JPH07236167A - Radio selective call receiver with automatic control function for call informing time - Google Patents

Abstract

PURPOSE:To automatically set up appropriate call informing time in accordance with an owner's receiver carrying/non-carrying state by calculating the call informing time based upon the number of unread messages. CONSTITUTION:When received and unread messages exist and a count-up signal is inputted, a message control part 8 adds '1' to the receiving frequency of unread messages which is indicated by 2nd and 3rd bits of the received and unread messages and stores the updated receiving frequency in a memory part 9. In response to a message receiving frequency data output request from a call information control part 7, the control part 8 detects unread messages from the memory part 9 and compares the read messages with messages stored in a register to detect a coincident message. Then the control part 8 detects the receiving frequency of the message concerned and sends the receiving frequency data to the control part 7. The control part 7 calculates call informing time based upon a prescribed expression and sets up the calculated time in a timer part 10. Synchronously with the setting of the time, the control part 8 sends the message to a display part 18.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a radio selective call receiver with a call alert time automatic control function, and more particularly, it automatically alerts a call if there is no request to stop the call alert after a lapse of a certain time from the start of the alert. The present invention relates to a radio selective call receiver with a function for automatically stopping call alert time.

[0002]

2. Description of the Related Art Conventionally, this type of radio selective calling receiver (hereinafter, receiver) uses a speaker when its own ID number matches a calling signal included in a radio signal transmitted from a base station. An alarm sound, vibration by a vibrator, or blinking of light by an LED will
It informs that it is being called.

When the carrier notices the above-mentioned call notification, he / she operates a switch or the like, and the receiver stops the call notification.

However, if the carrier does not notice that he / she is calling and does not operate a switch or the like, the receiver will issue a call notification forever, and the battery life of the receiver will be shortened. The problem arises.

In order to solve the above-mentioned problems, in the conventional receiver, even if the switch of the wearer is not operated, if the predetermined time has elapsed from the call notification, the call is automatically called. The auto reset function that stops the notification is adopted.

An ordinary receiver has both the above-mentioned automatic reset function and the function of stopping the call notification only by the switch operation of the wearer, that is, the manual reset function, and further, either of the reset functions. You can also select.

This type of receiver is disclosed in, for example, September 1992.
Japanese Unexamined Patent Publication No. 4-264828 (hereinafter referred to as Document 1), which is published on the 21st of March, is known.

In Reference 1, among a plurality of call notification means of a receiver, that is, a notification sound by a speaker, vibration by a vibrator, or blinking of light by an LED, a carrier stops the call notification by a manual reset function. There is described a radio selective call receiver with a call notification time automatic control function, which can select one that causes a call notification and one that stops a call notification by an automatic reset function.

On the other hand, even if the carrier holds the receiver, if the time until the automatic stop of the call notification is set to be short, as compared with the case where the time is set to be long, it is natural. However, the probability that the carrier notices the call notification becomes low.

[0010]

DISCLOSURE OF THE INVENTION Problem to be Solved by the Invention
In the receiver described above, even if the auto reset function is selected, the time until the call notification is stopped by the auto reset function remains constant regardless of whether the receiver holds the receiver or not.

That is, although the carrier does not hold the receiver, the time until the call notification is automatically stopped is
If it is set to be long, the battery life of the receiver is naturally shortened by the time difference as compared with the case where it is set to be short. . SUMMARY OF THE INVENTION An object of the present invention is to solve the above-mentioned problems, and a radio selective call receiver with a call notification time automatic control function for automatically setting an appropriate call notification time depending on whether or not a receiver of a carrier holds the receiver. To provide.

