WO2015099073A1

WO2015099073A1 - Personal-information-adding system and charging method

Info

Publication number: WO2015099073A1
Application number: PCT/JP2014/084383
Authority: WO
Inventors: 池田　秀樹
Original assignee: 株式会社日立システムズ
Priority date: 2013-12-25
Filing date: 2014-12-25
Publication date: 2015-07-02
Also published as: JP2017038096A; WO2015098131A1

Abstract

A personal-information-adding system having a call-source talking device, a call-destination talking device, and a data center for relaying between the call-source talking device and the call-destination talking device, wherein the data center has a data-center-side control unit for generating a personal-information-added call-request signal by acquiring personal information about the call-source talking device corresponding to an identification number included in communication information transmitted from the call-source talking device and adding the acquired personal information about the call-source talking device to a call-request signal, and a data-center-side communication unit for transmitting the personal-information-added call-request signal generated by the data-center-side control unit to the call-destination talking device.

Description

Personal information addition system and billing method

The present invention relates to a personal information adding system and a charging method.

In recent years, with the development of communication technology, call devices (for example, smartphones, IP phones) that make calls over an IP network have become widespread by using VoIP (Voice over Internet Protocol) and VoLTE (Voice over LTE). .

In addition, it is known that communication carriers and the like provide PBX (Private Branch eXchange) as a cloud computing environment among telephone facilities in an office.

Japanese Patent Laid-Open No. 2010-268153 (Patent Document 1) states that “the source telephone terminal is assigned an entity number and an announcement number. The entity number is a telephone used for direct connection to the telephone terminal. The public number is a number published to a third party as the telephone number of the telephone terminal, and the telephone relay device stores the entity number and the published number in association with each other for each of the plurality of telephone terminals. When the telephone relay device receives a first call from the caller telephone terminal whose caller ID is the caller's phone number, the telephone relay device reads the public number corresponding to the caller's phone caller's caller ID. The telephone relay apparatus performs a relay process between the caller telephone terminal and the callee telephone terminal by making a second call whose public number is the callee telephone number ”.

JP 2010-268153 A

In the technique described in Patent Document 1, an announcement number indicating that a telephone terminal is in the same extension communication network can be displayed on the destination telephone terminal. However, in the technique described in Patent Document 1, personal information (for example, a telephone number and the name of the owner of the telephone terminal (not only the name of the individual but also a corporation) Etc.), the personal information of the calling telephone terminal could not be displayed on the destination telephone terminal. In addition, the personal information of the communication device managed at the data center of the telecommunications carrier cannot be utilized.

An object of the present invention is to provide a technology that makes it possible to utilize personal information of a telephone device managed in a data center of a telecommunications carrier.

The outline of a representative one of the inventions disclosed in the present application will be briefly described as follows.

One embodiment of the present invention is a personal information addition system having a caller device, a callee device, and a data center that relays between the caller device and the callee device. The calling party call device is used among a plurality of SIM cards inserted in the calling party call device by inserting two or more SIM cards of at least one of the first SIM card and the second SIM card. A calling side communication unit that transmits a call signal based on the SIM card to the data center. Further, the data center performs a billing process for a contractor corresponding to the SIM card specified based on the call signal transmitted by the caller side communication unit.

Further, in one embodiment of the present invention, there is provided a charging method in a data center that relays between a calling party calling device and a called party calling device, wherein the calling side communication unit of the calling party calling device has a calling party call A calling signal transmission step of transmitting a calling signal based on the SIM card to be used among the plurality of SIM cards inserted in the apparatus to the data center is provided. Further, the data center includes a charging step for performing a charging process for a contractor corresponding to the SIM card specified based on the call signal transmitted by the caller side communication unit.

Among the inventions disclosed in the present application, effects obtained by typical ones will be briefly described as follows.

According to the representative embodiment of the present invention, it is possible to provide a technology that makes it possible to use personal information of a telephone device managed in a data center of a telecommunications carrier. And when communicating between call terminals, the value of going through a telecommunication carrier can be increased.

