JPH0865375A - Telephone transmission control processor - Google Patents

Abstract

(57) [Summary] [Purpose] The total search time is shortened by performing preprocessing to narrow down the search target of the personal information data of the telephone number to a specific relation category, and to the desired destination. Quickly find your phone number. [Structure] An input device 4 for inputting personal information, a display device 5 for displaying the input of the input device 4, and an external storage device (personal information card) 3 for storing the personal information input by the input device. In a device that retrieves a plurality of telephone numbers from a plurality of personal information including a telephone number, etc., when any one of a plurality of division keys of personal information is pressed, the information corresponding to the division key is stored. The telephone number of the personal information is retrieved, the telephone number is dialed and transmitted, the number of times of transmission is counted, and the telephone number is retrieved corresponding to the number of times of transmission of the telephone number stored by the sort key.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is intended to simplify telephone call originating from a terminal that is a combination of a telephone and a computer, and is used for small portable terminals such as telephones, facsimiles, and electronic notebooks. I will get it.

[0002]

2. Description of the Related Art Conventionally, in a system for retrieving a telephone number, personal information data such as a destination name and a telephone number are registered in a storage device in advance, and when a telephone call is made, it is desired to use the initials of the destination name. You are searching for a phone number. In Japanese Laid-Open Patent Publication No. 3-119850, a processing system for retrieving a telephone number by combining a computer and a telephone is based on a call history of a user making a call from a plurality of telephone numbers stored in an external storage device. A method has been proposed in which a predetermined number of destination telephone number lists are generated and a user makes a call using the list. In addition, JP-A-4-9
Japanese Patent Laid-Open No. 5162 proposes a method of displaying destination names in descending order of number of transmissions when there are a plurality of destinations searched by a search key in a facsimile.

[0003]

SUMMARY OF THE INVENTION As the capacity of personal information data such as a destination name and a telephone number owned by an individual increases, the conventional system for retrieving a telephone number described above,
Since all registered data are searched, it takes time to find the telephone number of the other party from the data stored in the external storage device. FIG. 26 is a telephone call screen displayed on the liquid crystal display or the like when the user initiates a telephone call operation, and the touch-tone telephone and the telephone directory function are displayed.

When the "phone book" is selected, the phone book function is called. Most of the phonebooks are organized in the order of Japanese syllabary, so if the person you are calling is "ka", you can enter "ka" and the initials will be changed from the name registered in the phonebook. You can call the name "ka" and select the person to call. However, if there are many names with the initial “ka”, you have to take steps such as scrolling the screen or switching to the next screen, and it takes a long time to find the telephone number of the other party. It will be.

With the increase in the amount of personal information data owned by an individual, in the conventional method, the search time for each individual's telephone number becomes longer. Therefore, by performing a pre-process for narrowing down the search target to a certain specific section. The first object is to reduce the total search time and the time until the call is sent to a desired destination.

The transmission counting means in the telephone transmission control processing apparatus according to the first aspect only counts the number of times the telephone is dialed, not the number of times the telephone call was actually made. Therefore, a second object is to provide a means for detecting that a call has been made, and to search for a telephone number to a desired party based on the number of times the call was actually made.

The transmission counting means in the telephone transmission control processing device according to the first aspect only counts the number of times the telephone is dialed, not the number of times the telephone call was actually made. Therefore, a third object is to provide a means for detecting whether the user is busy or out of office, to find out the number of times the call was actually made, and to search for a telephone number to a desired party based on the number of times.

In the telephone call control processing device according to the first aspect, it is not possible to visually grasp the call record to the desired destination. Therefore, by providing means for displaying the number of times of dialing, the number of times of calls, the number of times of talking, and the number of times of absence, which are the past record of outgoing calls, before calling to the desired destination Fourth is to confirm the achievements in advance
The purpose is.

[0009]

In order to solve the above-mentioned problems, the telephone call control processor of the present invention stores a computer connected to a telephone line and a storage means for storing a destination address / telephone number, and displays them. And a means for selecting a desired destination telephone number from the displayed telephone directory and the like, and makes a telephone call through the computer.

As a means according to claim 1, when registering a telephone number or the like of the other party in a means called a personal information card, the related category of the other party is also registered. Then, first, when making a call, a list of relation categories with a large number of calls from the call origination history is created, and a desired relation category is searched through the list to narrow down the search target. Then, a narrowed down list of destinations with a large number of outgoing calls is created, and the telephone number of the desired destination is searched for through the created list.

As a means according to a second aspect, in addition to the means according to the first aspect, a detecting means for detecting whether or not a call is actually made possible and a counting device for counting the number of calls are provided.

As a means according to claim 3, in addition to the means according to claim 1, a detecting means for detecting that the user is busy or absent, and a counting means for counting the number of times that the user is absent or busy. It is equipped with.

As a means according to claim 4, in addition to the means according to claim 2 and claim 3, the number of times when the call is actually available, the number of times that the person is out of the office and the number of times when the person is busy are displayed. A display means is provided.

