JP2009253782A - Communication terminal and method of controlling the same, and computer program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To perform new processing when changing the setting and operation of a communication terminal. <P>SOLUTION: The communication terminal includes a table storage part to store the set contents of the communication terminal itself by associating them with other communication terminals, a terminal detecting part to detect the other communication terminals existing within a prescribed range, and a control part to change the set contents in accordance with the set contents stored in the table storage part by associating them with the other communication terminals detected by the terminal detecting part. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a communication terminal device, a control method thereof, and a computer program.

  In recent years, communication terminals have been able to store and reproduce various data such as image data and audio data as their performance has increased. Since various data can be stored / reproduced in this way, the user of the communication terminal device can perform various settings such as a background image and sound effects during operation to set his / her own communication terminal device. The settings are individualized. By the way, in recent years, the number of data that can be stored in the communication terminal device is increasing due to the increase in capacity of the storage device built in the communication terminal device. Therefore, the user can create favorite settings with a plurality of patterns. Therefore, there is a growing demand for changing to various settings according to the situation, not always the same setting.

In addition, the communication terminal device can store a large amount of private data such as address book data, mail transmission / reception history, telephone call history, etc. by increasing the capacity of the storage device. In communication terminal devices that store such private data, the importance of security management increases. However, for example, if the security level is always set to a high level assuming that a password must be input every time the address book is accessed, the operability for the user is deteriorated.
As a technology related to such flexible setting changes, changes in the external environment (time zone, current position information, brightness of the external environment, etc.) are detected, and predetermined functions and settings are read according to changes in the external environment. A technique for changing the setting is proposed (see Patent Document 1).
JP 2006-074477 A

With the technique proposed in Patent Document 1, the setting can be changed according to time and place. However, it has been impossible to perform control such as changing the setting according to the surrounding person or changing the content of the operation according to the person. Therefore, until now, when changing the setting according to the surrounding people, the user has manually changed it one by one. As described above, the techniques proposed so far are not sufficient for changing the setting of the communication terminal device.
SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide a communication terminal device, a control method thereof, and a computer program that can overcome the conventional drawbacks related to the setting and operation change of the communication terminal device.

  One aspect of the present invention is a communication terminal device, which is a table storage unit that stores other communication terminal devices and the settings of the device in association with each other, and other communication terminals that exist within a predetermined range. A terminal detection unit that detects the device; and a control unit that changes the setting content according to the setting content stored in the table storage unit in association with another communication terminal device detected by the terminal detection unit.

  One embodiment of the present invention further includes an address book storage unit that stores an address book, and the table storage unit stores a person to be concealed among the persons registered in the address book as a setting content, and performs control. The unit may be configured not to display a person to be concealed associated with another communication terminal device detected by the terminal detection unit when displaying the contents of the address book.

  In addition, one aspect of the present invention further includes a history storage unit that stores a call outgoing / incoming history or a mail transmission / reception history, the table storage unit stores a person to be concealed as a setting content, and the control unit includes a telephone When displaying the contents of the outgoing / incoming call history or mail transmission / reception history, the history relating to the person to be concealed associated with the other communication terminal device detected by the terminal detection unit is not displayed. Also good.

  One aspect of the present invention further includes a data file storage unit that stores the data file, the table storage unit stores the identification information of the data file as setting contents, and the control unit is detected by the terminal detection unit. It may be configured to control the user's access to the data file related to the identification information associated with the communication terminal device.

  One aspect of the present invention further includes a program execution unit that executes a program, the table storage unit stores the execution content of the program as a setting content, and the control unit is another communication terminal device detected by the terminal detection unit It may be configured to control the execution of the program associated with.

  One aspect of the present invention further includes a content file storage unit that stores a content file, the table storage unit stores an identifier of the content file as a setting content, and the control unit performs other communication detected by the terminal detection unit. The content setting may be changed using a content file associated with the terminal device.

  In one aspect of the present invention, the table storage unit stores other communication terminal devices in association with display enable / disable information of each data stored in the own device, and the control unit is detected by the terminal detection unit. You may comprise so that only the data memorize | stored in the table memory | storage part as data which can be displayed with respect to another communication terminal device will be displayed.

  In one aspect of the present invention, the control unit displays data regardless of display availability information for the display unit provided in the own device, and for the external display device connected to the own device, You may comprise so that the display based on display permission information may be performed.

  In one aspect of the present invention, the control unit is configured to notify the user of the own device that the other communication terminal device is present in the vicinity of the other communication terminal device detected by the terminal detection unit. May be.

  In one aspect of the present invention, the control unit may be configured to display a list of other communication terminal devices detected by the terminal detection unit on the display unit.

  One aspect of the present invention further includes an address book storage unit that stores an address book, the table storage unit stores a person to be concealed as a setting content among persons registered in the address book, and the control unit includes: When displaying the contents of the address book, do not display the person to be concealed associated with the other communication terminal device detected by the terminal detection unit, and notify the incoming call when there is an incoming call from this person. It may be configured not to execute.

  One aspect of the present invention further includes a current position acquisition unit that acquires current position information, and the terminal detection unit operates only when the current position acquired by the current position acquisition unit is a predetermined position. , May be configured as follows.

  One aspect of the present invention may be specified as a computer program for causing a computer to operate as the communication terminal device described above. One embodiment of the present invention may be specified as a control method performed by a computer functioning as the communication terminal device described above.

  According to the present invention, it is possible to change the setting of the own device according to the detected communication terminal device.

[First embodiment]
Hereinafter, the communication terminal device 1a which is 1st embodiment is demonstrated. The communication terminal device 1a is an information processing device that is connected to a built-in arithmetic device or storage device via a bus and operates based on a program stored in the storage device. Specifically, the communication terminal device 1a is a mobile phone.
FIG. 1 is a schematic block diagram showing the overall system configuration of the communication terminal device 1a according to the first embodiment. Hereinafter, the overall configuration of the communication terminal device 1a will be described with reference to FIG.

  The communication terminal device 1a includes a main control unit 10a, a communication control unit 11, a radio unit 12, a program memory 13, an operation unit 14, a flash 15, a main camera 16, a sub camera 17, a main display unit 18, a sub display unit 19, and a temperature. Change unit 20, GPS (Global Positioning System) function unit 21, microphone 22, voice processing unit 23, speaker 24, RFID (Radio Frequency IDentification) reader 25, power supply control unit 26, battery 27, memory 28 (table storage unit, address) A book storage unit, a history storage unit, a data file storage unit, an image file storage unit), an indicator 29, an Ir (Infrared ray) reception unit 30, an Ir transmission unit 31, a short-range communication wireless unit 32, and a scent generation unit 33 As an element.