It is a figure which shows the outline | summary of the structural example of the personal information addition system in Embodiment 1 of this invention. It is a figure which shows the outline | summary of the structural example of the table memorize | stored in the personal information storage part in Embodiment 1 of this invention. It is a figure which shows the outline | summary of the whole process of the personal information addition system in Embodiment 1 of this invention. It is a figure which shows the outline | summary of the structural example of the personal information addition system in Embodiment 2 of this invention. It is a figure which shows the outline | summary of the structural example of the corporate contact information table memorize | stored in the contact storage part in Embodiment 2 of this invention. It is a figure which shows the outline | summary of the structural example of the personal contact table memorize | stored in the contact storage part in Embodiment 2 of this invention. It is a figure which shows the outline | summary of the whole process of the personal information addition system in Embodiment 2 of this invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. Note that components having the same function are denoted by the same reference symbols throughout the drawings for describing the embodiment, and the repetitive description thereof will be omitted.
(Embodiment 1)
<System configuration>
FIG. 1 is a diagram showing an outline of a configuration example of a personal information adding system according to Embodiment 1 of the present invention. As shown in FIG. 1, the personal information adding system includes a caller device 100, a callee device 300, a caller device 100, a callee device 300, and a network (for example, an IP network). And a data center 200 to be connected.

The caller device 100 and the callee device 300 correspond to devices having a call function. The source call device 100 and the destination call device 300 are, for example, smartphones and IP telephones, and include all types of devices having a call function, such as PCs (Personal Computers) and in-vehicle hands-free devices.

A calling application (for example, a VoIP application or a VoLET application) is installed in the caller call device 100 and the callee call device 300. The caller device 100 and the callee device 300 can call over the IP network by activating the call application.

The data center 200 is managed by a telecommunications carrier and relays communication performed between the caller device 100 and the callee device 300.

Further, the caller call device 100, the data center 200, and the callee call device 300 are implemented by predetermined hardware and software. For example, the caller device 100, the data center 200, and the callee device 300 have a processor, a memory, etc., and the program on the memory executed by the processor is the caller device 100, the data center 200, the callee The computer of the communication device 300 is caused to function.

The caller communication device 100 includes a caller-side control unit 110, a caller-side communication unit 120, and a caller-side contact address storage unit 130.

The sender-side contact address storage unit 130 stores personal information (for example, the personal information includes the telephone number and name of an individual, a corporation, or an organization (not only the name of an individual, but also the name of a corporation. In some cases, the name of the organization is applicable), and consists of information such as the email address of the individual, corporation or organization, date of birth, personal address, corporate sales office or location of the organization, and identification number assigned to the SIM card. Memorize).

When the caller device 100 receives an input for selecting a callee, the caller-side control unit 110 generates communication information (for example, an IP packet) including an identification number for identifying the caller device 100. The identification number may be information allocated so as to identify the caller device 100. For example, the identification number allocated to the SIM card inserted into the caller device 100, the MAC address, It may be an address.

As described above, identification information corresponding to contract information is allocated to the SIM card. However, a SIM card (or IC chip) in which contract information or identification information can be rewritten may be applied. In the first embodiment, for convenience of explanation, it is assumed that the SIM card is used for identifying the contract information. However, the contract information is obtained using information other than the identification information stored in the SIM card. It may be identified.

The transmission source side communication unit 120 transmits the communication information generated by the transmission source side control unit 110 to the data center 200 via the base station and the IP network.

The data center 200 includes a data center side control unit 210, a data center side communication unit 220, and a personal information storage unit 230.

