JP6862800B2 - Information processing program - Google Patents

Description

The techniques disclosed herein relate to information processing programs.

Electronic data may be transmitted to multiple users all at once. In addition, Patent Document 1 discloses a related technique.

Japanese Unexamined Patent Publication No. 2003-006120

As a method for receiving electronic data, each of a plurality of users may use a different communication method. In that case, if the electronic data is simultaneously transmitted to a plurality of users by one communication method, the user who is not accustomed to the communication method may not be able to properly receive the electronic data. The present specification discloses a technique capable of improving user convenience in the simultaneous transmission of electronic data.

The information processing program disclosed in the present specification is an information processing program read into an information processing device, and the information processing device includes a memory, a communication interface, and a user interface, and performs information processing. The device has an operating system, a first communication application, and a second communication application installed. The operating system is a program that controls the transfer of data between the information processing program and the first and second communication applications. The first communication application is an application that stores the first user identification information that identifies the first user corresponding to the first destination information and the first destination information in the first communication application storage area of the memory, and is a first communication application. Is an application capable of communicating with a first user identified by the first user identification information according to the first communication method via a communication interface using the first destination information. The second communication application is an application that stores the second user identification information that identifies the second user corresponding to the second destination information and the second destination information in the second communication application storage area of the memory, and is a second communication application. Is an application capable of communicating with a second user identified by the second user identification information according to the second communication method via the communication interface using the second destination information. The information processing program receives the first destination information and the first user identification information from the first communication application, and receives the second destination information and the second user identification information from the second communication application via the operating system. The receiving means is associated with the first destination information, the first user identification information, and the first application identification information that identifies the first communication application received by the first receiving means, and is stored in the information processing program storage area of the memory. 1 A user interface and a first storage control means for storing the second destination information, the second user identification information, and the second application identification information for identifying the second communication application received by the receiving means in the information processing program storage area in association with each other. Corresponds to the reception means that accepts the user operation instructing the transmission of electronic data and the first user identification information stored in the information processing program storage area according to the reception means receiving the user operation. Using the first communication method corresponding to the first communication application identified by the first application identification information, electronic data is transmitted to the destination indicated by the first destination information and associated with the second user identification information. An information processing device as a transmission means for transmitting electronic data to a destination indicated by the second destination information by using a second communication method corresponding to the second communication application identified by the second application identification information. It is characterized by making it work.

The above information processing program transmits electronic data to a destination indicated by each destination information received and stored from each communication application by a communication method corresponding to each communication application. That is, without the trouble of registering a new destination or communication method in the information processing program, the destination information of the communication application that the user usually uses is diverted to ensure that the destination that the user normally communicates with is the destination. It can be transmitted by a communication method that can transmit electronic data. Therefore, the convenience of the user can be improved.

The configuration of the communication system is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. The operation flow diagram of the distribution application 21a is shown. An example of the group table TB1 is shown. An example of an image for adding a user to a group table is shown. An example of an image for selecting a method for acquiring user identification information and the like is shown. The figure which visually shows the process of comparing the OCR data and the user identification information stored in a group table is shown. An example of an image for selecting a group to send electronic data is shown.

(Communication system configuration)
FIG. 1 shows a block diagram of a communication system 1 exemplified as an embodiment according to the present application. The communication system 1 includes a first mobile phone 10a, a second mobile phone 10b, a third mobile phone 10c, an MFP 110, an AP (abbreviation of an access point) 62, and a base station 61. AP62 is a known relay device. The first mobile phone 10a, the second mobile phone 10b, and the third mobile phone 10c can communicate with an external server (not shown) through the Internet 70 and the base station 61.

(Structure of the first mobile phone 10a)
The first mobile phone 10a is a mobile phone equipped with a platform of Android (registered trademark). The first mobile phone 10a includes a CPU 11, a memory 12, an infrared I / F (abbreviation of interface) 13, NFC (also referred to as Near Field Communication) _I / F15, a wireless LAN_I / F16, a button 17, a panel 18, and a mobile phone I /. It mainly has an F22 and a camera 27. The CPU 11 controls each function according to a program stored in the memory 12, various signals transmitted / received via the wireless LAN_I / F16, and the like. Further, the CPU 11 functions as various means by reading the program. An example of an interface used for communication is an IC chip or a communication circuit.

The NFC_I / F15 is an I / F for executing wireless communication 200 (hereinafter referred to as "NFC communication 200") according to the NFC method for so-called short-range wireless communication. The NFC system is, for example, a wireless communication system based on the international standard of ISO / IEC21481 or 18092. The mobile phone I / F 22 performs wireless communication 211 with the base station 61. The wireless communication 211 may be a cellular wireless communication such as 3G or 4G.

The wireless LAN_I / F16 is an I / F (that is, an IC chip, a communication circuit) for executing wireless communication (hereinafter referred to as "Wi-Fi communication") in accordance with the Wi-Fi (registered trademark) standard. .. The wireless LAN_I / F16 can communicate with the wireless LAN_I / F118 of the MFP110 through wireless communications 201 and 221 in infrastructure mode. Further, the wireless LAN_I / F16 can directly communicate with the wireless LAN_I / F118 of the MFP110 through the WFD communication 231 which is a wireless communication of the WiFi Direct (registered trademark) (hereinafter referred to as WFD) standard. That is, the first mobile phone 10a can construct a WFD network by establishing a connection with the MFP 110 according to the WFD standard. In WFD, wireless communication is executed based on the standard of IEEE802.11 and the standard equivalent thereto (for example, 802.11a, 11b, 11g, 11n, etc.).

The infrared I / F 13 is an I / F for executing infrared communication. The infrared I / F 13 can communicate with the second mobile phone 10b via the infrared communication 240. Further, the infrared I / F 13 can communicate with the third mobile phone 10c via the infrared communication 241.

The button 17 is a key for executing each function of the first mobile phone 10a. The button 17 may be integrally configured with the panel 18 as a touch screen. The panel 18 displays various functional information of the first mobile phone 10a.

The memory 12 includes a program 21, an application storage area 23, a scheduler 24, an address book 25, and an intent table 14. The memory 12 may be configured by combining a RAM, a ROM, a flash memory, an HDD, an SD card (registered trademark), and the like. The memory 12 may be a computer-readable storage medium. A computer-readable storage medium is a non-transitory medium such as a ROM, RAM, flash memory, or HDD. Electrical signals that carry programs downloaded from servers on the Internet are not included in non-transitory media.

The program 21 includes a distribution application 21a, a mail application 21b, an SNS application 21c, an OS (abbreviation of operating system) 21g, a scheduler 24, and an address book 25. The application storage area 23 includes a distribution application storage area 23a, a mail application storage area 23b, and an SNS application storage area 23c. In this specification, an application may be referred to as an "application".

OS21g is a program that provides basic functions commonly used in applications such as distribution application 21a, mail application 21b, and SNS application 21c. Further, the OS 21g has a function of controlling the activation of the distribution application 21a to the SNS application 21c, the scheduler 24, and the address book 25. Further, the OS 21g has a function of controlling various components such as a memory 12, a button 17, and a panel 18. By using the API of OS21g by applications such as distribution application 21a, mail application 21b, and SNS application 21c, a sharing function for transferring data between applications is realized.

The intent table 14 is an area for storing intents. An intent is information that acts as a message exchanged between applications on the Android platform. The intent is a string. By sending an intent, it is possible to call other applications and perform screen transitions within the application. That is, the intent makes it possible to bridge between applications in Android.

