JP6751976B1 - Server device, SMS reception system, server device control method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To acquire necessary data of an SMS received by a designated receiving device by a customer without preparing hardware for receiving the SMS or performing a complicated telephone number acquisition procedure. A server device receives an SMS from an SMS transmitting terminal and transmits the SMS information to a URL of a designated receiving terminal device. The server device has a plurality of SIM cards that can receive SMS, a modem unit that outputs SMS information, a database that stores the telephone number of the IM card and the URL of the corresponding receiving terminal device, and the transmitting terminal device. The API processing unit that presents the phone number of the SIM card that can be selected and stores the phone number specified by the customer and the URL of the receiving terminal device in the database, and the destination receiving terminal device from the database by the phone number that received the SMS. It includes an SMS information transmission unit that acquires a URL and transmits the received SMS information to the URL of the receiving terminal device. [Selection diagram] Fig. 2

Description

The present invention relates to a server device, an SMS receiving system, a control method of the server device, and a program for providing a service of transmitting the contents of received SMS (Short Message Service) to a customer's receiving device.

Conventionally, a technique for transferring an incoming SMS to a designated receiving device has been proposed.

Patent Document 1 includes a function of temporarily storing short messages and a function of holding information defining a transfer mode of short messages in a communication relay facility of a provider intervening between a plurality of networks operated by a telecommunications carrier. When a short message is sent, even if the originally planned destination is in a state where it cannot receive a call, the short message is forwarded to an alternative destination based on the information that defines the forwarding mode of the short message. Do. A short message transfer device is described.

Further, in Patent Document 2, the user profile associated with the radiotelephone includes a condition for receiving a message via a device other than the radiotelephone and a basic setting of the user, and the condition includes an instant. · Includes whether the messaging client is active. That is, in this case, the client's address is included, and if a text message arrives at the radiotelephone exchange center, is the message over the radiotelephone network, through the Internet messaging client, or its? A system is described in which it is determined whether the message is transmitted via both, and depending on the determination, the message is transmitted via a wireless network or formatted as an instant messaging message.

Further, in Patent Document 3, an SMS message transmitted to a specific telephone number or address is provided to a desired device, the sender transmits the SMS message to the user's telephone number address, and the SMS message is selected by the user. Described is a message transmission system that is routed to the desired device and displayed in a suitable format on the desired device.

In such a conventional technique, a telephone number for receiving an SMS is specified by a SIM card built in a device (mobile phone, smartphone) managed by an SMS receiver, and a receiving device (mobile phone, smartphone) having a built-in SIM card. It is assumed that you own a smartphone).

Japanese Unexamined Patent Publication No. 2010-004125 Japanese Unexamined Patent Publication No. 2005-124152 Japanese Unexamined Patent Publication No. 2014-220594

However, even if you do not own an SMS receiver, you may be required to be able to temporarily or continuously receive your own SMS with one or more telephone numbers.

In order to meet such demands, it is necessary for users to acquire mobile phones and smartphones that can receive SMS. Further, in order to be able to receive SMS with a plurality of telephone numbers, it is necessary to prepare a plurality of telephone numbers.

In addition, SMS reception may be temporarily required, such as authentication by SMS for online services that do not necessarily require long-term, advertising for a certain period of time, recruitment of members, etc. In this case, the above-mentioned mobile phone It costs money to get a smartphone or a smartphone.

The present invention has been made in view of the above-mentioned problems, and even if the customer uses the data for a limited period of time without preparing hardware capable of receiving SMS or performing complicated telephone number acquisition procedures. It is an object of the present invention to provide a server device, an SMS receiving system, a control method of the server device, and a program capable of transmitting the necessary data of the received SMS to a designated receiving device at a low price.

The invention according to claim 1, which solves the above problems, receives an SMS from an unspecified SMS transmitting terminal with a telephone number specified by the customer, and receives the received SMS at the URL of the receiving terminal device specified by the customer. A modem that is a server device that transmits information, in which a plurality of SIM cards that specify a telephone number that can receive the SMS are arranged, and an incoming SMS information is output to the telephone number specified by each SIM card. The modem for the unit, the database storing the telephone number of the SIM card arranged in the modem unit and the URL of the receiving terminal device of the customer corresponding to the telephone number, and the transmitting terminal device of the customer. An API that presents the phone numbers of the SMS cards that can be selected from the SIM cards arranged in the unit, and stores the phone number specified by the customer from these phone numbers and the URL of the receiving terminal device to be transmitted in the database. The URL of the receiving terminal device that has acquired the information of the SMS received by the processing unit and the modem unit by acquiring the URL of the receiving terminal device from the database based on the telephone number that the modem unit received the SMS. It is a server device including an SMS information transmission unit for transmitting to.

According to the present invention, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem unit, and the API processing unit can select from the SIM cards arranged in the modem unit for the customer's transmission terminal device. The telephone numbers of the SIM cards are presented, and the telephone numbers specified by the customer from these telephone numbers and the URL of the terminal device to be transmitted are stored in the database. Then, when the SMS is transmitted from the unspecified SMS transmission terminal to the telephone number designated by the customer, the modem unit outputs the SMS information to the SMS transmission unit. Further, the SMS information transmission unit acquires the URL of the transmission destination from the database based on the reception number and transmits the information of the SMS to the URL of the transmission destination.

