JPH09153833A - Receiver - Google Patents

Abstract

PROBLEM TO BE SOLVED: To display an illustration which changes independently of the operation of a user and which is abundant in non-expectation. SOLUTION: A paging receiver 1 is provided with a display part 2 receiving data by means of a radio signal and executing display based on data. In such a case, a ROM 18 storing plural illustrations which stepwise change in accordance with the number of reception times, a RAM 19 counting the number of receiving times for data by means of the radio signal and a CPU 14 reading the corresponding illustration from the ROM 18 by means of a count value in the RAM 19 and display it in the display part 2 are provided.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a receiver provided with a display means for receiving data by a radio signal and displaying based on the data.

[0002]

2. Description of the Related Art Conventionally, in an electronic notebook having an optical communication function by infrared modulated light, a plurality of illustrations of pets such as dogs are stored in advance, and "pet" is given to the pets by performing a specific key input. In addition, by moving your hand in front of the infrared light transmitter / receiver unit to teach the pet a “craft” according to the reflected light detection pattern, you can select an illustration that corresponds to some operation and display it on the display unit. , A product that allows you to keep a pet in a simulated manner has been commercialized.

[0003]

However, in the electronic notebook having the function of artificially keeping pets as described above, the pet illustration that faithfully corresponds to the operation of the user of the electronic notebook is selected. Since it is displayed as a pet, there is a problem that the pet can only behave passively and is unnatural.

The present invention has been made in view of the above circumstances, and an object thereof is to enable reception of an unexpectedly rich illustration that changes regardless of the operation of the user. To provide a device.

[0005]

Means for Solving the Problems That is, the present invention is as follows: (1) In a receiving device equipped with a display means for receiving data and displaying based on this data, a reception frequency storage means for storing the reception frequency of this data. And an illustration storage unit that stores a plurality of illustrations that change stepwise according to the number of times of reception, and a counting unit that newly counts the current reception in the reception number storage unit when the data is received, It is characterized by further comprising display control means for reading the corresponding illustration from the illustration storage means and displaying it on the display means based on the number of times of reception counted by the counting means.

According to the configuration described in the above item (1), since the displayed illustration changes stepwise according to the number of times the data is received by the radio signal, it is possible to display an unexpected illustration. Yes, it can be easily applied to illustrations such as pets.

(2) In the above item (1), there is further provided a discriminating means for discriminating the type of the data from the received data, and the receiving frequency storing means stores the receiving frequency for each type of the data, The illustration storing means stores a plurality of illustrations that change stepwise according to the number of times of reception for each type of the data, and the counting means stores the data determined by the determining means when the data is received. In accordance with the type of, the reception number storage means is caused to newly count the current reception, and the display control means, from the illustration storage means, based on the number of receptions counted by the counting means and the type of the data. It is characterized in that the corresponding illustration is read and displayed on the display means.

According to the configuration described in the above item (2), in addition to the operation of the above item (1), different types of illustrations are displayed depending on the type of data received by the radio signal and the number of times of reception. Since it is changed and displayed, a more unexpected illustration can be displayed, and it can be easily applied to illustrations of many kinds of pets and the like.

(3) In the above item (1), there is further provided a discriminating means for discriminating the type of the data from the received data, and the receiving frequency storing means stores the receiving frequency for each type of the data, The illustration stored by the illustration storage means is composed of a plurality of component patterns that make up the illustration, and the illustration storage means associates the type of the data with a component pattern that changes stepwise according to the number of times of reception. A plurality of storages are stored, and the counting means causes the reception number storage means to newly count the current reception according to the type of the data determined by the determination means when the data is received, and the display control is performed. The means is based on the counted number of times of reception together with the part pattern corresponding to the number of times of reception of the type not counted by the counting means. It is characterized in that a corresponding part pattern is read out from the illustration storage means, an illustration is constructed and displayed on the display means.

According to the configuration described in the above item (3), in addition to the operation of the above item (1), the type of data to be received is assigned to each component pattern forming one illustration, and the type of data is assigned to each type of data. Since the component pattern corresponding to the received type code in the illustration displayed by counting the number of times of reception is changed stepwise, it is possible to know the tendency of the received data content.

(4) In the above item (1), a discriminating means for discriminating the type of data from the received data,
Parameter storage means for parameterizing and storing the weight to be counted corresponding to the type of the data is provided, and the counting means corresponds to the type of the data determined by the determining means when the data is received. Then, the present reception is newly counted in the reception number storage means.

According to the configuration described in the above item (4), in addition to the operation of the above item (1), the number of times the data is received by the radio signal is not counted uniformly, but is counted according to the type of the data. Since the width to be set is weighted,
For example, by giving different weights to the data that is convenient for the receiving side and the data that is not convenient for the receiving side, and changing the count of the number of times of reception, it is possible to make the change in the stage of the displayed illustration more change. You can

(5) In the above item (4), the display means displays a message based on the received data, and the parameter storage means stores the keyword contained in the message as data corresponding to the parameter. As the type information, and the counting means newly counts the current reception in the reception frequency storage means in correspondence with the keyword discriminated by the discrimination means when the data is received, and the display control means Is characterized in that the corresponding illustration is read from the illustration storage means on the basis of the number of times of reception counted by the counting means and displayed on the display means together with the message.

According to the configuration described in the above item (5), in addition to the operation of the above item (4), when the message in the data received by the radio signal includes the data of the preset keyword. By changing the count of the number of receptions corresponding to the data, the change in the stage of the displayed illustration can be changed more greatly.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION

(First Embodiment) A first embodiment in which the present invention is applied to a paging receiver will be described below with reference to the drawings.

FIG. 1 shows the external structure of the paging receiver 1. A paging receiver 1 is provided with a display unit 2 by a liquid crystal display panel and an LED 3 that lights up when an incoming call is notified, on the front surface of a body case 1a. Also, the power key 4 is provided on the side surface of the main body case 1a.
a is provided with a set key 4b, a select key 4c, and a mode key 4d on the lower surface of the display unit 2 on the front surface of the main body case 1a, and these keys 4a to 4d constitute the key input unit 4.

The display unit 2 is composed of a liquid crystal display panel as described above, and includes a message display area 2a for displaying a message message in characters and a pet (dog) illustration as shown in the figure. It has an illustration display section 2b.

The entire surface of the display unit 2 including the message display area 2a and the illustration display unit 2b is displayed in a dot matrix display. Especially at the end of the message display area 2a, the current time is always displayed regardless of the power-on state. A time display unit 2a1 for displaying is provided.