The distribution application 21a is an application for causing the first mobile phone 10a to transmit electronic data. The distribution application 21a is an application provided by the vendor of the MFP 110. The distribution application 21a may be installed on the first mobile phone 10a from a server (not shown) on the Internet 70, or may be installed on the first mobile phone 10a from the media shipped together with the MFP 110.

The mail application 21b is an application for causing the first mobile phone 10a to execute a mail sending / receiving function. The mail application 21b may be already installed in the first mobile phone 10a at the time of shipment of the first mobile phone 10a, or may be installed in the first mobile phone 10a from the media shipped together with the first mobile phone 10a. You may. The mail application storage area 23b stores the mail address "AAA@xxx.co.jp" set for the first mobile phone 10a to send and receive mail according to the mail application 21b. Further, the mail application storage area 23b stores a mail user name that identifies a user using the mail address in association with the mail address. Examples of the mail user name include a name, a nickname, a company name, and the like.

The SNS application 21c is an application for using SNS such as LINE (registered trademark), Facebook (registered trademark), and Twitter (registered trademark). The SNS application storage area 23c stores the SNS address “SSSS” set for the first mobile phone 10a to send and receive a message according to the SNS application 21c. Further, the SNS application storage area 23c stores the SNS user name that identifies the user using the SNS address in association with the SNS address. Examples of the SNS user name include an account name, a nickname, and a name.

The scheduler 24 is an application for storing the date and time and place of a meeting or the like, and a list of participants. When the user inputs an operation to access the scheduler 24, the scheduler 24 displays an image showing the information stored in the scheduler 24 on the panel 18.

The address book 25 is an application for storing a name, an address, and the like. The address book 25 stores user data associated with a name, an address, and the like. When the user inputs an operation to access the address book 25, the address book 25 displays an image showing the information stored in the address book 25 on the panel 18.

The distribution application 21a is an application for causing the first mobile phone 10a to transmit electronic data. The distribution application 21a is an application provided by the vendor of the MFP 110. The distribution application 21a may be installed on the first mobile phone 10a from a server (not shown) on the Internet 70, or may be installed on the first mobile phone 10a from the media shipped together with the MFP 110.

The distribution application 21a receives the mail address and the mail user name stored in the mail application storage area 23b from the mail application 21b and stores them in the distribution application storage area 23a via the OS 21g. Further, the mail application name that identifies the mail application 21b is stored in association with the mail address and the mail user name. An example of the mail application name is the application name of the mail application 21b.

Similarly, the distribution application 21a receives the SNS address and the SNS user name stored in the SNS application storage area 23c from the SNS application 21c and stores them in the distribution application storage area 23a via the OS 21g. Further, the SNS application name that identifies the SNS application 21c is stored in association with the SNS address and the SNS user name. An example of the SNS application name is the application name of the SNS application 21c.

The distribution application storage area 23a includes group tables TB1 and TB2. FIG. 9 shows an example of the group table TB1. The group table TB1 includes group identification information I1 for identifying the group table TB1. An example of the group identification information I1 is the group name "XXXXX". Further, the group table TB1 includes user identification information 301, destination information 302, and application identification information 303.

The user identification information 301 is information for identifying a user included in the group. Examples of the user identification information 301 include a mail user name, an SNS user name, and the like.

The destination information 302 is information indicating a destination of electronic data. An example of the destination information 302 includes an e-mail address, an SNS address, and the like.

The application identification information 303 is information for identifying an application used when transmitting electronic data to the destination indicated by the destination information 302. Examples of the application identification information 303 include a mail application name, an SNS application name, and the like. That is, the group table TB1 stores the user identification information 301, the destination information 302, and the application identification information 303 corresponding to one user in association with each other. The contents of the group table TB2 are the same as those of the group table TB1.

Since the configuration of the second mobile phone 10b and the configuration of the third mobile phone 10c are the same as those of the first mobile phone 10a, the description thereof will be omitted here.

(Configuration of MFP110)
The MFP 110 is a peripheral device capable of executing a printing function. The MFP 110 includes an operation unit 112, a display unit 114, an NFC_I / F116, a wireless LAN_I / F118, a printing unit 120, a scanner unit 121, and a control unit 130. Each part 112 to 130 is connected to a bus line (reference numeral omitted).

The operation unit 112 includes a plurality of keys. The user can give various instructions to the MFP 110 by operating the operation unit 112. The display unit 114 is a display for displaying various information. The printing unit 120 is a processing unit that prints by an inkjet method, a laser method, or the like. The scanner unit 121 is a processing unit that scans a document and generates image data. Since the configurations of NFC_I / F116 and wireless LAN_I / F118 are the same as the configurations of NFC_I / F15 and wireless LAN_I / F16 described above, the description thereof will be omitted here.

The control unit 130 includes a CPU 132. The CPU 132 is a processor that executes various processes according to a program (not shown) stored in a memory (not shown).

(Notes on description in this specification)
Hereinafter, the CPU 11 that executes a program such as an application or OS 21g may be simply described by a program name or a device name. For example, the description "distribution application 21a" may mean "CPU 11 that executes the distribution application 21a". Further, for example, the description "first mobile phone 10a" may mean "CPU 11 that executes the distribution application 21a in the first mobile phone 10a". In the present specification, the description that "the CPU 11 of the first mobile phone 10a receives and transmits various information" is described as "the CPU 11 of the first mobile phone 10a receives and transmits various information" to the mobile phone I / F22, wireless LAN_I / F16, and NFC_I. It is assumed that the technical content of "acquiring and outputting various information via / F15" is included.

(Operation of distribution application 21a)
The operation of the distribution application 21a will be described with reference to the flowcharts of FIGS. 2 to 8. In S10, when the user inputs an operation to start the distribution application 21a via the button 17, the CPU 11 starts the distribution application 21a based on the OS 21g.

In S20, the distribution application 21a determines whether or not the share operation input has been input. For example, a share operation input may be performed by tapping the "share button" displayed on the panel 18. If a positive judgment is made (S20: YES), the process proceeds to S30, and if a negative judgment is made (S20: NO), S20 is repeated.

In S30, the distribution application 21a displays an image requesting the approach of the mobile phone 10a to the MFP 110 on the panel 18. For example, a character string such as "Please touch the mobile phone to the MFP" may be displayed.

In S40, the distribution application 21a determines whether or not the NFC communication 200 has been started. If a positive judgment is made (S40: YES), the process proceeds to S50, and if a negative judgment is made (S40: NO), S40 is repeated.

In S50, the distribution application 21a transmits a scan command to the MFP 110 by NFC communication 200 via NFC_I / F15. As a result, the MFP 110 scans the electronic data and generates the scan data.

In S60, the distribution application 21a determines whether or not the scan data has been received from the MFP 110. Communication of scan data may be performed, for example, via wireless communication 201 and 221. If a positive judgment is made (S60: YES), the process proceeds to S65, and if a negative judgment is made (S60: NO), S60 is repeated.

In S65, the distribution application 21a executes the image recognition process of the scan data. In the present embodiment, a process of recognizing an image by OCR is executed to generate OCR data. The OCR data is, for example, text data indicating a recognized character string.

In S67, the distribution application 21a determines whether or not it is possible to extract the destination user identification information from the OCR data. The destination user identification information is information for identifying a destination user to whom electronic data is transmitted. In the description example of this embodiment, the case where the destination user identification information is the "name" of the user will be described. The name may be full nail or only the surname. If affirmative judgment is made (S67: YES), the process proceeds to S68. If a negative judgment is made (S67: NO), the process proceeds to S700.

In S68, the distribution application 21a reads the group identification information from the group table stored in the distribution application storage area 23a.

