JP3017200B1 - Mobile communication device - Google Patents

Abstract

A mobile communication apparatus automatically sets off or low volume based on an identification code of a base station received by a mobile communication apparatus so that an incoming call corresponding to an environment of a service area is received. An increase in the device scale is suppressed without transmitting information. SOLUTION: The CS-ID of the outdoor device and the CS-I
The setting information including the silence, low volume or normal volume of the incoming call is transmitted from the input operation unit 13 to the memory 16 for each D and stored. Thereafter, when the CS-ID from the outdoor device is received via the wireless unit 2, under the control of the CPU 7, the memory is searched for the CS-ID corresponding to the received CS-ID and checked. When the CS-ID is found in this search, the setting information set in the searched CS-ID is
Read from memory. A ringing tone signal of silence, low volume or normal volume corresponding to the read setting information is
The signal is sent to the ringer 15 through the I / O circuit 18 and the volume control / ON / OFF unit 21 to notify the ringer 15 of the signal.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a digital cellular mobile telephone system (PDC / Personal Digital Cellular).
Telecommunication System) and digital cordless telephone system (PHS: Personal Handyphone System, DE)
CT: Digital European Cordless Telecommunication,
The present invention relates to a mobile communication device that controls the ringing of a ringing tone of a mobile communication terminal in, for example, CT-2, etc., and in particular, makes the ringing of the ringing tone silent or low depending on the environment of the place of use (cell / service area). The present invention relates to a mobile communication device capable of automatically controlling a volume or a normal volume.

[0002]

2. Description of the Related Art Conventionally, PDC / PHS portable telephones have a place where it is annoying to be notified by ringing of a ringing tone depending on the place of use. For example, in a library, conference room, movie theater, or the like where quietness is desired, the user turns off the power or sets the volume of the incoming call to the lowest level so that the incoming call on the PDC / PHS mobile phone does not sound. Or, it is set to incoming call with silent vibration and light emission. The so-called manner function is set.

As a measure to prevent the user from forgetting to set the manner function, there is known an example in which the ringing tone of a PDC / PHS portable telephone is automatically controlled to the manner function. For example, in a service area (cell) of a cell base station in a PDC in which a library, a conference room, a movie theater or the like exists, or in a service area (microcell) of an outdoor device in a PHS, a call is automatically received by a PDC / PHS mobile phone. The ringing sound is controlled to the minimum volume, or the sound output is automatically notified instead of sound output to notify the incoming call by vibration or light emission.In places where silence is not required, the ringing sound is emitted at the normal volume. Controlling to ring. As an example of performing such control, see, for example,
Japanese Patent Laid-Open No. 228382/1990 discloses a “wireless communication system and a wireless communication portable information terminal”.

[0004] In the radio communication system of this publication, at the time of an incoming call, the user of the radio communication portable information terminal is notified of an incoming call optimal for the environment of the service area in operation. Then, the base station transmits a signal for setting an incoming call notification method optimal for the environment of the service area, and the wireless communication portable information terminal automatically sets the incoming call notification method based on the signal transmitted from the base station. Has been switched to.

Therefore, in this radio communication system,
For each base station, it is necessary to perform a troublesome input operation for setting an incoming call notification method most suitable for the environment of the service area from, for example, each base station or a central control station that controls the base station. In addition, a storage device and a control device are required for this, and the device scale is increased. Further, even in a wireless communication portable information terminal, a storage device and a control device for automatically switching and setting an incoming call notification method based on a signal transmitted from a base station are required, and the device scale is increased.

[0006]

As described above, in the above-described conventional example, a troublesome input operation is required, especially at the base station, and further, it is necessary to provide a storage device and a control device, and the device scale is increased. There was a drawback of becoming.

[0007] The present invention is to solve such a problem in the prior art, and is intended to solve a problem that a mobile communication device receives a P.
Based on the identification code of the cell base station (outdoor device) in the DC / PHS, the incoming call at the time of the incoming call can be automatically turned off or set to a low volume or a normal volume so as to be suitable for the environment of the service area. Especially PDC
It is an object of the present invention to provide a mobile communication device capable of suppressing an increase in device scale of a cell base station in a network and an outdoor device in a PHS network.

