JP2007151052A - Speech-enabled push type information communication system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To specify and automatically display browsing information by specifying a telephone call originating destination or transfer destination utilizing information to be obtained from an apparatus to be utilized, such as positional information and others. <P>SOLUTION: In push type information communication that each of speakers uses dedicated software mounted in each apparatus and a server on a network while using a telephone set including a mobile telephone, a computer connected to a public Internet network and a communication means between the both, audiovisual information is selected/generated or the apparatus is operated on the basis of information obtained from the relevant computer and the apparatus connected thereto, information obtained from the telephone set, information separately registered on the network beforehand. Thus, origination of a call to a telephone number associated with a television program under viewing, transfer of a telephone call by uttering a facility name, automatic generation of display information, automatic transfer of mail, and the like are provided. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a push-type information communication system with a telephone call that simultaneously and integrally uses a computer connected to a telephone and an Internet network.

  The present patent applicant has applied for a patent relating to a system for realizing push-type information communication with a telephone call using a computer connected to a telephone and an Internet network simultaneously. (Application date: August 31, 2004, application number: 2004-282719, international application number: PCT / JP2005 / 015934) This is an existing mobile phone, fixed phone, or wireless LAN that is expected to become widely used in the future. Using a telephone with wireless communication function and a display connected to a client or server connected to the Internet, and trying to realize a new communication function by browsing information displayed on the display during a call It was a thing.

Since the filing date of the application, the decline in the monitor price has progressed rapidly. Recently, the price of a 17-inch personal computer with a monitor can be purchased at about 50,000 yen. In addition, the spread of IP telephones is rapidly progressing, and for fixed telephones placed at home, services that can be made at a fixed rate are spreading if the other party is the same telephone service company. Even mobile phones are starting to see the direction of flat rates. Also, the fusion of broadcasting and communication is coming soon, PCs with TV tuners have begun to spread, and large-screen TVs in the living room have begun to sell devices with internet connection functions.
Under such circumstances, when a system for operating a large-sized television set in a living room using a fixed telephone is constructed according to the invention, it is no longer necessary to worry about telephone charges. In addition, when building a business model that provides a push-type information communication service that involves the above-mentioned calls by installing public displays in stations or on street corners, the depreciation amount of the facilities has reached a sufficiently low level, and the display banner is displayed. As a result, it is possible to recover the investment with advertising revenue from the above, and the conditions have been established so that it can be easily spread.

  In the system for realizing push-type information communication with a call, regardless of whether the device sending information to the display is a client machine or a monitor machine, the communication service company and the telephone service company are the same or different. Regardless of whether or not the call destination is a natural person or a voice recognition system, and whether the other party is a single person or a plurality of other parties, in addition to recognizing voice data and converting it to text data, Since there are features such as the ability to identify users based on authentication and telephone numbers, and the ability to integrate with various data and applications on the network, there are various applications other than the basic usage forms and systems in the invention. Can be devised.

When using push-type information communication with a call using a TV device as a display screen, it is assumed that the Web page related to the broadcast content is identified from the channel information that was viewed immediately before and displayed immediately. .
Web pages related to each program and CM are already substantial, and there are many needs to obtain store locations and detailed information introduced in the program. When using a push-type information communication service with a call, if information is automatically selected and displayed based on television channel information, the user can obtain a wider range of information from the television. Also, if the call forwarding destinations are narrowed down to program information providers and sponsors, etc., the destination can be easily transferred by telephone voice so that the call can be easily transferred to a viewer participation program. Therefore, it is possible to prevent troubles such as making a mistake in making a call.
Thereby, it is expected that a viewer's telephone is connected to the area from a program that broadcasts the area information, and it is expected to lead to regional promotion such as local sightseeing guidance, reservation reception, and product purchase. Similarly, even in a program for enlightening viewers, such as social welfare, health, and children's education, it is possible to provide more detailed information to viewers inspired by the program and achieve the intended purpose. When calls are concentrated, it is possible to communicate with a larger number of viewers by making sure that the voice recognition system provides detailed information during a certain period of time without transferring the call. . It is also possible to attach a banner advertisement to the information to be provided and obtain income from banner advertisement sponsors other than the CM sponsor.
If the broadcast channel and time zone are specified, the programs, commercial sponsors, product names, information providers, and information items broadcast on the broadcast channel in that time zone can be narrowed down, making selection by voice recognition easy. To be able to.
By sharing a unique code between a specific television device and a fixed telephone, the procedure can be made easier and the paired relationship between the television device and the fixed telephone can be confirmed. Thus, it is possible to associate a specific television device in the home with a specific fixed telephone in advance and automatically start push-type information communication with a call if both are connected. .