As keys forming the key input section 4,
A power key 4a is for turning on / off the power and resetting an incoming call notification, a set key 4b is for instructing a decision in each mode such as a time setting mode, and a select key 4c.
Is for giving a selection instruction in each mode, and the mode key 4d is for selecting each mode.

FIG. 2 shows a schematic configuration of a circuit provided in the paging receiver 1. Reference numeral 11 is an antenna. The antenna 11 is connected to an RF receiver 12, and the RF receiver 12 is connected to the decoder 13. It is connected to the CPU 14 via. The RF receiver 12 demodulates the reception data received by the antenna 11.

The decoder unit 13 includes an ID-ROM 15
The ID-ROM 15 stores an ID code individually assigned to the paging receiver 1, specifically, frame data, address data, etc.,
This ID code is given to the decoder section 13.

At the time of detecting the power-on, the decoder unit 13 drives the RF receiving unit 12 until the synchronization signal is received within a predetermined time, and when the synchronization signal is received, it is read from the ID-ROM 15 this time. It is driven intermittently based on the ID code. Then, the signal demodulated by the RF receiving unit 12 is decoded, and if it is determined that the signal matches the ID code assigned to itself, the match detection signal and the subsequently received message data are sent to the CPU 14. .

The CPU 14 includes the key input section 4, the display section 2, the speaker 16, the vibrator 17, and the LED described above.
3, ROM 18 and RAM 19 are connected to each other, and a timer 14a for measuring the current time is provided inside.

Speaker 16, vibrator 17 and LE
D3 is driven by the control of the CPU 14 to notify the calling state. The speaker 16 is a buzzer sound, the vibrator 17 is a vibration, and the LED 3 is a blinking light. To inform.

The ROM 17 stores various control programs prepared in advance for the CPU 14, a message fixed phrase table RT, a pet growth table GT,
Food illustration table FT, change pattern table CT
Etc. are fixedly stored.

Here, the message fixed phrase table RT is
As shown in FIG. 3, the fixed phrase of the message corresponding to the number is stored in advance. For example, if the number in the received message data is “09”, the message of the display unit 2 can be displayed by referring to this table. Display area 2
The message "FAX seyo" is displayed in a.

As shown in FIG. 4, the pet growth table GT stores a pet illustration of a growing process from a puppy to an adult dog according to the rank LNK of eight stages of "1" to "8". In particular, the pet illustration when the rank LNK is “1” is read as a basic state at the start of reception or the like and displayed on the illustration display section 2b of the display section 2 shown in FIG. In the rank LNK, the total value PSUM, which is the total number of receptions, is "1" to "32", "33" to "6".
"4", ..., "225" to "256"
Each time the value is changed stepwise with "2" as a step value, the value changes correspondingly.

The bait illustration table FT has parameters preset as weighting of the number of receptions to be counted in the total value PSU at the time of incoming call corresponding to incoming message data, and "bait" displayed at the time of incoming call corresponding to this parameter. The illustration of the food is stored, for example, as the parameter changes from “1” to “5” as shown in the figure, the content of the food illustration is also “bone” → “dog food (small scale)” → “dog food (large scale). ) ”→“ meat with bones (small) ”→“ meat with bones (large) ”.

As shown in FIG. 6, the change pattern table CT stores pet illustrations that change depending on the length of the standby time measured by the timer in the CPU 14.

The RAM 18 has a memory area configuration as shown in FIG. 7, a message memory area MM for storing incoming message data, and a memory T for storing data for specifying the sender of the incoming message.
It has an EL bank area TB and a growth degree memory area CDM for storing the current degree of growth of the pet displayed on the illustration display section 2b of the display section 2.

Of these, the TEL bank area TB is shown in FIG.
As shown in (1), a plurality of sets of data are stored as a set of a sender name, a contact telephone number, and a parameter value that is counted when an incoming call arrives in association with the bank code.

Further, the message memory area MM includes a storage address of the received message data, an address area AA for storing the message data, and a data area D for storing the message data.
A, and an unconfirmed flag area UF for confirming and unconfirming the incoming message by the flag processing.

Further, the growth degree memory area CDM is
As shown in FIG. 9, the present total value PSUM of the pet displayed on the illustration display part 2b of the display part 2 and the rank LNK corresponding to the total value PSUM are stored.

Next, the operation of the first embodiment will be described.

10 and 11 are flow charts showing the contents of the incoming call processing mainly by the CPU 14 when the power of the paging receiver 1 is turned on by operating the power key 4a.

That is, when the power is turned on by operating the power key 4a, the reception mode is set, and the time display section 2a1 of the display section 2 displays the time by the timer 14a which measures the current time. Time counting until the arrival of an incoming call is started, and if already started, it is continued (step A1).

At the same time, the CPU 14 first detects a sync signal as a continuous incoming call waiting state, and if a sync signal is detected, the page is detected based on this sync signal.
After switching to the intermittent incoming call waiting state at the timing assigned to the receiving receiver 1, the R is transmitted via the antenna 11.
The calling signal included in the reception signal received by the F reception unit 12 and demodulated by the decoder unit 13 is assigned to the paging receiver 1 given from the ID-ROM 15 and assigned individually to the paging receiver 1.
Check with D code.

At this time, the illustration display section 2b of the display section 2
Then, the pet illustration in the sleeping state shown in FIG. 6 which is displayed in the characters over 6 hours is read from the change pattern table CT and displayed while gradually increasing the contrast over a certain period of time, and then shown in FIG. As rank LN
K The basic pet illustration of "1" is read and displayed.

In this state, the CPU 14 determines whether or not the coincidence signal from the decoder section 13 is detected, that is, the paging receiver 1 to which the calling signal included in the demodulated reception signal is given from the ID-ROM 15. It is determined whether or not there is an incoming call for calling its own device, which matches the individually assigned ID code (step A2).

When the coincidence signal is detected, the CPU 14 stops the time measurement until the arrival of the incoming call at the timer 14a, and instructs the decoder section 13 to continuously receive the reception signal. The data which follows after is fetched and the message storage memory area M of the RAM 19 is fetched.
After storing in M (step A3), it is judged whether or not the fetched contents have message data (step A4).

When it is determined that the message data follows the calling signal, the message data is decoded and the bank data is composed of a code for designating the TEL bank search and a bank number, that is, a bank code. It is determined whether or not (step A5).

When it is judged that the data is bank data, the CPU 1
4 is the RA shown in FIG. 8 according to the bank code.
The TEL bank area TB of M19 is searched, the corresponding parameter value is read and added to the total value PSUM of the growth degree memory area CDM (step A6).