[0012]

In order to achieve the above-mentioned object, a radio selective call receiver with a call alert time automatic control function according to the present invention demodulates and amplifies an antenna and a received signal received by the antenna. The receiver includes a demodulation circuit that outputs a demodulated signal and a waveform shaping circuit that shapes the waveform of the demodulated signal and outputs a digital signal. Further, the first storage circuit for storing its own calling number, the matching of the calling signal included in the digital signal and the own calling number are detected and the matching signal is output, and the message signal included in the digital signal is also output. A decoder for decoding a message and outputting a message, a call notification unit for performing a call notification by inputting a coincidence signal, and a display unit for displaying the message.
Further, as a characteristic configuration requirement of the present invention, a second storage circuit for storing an unread message and a read message, and a radio selective call receiver carrier at the time of call notification, notify the call notification. When operated, the reset switch that outputs a reset signal, the calculation circuit that calculates the call notification time based on the number of unread messages, and the call notification time output by the calculation means is timed, and the call notification time A timing circuit that outputs a count-up signal when the time counts up, and a call notification stop circuit that stops the call notification of the call notification unit and stops displaying the message on the display unit when a reset signal or a count-up signal is input When a count-up signal is input, the message becomes an unread message and the reset signal If you enter, and a read receipt, and a rewriting circuit for outputting a second memory circuit.

[0013]

By adopting the above-mentioned configuration, the set time of the auto reset can be set when the wearer does not notice that he / she is being called, that is, when the wearer has a high probability of not holding the receiver. , Can be determined according to the number of unread messages. Therefore,
When the carrier does not hold the receiver, the call notification time is gradually reduced, so that the battery life of the receiver can be extended.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the drawings.

FIG. 1 is a functional block diagram showing an embodiment of a radio selective call receiver with a call alert time automatic control function according to the present invention.

In the figure, an antenna 1 receives a radio signal from a radio base station (not shown), and the received signal is transmitted to a radio section 2
Output to. The wireless unit 2 demodulates and amplifies the received signal, and outputs the demodulated signal to the waveform shaping unit 3. The waveform shaping section 3 shapes the demodulated signal into a waveform readable by the decoder and outputs the digital signal to the decoder 5.

The ID-ROM 4 is composed of a programmable ROM (hereinafter referred to as P-ROM) and has its own I
Remembers the D number. The decoder 3 compares the calling signal included in the digital signal with its own ID number read from the ID-ROM 4, and when they match, outputs an ID matching signal to the calling notification control unit 7. Also, the decoder 3
Detects the match of its own ID number, decodes the message signal following the calling signal, and as a message,
It is output to the message control unit 8 via the call notification control unit 7.

The control unit 6 is composed of a general-purpose microprocessor and has a call notification control unit 7 and a message control unit 8 which will be described later.

When the coincidence signal is input, the call notification control unit 7 calls the call means setting unit 1 which constitutes the call notification setting unit 11.
The call notification means set by 9 is detected. When the call notification control unit 7 detects the speaker 15, the call notification control unit 7 outputs a speaker detection signal, and similarly outputs an LED detection signal and a vibrator detection signal signal to the message control unit 8.

The call notification control unit 7 includes a call notification setting unit 11
Detecting the manual reset signal or the automatic reset signal output from the reset mode setting unit 20.

When the call notification control unit 7 detects the auto reset signal, the call notification control unit 7 requests the message control unit 8 to output the unread message reception count data. The call notification control unit 7 calculates a call notification time based on the unread message reception count data using an arithmetic expression described later, and outputs a timer setting signal to the timer unit 10.

The call notification control unit 7 monitors the time count of the timer unit 10 and outputs a count-up signal output at the time of count-up to the message control unit 8.

The unread message will now be described. The unread message is displayed when the reset mode setting unit 20 is setting the auto reset function.
This is a message when the call notification is stopped while the caller does not notice that he / she is calling and is not operating the manual reset unit 21 despite the call notification. . That is, the unread message is a message when it is automatically reset by the count-up of the timer unit 10.

The call notification control unit 7 responds to the input of the count-up signal or the manual reset signal,
A reset signal is output to the timer unit 10.

Next, as shown in FIG. 2, the call notification setting section 11 can be formed by a push button type switch or a slide switch, and the calling means setting section 19, the reset mode setting section 20, and the manual reset. And a part 21.

The calling means setting section 19 sets any one of the calling notification means including the sound of the speaker 15, the blinking and lighting of the LED 19, and the vibration of the vibrator 17.

The reset mode setting unit 20 sets either a manual reset or an automatic reset in the reset mode, and outputs an automatic reset signal and a manual reset signal to the call notification control unit 7.

The manual reset unit 21 is used by the wearer
It is operated when the user is aware that he / she is being called, and at this time, outputs a manual reset signal to the call notification control unit 7.