  The service provider of push-type information communication with calls is also able to automatically create a speech recognition dictionary by automatically extracting company names, product names, area names, etc. from TV broadcast sounds and images using keyword spotting technology. It is conceivable to provide services. Even with the current speech recognition technology, if the recognition candidates are narrowed down to a few hundred words, they can be recognized quickly with sufficiently high accuracy.

Use of telephone number or voiceprint authentication function to realize pay recording and pay viewing by broadcasting in the midnight time zone, and the telephone company to charge for the purchase of goods Forms are also possible.
When information is provided by the voice recognition function, the initial screen can be customized from the characteristics and attributes of the user.

In addition to viewing channel information and time of day, information on the location of the display, location information of the base station of the telephone service company, device status information, performance information, caller's phone number, destination phone number, push-type information It is conceivable that various service forms can be created by using various information such as history information obtained on the communication service provider side.
In the display placed on the street corner, information that is often used in that area is extracted and the initial screen is configured to browse the information, simplify route search and train reservation, hospital reservation It is possible to make it possible for many users to quickly use services such as inserting services. It is also possible to select content by identifying whether the telephone owner is a Japanese person, a foreigner, an elderly person, or a disabled person from the telephone number.
Popular contents can be displayed that day, and banner advertisements to be displayed can be selected from users and other information to select and display effective advertisements.

  In addition, data stored in a mobile phone, data stored in a separate IC card or other suitable medium is read by a client or an arbitrary reading device attached to the mobile phone, and when the client accesses the server, or the telephone It is possible to adopt a method of supporting the user by performing data transmission in parallel. For example, every time a foreigner who does not know Japanese or geography calls the phone number decided in front of the display whenever he gets lost on the way from the airport to his destination It is assumed that the location information and the current location information are transmitted, and a command for indicating the route is transmitted, and how to reach the destination from the location is indicated in an appropriate language. By registering the language used, destination information, commands, etc. with the caller phone number in advance on the server side, the previous route information can be displayed automatically by simply placing a mobile phone. Can do.

  By providing an IP telephone function to TV equipment and other client machines and server machines, both equipment can be connected by connecting a telephone between the two without having a separate wireless communication function between the TV equipment and the telephone. Communication function can be realized. As a result, it may be possible to improve convenience, for example, by simplifying the procedure for checking the correspondence between both devices.

Many existing telephones cannot use the call function and data communication function at the same time. A service that automatically transfers mail data to the other party can be realized.
Thereby, after making an emergency call to No. 110, it is possible to realize a usage form such as promptly transmitting a site photograph or the like.

By referring to the map, characters, pictures, etc. displayed on the screen as a reference, the call forwarding destination can be specified by a proper noun and the call can be made without worrying about the phone number. Although it is difficult to search for and identify words that match the voice uttered from tens of thousands of unspecified words with existing voice recognition technology, it is usually displayed in push-type information communication involving calls. Usage status can be specified for each screen. Therefore, if a speech recognition dictionary having a size of about several hundred words is created on the service providing side according to the display screen, the recognition target can be specified with high recognition accuracy. By associating a phone number with a map, text, picture, etc. on the display screen and transferring the call to the phone number, the user can connect to the phone simply by speaking the proper noun to be recognized.
As described above, push-type information communication involving a call is performed by transmitting information about a device used or an individual user or environment information at the time of connection to the server when the client is connected to the server or when connecting to the phone, or some information is previously stored in the server. It is possible to provide various services according to the needs and wants of individual users. In this specification, the versatility and expandability of push-type information communication involving such a call are shown.

