JP2000253432A - Receiver - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a receiver capable of realizing a sorting/storage management function for automatically sorting and storing incoming information service data on the basis of kinds of service, a specific keyword, etc., and improving operability in a memory reading mode by setting discrimination information showing whether the sorted and stored information service data have been already read out and displayed or not in the service data themselves. SOLUTION: A CPU 106 in a pager 1 sets 'unread flag' prepared for information service data retrieved and displayed at the time of incoming processing and set in information service memory areas 1131 to 1133 stored in an information service memory 113 to 'read flag', retrieves a keyword from the displayed information service data, reads out information service data corresponding to the keyword from the memory 113, moves the read data to an information message memory area (IM) 114c stored in a RAM 114c, and stores the data in a corresponding keyword management information memory area.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a receiving apparatus applied to an information communication system represented by a radio paging (hereinafter referred to as paging) system.

[0002]

2. Description of the Related Art As a conventional communication system for transmitting and receiving character information using a telephone line, there are a wireless paging system, a home banking system, and the like. As a transmission data format in the wireless paging system, there is a POCSAG system.

[0003] However, with the development of mobile communication technology in recent years, service usage fees have been reduced and personal use, especially business use as well as young people, in particular, have spread, and as a result, the number of service subscribers has increased. , It is difficult to provide sufficient services.

As described above, with the recent rapid increase in demand and expansion of functions, it is necessary to enhance services.
As a result, an advanced paging scheme defined by the standard “RCR STD-43” has been introduced.

First, the advanced paging method will be briefly described below. FIG. 34 shows a data structure adopted in this advanced paging method. In FIG. 34, A is a cycle data structure transmitted in a one-hour cycle, B is a frame data structure of one cycle in the cycle data structure A, C is a data structure in one frame in the frame data structure B, and D Indicates a block configuration of one frame. The cycle data configuration A is “N
o. 0 ”to“ No. 1 numbered up to 14 "
It consists of 5 cycles.

[0006] The frame data structure B is "No.
0 ”to“ No. 12 numbered up to 127 "
It consists of eight frames, which are transmitted in quarters. One frame has a data length of 1.875 seconds. In the data structure C, one frame of data is divided into eight according to the data content.

These eight data contents have a data structure C,
As shown by the block configuration D, a synchronization signal section D1 transmitted at 115 milliseconds including a synchronization section 1 (S1) C1, frame information (FI) C2, and a synchronization section 2 (S2) C3 from the head. , Block information (BI) C4, address field (AF) C5, vector field (VF) C
6, consisting of five types of data: a message field (MF) C7 and an idle block (IB) C8, and is composed of an interleave block unit D2 transmitted in 11 blocks at 160 milliseconds per block.

[0008] Of the synchronization signal section D, synchronization section 1 (S1) C1
Is composed of 112 bits of 1600 BPS modulated by binary FSK,
The information includes the reception timing of the 00BPS symbol data, and which of the following four frame types the interleave block unit D2 performs interleave transmission, and information indicating the transmission mode.

[0009] 1.2-level FSK modulation / 1600 BPS 2.2-level FSK modulation / 3200 BPS 3.4-level FSK modulation / 3200 BPS 3.4-level FSK modulation / 6400 BPS

[0010] The frame information (FI) C2 is a binary FSK.
It is composed of modulated 1600 BPS 32 bits, and in cycle data structure A, the cycle No. of the cycle to which the frame belongs. (4 bits), and this cycle No. In the cycle of the frame No. to which the frame belongs. (7 bits), a plurality of transmission indications, and information defining the number of transmissions.

The synchronization section 2 (S2) C3 and the interleave block section D2 from the block information (BI) C4 to the idle block (IB) C8 are composed of the synchronization section 1 (S2).
1) Data transmitted in the frame type specified in C1.

The synchronization unit 2 (S2) C3 is the synchronization unit 1 (S1)
This block gives timing information to the interleave block unit D2 transmitted at the modulation method and the transmission rate specified by C1 so that the called pager can capture it.

The block information (BI) C4 is data generally consisting of one word in the block # 0 of the interleave block unit D2. This field ends, and the address field (AF) C5 described later starts. Block information 1 storing information such as a word number (2 bits) to be a point and a word number (6 bits) to be a start point of the vector field (VF) C6 is stored. or,
The block information sent periodically from the system is 2,
3 or 4 words, simulcast system I
D and frame no. When is 0, a calendar, real time information, a time zone, and a system message are stored.

The address field (AF) C5 is a field for storing address data of a pager of a call destination, and stores a short address (32 bits) or a long address (64 bits).

The vector field (VF) C6 forms a pair with the address field (AF) C5, and stores a word number at which self message data starts in a message field (MF) C7 described later, and a data length of the self message data. This is a field for storing information such as the number of words indicated and the data format of the self message data.

The message field (MF) C7 is a field for storing message data according to the information defined by the vector field (VF) C6. The idle block (IB) C8 is an unused block, in which a pattern of “1” or “0” is set.

The above-described signal format shown in FIG. 34 is interleaved and transmitted in time series in four independent phases a, b, c, and d.
That is, if the STD-43 system is adopted, the paging service company can multiplex data of one frame having different contents and transmit it at once by using these four phases alone or by using two to four phases. is there.

In the advanced paging system, as a service provided by using the above data structure, in addition to a basic paging service, a call from a center-side facility is made for each address of a paging receiver (hereinafter referred to as a pager). In addition, there are a "message serial number service" in which a message number is added and transmitted, and a center also manages messages, and an "information service" in which various information messages such as exchange rates can be received.

Further, a subscriber using a pager corresponding to the advanced paging system can select a basic service and additional services. For example, when the above-mentioned “information service” is selected, various services are available. Various information messages can be received from the information provider.

[0020]

However, according to the advanced paging method, the pager of the user who receives the information service from the paging center receives a call every time the information service data periodically transmitted from the paging center arrives. The information service data is overwritten on the previously received information service data and stored in the built-in memory, and when a memory read mode instruction is input from the user, the stored latest information service data is sequentially displayed. I was

However, in this case, the information service data periodically transmitted from the paging center is simply written or overwritten on the pager side in the order of arrival in the built-in memory. There is a problem that the information service data stored in the built-in memory cannot be classified and displayed according to the service type, the message content, or the like, and important information service data cannot be stored and managed.

Further, in the pager, when a memory read mode instruction is input from the user, only the latest information service data stored in the internal memory is displayed sequentially, so that the information service data required by the user is displayed. Cannot be selected and displayed, and the usability in the memory read mode is poor.

Further, in the pager, since the information service data stored in the built-in memory is not managed by discriminating between the information service data displayed in the memory read mode and the information service data not displayed in the memory read mode, Has a problem that the displayed information service data cannot be distinguished from the displayed information service data, and the same information service data is displayed many times.