The personal information storage unit 230 stores personal information. The personal information stored in the personal information storage unit 230 is periodically updated to the latest information by the telecommunications carrier. As shown in FIG. 2, the table stored in the personal information storage unit 230 includes personal information such as [phone number], [identification number], [name], [address], and [public]. Composed. In addition to the items shown in FIG. 2, data items such as [mail address] and [birth date] may be included in the configuration of the table. [Identification number] indicates, for example, an identification number assigned to a SIM card inserted into the caller device 100 and the callee device 300. Note that, as described above, [identification number] is information allocated so that call devices such as caller device 100 and callee device 300 can be identified, and communication information transmitted from caller device 100. The identification information may be the same type as that included, and a MAC address, an IP address, or the like may be applied as appropriate. [Telephone number] indicates a telephone number of a contractor, such as an individual, a corporation, or an organization. [Name] indicates the name of the individual who is the contractor. [Name] indicates a corporate name when the contractor is a corporation, and an organization name when the contractor is an organization. [Address] indicates the address of the individual who is the contractor, the business office of the corporation, and the base of the activity of the group. [Public] indicates whether the corresponding personal information may be transmitted to the destination call device 300. If “open” is stored in the value of “open”, it indicates that the corresponding personal information may be transmitted to the destination call device 300. When “impossible” is stored in the value of “open”, it indicates that the corresponding personal information should not be transmitted to the destination telephone device 300.

The data center side communication unit 220 receives the communication information transmitted from the transmission source side communication unit 120. Then, the data center side control unit 210 searches the personal information storage unit 230 using the identification number for identifying the caller communication device 100 included in the communication information as a key, and the personal information ( For example, the telephone number of the caller device 100 and the name of the owner of the caller device 100) are acquired from the personal information storage unit 230. The data center side control unit 210 generates a call signal after adding personal information by adding the acquired personal information to a call signal for calling the destination call device 300.

Thereafter, the data center side communication unit 220 transmits the call signal after adding personal information generated by the data center side control unit 210 to the destination call device 300 via the base station and the IP network.

The destination call device 300 includes a destination side control unit 310, a destination side communication unit 320, a destination side contact storage unit 330, and an output unit (for example, a display unit such as a display) 340.

The destination communication unit 320 receives the call signal after adding personal information transmitted from the data center communication unit 220.

The destination side control unit 310 inputs the personal information included in the call signal after adding the personal information received by the destination side communication unit 320 to the output unit 340.

The output unit 340 displays the input personal information of the caller (for example, the caller's telephone number and caller's name) on a display device (for example, a display) and outputs the sound from the speaker, thereby calling the caller. An incoming call from the apparatus 100 is notified.

The destination side contact storage unit 330 stores personal information (for example, the personal information includes the telephone number and name of an individual, a corporation, or an organization (not only the name of an individual, but also the name of a corporation. (In this case, the organization name is applicable), and the email address, date of birth, personal address of the individual, corporation or organization, and information on the business office of the corporation or the base of the organization's activities) .

<Overall processing>
FIG. 3 is a diagram showing an overview of the overall processing of the personal information adding system in the first embodiment of the invention.

First, in S301, when the caller device 100 receives an input for selecting a call destination, the caller-side control unit 110 sends the name of the callee corresponding to the selected callee and the telephone number of the callee. Obtained from the former-side contact address storage unit 130.

Next, in S <b> 302, the transmission source side control unit 110 of the caller calling device 100 performs communication including an identification number for identifying the caller call device 100 with respect to the callee telephone number and the callee name. Generate information. Then, the source side control unit 110 inputs the generated communication information to the source side communication unit 120.

Next, in S303, the transmission source side communication unit 120 transmits the communication information input from the transmission source side control unit 110 to the data center 200 via the base station and the IP network.

Next, in S304, the data center side communication unit 220 of the data center 200 receives the communication information transmitted in S303. The data center side communication unit 220 inputs the received communication information to the data center side control unit 210.

Next, in S305, the data center side control unit 210 of the data center 200 searches the personal information storage unit 230 using the telephone number of the destination included in the communication information input in S304 as a key, and the corresponding name. To get. Thereby, the exact name of a transmission destination is acquired.