Hereinafter, the definitions of terms in the present specification are as follows.
The telephone or telephone service is broadly defined through a public Internet network using a dedicated application based on packet switching technology, in addition to a telephone service such as a fixed telephone or a mobile phone connected by a dedicated telephone line or an IP telephone service provided by a provider. Including Internet telephone. The telephone refers to a terminal that serves as the telephone service, and includes a computer having a microphone and a speaker, a PDA to which an earphone is connected, and the like.
A telephone number or the like refers to information for specifying and connecting a telephone including a telephone number and a global IP address and a port number when a telephone number is not assigned as in the case of an Internet telephone. However, if the client obtains the IP address and port number of both telephones in a call in order to confirm that the telephone is connected, it can be the private IP address and port number of the telephone used by the same party. In this case, the MAC address of the two telephones in the call and other uniquely defined information are exchanged between the two telephones, and the information obtained by the client identifying the two telephones in the call is also included. It may be a thing. In addition, it includes a case where a random numerical value or a unique code for identifying a telephone is shared by a telephone of a calling party and a server on the network.
The telephone line includes a private network such as a telephone company, a public Internet network that receives and transmits voice data as packets, a wireless network such as a wireless LAN, and the like.
A communication network refers to a communication network that connects a computer terminal and a terminal or other computer equipment, mainly a public Internet network, and includes networks such as dedicated lines, service lines, cable TV broadcast channels, etc., which are distinguished from telephone lines. Yes. Since the present invention is intended to be used among unspecified users deployed in a wide area, it uses a network that is completed only by a LAN, or uses a public Internet network. When a separate application is introduced in advance to perform communication only between devices, or information for specifying devices such as IP addresses and MAC addresses of all terminal devices is known in advance to each caller during communication. The network in such a case is not targeted.
An IP address or the like refers to information necessary for accessing a specific computer, such as an IP address and a port number, or a URL. It also includes a case where the number is a random numerical value or unique code for identifying the client, which is shared by the client of the caller connected to the communication network and the server on the network.
Note that the telephone line and the communication network may be separate or the same network.
The speech recognition dictionary is a list of words that should be identified from the speech uttered by a caller in a certain number of word lists. A voice command is a word that is determined to cause a certain application installed in a computer to perform arithmetic processing among words described in the voice recognition dictionary.
“Push-type information communication with calls” refers to other information based on the prior approval of information data created or selected arbitrarily during a call using the telephone service at an arbitrary timing based on the flow of conversation. Output to each caller's computer or output data obtained by computer processing using voice data transmitted from the telephone as input data to each caller's computer and promptly received by each caller's computer. This refers to information communication that is performed in such a manner that displayed data is displayed or reproduced on the screen.
The caller refers to a person who has a conversation by push-type information communication involving a call, but includes a case where the caller is a computer having a function of processing voice data.
A client is a computer terminal that is connected to a monitor and can display a screen, and is distinguished from a telephone. The telephone and client used by each caller may be a single device or a separate device that is physically separated. If the phone is a personal computer used for an IP telephone or an Internet telephone, a single caller uses it. The IP address and MAC address of the telephone may be the same as or different from those of the client used by the same caller.
When each device is described, it means all the computer devices and telephones.
The push-type information command refers to a command for starting software for performing push-type information communication (hereinafter referred to as push-type information communication software).

As shown in FIG. 1, the equipment of the present invention includes 10 and 30 telephones and 11 and 31 clients, 14 and 34 telephone lines, 15 and 35 communication networks, and 21 servers and 21 servers on the network. 20 connected telephones, push-type information communication software installed in each device, and wire transmission / reception between the telephone and the client when the telephone used by each caller and the client are physically separated Or constituted by wireless 13 and 33 communication means. The router in FIG. 1 may or may not be present. In the case where there are 16 and 36 routers, the service lines are assumed to be 12 and 32 communication networks. Further, the 21 servers may be composed of a plurality of servers connected via a network and function integrally. The 20 telephones and the 13, 33 communication means may not be provided depending on the configuration.
As shown in FIG. 2, a TV tuner may be connected to the client, or an information reading device such as an IC card reader or IC tag reader may be connected.

