JP2002135428A - Information transmission system, information transmission method, and storage medium with stored information transmission program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve a problem that, for informing users about position information of a bus or the like a home page reference function in compliance with the HTTP or the like is widely utilized, but it is not suitable for daily use by the users because a speech charge is expensive in the case of referencing operations by a mobile phone and the operation is troublesome. SOLUTION: A user needing the information makes a phone call to a center and does not hook on its phone. The center utilizes a caller number notice function from a phone signal of the user to discriminate the information distribution destination (by means of electronic mail or the like) of the user and transmits the location information of a bus or the like to the user.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information transmission system, an information transmission method, and an information transmission program for notifying a specific user how long a pick-up bus or the like of a nursery school or kindergarten will arrive. It relates to the stored storage medium.

[0002]

2. Description of the Related Art Systems for informing a user of the position of a moving body such as a bus for general users, or the time required to arrive at a stop, are being put into practical use one after another. There are many examples nationwide, such as Okayama and Kyoto. In these systems, information is often reported using a homepage reference function for a mobile phone such as “i-mode (registered trademark)” in consideration of user's convenience. Use of the homepage is significant. This is because, in these public transportation systems for the general public, it is unknown in advance who wants to know the position of the bus, and it is not suitable for a push-type service such as sending an e-mail.

[0005] However, the above-described Internet home page reference function requires pressing a number of buttons even if the home page address is stored as a bookmark. Problems remain for user convenience. Also, in the HTTP protocol which is a homepage reference function, even if the amount of information to be referred to is small, communication is performed many times before the information is displayed. As a result, a large amount of information is transferred, and even if a packet communication function such as i-mode is used, a load of several tens of yen or more is imposed on the user at one time. For example, assume that 20 yen is required for one reference. If you take a bus sometimes, that's fine. However, assuming that buses used every day, such as nursery school and kindergarten buses, require 20 yen per time, the transfer of children is 40 yen a day, which is 25 days / month,
A minimum burden of 1,000 yen / month is imposed on parents. In addition, since it is the position of the bus, the child may be referred to many times until the child gets on the bus, and the number of times of daily use may further increase. This charge issue cannot be ignored.

[0004] One solution to the above problem is i
-Mode or the like.
In this case, the daily usage fee is reduced by one digit, and anyone can use it easily. However, there is still a problem in this case. Generally, an e-mail does not always arrive at the notification of the position information. Therefore, on each arrival,
You need to check your email. Since the primary purpose of mobile phones and the like is to send and receive telephone calls, the user interface can be used with the least number of operations for sending and receiving telephone calls. Many operations are required to refer to and confirm e-mail. Of course, even if the mail arrives, it can be left as it is because it can be recognized by the ringtone (in fact, in experiments of this type of system by the inventors, the mail arrives at almost the expected time in advance, I felt a strong request to check the ringtone only, without opening the mail.) However, in this case, it is displayed on the screen of the mobile phone that there is an unread mail forever, and it is not known whether or not the business mail has really arrived after that. Eventually, it becomes necessary to perform a troublesome operation and check the mail. In other words, notifying the bus position by e-mail solves the problem of the price of the HTTP protocol, but it requires a lot of time and effort.
It remains the same as the P protocol.

As means for partially solving such a situation, a prior application of the inventor (Japanese Patent Application No. 2000-192065, "Information transmission notification system, information transmission notification method, and storage medium storing information transmission notification program") is disclosed. June 2, 2000
7th application). According to the present invention, the user is notified by telephone that the bus or the like is approaching. In this case, since the mobile phone or the like has a function of switching ringtones based on the caller number, a special ringtone or message is set in advance only for calls from the bus position notification system. That way, you don't have to bother to read e-mails or have to go to the homepage to read. However, to be precise, if the user does not go on-hook, a display indicating that there is an incoming call remains on the mobile phone. In order to solve this problem, (1) a function setting that does not indicate that there is an incoming call for a certain special caller ID, and (2) a function that cannot be on-hook for a certain special caller ID. It is desirable to give. Since these points are not directly related to the gist and purpose of the present invention, they will not be described further in this specification.

The inventor's prior application has other problems that need to be further solved. That is, the prior application is suitable for a case where the center notifies that a bus or the like has arrived at a preset location. However, there is a problem if the user wants to know the position of the bus. In this case, it is necessary to obtain the bus position information by using a homepage reference function or the like. Parents need to operate a mobile phone to check whether or not a bus is approaching during busy times such as eating in the morning or sending out children. This is a complicated operation, and the communication fee is high when the homepage reference function is used.

[0007]

SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned problems of the conventional technology, and to provide a simple operation from a portable telephone or the like at a low cost without referring to a homepage. It provides a means of strategic.

[0008]

According to the present invention, there is provided an information transmitting system (Claim 1) wherein a call detecting means for detecting a call from a telephone number registered in advance and a call detecting means for detecting a call from the telephone number registered in advance. A notification content generating means for generating a changing notification content; and sending out the content generated by the notification content generating means to a pre-registered mail address or pager number corresponding to the pre-registered telephone number. When the call detecting means detects that a call has been received from the pre-registered user, the notification content generated by the notification content generating means corresponds to the pre-registered telephone number. The sending means sends the mail address or pager number. Here, the pager is a "pager" in Japan that can transmit a short message wirelessly to a portable terminal.

Further, the information transmission system of the present invention (claim 2) comprises a call detecting means for detecting a call from a telephone number registered in advance, and a bus or the like when the call is detected by the call detecting means. Notification content generating means for generating content to be notified to the pre-registered telephone number from a location where the object is located, and a pre-registered mail address corresponding to the pre-registered telephone number Or, for the pager number, a transmission means for transmitting the content generated by the notification content generation means, and when the call detection means detects that a call has been received from the previously registered user, the notification content is Generating means for generating notification content based on the position of the bus or the like, and generating the generated notification content; Serial to the mail address or pager number corresponding to the pre-registered telephone number, the delivery means is delivered.

Further, an information transmission method according to the present invention (claim 3)
A call detection step of detecting a call from a pre-registered telephone number; a notification content generation step of generating a notification content that changes depending on the pre-registered telephone number; and Sending the content generated by the notification content generating means to a mail address or a pager number registered in advance in correspondence with
When the call detection step detects that the call has been received from the pre-registered user, the notification content generation step generates the notification content, and stores the notification content in the mail address corresponding to the pre-registered telephone number. Alternatively, the transmitting step transmits the pager number.

According to a fourth aspect of the present invention, there is provided an information transmitting method comprising: a call detecting step of detecting a call from a telephone number registered in advance; and an object such as a bus when the call is detected by the call detecting means. A notification content generating step of generating a content to be notified for the pre-registered telephone number from a location where is located, and a pre-registered mail address or pager corresponding to the pre-registered telephone number. A sending step of sending out the content generated by the notification content generation means with respect to a number. In the call detection step, when it is detected that a call is received from the pre-registered user, the notification is performed. In the content generation step, generate notification content based on the position of the bus or the like, The generated notification content of the mail address or pager number corresponding to a telephone number the previously registered, sends in the sending step.