Referring again to FIG. 1, the timer section 10 is composed of a well-known circuit having a time constant circuit, and the call notification time is set by the timer setting signal output from the call notification control section 7. The timer unit 10 outputs a count-up signal to the call notification control unit 7 when counting up the time. The timer unit 10 is reset by the reset signal output from the call notification control unit 7.

The message memory 8 is an S-RAM (Stas
The message is stored in the message control unit 8 and is stored in the message control unit 8.

Message control unit 8 constituting the control unit 6
Inputs the message output from the decoder 5 via the call notification control unit 7 and temporarily stores it in a register in the message control unit.

Referring again to FIG. 1, the message controller 8
When any one of the speaker detection signal, the LED detection signal, and the vibrator detection signal is input, outputs the notification drive control signal to the corresponding notification drive section and outputs the message stored in the register. It is output to the display unit 18.

The message controller 8 is a call notification controller 7
The unread message stored in the message memory unit 9 is detected in response to the unread message reception count data output request from the. Message control unit 8
Compares the detected unread message with the message stored in the register, and if there is an unread message that matches the two (hereinafter, re-reception unread message), the unread message reception count The data is output to the call notification control unit 7.

Here, in order to understand the detection of the number of unread message receptions, the messages stored in the message memory unit 9 will be described.

The message obtained by decoding the message signal has its leading bit in the message control unit 8
Three more bits are added. That is, among the added bits, the MSB is a bit for identifying an unread message and a read message,
A logical 1 is added to the unread message, and a logical 0 is added to the read message. The subsequent second and third bits are bits indicating the number of times the unread message has been received, and the number of times of reception can be displayed in four levels.

When the count-up signal or the manual reset signal is input, the message controller 8 stops the output of the notification drive control signal and also stops the output of the message.

When there is a re-reception unread message and a manual reset signal is input, the message control unit 8 rewrites the first bit of the re-reception unread message to 0 to make it a read message, and the message memory unit 9 To memorize.

When there is a re-reception unread message and a count-up signal is input, the message control unit 8 receives the second and third re-reception unread messages.
The reception count of the unread message indicated by the th bit is incremented by 1 and stored in the message memory unit 9.

When the re-reception unread message does not exist and the manual reset signal is input, the message control unit 8 adds 0 to the first bit of the message stored in the register and regards it as the read message. , In the message memory unit 9.

When the re-reception unread message does not exist and the count-up signal is input, the message control unit 8 sets the first bit of the message stored in the register to 1, and further sets the second bit to the second bit. Is added to the third bit and 1 is added to the third bit to make it an unread message received for the first time and stored in the message memory unit 9.

The speaker drive unit 12 is connected to the call notification control unit 7
The notification drive control signal output by is amplified and output to the speaker 15.

The LED drive unit 13 boosts the voltage of the notification drive control signal output from the call notification control unit 7, and the LED 16
Output to.

The vibrator drive unit 14 boosts the voltage of the notification drive control signal output from the call notification control unit 7 and outputs it to the vibrator 17.

The display unit 18 decodes the message output from the message control unit 8 and displays it.

Next, the operation will be described with reference to FIGS.

First, the antenna 1 receives a radio signal from the radio base station (S1), and this received signal is transmitted to the radio section 2 and
It is converted into a digital signal via the waveform shaping section 3 and input to the decoder 5 (S2). The calling signal included in the digital signal is compared with its own ID number in the decoder 5 and a match is detected, and the ID matching signal is output to the calling notification control unit 7.
Is output to (S3). Further, the message signal included in the digital signal is decoded by the decoder 5, and the message is output to the message control unit 8 via the call notification control unit 7.

By inputting the coincidence signal, the call notification control unit 7
Detects the call notification means set by the call means setting unit 19 (S4), and detects the speaker detection signal, the LED detection signal,
Alternatively, it outputs a vibrator detection signal. In addition, the auto reset signal output from the reset mode setting unit 20 is detected (S5), and in the case of YES, the message control unit 8 requests the output of the unread message reception number data.
(S6).

The message controller 8 is a call notification controller 7
In response to the message output count data output request from
Detects an unread message from the message memory unit 8 and compares it with the message stored in the register,
Detect a matching re-received unread message. Further, the number of times of reception of this re-reception unread message is detected and the unread message reception number data is output to the call notification control unit 7 (S7).