  One of the means for solving the problems of the present invention is as follows: (1) Location information of each client sent when each client accesses the 21st to 27th servers, viewing channel information of television connected to each client, and equipment Performance information and other information, (2) information read by each information access device connected to each client, sent when each client accesses 21 to 27 servers, and (3) each telephone set to 20 telephones Time information obtained from the telephone number etc., location information of mobile phone base stations, other information, history of provided services stored in 21 servers and 23 computers, etc., and clock functions , (5) Identification of individual users and user status based on phone voice data and voice print analysis results It performs a grasp, perform selection of information and banner ads to customization and display of providing information to the client, creating a speech recognition dictionary for speech recognition, determination of the payer, such as application of the selection to be activated. The process may be by any method.

  As a means for solving the problems of the present invention, a list in which words in the speech recognition dictionary held by the 23 computer are associated with telephone numbers is created in advance, and the words are identified from the spoken speech. It is a method of automatically forwarding to the phone number to be.

The third means for solving the problems of the present invention is that the 11 clients and 10 telephones hold the same unique code in advance by any method, and the 21 unique codes are collated in the 21 servers accessed from both. This is a method for determining the correspondence. The method of setting the unique code for the client and the telephone may be manually input, or may be acquired and stored by any method when both are connected to the 21 server and the 20 telephone.
It should be noted that the unique codes of the previous two are not necessarily the same, but any number of codes can be applied as long as they can be easily recognized as a pair in the 21 server by a predetermined method such as consecutive numbers. good.

The fourth means for solving the problems of the present invention is that 11 client machines are also provided with an IP telephone function, and an IP telephone is simultaneously connected when accessing the 21 server, and 11 based on voice data transmitted to the IP telephone. This is a method for operating client software.
As a result, when 11 clients receive specific audio data, it is determined that it is time for the 21 server to send information to the 11 clients, and the 11 client sends a request for data transmission to the 21 server. it can. That is, even if a wireless communication function is not provided between 10 telephones and 11 clients, that function can be substituted.

When a user calls a predetermined phone number in front of 11 clients, a screen corresponding to the time, place and situation is automatically created and displayed. For example, the same phone number can be called from any location. As a result, it is possible to realize the convenience that the route from the place to the destination is automatically displayed in an expression according to the language and characteristics of the user. Support functions such as helping foreigners to reach their destination from Narita Airport and helping children move alone are expected.
In addition, when viewing a television, information related to a broadcast program is automatically displayed, can be easily selected, and can be displayed according to the size of the viewing screen of the user. The viewer does not need to rush down the phone number displayed in a short time as before, and can browse and talk on the information he wants to call while lying down.
You can easily find advertisements that you can see in stations, cars, and streets from the display information on the station and area, and when you call nearby facilities, look for a small phonebook You can make a telephone connection by speaking the name of the caller without any hassle.
If information on IC cards and IC tags held by the user is combined, a large amount of information can be sent to the 21 server. Depending on how the application is placed on 23 computers, it will be possible to provide various services. As a simple example, it is assumed that the URL of information desired to be set as the initial screen is read, the URL information is displayed as the initial screen, and the service is started.