If it is determined in step A5 that the message data following the call signal does not have a bank code and is not bank data, a preset parameter value, for example, "2" is set to the growth level memory. Area C
It is added to the total value PSUM of DM (step A7).

Furthermore, when it is determined in step A4 that the message data does not follow the calling signal,
A preset parameter value, for example, "1" is added to the total value PSUM of the growth degree memory area CDM (step A8).

However, the total value PSU of the growth degree memory area CDM in any of the processes of the above steps A6 to A8.
After adding to M, the food illustration is read from the food illustration table FT of the ROM 18 corresponding to the added parameter value and displayed in front of the pet on the illustration display unit 2b of the display unit 2 (step A9), and the call is received at the same time. Based on the speaker 16, the vibrator 17 and the LED 3
While using the set one, the timer 14a resets the time until the arrival of an incoming call and restarts it (step A10).

After that, whether or not the operation of the power supply key 4a which also functions as a reset key to stop the notification based on the incoming call by the speaker 16, the vibrator 17 and the LED 3 is detected, or the power supply key 4a is not operated. It is repeatedly determined whether or not a preset notification time, for example, 20 seconds has elapsed (step A11,
A12).

When it is detected in step A11 that the power key 4a also serving as the reset key is operated, the CPU 14 stops the notification of the incoming call by the speaker 16, the vibrator 17 and the LED 3 according to the operation, and the ROM 18 shown in FIG. Message phrase table RT
The message phrase corresponding to the message data received from the message display area 2a of the display unit 2 is read out.
And at the same time, a moving image process is performed for the pet to eat food on the illustration display unit 2b using the food illustration read from the food illustration table FT in step A9 (step A13).

FIG. 12 exemplifies the mode of the display processing in step A13. Here, the case where "* 4 * 411 * 2 * 200 #" is received as message data is shown. "* 4 * 4" at the beginning position in the data is the fixed phrase specification code, the following "11" is the fixed phrase number,
“* 2 * 2” is the bank designation code, “00” is the bank number, and the last “#” is the end code of this message data.

Therefore, in this message data,
The corresponding sender name "○○○○" and the parameter value "3" are read from the TEL bank area TB of the RAM 19 by the bank number "00", and the growth degree memory area CDM is read.
The parameter value "3" is added to the total value PSUM of the above, and as shown in the figure, the food illustration of "Dog Food (Large)" corresponding to the parameter value "3" is read out and the illustration is displayed on the display unit 2. Part 2b
Then, this is displayed as a movie for the pet to eat, and the message of the fixed phrase message "Sakiniku" read from the message fixed phrase table RT of the ROM 18 according to the fixed phrase number "11" and the sender name "○○○○" are displayed. It will be displayed in the display area 2a.

After the display processing in step A13, the pet growth table GT in the ROM 18 shown in FIG. 4 is collated with the contents of the total value PSUM of the growth degree memory area CDM, and whether or not the corresponding rank LNK has risen. It is determined (step A14).

Only when it is determined that the rank LNK has risen, the pet illustration whose rank has risen by 1 is read from the pet growth table GT, and the illustration display portion 2b of the display portion 2 replaces the pet illustrations up to that point. It is displayed (step A15), and then the process returns to step A1.

FIG. 13 exemplifies a state in which the pet illustration on the illustration display portion 2b is moved up one rank from the display mode of FIG. 12 by the process of step A15.
It can be seen that the size is one size larger than the pet illustration displayed on the illustration display unit 2b in FIG.

Further, in step A12, a notification time preset from the state of notification of incoming call to the power key 4a also serving as a reset key without being operated, for example, 20
When it is determined that the second has elapsed, the unconfirmed flag area UF is displayed in the message memory area MM of the RAM 19.
The unconfirmed flag is set to (step A16), and the ROM1
The food illustration read out from the food illustration table FT 8 in FIG. 8 is moved to a place other than the illustration display portion 2b of the display unit 2 and separated from each other (step A17), and then the processing from step A1 is performed again.

FIG. 14 exemplifies a state in which the food illustration is greatly moved to the left end side from the pet illustration in the illustration display section 2b and displayed apart from the pet illustration in the display mode of FIG. 12 by the processing of step A17. Due to this display, the incoming message is unconfirmed, and the sender who sent the message from the displayed food illustration has the degree of importance that the parameter value is set to "3". I understand.

In this display state, when the read mode is set by operating the mode key 4d of the key input section 4 and the message is confirmed, the food is displayed on the illustration display section 2b as shown in FIG. In addition to the display of eating illustrations, the message display area 2a also displays the message of the corresponding fixed phrase and the sender.

In step A2, the decoder unit 13
When the CPU 14 determines that there is no incoming call to call its own device without detecting the coincidence signal from the CPU 14, the CPU 14 first determines whether or not the waiting time of the incoming call being counted by the timer 14a has exceeded 12 hours (step A18). .

When it is determined that 12 hours have passed, the CPU 14 subtracts a certain number "32" from the content of the total value PSUM of the RAM 19, and the content of the corresponding rank LNK is also "-1". The pet illustration is read from the pet growth table GT of the ROM 18 based on the contents of the rank LNK which is lowered by one rank, and the display unit 2 is displayed.
In the illustration display section 2b, the pet illustration is replaced and displayed (step A19). After that, the waiting time of the incoming call, which is being timed by the timer 14a, is reset (step A20), and the process returns to step A1 again.

In step A18, the timer 14a
If it is determined that the waiting time for the incoming call that is being timed is less than 12 hours, the CPU 14 next
It is determined whether or not the waiting time for the incoming call being timed has exceeded 6 hours (step A21).

When it is determined that 6 hours have passed, the CPU 14 causes the change pattern table C in the ROM 18 to change.
After reading the pet illustration corresponding to this waiting time from T and displaying the pet illustration on the illustration display section 2b of the display section 2 in place of the previous pet illustration (step A22),
The process returns to step A1 again.

Further, in step A21, the timer 14
When it is determined that the waiting time for the incoming call being clocked by a has not reached 6 hours, the CPU 14 next
It is determined whether or not the waiting time of the incoming call being timed has exceeded 3 hours (step A23).

If it is determined that 3 hours have passed, the CPU 14 causes the ROM 1 to read the ROM 1 as in step A22.
The pet illustration corresponding to this waiting time is read from the change pattern table CT of 8, and displayed on the illustration display unit 2b of the display unit 2 in place of the previous pet illustration (Step A24), and then from Step A1 again. Return to processing.