In S70, the distribution application 21a determines whether or not one or more group identification information exists. In other words, it is determined whether or not one or more group tables are stored in the distribution application storage area 23a. If a positive judgment is made (S70: YES), the process proceeds to S90, and if a negative judgment is made (S70: NO), the process proceeds to S80.

In S80, the distribution application 21a executes the "group new creation process". S80 is performed by executing the subroutine shown in FIG. The subroutine of FIG. 3 will be described below.

In S130, the distribution application 21a extracts N destination user identification information from the OCR data.

In S135, the distribution application 21a receives the mail user name from the mail application 21b, and receives the SNS user name from the SNS application 21c. The communication between the distribution application 21a and the mail application 21b is performed via the intent. Specifically, the distribution application 21a sets the information in the intent, and uses the API of the OS 21g to call the mail application 21b. Then, the mail application 21b reads the information set in the intent, so that communication between the distribution application 21a and the mail application 21b is performed. The distribution application 21a may call the mail application 21b by using the sharing function of the OS 21g. In the following description as well, the communication between the distribution application 21a and the mail application 21b shall be performed via the intent even if there is no particular description regarding the intent. The same applies to the communication between the distribution application 21a and the SNS application 21c.

In S137, the distribution application 21a temporarily stores the received mail user name and SNS user name in the memory 12 as user identification information.

In S140, the distribution application 21a sets the value of i to "1". Here, i is a variable that takes a natural number of 1 or more and N or less.

In S150, the distribution application 21a determines whether or not the value of i is N or less. In other words, the distribution application 21a determines whether or not the determination regarding the N destination user identification information has been completed. If a positive judgment is made (S150: YES), the process proceeds to S160, and if a negative judgment is made, the process proceeds to S195. Immediately after setting i = 1 in S140, the process of S150 may be omitted and the process may proceed to S160.

In S160, the distribution application 21a determines whether or not the user identification information stored in the memory 12 in S137 includes information that matches the i-th destination user identification information. Specifically, the distribution application 21a determines whether or not any of the names stored in the memory 12 matches the i-th name extracted from the OCR data. If a positive judgment is made (S160: YES), the process proceeds to S170, and if a negative judgment is made (S160: NO), the process proceeds to S200.

In S170, when the distribution application 21a has an e-mail user name that matches the i-th destination user identification information, the distribution application 21a receives the corresponding e-mail address from the e-mail application 21b. If there is an SNS user name that matches the i-th destination user identification information, the corresponding SNS address is received from the SNS application 21c.

In S175, the distribution application 21a receives the mail application name from the mail application 21b when there is a mail user name that matches the i-th destination user identification information. If there is an SNS user name that matches the i-th destination user identification information, the SNS application name is received from the SNS application 21c.

In S177, the distribution application 21a acquires new group identification information and generates a group table. For example, as shown in FIG. 9, the distribution application 21a generates the group table TB1. The acquisition of the group identification information may be performed by having the user input the group name, or may be performed by automatic generation such as "group 5".

In S180, when the distribution application 21a receives the e-mail address, it adds it to the group table in association with the e-mail user name. When the SNS address is received, it is added to the group table in association with the SNS user name. In the explanatory example of this embodiment, a case where the e-mail address is stored in the group table TB1 will be described as an example. In this case, as shown in the area R1 of FIG. 9, the mail user name "Member1" is stored as the user identification information 301, and the mail address "aaa@abc.co.jp" is stored as the destination information 302.

In S185, when the mail user name and the mail address are stored in the group table, the distribution application 21a adds the received mail application name to the group table in association with each other. When the SNS user name and the SNS address are stored in the group table, the received SNS application name is associated with the group table and added to the group table. In the explanatory example of this embodiment, as shown in the area R2 of FIG. 9, the mail application name “Mail-1” is stored as the application identification information 303.

In S190, the distribution application 21a counts up the value of i by 1 and returns to the process of S150.

If a negative determination is made in S150 (S150: NO), the distribution application 21a proceeds to the process of S195. In S195, the distribution application 21a stores the acquired information as a new group in the distribution application storage area 23a. Specifically, for example, as shown in FIG. 9, the group table TB1 is associated with the group name "XXXX" as the group identification information I1 by associating each user identification information 301, each destination information 302, and each application identification information 303 with the group name "XXXX". Generate and store in the distribution application storage area 23a. When the distribution application 21a executes the process of S195, it terminates the subroutine of the "group new creation process" shown in FIG. 3 and proceeds to S100.

If a negative determination is made in S160 (S160: NO), the distribution application 21a proceeds to the process of S200. In S200, the distribution application 21a determines whether or not the user identification information stored in the memory 12 in S137 is similar to the i-th destination user identification information. That is, it is determined whether or not there is a name that does not completely match but is similar due to a user's error or OCR recognition error. If a positive judgment is made (S200: YES), the process proceeds to S210, and if a negative judgment is made (S200: NO), the process proceeds to S240. Hereinafter, in the processing of S210 to S230, a case where a name similar to the name which is the i-th destination user identification information exists in the mail user name temporarily stored in the memory 12 will be described.

In S210, the distribution application 21a includes the i-th destination user identification information, a mail user name determined to be close to the i-th destination user identification information (hereinafter, referred to as an approximate user name), and an add button. The image is displayed on the panel 18. In the explanatory example of the present embodiment, as an example, as shown in FIG. 10, the distribution application 21a displays the i-th destination user identification information "ABCDE" in the area R3, and the user name approximates to the area R4. Display "ACBDE". In addition, the additional button image B1 and the cancel button image B2 are displayed. The additional button image B1 is an image for accepting an input of an instruction for registering the approximate user name in the group table TB1. The cancel button image B2 is an image for canceling the process of registering the approximate user name in the group table TB1.

In S220, the distribution application 21a determines whether or not the tap operation is input to the additional button image B1. If a positive judgment is made (S220: YES), the process proceeds to S230, and if a negative judgment is made (S220: NO), the process returns to S190. The case where a negative determination is made in S220 is, for example, a case where a tap operation is input to the cancel button image B2.

In S230, the distribution application 21a receives the approximate user name and the e-mail address corresponding to the approximate user name from the e-mail application 21b. When the distribution application 21a executes the process of S230, it returns to S180.

On the other hand, if a negative determination is made in S200 (S200: NO), the distribution application 21a proceeds to S240. In S240, the distribution application 21a displays the i-th destination user identification information, the add button image, and the cancel button image on the panel 18.

In S250, the distribution application 21a determines whether or not the tap operation is input to the additional button image. If a positive judgment is made (S250: YES), the process proceeds to S260, and if a negative judgment is made (S250: NO), the process returns to S190.

In S260, the distribution application 21a displays on the panel 18 a screen for causing the user to input the destination information associated with the i-th destination user identification information.

In S270, the distribution application 21a determines whether or not the input of the destination information associated with the i-th destination user identification information is completed. If a positive judgment is made (S270: YES), the process returns to S180, and if a negative judgment is made (S270: NO), the process returns to S260. This is the end of the explanation of the group new creation process.

Returning to the description of FIG. When a negative determination is made in S67 (S67: NO), the distribution application 21a executes the process of S700 shown in FIG. In S700, the distribution application 21a displays an image on the panel 18 for selecting a method of generating destination user identification information. For example, as shown in FIG. 11, an image P1 for selecting the scheduler 24, an image P2 for selecting the address book 25, an image P3 for selecting manual input, and an image P4 for selecting infrared communication are shown. It is displayed on the panel 18.

In S710, the distribution application 21a determines which generation method the operation input for selecting is performed. If the scheduler is selected, proceed to S720, if the address book is selected, proceed to S760, if manual input is selected, proceed to S790, and if infrared communication is selected, proceed to S810. ..