An object of the present invention is to provide a classification storage management function for automatically classifying and storing incoming information service data on the basis of a service type, a specific keyword, and the like. It is an object of the present invention to provide a receiving apparatus that sets identification information indicating whether the information has been displayed or has not been displayed, thereby improving usability in a memory read mode.

[0025]

According to the first aspect of the present invention,
A receiving apparatus comprising: receiving means for receiving an information sequence composed of a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means, wherein a plurality of information sequences received by the receiving means are stored. Storage means and the first storage means.
Second storage means for classifying and storing a plurality of information strings stored in the storage means, and setting display conditions for displaying on the display means for each information string stored in the first storage means. Setting means for setting, and when the display conditions are set by the setting means, the storage destinations of the plurality of information strings stored in the first storage means are moved to the second storage means to correspond to the display conditions. And information storage control means for controlling the information storage.

According to the first aspect of the present invention, there is provided a receiving apparatus comprising: receiving means for receiving an information sequence including a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. A plurality of information strings received by the receiving means are stored in the first storage means, and the plurality of information strings stored in the first storage means are classified and stored in the second storage means, and are set by the setting means. When display conditions for displaying on the display unit are set for each information sequence stored in the first storage unit, the information storage control unit sets a plurality of information stored in the first storage unit. The storage destination of the column is moved to the second storage unit, and control is performed so that the column is stored in association with the display condition.

Therefore, when the display conditions are set, a plurality of information strings stored in the first storage means are moved to the second storage means in accordance with the display conditions, and are associated with the display conditions. Therefore, important information strings stored in the first storage means can be arranged, and the search can be easily performed and the identification information can be displayed.

According to a second aspect of the present invention, there is provided a receiving apparatus comprising: receiving means for receiving an information sequence comprising a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. A first storage unit for storing a plurality of information sequences received by the second storage unit, a second storage unit for classifying and storing the plurality of information sequences for each specific information included in the information sequence, Detection information setting means for setting specific information to be detected; and when the specific information is set by the detection information setting means, an information sequence including the specific information is read from the first storage means, and the information sequence is read. Information storage control means for controlling the storage destination of the information to be moved to the second storage means and storing it in association with the specific information.

According to a second aspect of the present invention, there is provided a receiving apparatus comprising: a receiving unit that receives an information sequence including a plurality of pieces of information; and a display unit that displays the information sequence received by the receiving unit. A plurality of information strings received by the receiving means are stored in a first storage means, and the plurality of information strings are classified for each specific information included in the information strings, stored in a second storage means, and detected. When specific information to be detected from the information sequence is set by the information setting unit, the information storage control unit reads an information sequence including the specific information from the first storage unit, and determines a storage destination of the information sequence. Control is performed to move to the second storage means and store it in association with the specific information.

Therefore, when the new specific information is set, an information sequence corresponding to the new specific information is read from the first storage means, moved to the second storage means, and
The first information is stored in association with the new specific information.
Important information strings stored in the storage means can be arranged to facilitate search display.

According to a third aspect of the present invention, there is provided a receiving apparatus comprising: receiving means for receiving an information sequence including a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. A first storage unit for storing a plurality of information sequences received by the first storage unit, a second storage unit for classifying and storing the plurality of information sequences for each specific information included in the information sequence, Selecting means for selecting an information string to be displayed on the display means from the information strings stored in the storing means; and when the information string is selected by the selecting means, the information string is read from the first storing means. Display control means for displaying on the display means, when the selected information sequence is displayed on the display means, detection means for detecting specific information from the information sequence, and the selected information sequence Displayed on the display means Storing the identification information indicating that the information sequence has been displayed in the first storage means, and moving the storage location of the information sequence to the second storage means to store the specific information detected by the detection means. And information storage control means for performing control so as to store the information in association with the information.

According to a third aspect of the present invention, there is provided a receiving apparatus comprising: receiving means for receiving an information sequence including a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. A plurality of information strings received by the receiving means are stored in a first storage means, and the plurality of information strings are classified for each specific information included in the information strings, stored in a second storage means, and selected. When an information string to be displayed on the display means is selected from the information strings stored in the first storage means by the means, the display control means reads the information string from the first storage means and reads the information string from the first storage means. Display on display means,
When the selected information sequence is displayed on the display means,
The detection means detects specific information from the information sequence, and the information storage control means stores identification information indicating that the information sequence has been displayed in the first storage means, and specifies a storage destination of the information sequence. Control is performed such that the information is moved to the second storage means and stored in association with the specific information detected by the detection means.

Therefore, it is possible to set identification information indicating that the information has been displayed in the first storage means in correspondence with each of the information strings stored in the first storage means. Can be performed collectively, and a search for an undisplayed information sequence can be facilitated. In addition, the displayed information sequence is automatically classified and stored in the second storage unit based on the specific information included in the information sequence, so that the displayed information sequence can be easily searched. .

[0034]

Embodiments of the present invention will be described below in detail with reference to the drawings.

(First Embodiment) FIGS. 1 to 25 are diagrams showing an embodiment of a paging system to which a receiving apparatus according to the present invention is applied.

First, the configuration will be described. FIG. 1 is a diagram showing a schematic configuration of a paging system according to the present embodiment.
In the system, 1 is a pager, 2 is a user of the pager 1, 3 is an information service center that provides various information services, and the information service center 3 is connected to the paging center 4 via a dedicated line 6. It is connected. The paging center 4 is connected to the transmitting station antenna 5.

The paging center 4 is composed of various information service data (program name data + subtitle data + information message data + subtitle data + information message data...) Inputted from the information service center 3 via the dedicated line 6. Is set in the message field (MF) C7 in the transmission data format of the conventional RCR STD-43 shown in FIG. 34, and transmitted from the transmission antenna 5 to the pager 1 of the user 2 who has made an information service contract in advance. .

FIG. 2 shows an image of the information service data set in the message field (MF) C7 transmitted from the paging center 4. In FIG. 2, "town information" of underline A is program name data, and underline B is
“Tachikawa” is the subtitle data, and the underlined C “4/2”
7 (Sun) at Tachikawa Station, ... "is information message data, and each of these data is separated by a space (or a line feed designation code). Note that FIG.
Is merely an image, and in practice, coded and interleaved data is set in a message field (MF) C7 and transmitted to the pager 1.

Next, FIG. 3 shows a block diagram of the internal circuit configuration of the pager 1 of FIG.