Therefore, the customer can acquire the SMS information received by the telephone number preset by the receiving terminal device designated by the customer without having the terminal device provided with the SIM card for receiving the SMS. Also, according to the present invention, it can be used temporarily rather than permanently.

Similarly, the invention according to claim 2 is the server device according to claim 1, wherein the SMS information transmitting unit uses the source telephone number, the received telephone number, the text data, and the reception time as the received SMS information. It is characterized by transmitting.

According to the present invention, the SMS information transmission unit transmits SMS information such as a source telephone number, a reception telephone number, text text data, and reception time to the receiving terminal device, and the customer is based on these detailed data. Various processing can be performed.

Similarly, the invention of claim 3 is the server device according to claim 1, wherein the API processing unit specifies the telephone number and the URL by a POST method by HTTP (Hypertext Transfer Protocol) from the transmission terminal device of the customer. Is specified.

According to the present invention, a transmitting terminal device is connected to a server device, and a desired receiving telephone number and a destination URL are selected from the telephone numbers of a plurality of SIM cards arranged in the modem section of the server device. can do. At this time, the transmission terminal device communicates with the server device by the POST method using HTTP. Therefore, it is possible to acquire a desired telephone number and set it as the destination telephone number of SMS by a simple process from the customer's transmission terminal device without going through complicated procedures such as a contract with a telephone company.

Similarly, the invention according to claim 4 includes a server device, a customer's transmitting terminal device and a receiving terminal device, and is an SMS received from an unspecified SMS transmitting terminal by the customer with a telephone number specified by the transmitting terminal. An SMS receiving system for transmitting information by transmitting the URL of the receiving terminal device of the customer, in which a plurality of SIM cards for specifying a telephone number capable of receiving the SMS are arranged in the server device, and the SIM card specifies the information. The modem unit that receives an incoming call to the telephone number and outputs the received SMS information, the telephone number of the SIM card arranged in the modem unit, and the URL of the receiving terminal device of the customer corresponding to the telephone number are stored. The database and the SMS card phone number that can be selected from the SMS cards arranged in the modem unit should be presented to the customer's transmission terminal, and the phone number specified by the customer and the message should be transmitted from these phone numbers. Based on the API processing unit that stores the URL of the receiving terminal device in the database and the telephone number that the modem unit received the SMS, the URL of the receiving terminal device is acquired from the database and stored in the modem unit. The transmission terminal device includes an SMS information transmission unit that transmits the received SMS information to the URL of the acquired receiving terminal device, and the transmission terminal device uses a POST method by HTTP (HyperTtext Transfer Protocol) to the API processing unit. It is an SMS receiving system characterized by designating a telephone number and the URL.

According to the present invention, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem unit, and the API processing unit can select from the SIM cards arranged in the modem unit for the customer's transmission terminal device. The telephone numbers of the SIM cards are presented, and the telephone numbers specified by the customer from these telephone numbers and the URL of the terminal device to be transmitted are stored in the database. Then, when the SMS is transmitted from the unspecified SMS transmission terminal to the telephone number designated by the customer, the modem unit outputs the SMS information to the SMS information transmission unit. Further, the SMS information transmission unit acquires the URL of the transmission destination from the database based on the reception number and transmits the information of the SMS to the URL of the transmission destination.

Further, the transmitting terminal device can be connected to the server device, and a desired telephone number can be selected from the telephone numbers and incoming numbers of a plurality of SIM cards arranged in the modem section of the server device. At this time, the transmission terminal device communicates with the server device by the POST method using HTTP. Therefore, it is possible to acquire a desired telephone number and set the SMS destination telephone number and the destination URL by a simple process from the customer's transmission terminal device without going through complicated procedures such as a contract with a telephone company.

Similarly, the invention according to claim 5 is characterized in that, in the SMS receiving system according to claim 4, the transmitting terminal device and the receiving terminal device are realized by one customer terminal device.

According to the present invention, the transmission terminal device and the reception terminal device can be realized by one customer terminal device, for example, a personal computer.

Similarly, the invention according to claim 6 is the SMS receiving system according to claim 4, wherein the SMS information transmitting unit uses the source telephone number, the received telephone number, the text data, and the incoming call as the received SMS information. It is characterized by transmitting the time.

According to the present invention, the SMS information transmission unit transmits SMS information such as a source telephone number, a reception telephone number, text text data, and reception time to the receiving terminal device, and the customer is based on these detailed data. Various processing can be performed.

Similarly, the invention according to claim 7 is characterized in that, in the SMS receiving system according to claim 4, the server device is a personal computer.

According to the present invention, a server device can be realized by executing a program on a personal computer provided with general-purpose hardware, and no special device is required.

Similarly, the invention according to claim 8 is characterized in that, in the SMS receiving system according to claim 4, the customer's transmitting terminal device and the customer's receiving terminal device are a personal computer, a tablet computer, or a smartphone. And.