Embodiment 1 FIG.
In FIG. 1, a TV tuner is connected to 11 clients, and a caller A is watching TV just before making a call.
(Procedure 1: Start of push-type information communication with call)
The telephone and communication are connected based on a push type information communication system with a call (application date: August 31, 2004, application number: 2004-282719).
(Procedure 2: Viewing channel data transmission)
When accessing the 27 server in the procedure 1, the selected channel information of the TV tuner connected to the 11 clients is simultaneously transmitted. This information is transferred from 27 servers to 21 servers. Instead, the information may be transmitted when the 11 clients connect to the 21 server.
23. The speech recognition dictionary of 23 computers is assumed to store keywords and URL information of related information for each time zone of each channel, related telephone numbers, etc., or the viewing channel information of the caller A from the 21 server. Then, the keyword of relevant information, URL information, a related telephone number, etc. are acquired via an external communication line such as the Internet, and a speech recognition dictionary is created by an arbitrary method.
The time information is obtained from a clock function built in the 23 computer.
In 23 computers, the above keyword is associated with appropriate URL information or a telephone number by an arbitrary method.
Based on this information, initial screen data is constructed, display screen data is transmitted to the 11 clients via the 21 server, and is automatically displayed on the display of the 11 clients.
(Procedure 3: Screen selection based on call from caller A, call transfer)
When the caller A utters a target that he / she is interested in in the television program he / she is watching, the 21 server that receives the voice data discriminates the corresponding keyword from the voice recognition dictionary and corresponds to the keyword. If necessary, the URL information is converted into a document format that can be displayed by the 11 clients, and sent to the 11 clients, which is automatically displayed on the screen.
When the caller A issues a keyword together with a command for instructing a telephone transfer such as “telephone transfer”, the server 21 determines the keyword from the voice recognition dictionary and transfers the telephone to the associated telephone number or the like. To the 20 telephone, the call is transferred to the other party such as the telephone number, and the call between the caller B and the caller A is started.

Embodiment 2. FIG.
In the first embodiment, the channel information of the TV tuner connected to the 11 clients is sent, but instead of this, information on the location of the display, the location information of the base station of the telephone service company, the state / performance of the device Information, caller's phone number, callee's phone number, history information obtained by the push-type information communication service provider, read by an information reader such as an IC card reader or IC tag reader connected to 11 clients Information is transmitted to the 21 server, and after that information is processed by an appropriate application installed in the 23 computer, display information is created based on the processing result, and automatically displayed on the display of the 11 clients. be able to.
(Procedure 1: Start of push-type information communication with call)
The telephone and communication are connected based on a push type information communication system with a call (application date: August 31, 2004, application number: 2004-282719).
In this case, the correspondence between the 11 clients and the 10 telephones can be speeded up from the information regarding the location of the display and the location information of the base station of the telephone service company.
In order to be able to cope with even a large number of accesses to the 27 servers, servers corresponding to the 27 servers are arranged on a plurality of networks, and 11 clients and 10 telephones are associated with each other by receiving and transmitting data between them. In this case, 11 clients access the server corresponding to the nearest 27 servers based on the location of the display, and 10 telephones are automatically connected to the telephone equivalent to the nearest 20 telephones based on the location information of the base station of the telephone service company. As described above, 11 clients and 10 telephones are associated with each other only by transmitting and receiving data between the server corresponding to the 27 servers and the 21 servers connected to the telephone corresponding to the 20 telephones. In this case, it is assumed that the telephone is connected based on the automatic forwarding or telephone service company system.
As a result, even when the service based on the present invention is spread throughout the country, the association is performed only by processing at a nearby server without centrally processing access from 27 nations at one location. Can do.
(Procedure 2: Sending various data)
At the time of accessing 11 servers of 11 clients in the procedure 1, the respective data are simultaneously transmitted. These data are sent to the 23 computer, and the processing method is automatically selected by the application installed in the 23 computer, or the processing method selection information is included in the data and the application is selected. Information to be sent to the client is generated. The information is transmitted to the 11 clients via the 21 server and automatically displayed on the display of the 11 clients.
At this time, in 23 computers, from the information on the location of the display, a place name list for selecting a map, a destination list for selecting a traffic route, a list in which facility names and telephone numbers for telephone transfer are associated with each other, an advertisement A list in which regional advertisements for selection are associated with telephone numbers, a web page link information list, and other lists are created and registered in the speech recognition dictionary.
In 23 computers, various processing methods such as selection of contents, connection to a plurality of telephone numbers, and activation of a content generation program that combines history information and time information are registered in advance in association with the telephone number of the called party. In such a case, the content can be generated or the operation can be performed based on the processing method.
If some troubles occur in 11 clients and the information is transmitted to the 21 server, appropriate guidance can be transmitted from 20 telephones to 10 telephones by artificial voice.
Based on the information read by the reading device and transmitted from the 11 clients to the 23 computer via the 21 server, the contents are automatically selected, or predetermined processing is performed together with the other information, and the processing result Content may be generated based on the above. For example, when the read information is the destination information for the caller A and the start command of the traffic route calculation program based on the destination information, the 23 computers A traffic route calculation program calculates a traffic route, content is generated based on the processing result, and can be automatically displayed on the display of 11 clients. Alternatively, destination information and a processing method are registered in advance in 23 computers in association with the caller telephone number so that the traffic route calculation is automatically performed from only the location information of the 11 clients based on the caller telephone number. You may keep it. In this case, the caller A does not need any operation other than making a call to 20 telephones.
If necessary, a voice recognition dictionary is re-created for each display screen based on display screen information data and metadata. The specific method of re-creation is arbitrary.
(Procedure 3: Screen selection based on call from caller A, call transfer)
In addition to the operations described so far, if some words in the voice recognition dictionary are associated with a telephone number or the like, a voice command instructing call forwarding and a word such as a facility name issued by the caller A Based on the above, it is possible to make a call transfer to the telephone number or the like.