When the scheduler is selected in S710, the distribution application 21a accesses the scheduler 24. In S730, the distribution application 21a determines whether or not the corresponding schedule exists among the schedules stored in the scheduler 24. The corresponding schedule is a meeting or the like in which electronic data to be transmitted using the distribution application 21a is generated. If a positive judgment is made (S730: YES), the process proceeds to S740, and if a negative judgment is made (S730: NO), the process returns to S700. In S740, the distribution application 21a determines whether or not the participant list corresponding to the corresponding schedule is stored in the scheduler 24. The participant list is a list of user identification information and corresponding destination information of persons who participated in the corresponding schedule. If a positive judgment is made (S740: YES), the process proceeds to S750, and if a negative judgment is made (S740: NO), the process returns to S700. In S750, the distribution application 21a acquires the user identification information and the destination information from the participant list. When the distribution application 21a executes the process of S750, the distribution application 21a proceeds to S860.

In S860, the distribution application 21a generates a group table with the acquired user identification information and destination information as one group, and stores the acquired user identification information and the destination information in the distribution application storage area 23a. The processing content of S860 is the same as the processing content of S180 described above. When the distribution application 21a executes the process of S860, the distribution application 21a proceeds to S100.

When the address book is selected in S710, the distribution application 21a acquires user data from the address book 25 in S760.

In S770, the distribution application 21a displays a list of users based on the acquired user data on the panel 18. In S780, the distribution application 21a acquires the user identification information and the corresponding destination information of the user selected from the user list. When the distribution application 21a executes the process of S780, the distribution application 21a proceeds to S860.

When manual input is selected in S710, the distribution application 21a displays an image for inputting the user identification information and the destination information on the panel 18 in S790. In S795, the distribution application 21a determines whether or not the input of the user identification information and the destination information is completed. If a positive judgment is made (S795: YES), the process proceeds to S860, and if a negative judgment is made (S795: NO), the process returns to S790.

When infrared communication is selected in S710, the distribution application 21a starts infrared communication in S810. In the explanatory example of the present embodiment, a case where the distribution application 21a starts communication with the second mobile phone 10b by infrared communication 240 via infrared I / F 13 will be described below.

In S820, the distribution application 21a determines whether or not the reception of the infrared data from the second mobile phone 10b is completed. The infrared data is data including user identification information that identifies a destination user to whom electronic data is transmitted and corresponding destination information. If a positive judgment is made (S820: YES), the process proceeds to S860, and if a negative judgment is made (S820: NO), S820 is repeated.

Return to the description of FIG. When a positive judgment is made in S70 (S70: YES), that is, when one or more group tables exist, the distribution application 21a proceeds to S90. In S90, the distribution application 21a executes "comparison processing between the existing group table and the destination user identification information". S90 is performed by executing the subroutines shown in FIGS. 5 and 6. The subroutines of FIGS. 5 and 6 will be described below.

In S340, the distribution application 21a extracts M destination user identification information from the OCR data generated in S65. As the destination user identification information, as described above, a "name" can be used.

In S350, the distribution application 21a compares the user identification information stored in the existing group table with the extracted M destination user identification information. Specifically, for each of the extracted M names, the existing process of determining whether or not there is a match among the names stored in the existing group table and calculating the match rate is performed. Execute for each group table. In the explanatory example of the present embodiment, as an example, as shown in FIG. 12, the names of M (4 in FIG. 12) extracted from the OCR data 300 and the mail user names stored in the existing group table TB3. , SNS user name and other user identification information is calculated. Specifically, the distribution application 21a compares the OCR data 300 with the group table TB3, determines that the names "AAA" and "BBB" shown in the area R5 match, and determines that the names "CCC" and "DDD" shown in the area R6. And the names "EEE" and "FFF" shown in the area R7 are judged not to match, and the match rate is calculated. The distribution application 21a executes this process for each existing group table.

In S360, the distribution application 21a selects the existing group table having the maximum calculated match rate and reads it from the distribution application storage area 23a.

In S370, the distribution application 21a determines whether or not the match rate is equal to or higher than a predetermined ratio. The predetermined ratio is, for example, 80%. If a positive judgment is made (S370: YES), the process proceeds to S430, and if a negative judgment is made (S370: NO), the process proceeds to S375.

In S375, the distribution application 21a receives the mail user name from the mail application 21b, and receives the SNS user name from the SNS application 21c.

In S380, the distribution application 21a extracts from the received mail user name and SNS user name those that match the names that are the extracted M destination user identification information.

In S385, the distribution application 21a receives the e-mail address corresponding to the extracted e-mail user name from the e-mail application 21b, and receives the SNS address corresponding to the extracted SNS user name from the SNS application 21c.

In S387, the distribution application 21a receives the mail application name corresponding to the extracted mail user name from the mail application 21b, and receives the SNS application name corresponding to the extracted SNS user name from the SNS application 21c.

In S390, the distribution application 21a associates the received e-mail address and the e-mail application name with the e-mail user name, associates the received SNS address and the SNS application name with the SNS user name, and generates a group table with these as a new group. , Store in the distribution application storage area 23a. When the distribution application 21a executes the process of S390, the distribution application 21a ends the subroutine of "comparison process between the existing group table and the destination user identification information" and proceeds to S100.

On the other hand, if the affirmative judgment is made in S370 (S370: YES), the distribution application 21a proceeds to S430. In S430, the distribution application 21a compares the extracted M destination user identification information with each user identification information stored in the selected group table (read from the distribution application storage area 23a), and the comparison result. To classify.

This will be described in detail. The processing of S440 to S470 is executed for the name existing only in the OCR data. Specifically, for example, as shown in FIG. 12, the processes S440 to S470 are executed for each of the names “CCC” and “DDD” shown in the region R6 existing only in the OCR data 300.

The processes S480 to S530 are executed for the names existing only in the selected group table. Specifically, for example, as shown in FIG. 12, the processes S480 to S530 are executed for each of the names "EEE" and "FFF" shown in the region R7 existing only in the selected group table TB3.

The process of S535 is executed for the names existing in both the OCR data and the selected group table. Specifically, for example, as shown in FIG. 12, the processing of S535 is performed on each of the names "AAA" and "BBB" shown in the region R5 existing in both the OCR data 300 and the selected group table TB3. Execute.

The processing contents of S440 to S470 will be described. In S440, the distribution application 21a displays an image on the panel 18 for allowing the user to select whether or not to transmit the electronic data for each person indicated by the name existing only in the OCR data.

In S450, the distribution application 21a determines whether or not an operation input for selecting "send" has been made. If a positive judgment is made (S450: YES), the process proceeds to S460, and if a negative judgment is made (S450: NO), the process proceeds to S550.

In S460, the distribution application 21a acquires the destination information corresponding to the name existing only in the OCR data. The destination information may be received from, for example, the mail application 21b or the SNS application 21c, or an image for inputting the destination may be displayed on the panel 18 and input by the user.

In S470, the distribution application 21a associates the user identification information that identifies the name existing only in the OCR data with the corresponding destination information, adds it to the selected group table, and stores it in the distribution application storage area 23a. When the distribution application 21a executes the process of S470, the distribution application 21a proceeds to S540.

The processing contents of S480 to S530 will be described. In S480, the distribution application 21a displays an image on the panel 18 for allowing the user to select whether or not to transmit electronic data for each person indicated by the name existing only in the selected group table.

In S490, the distribution application 21a determines whether or not an operation input for selecting "send" has been made. If a positive judgment is made (S490: YES), the process proceeds to S535, and if a negative judgment is made (S490: NO), the process proceeds to S510.