According to the present invention, a customer's transmission terminal device and reception device can be realized by executing a program on a personal computer or the like equipped with general-purpose hardware, and no special device is required.

Similarly, the invention according to claim 9 is a modem unit in which a plurality of SIM cards capable of receiving SMS are arranged, an API processing unit in which a customer specifies a desired telephone number and a URL of a receiving device as a destination, and a SIM card. It is a control method of a server device including a database storing information about SMS from an unspecified SMS transmitting terminal received in the above and an SMS information transmitting unit to transmit to the URL of the receiving terminal device specified by the customer. , The API processing unit presents to the customer the SIM card telephone number that can be selected from the SIM cards arranged in the modem unit, and the telephone number is the telephone number desired by the customer and the receiving terminal device to be transmitted. The step of designating the URL by the POST method by SMS, the step of storing the telephone number of the plurality of SIM cards and the URL of the terminal device of the customer corresponding to the telephone number in the database, and each SIM. The step of outputting the information of the received SMS to the phone number specified by the card and the information of the SMS received by the SMS information transmitting unit to the modem unit are stored in a database based on the phone number receiving the SMS. This is a method for controlling a server device, which comprises a step of transmitting to the URL of the terminal device acquired with reference to the above.

According to the present invention, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem unit. Then, while connected to the customer's transmitting terminal, the API processing unit of the server prosecution presents the telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit to the transmitting terminal device, and the customer presents these telephone numbers. From the telephone number, the desired telephone number and the URL of the terminal device to be transmitted are specified. This process is performed by the POST method by HTTP. Further, the telephone numbers of a plurality of SIM cards, the URLs of the customer's receiving terminal devices corresponding to these telephone numbers, and the customer information are stored in the database. Then, the SMS information received by receiving the incoming call to the telephone number specified by the SIM card is output, and the SMS information transmitting unit outputs the SMS information received to the modem unit based on the telephone number receiving the SMS. It is transmitted to the URL of the terminal device obtained by referring to the database.

Similarly, the invention according to claim 10 is a modem unit in which a plurality of SIM cards capable of receiving SIM cards are arranged, an API processing unit in which a customer specifies a desired telephone number and a URL of a receiving device as a destination, and a SIM card. To the computer of the server device including the database storing the information about the SMS from the unspecified SMS transmitting terminal received in the above and the SMS information transmitting unit to be transmitted to the URL of the receiving terminal device specified by the customer, the API The processing unit presents the customer with a SIM card telephone number that can be selected from the SIM cards arranged in the modem unit, and the telephone number is the telephone number desired by the customer and the URL of the receiving terminal device to be transmitted. Each SIM card is specified as a step of specifying the above by the POST method by HTTP, a step of storing the telephone number of the plurality of SIM cards and the URL of the terminal device of the customer corresponding to the telephone number in the database. The step of outputting the SIM information received by receiving the incoming call to the telephone number and the information of the SMS received by the SMS information transmitting unit to the modem unit are referred to the database based on the telephone number receiving the SMS. It is a program characterized by executing a step of transmitting to the URL of the terminal device acquired in the above-mentioned.

According to the present invention, the computer of the server device executes a program and is connected to the transmission terminal of the customer, and the API processing unit of the server prosecution is from the SIM card arranged in the modem unit of the transmission terminal device. Presenting a selectable SIM card telephone number, the customer specifies a desired telephone number from these telephone numbers and the URL of the terminal device to be transmitted. This process is performed by the POST method by HTTP. Then, the telephone numbers of the plurality of SIM cards, the URLs of the customer's receiving terminal devices corresponding to these telephone numbers, and the customer information are stored in the database. Then, the SMS information received by receiving the incoming call to the telephone number specified by the SIM card is output, and the SMS information transmitting unit outputs the SMS information received to the modem unit based on the telephone number receiving the SMS. It is transmitted to the URL of the terminal device obtained by referring to the database.

According to the present invention, a customer can specify an SMS received at a low price even if it is used for a limited period of time without preparing special hardware for receiving SMS or performing complicated telephone number acquisition procedures. The necessary data of the received SMS can be transmitted to the receiving device. Therefore, it is suitable for temporary use that is not premised on long-term use, such as authentication by SMS of an online service, advertisement for a certain period of time, recruitment of members, and the like.

That is, according to the server device according to claim 1, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem section, and the API processing section is in the modem section with respect to the customer's transmission terminal device. The telephone numbers of the SIM cards that can be selected from the arranged SIM cards are presented, and the telephone numbers specified by the customer from these telephone numbers and the URL of the terminal device to be transmitted are stored in the database. Then, when the SMS is transmitted from the unspecified SMS transmission terminal to the telephone number designated by the customer, the modem unit outputs the information of the SMS. Further, the SMS information transmission unit acquires the URL of the transmission destination from the database based on the reception number and transmits the information of the SMS to the URL of the transmission destination.

Therefore, the customer can acquire the SMS information received by the telephone number preset by the receiving terminal device designated by the customer without having the terminal device provided with the SIM card for receiving the SMS. Also, according to the present invention, it can be used temporarily rather than permanently. That is, the server device according to the present invention is suitable for temporary use that is not premised on long-term use, such as authentication by SMS of an online service, advertisement for a certain period of time, recruitment of members, and the like.