When the call notification control unit 7 receives the unread message reception count data, the call notification control unit 7 calculates the call notification time based on the following arithmetic expression (1) (S8). (Call notification time) = (predetermined first time) −
(Predetermined second time) × (number of times unread message is received) (1) As is clear from the arithmetic expression (1), the larger the number of times the unread message is received, the shorter the call notification time is set. This means that the call notification time is set short when the carrier does not carry the receiver.

The call notification control unit 7 sets the calculated call notification time in the timer unit 10 by the timer setting signal, and in synchronization with this, the message control unit 8
The notification drive control signal is further output to the designated call notification means, and a message is output to the display unit 18 (S9).

After the timer unit 10 is set, it immediately starts measuring the call notification time, and the call notification means starts the call notification and the display unit 18 starts the display.

After the start of call notification and display, the call notification control unit 7 detects the manual reset signal before detecting the count-up signal (S11), the call notification control unit 7 resets the timer unit 10. (S12). At the same time, the message control unit 8 stops outputting the call notification control signal and the message, and stops displaying the call notification and the message (S13).

Further, the message control section 8 stores the message in the message memory section 9 as a read message according to the presence / absence of the re-reception unread message as described above (S14).

On the other hand, in STEP 11, the call notification control unit 7 does not detect the manual reset signal, the timer unit 10 counts up, and the call notification control unit 7
When the count-up signal is detected (S15), a reset signal is output and the timer unit 10 is reset (S1).
6). At the same time, the message control unit 8 stops the output of the notification drive control signal and the output of the message, and the notification of the call and the display of the message are stopped (S17).
Further, the message control unit 8 sends a message according to the presence or absence of the re-reception unread message as described above.
The unread message is stored in the message memory unit 9 (S18).

On the other hand, in STEP 5, when the call notification control unit 7 detects the manual reset signal,
The message control unit 8 outputs the notification drive control signal and the message (S19), and the call notification and the message display are started (S20).

In the manual reset mode, since the timer unit 15 does not time the call notification time, unless the manual reset unit 21 is operated, that is, the call notification control unit 7 does not detect the manual reset signal, the call is called. Notification and message display are performed (S21).

When the call notification control unit 7 detects the manual reset signal, the output of the call notification drive control signal and the message is stopped, and the notification of the call and the display of the message are stopped (S22).

Further, the message control unit 8 stores the message in the message memory unit 9 as a read-completed message (S23).

Next, as a second embodiment of the present invention, the setting of the call notification time different from that of the first embodiment of the automatic reset will be described.

In the second embodiment, the arithmetic expression (1) is calculated as follows: (call notification time) = (predetermined first time)-
(Number of unread message receptions) ² ... Replaced by the equation (2) shown in (2). In equation (2),
When the unread message is received once, the call notification time is 19 seconds, when it is twice, it is 16 seconds, and when it is three times, it is 11 seconds. , The call notification time can be changed in different steps.

Therefore, as the number of times of re-reception of the unread message increases, that is, the probability that the carrier does not carry the receiver increases, the call notification time can be reduced in a stepwise manner. In prolonging the battery life of the above, it is possible to exert a remarkable effect as compared with the first embodiment.

As a method of setting the call notification time, it is possible to set the number of bits indicating the number of times the unread message is received to 2 or more.

Next, as a third embodiment of the present invention, either a manual reset or an automatic reset is performed for each of a plurality of call notification means, that is, a sound of a speaker, lighting of an LED, and vibration of a vibrator. The configuration to be set will be described.

That is, in the first embodiment, for example, when the calling means setting section 19 sets both the sound of the speaker and the lighting of the LED, and the reset mode setting section 20 sets the automatic reset, Both the speaker and the LED call notification are configured to be automatically reset. Therefore, the sound of the speaker cannot be individually set as the manual reset and the lighting of the LED as the auto reset cannot be set individually.

The third embodiment is for solving the above-mentioned inconvenience, and as shown in FIG. 6, the call notification setting unit 11 is provided with a function key unit 22 composed of a push button type switch. , Reset mode setting unit 20
Is composed of a push-button switch.

Here, the operation of the third embodiment of the present invention will be described from the viewpoint of the operation procedure of the wearer.