[0008]

In order to achieve the above object, a mobile communication apparatus according to the present invention transmits an identification code between a mobile communication terminal and a base station to establish a radio line connection and to perform mobile communication. a mobile communication device for controlling the ringing of the incoming call sound at the terminal, a wireless transceiver unit for transmitting and receiving by radio channel with the base station, silence incoming calls for each of the identification codes of the plurality of base stations, small volume or normal Setting means for setting by inputting setting information including volume,
Removable storage of identification codes for multiple base stations
Use a simple memory and store it in this memory
Incoming calls from the setting hand stage for each identification code
Enter the setting information including silence, low volume or normal volume of
A storage means for storing, a search means for searching the storage means for an identification code received from the base station through the wireless transmission / reception means at the time of an incoming call after being stored by the storage means, and an identification code set by the search means. There is provided a reading means for reading the setting information from the storage means, and a calling means for making an incoming call with silence, low volume or normal volume corresponding to the setting information read by the reading means.

[0009] The storage means stores the information of a plurality of base stations.
Enter the respective identification codes collectively from the external storage device.
Is stored.

[0010] The mobile communication apparatus of the present invention includes identification code stored by inputting in advance, on the basis of the received identification code, the incoming call incoming call, the cell base station and the outdoor unit (identification code) Automatically or set to a low volume or a normal volume to suit the environment of the service area. In this case, since the cell base station and the outdoor device do not transmit the setting information and the like, it is possible to suppress an increase in the device scale.

Further , in the mobile communication device of the present invention, the identification code of the cell base station or the outdoor device is manually input and set. Further, the information is collectively stored in a storage element (memory) and set by attaching to a mobile communication device, or input and set to the memory collectively from an external storage device (general-purpose small computer). As a result, various input settings can be made, the degree of freedom of the configuration (design) is improved, and a troublesome manual operation of inputting identification codes and setting information is not required.

Further , the mobile communication apparatus of the present invention, when the identification code received and taken in and stored in advance matches the identification code received when moving into the service area of this microcell, The incoming call at the time of an incoming call in the service area of the base station or the outdoor device (that is, the identification code) can be automatically turned off or set to a low volume or a normal volume so as to be suitable for the environment of the service area. That is, it is not necessary to manually input a troublesome identification code in advance, and since the cell base station and the outdoor device do not transmit setting information and the like, an increase in the device scale can be suppressed.

[0013]

Next, an embodiment of a mobile communication device according to the present invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a mobile communication device according to a first embodiment of the present invention. Here, as a mobile communication device, PH
Explanation will be made using the S terminal. This PHS terminal has an antenna 1 for performing wireless transmission and reception with an outdoor device (base station) not shown.
And a radio unit 2 as a radio transmission / reception unit for performing radio line connection with an outdoor device (not shown), a modulation / demodulation unit 3 for modulating and demodulating a QPSK signal and the like, and a TDMA / TDD unit 4 for performing transmission / reception connection in a time slot. Are provided.

Further , the PHS terminal decodes a reception signal and codes a transmission signal (COD codec).
EC) unit 5 and a microphone 6a for transmitting a transmission signal
And a speaker 6b for transmitting a reception signal by voice, and a CPU 7 serving as a search means and a read means for executing the control according to the present invention together with the control of the call relating to outgoing and incoming calls.
, A working RAM 8, a ROM 9 storing a boot program and a control program, and a screen display for incoming and outgoing calls, and particularly, an identification code CS- for outdoor equipment.
A liquid crystal display (LCD) 11 for displaying a screen such as an input setting of an ID (hereinafter simply referred to as CS-ID) is provided.