In S510, the distribution application 21a is an image for allowing the user to select whether or not to delete the user identification information and the corresponding destination information that identify the name existing only in the selected group table from the selected group table. Is displayed on the panel 18.

In S520, the distribution application 21a determines whether or not an operation input for selecting "delete" has been made. If a positive judgment is made (S520: YES), the process proceeds to S530, and if a negative judgment is made (S520: NO), the process proceeds to S550.

In S530, the distribution application 21a deletes the user identification information and the corresponding destination information that identify the name existing only in the selected group table from the selected group table.

The processing content of S535 will be described. In S535, the distribution application 21a receives the destination information corresponding to the user identification information that identifies the name existing in both the OCR data and the selected group table from the mail application 21b or the SNS application 21c. Further, in S535, the distribution application 21a provides the destination information corresponding to the user identification information of the person whose name exists only in the selected group table and whose operation input for selecting "send" is input. Received from the mail application 21b or the SNS application 21c.

In S540, the distribution application 21a adds the destination information acquired in S460 and the destination information received in S535 to the destination list in association with the user identification information, and stores the destination information in the distribution application storage area 23a.

In S550, the distribution application 21a displays an image on the panel 18 for allowing the user to select whether or not to update the selected group table. That is, the distribution application 21a displays an image on the panel 18 for selecting whether to overwrite the destination list stored in the distribution application storage area 23a on the selected group table or to store it as a new group.

In S560, the distribution application 21a determines whether the operation input for selecting "update" or the operation input for selecting "new registration" has been performed. If "update" is selected, the process proceeds to S570, and if "new registration" is selected, the process proceeds to S580.

In S570, the distribution application 21a overwrites the stored destination list on the selected group table and stores it in the distribution application storage area 23a.

In S580, the distribution application 21a generates a group table with the stored destination list as a new group, and stores it in the distribution application storage area 23a.

When the distribution application 21a executes the process of S570 or S580, the distribution application 21a ends the subroutine of "comparison process between the existing group table and the destination user identification information" and proceeds to S100.

In S100, the distribution application 21a executes the "transmission process". S100 is performed by executing the subroutine shown in FIG. The subroutine of FIG. 7 will be described below.

In S590, the distribution application 21a displays an image for selecting a group table on the panel 18. In the explanatory example of the present embodiment, as an example, the image T1 is displayed as shown in FIG. The distribution application 21a displays the group name, which is the stored group identification information, in the area R8, and displays the date in which the stored group table is stored in the area R9. Further, the distribution application 21a displays the selection button image B3 for selecting the group table.

In S595, the distribution application 21a determines whether or not any of the group identification information has been selected. That is, the distribution application 21a determines whether or not an operation input has been made to any of the selection button images B3. If a positive judgment is made (S595: YES), the process proceeds to S600, and if a negative judgment is made (S595: NO), S595 is repeated. Depending on which of the group identification information is selected, the contents of the group table identified by the group identification information may be displayed on the panel 18 (see FIG. 9). In this case, an image for transmitting electronic data (eg, a transmission button image) may be displayed on the panel 18 together with user identification information and the like.

In S600, the distribution application 21a reads the e-mail address corresponding to the e-mail user name from the group table identified by the selected group identification information, and also reads the SNS address corresponding to the SNS user name.

In S610, the distribution application 21a reads the mail application name corresponding to the mail user name from the group table identified by the selected group identification information, and also reads the SNS application name corresponding to the SNS user name.

In S620, the distribution application 21a transmits the electronic data and the read e-mail address to the e-mail application 21b. Further, the distribution application 21a transmits the electronic data and the read SNS address to the SNS application 21c.

In S630, the distribution application 21a instructs the mail application 21b and the SNS application 21c to transmit electronic data. As a result, the mail application 21b transmits electronic data using the mail address. Further, the SNS application 21c transmits electronic data using the SNS address. With the above, the flow ends.

<Effect of Examples>
As a method for receiving electronic data, each of a plurality of users may use a different communication method (eg, mail, message, etc.). In that case, if the electronic data is simultaneously transmitted to a plurality of users by one communication method, the user who is not accustomed to the communication method may not be able to properly receive the electronic data. In the technique of the present specification, the distribution application 21a can transmit the electronic data by using the communication method used by each user who is the destination of the electronic data (S630). Therefore, each user can be made to receive electronic data by using an appropriate application for each user.

When the distribution application 21a acquires the destination user identification information, the distribution application 21a transmits the electronic data to the destination corresponding to the user identification information that matches the destination user identification information (S620). By doing so, electronic data can be easily transmitted.

Electronic data can be transmitted more easily by acquiring the destination user identification information by performing image recognition processing on the scan data by OCR (S65) and extracting the destination user identification information from the acquired text data.

The distribution application 21a acquires the destination information corresponding to the user identification information that matches each of the extracted destination user identification information (S170), generates a group table as a new group, and stores the group table in the distribution application storage area 23a. (S195). Further, when the operation input for selecting the image T1 for selecting the stored group table is input (S595: YES), the distribution application 21a electronically sends the destination information included in the selected group table to the destination. Send data. In this way, users who match the destination user identification information are stored as one group, and when the user selects the stored group, electronic data is sent to the destination indicated by the destination information stored in the group table. It can be transmitted all at once.

The distribution application 21a calculates the matching rate between the extracted M destination user identification information and the user identification information stored in the group table (S350), and selects the group table having the maximum matching rate (S350). S360). Then, the distribution application 21a reads out the user identification information, the destination information, and the application identification information stored in the selected group table (S610), and transmits electronic data to the destination indicated by the read destination information (S610). S620, S630). In this way, the distribution application 21a itself selects the group table having the highest matching rate with the destination user identification information from the stored group tables. Therefore, when transmitting electronic data, an appropriate group can be automatically selected. Then, the electronic data can be simultaneously transmitted to the destination indicated by the destination information stored in the selected group table.

The distribution application 21a calculates the matching rate between the extracted M destination user identification information and the user identification information stored in the group table (S350), and selects the group table having the maximum matching rate (S350). S360). When the match rate is less than the predetermined ratio in the selected group table (S370: YES), the distribution application 21a extracts the name matching the destination user identification information from the mail user names received from the mail application 21b. , The name matching the destination user identification information is extracted from the SNS user name received from the SNS application 21c (S380). The distribution application 21a receives the destination information and the application identification information corresponding to the extracted names from the mail application 21b and the SNS application 21c (S385, S387). Then, the distribution application 21a associates each received mail user name, each mail address, and each mail application name, associates each received SNS user name, each SNS address, and each SNS application name, and sets these as a new group. A group table is generated and stored in the distribution application storage area 23a (S390). In this way, when the match rate of the group table having the highest match rate with the destination user identification information is less than a predetermined ratio, the distribution application 21a stores the user identified by the destination user identification information as a new group. .. Therefore, it is possible to automatically extract users to be newly registered and generate a group table as a new group.

The distribution application 21a calculates the matching rate between the extracted M destination user identification information and the user identification information stored in the group table (S350), and selects the group table having the maximum matching rate (S350). S360). When the match rate is equal to or higher than the predetermined ratio in the selected group table (S370: YES), the distribution application 21a is operated and input when the transmission of electronic data to a person existing only in the OCR data is input (S450: YES). The user identification information that identifies the person and the corresponding destination information are added to the group table (S470). In this way, when the match rate between the destination user identification information and the group table is high, the identification information of the person (for example, a person who newly joined the group) existing only in the OCR data can be selected by the user. Can be added to the group table.