First, when the function key section 23 is pressed to start the call notification setting, the current call notification setting is displayed on the display section 18.

The setting of the call notification stored in the message memory unit 9 is such that the speaker 15 is manually reset, L
If the ED 16 is set to auto-reset and the vibrator 17 is set to auto-reset, and the calling mode setting unit 19 sets the speaker 15 and the LED 16, the display unit 18 displays “speaker manual reset”, The characters "LED auto reset" or a simple mark is displayed. Further, the display unit 18 displays a cursor under "Speaker manual reset".

Based on the display on the display unit 18, the wearer moves the cursor by pressing the function key unit 22, that is, one press to the right,
When it moves to the rightmost, it is spelled one by one to the left from the next pressing. For example, when the wearer presses the function key section 22 while the cursor is under "Speaker Manual Reset", the position of the cursor changes to
Move from "Speaker Manual Reset" to "LED Auto Reset".

Further, if the manual reset section 21 is operated while the cursor is positioned under "LED auto reset", the reset mode of the LED 16 is switched, that is, the display of the display section 18 is "LED auto reset". Switch from "Reset" to "LED Manual Reset".

As described above, the carrier can change the reset mode of the call notification means, and when the call notification setting is finished, the reset mode setting section 20 is used.
Press.

When the setting is completed, the display on the display unit 18 is stopped, the setting result is stored in the message memory unit 9, and thereafter, the call notification is performed based on the stored call notification setting.

Note that, at the start of the call notification setting, the call notification setting read from the message memory unit 9 is only for the speaker 15 and the LED 16, and the call mode setting unit 19 causes the speaker 15, the LED 16, When the vibrator 17 is set, the display unit 18 displays
Regarding the vibrator 17, "vibrator manual reset" is displayed.

Next, regarding the operation of the third embodiment of the present invention, from the viewpoint of the receiver, that is, the operation of the control section 7,
This will be described with reference to FIG.

First, when the function key unit 23 is pressed and the call notification control unit 7 detects a function key pressing signal (S24), the message control unit 8 stores the function key pressing signal in the register and sets the call notification setting. Recognize the start.

After storing the function key pressing signal in the register, the message control unit 8 reads the call notification setting stored in the message memory unit 9 (S2).
5). The call notification control unit 7 detects the setting of the calling means setting unit 19 and outputs a detection signal (S26).

The message control unit 8 causes the display unit 18 to display based on the call notification setting from the message storage unit 9 and the detection signal output from the call mode setting unit 19 (S27).

When the function key section 22 is operated to move the cursor, the call notification control section 7
The function key pressing signal is detected (S28), and the message control unit 8 detects the function key pressing signal at this time because the function key pressing signal is already stored in the register. It is determined that the cursor is moved to the display unit 18 (S29).

When the manual reset section 21 is pressed to change the reset mode setting, the call notification control section 7 detects the manual reset detection signal (S3).
0), the message control unit 8 judges that the input of the manual reset detection signal at this time is the setting change of the reset mode because the function key pressing signal is already stored in the register, and the cursor at the current position is determined. The display unit 18 is controlled so as to change the reset mode of the call notification means indicated by (S31).

When the reset mode setting section 20 is pressed to complete the call notification setting, the call notification control section 7
Detects the reset mode detection signal (S32), and the message control unit 8 has already stored the function key pressing signal in the register. Therefore, the message control unit 8 uses the reset mode detection signal at this time to end the call notification setting. It is determined that the function key pressing signal stored in the register is erased, and the set call notification stored in the register is output to the message memory unit 9 (S33), and the call notification setting is completed. .

Next, a fourth embodiment of the present invention will be described.

In the first embodiment, the call notification time at the time of auto-reset is calculated based on the number of re-reception of the unread message. In the fourth embodiment, the call notification time is calculated based on the number of unread messages. Calculate time.

That is, in the first embodiment, when the content of the unread message stored in the message memory unit 9 and the content of the message stored in the register of the message control unit 8 match, the reception is performed. Although the call notification time is calculated based on the number of times, in the fourth embodiment, the contents of the unread message stored in the message memory unit 9 and the message stored in the register of the message control unit 8 are stored. The call notification time is calculated based on the number of unread messages stored in the message memory unit 9 regardless of the agreement with the contents of.