In FIG. 1, a pager 1 is an antenna 1
01, receiving unit 102, decoder 103, buffer memory 104, deinterleave circuit 105, CPU 10
6. ROM 107 for sound source information, ROM 1 for display control information
08, driver 109, display unit 110, key input unit 11
1, ID-ROM 112, information service memory 11
3, RAM 114, ROM 115, driver 116, speaker 117, LED 1118, and vibrator 11
9 and the like.

The antenna 101 receives data transmitted from the transmitting antenna 5 by the paging center 4 of FIG. 1 from the transmitting antenna 5 in the format shown in FIG.
Output to

The receiving section 102 is connected to a decoder 103 and is driven based on a control signal from the decoder 103 to demodulate and detect received data. The receiving unit 103 selectively outputs serial bit data to the decoder 103 according to a binary or quaternary modulation method by taking in the synchronizing unit 1 (S1) C1 in FIG.

The decoder 103 rearranges the binary or quaternary serial bit data input from the receiving unit 102 into 8-bit parallel data and outputs it to the bus B. When the decoder 103 receives the detection signal output when the address data of the address field (AF) C5 received by the CPU 106 and the address data registered in the ID-ROM 112 match with each other after collation, The receiving unit 102 continuously receives all data in the vector field (VF) C6 and the message field (MF) C7 of the frame including the matched address data.
Has the function of instructing

The buffer memory 104 stores a maximum of one frame in its own frame (the interleave block D).
2) is temporarily stored in block units until the termination of the incoming process by the detection of the idle block (IB) C8, and is used as a work area when performing interleave recovery by the deinterleave circuit 105 described later, error correction by the CPU 106, and address collation. Memory.

The deinterleave circuit 105 separates and restores each of the binary 8-bit parallel bit data output from the decoder 103 for each phase in accordance with each frame pattern, and performs bus restoration. It is a circuit that outputs to line B.

CPU (Central Processing Unit) 10
6 analyzes incoming bit data based on various control programs stored in the ROM 115 and controls each circuit unit in the pager 1 according to various control signals input from the key input unit 111.

Further, at the time of incoming call processing to be described later, the CPU 106 preliminarily selects information control data in the RAM 114 from information service data periodically transmitted from the information service center 3 via the paging center 4 and the transmission antenna 5. Information message data including the "keyword" set in the memory area (ICM) 114a,
Then, the subtitle data of the information message data is extracted, and the incoming call is notified by the melody sound of the melody number preset for each keyword. Furthermore, CPU1
06, the information service data including the extracted information message data, subtitle data, and the program name data when the file name does not exist during the incoming call processing to be described later is transmitted to the “file name (program name) )), Is stored in the information message memory area (IM) 114c in the RAM 114, and in a message reading mode designation process to be described later, the set keywords and file names are displayed in a list, and a selection instruction is given in this list display. With this, the desired information service data is read out and displayed on the display unit 110.

Further, at the time of incoming call processing described later, the CPU 106 executes the information service setting mode processing shown in FIGS. 21 to 22 to set a keyword for notifying the arrival of desired information message data, Setting of a display template for displaying the desired information message data extracted in the incoming call processing together with subtitle data, program name data, and incoming date and time data in a fixed display form, and desired information message data in the incoming call processing The user can arbitrarily set a melody number and a melody number corresponding to a melody sound for notifying that the incoming call is different from the normal notification. Also, CP
In the incoming call processing to be described later, U106 stores information service data areas 1131-1 to 1 in the information service memory 113 with respect to the searched and displayed information service data.
The “unread flag” set in 133 is set to the “read flag”, and a keyword is searched from the displayed information service data. If the keyword is searched, the information service data corresponding to the keyword is stored in the information service data. The information is read from the service memory 113, moved to the information message memory area (IM) 114c in the RAM 114, and stored in the corresponding keyword management information memory area.

As shown in FIG. 4, a sound source information ROM 107 stores a notification control information memory area (ICM) 1 described later.
A melody correspondence table (MT) 107a storing the melody number set in the melody number 14a and the melody data converted into a digital signal in association with each other;
Notification control program memory 107 for controlling 06
b. In addition, the melody correspondence table (M
T) 107a is a melody number (00 to 0) indicating the actual storage address of each melody data as shown in FIG.
3) and the melody data are stored in association with each other.

As shown in FIG. 6, when the display control information ROM 108 displays program name data and display contents (subtitle data, information message data) based on the received information service data, the display font (font) thereof is used. A font table (FT) 108a that defines
A template table (T) that defines the display format of the program name data and display contents based on these received data
T) 108b and a display control program memory 108c for causing the CPU 106 to actually perform display control and drive the driver 109. This font table (FT) 108a, as shown in FIG.
The program name data and the font number for designating the font of the display content are stored in association with the font content (Mincho, Gothic, Pop, etc.). As shown in FIG. 8, the template table (TT) 108b
When the program name data, subtitle data, and information message data are displayed as A, B, and C, respectively, together with the arrival date and time data, the display position and display control method including background processing (animation, color display, etc.) are specified. And a display screen image (actually, a control program for controlling the driver 109) are stored in association with each other.

The driver 109 is a display drive circuit that drives the display unit 110 based on display control information input from the CPU 106. The display unit 110 includes, for example, a dot matrix liquid crystal panel or the like including a display buffer, an EL backlight, and the like (not shown), and is driven and controlled by the driver 109 to display information such as a message on the liquid crystal panel. .

The key input unit 111 is connected to, for example, the positive electrode of the power supply battery 20 whose negative electrode is grounded, and turns on / off the power supply.
Main switch 1111 for detecting FF switching, determination of various settings in each mode, cursor key 1112 for detecting a mode switching operation such as an incoming call waiting mode, a notification mode setting mode or a list selection operation, and stored in message memory (MM) 114b. Key 1113 for detecting a read operation of a message based on the message data being performed, a reset key 1114 for detecting the reset of the incoming call notification, and the release of the mode state, and characters such as numerals, alphabets, hiragana, katakana, kanji, and symbols. A keyboard 1115 having a QWERTY arrangement provided for input, for example, and various operation signals corresponding to input operations of respective keys are transmitted to the CPU 1.
06 is output.

As shown in FIG. 9, the ID-ROM 112 stores, for example, the frame number data of its own frame set in the pager 1 and the address data (32 bi).
t) and the 3-bit vector type of v2, v1, v0 set in the vector field (VF) C6 of the data configuration C in FIG. 26 are stored in association with each other.

For example, in the case of the pager 1A shown in FIG. 9, three types of frame number data '10', individual call address data #A, three types of frame number data '32', and one type of address for information service address #X are provided. Is stored in accordance with the setting contents at the time of calling.

The individual call address data #A
Are usually set to three types depending on the difference in the setting of the vector data. More specifically, the first address data (for basic call), the second address data (for dual call), and the third address data (serial number) (For service) is stored. These 1st to 3rd addresses are for NP paging service (numeric messages, free words, fixed phrases).