Further, according to the server device according to the second aspect, the SMS information transmitting unit transmits the SMS information such as the source telephone number, the received telephone number, the text data, and the reception time to the receiving terminal device. The customer can perform various processes based on these detailed data. Therefore, it can be confirmed that the other party's telephone number is in use by the outgoing telephone number, and various information can be obtained by analyzing the text data of the text, which is effective for various purposes.

Further, according to the server device according to claim 3, the transmission terminal device is connected to the server device, and a desired telephone number is selected from the telephone numbers of a plurality of SIM cards arranged in the modem section of the server device. can do. At this time, the transmission terminal device communicates with the server device by the POST method using HTTP. Therefore, it is possible to acquire a desired telephone number and set it as the destination telephone number of SMS by a simple process from the customer's transmission terminal device without going through complicated procedures such as a contract with a telephone company. Further, when the URL of the customer's incoming terminal device is associated with the incoming number, it can be described and changed from the customer's transmitting terminal to the API processing unit by the POST method by HTTP. Therefore, unlike the case where, for example, SMTP other than the text by HTTP is used, the restrictions on the interface construction are reduced.

Further, according to the SMS receiving system according to claim 4, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem unit, and the API processing unit uses the modem unit for the customer's transmitting terminal device. The telephone numbers of the SIM cards that can be selected from the SIM cards arranged in the above are presented, and the telephone numbers specified by the customer from these telephone numbers and the URL of the terminal device to be transmitted are stored in the database. Then, when the SMS is transmitted from the unspecified SMS transmission terminal to the telephone number designated by the customer, the modem unit outputs the information of the SMS. Further, the SMS information transmission unit acquires the URL of the transmission destination from the database based on the reception number and transmits the information of the SMS to the URL of the transmission destination.

Further, the transmitting terminal device can be connected to the server device, and a desired telephone number can be selected from the telephone numbers and incoming numbers of a plurality of SIM cards arranged in the modem section of the server device. At this time, the transmission terminal device communicates with the server device by the POST method using HTTP. Therefore, it is possible to acquire a desired telephone number and set it as the destination telephone number of SMS by a simple process from the customer's transmission terminal device without going through complicated procedures such as a contract with a telephone company.

Further, when the URL of the customer's incoming terminal device is associated with the incoming number, it can be described and changed from the customer's transmitting terminal to the API processing unit by the POST method by HTTP. Therefore, unlike the case where, for example, SMTP other than the text by HTTP is used, the restrictions on the interface construction are reduced.

Further, according to the SMS receiving system according to claim 5, the transmitting terminal device and the receiving terminal device can be realized by one customer terminal device, for example, a personal computer or the like. Therefore, the SMS reception system can be realized without using special equipment.

Further, according to the SMS receiving system according to claim 6, the SMS information transmitting unit transmits SMS information such as a source telephone number, a receiving telephone number, text data, and a receiving time to the receiving terminal device. , The customer can perform various processes based on these detailed data.

Further, according to the SMS receiving system according to claim 7, a server device can be realized by executing a program on a personal computer provided with general-purpose hardware, and no special device is required.

Further, according to claim 8, according to the SMS receiving system, a customer's transmitting terminal device and receiving device can be realized by executing a program on a personal computer or the like provided with general-purpose hardware, and no special device is required.

Further, according to the control method of the server device according to claim 9, a plurality of SIM cards for specifying different telephone numbers are arranged in the modem unit. Then, while connected to the customer's transmitting terminal, the API processing unit of the server prosecution presents the telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit to the transmitting terminal device, and the customer presents these telephone numbers. From the telephone number, the desired telephone number and the URL of the terminal device to be transmitted are specified. This process is performed by the POST method by HTTP. Further, the telephone numbers of a plurality of SIM cards, the URLs of the customer's receiving terminal devices corresponding to these telephone numbers, and the customer information are stored in the database. Then, the SMS information received by receiving the incoming call to the telephone number specified by the SIM card is output, and the SMS information transmitting unit outputs the SMS information received to the modem unit based on the telephone number receiving the SMS. It is transmitted to the URL of the terminal device obtained by referring to the database.

Therefore, the customer can acquire the SMS information received by the telephone number preset by the receiving terminal device designated by the customer without having the terminal device provided with the SIM card for receiving the SMS. Also, according to the present invention, it can be used temporarily rather than permanently. That is, the server device according to the present invention is suitable for temporary use that is not premised on long-term use, such as authentication by SMS of an online service, advertisement for a certain period of time, recruitment of members, and the like.

Further, the SMS information transmitting unit transmits SMS information such as a source telephone number, a receiving telephone number, text text data, and a reception time to the receiving terminal device, and the customer performs various processes based on these detailed data. It can be performed.