Each component other than the main controller 10a is directly or indirectly connected to the main controller 10a. The main control unit 10a controls processing executed by each component. Each component other than the main control unit 10a performs processing related to various functions of the communication terminal device 1a. Hereinafter, each component of the communication terminal device 1a will be described.
The main control unit 10a can be configured using dedicated hardware or an arithmetic processing device that operates by reading and executing a program. Detailed operation of the main controller 10a will be described later.

The communication control unit 11 performs communication control of wireless communication using the wireless unit 12. For example, the communication control unit 11 performs sequence control and retransmission control.
The wireless unit 12 performs wireless communication via an antenna 121 according to a wireless communication standard such as a mobile phone network (W-CDMA network, CDMA2000 network, etc.), wireless LAN, or the like. That is, the wireless unit 12 receives input of information on the image captured by the main camera 16 and the sub camera 17 and information on the sound collected by the microphone 22 from the main control unit 10a, and signals of the information Based on the above, each process of a modulation process by a predetermined modulation method, a frequency conversion process to a radio frequency band, and an amplification process is executed, and is transmitted as a radio signal from the antenna 121 to the radio section. Further, frequency conversion processing for converting a radio signal arriving at the antenna 121 to a baseband frequency band, modulation processing by a predetermined method, and amplification processing are performed, and the signal is output to the main control unit 10a.

The program memory 13 is a storage unit that stores various types of software related to various functions of the communication terminal device 1a. The main control unit 10a of the communication terminal device 1a reads the software stored in the program memory 13 and executes a process according to the software.
The operation unit 14 accepts input of various instructions by the user and outputs it to the main control unit 10a. The operation unit 14 can be configured using, for example, a keyboard having various buttons for inputting data such as characters and numerical values, a pointing device for inputting a cursor position, a touch panel, and the like.

  The LED 15 emits light or blinks according to the control of the main control unit 10a. Each of the main camera 16 or the sub camera 17 functions as an imaging unit, and includes an optical system, an imaging unit, and a video signal processing unit. The optical system includes a lens, a prism, and the like, takes in external light, and outputs it to the imaging unit. The imaging unit includes an optical sensor such as a CCD or CMOS, generates a current proportional to the brightness of the input light, and outputs the current to the video signal processing unit. The video signal processing unit converts the current input from the imaging unit into digital data, and performs predetermined image processing. Then, the video signal processing unit outputs this digital data to the main control unit 10a.

  The main display unit 18 and the sub display unit 19 display various images input from the main control unit 10a. For example, the main display unit 18 and the sub display unit 19 include a liquid crystal display, an organic EL display, and the like. The temperature changing unit 20 changes the temperature of the housing of the communication terminal device 1a according to the control of the main control unit 10a. The temperature changing unit 20 uses a Peltier element, a device that lowers the temperature of the casing by using a compressed cooling gas, or a device that raises the temperature of the casing by generating heat by electricity or the like. Can be configured.

The GPS function unit 21 includes a GPS antenna 211 and receives time signal radio waves emitted from a plurality of GPS satellites. The GPS function unit 21 calculates the current position data of the communication terminal device 1a based on the difference in arrival time of each time signal radio wave. Then, the GPS function unit 21 outputs the acquired position data to the main control unit 10a.
The microphone 22 takes in sound, generates an electrical signal according to the input sound wave, and outputs the electric signal to the sound processing unit 23.

The audio processing unit 23 removes noise from the electric signal input from the microphone 22 and outputs the electric signal after the noise removal to the main control unit 10a. The audio processing unit 23 also outputs audio data stored in the memory 28 and audio signals received from other telephones via the wireless unit 12 via the speaker 24.
The speaker 24 outputs sound by vibrating a vibrating body such as a diaphragm based on the electrical signal input from the sound processing unit 23.

The RFID reader 25 includes an antenna 251 and transmits and receives signals. The RFID reader 25 reads data written in the RFID tag from the RFID tag that has responded to the signal. Then, the RFID reader 25 outputs the read data to the main control unit 10a.
The power supply control unit 26 supplies DC power supplied from the battery 27 to the main control unit 10a. The battery 27 is a rechargeable battery (secondary battery) or a dry battery (primary battery), and supplies DC power to the power supply control unit 26.

  The memory 28 stores various data necessary for processing of the communication terminal device 1a. Specifically, image data, address book, voice data, address data, mail history, telephone history, location data, action history, schedule data, setting content table 281 and the like are stored. Each will be described below.

  The image data is an image used as wallpaper displayed on the main display unit 18, an image used as an icon, or other image data. The address book is a telephone number input by the user and its associated information (name, address, etc.). The audio data is audio data that is reproduced by the main control unit 10 a and output from the speaker 24. The voice data includes, for example, operation sounds of the communication terminal device 1a, message data created by recording or voice synthesis, and the like. The address data is information regarding the address input by the user, and constitutes a part of the address book. The mail history is an electronic mail or short message transmission / reception history. The telephone history is a telephone call history. The position data is information indicating the current position of the communication terminal device 1a, and is information acquired by the GPS function unit 21 and the RFID reader 25. Specifically, there is identification information (when connected to the base station device) of the currently connected base station device as another position data by the GPS function unit 21. The action history is a history of position data.

The schedule data is data relating to a meeting or a date schedule. For example, for a meeting, the memory 28 stores data about the date, place, and attendees. The memory 28 may store a schedule of another person (a person different from the user of the communication terminal device 1a) as schedule data.
The setting content table 281 is information used by the main control unit 10a. The contents of the setting content table 281 will be described later.

The indicator 29 displays an indicator image that expands and contracts according to the remaining amount of the battery 27.
The Ir receiver 30 and the Ir transmitter 31 receive and transmit infrared communication, respectively. The near field communication wireless unit 32 performs wireless communication based on a wireless communication standard such as a wireless LAN or Bluetooth (registered trademark). The scent generating unit 33 generates a scent according to the control of the main control unit 10a. The scent generating unit 33 includes, for example, a scented liquid, and generates a scent by spraying the selected liquids alone or in combination from the spray port 331 to the outside of the housing in accordance with the control of the main control unit 10a. .

  FIG. 2 is a diagram illustrating an external configuration of the communication terminal device 1a. Fig.2 (a) is a figure which shows the inner side (side which has the main display part 18) of the communication terminal device 1a. FIG. 2B is a diagram illustrating the outside (side having the sub display unit 19) of the communication terminal device 1a. Hereinafter, the external configuration of the communication terminal device 1a will be described with reference to FIG. In FIG. 2, the communication terminal device 1a has a foldable structure.

  The communication terminal device 1a includes an operation unit 14 below the inside. The communication terminal device 1a includes, for example, a cursor button 141, an enter button 142, an on-hook button 143, an off-hook button 144, and a numeric keypad (including a “*” button and a “#” button) 145. Such an operation unit 14 is operated by a user to input numbers, characters, and commands to the main control unit 10a. The cursor button 141 is used to move the cursor displayed on the main display unit 18 and perform various selection inputs. The decision button 142 is used for performing selection. The on-hook button 143 is used to put the communication terminal device 1a into an on-hook state. The off-hook button 144 is used to put the communication terminal device 1a in an off-hook state. The numeric keypad 145 is used for inputting a telephone number, inputting characters when creating a mail or an address book, and the like.