Next, in S306, the data center control unit 210 determines whether or not the name acquired in S305 matches the name of the destination included in the communication information. As a result, it is determined whether the name stored in the caller-side contact storage unit 130 of the caller calling device 100 is an accurate name. In S306, when the data center side control unit 210 determines that the name acquired in S305 matches the name of the destination included in the communication information (No in S306), the data center side control unit 210 stores the name in the source side contact storage unit 130. Since the stored name is an accurate name, the process proceeds to S311. On the other hand, when the data center control unit 210 determines in S306 that the name acquired in S305 and the name of the destination included in the communication information do not match (S306-Yes), the source side contact address storage Since the name stored in the unit 130 is not an accurate name, the process proceeds to S307.

Even if the data center control unit 210 determines in S306 that the name acquired in S305 and the name of the destination included in the communication information do not match (S306-Yes), the process returns to S305. If the name corresponding to the acquired name is “impossible”, the process proceeds to S311. As a result, when the contractor of the destination call device 300 does not want to disclose personal information, the personal information of the destination call device 300 can be prevented from being transmitted to the caller device 100.

In addition, when the disclosure corresponding to the name acquired in S305 is “impossible”, the calling party call device 100 inquires of the destination call device 300 whether or not to disclose the personal information. Also good. In this case, as a result of inquiring to the destination call device 300, if the personal information is publicly “permitted”, the process proceeds to S307, and if the public information is “unusable”, the process proceeds to S311.

Next, in S307, the data center side control unit 210 associates the destination telephone number included in the received communication information with the name acquired in S305, and inputs them to the data center side communication unit 220. As a result, an accurate name is input to the data center side communication unit 220.

Next, in S308, the data center side communication unit 220 associates the destination telephone number and name input in S307 and transmits them to the calling party call device 100.

Next, in S309, the caller side communication unit 120 of the caller device 100 receives the telephone number and name of the callee transmitted in S308. The transmission source side communication unit 120 inputs the received telephone number and name of the transmission source to the transmission source side control unit 110 in association with each other.

Next, in S310, the transmission source side control unit 110 updates the name stored in the transmission source side contact storage unit 130 to the name corresponding to the telephone number of the transmission source input in S309. Thereby, the name memorize | stored in the transmission origin side contact address memory | storage part 130 is updated to an exact name.

Next, in S311, the data center side control unit 210 of the data center 200 uses the identification number for identifying the caller device 100 included in the communication information input in S304 as a key for the personal information storage unit 230. And the corresponding personal information of the sender (for example, the telephone number and the name of the sender) is acquired from the personal information storage unit 230. It should be noted that the data center side control unit 210 acquires the personal information of the transmission source whose release is “permitted” from the personal information storage unit 230.

Next, in S312, the data center side controller 210 adds the personal information of the caller obtained in S311 to the call signal for calling the destination call device 300, thereby generating a call signal after adding personal information. Generate. The data center side control unit 210 inputs the generated personal information added call signal to the data center side communication unit 220.

Next, in S313, the data center side communication unit 220 transmits the call signal after adding personal information generated in S312 to the destination call device 300 via the base station and the IP network.

Next, in S314, the callee side communication unit 320 of the callee device 300 receives the call signal after adding personal information transmitted in S313. The destination side communication unit 320 inputs the received call signal after adding personal information to the destination side control unit 310.

Next, in S315, the destination side control unit 310 searches the destination side contact storage unit 330 using the personal information included in the input call signal after adding the personal information as a key.

Next, at S316, destination side control unit 310 determines whether personal information of the source is stored in destination side contact storage unit 330 as a result of the search at S315. If the destination telephone device 300 determines in S316 that the personal information of the sender is stored in the destination side contact storage unit 330 (No in S316), the process proceeds to S318. On the other hand, in S316, when the destination telephone device 300 determines that the personal information of the sender is not stored in the destination side contact storage unit 330 (S316-Yes), the process proceeds to S317.

Next, in S317, the destination side control unit 310 stores the personal information included in the call signal after adding personal information input in S314 in the destination side contact storage unit 330.