Further, the PHS terminal, a vibrator 12 for notifying an incoming call by vibration, the power on or off, on-hook or off-hook function selection, as a setting unit for inputting setting operation of a telephone number and CS-ID And an input operation unit 13. Furthermore, a light emitting diode (LED) for flashing and alerting when an incoming call is ringing
14, a ringer 15 as a calling means for notifying by ringing a ringing tone, a memory 16 as a storage means for storing CS-ID, and an interface (I) for connecting to an external data terminal. / F) section 17 and CP
I / O circuit 18 for processing input / output of various signals with U7
And a bus line 20 for connecting each unit to exchange data, control data, and address data.

The radio unit 2 includes a transmission unit 2a for transmitting a radio signal through the antenna 1 and performing frequency conversion and power amplification;
The signal received from the antenna 1 is amplified at a high frequency, frequency conversion, intermediate frequency (IF) amplification, automatic gain control (AG)
C) and the like, a reception field strength detection (RSSI) section 2c for detecting a reception field strength of the IF signal from the reception section 2b by envelope detection or the like,
And a high-speed switching synthesizer (DLPS) 2d for determining a transmission / reception frequency.

Further , between the I / O circuit 18 and the ringer 15, the volume of the incoming call is controlled by the CPU 7 so that the volume can be adjusted to a small volume, a silent volume, or a normal volume.
An ON / OFF unit 21 is provided.

[0018] Next, the operation of the first embodiment. First, the basic operation of the PHS terminal shown in FIG. 1 will be described. The PHS terminal uses RCR (ARIB) -STD- when power is turned on or when moving into a micro cell.
A location registration sequence according to the 28 standard is executed. In this location registration sequence, a control channel (CCH: Control Channel) is used.
l Channel) is monitored (scanned) to capture the control channel having the maximum received electric field strength. After the location registration, a calling or incoming call process is performed.

When a PHS terminal is present in the service area of the outdoor equipment, the reception electric field strength of the communicating carrier and the carrier of the peripheral outdoor equipment is determined by the reception electric field strength detection (RSSI) section 2c of the radio section 2. Is I from the receiving unit 2b.
The F signal is detected by envelope detection or the like.
When the reception electric field strength decreases (reception signal deterioration), re-calling channel switching and Mobile Assisted
sted) The handover process is performed using the information channel (T
CH: Traffic Channel)
This is periodically notified to the outdoor apparatus by an associated control channel (CH) and executed.

The outdoor device includes a CS-I including a peripheral outdoor device.
D and the vacant time slot information of the outdoor device. This information is transmitted on a control channel (ACCH) associated with the information channel (TCH) with a low-speed associated positive control channel (SACCH: SlowACCH / control information is transferred at a low speed without interrupting the transfer of user information) or a high-speed associated control channel. It is performed on the primary control channel (FACCH: FastACCH / control information is transferred at high speed by temporarily suspending the transfer of user information).

[0021] when placing, after the off-hook at the input operation section 13, furthermore, the telephone number is entered. The selection signal of the telephone number is transmitted to the outdoor device through the transmission unit 2a and the antenna 1. An integrated base station accommodating a large number of outdoor devices searches a subscriber database and allocates a free communication channel. The assignment of this communication channel is TDMA / TDD
, A frame having a fixed time period is transmitted for a plurality of times (5
ms) The communication channels of the time slots divided at intervals are allocated.

[0022] To perform the telephone exchange connection sequence through the outdoor unit by the communication channel. That is, selection signal reception, number translation, outgoing line selection link selection, call signal transmission, response detection, and speech path closing are processed. In this process, a transmission signal from the microphone 6a during a call is encoded by the codec unit 5, and further transmitted to the TDMA / T
It is stored in the assigned time slot through the DD unit 4, and the transmission signal is quadrature-modulated into a QPSK signal by the modem unit 3. The modulated wave is wirelessly transmitted through the wireless unit 2 and the antenna 1.

[0023] Various antennas 1 and QPSK signal through the radio unit 2 from the switching signal and the destination of the outdoor unit,
I / Q conversion is performed by the modulation / demodulation unit 3, and further decoded through the TDMA / TDD unit 4 and the codec unit 5, and the speaker 6 b
Audio output from The CPU 7 captures the end signal after the call and controls restoration of the call path.