[0012] The storage medium of the present invention (claim 5) is a call detection process for detecting a call from a pre-registered telephone number, and generates a notification content that changes depending on the pre-registered telephone number. A notification content generation process; and a transmission process of transmitting the content generated by the notification content generation means to a pre-registered mail address or pager number corresponding to the pre-registered telephone number. The information sending program is characterized in that when the call detecting process detects that a call has been received from the pre-registered user, the alert content generating process sends an alert. Generates the contents and sends the notification contents to the e-mail address corresponding to the pre-registered telephone number. Or to the pager number,
It is sent in the sending process.

[0013] The storage medium of the present invention includes a call detection process for detecting a call from a telephone number registered in advance, and an object such as a bus when a call is detected by the call detection means. A notification content generation process for generating a content to be notified for the pre-registered telephone number from a location where it is located; and a mail address or pager number registered in advance corresponding to the pre-registered telephone number. And a transmission process for transmitting the content generated by the notification content generation means to the information transmission program. In the call detection process, a telephone call is issued from the pre-registered user in the call detection process. Is detected in the notification content generation process, Creates broadcast content based on the position, the generated notification content, the mail address or pager number corresponding to a telephone number the previously registered, it sends in the delivery process.

An information transmission system according to the present invention (claim 7)
A call detecting means for detecting a call from a telephone number registered in advance, a broadcast class determining means for determining a class to be broadcast which changes depending on the telephone number registered in advance, and the broadcast class determining means Change the phone number to call according to the class determined by
Sending means for making a call to the pre-registered telephone number, and when the call detecting means detects that a call has been received from the pre-registered user, the call class is determined by the notification class determining means. The sending means makes a call to a mail address or a pager number corresponding to the telephone number registered in advance by using a caller number corresponding to the class.

An information transmission system according to the present invention (claim 8)
A call detecting means for detecting a call from a pre-registered telephone number, and a telephone call from the place where an object such as a bus is located at the time when the call is detected by the call detecting means. A notification class determining means for determining a class of the content to be notified to the number, and a telephone number to be called corresponding to the class determined by the notification class determining means, and Sending means for making a call to the user. When the call detecting means detects that a call has been received from the pre-registered user, the notification class determining means sets the notification class based on the position of the bus or the like. And uses the caller number corresponding to the determined broadcast class to correspond to the previously registered telephone number. That the mail address or pager number, the delivery means is a call.

[0016] An information transmission method according to the present invention (claim 9) includes a call detecting step of detecting a call from a telephone number registered in advance, and a class to be notified that changes depending on the telephone number registered in advance. And a sending step of making a call to the pre-registered telephone number by changing a telephone number to be called according to the class determined by the broadcast class determining step. When the call detection step detects that a call is received from the pre-registered user, the call registration step uses a caller number corresponding to the class determined by the notification class determination step, and The sending step is called for an e-mail address or a pager number corresponding to a telephone number. That.

The information transmission method of the present invention (claim 10)
A call detecting step of detecting a call from a pre-registered telephone number; and a step of detecting a call from the place where an object such as a bus is located at the time when the call is detected by the call detecting step. A notification class determining step of determining the class of the content to be notified to, and a telephone number to be called corresponding to the class determined by the notification class determining step, and And a sending step of making a call. When the call detecting step detects that a call has been received from the pre-registered user, the broadcast class determining step determines a broadcast class based on the position of the bus or the like. Using the caller ID corresponding to the determined broadcast class, The mail address or pager number corresponding to the recorded telephone number, the sending step is a call.

A storage medium according to the present invention includes a call detection process for detecting a call from a telephone number registered in advance, and a class to be notified which changes depending on the telephone number registered in advance. A notification class determination process to be determined; and a transmission process of changing a telephone number to be called in accordance with the class determined by the notification class determination process and making a call to the previously registered telephone number. Information sending program characterized by being performed, in the information sending program,
When it is detected by the call detection processing that a call has been received from the pre-registered user, the caller ID corresponding to the class determined by the notification class determination processing is used to call the pre-registered telephone. The sending process is called for a mail address or a pager number corresponding to the number.

The storage medium according to the present invention includes a call detecting process for detecting a call from a telephone number registered in advance, and an object such as a bus when a call is detected by the call detecting process. A notification class determining process for determining a class of contents to be notified to the pre-registered telephone number from a location, and a telephone to be called in accordance with the class determined by the notification class determining process. And sending a call to the pre-registered telephone number by changing the number. The information sending program further comprises: In the processing, when it is detected that a call is received from the previously registered user, the notification content generation processing To generate a notification content based on the position of such a bus, the generated notification content, the mail address or pager number corresponding to a telephone number the previously registered, it sends in the delivery process.

[0020]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a diagram showing an example of an information transmission system (claim 1) of the present invention.

The information transmitting system 1 of the present invention generates a call detecting means 10 for detecting a call from a telephone number of a telephone 16 registered in advance, and a content to be notified to the telephone number registered in advance. It comprises a notification content generation means 11 and a transmission means 12 for transmitting the content generated by the notification content generation means to a pre-registered mail address or pager number corresponding to the pre-registered telephone number. When the call detecting means 10 detects that a call has been received from the previously registered user's telephone 16 via the telephone exchange network 15, the notification content generating means 11
The sending means 12 sends the notification content generated by the sending means 12 to a mail address or a pager number corresponding to the previously registered telephone number. The sent e-mail is transmitted to the user via a transmission network 17 such as the Internet. However, when the transmission destination is a pager such as a pager (registered trademark), the information is transmitted using the transmission network 17 of the pager.

In FIG. 1, the call detecting means 10 comprises:
For example, a computer in which a PBX card for a personal computer having a built-in PBX function is inserted can be used. It is assumed that a PBX card is connected to an NTT business telephone line to receive a call. As is well known, at present, calls are made by notifying the caller ID of a normal telephone unless the caller specifically regulates the caller. Therefore, the call detecting means 10 can detect not only the occurrence of a call to this line but also its caller number without an on-hook operation (that is, at no charge). It is the role of the call detection means 10 to detect that the caller number is a call from a specific user number registered in advance.

Upon receiving an instruction from the call detection means 10, the notification content generation means 11 generates contents to be transmitted to the calling party. According to the gist of the present invention, the content to be generated does not have any characteristic other than changing depending on the caller. For example, it may be the balance of the calling user's bank course.

Next, the sending means 12 sends the generated information to a mail address associated with the sending source user using a transmission network such as the Internet. However, a method of transmitting a short message to, for example, a pager such as a pager as well as the electronic mail may be used.

By the above series of operations, the user using the telephone 16 simply receives a specific message registered as a speed dial and receives his / her own message by e-mail or pager. It is possible. Generally, in a mobile phone, this operation is extremely simple if a telephone call is made using a speed dial. But phone 1
The call from 6 does not need to go on-hook at the recipient. When a call is made from a telephone number registered in advance, it is easy to configure the call detecting means 10 so as not to go on-hook. In this case, the call
Not eligible for billing. On the other hand, the information is transmitted by e-mail. When information is sent by e-mail, the cost to be borne by the calling user is 1
The time is extremely small, about 1 to 2 yen. As a result, the calling user receives the information at a much lower price than the homepage reference.