The information service address #X
Is set for the 4th address (for calling a group receiving the information service). Therefore, this 4
When the owner of the pager 1A applies for an information service at the paging center 4,
It is written to the pager 1. Also, this 4
The th address data is for the IP paging service, and is different from the above-mentioned first to third addresses, for receiving character information having a relatively large data amount, such as Kanji and Kana. Therefore, the message uses a shift JIS code designating one character with two bytes, and the vector type is set to a hexadecimal / binary vector (1, 0, 0).

As shown in FIG. 10, the information service memory 113 has three memory areas 1 having the same storage capacity.
When a series of information service data as shown in FIG. 2 is received from the paging center 4, the information service data is stored together with the incoming date and time, and the information service data is stored in all the memory areas 1131 to 1133. Is stored overwriting the memory area in which the information service data with the old arrival date and time is stored. Therefore, when viewing the information service data in the read mode, the three most recent information service data can be read and displayed.

For example, if the information service data is "97.0
When the call arrives at “3.31 18:00”, as shown in FIG. 11, the information service data is stored in the information service memory area storing the information service data received before the arrival date and time of the information service data. 1132
Are sequentially written while overwriting.

In each of the memory areas 1131 to 1133 of the information service memory 113, an "unread flag" and a "read flag" for identifying whether the information service data is unread or read can be set. An “unread flag” is set for information service data not displayed in the read mode, and a “read flag” is set for information service data displayed in the read mode.

RAM (Random Access Memory) 114
As shown in FIG. 12, a notification control information memory area (ICM) 114a, a message memory area (MM)
114b and information message memory area (IM) 1
14c. The notification control information memory area (ICM) 114a of each of these memory areas corresponds to FIG.
As shown in FIG. 3, when a series of incoming information service data detects information message data including a specific keyword, the keyword management number, the keyword, and the melody number are controlled so that the notification is controlled by the corresponding melody number. The correspondence of the notification control contents can be freely set by the user in the information service setting mode. The keyword management number is linked to the information message memory area (IM) 114c.

Message memory area (MM) 114b
Are 1st to 3r set in the ID-ROM 112
The message data of the NP paging service received at address d is stored.

Information message memory area (IM) 11
4c, as shown in FIG. 14, together with a keyword management number, data of a file name (program name), a template number, a font number, display contents (sub-address and information message), and an arrival date and time are stored in association with each other. I have. This information message memory area (IM) 114c
When a call is received and a series of information service data is stored in the information service memory 113, a keyword search is performed on the information service data, and when information message data that matches the keyword condition is detected, the extracted and copied Information message data, subtitle data of the information message data, and program name data when the program name is not registered as a file name are stored.

This information message memory area (IM)
The keyword management number of the data stored in the data 114c is linked to the keyword management number set in the notification control information memory area (ICM) 114a in the RAM 114. For example, the keyword management number is "0".
In the case of “1”, since the keyword is “flea market”, the keyword “flea market” is obtained from the information service data stored in the information service memory 113.
Is searched for information service data containing the same file name as the already set file name, subtitle data and information message data, and
As a result of the search, the information message memory area (IM) 1
14c, subtitle data and information message data are extracted from program name data having a file name not set in 14c.
In the case of copying, the program name data is also extracted, copied and transferred, a new file is created with the file name of the program name data, and the default template number “00” and the default font number “00” are added. After setting, the subtitle data and the information message data are duplicated therein, transferred, and transferred to the information message memory area (IM) 11.
4c.

That is, the subtitle data and the information message data transferred by the keyword search are
If the program title data can be stored and managed as a file name, and the keyword search results in the transfer of subtitle data and information message data that cannot be stored in the existing file name, the program name data of these data must be transferred. You can set a new file name and automatically launch the file.

A ROM (Read Only Memory) 115 is a nonvolatile storage medium for storing a display control program, various other programs, and the like.

The driver 116 makes the speaker 117 sound with a melody sound according to the content of the received information service, blinks the LED 118 at the time of a call, and vibrates the vibrator 119.

Next, the operation of the first embodiment will be described. In the first embodiment, the information service center 3
Is dedicated line 6, paging center 4, transmitting antenna 5
The information service data is transmitted to the pager 1 via. The information service center 6 transmits the information service data to the dedicated line 6 to provide the information service data.
To the paging center 4 via.

At the paging center 4, the information service data received from the information service center 3
Transmission data to be transmitted to the pager 1 is created based on the data configuration of FIG. 34 defined by the STD-43, and a series of information service data is set in a message field (MF) C7.

The pager 1 that has received the information service data from the paging center 4 by the information service data transmission processing in the information service center 3
Will be described with reference to the flowcharts shown in FIGS.

After the power is turned on by operating the power switch, the CPU 106 in the pager 1 executes the initialization setting of each circuit unit and the setting of control data to execute the frame No. 0 (the frame in which the time correction information is stored) and the frame of the own frame are searched (step A1). When the frame is synchronized (step A2), the apparatus enters the intermittent reception standby state (step A3). Then, first, the CPU 106 checks whether or not the read mode input by the key operation of the cursor key 1112 in the key input unit 111 is detected (step A4).

That is, first, in the incoming call processing, in the incoming call processing of the information service data transmitted from the information service center 3 via the paging center 4 according to the transmission schedule, the information service memory area 1131 in the information service memory 113 is received. It is checked whether a read mode instruction for reading the information service data stored in .about.1133 has been detected.

If the read mode instruction is not detected in the read mode detecting process, the cursor key 1112 in the key input unit 111 and the main switch 11
It is checked whether or not an input for selection of the information service setting mode by the operation of each key 11 is detected (step A).
5). That is, as shown in FIG.
14 is a notification control information memory area (ICM) 114a
It is checked whether an instruction to set a keyword and a melody number associated with the keyword management number to be stored in is stored.

If the information service setting mode instruction is not detected in the information service setting mode detection processing, the own frame timing is determined based on the transmission data transmitted wirelessly from the paging center 4 via the transmission antenna 5 by the antenna 101 by the intermittent call reception processing. Is detected (step A6). If the transmission timing of the own frame is not detected, the process returns to the intermittent reception process in step A3. If the transmission timing of the own frame is detected, the frame data is fetched and the incoming process is started (step A3).
7). Then, a modulated wave of the signal received by the antenna 101 is received and output to the receiving unit 102, and further detected and demodulated, and output to the decoder 103.