[0024] Incidentally, the incoming time after off-hook from the telephone in the communication network (not shown) to, based on the transmission of the selection signal, such as total base station checks PHS terminal of the telephone connection destination searching for such subscriber database. Thereafter, simultaneous calling is performed from a plurality of outdoor devices including the parked service area of the terminal device through common control. The PHS terminal identifies the received call signal and transmits a response signal. A general base station or the like determines an outdoor device to be connected to a wireless line, and further allocates a communication channel to make a call.

Next, the operation of the first embodiment corresponding to the present invention. FIG. 2 shows the CPU 7 of the first embodiment.
FIG. 6 is a diagram for explaining the processing in. In this process, setting information (silent, low volume or normal volume of incoming call) is input for each CS-ID of the outdoor device and each microcell (service area) of the outdoor device, and the information is stored (input). Process a, storage process b). At the time of the incoming call thereafter, the CS-ID of the outdoor device is received, and the received CS-ID is compared with the stored CS-ID (reception process c, comparison process d). When the comparison results in a match, the ringing tone is controlled to correspond to the setting information set for each CS-ID (control process e). In this case, when the environment at the place of use (microcell / service area) requires quietness, for example, the ringing of the ringing tone is automatically controlled to silence or low volume.

[0026] The following is a description of this control operation in detail. FIG. 3 is a flowchart showing the processing procedure of the operation of the first embodiment, and FIG. 4 is a diagram for explaining the contents stored in the memory 16. First, the CS of the outdoor equipment that is going to move
It is determined whether the setting information (silent, low volume or normal volume of the incoming call) for each CS-ID has been input from the input operation unit 13 (step S1). The input CS-ID and setting information are stored in the memory 16 under the control of the CPU 7 (step S2).

Thereafter , when the power supply of the PHS terminal is turned on, when the PHS terminal moves into the micro cell of the outdoor device (not shown), and when the PHS terminal is reset, the location registration is performed by C
The PU 7 makes a determination (step S3), and the RCR-STD
A location registration sequence according to the −28 standard is executed (step S4). In this location registration sequence, the PHS terminal scans the control channel and captures the control channel (ACCH) with the maximum received electric field strength.

The outdoor device includes a CS-I including a peripheral outdoor device.
D and the free time slot information for each outdoor device,
The slow associated positive control channel (SACCH) or the fast associated positive control channel (F) in the control channel (ACCH).
ACCH). This CS-ID is
7 is fetched through the antenna 1 and the radio section 2, and R
It is temporarily stored in the AM 8 (step S5). CPU7
Is the CS corresponding to the CS-ID held in the RAM 8
-Search the ID by searching the memory 16 (step S
6). If the same CS-ID is found in this search (Ye
s), and the setting information (silence of incoming call, low volume or normal volume) stored in association with the CS-ID is stored in the CP.
U7 takes it in (step S7).

When the setting information captured by the CPU 7 has a low volume, the volume adjustment / ON / OFF unit 2 is controlled by the CPU 7.
The first electronic volume is controlled so that a call to the ringer 15 at the time of an incoming call is notified at a low volume (a volume that does not disturb the surroundings of the ringer 15) (step S8). When the setting information captured by the CPU 7 is silent (step S7), the CPU 7 stops the transmission of the ringing volume at the time of the incoming call to the ringer 15 under the control, and sets the ringer 15 not to perform the notification (step S7). Step S9). If there is no sound, adjust the volume / ON /
The OFF unit 21 may be set to off.

In the search in step S6, the same CS-
If there is no ID (No), the CPU 7 adjusts the volume / ON /
The OFF unit 21 is set to ON (ON), and control is performed so that a normal incoming call volume signal is transmitted to the ringer 15 (step S10).