FIG. 2 is a diagram showing an example of the information transmission system (claim 2) of the present invention.

The information sending system 2 of the present invention comprises a call detecting means 20 for detecting a call from a telephone 16 having a telephone number registered in advance, and an object such as a bus when the call is detected by the call detecting means. A notification content generation unit 21 for generating content to be notified to the pre-registered telephone number from a place where an object is located, and a pre-registered mail address corresponding to the pre-registered telephone number Or sending means 22 for sending out the content generated by the notification content generating means 21 with respect to the pager number,
When the call detecting means 20 detects that a call is received from the telephone 16 registered in advance, the notification content generation means 21 generates notification content based on the position of the bus or the like, and the generated notification The sending means 22 sends the contents to a mail address or a pager number corresponding to the previously registered telephone number.

In FIG. 2, the call detecting means 20 comprises:
It can be used with the same configuration as the above-described call detection means 10 of FIG. For example, a personal computer PBX with a built-in PBX function
A computer with a card inserted is available. It is assumed that this PBX card is connected to the NTT business telephone line. The call detecting means 20 can detect the caller number without an on-hook operation. It is the role of the call detecting means 20 to detect that the caller number is a call from a specific user number registered in advance.

Upon receiving an instruction from the call detection means 20, the notification content generation means 21 receives information from a position detection means 23 which outputs position information of a bus such as a GPS.
On the other hand, since the call detecting means 20 notifies that the call is from a predetermined caller number, the position of the bus, the distance between the calling telephone 16 and the like are determined by the notification content generating means. 21 takes into account, for example, generates a notification content such as "I will arrive in 10 minutes".

Next, the sending means 22 is the sending means 1 of FIG.
2 can be realized with the same function and configuration. Specifically, the generated information is transmitted to a mail address associated with the calling user using the transmission network 17 such as the Internet. However, a method of transmitting a short message to, for example, a pager such as a pager in addition to the electronic mail may be used.

By the above series of operations, the user using the telephone 16 simply receives a specific message registered as a speed dial and receives his / her own message by e-mail or pager. It is possible.

FIG. 3 is a diagram showing an example of the information transmission method (claim 3) of the present invention.

In the information sending method 3 of the present invention, a call detection step 30 for detecting a call 33 from a telephone registered in advance and a telephone number for which a call is detected by the call detection step 30 should be notified. A notification content generation step 31 for generating content, and the notification content generated in the notification content generation step 31 is transmitted to a mail address or a pager number registered in advance corresponding to the previously registered telephone number. The call detection step 30 detects that the previously registered user has called, and the notification content generation step 31 generates the notification content, and the generated notification content is , An e-mail address corresponding to the previously registered telephone number Rui for pager number, the delivery step 32 is sent.

The call detection step 30 realizes a process of detecting whether the call is from a predetermined number. This can be realized, for example, by a computer equipped with a board having a PBX function. This belongs to a technique called computer telephony, and even if the calling telephone is ringing, the telephone number of the calling party can be detected by the computer telephony technique.

Further, the notification content generation step 31 generates notification content whose content changes depending on the telephone number from which the call was made. This may be, for example, the balance of the bank account of the user having the telephone number. This can generally be realized by those skilled in the art if the telephone number is recorded as personal information of the bank account holder.

The sending step 32 is a program
It can be realized by the TCP / IP protocol of the Internet or by the computer telephony function. For example, when information is transmitted as e-mail, a person skilled in the art can realize this by installing software for e-mail transmission according to the SMTP protocol such as sendmail. Further, in the case of transmission to a pager, it can be similarly realized by a computer telephony function.

FIG. 4 is a diagram showing an example of the information transmission method (claim 4) of the present invention.

The information sending method 4 of the present invention comprises a call detection step 40 for detecting a call 44 from a telephone registered in advance, and a position such as a bus at the time when a call is detected by the call detection step 40. A notification content generation step 41 for generating a content to be notified for the pre-registered telephone number from a place where the information is stored, and a pre-registered mail address or pager number corresponding to the pre-registered telephone number. And a transmission step 42 for transmitting the notification content generated in the notification content generation step 41. When the call detection step 40 detects that a call has been received from the previously registered user,
In accordance with information from the position detecting means 43 such as a PS, a notification content generation step 41 generates notification content based on the position of the bus or the like, and the generated notification content corresponds to the previously registered telephone number. The sending step 42 sends out the mail address or pager number.

The call detection step 40 can be realized by the same function as the call detection step 30 of FIG.
When a call is received, it is checked whether it is in a pre-registered number list.

The position of a moving body such as a nursery school bus is, for example,
Detected by means such as GPS. Position detecting means 43
Is shown in FIG. However, this position detection method does not form a part of the present invention. Invention 4
Uses information only as an external signal. It is the role of the notification content generation step 41 to generate information to be transmitted from the position information and the position information corresponding to the detected telephone number. Here, for example, the elapsed time of the bus is predicted from the current position of the bus and the distance in latitude and longitude between the location where the telephone will be located, and
The notification content may be used.

The sending step 42 has basically the same function as the sending step 32 of FIG. 3 and can be realized by the same configuration. Send information by e-mail or send information to pager.

FIG. 5 is a diagram showing an example of a storage medium (claim 5) storing the information transmission program of the present invention.

The storage medium 5 of the present invention includes a call detection process 51 for detecting a call from a pre-registered telephone number, and a notification content generation for generating a notification content that changes depending on the pre-registered telephone number. Process 52
And an output process 53 for transmitting the content generated by the notification content generation means 52 to a mail address or a pager number registered in advance corresponding to the telephone number registered in advance. In the information sending program 50, when the call detection processing 51 detects that a call has been received from the previously registered user, the notification content generation processing 52 generates notification content, and the notification content is generated. The contents are transmitted to a mail address or a pager number corresponding to the previously registered telephone number in the transmission processing 53. The storage medium 5 is a CD-ROM in FIG. 5 as an embodiment.
Any storage medium such as a CD-R / W may be used.

The call detection process 51 may have the same function as the call detection step 30 in FIG.
It can be realized as a computer program such as computer telephony. When a call is received, the telephone number of the other party is identified using the calling number display function without going on-hook. Then, it confirms that this is a telephone number registered in advance, and notifies the report generation processing 52 that there is a call from the telephone.

The notification content generation process 52 may have the same function as that of the notification content generation step 31 in FIG. 3, and realizes the process of generating the content to be notified according to the telephone number of the calling side. I do. For example, this may be a process of checking the balance of a deposit account corresponding to the caller's telephone number and making the report content. However, from the gist of the present invention, it is essential that the content of the notification is changed depending on the caller number, and what kind of information is specifically included in the content of the notification has an effect on the gist of the invention. Do not give.

The sending process 53 may be any process having the same function as the sending step 32 in FIG. This is a process of transmitting notification contents to a mail address or a pager number corresponding to the number. Specifically, this can be realized by a program using a computer telephony function or the SMTP protocol.