[0014]

As a function of the structure according to claim 1, when the telephone number is registered in the external storage device called a personal information card, the relation division to which the person belongs is also recorded, so that the retrieval at the time of retrieval of the telephone number. The time can be shortened. Further, by displaying a list of relation categories (five fields) with a high transmission frequency, the user can search for a relation category of a desired partner with a few key operations. The relation category list is automatically created by the small portable terminal for a certain number of relation categories based on the history of the user's phone call from the personal information data stored in the external storage device. Select the relationship category.

Further, by applying a publicly known telephone directory function and displaying a list of destinations (ten cases) with a high transmission frequency within the selected relational category, the user can select a desired destination by a few key operations. You can search for a phone number. The destination list is automatically created by the small mobile terminal device for a certain number of destinations based on the history of user calls from the personal information data stored in the external storage device. Select the other party.

As an operation of the structure according to claim 2,
In claim 1, a search is made from a party having a high calling frequency within the related section selected when searching the telephone number of the desired party, but in this case, the number of times that the desired party cannot be called and the call is made again is included. ing. Therefore, paying attention to the fact that the call was actually made, the search is performed from the party with the most calls in the related category. By doing so, since the number of unnecessary calls is not counted, the telephone number search accuracy can be increased as compared with the first aspect.

As an operation of the configuration according to claim 3,
In claim 1, a search is made from a party having a high calling frequency within the related section selected when searching the telephone number of the desired party, but in this case, the number of times that the desired party cannot be called and the call is made again is included. ing. Therefore, paying attention to the point that the call could not be made, that is, the point that the person was out of the office or busy, and the effective number of outgoing calls (= total number of outgoing calls- (the number of absences + busy) The number of searches) is higher than the number of searches. By doing so, the telephone number search accuracy can be increased compared to the first aspect.

As an operation of the configuration according to claim 4,
By displaying the number of times of communication, the number of effective calls, the number of times of absence, and the number of times of busy, it is possible to confirm the call history to the desired party when making a call to the desired party.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The telephone call control processing device of the present invention will be described in detail below with reference to the drawings. (Embodiment 1) FIG. 1 is a block diagram showing an embodiment of a telephone calling system used in claim 1. In FIG. 1, the system includes a small mobile terminal 12 connected to a telephone line,
The small mobile terminal 12 comprises an NCU 10 (network control unit), which is composed of an external storage device 3 (a program storage unit and a data storage unit) that stores personal information data such as a program for controlling this system and an address book and a telephone directory. It is connected to the telephone 11 via.

The small portable terminal 12 reads the program relating to the present invention into the program storage device 2 and executes the program to perform various processing, and the personal information sent from the central processing device 1. Analyze the data,
An analysis device 6 for creating a personal information table by relationship category,
A data storage device 7 for storing a personal information table by relation category (see FIG. 28) sent from the analysis device 6,
A screen data storage device 8 for storing the outgoing call history list screen for each related category and the outgoing call history list screen for the other party created from the personal information table for each relevant category, and the display device 5 for displaying those screens are displayed. It is composed of an input device 4 for selecting a desired party's relational category and a telephone number from a screen, and a transmission data output device 9 for outputting telephone transmission data.

The personal information table classified by relationship category is a table in which the parties of the same relationship category are extracted from the personal information data and rearranged in the descending order of the number of transmissions. Further, the relationship classification item in the personal information data represents a personal relationship between the user and the other party, for example, "parent-0", "brother-1", "relative-2", " Friend-3 ", colleague-4"
And so on.

The external storage device 3 stores the program according to the present invention and personal information data (name, address, telephone number, relation category, number of calls) in the format shown in FIG. 24. The device is highly portable and is called a personal information card. The display device 5 displays personal information data to be registered, a transmission history list for each related category, and a destination transmission history list. The input device 4 is a touch panel from which personal information data can be input and a desired destination telephone number can be selected and input. The NCU 10 makes a call based on the telephone number data output by the small mobile terminal 12, and the telephone number is transmitted to the subscriber exchange 14 via the subscriber line 13. An operation flowchart of the embodiment of claim 1 will be shown below in FIGS. 5 to 8 and will be described based on these drawings. In step A1, the external storage device 3 called a personal information card is connected to the small portable terminal 12. In step A2, the program is read from the central processing unit 3 into the program storage unit 2. In step A3,
When the user inputs the "registration key" from the input device 4, the central processing unit 1 activates the program of the part relating to registration, and causes the display device 5 to display the registration screen shown in FIG. On the left side of the registration screen, an input device and a display screen, which are the same as the existing electronic notebook for inputting'name ',' address ', and'telephone number', are prepared. An input device and a display screen for determining the'relationship category 'are prepared.