Embodiment 3 FIG.
A specific client and a telephone can be fixedly associated with each other, and the process of associating 11 clients with 10 telephones can be simplified. Thus, for example, a television device with a specific Internet connection function in a home is associated with a specific telephone in advance, and only the access to the 27 server from the television device and the calling operation from the 10 telephone to the 20 telephone are performed. Can be associated with.
Further, as shown in FIG. 2, IP telephone connection is separately performed between the 11 clients and the 21 servers, and this can be used to notify that the 21 servers have acquired information to be transmitted to the 11 clients.
In addition, new services such as mail forwarding after disconnecting the call to the other party can be realized. In this case, no matter where the mail is transferred, if only the mail address of the 21 server is registered in the telephone, the convenience of automatically transferring the mail to the destination telephone can be realized.
(Procedure 1: Start of push-type information communication with call)
The telephone and communication are connected based on a push type information communication system with a call (application date: August 31, 2004, application number: 2004-282719).
In this case, a code that is the same or the same type as the unique code associated with the telephone number of 10 telephones is stored in advance in 11 clients, and the code is transmitted simultaneously when 11 clients access 27 servers. The unique codes associated with the telephone numbers and the like of 10 telephones are stored in pairs in the 21 server in advance, and are transmitted in pairs with the telephone numbers and the like when the 21 server accesses the 27 servers. As a result, in the 27 server, 11 clients and 21 servers can be associated with each other by the unique code without the operation of the caller A.
(Procedure 2: Inform the server of transmission information acquisition timing of 21 server by IP telephone function.)
When 11 clients and 10 telephones are associated with each other, 11 clients make separate IP telephone connections with 21 servers.
When the server 21 receives information to be sent to the 11 clients from the 23 computers or 31 clients, the 21 server converts the information into an appropriate format and sends an information acquisition signal to the 11 clients by the IP telephone.
Upon receiving this signal, the 11 clients recognize that the 21 server is going to send information, and send an information request request to the 21 server.
As a result, the information acquired by the 21 server is converted into an appropriate format for 11 clients and sent, and automatically displayed on the display of 11 clients.
(Procedure 3: Mail forwarding after telephone disconnection)
Assume that 10 telephone numbers and mail addresses are registered in advance in 21 servers as a pair. Similarly, it is assumed that the telephone number and the mail address of the telephone 30 are registered in the 21 server as a pair.
It is desirable that the mail address of 21 servers is registered in advance in 10 telephones.
Caller A and caller B perform push-type information communication involving a call, and after disconnecting the phone and ending push-type information communication, caller A sends a mail to the mail address of 21 servers within a certain time. . In this case, a file such as a photo may be attached as appropriate.
The 21 server that has received the mail stores the telephone number of the 10 telephones, the mail address, the telephone number of the 30 telephones, and the mail address for a certain period of time, and forwards the information from the mail address of the received mail. Identify the destination and forward the mail to the destination.