Therefore, in the fourth embodiment, the unread message stored in the message memory unit 9 is one added with 1 bit to the message decoded by the decoder 5, that is, is the unread message, A bit indicating whether there is a read-completed message is added.

When the message control section 8 outputs the unread message reception number data, the message control section 8 searches for the first bit of the message stored in the message memory section 9 to determine the number of unread messages. Detected and output as unread message reception count data.

When writing a message to the message memory unit 9 in the message control unit 8, when the count-up signal is input, 1 is added to the first bit of the message stored in the register and the message is not added. The read message is stored in the message memory unit 9, and when the manual reset detection signal is input, 0 is added to the first bit of the message stored in the register to read the message.
Store in message memory unit 9

As described above, according to the radio selective call receiver with the automatic call notification time control function of the present invention, when the carrier does not notice that he / she is being called, that is, the carrier receives the call. Since the configuration that determines the auto-reset time that is set when the probability of not holding the receiver is high according to the number of unread messages, when the carrier does not hold the receiver,
Since the call notification time is gradually shortened, the battery life of the receiver can be extended.

[Brief description of drawings]

FIG. 1 is a functional block diagram showing an embodiment of a radio selective call receiver with a call alert time automatic control function according to the present invention.

FIG. 2 is a block diagram illustrating details of a call notification setting unit illustrated in FIG.

FIG. 3 is a first flowchart for explaining the operation of the first embodiment of the present invention.

FIG. 4 is a second flowchart explaining the operation of the first embodiment of the present invention.

FIG. 5 is a third flowchart explaining the operation of the first embodiment of the present invention.

FIG. 6 is a block diagram of a call notification setting unit according to a third embodiment of the present invention.

FIG. 7 is a flowchart illustrating the operation of the third embodiment of the present invention.

[Explanation of symbols]

Claims (25)