Then, according to the program according to claim 10, while the computer of the server device executes the program and is connected to the transmission terminal of the customer, the API processing unit of the server prosecution is connected to the transmission terminal device by the modem unit. Presenting the telephone numbers of the SIM cards that can be selected from the SIM cards arranged in the customer, the customer specifies the desired telephone number and the URL of the terminal device to be transmitted from these telephone numbers. This process is performed by the POST method by HTTP. Then, the telephone numbers of the plurality of SIM cards, the URLs of the customer's receiving terminal devices corresponding to these telephone numbers, and the customer information are stored in the database. Then, the SMS information received by receiving the incoming call to the telephone number specified by the SIM card is output, and the SMS information transmitting unit outputs the SMS information received to the modem unit based on the telephone number receiving the SMS. It is transmitted to the URL of the terminal device obtained by referring to the database.

Therefore, the customer can acquire the SMS information received by the telephone number preset by the receiving terminal device designated by the customer without having the terminal device provided with the SIM card for receiving the SMS. Also, according to the present invention, it can be used temporarily rather than permanently. That is, the server device according to the present invention is suitable for temporary use that is not premised on long-term use, such as authentication by SMS of an online service, advertisement for a certain period of time, recruitment of members, and the like.

Further, the SMS information transmitting unit transmits SMS information such as a source telephone number, a receiving telephone number, text text data, and a reception time to the receiving terminal device, and the customer performs various processes based on these detailed data. It can be performed.

It is a block diagram which shows the whole structure of the SMS receiving system which concerns on embodiment of this invention. Each part of the SMS receiving system is shown, (a) is a block diagram showing a modem part, and (b) is a block diagram showing an API processing part. The operation of the SMS reception system is shown, (a) is a flowchart showing an operation of setting a telephone number and a destination URL for SMS reception, (b) is a flowchart showing an SMS reception operation, and (c) is SMS information. It is a flowchart which shows the transmission operation of. It is a flowchart which shows the whole operation of the SMS reception system.

The server device, the SMS receiving system, the control method of the server device, and the program according to the embodiment for carrying out the present invention will be described.

Hereinafter, the SMS receiving system according to the embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing the overall configuration of the SMS receiving system according to the embodiment of the present invention, FIG. 2 is a block diagram showing each part of the SMS receiving system, (a) is a block diagram showing a modem part, and (b). Is a block diagram showing an API processing unit.

The SMS receiving system 10 according to the embodiment of the present invention includes a server device 100, a plurality of SMS transmitting terminals 30-1, 30-2, 30-3, ..., 30-n, and customer terminals used by a plurality of customers. The devices 50-1, 50-2, ..., 50-M are provided. The SMS transmission terminals 30-1, 30-2, 30-3, ..., 30-n and the server device 100 are connected by a telephone line 20. Further, each customer terminal device 50-1, 50-2, ..., 50-M and the server device 100 are connected by the Internet 40.

When a plurality of SMS transmission terminals 30-1, 30-2, 30-3, ..., 30-n are not individually distinguished, they are simply referred to as SMS transmission terminals 30, and a plurality of customer terminal devices 50-1, 50-. When 2, ..., 50-M are described without distinction, they are simply referred to as customer terminal device 50.

The SMS transmission terminal 30 need only be a terminal device capable of transmitting SMS, and a smartphone or a conventional mobile phone (feature phone) is used.

SMS (Short Message Service) is a service that allows you to send and receive text messages to a phone number, and you can easily use it without installing a special application on your smartphone or feature phone. Since the destination is a telephone number, transmission / reception cannot be performed by a terminal device that does not have a telephone number, for example, a personal computer that does not have a SIM card.

The customer terminal device 50 includes a CPU (Central Processing Unit) as a processing unit, a ROM (Read Only Memory) and a RAM (Random Access Memory) as a main storage device, a hard disk drive (HDD: Hard Disc Drive) as an auxiliary storage device, and the like. It is realized by personal computers and tablet computers. In the present embodiment, the customer terminal device 50 includes input means such as a keyboard and a mouse and output means such as a liquid crystal display. Further, in the customer terminal device 50, the transmission terminal device 51 and the reception terminal device 52 are realized by one customer terminal device 50. The transmitting terminal device 51 and the receiving terminal device 52 can be configured as different devices.

The transmission terminal device 51 can be realized by processing the web browser software of the customer terminal device 50. The transmission terminal device 51 is presented with a SIM card telephone number that can be selected from SIM cards arranged in the modem unit of the server device 100 from the API processing unit 130 of the server device 100, and transmits a desired telephone number from these telephone numbers. The URL of the receiving terminal device 52 to be used is input. The transmission terminal device 51 can specify the telephone number for receiving the contents of the API processing unit 130 by the POST method by HTTP and the URL of the reception terminal device 52 as the transmission destination.

The receiving terminal device 52 can be realized by executing the receiving application software on the customer terminal device 50, and the sender telephone number, the receiving telephone number, and the text data as SMS information from the SMS information transmission unit 140 of the server device 100 described later. , And receive the reception time. The customer can use the received data of each item for various purposes. For example, it can be used for web service authentication, questionnaire aggregation, advertising for a certain period of time, member recruitment, and so on.

The server device 100 includes a CPU (Central Processing Unit) as a processing unit, a ROM (Read Only Memory) and a RAM (Random Access Memory) as a main storage device, and a hard disk drive (HDD: Hard Disc Drive) as an auxiliary storage device. Realized on a personal computer.