The distribution application 21a calculates the matching rate between the extracted M destination user identification information and the user identification information stored in the group table (S350), and selects the group table having the maximum matching rate (S350). S360). When the match rate is equal to or higher than a predetermined ratio in the selected group table (S370: YES), the distribution application 21a causes the user to select whether or not to delete the name existing only in the group table from the group table (S510). In this way, when the match rate between the destination user identification information and the group table is high, the identification information of the person who exists only in the group table (for example, the person who left the group) can be selected by the user in the group table. Can be deleted from.

Although specific examples of the present invention have been described in detail above, these are merely examples and do not limit the scope of claims. The techniques described in the claims include various modifications and modifications of the specific examples illustrated above. Modifications of the above embodiment are listed below.

(Modification example)
The distribution application 21a itself may send the electronic data to the destination which is the destination by using the e-mail address or the SNS address. That is, the distribution application 21a may directly transmit electronic data to the destination indicated by the e-mail address by using the communication method corresponding to the read e-mail application name, or the distribution application 21a may use the communication method corresponding to the read SNS application name. You may use it to directly transmit electronic data to the destination indicated by the SNS address. In this case, S620 may be read as "transmitting electronic data to the destination indicated by the destination information using a communication method corresponding to the application identification information". Further, S630 may be omitted.

The destination user identification information is not limited to the user's name. For example, it may be a nickname, a company name, or the like.

The application identification information 303 for identifying the mail application 21b is not limited to the application name of the mail application 21b. For example, the package name of the mail application 21b may be used. Further, the application identification information 303 for identifying the SNS application 21c is not limited to the application name of the SNS application 21c. For example, the package name of the SNS application 21c may be used.

Electronic data may be scanned by the MFP 110 before S10. Further, the scan data may be received by the mobile phone 10a. In this case, the processes S30 to S60 may be omitted.

In S65, the distribution application 21a performs image recognition processing on the scan data, but the present invention is not limited to this. For example, the distribution application 21a may perform image recognition processing on the data captured by the camera 27 of the mobile phone 10a. In this case, S20 to S60 may be read as "photographing electronic data with a camera".

In S65, the distribution application 21a performs image recognition processing of scan data, but the present invention is not limited to this. For example, the image recognition process of the scan data may be performed by the MFP 110. In this case, the distribution application 21a may receive the text data generated by the image recognition processing of the scan data from the MFP 110.

In S170, the distribution application 21a is configured to receive both the e-mail address and the SNS address when both the e-mail user name and the SNS user name match the destination user identification information, but the present invention is not limited to this. Only one of the e-mail address and the SNS address may be received. In this case, the priority of receiving the e-mail address or the SNS address may be set in advance. Further, whether to receive the e-mail address or the SNS address may be set by the user.

In S260 and S270, the user is made to input the destination information corresponding to the i-th destination user identification information, but the present invention is not limited to this. For example, the destination information may be acquired by various methods shown in S710.

In S600, when the destination information corresponding to the user identification information is not stored in the group table, the distribution application 21a may instruct the MFP 110 to print the electronic data. For users who do not have any of the communication methods, the contents indicated by the electronic data can be provided in the printed matter.

In S620, the distribution application 21a transmits the electronic data itself, but the present invention is not limited to this. For example, the distribution application 21a uploads electronic data to an external server through the Internet 70 and the base station 61 instead of the electronic data itself, and transmits information for accessing the server (for example, the URL of the server). May be good.

The method of generating the destination user identification information in S710 is not limited to the method described in the examples. For example, short-range wireless communication may be used instead of infrared communication. In this case, S810 may be read as "start of short-range wireless communication". Further, S820 in FIG. 8 may be read as "Data reception completed by short-range wireless communication?".

After performing the process of S860, a process of displaying an image for allowing the user to select whether or not to further store the destination information and the user identification information may be provided. When the selection operation input for further storing the destination information and the user identification information is input, the process may return to S700.

In this embodiment, an example in which the mail application 21b and the SNS application 21c are used as the communication application has been described, but the present invention is not limited to this. For example, a fax application, which is an application for causing the first mobile phone 10a to execute a fax transmission / reception function, can also be used. In this case, in S630, the distribution application 21a may instruct the FAX application to transmit electronic data, and in S620, the distribution application 21a instructs the MFP 110 to transmit electronic data. The scan data generated by the MFP 110 may be directly transmitted to the destination indicated by the fax number.

The process of performing image recognition of scan data can be omitted. The process of determining whether or not the destination user identification information and the user identification information match can be omitted. The process of calculating the match rate between the destination user identification information and the group table can be omitted. From the above, generally speaking, the distribution application 21a is referred to as a "first receiving means", a "first storage controlling means", a "reception means", and a "transmitting means", and is a first mobile phone 10a. Should at least work. As a specific example, the distribution application 21a may at least execute S170, S535, S180, S185, S540, S20, and S630.

In addition, the technical elements described in the present specification or the drawings exhibit technical usefulness alone or in various combinations, and are not limited to the combinations described in the claims at the time of filing. In addition, the techniques illustrated in this specification or drawings achieve a plurality of objectives at the same time, and achieving one of the objectives itself has technical usefulness.

The first mobile phone 10a is an example of an information processing device. The distribution application 21a is an example of an information processing program. The memory 12 is an example of the memory. The mobile phone I / F 22 is an example of a communication interface. Buttons 17 and panels 18 are examples of user interfaces. The mail application 21b is an example of the first communication application. The SNS application 21c is an example of a second communication application. The mail application storage area 23b is an example of the first communication application storage area. The SNS application storage area 23c is an example of the second communication application storage area. The mail user name is an example of the first user identification information. The SNS user name is an example of the second user identification information. The e-mail address is an example of the first destination information. The SNS address is an example of the second destination information. The mail application name is an example of the first application identification information. The SNS application name is an example of the second application identification information. E-mail is an example of the first communication method. The message is an example of the second communication method. The MFP 110 is an example of a scanner. The CPU 11 that executes S170 and S535 is an example of the first receiving means. The CPU 11 that executes S180, S185, and S540 is an example of the first storage control means. The CPU 11 that executes S20 is an example of the receiving means. The CPU 11 that executes S620 and S630 is an example of transmission means. The CPU 11 that executes S130 and S340 is an example of the first acquisition means. The CPU 11 that executes S60 is an example of the second acquisition means. The CPU 11 that executes S170 is an example of the third acquisition means. The CPU 11 that executes S177 is an example of the fourth acquisition means. The CPU 11 that executes S180 is an example of the third storage control means. The CPU 11 that executes S590 is an example of display means. The CPU 11 that executes S600 is an example of the first reading means. The CPU 11 that executes S350 is an example of the calculation means. The CPU 11 that executes S600 is an example of the second reading means. The CPU 11 that executes S380 is an example of the extraction means. The CPU 11 that executes S390 is an example of the fourth storage control means. The CPU 11 that executes S470 is an example of additional means. The CPU 11 that executes S530 is an example of the deletion means.