[Claims] 1. An antenna, a radio means for demodulating and amplifying a reception signal received by the antenna, and outputting a demodulation signal; a waveform shaping means for shaping the waveform of the demodulation signal and outputting a digital signal; First storage means for storing a calling number, detecting a match between the calling signal included in the digital signal and the calling number of its own and outputting a matching signal,
Decoder means for decoding a message signal included in the digital signal and outputting a message, call notification means for making a call notification by inputting the coincidence signal, and display means for displaying the message by inputting the coincidence signal A second storage means for storing an unread message and a read message; and a reset signal when operated by the carrier of the radio selective call receiver when the call notification is noticed at the time of the call notification. Resetting means for outputting, calculating means for calculating a call notification time based on the number of unread messages, counting the call notification time output by the calculating means, and counting up when the call notification time counts up Clocking means for outputting a signal, and inputting the reset signal or count-up signal Then, when the call notification stop means that stops the call notification of the call notification means and stops the display of the display unit, and the count-up signal is input, the message becomes an unread message, and the reset signal is input. A radio selective call receiver with a call notification time automatic control function, comprising: rewriting means for outputting the received message as a read message and outputting it to the second storage means. 2. The wireless selection with a call notification time automatic control function according to claim 1, wherein the calculation means calculates so that the call notification time becomes shorter as the number of unread messages increases. Call receiver. 3. The call notification time is obtained by the calculation means subtracting a value obtained by multiplying the number of unread messages by a predetermined second time from a predetermined first time. The radio selective call receiver with the automatic call notification time control function according to claim 2, wherein 4. The calculating means calculates the call notification time by subtracting a squared product of the number of unread messages from the predetermined first time. Radio selective call receiver with automatic call notification time control function described. 5. The call notification control unit includes a speaker, a light emitting element, and a vibrator, and any one of the speaker, the light emitting element, and the vibrator configuring the call notification control unit. 2. The radio selective call receiver with the automatic call notification time control function according to claim 1, further comprising a selection means for selecting an item and performing a call notification. 6. Only by operating the reset means,
The radio selective call receiver with the automatic call notification time control function according to claim 1, further comprising a manual reset means for setting to stop the call notification. 7. An antenna, a radio means for demodulating and amplifying a reception signal received by the antenna, and outputting a demodulation signal; a waveform shaping means for shaping the waveform of the demodulation signal and outputting a digital signal; First storage means for storing a calling number, detecting a match between the calling signal included in the digital signal and the calling number of its own and outputting a matching signal,
Decoder means for decoding a message signal included in the digital signal and outputting a message, call notification means for making a call notification by inputting the coincidence signal, and display means for displaying the message by inputting the coincidence signal , Unread message, read message,
Second storage means for storing the number of times the unread message is received, and when the call notification is given, the carrier of the radio selective call receiver is operated when the call notification is noticed and outputs a reset signal. Reset means, output means for outputting the number of times of reception of an unread message matching the content of the message as unread message reception number data from the storage circuit, and calculating the call notification time based on the unread message reception number data A calculating means for measuring the call notification time output by the calculating means, a clocking means for outputting a count-up signal when the time of the call notification time is counted up, the reset signal, or when the count-up signal is input, The call notification of the call notification means is stopped and the display And the output means detects a match between the message and the unread message, and when the count-up signal is input, the number of times the unread message is received is 1 The output means detects a match between the message and the unread message, and when the reset signal is input, causes the unread message matching the message to be converted into a read message. When the output unit does not detect a match between the message and the unread message and the count-up signal is input, the message is set as the unread message, and the output unit outputs the message and the unread message. If the reset signal is input without detecting a match with the message, the message And read receipts sage, call informing time automatic control function radio selective calling receiver characterized by comprising a conversion means for outputting to said second storage means. 8. The radio with call notification time automatic control function according to claim 7, wherein the calculation means calculates so that the call notification time becomes shorter as the number of unread messages increases. Selective call receiver. 9. The call notification time is calculated by subtracting a value obtained by multiplying the number of unread messages by a predetermined second time from a predetermined first time by the calculating means. 9. The radio selective call receiver with the automatic call notification time control function according to claim 8, wherein 10. The calculation means calculates the call notification time by subtracting a squared product of the number of unread messages from the predetermined first time. 8. A radio selective call receiver with a call alert time automatic control function according to item 8. 11. The call notification control unit includes a speaker,
A light emitting element and a vibrator are provided, and the speaker that constitutes the call notification control unit, the light emitting element, and a vibrator are provided with a selection unit that selects any one of the vibrators and performs call notification. The radio selective call receiver with the automatic call notification time control function according to claim 7. 12. A manual resetting means is provided for setting a timekeeping operation of the call notification time in front of the timekeeping means to a stopped state and setting the call notification to be stopped only by operating the resetting means. The radio selective call receiver with the automatic call notification time control function according to claim 7. 13. An antenna, a radio means for demodulating and amplifying a received signal received by the antenna, and outputting a demodulated signal, a waveform shaping means for shaping the waveform of the demodulated signal and outputting a digital signal, First storage means for storing a calling number, detecting a match between the calling signal included in the digital signal and the calling number of its own and outputting a matching signal,