At step A4, the user inputs personal information data of "name", "address", "telephone number" and "relationship division" from the input device 4. As shown in FIG. 24, the personal information data table is made up of names and their readings, addresses, telephone numbers, related categories, and the number of times of transmission. In step A5, the central processing unit 1 writes to the external storage device 3,
A command to register the personal information data input in A4 is issued. The sequence of personal information data in the personal information table is
It follows the Japanese syllabary order of reading "name". Step A
When the user inputs the "end key" from the input device 4 at 6, the central processing unit 1 ends the above registration process.

At step A7, the user inputs the "search key" from the input device 4, and the central processing unit 1 activates the program of the part related to the search. At step A8, the central processing unit 1 causes the external storage device 3 to transfer the personal information data to the analysis device 6, causes the analysis device 6 to classify the personal information data table for each relation classification, and the relation classification individual information table (FIG. 28). Command). Further, the central processing unit 1 transfers the created personal information table for each relation category to the data storage device 7. Here, the personal information table by relationship category is composed of a primary table that is classified in order of increasing number of transmissions for each relationship category from the personal information table, and a secondary table that is classified in order of increasing number of transmissions within the same relationship category. There is. The primary table consists of'relationship classification ',' call count 'and'pointer to secondary table', and the secondary table consists of'name ',' phone number 'and'call count'.

At step A9, the central processing unit 1 refers to the analysis unit 6 by referring to the number of transmissions from the personal information table classified by relations, and extracts the top 5 fields of the relations with the highest number of transmissions. It orders to create a separate transmission history list, and transfers the created list to the screen data storage device 8. At step A10, the central processing unit 1 displays the display unit 5
To display the contents of the screen data storage device 8. In the screen on the right side of FIG. 33, the top five fields with the highest number of calls extracted in A9 are displayed. Step A
If a desired partner relationship category is found in the relationship category-based history list displayed on the display device 5 at 11, the relationship category is specified from the input device 4. In step A12,
The central processing unit 1 refers to the number-of-calls item from the personal information table by relation category to the analysis unit 6, extracts the top 10 persons from the parties with the most number of calls within the designated relation category, and records the call origination history of the other party. A list is ordered to be created, and the created list is transferred to the screen data storage device 8. In step A13, the central processing unit 1 commands the display device to display the contents of the screen storage unit. On the screen on the right side of FIG. 34, the other party 10 who has made a large number of outgoing calls in the relation category designated in A11 and the relation category designated in A12.
The person's name and their phone number are displayed.

In step A14, when the telephone number of the desired party is found in the destination call history list displayed on the display device 5, the telephone number is designated by the input device 4. In step A15, when the user inputs the "call key" from the input device 4, the central processing unit 1 outputs the designated telephone number data to the call data output device 9,
The transmission data output device 9 converts this data into telephone transmission data and outputs it to the NCU 10. In step A16,
The content of the number of times of transmission item in the personal information table by relation category of the other party who transmitted is updated (+1).

At step A17, the user inputs the "end key" from the input device 4, whereby the central processing unit 1
Instructs the analysis device 6 to convert the personal information table classified by relationship into a personal information data table, and the external storage device 3
To be stored in. After that, the processing system ends. In step A18, the operations of A5 to A17 are repeated. In this way, the outgoing call history list by relation category and the outgoing call history list of the other party are automatically created, and when calling to a party with a high outgoing frequency, the user can use these lists and make a desired key operation with few key operations. You can call the other party.

(Embodiment 2) FIG. 2 is a block diagram showing an embodiment of a telephone calling system used in claim 2. In FIG. 2, a call number detecting device 15 that detects that a call is actually made by dialing and a call number counting device 16 that counts that a call is made are added to FIG. Further, the number of calls is stored in the personal information table (see FIG. 25) instead of the number of calls in the personal information data of claim 1.

The operation flowchart of the embodiment of claim 2 will be shown in FIGS. 9 to 13 and will be described with reference to these drawings. In step B1, the external storage device 3 called a personal information card is connected to the small mobile terminal 12. In step B2, the central processing unit 1 reads the program from the external storage device 3 into the program storage device 2. Step B3
Then, when the user inputs the "registration key" from the input device 4, the central processing unit 1 activates the program related to registration, and the registration screen is displayed on the display device 5 (see FIG. 32).
Is displayed.

At step B4, the user inputs personal information data of "name", "address", "telephone number" and "relationship division" from the input device 4. In step B5, the central processing unit 1 issues a command to the external storage device 3 to register the personal information data input in B4. Step B
At 6, when the user inputs the "end key" from the input device 4, the central processing unit 1 ends the registration process.

At step B7, the user inputs the "search key" from the input device 4, and the central processing unit 1 activates the program of the part related to the search. At step B8, the central processing unit 1 causes the external storage device 3 to transfer the personal information data to the analysis device 6, causes the analysis device 6 to classify the personal information data for each relation classification, and the relation classification individual information table (see FIG. 29). ) Is created. Further, the central processing unit 1 transfers the created personal information table for each relation category to the data storage device 7. In the personal information table classified by relationship shown in FIG. 29, the number of call origination items is changed to the number of call origination items in FIG.

