireless LAN server of the said system. The electric block block diagram of the mobile telephone terminal of the said system. The top view of the state which open | released the folding type | mold mobile telephone terminal of the said system. The flowchart for demonstrating the operation | movement of the said embodiment.

  Hereinafter, a wireless LAN connection system according to an embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, a wireless LAN connection system 50 according to the present embodiment is distributed to a mobile phone terminal 1 having a wireless LAN communication function and a company that provides a mobile phone network communication service of the mobile phone terminal 1. Mobile phone management server 20 and a wireless LAN server 30 for managing communication of a wireless LAN access point (hereinafter referred to as an access point) 40, and the mobile phone terminal 1 is connected to a network such as the Internet via the access point 40. To connect.

  As shown in FIG. 2, the mobile phone management server 20 includes a telephone network reception unit (telephone management server side telephone network reception means) 21, a telephone server NW transmission unit (phone management server side network transmission means) 22, and a telephone server NW. A receiving unit (telephone management server-side network receiving unit) 23, a telephone network transmitting unit (telephone management server-side telephone network transmitting unit) 24, a user authentication unit 25, a charge management unit 26, and a control unit 27 are provided. The mobile phone management server 20 is connected to the wireless LAN server 30 via the Internet.

  The telephone network receiving unit 21 receives connection destination information of the access point 40 and telephone identification information (here, a telephone number) transmitted from the mobile phone terminal 1 by the terminal telephone transmission unit 3 (described later). The telephone server NW transmitter 22 transmits user information including the telephone number received by the telephone network receiver 21 and connection destination information to the wireless LAN server 30 via a network such as the Internet. The telephone server NW reception unit 23 transmits the user information and the connection destination information to the wireless LAN server 30 by the telephone server NW transmission unit 22, and as a result, wireless connection setting information (for example, password, user, etc.) transmitted from the wireless LAN server 30. ID etc.) is received via a network such as the Internet.

  The telephone network transmission unit 24 transmits the wireless connection setting information received by the telephone server NW reception unit 23 to the mobile phone terminal 1 via the mobile phone network. The user authentication unit 25 performs user authentication for specifying the user of the mobile phone terminal. Here, the user authentication unit 25 can perform user authentication based on user information already acquired at the time of the mobile phone contract from the user information including the telephone number sent from the mobile phone terminal 1. it can. The charge management unit 26 specifies a user of a mobile phone contract based on user authentication by the user authentication unit 25 and performs charge management of a mobile phone usage fee. The control unit 27 controls the above-described units and the entire mobile phone management server 20. Further, the control unit 27, the user authentication unit 25, and the charge management unit 26 have a common CPU and memory, and each of the CPUs is based on various control software, authentication software, charge management software, and the like stored in the memory. Control the function.

  As shown in FIG. 3, the wireless LAN server 30 includes a LAN server receiving unit (wireless LAN server side network receiving unit) 31, a user registration unit (user registration unit) 32, and a LAN server transmitting unit (wireless LAN server side network transmission). Means) 33, a billing setting unit 34, and a control unit 35.

  The LAN server receiving unit 31 receives user information and access point connection destination information transmitted from the mobile phone management server 20 by the telephone server NW transmission unit 22 via a network such as the Internet. Based on the user information received by the LAN server receiving unit 31 and the connection destination information of the access point, the user registration unit 32 is a user who can connect to the access point 40 corresponding to the connection destination information. While registering the owner, wireless connection setting information (for example, password, user ID, etc.) for permitting wireless LAN connection by the mobile phone terminal 1 is issued. The LAN server transmission unit 33 transmits wireless connection setting information to the mobile phone management server 20 via a network such as the Internet after user registration by the user registration unit 32. The LAN server receiving unit 31 and the LAN server transmitting unit 33 can receive and transmit with the access point 40, and can transmit necessary information between the wireless LAN server 30 and the access point 40 to each other.

  As shown in FIG. 4, the mobile phone terminal 1 includes a LAN connection destination setting unit (connection destination information specifying unit) 2, a terminal phone transmission unit (phone terminal side telephone network transmission unit) 3, a terminal phone reception unit (phone terminal) Side telephone network reception means) 4, terminal LAN transmission section (telephone terminal side wireless transmission means) 5, terminal LAN reception section (telephone terminal side wireless reception means) 6, control section 7, storage section 8, input section 9, display section 10, a camera unit 11, and an audio unit 12.