Next, in S318, the destination side control unit 310 inputs the personal information included in the call signal after adding the personal information input in S314 to the output unit 340.

Next, in S319, the output unit 340 outputs the personal information input in S318, and notifies the incoming call from the caller device 100. More specifically, the output unit 340 displays the personal information (for example, the telephone number and the name of the caller) input in S318 on a display device (for example, a display) and outputs a sound from a speaker. An incoming call from the former call device 100 is notified.

Note that the data center 200 may communicate with the callee device 300 and the callee device 300 using WebSocket. Further, the data center 200 may communicate with the destination telephone device 300 and the destination telephone device 300 using WebRTC (Web Real-Time Communication).

Further, the destination side control unit 310 is input at S314 even when the name corresponding to the telephone number of the source input at S314 is stored in the destination side contact storage unit 330. The name of the sender is input to the output unit 340 in S318. When the destination communication unit 320 receives a call signal to which no personal information is added, the output unit 340 is the owner of the caller communication device stored in the destination contact storage unit 330. Displays the name of. On the other hand, when the destination communication unit 320 receives the call signal after adding personal information, the caller 100 of the caller device 100 constituting the personal information included in the call signal after adding personal information transmitted from the data center side communication unit 220. Even if the name of the owner is stored in the destination side contact storage unit 330, the source constituting the personal information included in the outgoing call signal after the addition of personal information transmitted from the data center side communication unit 220 The name of the owner of the communication device 100 is displayed.

Thus, the highly reliable personal information added by the data center 200 can be output (displayed) from the output unit 340. Then, the personal information with high reliability added in the data center 200 is displayed preferentially, so that the name of the wrong owner of the caller device 100 is stored in the callee device 300. Even if it exists, it becomes possible to display the name of the owner of the caller calling device 100 with accuracy, and it is possible to increase the value by communicating through the telecommunications carrier.

If the name corresponding to the caller's telephone number is not added in the data center 200, the callee-side controller 310 reads the name corresponding to the caller's telephone number from the callee-side contact storage unit 330. And the acquired name is input to the output unit 340 together with the destination number. Thereby, even when personal information is not added in the data center 200, the personal information stored in advance in the transmission destination side contact storage unit 330 can be output from the output unit 340.

<Effect of Embodiment 1>
According to the personal information addition system in the first embodiment described above, the data center side control unit 210 generates a call signal after adding personal information by adding the personal information to the call signal, so that the telecommunication business It is possible to provide a technology that makes it possible to utilize personal information of a telephone device managed in a data center of a person. And when communicating between call terminals, the value of going through a telecommunication carrier can be increased. Further, even when a call is pretending to be a caller as a result of eavesdropping on communication information transmitted from caller call device 100, highly reliable personal information is output to the output unit of callee call device 300. 340 can be output.
(Embodiment 2)
The difference between the second embodiment and the first embodiment is that, for example, a personal SIM card (first SIM card) for private use is used in the caller device 100 of the second embodiment for business use. At least any one SIM card with the corporate SIM card (second SIM card) is inserted.

Further, the second embodiment is different from the first embodiment in that the caller device 100 according to the second embodiment does not have the caller-side contact storage unit 130, and the data center 200 is different from the caller device 100. According to the transmitted SIM card identification number, corresponding contact information is acquired from the contact storage unit 240 and provided to the caller device 100.

Further, the second embodiment is different from the first embodiment in that the output unit 140 displays a list of call candidates transmitted from the data center 200 and selects a call target from the call candidates displayed in the list. It is a point to do.

Further, the second embodiment is different from the first embodiment in that the selected call candidate corresponds to any SIM card among a plurality of SIM cards inserted in the caller communication device 100. The point is that a call signal based on the specified SIM card is transmitted to the data center 200.