At step B9, the central processing unit 1 refers to the analysis unit 6 by referring to the call number item from the personal information table classified by relation type, and extracts the top five fields of the relation type having the most number of calls, and the relation type It orders to create a separate transmission history list, and transfers the created list to the screen data storage device 8. At step B10, the central processing unit 1 displays the display unit 5
To display the contents of the screen data storage device 8 (see FIG. 33). In step B11, if a desired partner's relationship category is found in the relationship category history list displayed on the display device, that relationship category is designated from the input device.

In step B12, the central processing unit 1 refers to the analysis device 6 by referring to the call count item from the personal information table classified by relation category, and selects the top 10 persons with the highest call count within the designated relation category. It extracts and orders to create a destination call history list, and transfers the created list to the screen data storage device 8. In step B13, the central processing unit 1 commands the display device to display the contents of the screen storage unit (see FIG. 34). In step B14, when the telephone number of the desired party is found in the destination call history list displayed on the display device 5, the telephone number is designated from the input device 4. In step B15, when the user inputs the "call key" from the input device 4, the central processing unit 1 outputs the designated telephone number data to the call data output device 9, and the call data output device 9 outputs this data. Is converted into telephone call transmission data and is output to the NCU 10 via the call number detection device 15. At this time, the call number detection device 15 detects that the outgoing data is output, and clears (0) the count flag in the call counting device. In step B16, the call number detection device 15 starts monitoring (monitoring) whether a 48 V DC current is flowing to the subscriber line 13 via the NCU 10. As a condition for detecting a call, it is determined whether a 48 V DC current is flowing through the subscriber line 13.

At step B17, when the call detecting device catches that a direct current of 48 V has flowed to the subscriber line,
The counting flag in the call counting device is turned on (1). In step B18, if the counting flag in the call number counting device is turned on, the content of the call number item in the personal information table classified by relation of the called party is updated (+1).

At step B19, the user inputs the "end key" from the input device 4, whereby the central processing unit 1
Instructs the analysis device 6 to convert the personal information table classified by relationship into personal information data, and stores it in the external storage device 3. After that, the processing system ends. Step B
At 20 thereafter, the operations of B5 to B19 are repeated. In this way, the outgoing call history list for each related category and the outgoing call history list for the other party are automatically created, and when calling to a party with a high call frequency, the user can use fewer keys by using these lists. You can make a call to the desired destination by operation.

(Embodiment 3) FIG. 3 is a block diagram showing an embodiment of a telephone calling system used in claim 3. This FIG. 3 is a call number detection device 1 for detecting that the user dialed the FIG. 1 but was busy or out of the office.
5a, and a call number counting device 16a that counts that the call was made, that the call was in progress, and that the call was not in progress. In addition, in the personal information table (see FIG. 26), three items of “absence count”, “busy count”, and “call count” are added to the items of FIG. 'Absent times' means the number of times the desired party was absent even though the call was actually made, and'Number of busy times' was that the desired party was busy even though the call was actually made. The number of calls made is the number of calls made, and the number of calls made is the effective number of calls made by subtracting the number of absences and the number of busy times from the number of calls made.

The operation flow chart of the third embodiment will be shown in FIGS. 14 to 18 and will be described with reference to these drawings. In step C1, the external storage device 3 called a personal information card is connected to the small mobile terminal 12. In step C2, the central processing unit 1 reads the program from the external storage device 3 into the program storage device 2. Step C
When the user inputs the "registration key" from the input device 4 at 3, the central processing unit 1 activates the program related to the registration, and the display device 5 displays the registration screen (see FIG. 32).

At step C4, the user inputs personal information data of "name", "address", "telephone number" and "relationship division" from the input device 4. In step C5, the central processing unit 1 issues an instruction to the external storage device 3 to register the personal information data input in C4. Step C6
Then, when the user inputs the "end key" from the input device 4, the central processing unit 1 ends the above registration process. In step C7, the user inputs the "search key" from the input device 4, so that the central processing unit 1 activates the program of the part related to the search.

In step C8, the central processing unit 1 causes the external storage device 3 to transfer the personal information data to the analysis device 6, and causes the analysis device 6 to classify the personal information data in each relational part (personal information table by relation classification (FIG. 30)). ) Is created. Further, the central processing unit 1 transfers the created personal information table for each relation category to the data storage device 7. Figure 30
The personal information table classified by relationship is a table in which the items of the number of calls, the number of absences, and the number of busy times are added to the secondary table of FIG. In step C9, the central processing unit 1
Instructs the analysis device 6 to extract the top 5 fields of the relation categories with the highest call frequency by referring to the call frequency items from the personal information table by relation category, and to create a transmission history list by relation category. The created list is transferred to the screen data storage device 8.

At step C10, the central processing unit 1 commands the display unit 5 to display the contents of the screen data storage unit 8 (see FIG. 33).