FIG. 6 is a diagram showing an example of a storage medium (claim 6) storing the information transmission program of the present invention.

The storage medium 6 of the present invention includes a call detection process 61 for detecting a call from a telephone number registered in advance, and an object such as a bus located when a call is detected by the call detection process 61. A notification content generation process 62 for generating a content to be notified for the pre-registered telephone number from a place where the mail address or pager number registered in advance corresponding to the pre-registered telephone number. And a sending process 63 for sending the content generated by the notification content creating process 62. The information sending program 60 includes a call detecting process 61 for transmitting a call from the pre-registered user. Is detected by the position detection means 64 such as GPS from outside. A notification content is generated in a notification content generation process 62 based on the location of the bus or the like and the location corresponding to the telephone number registered in advance, and the generated notification content corresponds to the telephone number registered in advance. The e-mail address or pager number to be transmitted is transmitted in the transmission processing 63.

The call detection process 61 may have the same function as the call detection step 40 in FIG.
It can be realized as a computer program such as computer telephony.

The notification content generation process 62 may have the same function as the notification content generation step 41 in FIG. 4, and realizes the process of generating the content to be notified according to the telephone number of the calling side. I do. FIG. 6 shows a position detecting means 64 for detecting the position of a moving body such as a nursery school bus by means such as GPS. However, this position detection method does not form a part of the present invention. The program 60 stored in the present invention 6 uses information only as an external signal. The information to be transmitted is generated based on the position information and the position information corresponding to the detected telephone number.
Role. Here, for example, the elapsed time of the bus may be predicted from the current position of the bus and the distance in longitude and latitude between the location where the telephone will be located, and this may be used as the notification content.

The sending process 63 may have the same function as the sending step 42 in FIG. 4, and may send information to the pager using the computer telephony function or the SMTP protocol, or may send the information electronically. send an email.

FIG. 7 is a diagram showing an example of the information transmission system (claim 7) of the present invention.

The information transmitting system 7 of the present invention determines a call detecting means 70 for detecting a call from a telephone number registered in advance and a class to be notified which changes depending on the telephone number registered in advance. A broadcast class determining means 71 and a transmitting means 72 for making a call to the previously registered telephone number by changing a telephone number to be called according to the class determined by the broadcast class determining means 71. When the call detection means 70 detects that a call has been received from the pre-registered user, the call detection means 70 uses the telephone number of the caller corresponding to the class determined by the notification class determination means 71, and The sending means 72 makes a call to a mail address or a pager number corresponding to the telephone number. That is, in the invention of FIG. 7, the content to be notified is not only selected from a certain class, but also
The most distinctive feature is that the telephone numbers to be called are different depending on which class is selected.

The call detecting means 70 is equivalent to the call detecting means 10 in FIG. Using the caller ID display function of the caller, it detects that the call is from a pre-registered number. When a call is detected, it is not necessary to go on-hook. The number from which the call originated is notified to the notification class determining means 71.

The notification class determining means 71 determines which of the predetermined classes is to be notified based on the received calling number. Here, it is assumed that there are two types of classes, for example, “A” and “B”. For example, it is assumed that the ferryboat used by the user corresponding to the telephone number every day corresponds to “A” when operating and “B” when not operating. There are many users of the ferry who have called the system of the present invention in FIG. And the ferry service used every day is different for each user. In the system of the present invention, the user,
That is, it is assumed that which ferry is used for each source telephone number is stored in advance. In this situation, the flight number of the ferry to be used differs depending on the calling number.
Therefore, using the correspondence information between the calling number and the flight number, the notification class determining means 71 determines the class corresponding to the caller number.

The class information from the notification class determination means 71 is notified to the notification means 72. Depending on this class,
By switching the caller number, the notifying unit 72 makes a call. Specifically, as shown in FIG. 7, a call is made using 06-123-0001 in class "A", and a call is made using 06-123-0002 in class "B". Let's do it. As a result, the receiving telephone 1
6 or the pager can change the ringtone according to the caller number. In this case, the user of the telephone 16 can recognize whether the ferry with the flight number is operating or resting. Here, it should be noted that neither a request for notification from the telephone 16 nor a reception of a result requires a telephone charge. This is a major feature of the present invention.

FIG. 8 is a diagram showing an example of the information transmission system (claim 8) of the present invention.

The information sending system 8 according to the present invention comprises a call detecting means 80 for detecting a call from a telephone number registered in advance, and an object such as a bus located when the call is detected by the call detecting means 80. Notification class determining means 81 for determining the class of the content to be notified to the pre-registered telephone number from the place where the information is stored, and a telephone number to be called in accordance with the class determined by the notification class determining means 81 And sending means 82 for making a call to the previously registered telephone number.
When the call detection means 80 detects that a call has been received from the previously registered user, the notification class determination means 80 determines the notification class based on the position of the bus or the like, and the determined notification class is determined. Using the caller number corresponding to the notification class, the sending means 82 makes a call to a mail address or a pager number corresponding to the previously registered telephone number.

The call detecting means 80 has the same function and configuration as the call detecting means 70 of FIG.
When a call is received, the caller ID of the caller is received to confirm that the call is from a telephone number registered in advance. The detected caller number, that is, the telephone number registered in advance, is transmitted to the notification class detecting means 81.

The notification class detecting means 81 receives, from the position detecting means 83 such as GPS, position information of a moving body such as a nursery school bus on which the GPS is mounted. Then, the class to be notified is determined based on the position corresponding to the telephone number detected by the call detection unit 80 and the position of the moving body. For example, assuming that there are three classes "A", "B", and "C", "A" when arriving within 5 minutes, "B" when within 15 minutes, and "B" when it is likely to exceed 15 minutes Select "C". Of course, this is not the arrival time, but the passing point is determined in advance according to the caller ID. For example, a location relatively close to the location where the telephone 16 requesting the information is installed (this Is hereinafter referred to as "Chikabashi") if it is near "A", and a place farther than that (hereinafter referred to as "Tokaibashi").
"B" if you have passed through but have not passed "Chikabashi", "C" if you have not even passed "Tokaibashi"
May be selected. These class information are transmitted to the transmitting means 82.

The transmitting means 82 may have the same function and configuration as the transmitting means 72 of FIG. It has a function of calling the telephone number detected by the call detecting means 80 or the telephone number or pager number corresponding to the telephone number. Specifically, for example, in the case of class A, that is, after passing through “Chikabashi”, a certain telephone number (in FIG.
123-0000). Also, in the case of class B, that is, after passing through "Tokaibashi", another certain telephone number (in FIG. 8, tentatively, 06-123-0001).
Call). Further, in the case of class C, that is, when the vehicle has not even arrived at "Endoibashi", a call is made from another telephone number (in FIG. 8, it is assumed to be 06-123-0002). As a result, the telephone set 16 on the receiving side can detect from which telephone number the call has been made, that is, where the bus is currently passing, by switching ringtones or the like. It should be noted that no telephone charges are required to obtain this information.

FIG. 9 is a diagram showing an example of the information transmission method (claim 9) of the present invention.