The decoder 103 rearranges the serial data corresponding to the transmission speed input from the receiving unit 102 into 8-bit parallel data and outputs the data to the bus B. After that, the CPU 106 outputs 8b
It takes in parallel data of the
Address data and address field (A
F) Check with the address data in C5 to detect whether or not the address data included in the ID code matches its own address data (step A8). If they do not match, the receiving process is terminated (step A9).
Returning to the process of step A3, when the data matches, a match signal is output, and the receiving operation of the receiving unit 102 is continued so that the decoder 103 receives all the data in the frame.

Subsequently, all the data of one frame transmitted from the information service center 3 via the paging center 4 and the transmission antenna 5 is fetched. Then, it is detected whether or not the address data whose match has been detected first is the 4th address (step A10). If it is not the 4th address, error correction processing is performed on the fetched frame data, and the message memory area (MM) 11 in the RAM 114 is processed.
4b (step A11), analyzes the contents of the self-addressed message data stored in the message memory area (MM) 114b, and outputs a notification sound of the speaker 117 driven by the driver 116, blinking of the LED 118,
Alternatively, the incoming call is notified by the vibration of the vibrator 119, the analyzed message is displayed on the display unit 110 (step A12), and the process returns to the intermittent reception state in step A3.

If the address data for which a match was previously detected in step A10 is the 4th address, error correction processing is performed, and the fetched information service data is stored in the free space of the information service memory areas 1131 to 1133 in the information service memory 113. Along with the incoming date and time in the area,
Alternatively, if the data has been written in all, the information service data and the arrival date and time are overwritten and stored in the memory area where the information service data with the old arrival date and time is stored (step A13), and the step of FIG. A14
Move to the processing of.

Then, in step A14, a search for information service data including a keyword is started from the information service data stored in the information service memory this time. That is, a search is made as to whether or not information message data including a keyword set by linking to the keyword management number is stored in the currently received information service data in the notification control information memory area (ICM) 114a in the RAM 114.

In this case, if a plurality of keywords are set in the notification control information memory area (ICM) 114a as shown in FIG. Perform a search. For example, as shown in FIG. 13, when three keywords of “flea market”, “flea market * TEL”, and “Tama west” are set in the notification control information memory area (ICM) 114a, "Flea market" * "TEL""Fleamarket" Performs a keyword search for information message data that arrives in the order of “Tama west”.

If the information message data corresponding to the keyword is not detected in step A15, the process returns to the intermittent reception state in step A3. If the information message data corresponding to the keyword is detected, the keyword is determined in step A16. Extract the included information message data and subtitle data of the information message data.

Then, it is determined whether the same file name as the program name data corresponding to the extracted data is set in the information message memory area (IM) 114c (step A17). If the file name has been set, these data extracted in step A13 are duplicated, and the arrival date and time data of the currently received information service data in the information service memory area 113 in the information service memory 13 is stored in the corresponding file name. Is transferred and stored in the information message memory area (IM) 114c (step A18). Information message memory area (IM) 114c corresponding to the processing of step A18
FIG. 17 shows a specific example of the stored contents of the above. The storage contents shown in FIG. 17 show the case where the information service data of the program name data “event information” has arrived from the storage contents shown in FIG. 14, and for example, “flea market” * “T
Keyword search for "EL"
A great selection! ? Antique Flea Market 5/5
Is held (TEL12-3456), and the file name "event information" is set by referring to the keyword management number. Therefore, it is determined that the file name matches the program name data of the received information service data. In the file name “event information” in the information message memory area (IM) 114c,
The figure shows a case where copied information message data and subtitle data of the information message data are transferred.

Next, referring to the setting contents (FIG. 13) of the notification control information memory area (ICM) 114a in the RAM 114, the information message memory area (IM) 114c is referred to.
From the template number set corresponding to the keyword management number of the searched keyword, the display template corresponding to the template number is set to the display control information R.
Template table (TT) 108b in the OM 108
And a melody number corresponding to the keyword management number in the notification control information memory area (IC
M) The melody data acquired from the melody number 114a and corresponding to the melody number is read from the melody correspondence table (MT) 107a in the sound source information ROM 107 (step A19).

Then, the driver 116 is controlled by the read melody data and the notification control program memory 107b stored in the sound source information ROM 107 to notify the melody from the speaker 117, and the read display template and the display control information ROM 108 The program name and the information message memory area (IM) 1 of the information service data received by controlling the driver 109 by the stored display control program memory 108c.
The subtitle and the information message data transferred to 14c are displayed on the display unit 110 (step A20).

The display contents of each data displayed on the display unit 110 corresponding to the display processing of step A20 are as shown in FIG. In other words, “flea market” *
As a result of the keyword search by "TEL", the display contents of the file name "event information" in the information message memory area 114c shown in FIG. 17 "Other events excellent item set !? Held at antique goods flea market 5/5 (TEL12-3456) ) ”(Subtitle data and information message data) are displayed in the display template in the third row of FIG. 8 corresponding to the set template number“ 02 ”in the figure corresponding to the set font number“ 02 ”. 7 is displayed in a font of “pop”.

If the file name corresponding to the information message data extracted in step A17 is not set in the information message memory area (IM) 114c, the program name data of the extracted information message data is also stored in the information message memory area. (IM) 114c, extract, copy, transfer, and automatically create a new file based on the program name data (steps A21, A22). Then, as default, the display template is set to the template number “00” and the font number “00 (Mincho)” (step A23), and the extracted information message data, subtitle data, and incoming date / time data are transferred to the created file. And memorize it.

FIG. 18 shows a specific example of the contents stored in the information message memory area (IM) 114c corresponding to each of the processes of steps A22 and A23. The storage contents shown in FIG. 18 show the case where the information service data of the program name data “personal information” arrives from the storage contents shown in FIG. In this case, for example, program name data "personal information" is received as information service data, and a keyword search is performed for "flea market" * "TEL" and "Yield. Your favorite PC will be sold at the flea market on Sunday! (TEL11 -1111) is detected, but “personal information” is added to the file name of the information message memory area (IM) 114c.
Is not registered, the program name data "Personal information" is transferred from the information service memory area 113, a new file name "Personal information" is created, and the new file "Transfer This is the case where "Sell at the flea market on Sunday! (TEL11-1111)" is transferred and the template number "00" and the font number "00" are set as defaults.

Next, the display template corresponding to the set default template number "00" is read from the template table (TT) 108b in the display control information ROM 108, and the melody number corresponding to the keyword management number is notified. The melody data corresponding to the melody number obtained from the information memory area (ICM) 114a is stored in the ROM 1 for the sound source information.
07 is read from the melody correspondence table (MT) 107a.

Then, the driver 116 is controlled by the read melody data and the notification control program memory 107b stored in the sound source information ROM 107 to notify the melody from the speaker 117, and to the read display template and the display control information ROM 108. The program name data, subtitle data, and information message data, which are copied by controlling the driver 109 by the stored display control program memory 108c and transferred to the information message memory area (IM) 114c, are displayed on the display unit 110. Display (Step A2)
4).