In step C11, if the desired relationship category of the other party is found in the history list classified by relationship category displayed on the display device 5, that relationship category is designated from the input device. In step C12, the central processing unit 1 refers to the analysis device 6 by referring to the call number item from the personal information table classified by relation category, and extracts the top 10 persons from the parties with the most call numbers in the designated relation category. It orders to create a destination call history list, and transfers the created list to the screen data storage device 8.

At step C13, the central processing unit 1 commands the display unit 5 to display the contents of the screen storage unit (see FIG. 34). In step C14, when the telephone number of the desired party is found in the destination call history list displayed on the display device 5, the telephone number is designated from the input device 4. In step C15, the user inputs the "call key" from the input device 4 so that the central processing unit 1
Outputs the designated telephone number data to the transmission data output device 9, and this transmission data output device 9 converts this data into telephone transmission data and outputs it to the NCU 10 via the call number detection device 15a.

At this time, the central processing unit 1 updates (+1) the content of the number of times of outgoing call in the personal information table for each related category of the calling party, and the call number detecting device 15a detects that the outgoing data is output. Talking counter 16
The count flag and timer counter in a are cleared (0). The counting flag consists of 8 bits, and the configuration of each bit is as follows. 2nd to 7th bits: Reserved 1st bit: Busy 0th bit: Not present In addition, the timer counter plays the same role as a clock.

In step C16, the number-of-calls detecting device 15a
Then, the monitoring (monitoring) of whether the busy tone signal and the ringing tone signal are flowing is started. Here, the busy tone is 40
A 0 Hz signal is sent intermittently at a make rate of 50% 60 times per minute, and a ringing tone is a signal in which a 400 Hz signal is modulated at 16 Hz is sent for 1 second and a 2-second pause period is sent. .

It is judged whether the busy tone signal is flowing through the subscriber line 13 as a busy condition, and whether the ringing tone signal is flowing through the subscriber line 13 for one minute as the absence condition. ing.

In step C17, when the number-of-calls detecting device 15a catches that a ringing tone signal has flowed to the subscriber line 13, the central processing unit 1 judges whether the timer counter has exceeded 1 minute. If the timer counter does not exceed 1 minute, the process returns to C16, and if it exceeds, the first bit of the counting flag in the call counter 16a is turned on (1). In step C18, when the call number detecting device 15a catches that the busy tone signal has flowed to the subscriber line 13, the central processing unit 1 causes the call number counting device 16a.
The 0th bit of the count flag therein is turned on (1).

In step C19, the central processing unit 1 determines the 0th bit and the 1st bit of the count flag in the call counter 16a.
Check if the bit is on, and if the 0th bit is on, update (+1) the content of the number of absences item in the personal information table by the related party of the other party who sent, and the 1st bit If it is turned on, the contents of the busy rotation item in the personal information table by the relationship category of the other party who has transmitted are updated (+1). In step C20, the content of the number of calls item in the personal information table by the relation category of the other party who made the call is set to a value obtained by subtracting the number of absence messages and the number of busy items from the content of the number of calls item in the table.

In step C21, the user inputs the "end key" from the input device 4 so that the central processing unit 1
Instructs the analysis device 6 to convert the personal information table classified by relationship into personal information data, and stores it in the external storage device 3. After that, the processing system ends. Step C
At 22, the operation of C5 to C21 is repeated thereafter. In this way, the outgoing call history list for each related category and the outgoing call history list for the other party are automatically created, and when actually calling a person with a high call frequency, the user can use a few key operations by using these lists. You can make a call to the desired destination at.

(Embodiment 4) FIG. 4 is a diagram showing an embodiment of a telephone calling system used in claim 4. This Figure 4
Is a dialing device for detecting the number of calls 15b for detecting that a telephone call was actually made by dialing with respect to FIG. 1, or dialing but talking or being absent.
In addition, a call number counting device 16b that counts that a call was made, that a call was in progress, and that the call was out was added. In the personal information table (see FIG. 27), the items of FIG. 24 are “absence count”, “busy count”,
Added three items, "Number of calls".

19 to 23 are flow charts showing the operation of the fourth embodiment of the present invention, which will be described with reference to these drawings. In step D1, the external storage device 3 called a personal information card is connected to the small mobile terminal 12. In step D2, the central processing unit 1 reads the program storage device 2 from the external storage device 3. In step D3, the user inputs the "registration key" from the input device 4,
The central processing unit 1 activates the program related to registration and causes the display device 5 to display a registration screen (see FIG. 32).

At step D4, the user inputs personal information data of "name", "address", "telephone number" and "relationship division" from the input device 4. In step D5, the central processing unit 1 issues an instruction to the external storage device 3 to register the personal information data input in D4. Step D6
Then, when the user inputs the "end key" from the input device 4, the central processing unit 1 ends the above registration process. In step D7, the user inputs the "search key" from the input device 4, so that the central processing unit 1 activates the program of the part related to the search.