  The LAN connection destination setting unit 2 can input connection destination information that is identification information of an access point desired by the user, and is based on the input unit 9 for starting the LAN connection and the connection destination information input from the input unit 9. Are provided with a setting program for automatically connecting the cellular phone terminal 1 to the wireless LAN, and a CPU for operating the setting program. This setting program is stored in the storage unit 8 and downloaded to the LAN connection destination setting unit 2 when the wireless LAN setting is started. Here, the input unit 9 includes input operation functions such as operation keys and a touch panel for operating the mobile phone terminal 1, and the user uses the input operation functions of the input unit 9 to display connection destination information of the access point. The connection destination information can be set by selecting or inputting. As the connection destination information, a registration number (SSID) that is an identification number of an available access point can be used.

  When the LAN connection destination setting unit 2 acquires wireless connection setting information such as a password for permitting wireless LAN connection from the wireless LAN server 30, the LAN connection destination setting unit 2 automatically sets the password input setting in the connection application program of the setting program. Then, the password is transmitted from the terminal LAN transmission unit 5 to the access and point 40. When the LAN connection destination setting unit 2 obtains the password or the like from the wireless LAN server 30, the LAN connection destination setting unit 2 stores the password in the storage unit 8 and can retrieve it when necessary.

  The terminal phone transmission unit 3 manages the connection destination information specified by the LAN connection destination setting unit 2 and the telephone number (telephone identification information) that is identification information of the mobile phone terminal 1 via the mobile phone network. Send to server 20. Further, the terminal phone receiver 4 transmits the connection destination information and the telephone number to the mobile phone management server 20 by the terminal phone transmitter 3, and as a result, the wireless connection transmitted from the mobile phone management server 20 via the mobile phone network. Receive configuration information.

  The terminal LAN transmission unit 5 transmits wireless connection setting information such as a password sent from the mobile phone management server 20 side and received by the terminal phone reception unit 4 to the access point 40 via the wireless LAN. Further, the terminal LAN receiving unit 6 receives a transmission radio wave from the access point 40 that is wirelessly connected.

The control unit 7 includes a CPU, and executes control of the respective units in the mobile phone terminal 1 and the entire mobile phone terminal 1 by using various control programs stored in the storage unit 8 in advance. Further, in order to obtain access point connection destination information, for example, when the LAN connection setting is started by the input unit 9, the control unit 7 transmits a radio wave including an SSID that is always transmitted by a nearby access point to the terminal LAN. The reception unit 6 searches and receives the SSID from the received radio wave, displays it on the display unit 10, and allows the user to select an access point from this display screen. The storage unit 8 is configured by appropriately combining semiconductor memories such as ROM, SRAM, and flash memory. A control program for control by the control unit 7, mobile phone function software, and a LAN connection destination setting unit 2 can be used as an access point connection destination. A setting program or the like for setting is stored.
The control unit 7 and the LAN connection destination setting unit 2 may share a CPU.

  The camera unit 11 can read the barcode display of the connection destination information (SSID, etc.) of the access point 40 by image recognition, and can decode the read barcode into the original connection destination information. The voice unit 12 performs call voice processing and voice output, and outputs a voice message from the control unit 7.

  As shown in FIG. 5, for example, the mobile phone terminal 1 is provided with a touch panel function on the display unit 10, displays a selection menu on the display screen, and performs LAN connection setting from the menu display. Good. Here, when the user selects the wireless LAN connection setting on the touch panel, the control unit 7 displays the SSID included in the signals from the various access points received by the terminal LAN receiving unit 6 on the display screen of the display unit 10. To control. At this time, the user can select one of the SSIDs of each access point on the display screen and set connection destination information of the access point for LAN connection.

  Further, this connection destination information may be a registration number (SSID) for connecting to a public wireless LAN access point that has been announced in advance. In addition, as the input unit 9, an access point registration number may be directly input using an operation key of the mobile phone terminal 1. Further, a wireless LAN setting button may be provided in the operation key, and this may be operated to instruct the start of wireless LAN setting. In addition, the LAN connection destination setting unit 2 can acquire connection destination information from a barcode indicating the access point connection destination read by the camera unit 11 and automatically input it.

  Here, the operation of LAN connection setting by the wireless LAN connection system 50 will be described with reference to FIG. When the user selects the wireless LAN setting by the input unit 9 (S1), the control unit 7 downloads the wireless LAN setting program stored in the storage unit 8 to the LAN connection destination setting unit 2, and downloads the LAN connection application. Start (S2). The control unit 7 displays the connection destination information (registration number, etc.) of various access points received by the terminal LAN receiving unit 6 on the display screen of the display unit 10, and the user can select the desired accept point from the display screen. When the connection destination information is selected (or connection destination information such as a known registration number is directly input from the input unit 9) and set (S3), the LAN connection destination setting unit 2 sets the connection destination information and the cellular phone terminal 1 Is transmitted from the terminal telephone transmitter 3 to the mobile phone management server 20 via the mobile phone network (S4).