The communication terminal device 1a includes a sub camera 17 and a main display unit 18 on the inner upper side. The communication terminal device 1 a further includes a microphone 22 and an optical sensor 33 in addition to the operation unit 14 below the inside.
The communication terminal device 1 a includes an LED 15, a main camera 16, a sub display unit 19, an antenna 121, and a spray port 331 for the scent generating unit 33 on the outside.

FIG. 3 is a schematic block diagram illustrating only the functional configuration characteristic of the communication terminal device 1a among the functional configurations of the main control unit 10a. Hereinafter, a characteristic configuration of the main control unit 10a will be described with reference to FIG.
The main control unit 10a includes a terminal detection unit 110, an address book management unit 121, an incoming call management unit 122, a data access management unit 123, a security management unit 124, and various setting management units 125. In addition, the main control unit 10a includes a known function unit for realizing a function as a mobile phone, a function for performing web browsing, a function for transmitting and receiving mail, and the like.

  The terminal detection unit 110 detects another communication terminal device using the short-range communication wireless unit 32 in which Bluetooth (registered trademark) is mounted. Specifically, the terminal detection unit 110 detects another communication terminal device capable of communication using Bluetooth (registered trademark) by the pairing function of Bluetooth (registered trademark). The range detected by the terminal detection unit 110 is determined according to the class of radio wave intensity set in the use of Bluetooth (registered trademark). That is, the range of detection performed by the terminal detection unit 110 is within 100 m for Class 1, within 10 m for Class 2, and within 1 m for Class 3. When the terminal detection unit 110 detects another communication terminal device, the terminal detection unit 110 acquires a terminal identifier indicating the communication terminal device. The terminal identifier is data for uniquely identifying another communication terminal device, and in this case, is a device name used in Bluetooth (registered trademark).

FIG. 4 is a diagram showing a setting content table 281 stored in the memory 28. The setting content table 281 has a terminal identifier of another communication terminal device and a setting content of the own device (communication terminal device 1a) in association with each other. The setting contents table 281 includes information on secret addresses, access restriction files, security levels, wallpaper, operation sounds, and scents as setting contents. For example, the setting content table 281 includes “AA” as a terminal identifier, “X3” and “X4” as secret addresses, “B-Kabuka.txt” and “B-BS.xls” as access restriction files, and security levels as “Web access: NG”, “email transmission: password” and “email reception: OK”, “Neko1.jpg” as wallpaper, “Koneko” as operation sound, “lavender” as fragrance.
The secret address is an identifier (for example, a registration number or name) indicating any person registered in the address book of the memory 28. Of the data registered in the address book, the data of the person registered as the secret address is concealed by the address book management unit 121. Incoming calls from a person registered as a secret address are rejected by the incoming call management unit 122. The address book management unit 121 and the incoming call management unit 122 that perform processing based on the contents registered as secret addresses will be described below.

The address book management unit 121 manages the address book data to be displayed on the main display unit 18 when the user instructs to display the address book data. If the terminal detection unit 110 has not detected another communication terminal device registered in the setting content table 281, the address book management unit 121 displays data relating to all persons registered in the address book. . On the other hand, when the terminal detection unit 110 detects another communication terminal device, the address book management unit 121 stores data related to a person registered as a secret address corresponding to the detected terminal identifier of the communication terminal device. Do not display when displaying the address book.
A specific operation of the address book management unit 121 will be described. Now, the memory 28 stores the data of five persons X1, X2, X3, X4, and X5 as the address book data. The memory 28 stores X3 and X4 as secret addresses associated with the terminal identifier AA. Moreover, the terminal detection part 110 has detected the other communication terminal device whose terminal identifier is AA.

  When displaying the address book on the main display unit 18, the address book management unit 121 first reads each person's data from the address book. The address book management unit 121 also reads out the contents of the secret address corresponding to the terminal identifier AA from the memory 28. The address book management unit 121 compares each person registered in the read address book with the person registered in the secret address, and determines that the data of the person is not displayed if they match. In this case, the address book management unit 121 determines that the data of X3 and X4 are not displayed. Then, the address book management unit 121 displays only the data of X1, X2, and X5 on the main display unit 18 except for the data registered in the read address book except for X3 and X4 determined not to be displayed. To do.

  By such an operation, the contents of the address book displayed on the main display unit 18 change according to the communication terminal device detected by the terminal detection unit 110. For each terminal identifier of each communication terminal device, the user registers a person who does not want to display as a secret address, thereby allowing other communication terminal device users (hereinafter referred to as “other users”) that appear around the user to be displayed. There is no need to change the contents of the address book. In addition, it is also possible to make a setting that requires a password in the address book for information on a person who does not want to be displayed. However, in this case, even when there is no other user in the vicinity (other communication terminal devices are not detected by the terminal detection unit 110), the user always inputs a password to display the information of this person. Necessity arises. On the other hand, according to the operation of the address book management unit 121, if there is no other user in the vicinity (no other communication terminal device is detected by the terminal detection unit 110), the secret can be entered without entering the password. It becomes possible to display the information of the person who wants to be displayed in the address book.

The address book management unit 121 does not display the history of the person corresponding to the secret address when displaying the mail history and the telephone history stored in the memory 28 on the main display unit 18. Hereinafter, this process will be specifically described.
The memory 28 stores a mail history and a telephone history with serial numbers assigned in order from the newest. Specifically, the memory 28 stores the serial number “01”, the caller “X1”, the serial number “02”, the caller “X2”, the serial number “03”, the caller “X3”, and the serial number “04” as the telephone history (call history). “Caller“ X4 ”, serial number“ 05 ”, caller“ X5 ”are stored. Further, the memory 28 stores two persons X3 and X4 as secret addresses associated with the terminal identifier AA. Moreover, the terminal detection part 110 has detected the other communication terminal device whose terminal identifier is AA.

  The address book management unit 121 reads the serial number and the caller in association with each other from the memory 28 when displaying the telephone history. The address book management unit 121 also reads out the contents of the secret address corresponding to the terminal identifier AA from the memory 28. The address book management unit 121 determines whether each person who is a caller of the read telephone history matches a person registered in the secret address (hereinafter referred to as “non-display person”), and the serial number is small. Judge in order from the largest to the largest. Further, the address book management unit 121 prepares a counter and sets an initial value to “1”.

  The address book management unit 121 compares in order from the sender “X1”. First, the address book management unit 121 determines that this history is displayed because the caller “X1” does not match the non-display person. At this time, the address book management unit 121 assigns the current counter value “1” as a new serial number to the history of the caller “X1”, adds “1” to the counter value, and becomes “2”. To do. Next, the address book management unit 121 performs the same process for the sender “X2”, and sets the counter value to “3”.