The information sending method 100 according to the present invention includes a call detecting step 101 for detecting a call from a telephone number registered in advance, and a class to be notified which changes depending on the telephone number registered in advance. A broadcast class determining step 102 and a transmitting step 103 for making a call to the pre-registered telephone number by changing a telephone number to be called according to the class determined by the broadcast class determining step 102. When the call detection step 101 detects that a call has been received from the pre-registered user, the call registration step corresponding to the class determined by the notification class determination step 102 uses Send to the e-mail address or pager number corresponding to the number Step 103 makes a call.

The call detection step 101 may be realized with the same function and configuration as the call detection step 30 in FIG. When a call is received from the telephone, the caller ID display function of the telephone detects that the call is a preliminary call from a telephone number registered in advance.

The notification class determination step 102 may be realized with the same function and configuration as the notification class determination step 31 of FIG. Determine a class that changes depending on the caller ID. Here, it is assumed that the classes “A” and “B” are selected. This class is transmitted to the sending step 103.

The sending step 103 has a function of calling the telephone number detected by the call detecting step 101 or, if not, the telephone number / pager number corresponding to the telephone number. Specifically, for example, in the case of class A, a process of calling from a certain telephone number (temporarily 06-123-0001) is realized. In the case of class B, a call is made from another telephone number (provisionally 06-123-0002).
As a result, the telephone on the receiving side changes the sound depending on the telephone number from which the call was made, such as by switching ringtones, so that the receiver can recognize the class. No phone charges are required to obtain this information.

FIG. 10 is a diagram showing an example of the information transmitting method (claim 10) of the present invention.

The information sending method 200 of the present invention includes a call detecting step 201 for detecting a call from a telephone number registered in advance, and a call detecting step 201.
A notification class determining step 202 for determining a class of contents to be notified to the pre-registered telephone number from a place where an object such as a bus is located when a call is detected by the notification class; And sending a call to the pre-registered telephone number by changing the telephone number to be called according to the class determined by the determining step. Is detected by the call detection step 201, the notification class determination step 202 determines the notification class based on the position of the bus or the like, and uses the caller number corresponding to the determined notification class to set the notification class. The sending step is performed for the mail address or pager number corresponding to the telephone number registered in advance. 203 makes a call.

The call detection step 201 can be realized by the same function and configuration as the call detection step 101 in FIG. When a call is received, a caller number sent by the caller number notification function of the caller is detected, and this is output to the notification class determination step 202.

The broadcast class determination step 202 is performed by the GPS
The position information of the moving object such as a nursery school bus on which the GPS is mounted is received from the position detecting means 204 such as the above. Then, the class to be reported is determined according to the distance between the position of the moving object detected by the call detection means 204 and the position corresponding to the telephone number detected by the call detection step 201. Specifically, for example, "A"
Assuming that there are three classes of "B" and "C", "A" if the bus arrives within 5 minutes, "B" if it arrives within 15 minutes, and "C" if it will exceed 15 minutes select.
Of course, this is not the arrival time, but the passing point is determined in advance according to the caller ID, for example,
"A" after passing near a place relatively close to the place where the telephone requesting the information is installed (hereinafter referred to as "Chikabashi"), a place farther away than this Will be referred to as "Toi Bridge"), but "B" will be selected when not passing "Chika Bridge", and "C" when not even "Toi Bridge". Suppose that. This class information is transmitted to the sending step 203.

The sending step 203 has a function of calling the telephone number detected in the call detecting step 201 or a telephone number or a pager number corresponding to the telephone number. Specifically, for example, in the case of the above class A, a process of calling out from a certain telephone number (in the sending step 203, it is assumed that the telephone number is assumed to be 06-123-0000) is realized. In the case of class B, another certain telephone number (in sending step 203, suppose that the telephone number is 06-123-000)
1). Further, in the case of class C,
Still another telephone number (in the sending step 203, it is assumed that 06
-123-0002). As a result, the sound of the called telephone differs depending on the telephone number from which the call was made, such as by switching ringtones, and the class can be recognized. No phone charges are required to obtain this information.

FIG. 11 shows an example of a storage medium storing the information transmission program of the present invention.

The storage medium 300 in which the information transmission program of the present invention shown in FIG. 11 is stored has a call detecting process 302 for detecting a call from a telephone number registered in advance.
And a notification class determination process 3 for determining a class to be notified that changes depending on the telephone number registered in advance.
03 and a sending process 3 for making a call to the pre-registered telephone number by changing the telephone number to be called according to the class determined by the notification class determining process 303.
04, and an information sending program 301 stored therein.
In the above, when it is detected by the call detection processing 302 that a call has been made from the previously registered user, the caller ID corresponding to the class determined by the broadcast class determination processing 303 is used to execute the call registration. The sending process 304 calls the e-mail address or pager number corresponding to the entered telephone number.

The call detection process 302 is a process having the same function as the call detection step 101 in FIG. When a call is received, the call detection process 302 detects the caller number transmitted by the caller number notification function of the caller of the call, and outputs this to the notification class determination process 303.

The notification class determination process 303 is a process having a function similar to the notification class determination step 102 in FIG. It is assumed that there are two types of classes, for example, “A” and “B”. For example, it is assumed that the ferryboat used by the user corresponding to the telephone number every day is “A” when the boat is operating and “B” when the boat is suspended. It is assumed that the suspension state of the ferry is transmitted to the notification class determination step processing together with the flight number by the system administrator. However, the flight number of the ferry used varies depending on the calling number of the user's telephone. This is because the flights that are usually used differ depending on the user. Using the correspondence information between the calling number and the nickname, the notification class determination processing 303 determines a class corresponding to the caller number.

The sending process 304 is a process having a function similar to that of the sending step 103 in FIG. The telephone number detected by the call detection processing 303, or
Place a call to the telephone number or pager number corresponding to the telephone number. Specifically, for example, in the case of the class A, a process of calling from a certain telephone number (in the sending step 203, tentatively, 06-123-0001) is realized. In the case of class B, a call is made from another certain telephone number (in sending step 203, tentatively, 06-123-0002). As a result, the sound of the called telephone differs depending on the telephone number from which the call was made, such as by switching ringtones, and the class can be recognized. No phone charges are required to obtain this information.

FIG. 12 shows an example of a storage medium storing the information transmission program of the present invention.

The storage medium 400 storing the information sending program shown in FIG. 12 stores a call detection process 402 for detecting a call from a telephone number registered in advance, and a bus or the like at the time when the call is detected by the call detection process 402. From the place where the object is located, a notification class determination process 403 for determining the class of the content to be notified to the previously registered telephone number, and a notification class corresponding to the class determined by the notification class determination process 403 are issued. A sending process 404 for making a call to the pre-registered phone number by changing the telephone number to be called, and storing the information sending program 401. In the call detection process 402, a call is made from the pre-registered user. When the notification is detected, in a notification content generation process 403, notification content is generated based on the position of the bus or the like, and the generated notification content is stored in a mail address corresponding to the telephone number registered in advance. Alternatively, the pager number is transmitted in the transmission process 404.