  Next, the mobile phone management server 20 is based on the user information (for example, personal information at the time of mobile phone contract) received by the telephone network receiver 21 and including the user's phone number transmitted from the mobile phone terminal 1. When the user authentication unit 25 authenticates the user and completes the user confirmation (Yes in S5), the authenticated user information, the connection destination information of the access point 40, and the charging method for the owner of the mobile phone terminal 1 Information necessary for the setting is sent from the telephone server NW transmission unit 22 to the wireless LAN server 30 (S6).

  Subsequently, the wireless LAN server 30 performs user registration by the user registration unit 32 and sets a charging method by the charging setting unit 34 based on each information from the mobile phone management server 20, for example, a wireless LAN usage fee. Is set to be unified with the user's telephone usage fee (S7). Further, the wireless LAN server 30 sends a password (wireless connection setting information) for permitting connection of the connection destination information to the access point 40 to the mobile phone terminal 1 via the mobile phone management server 20 (S8). ).

  When the mobile phone terminal 1 obtains the connection permission password sent from the wireless LAN server 30, the LAN connection destination setting unit 2 automatically sets this password in the connection application program (S9). Here, the control unit 7 switches the cellular phone terminal 1 from cellular phone communication to wireless LAN communication, and transmits the password from the terminal LAN transmission unit 5 to the access point 40. At this time, connection setting of the mobile phone terminal 1 to the access point 40 is performed, and use of the wireless LAN is started (S10). At the same time, the mobile phone management server 20 and the wireless LAN server 30 start a charging operation (S11), and when the wireless LAN connection ends (Yes in S12), the charging is stopped (S13) and ends.

  According to the wireless LAN connection system 50 of the present embodiment, when the user inputs the connection destination information of the access point 40, the mobile phone terminal 1 manages the connection destination information and the telephone number via the mobile phone network. The mobile phone management server 20 transmits the user information including the telephone number and the connection destination information to the wireless LAN server 30. Then, the wireless LAN server 30 registers the owner of the mobile phone terminal 1 as a user based on the connection destination information sent from the mobile phone management server 20 and the user information including the phone number. Then, the wireless connection setting information is transmitted to the mobile phone terminal 1. Then, the cellular phone terminal 1 automatically sets the connection to the access point 40 by transmitting the wireless connection setting information to the access point 40 of the wireless LAN. Therefore, when a user newly uses a paid access point, the user is registered and automatically set by simply entering the access point connection destination information (registration number, etc.). Even without this, it is possible to easily connect to a wireless LAN, and convenience is improved. In addition, the procedure for using a wireless LAN is simplified in this way, and even without prior registration, it can be easily connected to the LAN on the spot, and can be used immediately when the user wants to use it, or when it is desired to be used. As a result, the possibility of a wireless LAN operator to acquire a new user increases.

  Further, since the user authentication is normally performed on the mobile phone management server 20 side having a high security function and managing the carrier line, the user authentication process in the wireless LAN server 30 can be simplified or omitted, and wireless User registration processing at the LAN server 30 is facilitated.

  In addition, since the charge for the wireless LAN usage fee can be unified with the charge for the mobile phone terminal, the user does not have to pay the mobile phone usage fee and the wireless LAN usage fee separately. The billing process is simplified and convenience is enhanced.

  In addition, since the wireless connection setting information is only a password, the wireless LAN connection setting program becomes extremely simple. Further, by setting the wireless connection setting information to the password and the user ID, security in the wireless LAN connection setting can be increased.

  Also, the user identification information (telephone number) transmitted / received between the cellular phone terminal 1 and the cellular phone management server 20 is the same as the user identification information transmitted / received between the cellular phone management server 20 and the wireless LAN server 30. Thus, information exchange can be simplified. Moreover, the security of a user's personal information can be raised by using mutually different user identification information with respect to one user between each said communication. Further, each communication signal between the mobile phone terminal 1 and the mobile phone management server 20 or between the mobile phone management server 20 and the wireless LAN server 30 may be encrypted and transmitted / received.