Then, in step A23, the timer 14
When it is determined that the waiting time of the incoming call of a is less than 3 hours, the waiting time of the incoming call of the timer 14a is less than 3 hours. Without changing the display status in (Step A2
5) Then, the process directly returns to step A1.

If the synchronization signal is not continuously received for 4 minutes during the intermittent reception in the incoming call waiting state in step A1, it is determined that the paging receiver 1 is out of the reception area. , Change pattern table C of ROM 18 with pet illustrations waiting for 6 hours
It is assumed that the image is read out from T and is replaced and displayed on the illustration display section 2b of the display section 2.

The power can be turned off by operating the power key 4a when the power is on and the incoming call notification is not being issued. At this time, a message is displayed on the display unit 2. In the area 2a, as shown in FIG.
It is assumed that the pet illustration shown in FIG. 6 is replaced and displayed on the pet illustration in the waiting state for 6 hours while gradually decreasing the contrast, and finally the display on the illustration display portion 2b is erased.

(Second Embodiment) A second embodiment in which the present invention is applied to a paging receiver will be described below with reference to the drawings.

The basic external structure and internal circuit structure are as follows.
Since it is almost the same as that shown in FIGS. 1 and 2 above,
The same parts are designated by the same reference numerals and the description thereof will be omitted.

However, in particular, as shown by extracting the display unit 2 in FIG. 15, in addition to the message display area 2a including the time display unit 2a1, the display unit 2 is provided with an illustration display unit 2c in the shape of a fish. As shown in the figure, the illustration display section 2c is configured by combining the respective parts patterns of, for example, a head illustration A, a dorsal fin illustration B, a tail fin illustration C, a pectoral fin illustration D, a torso illustration E, and a bubble illustration F. Of these, head illustration A, dorsal fin illustration B,
The tail fin illustration C and the pectoral fin illustration D will be described later in detail, but their shapes are to be changed stepwise, respectively.
The initial shape is shown in FIG.

Further, the ROM 18 is replaced with the message fixed phrase table RT shown in FIG. 3, the pet growth table GT shown in FIG. 4, the food illustration table FT shown in FIG. 5 and the change pattern table CT shown in FIG. Free message matrix FM, message phrase table R
T2 and the pet growth table GT2 are fixedly stored.

FIG. 16 shows the contents of the free message matrix FM. Katakana, alphabets, numbers and symbols are specified by specifying the row address and column address of the table with "1", "2" to "0", respectively. The display dot pattern of characters such as "1" is read out and displayed in the message display area 2a of the display unit 2.

FIG. 17 shows the message fixed phrase table R.
It shows the contents of T2, and pre-stores the fixed phrase of the message corresponding to the number and the parameter value corresponding to it. For example, if the number in the received message data is "09", refer to this table. By doing so, the message display area 2a of the display unit 2 displays “FAX
The character "SEYO" is displayed in the message, and the total value PSUM described later is "2".

FIG. 18 shows the contents of the pet growth table GT2. The head illustration A and the dorsal fin illustration B on the illustration display section 2c corresponding to the eight ranks LNK of "1" to "8". Each of the parts patterns of the caudal fin illustration C and the torso illustration E is stored. Particularly, the pet illustration when the rank LNK is "1" is read out at the start of reception as the basic state and the display unit is displayed as shown in FIG. 2 is displayed on the illustration display unit 2c. The rank LNK has a total value PSUM, which is the total number of receptions, of “1” to “32”, “33” to “64”, ..., “22”.
Every time the value is changed stepwise from "5" to "256" with "32" as the step value, it changes correspondingly.

The RAM 19 has a memory area structure similar to that shown in FIG. 7, and also has a parameter table PT set according to the mode of message data as shown in FIG. Here, for example, the parameter value is “2” when there is only an incoming call to call the own device and message data is not added to the call.

Further, the growth degree memory area C of the RAM 19
The DM is assumed to be the growth degree memory area CDM2 having the configuration shown in FIG. 20, instead of the one shown in FIG.
In this case, the head illustration A of the illustration display section 2c,
Corresponding to the dorsal fin illustration B, the tail fin illustration C, and the pectoral fin illustration D, the current total value PSUM and the corresponding rank LNK are stored.

Next, the operation of the second embodiment will be described.

FIG. 21 mainly shows the CPU 14 when the power of the paging receiver 1 is turned on by operating the power key 4a.
5 is a flowchart showing the contents of incoming call processing by the.

That is, when the power is turned on by operating the power key 4a, the timer 14 which measures the present time is measured.
a, the time is displayed on the time display section 2a1 of the display section 2, and the reception mode is set (step B).
1).

At the same time, the CPU 14 first detects a sync signal as a continuous incoming call waiting state, and after detecting the sync signal, the timing assigned to the paging receiver 1 based on this sync signal. After switching to an intermittent incoming call waiting state by the, the calling signal included in the received signal received by the RF receiving unit 12 via the antenna 11 and demodulated by the decoder unit 13 is given from the ID-ROM 15 concerned. -Compare with the ID code individually assigned to the receiving receiver 1.

At this time, the illustration display section 2c of the display section 2
Then, rank LNK "1" for each of the parts shown in FIG.
Read and display the basic pet illustration of.

In this state, the CPU 14 determines whether or not the coincidence signal from the decoder section 13 is detected, that is, the calling signal included in the demodulated reception signal is given to the paging receiver 1 provided from the ID-ROM 15. It is judged whether or not there is an incoming call for calling the self-apparatus, which coincides with the individually assigned ID code (step B2), and if there is no incoming call, the intermittent incoming call waiting state from step B1 is repeated again.

When it is determined in step B2 that the coincidence signal is detected, the CPU 14 instructs the decoder section 13 to continuously receive the reception signal, fetches the data following the calling signal, and stores the RAM 19 in the RAM 19. Message storage memory area MM (step B3),
It is determined whether or not the fetched contents include message data (step B4).

If it is determined that message data follows the calling signal, then the message data is decoded to determine whether there is a fixed phrase designating code, that is, the message data is based on the fixed phrase. It is determined whether there is any (step B5).

If it is determined that there is a fixed phrase specification code, the CPU 14 refers to the message fixed phrase table RT2 shown in FIG. 17 according to the fixed phrase number following the fixed phrase specification code, and the content of the corresponding fixed phrase. And the parameter value are read, and the parameter value is used as the total value P corresponding to the head illustration A of the growth degree memory area CDM2.
It is added to the SUM part (step B6).

Next, the pet growth table GT2 in the ROM 18 shown in FIG. 18 is collated with the contents of the total value PSUM portion corresponding to the head illustration A of the added growth degree memory area CDM2, and the correspondence in the head illustration A is obtained. It is determined whether or not the rank LNK to be performed is increased (step B7).