At the end of the call or after transmission of the mail, the data center 200 performs billing processing based on the received call signal. For example, when the data center 200 receives a call signal based on a corporate SIM card, the data center 200 charges the corporation that has contracted the corresponding corporate SIM card. On the other hand, when the data center 200 receives a call signal based on the personal SIM card, the data center 200 charges the individual who contracts the corresponding personal SIM card. As a result, the data center 200 charges the corporation contracted for the corporate SIM card when the caller calling device 100 is used for business, and the personal SIM card when the caller calling device 100 is used privately. Can be charged for individuals who have contracted Further, it is possible to prevent the caller device 100 lent to the employee from the corporation from being used for private use.

Hereinafter, differences of the second embodiment from the first embodiment will be mainly described with reference to FIGS.

<System configuration>
FIG. 4 is a diagram showing an outline of a configuration example of the personal information adding system according to the second embodiment of the present invention. As shown in FIG. 4, the data center 200 according to the second embodiment stores corresponding contact information (cloud phone book acquired from the data center 200) for each identification number of the contractor's SIM card. Stored in 240. For example, in the contact storage unit 240, a corporate contact table (to be described later, FIG. 5) including contact information (hereinafter referred to as corporate contact information) when the contractor is a corporation, or a contractor is an individual. A personal contact table (to be described later, FIG. 6) composed of contact information (hereinafter referred to as personal contact information) is stored.

The calling party call device 100 has two SIM cards of at least one of a personal SIM card (first SIM card) for private use and a corporate SIM card (second SIM card) for business use. The above is inserted. Further, the personal SIM card and the corporate SIM card inserted into the caller calling device 100 are SIM cards (or IC chips) that can rewrite contract information. Note that two or more SIM cards may be inserted into the calling party call device 100, and the number of inserted cards is not limited to two. Further, it is possible to insert only the personal SIM card into the caller calling device 100 and use it, and it is also possible to insert and use only the corporate SIM card.

For example, when one personal SIM card and one corporate SIM card are inserted in the caller calling device 100, the SIM card used in the caller calling device 100 is the personal SIM card, the corporate SIM card, Any SIM card with the SIM card is selected. In this case, the caller-side communication unit 120 of the caller calling device 100 receives contact information corresponding to the personal SIM card or contact information corresponding to the corporate SIM card transmitted from the data center 200. Then, the source side communication unit 120 inputs the contact information corresponding to the received personal SIM card or the contact information corresponding to the corporate SIM card to the source side control unit 110.

Based on the contact information corresponding to the personal SIM card or the contact information corresponding to the corporate SIM card, the caller side control unit 110 of the caller device 100 sends each call. Candidates (for example, including at least one of a telephone number, a name, and an email address) are displayed on the output unit 140 as a list. Then, the output unit 140 (functioning as a touch panel) of the caller calling device 100 receives an input for selecting a desired call target from each call candidate displayed in the list.

The source side control unit 110 of the source call device 100 corresponds to which SIM card among the plurality of SIM cards inserted into the source call device 100, the selected call candidate. Is identified. For example, the caller-side control unit 110 selects a call candidate selected from among a plurality of SIM cards inserted in the caller communication device 100 based on the identification number of the currently used SIM card. Specify whether it corresponds to the SIM card.

It should be noted that the sender control unit 110 has a plurality of mails that have been created inserted into the sender call device 100 based on the email addresses of the recipients of the emails created by the sender call device 100. You may specify which SIM card among SIM cards it corresponds. For example, in a case where a corporate SIM card and a personal SIM card are inserted one by one, “.com” is included in the mail address of the mail created by the caller device 100. If so, the transmission source side control unit 110 specifies that the created mail corresponds to the corporate SIM card.

Further, based on the telephone number corresponding to the SMS (Short Message Service) being used, the transmission source side control unit 110 identifies which SIM card the created message corresponds to. May be.

Also, based on the name of the account of the SNS (Social Networking Service) that the calling telephone device 100 is accessing, it identifies which SIM card the message created via the SNS corresponds to You may do it.

Further, when the caller calling device 100 has activated the business card application, the caller calling device 100 specifies which SIM card corresponds to the name of a corporation or an individual included in the business card. May be.