1: Communication system, 10a: 1st mobile phone, 10b: 2nd mobile phone, 10c: 3rd mobile phone, 11: CPU, 12: Memory, 17: Button, 18: Panel, 21a: Distribution application, 21b: Mail Application, 21c: SNS application, 21g: Operating system

Claims (11)

An information processing program that is read into an information processing device.
The information processing device includes a memory, a communication interface, and a user interface.
The information processing device has an operating system, a first communication application, and a second communication application installed.
The operating system is a program that controls the transfer of data between the information processing program and the first and second communication applications.
The first communication application is an application that stores the first destination information and the first user identification information that identifies the first user corresponding to the first destination information in the first communication application storage area of the memory.
The first communication application is an application capable of communicating with the first user identified by the first user identification information according to the first communication method via the communication interface using the first destination information.
The second communication application is an application that stores the second destination information and the second user identification information that identifies the second user corresponding to the second destination information in the second communication application storage area of the memory.
The second communication application is an application capable of communicating with the second user identified by the second user identification information according to the second communication method via the communication interface using the second destination information.
The information processing program
The first destination information and the first user identification information are received from the first communication application, and the second destination information and the second user identification information are received from the second communication application via the operating system. The first receiving means and
The first destination information received by the first receiving means, the first user identification information, and the first application identification information for identifying the first communication application are associated and stored in the information processing program storage area of the memory. A first storage in which the second destination information received by the first receiving means, the second user identification information, and the second application identification information that identifies the second communication application are associated and stored in the information processing program storage area. Control means and
A reception means for accepting a user operation instructing transmission of electronic data via the user interface,
The first, which is identified by the first application identification information associated with the first user identification information stored in the information processing program storage area, in response to the reception means receiving the user operation. Using the first communication method corresponding to the first communication application, electronic data is transmitted to the destination indicated by the first destination information, and the second application identification information associated with the second user identification information is used. A transmission means for transmitting the electronic data to the destination indicated by the second destination information by using the second communication method corresponding to the identified second communication application.
To function the information processing apparatus and,
The information processing program further functions the information processing device as the first acquisition means for acquiring the destination user identification information that identifies the destination user in response to the reception means receiving the user operation. Let me
The transmission means
When the specific user identification information, which is the user identification information matching the destination user identification information, is included in the first user identification information stored in the information processing program storage area, the specific user identification information The first destination information associated with the specific user identification information is obtained by using the first communication method corresponding to the first communication application identified by the first application identification information associated with. Corresponds to the specific user identification information when the electronic data is transmitted to the indicated destination and the specific user identification information is included in the second user identification information stored in the information processing program storage area. The transmission indicated by the second destination information associated with the specific user identification information using the second communication method corresponding to the second communication application identified by the attached second application identification information. Send the electronic data first,
As a second acquisition means for acquiring text data in response to the reception means receiving the user operation, the information processing program further causes the information processing device to function.
The first acquisition means extracts the destination user identification information from the text data acquired by the second acquisition means, and then extracts the destination user identification information.
The second acquisition means acquires the text data by receiving scan data from the scanner via the communication interface and performing image recognition processing on the received scan data.
The first acquisition means extracts the destination user identification information from the text data acquired by the second acquisition means, and then extracts the destination user identification information.
An information processing program characterized in that the electronic data transmitted by the transmission means is the scan data received by the second acquisition means. The transmission means
By transmitting the first destination information and the electronic data to the first communication application identified by the first application identification information associated with the first user identification information via the operating system. The first communication application is made to execute the process of transmitting the electronic data to the destination indicated by the first destination information, and is identified by the second application identification information associated with the second user identification information. The process of transmitting the electronic data to the destination indicated by the second destination information by transmitting the second destination information and the electronic data to the second communication application via the operating system is performed. The information processing program according to claim 1, wherein the communication application is executed. An information processing program that is read into an information processing device.
The information processing device includes a memory, a communication interface, and a user interface.
The information processing device has an operating system, a first communication application, and a second communication application installed.
The operating system is a program that controls the transfer of data between the information processing program and the first and second communication applications.
The first communication application is an application that stores the first destination information and the first user identification information that identifies the first user corresponding to the first destination information in the first communication application storage area of the memory.
The first communication application is an application capable of communicating with the first user identified by the first user identification information according to the first communication method via the communication interface using the first destination information.
The second communication application is an application that stores the second destination information and the second user identification information that identifies the second user corresponding to the second destination information in the second communication application storage area of the memory.
The second communication application is an application capable of communicating with the second user identified by the second user identification information according to the second communication method via the communication interface using the second destination information.
The information processing program
The first destination information and the first user identification information are received from the first communication application, and the second destination information and the second user identification information are received from the second communication application via the operating system. The first receiving means and
The first destination information received by the first receiving means, the first user identification information, and the first application identification information for identifying the first communication application are associated and stored in the information processing program storage area of the memory. A first storage in which the second destination information received by the first receiving means, the second user identification information, and the second application identification information that identifies the second communication application are associated and stored in the information processing program storage area. Control means and
A reception means for accepting a user operation instructing transmission of electronic data via the user interface,
The first, which is identified by the first application identification information associated with the first user identification information stored in the information processing program storage area, in response to the reception means receiving the user operation. Using the first communication method corresponding to the first communication application, electronic data is transmitted to the destination indicated by the first destination information, and the second application identification information associated with the second user identification information is used. A transmission means for transmitting the electronic data to the destination indicated by the second destination information by using the second communication method corresponding to the identified second communication application.
To make the information processing device function
The information processing program further functions the information processing device as the first acquisition means for acquiring the destination user identification information that identifies the destination user in response to the reception means receiving the user operation. Let me
The transmission means
When the specific user identification information, which is the user identification information matching the destination user identification information, is included in the first user identification information stored in the information processing program storage area, the specific user identification information The first destination information associated with the specific user identification information is obtained by using the first communication method corresponding to the first communication application identified by the first application identification information associated with. Corresponds to the specific user identification information when the electronic data is transmitted to the indicated destination and the specific user identification information is included in the second user identification information stored in the information processing program storage area. The transmission indicated by the second destination information associated with the specific user identification information using the second communication method corresponding to the second communication application identified by the attached second application identification information. Send the electronic data first ,
When the first acquisition means acquires N (N is a natural number of 1 or more) of the destination user identification information, the first and the first and the like are associated with each of the N destination user identification information. A third acquisition means for acquiring the first and second user identification information associated with each of the second destination information and the N destination user identification information, and
A fourth acquisition means for acquiring the first and second destination information acquired by the third acquisition means and the group identification information for identifying the first and second user identification information, and the fourth acquisition means.
The information processing program storage area is associated with the first and second destination information acquired by the third acquisition means and the first and second user identification information in association with the group identification information acquired by the fourth acquisition means. And the third memory control means to be stored in
In order to select the group identification information in response to the reception means receiving the user operation when the group identification information is stored in the information processing program storage area by the third storage control means. A display means for displaying the first image of the above on the user interface of the information processing apparatus, and
When the operation of selecting the first image is accepted by the user interface, the first read-out that reads out the first destination information and the second destination information identified by the group identification information from the information processing program storage area. Means and
The information processing program then causes the information processing apparatus to function further.
The transmission unit, wherein the transmission destination indicated by the first address information and the second destination information read by the first reading means, information processing program that is characterized in that transmitting the electronic data. The transmission means
By transmitting the first destination information and the electronic data to the first communication application identified by the first application identification information associated with the first user identification information via the operating system. The first communication application is made to execute the process of transmitting the electronic data to the destination indicated by the first destination information, and is identified by the second application identification information associated with the second user identification information. The process of transmitting the electronic data to the destination indicated by the second destination information by transmitting the second destination information and the electronic data to the second communication application via the operating system is performed. The information processing program according to claim 3, wherein the communication application is executed. As a second acquisition means for acquiring text data in response to the reception means receiving the user operation, the information processing program further causes the information processing device to function.
The first acquisition means extracts M (M is a natural number of 1 or more) of the destination user identification information from the text data acquired by the second acquisition means.