As shown in FIG. 1, the server device 100 includes a modem unit 110, a database 120, an API processing unit 130, an SMS information transmission unit 140, and a communication control unit 150.

As shown in FIG. 2A, the modem unit 110 includes a plurality of SIM card slots 111-1, 111-2 ..., 111-P, and a connection management data transmission unit 112. SIM cards 60-1, 60-2 ..., 60-P that specify different telephone numbers are arranged in SIM card slots 111-1, 111-2 ..., 111-P, respectively. For each SIM card 60-1, 60-2 ..., 60-P, for example, "aaa-bbbb-ccc1", "aaa-bbbb-ccc2", ..., "aaa-bbbb-cccP" are specified as telephone numbers. ..

Further, the connection management data transmission unit 112 manages the connection such as incoming call processing and disconnection processing of each SIM card 60-1, 60-2 ..., 60-P, and the outgoing telephone number and text information as the received SMS information. , The telephone number (received telephone number) of the received SIM card, and the incoming time are transmitted to the SMS information transmission unit 140.

The database 120 includes the telephone number of the SIM card that can be provided to the customer, the telephone number of the SIM card 60 that is in use according to the instruction from the API processing unit 130 described later, and the customer terminal device associated with this telephone number. Stores 50 URLs (Uniform Resource Locator).

Further, the database 120 outputs the URL associated with the received telephone number by designating the incoming telephone number from the SMS information transmitting unit 140, which will be described later.

The API processing unit 130 communicates with the transmission terminal device 51 of the customer terminal device 50, presents the telephone number of a usable SIM card to the transmission terminal device 51, and receives the SMS input to the transmission terminal device 51 desired by the customer. The telephone number for use and the URL of the transmission terminal device 51 of the customer terminal device 50 associated with this telephone number are received and stored in the database 120.

In the present embodiment, the receiving terminal device 52 can be connected to the server device 100 and input to the API processing unit 130 by the POST method of HTTP. The transmission terminal device 51 edits the text when designating a desired telephone number and a transfer destination URL on the Internet browsing web browser software. You can also cancel the specified phone number in the same way. In this way, the designation and cancellation of the telephone number and URL can be easily performed by the POST method using HTTP.

For example, specify to transfer the SMS information received in "aaa-bbbb-ccc2" to the URL of its own receiving terminal device 52, for example, "http://www.abc.defg.co.jp/hijk/ etc." To do. Customers can make settings for each phone number they use. This designation is acquired by the API processing unit 130 of the server device 100, and the server device 100 can set the transfer destination of the SMS information for each telephone number that arrives at the database 120.

The API processing unit 130 includes a contract processing unit 131, a telephone number setting unit 132, a URL setting unit 133, and an SMS information transmission unit 134.

The contract processing unit 131 performs SMS transfer contract processing with the customer. The telephone number setting unit 132 presents the telephone number specified by the plurality of SIM cards 60 installed in the modem unit 110 to the transmission terminal device 51 and causes the customer to select the telephone number. The URL setting unit 133 receives the URL of the customer's receiving terminal device 52 corresponding to the telephone number selected by the customer from the customer and associates it with the telephone number. The SMS information transmission unit 134 transmits the received SMS information to the SMS information transmission unit 140.

When the SMS information transmitting unit 140 receives new SMS information from the modem unit 110, the SMS information transmitting unit 140 acquires the URL of the receiving terminal device 52 to which the SMS information is transmitted from the database 120 based on the receiving telephone number of the SMS information. Then, the SMS information transmission unit 140 transmits the source telephone number, the reception telephone number, the text data, and the reception time as SMS information to the URL.

Next, the processing and operation of the SMS receiving system 10 according to the present embodiment will be described. First, individual processes will be described. FIG. 3 shows the operation of the SMS reception system, (a) is a flowchart showing an operation of setting a telephone number and a destination URL for SMS reception, (b) is a flowchart showing an SMS reception operation, and (c). Is a flowchart showing the transmission operation of SMS information.

First, the operation of setting the telephone number and the destination URL for receiving SMS by the customer will be described. When the API processing unit 130 is connected from the transmission terminal device 51 and instructed to connect to the server device 100 from the customer's transmission terminal device 51 as shown in FIG. 3A (step S11), the customer The transmission terminal device 51 accesses the API processing unit 130 of the server device 100 (step S12). The API processing unit 130 acquires the telephone number of the usable SIM card 60 stored in the database 120 as a usable candidate in the transmission terminal device 51 by the telephone number setting unit 132, and sends the telephone number to the transmission terminal device 51. (Step S13).

Next, the customer selects a telephone number to be used from the telephone number candidates displayed on the transmission terminal device 51 and sends the telephone number to the telephone number setting unit 132 (step S14). Then, the customer sends the URL of the receiving terminal device 52 associated with this telephone number to the URL setting unit 113 (step S15). Then, the SMS information transmission unit 134 stores the designated telephone number and the designated URL in the database 120 in relation to each other.