The call detection process 402 can be realized by the same function and configuration as the call detection process 302 in FIG. When a call is received, the call detection process 402 detects the caller number transmitted by the caller number notification function of the caller of the call, and outputs this to the notification class determination process 403.

The notification class determination processing 403 realizes the same processing as the notification class determination step 202 in FIG. The notification class determination process 403 receives, from a position detecting unit 405 such as a GPS, position information of a moving object such as a nursery school bus on which the GPS is mounted. Then, the class to be reported is determined according to the distance between the position of the moving object detected by the call detection process 402 and the position corresponding to the telephone number detected by the call detection process 402. Specifically, for example, "A""B"
Assuming that there are three classes of "C", "A" if the bus arrives within 5 minutes, "B" if it arrives within 15 minutes, 1
Select "C" if it will take more than 5 minutes. of course,
This corresponds to the caller ID, not the arrival time,
A pass point is determined in advance, for example, after passing through a place relatively close to the place where the telephone requesting the information is installed (hereinafter referred to as “Chikabashi”). If you passed "A", a place farther than that (hereinafter referred to as "Tokaibashi") but not "Chikabashi", you passed "B" or even "Tokaibashi". If not, “C” is selected. This class information is transmitted to the sending process 404.

The sending process 404 can be realized by the same function and configuration as the sending process 304 in FIG. A call is made to the telephone number detected by the call detection processing 403, or the telephone number or pager number corresponding to the telephone number. Specifically, for example, in the case of the above class A, a certain telephone number (in sending step 403, if the telephone number is 0)
6-123-0000). In the case of class B, another telephone number (in sending step 403, temporarily set to 06-123-0001)
Make a call from. Further, in the case of class C, another telephone number (in the sending step 403, if the telephone number is supposed to be 06-123-
0002). As a result, the sound of the called telephone differs depending on the telephone number from which the call was made, such as by switching ringtones, and the class can be recognized. No phone charges are required to obtain this information.

The present invention described above (from claim 1 to claim 1)
To summarize 2), the following are the constituent elements. In the following specification, the structure of these components will be shown individually.

The call detecting means 10 of FIG. 1, the call detecting means 20 of FIG. 2, the call detecting step 30 of FIG.
Call detection step 40 in FIG. 4, call detection processing 51 in FIG. 5, call detection processing 61 in FIG. 6, call detection means 70 in FIG. 7, call detection means 80 in FIG. 8, call detection step 101 in FIG. 9, FIG. 1, the call detection process 302 in FIG.
The second call detection processing 402 realizes the same function. The detailed configuration method will be described later.

The notification content generation means 11 in FIG. 1, the notification content generation step 31 in FIG. 3, and the notification content generation processing 52 in FIG.
All implement the same function. The detailed configuration method will be described later.

The notification content generation means 21 of FIG. 2, the notification content generation step 41 of FIG. 4, and the notification content generation process 62 of FIG.
All implement the same function. The detailed configuration method will be described later.

The notification class determination means 71 in FIG. 7, the notification class determination step 102 in FIG. 9, and the notification class determination processing 303 in FIG. 11 all realize the same function. The detailed configuration method will be described later.

The notification class determination means 81 in FIG. 8, the notification class determination step 202 in FIG. 10, and the notification class determination processing 403 in FIG. 12 all realize the same function. The detailed configuration method will be described later.

The sending means 12 in FIG. 1 and the sending means 2 in FIG.
2, sending step 32 in FIG. 3, sending step 4 in FIG.
2, the sending process 53 in FIG. 5 and the sending process 63 in FIG. 6 all realize the same function. For the detailed construction method,
See below.

The sending means 72 in FIG. 7 and the sending means 8 in FIG.
2, transmission step 103 in FIG. 9, transmission step 203 in FIG. 10, transmission processing 304 in FIG. 11, transmission processing 4 in FIG.
04 implement the same function. The detailed configuration method will be described later.

Although not a component of the present invention, the telephone 16 in FIG. 1 may be an ordinary portable telephone or the like. The telephone exchange network 15 is also a normal telephone network provided by NTT or the like. Further, the transmission network 17 is also a normal Internet or pager network, and a description thereof will be omitted in this specification.

The position detecting means 23 shown in FIG.
It may be a means of detecting latitude / longitude, etc. In the GPS, higher accuracy can be obtained by using so-called differential GPS, but it is thought that the accuracy of the present invention is not often required in the gist of the present invention. The description is omitted in this specification. Similar position detecting means include the position detecting means 43 of FIG. 4, the position detecting means 64 of FIG. 6, the position detecting means 83 of FIG. 8, the position detecting means 204 of FIG.
05 has the same configuration.

The storage medium 5 in FIG. 5, the storage medium 6 in FIG. 6, the storage medium 300 in FIG. 11, and the storage medium 400 in FIG. 12 are, as described above, a CD-ROM, an MO, an FD, a semiconductor memory, or the like. Anything that can store and read data can be used. Since these are all known technologies, their description is omitted in this specification.

FIG. 13 shows the call detecting means 10 of FIG.
FIG. 9 is a diagram for explaining a more detailed configuration example of (and the call detecting means 20 in FIG. 2, the call detecting means 70 in FIG. 7, and the call detecting means 80 in FIG. 8). Further, the function disclosed in FIG. 13 corresponds to the call detection step 30 in FIG.
Call detection step 40 in FIG. 4, call detection processing 51 in FIG. 5, call detection processing 61 in FIG. 6, call detection step 101 in FIG. 9, call detection step 201 in FIG. 10, call detection processing 302 in FIG. 11, FIG. Is the same as the processing content of the call detection processing 402 in FIG.

The call detecting means 10 shown in FIG. 13 includes a personal computer 1300 and an application program 13 for realizing the processing.
01, PBX realizing interface with telephone switching network
Receiving a call using the board 1303, PBX board
CTI program group 1302 for making a call and telephone number information 13 preliminarily describing the telephone number of the user
04. The application program 1301 is
It is widely known to those skilled in the art that a PBX board is controlled using a CTI program group, thereby enabling reception and transmission of a telephone. However, the present invention is characterized in that it has the telephone number information 1304 in advance. That is, when a call is received from the external telephone exchange network 15, the AP program 1301 detects this by the CTI program group. Then, it detects where it came from, that is, the telephone number of the caller. The detected telephone number is compared with the telephone number information 1304, and only when the telephone number is registered in advance in the telephone number information 1304, the telephone number is transmitted to the notification content generation means (11 in FIG. 1). I do.

FIG. 14 shows a more detailed configuration example of the notification content generation means 11 of FIG. The notification content notification step 31 of FIG. 3 and the notification content generation processing 52 of FIG. 5 can be realized by the configuration example of FIG.

In FIG. 14, the notification content generation means 11
Receives a telephone number 1401 from the outside. The notification content generation means 11 generates a correspondence table 140 between telephone numbers and account numbers.
It has 2. As a result, the account number reading process 1403 realizes the account number corresponding to the telephone number. This process can be easily realized by a program. Further, in the balance checking process 1404, the account balance is searched from the account database 1405 using the account number. The obtained deposit balance corresponding to the telephone number is output as a signal 1406 to the outside.