Thereafter , when there is an incoming call in the microcell (service area) of the outdoor device to which the PHS terminal has moved, C
PU7 is connected to the light emitting diode 14 through the I / O circuit 18.
Then, a flashing drive signal for calling is transmitted, and the light emitting diode 14 flashes to notify the calling. Further, a notification is made by the ringing of the ringer 15 (low volume or normal volume of the incoming call) based on the setting state described above, that is, the setting information for each identification code CS-ID of the outdoor device, or the ringing is stopped. (Step S11). It should be noted that the alerting of the call by the blinking of the light emitting diode 14 may be used together with the alerting of the vibration by the vibrator 12 in which the incoming call is silent.

[0032] Thus, in this first embodiment, the automatic based on CS-ID and the received CS-ID stored by inputting in advance, the incoming call incoming call, to suit the environment of the service area In this case, the outdoor device does not transmit the setting information, so that an increase in the device scale can be suppressed.

Next, a description will be given of variations of the first embodiment. FIG. 5 is a block diagram showing a main part configuration when a memory storing a plurality of CS-IDs collectively is used.
In the example of FIG. 1, the CS-ID is manually input from the input operation unit 13. In the modification shown in FIG. 5, a memory 40 storing a CS-ID for each area required by a user, for example, a city, is stored in a bus line 2 through an I / O circuit 41.
Connect to 0. Then, as described above, the setting information (silence of incoming call, low volume or normal volume) is set for each CS-ID by manual operation from the input operation unit 13 for each CS-ID stored in the memory 40 collectively. I do. The subsequent operation is the same as the above-described processing from step S3 in FIG.

In this case, the memory 40 is configured such that a concave portion is provided in the housing M of the PHS terminal and a connector T is provided in the concave portion, so that the memory 40 is detachable. Note that the memory 40
The communication network manager stores the CS-ID in the memory 40 by using an EEPROM or the like, and the PHS
It will be provided to the user of the terminal.

FIG . 6 is a block diagram showing a configuration of a main part for fetching and registering CS-IDs collectively. In the modification shown in FIG. 6, a general-purpose small computer PC as an external storage device is connected to the interface unit 17 in FIG.
Connection is made through an interface such as S-232C.
This general-purpose small computer PC includes, for example, a CD-R
All CS-IDs are stored in the OM. From this general-purpose small computer PC, the CS-ID of a necessary district is taken out and stored in the memory 16 through the interface unit 17.

[0036] Thus, this modification of the first embodiment, will be able to be registered collectively the necessary CS-ID, CS-ID by tedious manual operation from the input operation unit 13 described above You do not need to input

Next, a second embodiment will be described. In the first embodiment described above, the CS-ID of the outdoor device is previously input manually. This CS-ID is, for example,
It is necessary to obtain the information from the administrator of the PHS communication network, but it is generally considered that obtaining the information is difficult. In the second embodiment, the CS-ID of the outdoor device is set to R
When a location registration sequence according to the CR-STD-28 standard is executed, the location is automatically captured and stored.

FIG . 7 is a diagram for explaining processing functions in the CPU 7 of the second embodiment. Note that the storage contents of the memory 16 in the second embodiment are the same as those in FIG. In the second embodiment, the CS-ID of the outdoor device is received and imported (reception process A). Next, the captured C
The S-ID is displayed on the screen, and setting information (silence, small volume or normal volume of incoming call) is set for each micro cell (service area) of the outdoor device, and further, a process of storing (setting process) is performed. B, storage processing C). At the time of an incoming call thereafter, the CS-ID of the outdoor device is received, and the received CS-ID is compared with the stored CS-ID (incoming reception processing D, comparison processing E).

[0039] When a match in this comparison, the CS-
The incoming call is controlled according to the setting information set for each ID (control processing F). In this control, the environment at the place of use (micro cell / service area) is, for example,
In places where silence is required, the ringing of the incoming call is automatically controlled to silence or low volume.

[0040] In the following, this operation will be described in detail. FIG. 8 is a flowchart showing the processing procedure of the operation of the second embodiment. First, the CPU 7 determines whether the PHS terminal shown in FIG. 1 has been turned on, has moved into a microcell of an outdoor device (not shown), or has been reset (step S21). Execute a location registration sequence according to the STD-28 standard (step S2)
2). In this location registration sequence, the PHS terminal scans the control channel and captures the control channel (ACCH) with the maximum received electric field strength.