Next, the address book management unit 121 compares the caller “X3”. Since the sender “X3” matches the non-display person, the address book management unit 121 determines that the history of the sender “X3” is not displayed. In this case, the address book management unit 121 does not assign a new serial number to this history and keeps the counter value as it is (“3”). Next, the address book management unit 121 performs the same process for the sender “X4”, and sets the counter value to “3” as it is.
Next, the address book management unit 121 compares the sender “X5”. Since the sender “X5” does not match the non-display person, it is determined that this history is displayed. At this time, the address book management unit 121 assigns the current counter value “3” as a new serial number to the history of the caller “X5”. And since the address book management part 121 made judgment about all the read histories, the process of judgment is finished. Next, the address book management unit 121 displays only the history determined to be displayed on the main display unit 18 together with the newly assigned serial number.

Accordingly, the main display unit 18 displays the serial number “01”, the caller “X1”, the serial number “02”, the caller “X2”, and the serial number “03”, the caller “X5”. Therefore, when the address book management unit 121 displays the address book and history, the serial number “01”, the caller “X1”, the serial number “02”, the caller “X2”, the serial number “05”, the caller “X5”, and the like. The serial number does not fall off. Therefore, it is possible to prevent a third party from perceiving that the information or history of the person registered in the secret address is not displayed due to the missing serial number.
The incoming call management unit 122 manages whether or not to notify an incoming call when there is an incoming call from another communication terminal device. The term “incoming call” here refers not only to incoming calls, but also to receiving messages such as mail and chat. When the terminal detection unit 110 has not detected another communication terminal device registered in the setting content table 281, the incoming call management unit 122 performs incoming call notification for all incoming calls. On the other hand, when the terminal detection unit 110 detects another communication terminal device, the incoming call management unit 122 receives an incoming call from a person registered as a secret address corresponding to the terminal identifier of the communication terminal device. Do not notify incoming calls.

  A specific operation of the incoming call management unit 122 will be described. Now, the memory 28 stores data of five persons X1, X2, X3, X4, and X5 as address book data. Further, the memory 28 stores two persons X3 and X4 as secret addresses associated with the terminal identifier AA. When there is an incoming call from another communication terminal device, the incoming call management unit 122 acquires the telephone number of the calling terminal notified when the incoming call is received. Next, the incoming call management unit 122 searches the address book for the name of the person associated with the telephone number of the calling terminal. The incoming call management unit 122 acquires the name of a person as a search result, and determines whether or not this person is a non-display person based on the name. If this person is not a non-display person, that is, if it is any of X1, X2, and X5, the incoming call management unit 122 performs incoming call notification for this incoming call. On the other hand, if this person is a non-display person or if it is either X3 or X4, the incoming call manager 122 does not perform incoming call notification for this incoming call.

  As described above, when there is an incoming call according to the communication terminal device detected by the terminal detection unit 110, the incoming call management unit 122 determines whether to perform incoming call notification for the incoming call. For each terminal identifier of each communication terminal device, the user registers the person to be kept secret as a secret address, so that if the communication terminal device exists in the vicinity, the user can receive an incoming call from the person to be kept secret. It can be set not to be notified. Therefore, it is possible to prevent the user of the communication terminal device from being notified of an incoming call from a person to be kept secret. At this time, the user does not need to change the presence / absence of the incoming call notification according to the user of the communication terminal apparatus that appears in the vicinity. In addition, for a person who does not want to be notified of incoming calls, it is possible to set the absence of incoming call notifications in advance in the address book as silenceless display. However, in this case, even when there is no one in the vicinity (other communication terminal devices are not detected by the terminal detection unit 110), since the incoming call notification is not made, the user may receive an incoming call from this person. It will always be difficult. On the other hand, according to the operation of the incoming call management unit 122, if there is no one in the vicinity (no other communication terminal device is detected by the terminal detection unit 110), an incoming call notification is also received for an incoming call from a person to be kept secret. It becomes possible to receive.

Returning to the description of FIG. The access restriction file indicates a data file that is subject to access restriction by the data access management unit 123 when another corresponding communication terminal device is detected by the terminal detection unit 110. The data access management unit 123 that performs processing based on the contents registered as an access restriction file will be described below.
The data access management unit 123 determines whether or not to permit this access when the user accesses the data file. If the terminal detection unit 110 has not detected another communication terminal device registered in the setting content table 281, the data access management unit 123 permits access to all data files. On the other hand, when the terminal detection unit 110 detects another communication terminal device registered in the setting content table 281, it is registered as an access restriction file corresponding to the detected terminal identifier of the communication terminal device. Access to data files is prohibited.

  A specific operation of the data access management unit 123 will be described. Now, the memory 28 is stored in A-Kabuka. txt, B-Kabuka. txt, A-BS. xls, B-BS. It stores four data files named xls. Further, the memory 28 stores B-Kabuka. As an access restriction file associated with the terminal identifier AA. txt and B-BS. xls is stored. Moreover, the terminal detection part 110 has detected the other communication terminal device whose terminal identifier is AA.

  The user operates the operation unit 14 to perform A-Kabuka. When an instruction to display the contents of txt on the main display unit 18 is input, the data access management unit 123 reads the name of the access restriction file corresponding to the terminal identifier AA from the memory 28. Next, the data access management unit 123 compares whether or not the name of the data file to be accessed matches the name of the access restricted file read from the memory 28. In this case, since the names do not match, the data access management unit 123 permits access to the data file. On the other hand, when the user operates the operation unit 14, B-Kabuka. txt or B-BS. When attempting to access xls, the data access management unit 123 does not permit data access because it matches the name of the access restricted file.

  Returning to the description of FIG. The security level defines the content of processing performed by the security management unit 124 for its own device when another corresponding communication terminal device is detected by the terminal detection unit 110. The memory 28 stores the processing content and the security value in association with each other as the security level. The content of the process is the content of the process executed by the main control unit 10a in response to a command that the user inputs to the communication terminal device 1a by operating the operation unit 14 such as web access or application execution. The security value is a value indicating whether each process can be executed and whether a password needs to be input. The security management unit 124 that performs processing based on the contents registered as the security level will be described below.

In accordance with the contents of the security level, the security management unit 124 determines whether or not to execute each process and whether or not a password is necessary. When the terminal detection unit 110 has not detected another communication terminal device registered in the setting content table 281, the security management unit 124 does not perform any particular process. On the other hand, when the terminal detection unit 110 detects another communication terminal device registered in the setting content table 281, the security management unit 124 determines the security level corresponding to the detected terminal identifier of the communication terminal device. Whether or not each process can be executed and whether or not a password is required are determined according to the contents of
A specific operation of the security management unit 124 will be described. Now, the memory 28 stores that the security level associated with the terminal identifier AA is NG (executable) for web access, OK (executable) for mail reception, and a password for mail transmission. Moreover, the terminal detection part 110 has detected the other communication terminal device whose terminal identifier is AA.