Here, it should be noted that the balance of the deposit is information relating to the secret of the individual. When reading such information, usually a password is set to enhance security. However, such methods require password management, and users often forget passwords or steal passwords and use them by malicious third parties. However, in the present invention, such a password setting is unnecessary,
Management costs can be reduced. Moreover, the equivalent of a password is the user's own telephone number, which the user will never forget. In addition, since the caller ID is transmitted by a common carrier such as NTT and cannot be set by a general malicious individual without permission, it is highly effective in maintaining security.

FIG. 15 is a diagram for explaining a more detailed configuration example of the notification content generation means 21 of FIG. Notification content generation step 41 in FIG. 4, notification content generation process 62 in FIG.
Can also be realized by the configuration of the notification content generation means 21 in FIG.

In FIG. 15, the position detecting means 1501
Is a GPS receiver. This position detecting means 1501
Is installed in nursery and kindergarten buses. As a result, the latitude and longitude of the location where the bus exists are calculated. In addition, each user (recognized by the caller number 1502) has user position information 1503 that stores the latitude and longitude information of the place where the telephone is located. The travel position information of the bus from the position detection means 1501 and the telephone position information from the user position information 1503 are sent to a distance calculation step 1504. Here, the distance between the position of the bus and the telephone is calculated. The calculation result of the distance is sent to the time calculation step 1505. This generates information on how long the bus will arrive where the telephone is located.

The distance calculation step 1504 may be realized as a normal computer program. From the latitude / longitude difference, the distance between the bus and the telephone can be calculated immediately. This is because the position of the bus can be accurately detected by using the GPS. Also, according to the gist of the present invention,
There may be various varieties of what is stored as the user position information. For example, FIG. 16 shows another embodiment of the notification content generation unit 21. The notification content generation step 41 in FIG. 4 and the notification content generation process 62 in FIG. 6 can also be realized by another example of the notification content generation unit 21 in FIG.

In FIG. 16, position detecting means 1601
Is a GPS receiver. This position detecting means 1601
Is installed in nursery and kindergarten buses. As a result, the latitude and longitude of the location where the bus exists are calculated. The passage storage step 1603 stores the latitude and longitude of a plurality of passage points for which it is necessary to confirm that the vehicle has passed in advance. The latitude / longitude information of this passing point is always collated with the latitude / longitude of the bus sent from the GPS receiver 1601. Generally, the route that the bus should travel is determined in advance. For this reason,
In this passage storing step 1603, the position on the route to which the bus has reached is stored every moment.

On the other hand, when the user makes a call, the information is provided as signal 1602. Thus, at the time when the signal is provided, it is determined which point the bus has passed by the point notification step 1
604. From this, "The bus has left Aioi Bridge"
Can be generated.

FIG. 17 shows the notification class determining means 71 of FIG.
3 shows a more detailed configuration example. The notification class determination step 102 in FIG. 9 and the notification class determination processing 303 in FIG. 11 can also realize the same function. In FIG. 17, the notification class determination means 71 receives a telephone number 1701 from the outside. The notification class determining means 71 has a correspondence table 1702 between telephone numbers and account numbers. As a result, the account number corresponding to the telephone number is read out from the account number reading process 1703.
Is realized. This process can be easily realized by a program. Further, in the balance matching process 1704,
The account balance is searched from the account database 1705 using the account number. However, it is not intended to report the balance here. For example, two classes “A” and “B” are output as the signal 1706. When "A" has a balance of 1,000,000 yen or more,
It is assumed that “B” has not reached the balance. The determination result of this class is output to the outside as a signal 1706.

FIG. 18 shows the notification class determining means 81 of FIG.
3 shows a more detailed configuration example. The notification class determination step 202 of FIG. 10 and the notification class determination process 403 of FIG.
The same function can be realized. The position detecting means 1801
It is a PS receiver. This position detecting means 1801 is mounted on a nursery school / kindergarten bus. As a result, the latitude and longitude of the location where the bus exists are calculated. The passage storage step 1803 stores latitude and longitude of a plurality of passing points to be confirmed in advance that the vehicle has passed. The latitude and longitude information of this passing point is
It is always collated with the latitude / longitude of the bus sent from the receiver 1801. Generally, the route that the bus should travel is determined in advance. Therefore, in this passage storage step 1803, the position on the route to which the bus has reached is stored every moment.

On the other hand, when the user makes a call, the information is provided as signal 1802. Thus, at the time when the signal is provided, it is determined which point the bus has passed by the point notification step 1
804. From this, a certain class is determined according to the point. One class may be determined for a plurality of passing points, or a class may be assigned to each passing point. Furthermore, for example, it is also realistic to change the position associated with the class for each user. Depending on the position of the bus stop where the user wants to pick up the child, the class is changed, such as one before, two before, and more. Even if the passing point of the bus is the same, the class notified for each user changes.

FIG. 19 is a more detailed configuration example of the sending means 12 of FIG. The sending means 22 in FIG. 2, the sending step 32 in FIG. 3, the sending step 42 in FIG. 4, and the sending process 5 in FIG.
3, the transmission process 63 of FIG. 6 can realize the same function.
In FIG. 19, the sending unit 12 includes a mail address storing unit 1903, a message generating unit 1902, and a sending unit 1904 such as mail. Reference numeral 1901 denotes a user's telephone number and contents to be transmitted. The content to be transmitted is, for example, the balance of the deposit. Message generating means 19
At 02, an e-mail to be sent is generated based on the balance of the deposit. Also, from the user's telephone number 1901,
According to the correspondence table 1903, the user's mail address or pager number is extracted. Finally, the message generated by the message generating unit 1902 is transmitted by the mail transmitting unit 1904 to the e-mail address or the pager number. The telegram is sent to the target personal computer via the transmission network 17. The same applies to the case of a pager network.

[0107]

As described above, according to the information transmission system of the present invention, when a user wants to obtain information,
You can get information by e-mail, pager or telephone call as soon as you call the center.

Further, according to the information transmission system of the present invention, information can be obtained to the receiver at a lower cost than when referring to a homepage such as the HTTP protocol.

Further, according to the information transmission system of the present invention, the password required for the HTTP protocol is not required, and the management thereof is not required, so that the system can be constructed and operated at lower cost.

Further, according to the information transmission system of the present invention, since the information can be recognized by the ringtone, the user can obtain the information for free.

Further, according to the information transmission system of the present invention, the number of calling lines that can be used to switch ringtones is three.
Even if it is only about this number, by changing the contents to be assigned to the calling number for each telephone number of the user, it is possible to inform the user of information on a moving body such as a bus even with a small calling number.

[0112]

[Brief description of the drawings]

FIG. 1 shows an example of an information transmission system according to the present invention (claim 1).

FIG. 2 shows an example of an information transmission system according to the present invention (claim 2);

FIG. 3 shows an example of an information transmission method according to the present invention (claim 3);

FIG. 4 shows an example of an information transmission method according to the present invention (claim 4);

FIG. 5 shows an example of a storage medium storing an information transmission program according to the present invention.