The source communication unit 120 of the source call device 100 transmits a call signal based on the specified SIM card to the data center 200. For example, the transmission side communication unit 120 transmits a call signal to which the identification number of the personal SIM card is added to the data center 200. That is, the source side communication unit 120 transmits a call signal based on the SIM card to be used among the plurality of SIM cards inserted in the source call device 100 to the data center.

The data center 200 stores corresponding contact information (for example, a telephone book) in the contact storage unit 240 for each identification number of the contractor's SIM card. For example, in the contact storage unit 240, a corporate contact table (to be described later, FIG. 5) including contact information (hereinafter referred to as corporate contact information) when the contractor is a corporation, or a contractor is an individual. A personal contact table (to be described later, FIG. 6) composed of contact information (hereinafter referred to as personal contact information) is stored.

The data center side control unit 210 of the data center 200 acquires corresponding contact information from the contact storage unit 240 in accordance with the SIM card identification number transmitted from the caller device 100, and transmits the caller device 100. To provide. As a result, the data center 200 provides the cloud telephone directory to the caller device 100.

The corporate contact table stored in the contact storage unit 240 of the data center 200 is, as shown in FIG. 5, [identification number], [phone number], [name], and [email address] which are personal contact information. ], [Sales Office] and other data items. Further, the personal contact table stored in the contact storage unit 240 of the data center 200 includes [identification number], [phone number], [name], [name], which are personal contact information, as shown in FIG. It consists of data items such as [email address], [birth date], and [address].

<Overall processing>
FIG. 7 is a diagram showing an overview of the overall processing of the personal information adding system in the second embodiment of the invention.

First, in S701, the source side communication unit 120 of the source call device 100 stores the identification number of the SIM card currently used among the identification number of the personal SIM card and the identification number of the corporate SIM card. Transmit to the center 200.

Next, in S702, the data center side control unit 210 of the data center 200 searches the contact storage unit 240 using the identification number of the SIM card (personal SIM card or corporate SIM card) transmitted in S701 as a key. , Get all corresponding contact information.

Next, in S703, the data center side communication unit 220 of the data center 200 inputs the contact information acquired from the contact storage unit 240 in S702 to the data center side communication unit 220.

Next, in S704, the data center side communication unit 220 of the data center 200 transmits the contact information input in S703 to the calling party call device 100.

Next, in S705, the caller side communication unit 120 of the caller device 100 receives the contact information transmitted in S704. Then, the source side communication unit 120 inputs the received contact information to the source side control unit 110.

Next, in S706, the transmission source side control unit 110, based on the contact information input in S705, selects at least one information of a call candidate (for example, telephone number, name, and mail address). Are displayed on the output unit 140 as a list.

Next, in S707, the input unit of source call device 100 accepts an input for selecting a desired call candidate from the list of call candidates. As a result, a call target is selected.

Next, in S708, the transmission source side control unit 110 corresponds to any SIM card among the plurality of SIM cards inserted in the transmission source call device 100, with the call candidate selected in S707. Identify what is.

For example, when a corporate SIM card and a personal SIM card are inserted one by one, the caller-side control unit 110 determines whether a call candidate corresponding to the corporate SIM card or a call target corresponding to the personal SIM card. Is identified. Then, based on the identification number of the currently used SIM card, the transmission source side control unit 110 determines whether the call candidate is a call candidate corresponding to a corporate SIM card or a call target corresponding to a personal SIM card. Identify.

Next, in S709, the caller side communication unit 120 of the caller communication device 100 transmits a call signal based on the SIM card specified in S708 to the data center 200. For example, the transmission side communication unit 120 transmits a call signal to which the identification number of the personal SIM card is added to the data center 200.

Next, in S710, the data center side communication unit 220 of the data center 200 receives the calling signal transmitted in S709.