At step D8, the central processing unit 1 causes the external storage device 3 to transfer the personal information data to the analysis device 6, and causes the analysis device 6 to classify the personal information data for each relevant section.
It is instructed to create a personal information table by relationship category (FIG. 33). Further, the central processing unit 1 transfers the created personal information table for each relation category to the data storage device 7. The personal information table classified by relationship shown in FIG. 33 is obtained by adding the items of the number of calls, the number of absences, and the number of busy times to the secondary table of FIG. In step D9, the central processing unit 1 refers to the personal number table for each relation category to the analysis unit 6 to extract the top five fields of the relation categories with the most number of calls, by referring to the call number item, and the transmission history by relation category A list is ordered to be created, and the created list is transferred to the screen data storage device 8.

At step D10, the central processing unit 1 commands the display unit 5 to display the contents of the screen data storage unit 8 (see FIG. 33). In step D11, if a desired party's relationship category is found in the relationship category-based history list displayed on the display device, that relationship category is designated from the input device. In step D12, the central processing unit 1
Refers to the number-of-calls item from the personal information table by relation category to the analysis device 6, extracts the top 10 persons from the parties with the largest number of calls in the designated relation category, and creates a destination call history list. To transfer the created list to the screen data storage device 8.

In step D13, the central processing unit 1 commands the display unit 5 to display the contents of the screen storage section (see FIG. 35).

On the right side of the screen of FIG. 35, the names, telephone numbers, the number of calls, the number of absences and the number of 10 parties who have made a large number of calls in the relation section designated in D11 and the relation section designated in D12 are busy. The number of times is displayed.

In step D14, when the telephone number of the desired destination is found in the destination call history list displayed on the display device 5, the telephone number is designated by the input device 4. In step D15, when the user inputs the "call key" from the input device 4, the central processing unit 1 outputs the designated telephone number data to the call data output device 9,
The outgoing call data output device 9 converts this data into telephone outgoing call data and outputs it to the NCU 10 via the call detection device. At this time, the call number detecting device 15b detects that the outgoing data is output, and clears (0) the timer counter of the counting flag in the call number counting device 16b. The counting flag consists of 8 bits, and the configuration of each bit is as follows. 3rd to 7th bits: Reserved 2nd bit: Busy 1st bit: Absent 0th bit: Calling The timer counter also plays the same role as a clock.

At step D16, the call detecting device sets N
Monitoring of whether a 48 V DC current is flowing through the subscriber line 13 via the CU 10 (monitoring) and monitoring of whether a busy tone signal or a ringing tone signal is flowing are started. Here, the busy tone is to send a signal of 400 Hz intermittently at a make rate of 50% 60 times per minute, and the ringing tone is a signal in which a signal of 400 Hz is modulated at 16 Hz is sent for 1 second and a period of 2 seconds pause. It is supposed to be sent in. (Here, the make rate refers to the connection (make) and disconnection (break) of signals that are sent intermittently.
The percentage of time is defined by the following formula. Make rate = {contact time ÷ (contact time + break time)} × 100
(%) Judgment is made as to whether a 48 V DC current is flowing through the subscriber line 13 as a call detection condition, and whether a busy tone signal is flowing through the subscriber line 13 as a busy condition, and then the absence It is determined whether or not a ringing tone signal is flowing through the subscriber line 13 as an intermediate condition.

At step D17, 48V is applied to the subscriber line 13.
When the call number detecting device 15b catches that the DC current of the
The 0th bit of the count flag in b is turned on (1). In step D18, when the number-of-calls detecting device 15b catches that the ringing tone signal has flowed to the subscriber line 13, the central processing unit 1 determines whether the timer counter has exceeded 1 minute. If the timer counter does not exceed 1 minute, the process returns to D17, and if it exceeds 1 minute, the first bit of the counting flag in the call counter 15b is turned on (1). In step D19, when the call number detecting device 15b catches that a busy tone signal has flowed to the subscriber line 13, the central processing unit 1 turns on the second bit of the counting flag of the call number counting device 16b (1). To

In step D20, the call number counting device 15
It is checked whether the 0th, 1st and 2nd bits of the counting flag in b are turned on, and if the 0th bit is turned on, the call in the personal information table by the related category of the detected party of the call is detected. The content of the number of times item is updated (+1), and if the first bit is turned on, the content of the number of absence items in the personal information table of the other party who sent is updated (+1), and the second bit If is turned on, the content of the busy frequency item in the personal information table by the relation category of the other party who sent is updated (+1). In step D21, when the user inputs the "end key" from the input device 4, the central processing unit 1 commands the analysis device 6 to convert the personal information table classified by relationship into personal information data, and stores it in the external storage. It is stored in the device 3. After that, the processing system ends. In step D22, the operations of D5 to D21 are repeated.

In this manner, the outgoing call history list for each related category and the outgoing call history list for the other party are automatically created, and when the user actually makes a call to a frequently called party, the user can use these lists. You can make a call to the desired destination with a few key operations. In addition, it is possible to visually confirm a call history (call count, call count, absence count, busy count) to a desired destination.