The display contents of each data displayed on the display unit 110 corresponding to the display processing of step A24 are as shown in FIG. In other words, the display content of the file name "personal information" newly set in the information message memory area 114c of FIG. 18 "Sell your favorite personal computer at the flea market on Sunday! (TEL11-1111)" (subtitle data, And the message data) in FIG. 8 corresponding to the set template number “00”.
This is displayed in the display template in the lower row in a font of the font “Mincho” of FIG. 7 corresponding to the set font number “00”.

Steps A20 and A24
After each of the above processes, the process returns to the intermittent reception state in step A3.

As described above, the pager 1 according to the first embodiment executes the incoming call processing shown in FIGS. 15 and 16 so that the information service center 3 periodically transmits the information via the paging center 4 and the transmission antenna 5. A desired information message data is detected from information service data that is transmitted by a keyword search set in advance in a notification control information memory area (ICM) 114a in the RAM 114, and is extracted and copied together with subtitle data. After that, the information message memory area (IM) 11
4c, and is stored and managed under the same file name as the program name data of the received information service data, so that the user can easily read out the required information service data and shorten the search time. .

If a read mode instruction is detected in the read mode detection process at step A4 in FIG. 15, the flow shifts to the read mode process from step B1 in FIG.

When a read mode instruction is input, first, a read menu is displayed on the display section 110 (step B1). The read menu includes "display of incoming message" (message memory area (MM) 114).
b), “display of information service” (read of the information service memory 113), and “display of file registration information” (information message memory area (IM) 11).
It is assumed that three menus (readout 4c) are set.

In the displayed read menu,
Whether "display of incoming message" is selected and determined by operating each key of the cursor key 1112 of the key input unit 111 and the main switch 1111 (step B2), or "display of information service" is selected and determined (step B)
3) It is detected whether "display of file registration information" is selected and determined (step B4). When it is detected that "display of file registration information" is selected and determined, information message memory area (IM) 114c is detected. (Step B5), and it is first determined whether or not a keyword has been set from the setting status of the keyword management number (step B6). If it is determined that the keyword has not been set, the process proceeds to step B12. If it is determined that the keyword has been set, a file search is further performed based on the keyword (step B7). It is determined whether or not there is (step B8).

If it is determined that a plurality of keywords have not been set, the process proceeds to step B12, and if it is determined that a plurality of keywords have been set, the keywords are displayed in a list on the display unit 110 (step B12). B
9). When it is detected that a specific keyword is selected and determined by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 for the displayed keywords (step B1).
0), a file name storing information message data including the selected and determined keyword is retrieved from the information message memory area (IM) 114c (step B).
11).

As a result of the search, if there are a plurality of file names (step B12), the plurality of file names are displayed as a list on the display unit 110 (step B1).
3). Then, when it is detected that a specific file name is selected and determined by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 with respect to the list of displayed file names (step B1).
4) stored in the information message memory area (IM) 114c corresponding to the selected and determined file name;
A list created from the subtitle data and data picked up by a predetermined number of characters from the beginning of the information message data is displayed on the display unit 110 (step B1).
5).

When it is detected that a specific list is selected and determined by operating the cursor key 1112 on the key input unit 111 and each key operation of the main switch 1111 with respect to the displayed list (step B1).
6) The corresponding subtitle data and information message data are stored in the information message memory area (IM) 11
4c, and displays it on the display unit 110 together with the file name and the arrival date / time data (step B17). When the key operation of the release key 1114 in the key input unit 111 is detected (Step B18), the process returns to the intermittent reception state of Step A3.

If it is detected in step B3 that "display of information service" is selected and determined, the flow shifts to the processing of step B19 in FIG.
The information service data stored in 1133 is searched.
Then, the contents of the searched information service data are all displayed on the display unit 110 (step B20). When a plurality of information service data are stored, the display is started from the information service data of the latest incoming call date and time. A series of information service data is displayed in the order of the date and time of arrival according to the key operation of the memory key 1113 on the key input unit 111.

When displaying information service data, C
In the information service data designated for display, the PU 106 retrieves the information message data retrieved by the keyword at the time of the incoming call processing and transferred to the information message memory (IM) 114c and, if the subtitle data of the information message data exists, the information message The data and the subtitle data are controlled so as to be differentiated from other information service data and displayed.

Then, the “unread flag” set in the information service memory areas 1131 to 1133 in the information service memory 113 is set to the “read flag” for the searched and displayed information service data ( Step B21). Next, a keyword is searched from the displayed information service data (step B22), and the presence or absence of the keyword is determined (step B23). If no keyword is found, the process proceeds to step B25,
When the keyword is retrieved, the information service data corresponding to the keyword is read out from the information service memory 113, moved to the information message memory area (IM) 114c in the RAM 114, and stored in the memory area of the corresponding keyword management information. Store (Step B2
4). Then, the release key 11 in the key input unit 111
When the key operation of No. 14 is detected (step B25), the process returns to the intermittent reception state of step A3.

When it is detected in step B2 that "display of incoming message" is selected and determined,
The flow shifts to the process of step B26 in FIG. 22, and the incoming message data stored in the message memory area (MM) 114b is searched. Then, a predetermined number of characters from the beginning of the retrieved incoming message data is extracted and created as a list, displayed on the display unit 110 (step B27), and each key of the cursor key 1112 and the main switch 1111 in the key input unit 111. When it is detected that the specific incoming message data is selected and determined by the operation (Step B28), the selected incoming message data is read out from the message memory area (MM) 114b and displayed on the display unit 110 (Step B29). . Then, upon detecting a key operation of the release key 1114 in the key input unit 111 (step B30), step A3
Return to the intermittent reception state.

As described above, in the pager 1 of the first embodiment, in the information service data received in the incoming call processing, the “keyword” previously set in the notification control information memory area (ICM) 114 a in the RAM 114 is set. The information message data retrieved and detected together with the subtitle data of the information message data is associated with the "file name (program name)" set in the information message data and stored in the information message memory area in the RAM 114. (IM) 114c
Since the transfer is performed, in the message reading mode designation processing of FIGS. 21 and 22, only by selecting and instructing the keywords and file names displayed in the list, desired data can be immediately read and displayed, and furthermore, the data can be used. The reading process of the information service data specified by the user can be facilitated.

Further, if an information service setting mode instruction is detected in the information service setting mode designation detection processing in step A5 in FIG. 15, the flow shifts to the information service setting mode processing in step C1 and subsequent steps in FIG.