A calculation means for calculating the matching rate between the extracted M destination user identification information and the first and second user identification information identified by the group identification information.
A second reading means for reading the first destination information and the second destination information identified by the group identification information from the information processing program storage area, and
The information processing program then causes the information processing apparatus to function further.
The third or fourth aspect of the present invention, wherein the transmitting means transmits the electronic data to the destination indicated by the first destination information and the second destination information read by the second reading means. Information processing program. The information processing program storage area can store a plurality of group identification information, and can store a plurality of group identification information.
As a second acquisition means for acquiring text data in response to the reception means receiving the user operation, the information processing program further causes the information processing device to function.
The first acquisition means extracts M (M is a natural number of 1 or more) of the destination user identification information from the text data acquired by the second acquisition means.
A calculation means for calculating the matching rate between the extracted M destination user identification information and the first and second user identification information identified by the group identification information.
When the match rate calculated by the calculation means is less than a predetermined ratio, the M pieces of the first user identification information and the second user identification information stored in the information processing program storage area are used. An extraction means that extracts K specific user identification information that matches the destination user identification information (K is a natural number of 1 or more and M or less), and
The group identification that identifies the first or second destination information associated with each of the K specific user identification information extracted by the extraction means and the K specific user identification information. A fourth storage control means for further storing new group identification information different from the information in the information processing program storage area,
The information processing program according to any one of claims 3 to 5, wherein the information processing program further functions the information processing apparatus. As a second acquisition means for acquiring text data in response to the reception means receiving the user operation, the information processing program further causes the information processing device to function.
The first acquisition means extracts M (M is a natural number of 1 or more) of the destination user identification information from the text data acquired by the second acquisition means.
A calculation means for calculating the matching rate between the extracted M destination user identification information and the first and second user identification information identified by the group identification information.
When the match rate calculated by the calculation means is equal to or more than a predetermined ratio, it matches the first and second user identification information identified by the group identification information among the M destination user identification information. An additional means for adding the first and second destination information associated with the destination user identification information to the group identification information stored in the information processing program storage area, and
The information processing program according to claim 5 or 6 , wherein the information processing program further functions the information processing apparatus. As a second acquisition means for acquiring text data in response to the reception means receiving the user operation, the information processing program further causes the information processing device to function.
The first acquisition means extracts M (M is a natural number of 1 or more) of the destination user identification information from the text data acquired by the second acquisition means.
A calculation means for calculating the matching rate between the extracted M destination user identification information and the first and second user identification information identified by the group identification information.
When the match rate calculated by the calculation means is equal to or more than a predetermined ratio, it matches the M destination user identification information among the first and second user identification information identified by the group identification information. A deletion means for deleting the first and second user identification information and the first and second destination information associated with the first and second user identification information from the group identification information.
The information processing program according to any one of claims 5 to 7 , wherein the information processing program further functions the information processing apparatus. An information processing program that is read into an information processing device.
The information processing device includes a memory, a communication interface, and a user interface.
The information processing device has an operating system, a first communication application, and a second communication application installed.
The operating system is a program that controls the transfer of data between the information processing program and the first and second communication applications.
The first communication application is an application that stores the first destination information and the first user identification information that identifies the first user corresponding to the first destination information in the first communication application storage area of the memory.
The first communication application is an application capable of communicating with the first user identified by the first user identification information according to the first communication method via the communication interface using the first destination information.
The second communication application is an application that stores the second destination information and the second user identification information that identifies the second user corresponding to the second destination information in the second communication application storage area of the memory.
The second communication application is an application capable of communicating with the second user identified by the second user identification information according to the second communication method via the communication interface using the second destination information.
The information processing program
The first destination information and the first user identification information are received from the first communication application, and the second destination information and the second user identification information are received from the second communication application via the operating system. First receiving means to
The first destination information received by the first receiving means and the first user identification information are associated with each other and stored in the information processing program storage area of the memory, and the second destination information received by the first receiving means and the second destination information A first storage control means for associating the second user identification information and storing it in the information processing program storage area.
A reception means for accepting a user operation instructing transmission of electronic data via the user interface,
A second acquisition means for acquiring text data in response to the reception means receiving the user operation, and
The second acquisition means acquires the text data by receiving scan data from the scanner via the communication interface and performing image recognition processing on the received scan data.
An acquisition means for extracting destination user identification information that identifies a destination user from the text data acquired by the second acquisition means, and an acquisition means.
When the specific user identification information, which is the user identification information matching the destination user identification information, is included in the first user identification information or the second user identification information stored in the information processing program storage area. In addition, a transmission means for transmitting the first and second destination information and electronic data associated with the specific user identification information to the first and second communication applications via the operating system.
An information processing program characterized in that the information processing apparatus is made to function. A second application identification information that identifies the first communication application is stored in the information processing program storage area in association with the first destination information and the first user identification information, and the second communication application is identified. The information processing program further functions the information processing apparatus as a second storage control means for storing the application identification information in the information processing program storage area in association with the second destination information and the second user identification information. Let me
The transmission means
When the specific user identification information, which is the user identification information matching the destination user identification information, is included in the first user identification information stored in the information processing program storage area, the specific user identification information The first destination information and the electronic data associated with the specific user identification information are transmitted to the first communication application identified by the first application identification information associated with the specific user identification information via the operating system. When the specific user identification information, which is the user identification information that matches the destination user identification information, is included in the second user identification information stored in the information processing program storage area. The second destination information and the electronic data associated with the specific user identification information are attached to the second communication application identified by the second application identification information associated with the specific user identification information. The information processing program according to claim 9 , wherein the information processing program is transmitted via an operating system. An information processing program that is read into an information processing device.
The information processing device includes a memory, a communication interface, and a user interface.
The information processing device has an operating system, a first communication application, and a second communication application installed.
The operating system is a program that controls the transfer of data between the information processing program and the first and second communication applications.
The first communication application is an application that stores the first destination information and the first user identification information that identifies the first user corresponding to the first destination information in the first communication application storage area of the memory.
The first communication application is an application capable of communicating with the first user identified by the first user identification information according to the first communication method via the communication interface using the first destination information.
The second communication application is a second user corresponding to the second destination information different from the first destination information and the second destination information in the second communication application storage area of the memory, and the second user. An application that stores a second user identification information different from the first user identification information that identifies the second user different from the first user.
The second communication application is an application capable of communicating with the second user identified by the second user identification information according to the second communication method via the communication interface using the second destination information.
The information processing program
The first destination information and the first user identification information are received from the first communication application, and the second destination information and the second user identification information are received from the second communication application via the operating system. The first receiving means and
The first destination information received by the first receiving means, the first user identification information, and the first application identification information for identifying the first communication application are associated and stored in the information processing program storage area of the memory. A first storage in which the second destination information received by the first receiving means, the second user identification information, and the second application identification information that identifies the second communication application are associated and stored in the information processing program storage area. Control means and
A reception means for accepting a user operation instructing transmission of electronic data via the user interface,
Group identification information for identifying at least the first destination information, the second destination information, the first user identification information, and the second user identification information according to the reception means receiving the user operation. A display means for displaying the first image for selecting the information processing device on the user interface of the information processing apparatus, and
When the operation of selecting the first image is accepted by the user interface, the first read-out that reads out the first destination information and the second destination information identified by the group identification information from the information processing program storage area. Means and
The first, which is identified by the first application identification information associated with the first user identification information stored in the information processing program storage area, in response to the reception means receiving the user operation. Using the first communication method corresponding to one communication application, electronic data is transmitted to the destination indicated by the first destination information read by the first reading means, and associated with the second user identification information. To the destination indicated by the second destination information read by the first reading means by using the second communication method corresponding to the second communication application identified by the second application identification information. A transmission means for transmitting the electronic data and
An information processing program characterized in that the information processing apparatus is made to function.

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