[0061]

In the telephone transmission control processing apparatus according to the first aspect of the present invention, when the search key is input, the relation division name display means instructs the cursor in the descending order of the number of times of transition to the transmission enabled state to prompt the selection. That is, since the selection is promoted in order from the relationship category name having a high probability that the desired partner belongs, the user can select the desired relationship category with a few key operations. Further, it is effective as a pre-process for shortening the time for searching for a relational segment which should be shifted to the callable state by inputting the relational segment to which the person belongs when registering the personal information data. When the relationship category to which the other party belongs is specified, the cursor is instructed in the order in which the number of times the other party belonging to the relationship section specified by the telephone number display means has shifted to the callable state is prompted, and selection is prompted. That is, since the selection is promoted in descending order of the probability of being the desired destination, the user can select the telephone number of the desired destination with a few key operations (short time) and can make a call.

Since the telephone transmission control processing apparatus according to claim 2 has a detecting means for detecting whether or not the telephone call was actually made, the related section name display means when the search key is input. Prompts the user to make a selection by instructing the cursor in descending order of the number of transitions to the call-enabled state. That is, the selection is promoted in order from the relationship category name with the highest probability that the desired destination belongs, so the user has few desired relationship categories. It can be selected by key operation. In addition, it is effective as a pre-process for shortening the time for searching for a relational segment that should be transferred to the callable state by inputting the relational segment to which the person belongs when registering the personal information data. Then, when the relational section to which the other party belongs is specified, the cursor is instructed in the descending order of the number of times the other party belonging to the related section specified by the telephone number display means has moved to the callable state, and selection is prompted. That is, since the selection is promoted in descending order of the probability of being the desired destination, the user can select the telephone number of the desired destination with a few key operations (short time) and can make a call.

The telephone call control processor according to claim 3 is busy with respect to claim 1 that the telephone call was made or was not present as a detecting means for detecting whether or not the telephone call was actually made. The number of outgoing calls minus the number of absences and the number of busy times is subtracted from the number of outgoing calls to be the valid number of available calls, and the number is used as a key item for telephone number retrieval. When the search key is entered, the relation category name display means indicates the cursor in descending order of the number of times when the call state becomes available, and the selection is promoted, that is, the relation category name having a high probability that the desired destination belongs to is selected. Therefore, the user can select a desired relation category with a few key operations.

Further, it is effective as a pre-process for shortening the time for searching for a relational segment to be transferred to the callable state by inputting the relational segment to which the person belongs when the personal information data is registered. Then, when the relational section to which the other party belongs is specified, the cursor is instructed in the descending order of the number of times the other party belonging to the related section specified by the telephone number display means has moved to the callable state, and selection is prompted. That is, since the selection is promoted in descending order of the probability of being the desired destination, the user can select the telephone number of the desired destination with a few key operations (short time) and can make a call.

In the telephone transmission control processing device according to the fourth aspect, when the search key is input, the relation category name display means instructs the cursor in the descending order of the number of times when the call state becomes large, that is, the desired selection is made. Since the selection is promoted in order from the relation category name having a high probability that the other party belongs to, the user can select the desired relation category with a few key operations. In addition, it is effective as a pre-process for shortening the time for searching for a relational segment that should be transferred to the callable state by inputting the relational segment to which the person belongs when registering the personal information data.

Then, when the relational section to which the other party belongs is specified, the cursor is instructed and selected in descending order of the number of times that the other party belonging to the related section specified by the telephone number display means has moved to the call enabled state. The user is prompted, that is, the selection is made in descending order of probability of being the desired destination, so that the user can select the desired destination telephone number with a few key operations (short time) and make a call. it can. Further, by displaying not only the telephone number of the desired party on the screen, but also the number of calls made to that party, the number of absences, the number of busy times, and the number of calls on the screen in the telephone number display means, the user can make a call to the other party before making a call. You can know the outgoing call history.

[Brief description of drawings]

FIG. 1 is a block circuit diagram showing a configuration of a telephone call control processing apparatus according to an embodiment (Claim 1) of the present invention.

FIG. 2 is a block circuit diagram showing a configuration of a telephone call control processing device according to another embodiment (claim 2) of the present invention.

FIG. 3 is a block circuit diagram showing the configuration of a telephone call control processing device according to another embodiment (claim 3) of the present invention.

FIG. 4 is a block circuit diagram showing a configuration of a telephone call control processing apparatus according to another embodiment (Claim 4) of the present invention.

FIG. 5 is a flowchart showing a process according to an embodiment (Claim 1) of the present invention.

FIG. 6 is a flowchart showing a process according to an embodiment (Claim 1) of the present invention.

FIG. 7 is a flowchart showing a process according to an embodiment (Claim 1) of the present invention.

FIG. 8 is a flowchart showing a process according to an embodiment (Claim 1) of the present invention.

FIG. 9 is a flowchart showing a process according to another embodiment (Claim 2) of the present invention.

FIG. 10 is a flowchart showing a process according to another embodiment (Claim 2) of the present invention.