  When the user operates the operation unit 14 to activate the web browser and inputs a command to access the website, the security management unit 124 receives the command and reads the contents of the security level from the access memory 28. The security management unit 124 determines whether or not the input command matches the processing content registered as the security level. In this case, since the processing content “web access” matches, the security management unit 124 refers to the security value corresponding to this processing content. Then, the security management unit 124 does not execute the web access process according to the security value “NG”.

When the user operates the operation unit 14 to input a mail transmission command, the security management unit 124 receives the command and performs the same processing and refers to the security value. In this case, since the security value is “password”, the security management unit 124 requests the user to input the password before executing the mail transmission process. When the user operates the operation unit 14 and inputs a password, the security management unit 124 determines whether or not the input password matches the password stored in the memory 28. If the two match, the security management unit 124 executes mail transmission processing. On the other hand, if the two do not match, the security management unit 124 does not execute the mail transmission process.
When the user operates the operation unit 14 and inputs a mail reception command, the security management unit 124 receives the command and performs the same processing and refers to the security value. In this case, since the security value is “OK”, the security management unit 124 executes mail reception processing.

  Returning to the description of FIG. The wallpaper is image data registered in the memory 28, and is image data that the various setting management unit 125 displays on the main display unit 18 as a background. The operation sound is sound data, and the setting management unit 125 detects the operation of the communication terminal device 1a by the user (for example, pressing of any button of the operation unit 14 or opening / closing operation of the folding part), and the speaker 24 is operated. Is audio data to be reproduced from. The scent is a type of scent that the various setting management unit 125 sprays on the scent generating unit 33. Hereinafter, processing of the various setting management unit 125 that performs processing based on the contents registered as wallpaper, operation sound, and fragrance will be described.

  The various setting management unit 125 manages wallpaper image data to be displayed on the main display unit 18, audio data to be reproduced when an operation by the user is detected, and the scent to be sprayed on the scent generating unit 33. When the terminal detection unit 110 has not detected another communication terminal device registered in the setting content table 281, the setting management unit 125 displays the image data, sound data, fragrance currently selected by the user. Are displayed on the main display unit 18, reproduced by the speaker 24, and sprayed by the scent generating unit 33 as wallpaper, operation sound, and scent to spray, respectively. On the other hand, when the terminal detection unit 110 detects another communication terminal device registered in the setting content table 281, the setting management unit 125 selects the wallpaper corresponding to the detected terminal identifier of the communication terminal device. According to the contents registered as operation sounds and scents, wallpaper display, operation sound reproduction, and scent spraying are performed.

  As described above, when the terminal detection unit 110 detects another communication terminal device, the address book management unit 121, the incoming call management unit 122, the data access management unit 123, the security management unit 124, and various settings are determined according to the detection result. Each management unit 125 operates.

<Modification>
The communication terminal device 1a may be an information processing device such as a PDA (Personal Data Assistant) having a communication function, a notebook personal computer, or a stationary personal computer, instead of a mobile phone.
The terminal detection unit 110 is connected to a network configured using a femto base station using the near field communication wireless unit 32 in which a wireless LAN is mounted, and is connected to the same femto base station. May be detected from this femto base station. Since the femto base station can grasp each communication terminal device connected to the own station, such processing is possible.

Moreover, the terminal detection part 110 may detect another communication terminal apparatus by receiving the infrared signal sent from another communication terminal apparatus using the Ir receiving part 30. In this case, the other communication terminal device adds the terminal identifier to the infrared signal and transmits it.
Further, the terminal detection unit 110 may detect another communication terminal device using the short-range communication wireless unit 32 in which passing communication (registered trademark) is implemented. Passing communication is communication in which identifiers are mutually acquired by transmitting and receiving signals using a specific protocol between passing communication terminal devices. The terminal detection unit 110 may detect another communication terminal device by reading data from an RFID tag provided in another communication terminal device using the RFID reader 25. In addition, the terminal detection unit 110 may detect other communication terminal devices using other known methods.

Further, the terminal identifier may be an identifier used for identifying a communication partner in each communication protocol, or a MAC address, an IP address, or a computer name of another communication terminal device.
Moreover, the terminal detection part 110 may detect another communication terminal device within the detection range set by the user. The terminal detection unit 110 receives a setting from the user for classes (Class 1 to Class 3) that define Bluetooth radio wave intensity. And the terminal detection part 110 implement | achieves the detection within a detection range by performing a detection with the radio field intensity of the class set by the user.

Further, the address book management unit 121 may handle not only the mail history and the telephone history but also the history such as messenger and chat as the information representing the history. In addition, the address book management unit 121 similarly handles history of all transmission / reception processes performed by the communication terminal device 1a such as history of schedule data, image data, and history of transmission / reception of address book data as information representing the history. Also good. In addition, transmission / reception of these data is performed by communication using Bluetooth, WLAN, or RFID.
In addition, when the memory 28 stores each person in a plurality of groups in the address book, this group may be registered as a secret address. In this case, the address book management unit 121 compares each person's group in the address book with a group registered as a secret address, and determines whether to display the group. Further, when the memory 28 stores a company name for each person in the address book, the company name may be registered as a secret address. In this case, the address book management unit 121 compares the company name of each person in the address book with the company name registered as the secret address, and determines whether to display.

  Further, the access restriction file may be specified not as a file name as shown in FIG. 4 but as a file extension. In this case, the data access management unit 123 prohibits access to the data file having the extension specified as the access restriction file. The access restriction file may be specified as a specific character string. In this case, the data access management unit 123 prohibits access to a data file that includes the character string specified as the access restriction file in its file name or a data file that includes the character string in its contents. For example, when the specific character string is “B Co., Ltd.”, the data access management unit 123 includes a data file including the character string in the file name (for example, “Document 1-B Co., Ltd. doc”), contents Is a data file containing the character string (for example, a document file whose contents are described as “Bonchu Co., Ltd.” or an XML file having a tag value of “Corporation B”. Access is prohibited for the above).

The access restriction file is defined as an access permission file, and the data access management unit 123 is configured to permit access to the data file defined in the access permission file and prohibit access to other data files. May be.
Further, in FIG. 4, web access, mail transmission, mail reception, and the like are defined as security levels. However, whether or not other applications can be executed may be defined. The other application is an application that can be executed by the communication terminal device 1a. For example, an application that changes settings in the communication terminal device 1a (setting other than wallpaper, operation sound, fragrance, for example, ringtone, image other than wallpaper, color, etc. , Applications that change settings such as light emission patterns), applications that change security levels (security levels other than those related to security, such as data files to be displayed, security levels related to access permissions), game An application, a communication application, a utility application, a document editing application, and the like.