Basic configuration of the device of the present invention The figure which shows the structure of the apparatus of Embodiment 1, 2, and 3.

Explanation of symbols

10, 20, 30, 40, 50 Telephone 11, 31, 41, 51 Client (computer terminal)
21 Server used for push type information communication 23 Application server 12, 32, Communication network between router and client 13, 33, 43, 53 Communication means 14, 34, 44, 54 for connecting telephone and client Telephone lines 15, 35 , 45, 55 Communication network 16, 36 connected to the public Internet network Router 19 TV tuner 27 Server 28 for associating a telephone with a client 28 Information reading device

Claims (5)

  A plurality of computers using at least one of a telephone line or a communication network as an information transmission medium, and when a telephone call is established between a plurality of telephones via the telephone line, A computer used in parallel by a caller using a telephone executes a specified program based on a prior understanding between the callers in response to a signal from each telephone during the call. The one computer used in parallel generates information based on an arbitrary selection or creation of the one party and transmits it to the information transmission medium at an arbitrary time point, while the other party uses the other party in parallel. When the computer receives the information from the one computer via the information transmission medium, the computer does not automatically display or reproduce the received information on the screen. In a push-type information communication system involving a call, information is selected or generated based on information stored in a computer in the previous period, information obtained from a device connected to the computer, or information such as a telephone number of the telephone. System.   A plurality of computers using at least one of a telephone line or a communication network as an information transmission medium, and when a telephone call is established between a plurality of telephones via the telephone line, A computer used in parallel by a caller using a telephone executes a specified program based on a prior understanding between the callers in response to a signal from each telephone during the call. The one computer used in parallel generates information based on an arbitrary selection or creation of the one party and transmits it to the information transmission medium at an arbitrary time point, while the other party uses the other party in parallel. When the computer receives the information from the one computer via the information transmission medium, the computer does not automatically display or reproduce the received information on the screen. In the push-type information communication system with a call, based on information stored with the information associated with the telephone number of the telephone to the computer, and performs mapping of the telephone with the computer system.   A plurality of computers using at least one of a telephone line or a communication network as an information transmission medium, and when a telephone call is established between a plurality of telephones via the telephone line, A computer used in parallel by a caller using a telephone executes a specified program based on a prior understanding between the callers in response to a signal from each telephone during the call. The one computer used in parallel generates information based on an arbitrary selection or creation of the one party and transmits it to the information transmission medium at an arbitrary time point, while the other party uses the other party in parallel. When the computer receives the information from the one computer via the information transmission medium, the computer does not automatically display or reproduce the received information on the screen. In the push-type information communication system with a call to identify the recognition object on the basis of the telephone speech recognition, performs call forwarding to the recognition target to the phone number associated with such systems.   A plurality of computers using at least one of a telephone line or a communication network as an information transmission medium, and when a telephone call is established between a plurality of telephones via the telephone line, A computer used in parallel by a caller using a telephone executes a specified program based on a prior understanding between the callers in response to a signal from each telephone during the call. The one computer used in parallel generates information based on an arbitrary selection or creation of the one party and transmits it to the information transmission medium at an arbitrary time point, while the other party uses the other party in parallel. When the computer receives the information from the one computer via the information transmission medium, the computer does not automatically display or reproduce the received information on the screen. In the push-type information communication system with a call, after the telephone cutting, forward mail by specifying the destination in advance by the registration information system.   A plurality of computers using at least one of a telephone line or a communication network as an information transmission medium, and when a telephone call is established between a plurality of telephones via the telephone line, A computer used in parallel by a caller using a telephone executes a specified program based on a prior understanding between the callers in response to a signal from each telephone during the call. The one computer used in parallel generates information based on an arbitrary selection or creation of the one party and transmits it to the information transmission medium at an arbitrary time point, while the other party uses the other party in parallel. When the computer receives the information from the one computer via the information transmission medium, the computer does not automatically display or reproduce the received information on the screen. In the push-type information communication system with a call, the system for transmitting the timing information reception and transmission by the IP telephone lines between computers the management.

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