  In addition, this invention is not restricted to the structure of the said embodiment, A various deformation | transformation is possible in the range which does not change the meaning of invention. For example, in the above-described embodiment, an example in which a mobile phone terminal is connected to two networks of a mobile phone network and a wireless LAN is shown. However, the present invention is not limited to this. For example, any one communication line has a high security. Any communication network having an established authentication and billing system may be used. Further, the wireless connection setting information permitting the LAN connection may be information other than the password and the user ID, or may be three or more. Further, the telephone identification information may be other than a telephone number.

1 Cellular phone terminal 2 LAN connection destination setting section (connection destination information specifying means)
3 Terminal phone transmitter (phone terminal side telephone network transmission means)
4 Terminal phone receiver (phone terminal side telephone network receiving means)
5 Terminal LAN transmitter (telephone terminal side wireless transmission means)
6 Terminal LAN receiver 9 Input unit (connection destination information designation means)
20 Mobile phone management server 21 Telephone network receiving unit (phone management server side telephone network receiving means)
22 Telephone server NW transmission unit (network transmission means on the telephone management server side)
23 Telephone server NW receiver (telephone management server side network receiving means)
24 Telephone network transmission unit (telephone management server side telephone network transmission means)
30 Wireless LAN management server 31 LAN server receiving unit (wireless LAN server side network receiving means)
32 User registration means 33 LAN server transmission section (wireless LAN server side network transmission means)
34 Charge setting section (charge method setting means)
40 access point (wireless LAN access point)
50 Wireless LAN connection system

Claims (3)

A mobile phone terminal having a wireless LAN communication function, a mobile phone management server arranged on the side of a company that provides a mobile phone network communication service of the mobile phone terminal, and a wireless LAN server for managing communication of a wireless LAN access point A wireless LAN connection system for connecting the mobile phone terminal to a network such as the Internet via the wireless LAN access point,
The mobile phone terminal
Connection destination information specifying means for selecting or inputting connection destination information which is identification information of a wireless LAN access point desired by a user;
Telephone terminal side telephone network transmission means for transmitting connection destination information designated by the connection destination information designation means and telephone identification information which is identification information of the portable telephone terminal to the portable telephone management server via the portable telephone network. When,
As a result of transmitting the connection destination information and the telephone identification information to the mobile phone management server by the telephone terminal side telephone network transmission means, wireless connection setting information transmitted from the mobile phone management server via the mobile phone network is received. Telephone terminal side telephone network receiving means to
Telephone terminal side wireless transmission means for transmitting the wireless connection setting information received by the telephone terminal side telephone network reception means to the wireless LAN access point via a wireless LAN;
The mobile phone management server includes:
A telephone management server side telephone network receiving means for receiving the connection destination information and the telephone identification information transmitted from the mobile telephone terminal by the telephone terminal side telephone network transmission means;
Telephone management server side network transmission means for transmitting user information including the telephone identification information received by the telephone management server side telephone network reception means and the connection destination information to the wireless LAN server via a network such as the Internet. When,
As a result of transmitting the user information and the connection destination information to the wireless LAN server by the telephone management server side network transmission means, wireless connection setting information transmitted from the wireless LAN server is received via a network such as the Internet. Telephone receiving server side network receiving means
Radio connection setting information received by the telephone management server-side network receiving means includes telephone management server-side telephone network transmission means for transmitting to the mobile phone terminal via a mobile phone network,
The wireless LAN server is
A wireless LAN server side network receiving means for receiving the user information and the connection destination information transmitted from the mobile phone management server by the telephone management server side network transmitting means, via a network such as the Internet;
Based on the user information and the connection destination information received by the wireless LAN server side network receiving means, the owner of the mobile phone terminal is designated as a user who can connect to the wireless LAN access point corresponding to the connection destination information. User registration means to register;
A wireless LAN server-side network transmission unit that transmits the wireless connection setting information to the mobile phone management server via a network such as the Internet after user registration by the user registration unit;
The mobile phone terminal transmits the wireless connection setting information received from the wireless LAN server via the mobile phone management server to the wireless LAN access point by the telephone terminal-side wireless transmission means, whereby the mobile phone A wireless LAN connection system characterized in that a connection setting of a terminal to the wireless LAN access point is performed. The mobile phone management server transmits information necessary for setting a charging method to the owner of the mobile phone terminal to the wireless LAN server by the phone management server side network transmission means,
The wireless LAN server includes charging method setting means for setting a charging method for the owner of the mobile phone terminal based on information necessary for setting the charging method received by the wireless LAN server side network receiving means. The wireless LAN connection system according to claim 1, further comprising:   The wireless LAN connection system according to claim 1 or 2, wherein the wireless connection setting information includes only a password or both a password and a user ID.

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