In addition to the image data, the memory 28 may store data files (content files) relating to various contents. The content file is a data file of content that can be handled by the communication terminal device 1a, and includes, for example, ringtone data, sound effect data when opening and closing, mail ringtone data, sound data when a key is pressed, Wait screen data, illumination setting data (such as key lighting) corresponding to events such as incoming calls, vibration pattern data, and the like. In this case, the setting content table 281 may further include each content file. Then, the setting management unit 125 may read the content file from the memory 28 based on the content of the setting content table 281 and change the content setting using the read content file.
The memory 28 may be configured to store the contents of the setting contents table 281 corresponding to each person as address book data. With this configuration, the user can newly register, edit, and delete the contents of the setting content table 281 as the address book change.

In addition, the setting content table 281 is a value (display on the display) indicating whether display is permitted or not on a display unit (for example, the main display unit 18 or the sub display unit 19) included in the communication terminal device 1a, or a display output for an external display device It may further have a value (display on external output) indicating whether or not. For example, when the display on the display is “ON” and the display on the external output is “OFF”, the main control unit 10a displays the display while another communication terminal device corresponding to this setting content is detected. Display to is allowed, but display to external output is prohibited. These two values may be set individually for each data file.
In addition, the main control unit 10 a may display a list of other communication terminal devices detected by the terminal detection unit 110 on the main display unit 18 and the sub display unit 19.
Further, the setting content table 281 may be configured to include an accessible file item instead of or together with the access restriction file. In this case, the data access management unit 123 permits access (an act of opening or editing a file) only for files defined as accessible files.

Further, the storage device outside the communication terminal device 1a may store the setting content table 281. In this case, the main control unit 10a of the communication terminal device 1a accesses the setting content table 281 and performs processing by cable connection or wireless communication. Further, the contents of the setting content table 281 may be included in the address book corresponding to the telephone number, the mail address, and the owner name related to the terminal identifier and stored in the memory 28. In this case, each functional unit of the main control unit 10a reads the address book data when referring to the setting content table 281.
In addition, the incoming call management unit 122 may perform incoming call rejection instead of notifying incoming calls from a person registered as a secret address.

  When the terminal detection unit 110 detects a plurality of communication terminal devices, the address book management unit 121, the incoming call management unit 122, the data access management unit 123, the security management unit 124, and the setting management unit 125 One terminal identifier may be selected based on the rank. In this case, each functional unit described above operates according to the content of the setting content table corresponding to the selected terminal identifier. For example, a positive number is assigned to each terminal identifier, and each functional unit selects the terminal identifier having the highest number. Also, for example, a positive number is assigned to each group registered in the address book, and each functional unit is a terminal identifier belonging to the group with the highest number, and the highest number among them is assigned. A terminal identifier may be selected.

[Second Embodiment]
Next, the communication terminal device 1b which is 2nd embodiment is demonstrated. FIG. 5 is a schematic block diagram showing the overall system configuration of the communication terminal device 1b according to the second embodiment. The communication terminal device 1b differs from the communication terminal device 1a in that it includes a main control unit 10b instead of the main control unit 10a, and the memory 28 further stores a notification content table 282. The same as 1a. Therefore, the description about the whole communication terminal device 1b is abbreviate | omitted, and the main control part 10b and the notification content table 282 are demonstrated.
FIG. 6 is a schematic block diagram illustrating only a functional configuration characteristic of the communication terminal device 1b among the functional configurations of the main control unit 10b. The main control unit 10b differs from the main control unit 10a in that it further includes a notification unit 130. Hereinafter, the main controller 10b will be described mainly with respect to differences from the main controller 10a.

When the terminal detection unit 110 detects another communication device terminal, the notification unit 130 notifies the user of that fact. The notification unit 130 performs notification according to the content of the notification content table 282 according to the detected terminal identifier.
FIG. 7 is a diagram showing the notification content table 282. The notification content table 282 has the notification content table 282 associated with terminal identifiers of other communication terminal devices and notification content. Specifically, the notification content table 282 includes the LED lighting / flashing method, the content of the notification character displayed on the main display unit 18 or the sub display unit 19, the temperature changed by the temperature changing unit 20, and the scent generating unit 33. The scent to be sprayed, the file name of the notification image displayed on the main display unit 18 or the sub display unit 19, and the audio file name of the notification sound reproduced from the speaker 24 are included.

  A specific operation of the notification unit 130 will be described. When the terminal detection unit 110 detects another communication terminal device, the notification unit 130 acquires a terminal identifier of the detected communication terminal device. The notification unit 130 searches and reads the notification content corresponding to the acquired terminal identifier in the notification content table 282 of the memory 28. The notification unit 130 lights / flashes the LED 15 according to the LED lighting / flashing method. In addition, the notification unit 130 causes the main display unit 18 or the sub display unit 19 to display the content of the notification character. In addition, the notification unit 130 operates the temperature changing unit 20 to change the output temperature according to the temperature content. Further, the notification unit 130 causes the scent generating unit 33 to spray the scent according to the content of the scent. In addition, the notification unit 130 reads the image data of the notification image from the memory 28 and causes the main display unit 18 or the sub display unit 19 to display the image. In addition, the notification unit 130 reads the sound file of the notification sound from the memory 28 and outputs this sound from the speaker 24.

  According to the communication terminal device 1b configured as described above, when the terminal detection unit 110 detects another communication terminal device, the notification unit 130 notifies the fact. Therefore, the user can know the presence of another communication terminal device (that is, the presence of a user of another communication device terminal).

[Third embodiment]
Next, the communication terminal device 1c which is 3rd embodiment is demonstrated. The communication terminal device 1c is different from the communication terminal device 1a in that it includes a main control unit 10c instead of the main control unit 10a, and is otherwise the same as the communication terminal device 1a. Therefore, the description about the whole structure of the communication terminal device 1c is abbreviate | omitted, and demonstrates the main control part 10c.
FIG. 8 is a schematic block diagram illustrating only a functional configuration characteristic of the communication terminal device 1c among the functional configurations of the main control unit 10c. The main control unit 10c is different from the main control unit 10a in that it further includes an execution condition determination unit 140. Hereinafter, with respect to the main control unit 10c, differences from the main control unit 10a will be mainly described.

The execution condition determination unit 140 determines whether the terminal detection unit 110 should operate. The execution condition determination unit 140 determines whether or not a preset condition is satisfied. If the condition is satisfied, the execution condition determination unit 140 instructs the terminal detection unit 110 to detect another communication terminal device. On the other hand, when the condition is not satisfied, the execution condition determination unit 140 instructs the terminal detection unit 110 not to detect another communication terminal device. The terminal detection unit 110 detects other communication terminal devices in accordance with this instruction.
The conditions determined by the execution condition determining unit 140 are set in advance by the owner of the communication terminal device 1c. A specific example of this condition will be described below. For example, the execution condition determination unit 140 may instruct to detect another communication terminal device when it is out of service area. The execution condition determination unit 140 determines that the signal has been out of service when no signal is received from the base station device via the wireless unit 12 and the antenna 121.