When it is determined that the rank LNK has risen, the head illustration A which has been moved up by one rank is read from the pet growth table GT2, and the head illustration A up to that point is displayed on the illustration display unit 2c of the display unit 2. And the contents of the fixed phrase read from the message fixed phrase table RT2 are simultaneously displayed in the message display area 2a (step B8), and the series of reception processing is once ended, and then from step B1 again. Return to the state of waiting for the incoming call.

FIG. 22 exemplifies the mode of the display processing in step B8. Here, the case where "* 4 * 401 #" is received as message data is shown. "* 4 * 4" at the head position in the data is a fixed phrase designating code, the following "01" is a fixed phrase number, and the last "#" is an end code of this message data.

Therefore, in this message data,
With the fixed phrase number "01", the contents "Kinkyu" of the corresponding fixed phrase and the parameter value "2" are read from the message fixed phrase table RT2 of the ROM 18, and the total value PSUM of the head illustration A of the growth degree memory area CDM is set to " By adding "2", the rank is improved and the above-mentioned FIG.
The head illustration A different from the state shown by is displayed on the illustration display section 2c, and the fixed phrase message "Kinkyu" read in the message display area 2a of the display section 2 is displayed as shown in the figure.

If it is determined in step B5 that the message data does not have the fixed phrase designating code and the message data is not based on the fixed phrase, then the message data is designated to specify a message by free message. It is determined whether or not there is a code, that is, whether or not the message data is based on a free message (step B9).

If it is determined that there is a designated code for the free message message, the CPU 14 follows the designated code and sets the parameter table PT shown in FIG.
Parameter value "3" is read from the parameter value and the parameter value is added to the total value PSUM portion corresponding to the dorsal fin illustration B in the growth degree memory area CDM2 (step B1).
0).

Then, the total value PSUM corresponding to the dorsal fin illustration B of the added growth degree memory area CDM2
The pet growth table GT2 in the ROM 18 shown in FIG. 18 is collated according to the contents of the section, and it is determined whether or not the corresponding rank LNK in the dorsal fin illustration B is raised (step B11).

When it is determined that the rank LNK has risen, the dorsal fin illustration B, which is one rank higher, is read from the pet growth table GT2, and is replaced with the dorsal fin illustration B up to that point on the illustration display unit 2c of the display unit 2. The contents of the free message obtained by addressing the free message matrix FM in the message display area 2a are displayed at the same time (step B12), and the series of receiving processes are once ended, and the above step B1 is again executed. Return to the state of waiting for an incoming call from.

FIG. 23 exemplifies the mode of the display processing in step B12. Here, the case where “* 3 * 311921044513 #” is received as the message data is shown. "* 3" at the beginning position in the data
* 3 ”is the fixed phrase designation code, followed by“ 119221044
"513" is a number string converted into characters such as Kana by the free message format, and the last "#" is the end code of this message data.

Therefore, in this message data,
A series of corresponding free messages “Arigato” is read from the free message matrix FM of the ROM 18 and a parameter value “3” is read from the parameter table PT by the number string of free messages “1192210444513”, and the dorsal fin illustration B of the growth degree memory area CDM is displayed. Total value P
By adding "3" to the SUM, the rank is increased and the dorsal fin illustration B different from the state shown in FIG. 15 is displayed on the illustration display section 2c, and read out in the message display area 2a of the display section 2 as shown in the figure. A free message "Arigato" is displayed.

If there is no designation code for designating a message by free message in the message data in step B9, and it is determined that the message data is not by free message, the message data directly represents the numeric string. As it will be shown, CPU
Reference numeral 14 reads out the parameter value "2" in the case of "only message" from the parameter table PT shown in FIG. 19 and adds the parameter value to the total value PSUM portion corresponding to the tail fin illustration C of the growth degree memory area CDM2. (Step B13).

Then, the total value PSUM corresponding to the tail fin illustration C of the added growth degree memory area CDM2
The pet growth table GT2 in the ROM 18 shown in FIG. 18 is collated according to the contents of the section, and it is determined whether or not the corresponding rank LNK in the tail fin illustration C is raised (step B14).

When it is determined that the rank LNK has risen, the tail fin illustration C that has gone up one rank is read from the pet growth table GT2 and replaced with the tail fin illustration C up to then on the illustration display unit 2c of the display unit 2. And at the same time, directly display the numerical sequence constituting the message in the message display area 2a (step B
15) As described above, the series of reception processing is once ended, and the state returns to the state of waiting for the incoming call from the step B1.

FIG. 24 exemplifies the mode of the display processing in step B15. Here, a case is shown in which "4919 #" is received as message data. In the data, “4919” is the number string directly displayed, and the last “#” is the end code of this message data.

Therefore, in this message data,
The parameter value “2” in the case of only the message is read from the parameter table PT, and the growth degree memory area CDM
By adding "2" to the total value PSUM of the tail fin illustration C, the tail fin illustration C different from the state shown in FIG. 15 is displayed on the illustration display unit 2c, and the display unit 2 as shown in FIG. The number string "4919" is displayed in the message display area 2a.

If it is determined in step B4 that the calling signal is not followed by message data,
The CPU 14 uses the parameter table P shown in FIG.
The parameter value “2” in the case of “call only” is read from T, and the parameter value is set to the growth degree memory area CDM.
The total sum PSUM corresponding to the pectoral fin illustration D of 2 is added (step B16).

Next, the total value PSUM corresponding to the pectoral fin illustration D of the added growth degree memory area CDM2 is added.
The pet growth table GT2 in the ROM 18 shown in FIG. 18 is collated according to the contents of the section, and it is determined whether or not the corresponding rank LNK in the pectoral fin illustration D is raised (step B17).

If it is determined that the rank LNK has risen, the pectoral fin illustration D, which is one rank higher, is read from the pet growth table GT2, and the pectoral fin illustration D up to that time is displayed on the illustration display unit 2c of the display unit 2. Is displayed instead (step B18), and the series of reception processing is once ended, and the state returns to the state of waiting for an incoming call from step B1.

FIG. 25 exemplifies the mode of display processing in step B18. Here, the parameter value “2” in the case of only calling from the parameter table PT
To increase the rank by adding “2” to the total value PSUM of the pectoral fin illustration D in the growth degree memory area CDM, and display the pectoral fin illustration D different from the state shown in FIG. To display. At this time, as shown in the figure, the message display area 2a of the display unit 2
In order to indicate that there is no message data, "--------" is displayed by the symbol "-", for example.