Decoder means for decoding a message signal included in the digital signal and outputting a message, a plurality of call notification means for performing call notification when the match signal and the selection signal are input, and by inputting the match signal, the Display means for displaying a message, second storage means for storing an unread message, and a read message, and when the carrier of the radio selective call receiver notices the call notification at the time of the call notification And a reset means for outputting a reset signal for stopping the call notification, and an arbitrary one of the plurality of calling means is selected, and the call notification is given to the selected arbitrary call notification means. However, if it continues for more than a predetermined call notification time, an automatic reset for automatically stopping the call notification, The call notification setting means for setting either of the manual reset for stopping the call notification only by the reset means, and outputting the selection signal to the selected call notification means, and the call set for the automatic reset If there is a notification means, based on the number of the unread messages, a calculating means for calculating the predetermined call notification time, and the call notification time output by the calculating means is timed, the time of the call notification time is Counting means for outputting a count-up signal when counting up, and inputting the reset signal or count-up signal, while stopping the call notification of the call notification means, and call notification stop means for stopping the display of the display unit , When the count-up signal is input, the message is not read. And a rewriting unit for outputting the message to the second storage unit when the reset signal is input, and the rewriting unit outputs the message to the second storage unit. . 14. The call notification setting comprises: third storage means for storing the call notification setting set by the call notification means; and display means for displaying the call notification setting set by the call notification means. Second means for selecting any one of the plurality of call notification means, the first setting means for reading the setting of the call notification stored in the third storage means and displaying it on the display unit; Setting means, and a third setting means for setting any of the automatic reset and the manual reset to the arbitrary call notification means selected by the second setting means, and the second and third 14. The radio selective call receiver with a call notification time automatic control function according to claim 13, further comprising: fifth setting means for storing the setting of the call notification set by the setting means in the third storage means. . 15. The radio with call notification time automatic control function according to claim 14, wherein the calculation means calculates so that the call notification time becomes shorter as the number of unread messages increases. Selective call receiver. 16. The calculation means includes a predetermined first
16. The call notification time is calculated by subtracting a value obtained by multiplying the number of unread messages by a predetermined second time from the time of 1 to calculate the call notification time. Radio selective call receiver with automatic control function. 17. The calculation means calculates the call notification time by subtracting a squared product of the number of unread messages from the predetermined first time. 15. A radio selective call receiver with a call notification time automatic control function according to item 15. 18. The radio selective call receiver with the automatic call notification time control function according to claim 14, wherein the plurality of call notification control units include a speaker, a light emitting element, and a vibrator. 19. When any one of a plurality of calling means is selected and the calling notification is continued to the selected calling notification means for a predetermined calling notification time or more, automatic First step of setting either an automatic reset for temporarily stopping the call notification or a manual reset for stopping the call notification only by a reset means, a call signal included in a received signal, and the self-call A second step of detecting a match with the number; and, in response to the match between the ringing signal and the own calling number, when there is a ringing notification means set to the automatic reset, the number of unringed calls Based on the above, a third step of calculating a predetermined call notification time, a fourth step of timing the calculation result, and simultaneously with the time counting, the call signal and the self-timer. A fifth step in which the plurality of call notification means notify the call in response to a match with the call number, and when the carrier of the radio selective call receiver notices the call notification during the call notification. In the sixth step, a resetting is performed to stop the call notification, and at the time of the call notification, the call notification is performed when the radio selective call receiver is reset by the carrier or when the time is counted up. And a step 8 of incrementing the number of uncalled calls by one when the time counts up, and a call alert of a radio selective call receiver with a call alert time automatic control function. Method. 20. An antenna, a radio means for demodulating and amplifying a reception signal received by the antenna, and outputting a demodulation signal; a waveform shaping means for shaping the waveform of the demodulation signal and outputting a digital signal; First storage means for storing a calling number, decoder means for detecting a match between the calling signal included in the digital signal and the calling number of its own, and outputting a match signal, and a call notification by inputting the match signal And a second storage means for storing the number of uncalled calls, and a reset operation is performed when the carrier of the radio selective call receiver notices the call notification during the call notification. Resetting means for outputting a signal; calculating means for calculating a call notification time based on the number of uncalled calls; and measuring the call notification time output by the calculating means to measure the call notification time. When a time counting means outputs a count-up signal when the time counts up, when the reset signal or the count-up signal is input, a call notification stop means for stopping the call notification of the call notification means, and when the count-up signal is input A radio selective call receiver with a call notification time automatic control function, comprising: rewriting means for incrementing the number of uncalled calls by one. 21. The radio with call notification time automatic control function according to claim 20, wherein the calculation means calculates so that the call notification time becomes shorter as the number of uncalled calls increases. Selective call receiver. 22. The calculation means may be a first predetermined
From the time of the second to a predetermined second
22. The radio selective call receiver with a call notification time automatic control function according to claim 21, wherein the call notification time is calculated by subtracting the product of the times. 23. The calculating means calculates the call notification time by subtracting a squared product of the number of uncalled calls from the predetermined first time. Radio selective call receiver with automatic call notification time control function described. 24. The call notification control unit, a speaker,
A light emitting element and a vibrator are provided, and the speaker that constitutes the call notification control unit, the light emitting element, and a vibrator are provided with a selection unit that selects any one of the vibrators and performs call notification. 21. The radio selective call receiver with the automatic call notification time control function according to claim 20. 25. The radio selective call receiver with a call notification time automatic control function according to claim 20, further comprising a manual reset means for setting the call notification to be stopped only by operating the reset means. .