FIG. 6 shows an example of a storage medium storing an information transmission program according to the present invention.

FIG. 7 is an example of an information transmission system according to the present invention (claim 7);

FIG. 8 shows an example of an information transmission system according to the present invention (claim 8);

FIG. 9 shows an example of an information transmission method according to the present invention (claim 9);

FIG. 10 shows an example of an information transmission method according to the present invention (claim 10);

FIG. 11 shows an example of a storage medium storing an information transmission program according to the present invention.

FIG. 12 shows an example of a storage medium storing an information transmission program according to the present invention.

FIG. 13 shows a more detailed configuration example of the call detection means 10;

FIG. 14 is a more detailed configuration example of a notification content generation unit 11;

FIG. 15 is a more detailed configuration example of a notification content generation unit 21;

FIG. 16 shows another detailed configuration example of the notification content generation means 21.

17 is a more detailed configuration example of a notification content generation unit 71. FIG.

FIG. 18 is a more detailed configuration example of a notification content generation unit 81;

FIG. 19 shows a more detailed configuration example of the sending means 12.

[Explanation of symbols]

1 information transmission system of the present invention (claim 1) 2 information transmission system of the present invention (claim 2) 3 information transmission method of the present invention (claim 3) 4 information transmission method of the present invention (claim 4) Storage medium storing the information transmission program of the invention (claim 5) 6 Storage medium storing the information transmission program of the invention (claim 6) 7 Information transmission system of the invention (claim 7) 8 invention (claim) 8) Information transmission system 10 Call detection means 11 Notification content generation means 12 Transmission means 15 Telephone exchange network 16 Telephone 17 Transmission network 20 Call detection means 21 Notification content generation means 22 Transmission means 23 Position detection means 30 Call detection step 31 Notification content Generation step 32 Transmission step 33 Outgoing call from telephone 40 Call detection step 41 Notification generation step 42 Transmission step Top 43 Position detection means 44 Call from telephone 50 Information transmission program 51 Call detection processing 52 Notification contents generation processing 53 Transmission processing 60 Information transmission program 61 Call detection processing 62 Notification contents generation processing 63 Transmission processing 64 Position detection means 70 Call Detection means 71 Broadcast class determination means 72 Transmission means 80 Call detection means 81 Broadcast class determination means 82 Transmission means 83 Position detection means 100 Information transmission method of the present invention (claim 9) 101 Call detection step 102 Broadcast class determination step 103 Transmission step 200 Information transmission method of the present invention (claim 10) 201 Call detection step 202 Broadcast class determination step 203 Transmission step 204 Position detecting means 300 Storage storing information transmission program of the present invention (claim 11) Body 301 Information transmission program 301 302 Call detection processing 303 Broadcast class determination processing 304 Transmission processing 400 Storage medium storing the information transmission program of the present invention (claim 12) 401 Information transmission program 402 Call detection processing 403 Broadcast class determination processing 404 Transmission Processing 405 Position detecting means

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06F 17/60 502 G06F 17/60 502 H04M 3/42 H04M 3/42 B 11/00 303 11/00 303

Claims (12)

[Claims] 1. A call detection unit for detecting a call from a telephone number registered in advance, a notification content generation unit for generating notification content that changes depending on the telephone number registered in advance, And a sending means for sending out the content generated by the notification content generating means to a mail address or a pager number corresponding to the telephone number. 2. A call detecting means for detecting a call from a telephone number registered in advance, and said pre-registered from a place where an object such as a bus is located at the time when the call is detected by said call detecting means. A notification content generating means for generating content to be notified for the registered telephone number; and transmitting the content generated by the notification content generating means to a mail address or a pager number corresponding to the pre-registered telephone number. An information transmission system comprising: 3. A call detecting step for detecting a call from a telephone number registered in advance, a notification content generating step for generating notification contents that change depending on the telephone number registered in advance, Transmitting the contents generated by the notification content generation means to a mail address or a pager number corresponding to the telephone number. 4. A call detecting step of detecting a call from a telephone number registered in advance, and a step of detecting the call from the place where an object such as a bus is located when the call is detected by the call detecting means. A notification content generation step of generating content to be notified for the registered telephone number; and transmitting the content generated by the notification content generation means to a mail address or a pager number corresponding to the pre-registered telephone number. And transmitting the information. 5. A call detection process for detecting a call from a telephone number registered in advance, a notification content generation process for generating notification content that changes depending on the telephone number registered in advance, A sending process for sending the content generated by the notification content generating means to a mail address or a pager number corresponding to the telephone number. 6. A call detection process for detecting a call from a pre-registered telephone number, and a step of detecting the call from the place where an object such as a bus is located when the call is detected by the call detection means. A notification content generation process for generating content to be notified to the registered telephone number; and transmitting the content generated by the notification content generation means to a mail address or a pager number corresponding to the pre-registered telephone number. A storage medium storing an information transmission program, comprising: 7. A call detecting means for detecting a call from a telephone number registered in advance, a notification class determining means for determining a class to be notified which changes depending on the telephone number registered in advance, and said notification A transmitting means for changing a telephone number to be called according to the class determined by the class determining means and calling the telephone number or pager number corresponding to the previously registered telephone number. An information sending system characterized by the above-mentioned. 8. A call detecting means for detecting a call from a telephone number registered in advance, and said pre-registration is performed from a place where an object such as a bus is located when a call is detected by said call detecting means. A notification class determining means for determining a class of contents to be notified for the given telephone number; and a telephone number to be called corresponding to the class determined by the notification class determining means, and An information transmission system comprising transmission means for making a call to a telephone number or a pager number corresponding to a telephone number. 9. A call detection step for detecting a call from a telephone number registered in advance, a notification class determining step for determining a class to be notified which changes depending on the telephone number registered in advance, and the notification Sending a call to a telephone number or a pager number corresponding to the previously registered telephone number by changing the telephone number to be called according to the class determined by the class determining step. An information transmission method characterized by the above-mentioned. 10. A call detecting step for detecting a call from a telephone number registered in advance, and a step in which an object such as a bus is located when a call is detected by the call detecting step.
A notification class determining step of determining a class of content to be notified to the pre-registered telephone number; and changing a telephone number to be called in accordance with the class determined by the notification class determining step, Sending a call to a telephone number or a pager number corresponding to the registered telephone number. 11. A call detection process for detecting a call from a telephone number registered in advance, a notification class determination process for determining a class to be notified that changes depending on the telephone number registered in advance, and the notification A transmission process of changing a telephone number to be called according to the class determined by the class determination process and making a call to a telephone number or a pager number corresponding to the previously registered telephone number. A storage medium storing an information sending program characterized by the following. 12. A call detection process for detecting a call from a pre-registered telephone number, and a process for detecting the call from the location where an object such as a bus is located when a call is detected by the call detection process. A notification class determining process for determining a class of the content to be notified for the given telephone number; and changing the telephone number to be called corresponding to the class determined by the notification class determining process, and A storage medium storing an information transmission program, comprising: transmission processing for making a call to a telephone number or a pager number corresponding to a telephone number.