Further, the above steps B7, B11, B1
4 or B17, the growth degree memory area CDM2
If it is determined that the rank LNK corresponding to the total value PSUM part corresponding to the head illustration A, the dorsal fin illustration B, the tail fin illustration C, or the pectoral fin illustration D has not risen, the illustration display portion 2c of the display unit 2 Therefore, the replacement display for the upgraded part is not performed, and the illustration display part 2c is the same as the previous state.
If there is message data in the message display area 2a, that message data is displayed (step B19).

(Third Embodiment) A third embodiment in which the present invention is applied to a paging receiver will be described below with reference to the drawings.

The basic external structure and internal circuit structure are as follows.
Since it is almost the same as that shown in FIGS. 1 and 2 above,
The same parts are designated by the same reference numerals and the description thereof will be omitted. Particularly, the display unit 2 has a message display area 2a and an illustration display unit 2b as shown in FIG. 1, and one illustration of a pet is displayed on the illustration display unit 2b.

However, the ID-ROM 15 shown in FIG.
It is assumed that the memory area has the structure shown in FIG. The address address in the left column in the figure is the ID-ROM.
It is a number that designates an address that designates the data stored in 15.

That is, these data are stored as 1-bit signal information, and the address "0" is this ID.
-"1" / that the ROM 15 is usable / impossible
It is set by writing "0", and the first address data (hereinafter referred to as "address data 1") for calling the paging receiver 1 concerned can be used / not available at the address "1". A certain thing is set by "1" / "0", and the actual address data 1 is set in 18 bits from the address "2" to the address "19".

Similarly, the address "20" is set with "1" / "0" indicating that the address data 2 for calling the paging receiver 1 is usable / impossible, and from the subsequent address "21". The actual address data 2 is set in 18 bits up to the address "38".

Further, in the transmitted batch, the frame data A received by the paging receiver 1 is assigned the address "3.
The area (addresses "42" to "4") is stored in the address "41" starting from "9", and the notification setting for incoming calls is subsequently performed.
5 "), address data 3, address data 4, ...

In the ROM 18, the operation program for the CPU 14 to control the entire paging receiver 1 and the free message matrix FM shown in FIG.
In addition to the message fixed phrase table RT2 shown in FIG. 17, a pet growth table GT3, a food illustration table FT2, and a change pattern table CT2 are stored.

FIG. 27 shows the contents of the pet growth table GT3, and a plurality of different types corresponding to the respective address data ADR of address data 1, address data 2, ... It stores a pet illustration that complies with the growth process of the pet in eight stages according to the rank LNK. Above rank LNK
Indicates that the total value PSUM, which is the total number of receptions, is "1"-
"32", "33" ~ "64", ..., "225" ~
Every time when the step value is changed to "256" such as "256", the value changes correspondingly.

FIG. 28 shows the contents of the food illustration table FT2. The parameters "1" to "5" preset for the incoming message data and the parameter "1" given to the pet corresponding to this parameter are given. feed"
Are stored for a plurality of types in accordance with address data 1, address data 2, ...

FIG. 29 shows the contents of the change pattern table CT2. The pet illustrations that change according to the length of the standby time measured by the timer in the CPU 14 are the address data 1 and the address data 2 which are the calling numbers. .. are stored according to different types.

The RAM 19 has a memory area structure similar to that shown in FIG. 7, and
It has a keyword memory area KW as shown in FIG. Here, the parameter value is set to "3" when, for example, the keyword "Ai" is included in the message data added to the incoming call for calling the own device.

Further, the growth degree memory area C of the RAM 19
DM is replaced with the DM shown in FIG. 9 and FIG.
The growth degree memory area CDM3 having the structure shown in FIG. In this case, the address data AD of the address data 1, the address data 2, ...
For each R, the current total value PSUM and the corresponding rank LNK are stored.

The operation of the third embodiment will be described next.

32 and 33 are flowcharts showing the contents of the incoming call processing mainly by the CPU 14 when the power of the paging receiver 1 is turned on by operating the power key 4a.

That is, when the power is turned on by operating the power key 4a, the reception mode is set to wait for an incoming call, and the timer 1 for measuring the current time is set.
4a causes the time display unit 2a1 of the display unit 2 to display the time, and further starts time counting until the arrival of an incoming call (step C1).

At this time, the CPU 14 first detects the sync signal as a continuous incoming call waiting state, and after detecting the sync signal, at the timing assigned to the paging receiver 1 based on this sync signal. After switching to an intermittent incoming call waiting state, the calling signal included in the received signal received by the RF receiving unit 12 via the antenna 11 and demodulated by the decoder unit 13 is given from the ID-ROM 15 concerned. Some of the address data ADR, that is, the address data 1, individually assigned to the receiving receiver 1.
The address data 2, ... Are checked in sequence for permitted use.

Next, it is judged whether or not the mode key 4d is operated to select the "pet bank mode" in which the state of the pet illustration displayed on the illustration display portion 2b is changed according to the waiting time for the incoming call. (Step C2).

When the pet bank mode is not selected, whether the CPU 14 detects the coincidence signal from the decoder section 13, that is, the calling signal included in the demodulated received signal is given from the ID-ROM 15 concerned. −
Address data A individually assigned to the receiving receiver 1
It is determined whether or not there is an incoming call that matches the DR and calls itself (step C3), and if there is no incoming call, the determination from the step C2 in the intermittent incoming call waiting state is repeated again.

When it is determined in step C3 that the coincidence signal is detected, the CPU 14 instructs the decoder section 13 to continuously receive the reception signal, fetches the data following the calling signal, and stores the data in the RAM 19 While storing the same in the message memory area MM, the corresponding total value PSUM and rank LNK of the growth degree memory area CDM3 of the ROM 18 corresponding to the content of the address data ADR for which a match is detected are read, and the ROM1 is read according to the read content.
The corresponding pet illustration is read from the pet growth table GT3 of 8 (step C4).

After that, it is judged whether or not the contents fetched in the message memory area MM have message data (step C5). When it is judged that the contents have not been added, the address "42" of the ID-ROM 15 ... Based on the content of the notification setting of "45", only the speaker 16, the speaker 16 and the LED 3 which are set to notify that there is an incoming call, and the message display area 2a of the display unit 2 calls. Only the message to the effect that it has been displayed is displayed (step C10).

If it is determined in step C5 that the contents fetched in the message memory area MM are accompanied by message data, then the message data is decoded and shown in FIG. 31 in the message data. It is determined whether or not any of the keywords stored in the keyword memory area KW of the RAM 19 is included (step C6).