FIG. 11 is a flowchart showing a process according to another embodiment (Claim 2) of the present invention.

FIG. 12 is a flowchart showing a process according to another embodiment (Claim 2) of the present invention.

FIG. 13 is a flowchart showing a process according to another embodiment (Claim 2) of the present invention.

FIG. 14 is a flowchart showing a process according to another embodiment (Claim 3) of the present invention.

FIG. 15 is a flowchart showing a process according to another embodiment (Claim 3) of the present invention.

FIG. 16 is a flowchart showing a process according to another embodiment (Claim 3) of the present invention.

FIG. 17 is a flowchart showing a process according to another embodiment (Claim 3) of the present invention.

FIG. 18 is a flowchart showing a process according to another embodiment (Claim 3) of the present invention.

FIG. 19 is a flowchart showing a process according to another embodiment (Claim 4) of the present invention.

FIG. 20 is a flowchart showing a process according to another embodiment (Claim 4) of the present invention.

FIG. 21 is a flowchart showing a process according to another embodiment (Claim 4) of the present invention.

FIG. 22 is a flowchart showing a process according to another embodiment (Claim 4) of the present invention.

FIG. 23 is a flowchart showing a process according to another embodiment (Claim 4) of the present invention.

FIG. 24 is a configuration diagram of a personal information data table in one embodiment (Claim 1) of the present invention.

FIG. 25 is a configuration diagram of a personal information data table in another embodiment (claim 2) of the present invention.

FIG. 26 is a configuration diagram of a personal information data table in another embodiment (claim 3) of the present invention.

FIG. 27 is a configuration diagram of a personal information data table in another embodiment (claim 4) of the present invention.

FIG. 28 is a configuration diagram of a personal information table for each relation category according to an embodiment (Claim 1) of the present invention.

[Fig. 29] Fig. 29 is a configuration diagram of a personal information table by relation category according to another embodiment (Claim 2) of the present invention.

[Fig. 30] Fig. 30 is a configuration diagram of a personal information table classified by relationship according to another embodiment (claim 3) of the present invention.

FIG. 31 is a configuration diagram of a personal information table classified by relation category according to another embodiment (claim 4) of the present invention.

FIG. 32 is a diagram showing an example of a personal information data registration unit according to an embodiment of the present invention.

FIG. 33 is a diagram showing an example of a relationship category of a calling party in one embodiment of the present invention.

FIG. 34 is a diagram showing an example of a search unit of a calling party in one embodiment of the present invention.

FIG. 35 is a diagram showing another example of a search unit of a calling party in one embodiment of the present invention.

FIG. 36 is a diagram showing an example of a screen display in the conventional telephone transmission control processing device.

[Explanation of symbols]

 1 Central Processing Unit (CPU) 2 Program Storage Device 3 External Storage Device 4 Input Device 5 Display Device 6 Analysis Device 7 Data Storage Device 8 Screen Data Storage Device 9 Outgoing Data Output Device 10 Network Control Unit (NCU) 11 Telephone 12 Small Size Mobile terminal 13 Subscriber line 14 Subscriber switch 15, 15a, 15b Call number detection device 16, 16a, 16b Call number counting device

Claims (4)

[Claims] 1. An external storage device, comprising: an input device for inputting personal information; a display device for displaying an input of the input device; and an external storage device for storing personal information input by the input device. In a telephone call control processing device for retrieving a plurality of telephone numbers from a plurality of personal information including telephone numbers and the like stored in, when any one of the plurality of division keys of the personal information is pressed, Memory means for storing information corresponding to the pressed classification key, means for searching a telephone number which is one of the personal information, calling means for dialing the telephone number, and calling by the calling means A telephone transmission control processing device comprising: a counting unit for counting the number of times, and searching the telephone number corresponding to the number of times of transmitting the telephone number stored by the classification key. 2. A calling means for dialing a telephone number stored in the memory means, a detection means for detecting that the telephone number has been dialed and a call has been made, and only the number of times the call has been made by the detection means is counted. 2. The counting device according to claim 1, further comprising: a counting unit that sets the number of times a call is made by dialing a telephone number, and the telephone number is searched according to the number of times the call is made. Telephone transmission control processor. 3. A calling means for dialing a telephone number stored in the memory means, a control means for controlling whether the telephone called by the calling means is busy or not, and a calling means for calling by the calling means. The counter includes counting means for counting the number of times when the other party is busy, counting means for counting the number of times when the other party is absent, and control means for controlling the number of times more effective than the number obtained by the counting means. However, the number of times when the other party is busy and the number when the other party is absent is subtracted from the number of outgoing calls for dialing the telephone number, and the number of times when the other party is out The telephone call control processing device according to claim 1, wherein the number is retrieved. 4. A display means for displaying the number of times counted by each of the counting means is provided, and the number of calls made by dialing a telephone number, the number of calls made, the number of times the other party is busy or out of office, and the number of calls made effective. The telephone call control processing device according to claim 2 or 3, wherein the number of times of call is displayed.