In addition, the execution condition determination unit 140 determines that the current date and time is a predetermined date and time (for example, commuting time (for example, between 8 am and 9 am) or a holiday morning (for example, Saturday, Sunday, and public holidays from 10:00 to 12:00) ), It may be instructed to detect another communication terminal device. Such a date and time setting may be configured to be set in the calendar function by linking with the calendar function provided in the communication terminal device 1a.
In addition, the execution condition determination unit 140 may detect the magnitude of vibration using a vibration sensor (not shown), and may instruct the other communication terminal device to detect when the threshold value is exceeded. For example, an average value of the magnitude of vibration generated when a person walks carrying the communication terminal device 1c may be acquired in advance by experiment, and this value may be set as a threshold value.
The execution condition determination unit 140 may instruct the detection to be performed only at a predetermined location based on the position determination result based on the GPS function unit 21 or a base station for wireless communication.
According to the communication terminal device 1c configured as described above, the execution condition determination unit 140 instructs the terminal detection unit 110 whether or not to execute detection processing of another communication terminal device. Then, the terminal detection unit 110 performs detection according to an instruction from the execution condition determination unit 140. Therefore, it is possible to prevent the detection processing from being performed wastefully until it is not necessary to detect another communication terminal device, and it is possible to prevent waste of power consumption.

[Fourth embodiment]
Next, a communication terminal device 1d according to the fourth embodiment will be described. The communication terminal device 1d is different from the communication terminal device 1a in that a main control unit 10d is provided instead of the main control unit 10a, and is otherwise the same as the communication terminal device 1a. Therefore, the description about the whole structure of the communication terminal device 1d is abbreviate | omitted, and the main control part 10d is demonstrated.
FIG. 9 is a schematic block diagram illustrating only a functional configuration characteristic of the communication terminal device 1d among the functional configurations of the main control unit 10d. The main control unit 10d is different from the main control unit 10a in that it further includes a detection condition determination unit 126. Hereinafter, the difference between the main control unit 10d and the main control unit 10a will be mainly described.

When the terminal detection unit 110 detects another communication terminal device, the detection condition determination unit 126 detects the address book management unit 121, the incoming call management unit based on the detection condition associated with the terminal identifier of the communication terminal device. 122, the data access management unit 123, the security management unit 124, and the various setting management units 125 are determined to operate, and an instruction is given to each functional unit regarding whether to operate. Each of these functional units operates according to an instruction from the detection condition determination unit 126.
FIG. 10 is a diagram showing a setting content table 281 in the fourth embodiment. The setting content table 281 further has detection conditions. The detection condition determination unit 126 reads the setting content corresponding to the detected terminal identifier from the setting content table 281 of the memory 28. The detection condition determination unit 126 refers to the value of the detection condition and determines whether or not this condition is satisfied. If the condition is satisfied, the detection condition determination unit 126 instructs each functional unit described above to perform an operation. When the condition is not satisfied, the detection condition determination unit 126 instructs each function unit described above not to perform the operation.

The conditions determined by the detection condition determination unit 126 are set in advance by the owner of the communication terminal device 1d. A specific example of this condition will be described below. For example, it is determined whether or not the communication method used when the terminal detection unit 110 detects the communication terminal device matches the detection condition. In the case of FIG. 10, “wireless LAN” is set as the detection condition. In this case, the detection condition determination unit 126 determines whether the terminal detection unit 110 has detected this communication terminal device using the wireless LAN. When the terminal detection unit 110 detects this communication terminal device using a wireless LAN, the detection condition determination unit 126 instructs each function unit described above to perform an operation.
Further, the detection condition determination unit 126 may determine whether or not the current date and time match the detection condition. In the case of FIG. 10, “weekday” is set as the detection condition. In this case, the detection condition determination unit 126 determines whether or not the detected date and time is a weekday. The detection condition determination unit 126 determines whether or not the day is a weekday based on calendar information stored in the memory 28. When the detected date and time is a weekday, the detection condition determination unit 126 instructs each function unit described above to perform an operation.

  According to the communication terminal device 1d configured as described above, the detection condition determination unit 126 is connected to the address book management unit 121, the incoming call management unit 122, the data access management unit 123, the security management unit 124, and the various setting management units 125. Instructs whether or not to execute each operation. Each function unit described above operates even if the terminal identifier detected by the terminal detection unit 110 is registered in the setting content table 281 unless there is an instruction from the detection condition determination unit 126 to operate. Absent. Therefore, even if the communication terminal device is detected, the owner of the communication terminal device 1d sets each of the function units unnecessarily by setting only the condition that each function unit needs to operate as the detection condition. Can be deterred.

<Modification>
As setting contents, an entire setting table as shown in FIG. 11 may be stored in the memory 28. Unlike the setting content table 281, the entire setting table in FIG. 11 shows setting content that does not depend on the identifiers of other detected communication terminal devices. In the overall setting table, a detection method of the terminal detection unit 110 for searching for other communication terminal devices, a search target distance, a search condition (such as a search time and date), and a plurality of other communication terminal devices are searched. Operation setting (multi-terminal setting), conditions forcibly set without depending on other detected communication terminal devices (forced condition setting), stored in an external storage device instead of the memory 28 Data indicating the location of address book data that can be accessed (address book to be linked outside the terminal), content of forced change settings, and the like.

  The user can also set the detection method of the terminal detection unit 110 by setting the forced target distance. Further, the date and time of the search condition can be set by the user on the calendar display. As for the compulsory condition, it is possible to set the date and time when the condition is activated. In addition, by setting a Bluetooth name, an IP address, or the like as a forced change setting, when the terminal detection unit 110 detects these values, the setting contents are changed (for example, to the setting contents of the overall setting table). It is also possible to make changes.

Further, the setting content table may be configured as a table as shown in FIG. The setting content table in FIG. 12 is an example when the setting content table is registered as address book data. Therefore, in FIG. 12, the contents registered in the conventional address book (name, name read, phone number, mail address, address book group, display image at the time of incoming call, address, GPS information, birthday, constellation, blood Type) is registered. Also, the information in FIG. 12 is registered in the memory 28 in association with the identifiers of other communication terminal apparatuses. When another communication terminal device is detected, the communication terminal device 1d operates based on the corresponding setting content.
Furthermore, in FIG. 12, a set genre can be set as the content of the setting content table. The set genre defines wallpaper, ringtone, various operation sounds, display icons, backlight color, character font, conversion dictionary, and the like as one set. For example, if the set genre is “railway”, the above-described contents are set based on the railway. With this configuration, the user can perform setting only by selecting a set genre without performing detailed settings for each one.