When an information service setting mode instruction is input, first, a list of information service setting contents is displayed on display unit 110 (step C1). The setting list of the information service includes three setting items of “keyword setting”, “display template setting”, and “melody notification setting”. Then, when it is detected that a specific setting item is selected and determined by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 with respect to the setting contents of the displayed information service (step C2), It is determined whether the selected setting item is “display template”, “keyword”, or “melody notification” (step C3).

When the “keyword” of the setting item is selected, the notification control information memory area (IC
M) The setting content stored in 114a is read (step C4), and it is searched whether a keyword has already been set (step C5). If the keyword has not been set, the process proceeds to step C13 and the subsequent steps. If the keyword has been set, an input instruction menu of “new setting” or “change setting” is displayed on the display unit 110 (step C6). When it is detected that “new setting” is selected by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 with respect to the input instruction menu (step C7), step C7 is performed.
13 and displays a keyword input instruction screen on the display unit 1.
10 is displayed to prompt the input of a new keyword.

Keyboard 11 in Key Input Unit 111
When a keyword (the keyword can be anything such as half-width, full-width, numeric, alphanumeric, hiragana, katakana, kanji, symbol, etc.) is input by the key input operation of No. 15, and the input completion of the keyword is detected (step C14), the input The new keyword that has been added is stored in the broadcast control information memory area (I
CM) 114a (step C15). "Setting completed" is displayed on the display unit 110 (step C16), the information message corresponding to the new keyword is read from the information service memory 113, and moved to the information message memory area (IM) 114c in the RAM 114. It is stored together with the new keyword management information and the file name (step C14). Then, the key input unit 11
When the key operation of the release key 1114 in Step 1 is detected (Step C17), the process returns to the intermittent reception state of Step A3.

When it is detected that "change setting" is selected by operating the cursor key 1112 in the key input section 111 and each key of the main switch 1111 in the input instruction menu display in step C6 (step C8), The keyword is reported to the control information memory area (I
A search is made as to whether a plurality of keywords are set in the CM 114a (step C9). If only one keyword has been set, the keyword is deleted (step C12), and the keyword input setting process of step C13 and subsequent steps is executed to change the set content of the keyword.

When a plurality of keywords are set, the keywords are stored in the notification control information memory area (I
CM) 114a and read out the list on the display unit 110 (step C10) to urge selection of a keyword to be changed. Then, when it is detected that a keyword to be changed is selected by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 with respect to the keyword list display (step C1).
1) Delete the keyword (step C12),
The input setting process of the new keyword after the step C13 is executed to change the set content of the keyword.

Further, the cursor key 1112 and the main switch 1111 in the key input unit 111 are input to the set contents of the information service displayed in a list at the step C3.
When it is detected that the "display template" of the setting item is selected and determined by each key operation of step D in FIG.
The processing shifts to display template setting processing for the first and subsequent display templates.

When the setting item "display template" is selected, the contents of the setting stored in the information message memory area (IM) 114c in the RAM 114 are searched (step D1) to determine whether or not a file has been set. Is checked (step D2). If the file has not been set, the process proceeds to the processing after step D19. If the file has been set, the file name of the file is read from the information message memory area (IM) 114c (step D3). At the time of reading, it is determined whether or not a plurality of files are set (step D4).
If a plurality of files have not been set, the process proceeds to step D7 and later. If a plurality of files have been set, the file names of those files are read from the information message memory area (IM) 114c and displayed on the display unit 110 as a list. (Step D5).

Then, a cursor key 1112 in the key input unit 111 is input to the list of displayed file names.
When it is detected that the file name to be set is selected by operating each key of the main switch 1111 (step D6), an instruction as to whether or not to correct the display template setting for the selected degree template. The display is displayed on the display unit 110 (step D7).

When it is detected that the correction instruction is determined by the key operation of the main switch 1111 in the key input unit 111 in response to the displayed correction instruction (step D8), the template table (ROM) in the display control information ROM 108 is detected. TT) 108b to read out the template number of the display template set in the display unit 110
Is displayed at the display position C of the indicated template, the file name set in the information message memory area 114c is read, and displayed at the display position A of the displayed template (step D9). Prompts you to select a display template.

The cursor key 1112 in the key input unit 111 and the main switch 11 correspond to the displayed display template, template number, and file name.
When it is detected that the template number to be set has been selected and determined by each key operation of No. 11 (step D10),
The selected template number is set in the information message memory area (IM) 114c (step D1).
1).

Next, a display for changing the font number for the file name is displayed on the display unit 110 (step D12), and the displayed change instruction is changed by operating the main switch 1111 on the key input unit 111. Is detected (step D)
13), information message memory area (IM) 114c
Is read out and displayed at the display position C of the template set ahead of the display unit 110, and the font number set in the font table (FT) 108a in the display control information ROM 108 is read out. Then, it is displayed at the previously set display position A of the template (step D14), and the user is prompted to select a font number to be changed.

In response to the display of the font number, when it is detected that the font number to be changed is selected by operating the cursor key 1112 on the key input unit 111 and each key operation of the main switch 1111 (step D1).
5) The changed font number is set in the information message memory area (IM) 114c (step D1).
6). Then, "setting completed" is displayed on the display unit 110 (step D17), and when a key operation of the release key 1114 in the key input unit 111 is detected (step D1).
8) Return to the intermittent reception state in step A3.

If no change instruction is determined in the process of step D13, the changed template number and file name are stored in the information message memory area (I
M) 114c is set (step D16), "Setting completed" is displayed on the display unit 110 (step D17), and when the key operation of the release key 1114 in the key input unit 111 is detected (step D18), the intermittent step A3 is performed. Return to the receiving state.

Further, in the process of step D2,
If no file is set in the information message memory area (IM) 114c, the fact that no file exists is displayed on the display unit 110 (step D19), and the process returns to the intermittent reception state in step A3.

Also, the cursor key 1112 and the main switch 1111 in the key input unit 111 are input to the set contents of the information service displayed in the list in step C3.
When it is detected that the setting item "melody notification" is selected and determined by each key operation, the process shifts to a melody notification setting process after step E1 in FIG.

When the setting item “melody notification” is selected, the information message memory area (I
M) The setting contents stored in 114c are searched (step E1), and whether or not a keyword is set is searched (step E2). If the keyword has not been set, the process shifts to the process of step E14 to display that no keyword exists on the display unit 110, and returns to the intermittent reception state of step A3. If keywords are set,
The keyword set in the notification control information memory area (ICM) 114a is read (step E3), and it is checked whether a plurality of the keywords are set (step E4).