The outdoor device includes a CS-I including a peripheral outdoor device.
D and the vacant time slot information for each outdoor device are transmitted on a low-speed associated positive control channel (SACCH) or a fast associated positive control channel (FACCH) in the control channel (ACCH). This CS-ID is transferred to the CPU 7
Captures through the antenna 1 and the radio section 2, and
It is temporarily stored in M8 (step S23). This CS
Display the ID on the liquid crystal display 11 under the control of the CPU 7 (step S24).

For the CS-ID displayed on the screen, setting information (silent, low volume or normal volume of incoming call) corresponding to the environment is input from the input operation unit 13 and set (step S25). The CS-ID and the setting information are stored in the memory 16 under the control of the CPU 7 (step S2).
6).

Thereafter , when the PHS terminal moves into the service area of the CS-ID outdoor device and turns on the power, moves into the microcell of the outdoor device (not shown), or resets. The CPU 7 determines a case (step S27) and executes a location registration sequence based on the RCR-STD-28 standard (step S2).
8). In this location registration sequence, the PHS terminal scans the control channel and captures the control channel with the maximum received electric field strength.

The outdoor device is a CS-I including a peripheral outdoor device.
D and the free time slot information for each outdoor device,
Transmission is performed using a low-speed associated positive control channel or a high-speed associated positive control channel in the control channel. This CS-ID is C
The PU 7 takes in the data through the antenna 1 and the radio unit 2 and temporarily stores the data in the RAM 8 (step S29).
The CPU 7 searches the memory 16 for a CS-ID corresponding to the CS-ID held in the RAM 8 (step S30).

If the same CS-ID is found in this search (Yes), the CPU 7 takes in the setting information (silent / low volume of incoming call) stored in association with the CS-ID (step S31). .

When the setting information captured by the CPU 7 has a low volume, the volume adjustment / ON / OFF unit 2 is controlled by the CPU 7.
The electronic volume control unit 1 is set so that the incoming call to the ringer 15 is notified at a small volume (a volume that does not disturb the surroundings of the ringer 15) (step S32). If the setting information captured by the CPU 7 is silent, the CPU 7 stops sending the ringing volume at the time of an incoming call to the ringer 15 under the control thereof, and
Is set so as not to perform the notification (step S3).
3).

In the search in step S30, the same CS
-If the ID is not found (No), the volume control / ON / OFF unit 21 is set to ON (ON) under the control of the CPU 7, and the normal incoming call volume signal is set to be transmitted to the ringer 15 (step). S34).

Thereafter , when the PHS terminal receives an incoming call in the micro cell (service area) of the outdoor device, the CP
U7 is connected to the light emitting diode 14 through the I / O circuit 18,
A flashing drive signal for calling is transmitted to the light emitting diode 14.
Flashes to alert you of the call. Further, the above-mentioned setting state, that is, the notification by the ringing of the ringer 15 or the stop of the ringing based on the setting information (silence of incoming call, low volume or normal volume) for each identification code CS-ID of the outdoor device is performed. (Step S35). In addition, the notification of the vibration by the vibrator 12 in which the incoming call is silent may be used together with the notification of the call by blinking the light emitting diode 14.

[0049] Thus, in this second embodiment, the CS-ID stored fetches received, CS-I received when moved into the service area of the microcell
When D matches, the call can be automatically turned off, set to a low volume, or set to a normal volume so that the incoming call is suitable for the environment of the service area of the CS-ID. In this case, it is not necessary to manually input the troublesome CS-ID in advance, and the outdoor device does not transmit the setting information. Therefore, it is possible to suppress an increase in the device scale.

In the first and second embodiments, P
As described with HS, PDC (RCR-STD-2
7F standard). In this case, the identification code BS-ID of the cell base station (BS) is handled for the CS-ID of the outdoor device (CS). Also, PH
The microcell of S is, for example, several hundred meters in diameter, while the cell of PDC is, for example, a wide range of several km in diameter, leaving a library or the like where silence is required.
Even in a place where the incoming call ringing volume is good at normal volume, the volume remains low or silent. In this case, in a place where the normal volume is sufficient, the setting of low volume or silence is manually released.