When the keyword is included, CPU1
4 reads the parameter value corresponding to the keyword,
The growth rate memory area CDM3 is added to the total value PSUM corresponding to the address data ADR, and the RO is determined by the parameter value and the address data ADR.
The corresponding food illustration is read from the food illustration table FT2 of M18 (step C7).

Then, an animation display of the pet eating the food is displayed on the illustration display section 2b of the display section 2 based on the read food illustration and the pet illustration read out in step C4. "
The images of the pet in the posture and the pet eating the food are alternately displayed for a predetermined time, for example, every one second, and the incoming message data is displayed in the message display area 2a of the display unit 2 (step C9).

At this time, if a keyword is included in the message data, the keyword portion may be highlighted by underlining or the like.

FIG. 34 exemplifies the mode of the display processing in step C9. Here, a case is shown in which "address data 1" and message data "* 3 * 311124111 #" are received as incoming data. In the data, "* 3 * 3" at the beginning of the message data following "Address data 1" is a free message designation code, and "11124111" following this.
Is a number string converted into characters such as Kana by the free message format, and the last “#” is the end code of this message data.

Therefore, in this message data,
ROM by free message number string "11124111"
From the 18 free message matrix FM, a series of corresponding free messages "Aitai" is read out, and the keyword "Ai" is included in this free message "Aitai", and this is detected and detected from the keyword memory area KW. The corresponding parameter value "3" is read out, and in the message display area 2a of the display unit 2, the character "aitai" with the underlined "eye" part is displayed as a message.

At the same time, the illustration display section 2 of the display section 2
In b, the food illustration of "dog food (large)" read from the food illustration table FT2 by the received "address data 1" and the parameter value "3", and "address data 1" and the growth degree memory area CDM3 Using the total illustration PSUM and the rank LNK and the pet illustration of the "dog" read from the pet growth table GT3, an animation display such that the "dog" eats "dog food (large)" is displayed as shown in the figure. .

If no keyword is detected in the message data in step C6, the CPU
14 instead of the process of step C7, the fixed parameter value, for example, “2” is set to the growth degree memory area CDM.
3 is added and set to the total value PSUM corresponding to the address data ADR of 3, and the corresponding bait illustration is read from the bait illustration table FT2 of the ROM 18 by this parameter value “2” and the address data ADR (step C8). The above step C9 is reached.

After execution of the display processing on the display section 2 in the step C9 or the step C10, the total value PSUM and the rank LNK corresponding to the address data ADR of the growth degree memory area CDM3 are changed according to the contents of FIG.
The pet growth table GT3 in the ROM 18 shown in FIG. 7 is collated, and it is determined whether or not the corresponding rank LNK is increased (step C11).

Here, only when it is determined that the rank LNK has risen, the pet illustration whose rank has increased by one rank corresponding to the address data ADR is read out from the pet growth table GT3, and the illustration display section 2b of the display section 2 displays it. The pet illustration that has been displayed up to that point is displayed instead (step C12), and the series of receiving processes is once terminated and the process returns to step C2.

In addition, the mode key 4d is operated to select the "pet bank mode" in which the state of the pet illustration displayed on the illustration display portion 2b is changed according to the waiting time for the incoming call in the step C2. If the CPU 14 determines that the growth rate memory area CDM3 has the address data ADR of the growth degree memory area CDM3 at that time, the CPU 14 first determines the total value P.
R shown in FIG. 27 according to the contents of SUM and rank LNK
The corresponding pet illustration is read from the pet growth table GT3 in the OM 18 and the illustration display unit 2b of the display unit 2 is read.
Is displayed (step C13), and then the timer 14a
It is determined whether or not the waiting time of the incoming call that has been counted by 12 hours has passed (step C14).

If it is determined that 12 hours have passed, the CPU 14 determines that the growth degree memory area C of the RAM 19 has been reached.
A certain number "32" is subtracted from the content of the total value PSUM corresponding to the address data ADR in DM3, the content of the corresponding rank LNK is also "-1", and based on the content of the rank LNK down one rank. ROM1
The pet illustration is read from the pet growth table GT3 of 8 and displayed on the illustration display unit 2b of the display unit 2 in place of the pet illustrations so far (step C1).
5). After that, the waiting time of the incoming call being clocked by the timer 14a is reset and restarted (step C
16) The above step C3 is reached.

In step C14, the timer 14a
If it is determined that the waiting time for the incoming call that is being timed is less than 12 hours, the CPU 14 next
It is determined whether or not the waiting time for the incoming call being timed has exceeded 6 hours (step C17).

If it is determined that 6 hours have passed, the CPU 14 determines that the change pattern table C in the ROM 18 is correct.
The pet illustration corresponding to the address data ADR and this waiting time is read out from T2 and displayed on the illustration display section 2b of the display section 2 in place of the previous pet illustration (step C18), and then the procedure returns to step C3. .

Further, at step C17, the timer 14
When it is determined that the waiting time for the incoming call being clocked by a has not reached 6 hours, the CPU 14 next
It is judged whether or not the waiting time for the incoming call being timed has exceeded 3 hours (step C19).

If it is determined that 3 hours have passed, the CPU 14 causes the ROM 1 to read the ROM 1 as in step C18.
Address data AD from change pattern table CT of 8
The pet illustration corresponding to R and the waiting time is read out and displayed on the illustration display section 2b of the display section 2 in place of the previous pet illustration (step C2).
0), and returns to step C3.

Then, in step C19, the timer 14
If it is determined that the waiting time for the incoming call that is being timed by a is less than 3 hours, then the waiting time for the incoming call that is being timed by the timer 14a is less than 3 hours. After confirming that the mode key 4d is not operated to select and change another mode from "mode" (step C21), the display state on the display unit 2 is not particularly changed (step C23), and the above is directly performed. The process returns to step C3.

In addition, in step C21, the mode key 4
When it is determined that the d is operated and the signal for switching the mode is detected, another mode setting process is performed according to the number of times of the operation (step C22), and then the process returns to the step C3.

In any of the first to third embodiments, the total value PSUM is "25".
At the time of "6", the CPU 14 resets and restarts from "0".

The present invention is not limited to the above-mentioned respective embodiments, and can be carried out by appropriately modifying it within the scope of the invention. For example, in the above-described embodiment, illustrations of dogs, fishes, cats, etc. are used, but the present invention is not limited to this, and illustrations copying other animals, plants, automobiles, motorcycles, etc. may be used.