In FIG. 12, odor setting, temperature setting, and notification setting can be registered. The scent setting is an item for setting the scent (scent) generated by the scent generating unit 33 while another corresponding communication terminal device is detected. The temperature setting is an item for setting a temperature change generated by the temperature change unit 20 while another corresponding communication terminal device is detected. The notification setting is an item for setting an operation when another corresponding communication terminal device is detected. Note that the scent setting included in the notification setting is a scent that is generated only for a predetermined time when another communication terminal device is detected, and is different from the scent setting described above.
In FIG. 12, the overlay condition with another person defines an operation when a plurality of other communication terminal devices are detected. For example, settings such as “AND”, “priority (ignore others)”, “hide all when others are detected”, and “follow the entire setting” can be set.

In addition, values such as display on display, display on external output, security level setting, in-terminal content level setting, search target distance, search means, search condition, incoming call location, network setting after setting change, etc. The values in the table 281 may be provided as shown in FIG. In the item of search means, the search method can be set individually. For example, even if the base station position information is obtained, if this value is OFF, the terminal detection unit 110 does not output that it has been detected.
Such a modification may be applied to the communication terminal apparatuses 1a to 1c.

In addition, you may make it implement | achieve a part of communication terminal device 1a-1d in embodiment mentioned above, for example, the function of main control part 10a-10d with a computer. In that case, a program for realizing this function may be recorded on a computer-readable recording medium, and the program recorded on the recording medium may be read into a computer system and executed. The “computer system” here includes an OS and hardware such as peripheral devices. The “computer-readable recording medium” refers to a portable medium such as a flexible disk, a magneto-optical disk, a ROM, and a CD-ROM, and a storage device such as a hard disk built in the computer system. Further, the “computer-readable recording medium” dynamically holds a program for a short time, like a communication line when transmitting a program via a network such as the Internet or a communication line such as a telephone line. It is also possible to include those that hold a program for a certain time, such as a volatile memory inside a computer system serving as a server or client in that case. The program may be a program for realizing a part of the functions described above, and may be a program capable of realizing the functions described above in combination with a program already recorded in a computer system.
The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration is not limited to this embodiment, and includes designs and the like that do not depart from the gist of the present invention.

It is a schematic block diagram which shows the whole system configuration | structure of the communication terminal device which is 1st embodiment. It is a figure which shows the external appearance structure of the communication terminal device which is 1st embodiment. It is a schematic block diagram which shows the characteristic function structure in the communication terminal device which is 1st embodiment among the function structures of a main control part. It is a figure which shows the setting content table in 1st embodiment. It is a schematic block diagram which shows the whole system configuration | structure of the communication terminal device which is 2nd embodiment. It is a schematic block diagram which shows the characteristic function structure in the communication terminal device which is 2nd embodiment among the function structures of a main control part. It is a figure which shows a notification content table. It is a schematic block diagram which shows the characteristic function structure in the communication terminal device which is 3rd embodiment among the function structures of a main control part. It is a schematic block diagram which shows the characteristic function structure in the communication terminal device which is 4th embodiment among the function structures of a main control part. It is a figure which shows the setting content table in 4th embodiment. It is a figure which shows the example of a whole setting table. It is a figure which shows the modification of a setting content table.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Communication terminal device, 10 ... Main control part (program execution part), 18 ... Main display part (image display part), 19 ... Sub-display part (image display part), 28 ... Memory (table storage part, address book storage) 110, terminal detection unit, 121 ... address book management unit, 122 ... incoming call management unit, 123 ... data access management unit, 124 ... security management unit, 125 ... various settings management section, 130 ... notification section

Claims (14)

A table storage unit for storing other communication terminal devices and the setting content of the own device in association with each other;
A terminal detection unit for detecting other communication terminal devices existing within a predetermined range;
A control unit that changes the setting content according to the setting content stored in the table storage unit in association with another communication terminal device detected by the terminal detection unit;
A communication terminal device comprising: An address book storage unit for storing the address book;
The table storage unit stores a person to be concealed as a setting content among persons registered in the address book,
The control unit does not display a person to be concealed associated with another communication terminal device detected by the terminal detection unit when displaying the contents of the address book,
The communication terminal device according to claim 1. A history storage unit for storing a call origination / reception history or a mail transmission / reception history;
The table storage unit stores a person to be concealed as a setting content,
The control unit displays a history related to a person to be concealed associated with another communication terminal device detected by the terminal detection unit when displaying the contents of the incoming / outgoing call history or the transmission / reception history of mail. Do not show,
The communication terminal device according to claim 1. A data file storage unit for storing the data file;
The table storage unit stores identification information of the data file as setting contents,
The control unit controls user access to a data file related to identification information associated with another communication terminal device detected by the terminal detection unit;
The communication terminal device according to claim 1. A program execution unit for executing the program;
The table storage unit stores the execution contents of the program as setting contents,
The control unit controls execution of a program associated with another communication terminal device detected by the terminal detection unit;
The communication terminal device according to claim 1. A content file storage unit for storing content files;
The table storage unit stores an identifier of the content file as a setting content,
The control unit changes a content setting using a content file associated with another communication terminal device detected by the terminal detection unit.
The communication terminal device according to claim 1. The table storage unit stores the other communication terminal device in association with display enable / disable information of each data stored in the device,
The communication terminal device according to claim 1, wherein the control unit displays only data stored in the table storage unit as data that can be displayed on another communication terminal device detected by the terminal detection unit. .   The control unit displays data regardless of display availability information for the display unit provided in the own device, and based on the display availability information for the external display device connected to the own device. The communication terminal device according to claim 7, which performs display.   The communication terminal according to claim 1, wherein the control unit notifies the user of the own device that the other communication terminal device is present in the vicinity of the other communication terminal device detected by the terminal detection unit. apparatus.   The communication terminal device according to claim 1, wherein the control unit displays a list of other communication terminal devices detected by the terminal detection unit on a display unit. An address book storage unit for storing the address book;
The table storage unit stores a person to be concealed as a setting content among persons registered in the address book,
When displaying the contents of the address book, the control unit does not display a person to be concealed associated with another communication terminal device detected by the terminal detection unit, and there is an incoming call from this person. Do not perform incoming call notification when
The communication terminal device according to claim 1. A current position acquisition unit for acquiring information on the current position;
The terminal detection unit operates only when the current position acquired by the current position acquisition unit is a predetermined position.
The communication terminal device according to claim 1. A step of detecting another communication terminal device existing in a predetermined range by a computer including a table storage unit that stores the other communication terminal device and the setting content of the own device in association with each other;
Changing the setting contents according to the setting contents stored in the table storage unit in association with the detected other communication terminal device;
Control method. For a computer having a table storage unit that stores other communication terminal devices and the setting contents of the device in association with each other,
Detecting other communication terminal devices existing within a predetermined range;
Changing the setting content according to the setting content stored in the table storage unit in association with the detected other communication terminal device;
A computer program for running.

Images