The data center 200 performs billing processing based on the call signal received in S710 at the end of the call or after sending the mail. For example, when the data center 200 receives a call signal based on a corporate SIM card, the data center 200 charges the corporation that has contracted the corresponding corporate SIM card. On the other hand, when the data center 200 receives a call signal based on the personal SIM card, the data center 200 charges the individual who contracts the corresponding personal SIM card.

<Effect of Embodiment 2>
According to the personal information addition system in the second embodiment described above, when caller side communication unit 120 is a call candidate corresponding to a corporate SIM card, a call based on the corporate SIM card is made. When a signal is transmitted to the data center 200 and a call target is a call candidate corresponding to the personal SIM card, a call signal based on the personal SIM card is transmitted to the data center 200, so that the corporation can make an employee call. It is possible to prevent the corporate SIM card inserted in the calling party call device 100 lent to the private use from being used for private use. In addition, it becomes possible to distribute billing destinations in the caller device 100 used for personal use and for business use. In addition, the corporation side can check whether unauthorized use is made by referring to the contact information (cloud phone book) stored in the contact storage unit 240 of the data center 200. In addition, the individual side can prevent personal information from being seen by other employees of the corporation and prevent personal information from leaking.

DESCRIPTION OF SYMBOLS 100 ... Source call apparatus, 110 ... Source side control part, 120 ... Source side communication part, 130 ... Source side contact storage part, 200 ... Data center, 210 ... Data center side control part, 220 ... Data center Side communication unit 230 ... Personal information storage unit 240 ... Contact storage unit 300 ... Destination call device 310 ... Destination side control unit 320 ... Destination side communication unit 330 ... Destination side contact storage unit 340 ... Output unit.

Claims

A personal information addition system having a caller device, a callee device, and a data center that relays between the caller device and the callee device,
The caller device
Two or more SIM cards of at least one of the first SIM card and the second SIM card are inserted,
Of the plurality of SIM cards inserted in the caller device, a caller-side communication unit that transmits a call signal based on the SIM card to be used to the data center,
The data center performs a billing process for a contractor corresponding to the SIM card specified based on the call signal transmitted by the source communication unit.
Personal information addition system.
In the personal information addition system according to claim 1,
The caller device
A source-side control unit that generates communication information including an identification number for identifying the source call device;
A source side communication unit that transmits the communication information generated by the source side control unit to the data center;
Have
The data center is
Obtaining the personal information of the caller device corresponding to the identification number included in the communication information transmitted from the caller communication unit, and using the acquired personal information of the caller device as a call signal A data center control unit that generates a call signal after adding personal information by adding,
A data center side communication unit for transmitting the call signal after adding the personal information generated by the data center side control unit to the destination call device;
Have
The destination call device has an output unit for displaying the name of the owner of the caller call device constituting the personal information included in the call signal after the addition of personal information transmitted from the data center side communication unit. And
The output unit is
When receiving the call signal to which the personal information is not added, displays the name of the owner of the caller device stored in the callee-side contact storage unit,
When the call signal after adding the personal information is received, the name of the owner of the caller device constituting the personal information included in the call signal after adding the personal information transmitted from the data center side communication unit is the Even when stored in the destination side contact storage unit, the caller of the caller constituting the personal information included in the call signal after the addition of the personal information transmitted from the data center side communication unit Display the name of the owner,
Personal information addition system.
In the personal information addition system according to claim 2,
The data center side control unit obtains the personal information stored in the data center when the personal information of the destination included in the communication information does not match the personal information stored in the data center;
The data center side communication unit transmits the personal information acquired by the data center side control unit to the caller calling device,
The source call apparatus further includes a source side control unit that stores the personal information transmitted from the data center side communication unit in a source side contact address storage unit.
A billing method in a data center that relays between a calling device and a calling device,
A call signal transmission step in which the caller side communication unit of the caller communication device transmits a call signal based on the SIM card to be used among the plurality of SIM cards inserted in the caller call device to the data center. When,
A billing step in which the data center performs billing processing for a contractor corresponding to the SIM card identified based on the call signal transmitted by the caller side communication unit;
Billing method.