Next, reception of SMS will be described. When a call is made from the unspecified SMS transmission terminal 30 to the telephone number specified by one of the SIM cards 60 stored in the modem unit 110 (step S21), the connection management data transmission unit 112 of the modem unit 110 connects this incoming call. (Step S22), receive the SMS (step S23). Then, the connection management data transmission unit 112 transmits the incoming number, the outgoing number incoming time, and the text of the text to the SMS information transmitting unit 140 as the received SMS information (step S24). As a result, the received SMS information is transmitted to the SMS information transmission unit 140.

Then, the SMS information transmission unit 140 transmits the SMS information to the receiving terminal device 52. As shown in FIG. 3C, the SMS information transmission unit 140 of the server device 100 acquires the URL of the receiving terminal device 52, which is the destination of the SMS information, from the database based on the incoming telephone number of the received SMS information. (Step S31). Then, the communication control unit 150 connects the server device 100 and the receiving terminal device 52 of the customer terminal device 50 via the Internet 40 (step S32). Further, the SMS information transmission unit 140 transmits the received SMS incoming number, outgoing number, incoming time, and text text to the receiving terminal device 52 of the customer terminal device 50 (step S33). As a result, the customer can acquire the SMS information received to the telephone number of the customer without owning the SMS receiving terminal.

Next, the entire processing in the SMS receiving system 10 will be described in detail. FIG. 4 is a flowchart showing the entire operation of the SMS receiving system.

First, a process in which a customer acquires a telephone number for receiving SMS and registers a URL of a receiving terminal device 52 to which SMS information is transmitted will be described. As shown in FIG. 4, the customer 80 connects to the server device 100 from the transmission terminal device 51 and accesses the API processing unit 130 (SA1, SC1). The API processing unit 130 is arranged in the modem unit 110, and transmits the currently usable, that is, unused SIM card 60 telephone numbers (multiple telephone numbers, if any) to the transmission terminal device 51 as telephone number candidates (step SC2). ). The transmission terminal device 51 displays a telephone number candidate, and the customer selects and specifies a desired telephone number from the telephone number candidates (step SA2). The customer further specifies the URL of the receiving terminal device 52 for transmitting the received SMS information to the designated telephone number (step SA3).

The API processing unit 130 acquires a telephone number from the transmission terminal device 51 together with a URL, associates them with each other, and stores them in the database 120 (steps SC3, SE1). At this time, the customer name is also acquired and stored in the database 120 together with the telephone number and the URL. As a result, the SMS can be received and the SMS information can be transferred.

In this state, the SMS transmission terminal 30 transmits the SMS to one of the SIM cards stored in the modem unit 110 (step SG1). Then, the connection management data transmission unit 112 of the modem unit 110 receives the SMS (step SF1), acquires the received telephone number, outgoing telephone number, time, and text of the received SMS (step SF2), and obtains these information. Is transmitted to the SMS information transmission unit 140 (step SF3, SD1).

The SMS information transmission unit 140 queries the database 120 for the receiving telephone number of the SMS information received in the database 120 (step SD2), and the database 120 uses the SMS of the receiving terminal device 52, which is the destination of the SMS, as the SMS information. It is transmitted to the information transmission unit 140 (step SE3).

Then, the SMS information transmission unit 140 transmits the transmission number, reception number, reception time, and text as SMS information to the acquired URL (step SD3). As a result, the customer can receive the SMS information addressed to the telephone number specified by himself / herself, that is, the received SMS transmission number, reception number, reception time, and text text without preparing the SMS reception terminal.

In the above embodiment, the newly received SMS is automatically transmitted from the SMS information transmission unit 140 to the reception terminal device 52. However, in the SMS receiving system according to the present invention, the received SMS information is stored in the database 120, the SMS information transmitting unit 140 confirms the SMS reception state by the instruction from the receiving terminal device 52, and the SMS is received. When there is, the SMS information transmission unit 140 may transmit the SMS information stored in the database 120 to the receiving terminal device 52.

As described above, according to the SMS reception system 100 according to the present embodiment, the customer needs complicated procedures such as preparing special hardware for SMS reception and acquiring a new telephone number. Instead, you can receive SMS information received for each phone number. The acquisition of this SMS may be temporary or long-term, and the system may be used temporarily to authenticate various services on the Internet by SMS, to obtain questionnaire responses, or for a certain period of time. It is possible to carry out advertisements and recruitment of members.

The present invention receives an incoming SMS at a low price to a designated receiving device even if it is used for a limited period of time without the customer having to prepare special hardware or software or perform complicated telephone number acquisition procedures. It is possible to transmit the necessary data of the SMS, and it has industrial applicability.