[0051]

As is apparent from the above description, according to the mobile communication device of the present invention, an incoming call at the time of incoming call is made based on the identification code input and stored in advance and the received identification code. It is possible to automatically set off, low volume, or normal volume to suit the environment of the service area of the cell base station or the outdoor device (identification code). As a result, since the cell base station and the outdoor device do not transmit the setting information and the like, it is possible to suppress an increase in the device scale.

[0052] Further, according to the mobile communication apparatus of the present invention, the identification code of the cell base station and the outdoor unit, set to input manually. In addition, the data is collectively stored in a storage element (memory) and set by attaching to a mobile communication device, or input and set to a memory from an external storage device. As a result, various input settings are possible, and the configuration (design)
The degree of freedom can be improved, and a troublesome manual input operation of the identification code and the setting information can be eliminated.

[0053] Further, according to the mobile communication apparatus of the present invention, when the receiving and takes in previously stored identification code, the identification code received when moved into the service area of the microcell are matched, The incoming call at the time of receiving an incoming call in the service area of the cell base station or the outdoor device can be automatically set to off, low volume, or normal volume so as to be suitable for the environment of this service area. As a result, it is not necessary to manually input a troublesome identification code in advance, and since the cell base station and the outdoor device do not transmit setting information and the like, an increase in the device scale can be suppressed.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a configuration of a mobile communication device according to a first embodiment of the present invention.

FIG. 2 is a diagram for explaining processing in a CPU 7 of the first embodiment.

FIG. 3 is a flowchart illustrating a processing procedure of an operation according to the first embodiment.

FIG. 4 is a diagram for explaining storage contents of a memory according to the first embodiment.

FIG. 5 is a block diagram illustrating a main configuration of a modification of the first embodiment.

FIG. 6 is a block diagram illustrating a main configuration of another modification of the first embodiment.

FIG. 7 is a diagram illustrating a processing function in a CPU according to a second embodiment.

FIG. 8 is a flowchart illustrating a processing procedure of an operation according to the second embodiment.

[Explanation of symbols]

 2 Radio section 3 Modulation / demodulation section 4 TDMA / TDD section 5 Codec section 7 CPU 11 Liquid crystal display 12 Vibrator 13 Input operation section 14 Light emitting diode 15 Ringer 16, 40 Memory 17 Interface section 21 Volume control / ON / OFF section

────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP-A-10-28287 (JP, A) JP-A-10-276466 (JP, A) JP-A-10-84574 (JP, A) JP-A 9-98 322253 (JP, A) JP-A-10-28289 (JP, A) JP-A-6-268607 (JP, A) JP-A-5-48490 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) H04B ^7/ 24-7/26 H04Q ⁷ /00-7/38

Claims (2)

(57) [Claims] 1. A mobile communication device for transmitting an identification code between a mobile communication terminal and a base station to establish a wireless line connection and controlling ringing of a ringing tone at said mobile communication terminal . a radio transceiver means for transmitting and receiving by radio channel silence incoming calls for each of the identification codes of the plurality of base stations, and setting means for setting to input setting information including a small volume or normal volume, said plurality of base Attaching and removing the identification code of each station
Use available memory and store in this memory
Incoming call from the setting means for a certain identification code
Enter configuration information including silent, low volume or normal volume
Storage means for and storing, when a call arrives after stored by the storage means, search means for searching to the storage means the identification code received from the base station through the wireless transmitting and receiving means, can be searched by the searching means Reading means for reading out the setting information set in the identification code from the storage means, and calling means for making an incoming call with silence, low volume or normal volume corresponding to the setting information read by the reading means. A mobile communication device characterized by the above-mentioned. To wherein said storage means, each of the identification codes of the plurality of base stations, the mobile communication apparatus according to claim 1, wherein the storing enter collectively from the external storage device.