Furthermore, the present invention is not limited to paging receivers using a public line, but is applied to various types of receivers having a wireless communication function. That is, the present invention can be applied to a private paging receiver that does not use a public line, a toy with a communication function that communicates by infrared rays, a personal computer having a communication function, an electronic notebook, and other electronic calculation processing devices.

[0144]

As described in detail above, according to the present invention, the illustration displayed changes stepwise according to the type of data and the number of times of reception by the radio signal, so that it changes regardless of the user's operation. It is possible to provide a receiving device capable of displaying an unexpectedly rich illustration.

[Brief description of the drawings]

FIG. 1 is a diagram showing an external configuration of a paging receiver according to a first embodiment of the present invention.

FIG. 2 is a block diagram showing a circuit configuration according to the same embodiment.

3 is a diagram exemplifying a message fixed phrase table stored in the ROM of FIG. 2;

FIG. 4 is a diagram illustrating a pet growth table stored in a ROM of FIG.

5 is a diagram illustrating a food illustration table stored in the ROM of FIG.

FIG. 6 is a diagram showing an example of a change pattern table stored in a ROM shown in FIG.

FIG. 7 is a diagram showing a memory map configuration of the RAM of FIG.

FIG. 8 is a diagram illustrating a specific configuration of the TEL bank area of FIG.

9 is a diagram illustrating a configuration of a growth degree memory area in FIG. 7. FIG.

FIG. 10 is a flowchart showing operation processing contents by the CPU according to the same embodiment.

FIG. 11 is a flowchart showing operation processing contents by the CPU according to the same embodiment.

FIG. 12 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 13 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 14 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 15 is a diagram illustrating a display state on a display unit according to a second embodiment of the present invention.

FIG. 16 is a diagram showing an example of a free message matrix stored in a ROM according to the same embodiment.

FIG. 17 is a view exemplifying a message fixed phrase table stored in the ROM according to the same embodiment;

FIG. 18 is a diagram showing an example of a pet growth table stored in the ROM according to the same embodiment.

FIG. 19 is a view showing an example of a parameter table stored in the RAM according to the same embodiment.

FIG. 20 is a view showing an example of a growth degree memory area of the RAM according to the same embodiment.

FIG. 21 is a flowchart showing operation processing contents by the CPU according to the same embodiment.

FIG. 22 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 23 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 24 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 25 is a diagram exemplifying a display state in an operation according to the same embodiment.

FIG. 26 is an ID-RO according to the third embodiment of the present invention.
The figure which illustrates the memory area structure of M.

FIG. 27 is a diagram exemplifying a pet growth table stored in the ROM according to the same embodiment;

FIG. 28 is a view exemplifying a food illustration table stored in the ROM according to the same embodiment;

FIG. 29 is a view showing an example of a change pattern table stored in the ROM according to the same embodiment.

FIG. 30 is a view showing an example of the configuration of a growth degree memory area of the RAM according to the same embodiment.

FIG. 31 is a diagram showing an example of the configuration of a keyword memory area of the RAM according to the same embodiment.

FIG. 32 is a flowchart showing the contents of operation processing by the CPU according to the same embodiment.

FIG. 33 is a flowchart showing operation processing content by the CPU according to the embodiment.

FIG. 34 is a diagram exemplifying a display state in an operation according to the same embodiment.

[Explanation of symbols]

 1 ... Paging receiver 1a ... Main body case 2 ... Display part 2a ... Message display area 2a1 ... Time display part 2b ... Illustration display part 2c ... Illustration display part 3 ... LED 4 ... Key input part 4a ... Power key 4b ... Set key 4c Select key 4d Mode key 11 Antenna 12 RF receiver 13 Decoder 14 CPU 14a Timer 15 ID-ROM 16 Speaker 17 Vibrator 18 ROM 19 RAM AA Address area CDM, CD2 CDM3 ... Growth rate memory area CT, CT2 ... Change pattern table DA ... Data area FM ... Free message matrix FT, FT2 ... Food illustration table GT, GT2, GT3 ... Pet growth table KW ... Keyword memory area MM ... Message memory area PT ... Pa Meter table RT, RT2 ... message AutoText table TB ... TEL Bank area UF ... unconfirmed flag area

Claims (5)

[Claims] 1. A receiving device comprising a display means for receiving data and displaying based on this data, and a reception frequency storage means for storing the reception frequency of this data, and a stepwise change according to this reception frequency. Based on the number of receptions counted by this counting means, an illustration storage means that stores a plurality of illustrations, a counting means that newly counts the current reception when the above data is received, A receiving device, comprising: a display control means for reading a corresponding illustration from the illustration storage means and displaying the illustration on the display means. 2. A discrimination means for discriminating the type of the data from the received data is further provided, wherein the reception frequency storage means stores the reception frequency for each data type, and the illustration storage means stores the data. For each type, a plurality of illustrations that change stepwise according to the number of times of reception are stored, and the counting means corresponds to the type of the data determined by the determining means when the data is received, and The reception frequency storage means newly counts the current reception, and the display control means reads the corresponding illustration from the illustration storage means based on the reception frequency counted by the counting means and the type of the data, and displays the display. The receiving device according to claim 1, wherein the receiving device is displayed by means. 3. An illustration stored in the illustration storage means, further comprising a determination means for determining the type of the data from the received data, wherein the reception count storage means stores the reception count for each type of the data. Is composed of a plurality of component patterns that make up the illustration, and the illustration storage unit stores a plurality of component patterns that change stepwise according to the number of times of reception in association with the type of the data. When the data is received, the number of times of reception is newly counted in the reception number storage means according to the type of the data determined by the determination means, and the display control means counts by this counting means. From the illustration storage means based on the counted number of times of reception together with the part pattern corresponding to the number of times of reception that is not performed It reads the response to component pattern, constitute a illustration receiving apparatus according to claim 1, wherein the displaying on the display means. 4. The counting means further comprises: a discriminating means for discriminating the type of the received data from the received data; and a parameter storing means for parameterizing and storing the weight to be counted corresponding to the data type. 2. The receiving apparatus according to claim 1, wherein the reception number storage means newly counts the current reception in correspondence with the type of the data determined by the determination means when the data is received. . 5. The display means displays a message based on the received data, and the parameter storage means stores a keyword included in the message corresponding to the parameter as data type information. The counting means newly counts the current reception in the reception number storage means in correspondence with the keyword discriminated by the discrimination means when the data is received, and the display control means is counted by the counting means. 5. The receiving apparatus according to claim 4, wherein the corresponding illustration is read from said illustration storage means based on the number of times of reception, and displayed together with a message on said display means.