10: SMS receiving system 20: Telephone line 30: SMS transmitting terminal 30-1 to 30-N: SMS transmitting terminal 40: Internet 50: Customer terminal device 50-1 to 50-M: Customer terminal device 51: Transmitting terminal device 52 : Receiving terminal device 60: SIM card 60-1 to 60-P: SIM card 80: Customer 100: Server device 110: Modem unit 111-1, 111-2 ..., 111-P: SIM card slot 112: Connection management data Transmission unit 113: URL setting unit 120: Database 130: API processing unit 131: Contract processing unit 132: Phone number setting unit 133: URL setting unit 134: SMS information transmission unit 140: SMS information transmission unit 150: Communication control unit

Claims (10)

A server device that receives SMS from an unspecified SMS transmitting terminal at a telephone number specified by a customer and transmits the received SMS information to the URL of the receiving terminal device specified by the customer.
A plurality of SIM cards that specify a telephone number that can receive the SMS are arranged, and a modem unit that receives an incoming call to the telephone number specified by each SIM card and outputs received SMS information, and a modem unit.
A database storing the telephone number of the SIM card arranged in the modem unit and the URL of the receiving terminal device of the customer corresponding to the telephone number, and
The telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit is presented to the transmission terminal device of the customer, and the telephone number specified by the customer and the reception to be transmitted are transmitted from these telephone numbers. An API processing unit that stores the URL of the terminal device in the database,
The SMS that the modem unit acquires the URL of the receiving terminal device from the database based on the telephone number that received the SMS, and transmits the SMS information that has arrived at the modem unit to the URL of the acquired receiving terminal device. Information transmitter and
A server device characterized by comprising. The server device according to claim 1, wherein the SMS information transmitting unit transmits the source telephone number, the received telephone number, the text data of the text, and the reception time as the received SMS information. The server device according to claim 1, wherein the API processing unit specifies the telephone number and the URL by a designation by a POST method by HTTP (Hyper Text Transfer Protocol) from the customer's transmission terminal device. .. A server device, a customer's transmitting terminal device, and a receiving terminal device are provided, and SMS information received from an unspecified SMS transmitting terminal by the customer at a telephone number specified by the transmitting terminal is received from the customer's receiving terminal device. An SMS receiving system that sends a URL
The server device is
A plurality of SIM cards that specify a telephone number that can receive the SMS are arranged, and a modem unit that receives an incoming call to the telephone number specified by each SIM card and outputs received SMS information, and a modem unit.
A database storing the telephone number of the SIM card arranged in the modem unit and the URL of the receiving terminal device of the customer corresponding to the telephone number, and
The telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit is presented to the transmitting terminal of the customer, and the telephone number specified by the customer and the receiving terminal to be transmitted from these telephone numbers. An API processing unit that stores the URL of the device in the database,
The SMS that the modem unit acquires the URL of the receiving terminal device from the database based on the telephone number that received the SMS, and transmits the SMS information that has arrived at the modem unit to the URL of the acquired receiving terminal device. Information transmitter and
With
The transmission terminal device specifies the telephone number and the URL to the API processing unit by a POST method using HTTP (Hyper Text Transfer Protocol).
An SMS receiving system characterized by this. The SMS receiving system according to claim 4, wherein the transmitting terminal device and the receiving terminal device are realized by one customer terminal device. The SMS receiving system according to claim 4, wherein the SMS information transmitting unit transmits the source telephone number, the received telephone number, the text data of the text, and the incoming time as the received SMS information. The SMS receiving system according to claim 4, wherein the server device is a personal computer. The SMS receiving system according to claim 4, wherein the customer's transmitting terminal device and the customer's receiving terminal device are a personal computer, a tablet computer, or a smartphone. From a modem unit in which a plurality of SIM cards capable of receiving SMS are arranged, an API processing unit in which a customer specifies a desired telephone number and a URL of a receiving device as a destination, and an unspecified SMS transmission terminal received by the SIM card. It is a control method of a server device including a database storing information about SMS and an SMS information transmission unit that transmits to the URL of the receiving terminal device specified by the customer.
The API processing unit presents to the customer the telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit, and the telephone number is the telephone number desired by the customer and the receiving terminal device to be transmitted. The step of specifying the URL by the POST method by HTTP and
A step of storing the telephone number of the plurality of SIM cards and the URL of the terminal device of the customer corresponding to the telephone number in a database, and
A step of receiving an incoming call to the telephone number specified by each SIM card and outputting the received SMS information, and
A step in which the SMS information transmitting unit transmits the SMS information received by the modem unit to the URL of the terminal device acquired by referring to the database based on the telephone number that received the SMS.
A method of controlling a server device, which comprises. From a modem unit in which a plurality of SIM cards capable of receiving SMS are arranged, an API processing unit in which a customer specifies a desired telephone number and a URL of a receiving device as a destination, and an unspecified SMS transmission terminal received by the SIM card. A computer of a server device including a database storing information about the SMS of the above and an SMS information transmitting unit for transmitting to the URL of the receiving terminal device specified by the customer.
The API processing unit presents to the customer the telephone number of the SIM card that can be selected from the SIM cards arranged in the modem unit, and the telephone number is the telephone number desired by the customer and the receiving terminal device to be transmitted. The step of specifying the URL by the POST method by HTTP and
A step of storing the telephone number of the plurality of SIM cards and the URL of the terminal device of the customer corresponding to the telephone number in a database, and
A step of receiving an incoming call to the telephone number specified by each SIM card and outputting the received SMS information, and
A step in which the SMS information transmitting unit transmits the SMS information received by the modem unit to the URL of the terminal device acquired by referring to the database based on the telephone number that received the SMS.
A program characterized by executing.