If a plurality of keywords have not been set, the flow proceeds to the processing after step E7. If a plurality of keywords have been set, the keywords are read from the information message memory area (IM) 114c and
0 is displayed as a list (step E5). When it is detected that a keyword to be set is selected by operating the cursor key 1112 in the key input unit 111 and each key operation of the main switch 1111 with respect to the displayed keyword (step E6), the selected keyword is detected. Is displayed on the display unit 110 (step E7). At this time, a keyword management number set corresponding to the selected keyword is acquired from the information message memory area (IM) 114c, and linked to the acquired keyword management number to the notification control information memory area (ICM) 114a. The set melody number is acquired and displayed on the display unit 110, and the melody data corresponding to the melody number is stored in the melody table (M
T) The melody sound is read out from the 107a and the speaker 117 emits the melody sound.

When it is detected that the displayed change instruction is determined by the key operation of the main switch 1111 of the key input unit 111 (step E8), the information message memory area (IM) 1
The keyword and the melody number set in 14c are read and displayed on the display unit 110 (step E9), and the user is prompted to select a melody number to be changed. At this time, the melody number set corresponding to the keyword is displayed, and the melody data corresponding to the melody number is stored in the melody table (MT) 10 in the sound source information ROM 107.
7a and read out the melody sound from the speaker 11
Sounds from 7

The cursor key 111 in the key input unit 111 corresponds to the displayed keyword and melody number.
2, when it is detected that the key word to be set and the melody number are selected and determined by operating each key of the main switch 1111 (step E10), the selected melody number is notified to the notification control information memory area (ICM) 11
4a is set (step E11). Then, "setting completed" is displayed on the display unit 110 (step E12), and when the key operation of the release key 1114 in the key input unit 111 is detected (step E13), the process returns to the intermittent reception state of step A3.

As described above, the pager 1 according to the first embodiment executes the information service setting mode processing shown in FIGS. 23 to 25, so that the information service data for notifying the incoming call in the incoming call processing is obtained. Setting of a keyword for identifying an incoming call, setting of a display template for displaying information service data for notifying an incoming call in the incoming call processing, and a melody sound for identifying information service data for notifying the incoming call in the incoming call processing. The user can arbitrarily set the corresponding melody number. When setting the melody number,
Since the melody sound corresponding to the melody number instructed to be set is notified, the user can set while checking the melody number and the melody sound to be set and instructed.

Therefore, in the pager 1 of the first embodiment, when the information service data transmitted from the information service center 3 via the paging center 4 and the transmission antenna 5 notifies the arrival of necessary information service data, In addition, the keyword for extracting the information service data, the display template at the time of notification of the incoming call, and the melody sound at the time of notification of the incoming call can be freely changed.

The pager 1 of the first embodiment
Then, an “unread flag” and a “read flag” indicating unread or read in the information service memory areas 1131 to 1133 can be set in correspondence with each information service data stored in the information service memory 113. When displaying the information service data, if the “unread flag” is set for the displayed information service data, the process of changing the displayed information service data to the “read flag” is automatically performed.
Management of unread information service data and read information service data can be performed collectively, and retrieval of unread information service data can be facilitated.

Further, the displayed information service data is
Since the information is automatically moved to the information message memory area (IM) 114c in the RAM 114 by the keyword included in the information service data and classified and stored, it is possible to easily search the displayed information sequence.

Further, in the pager 1 of the first embodiment, when a new keyword is set in the information service setting mode, an information message corresponding to the new keyword is read from the information service memory 113. The information message is stored in the information service memory 113 because the process moves to the information message memory area (IM) 114c in the RAM 114 and automatically stores the new message with the new keyword management information and the file name. Organize important messages,
Searching can be facilitated.

In the first embodiment, the case where the information service data to be notified of the incoming call is extracted by designating the keyword included in the information service data has been described. However, the address information included in the information service data is extracted. It is also possible to extract the information service data to be notified of the incoming call by designating.

(Second Embodiment) FIG. 26 to FIG.
FIG. 14 is a diagram illustrating a second embodiment to which the receiving device of the present invention is applied. The system configuration of the paging system of the second embodiment and the internal configuration of the pager are the same as the system configuration of the first embodiment shown in FIG. 1 and the internal configuration of the pager 1 shown in FIG. Is the same as
Illustration and explanation of the configuration are omitted.

In the first embodiment, the conventional RCR shown in FIG. 34 transmitted from the paging center 4 via the transmitting antenna 5 by the information service center 3 is used.
FIG. 2 shows an image of the information service data set in the message field (MF) C7 of the transmission data format of STD-43. In FIG. 2, "Town information" of underline A is the program title, "Tachikawa city" of underline B is the subtitle data, and "Tachikawa station" of underline C is "4/27 (Sun) Tachikawa station.
.. "Are information message data, and the pager 1 of the first embodiment performs melody notification in accordance with the keyword included in the information message data of the underline C.

In the information service mode according to the first embodiment, the information service transmitted from the information service center 3 to the pager 1 is set by setting each of the underline A program name data and the underline B subtitle data in FIG. The contents can be arbitrarily changed. However, in the case of an information service in which the settings of the program name of the underline A and the subtitle data of the underline B are fixed, the underline A of the first embodiment is used. Each setting of the program name data and the subtitle data of the underline B is made by the information service center 3 on the transmitting side as shown in FIG. : Program name data, lower two digits indicated by underline B 'in the figure: subtitle data) to define the content of the information message data to be transmitted, and the pager on the receiving side 1 can transmit information service data.

In the case of this information service mode, it is necessary for the pager 1 to set display contents (program name and subtitle name) in association with the subaddress, and to store the setting contents of the subaddress. FIG. 27 shows a memory configuration in the display control information ROM 108 of No. 3. In the display control information ROM 108 shown in FIG. 27, a sub-address correspondence table (ST) 10 for setting contents corresponding to the 4-digit sub-address data shown in FIG.
8c is stored. FIG. 28 shows a specific example of the setting contents stored in the sub address correspondence table (ST) 108c.

The setting contents of the sub-address data stored in FIG. 28 include "00: weather information, 01: town information, 02:
Event information, 03: personal information,... Are set, and the lower two digits corresponding to the upper two digits (subtitle data) are set in the lower two digits corresponding to the upper two digits “00”. "0
0: Within 23 wards, 01: Rinkai Fukutoshin, 02: Eastern Tama, 0
3: Tama northern part, 04: Tama western part ".

The display control information ROM 10 shown in FIG.
8 are stored in the font table (FT) 108a and the template table (TT) 108b in the font table (TF) 108a in FIG. 7 and the template table in FIG. Since it is the same as (TT) 108b, illustration and description are omitted.

In the pager 1 according to the second embodiment, which is a storage destination of the information message data associated with the sub-address data received from the information service center 3 via the paging center 4 and the transmission antenna 5 As shown in FIG. 29, the memory configuration in the RAM 114 includes a message memory area (MM) 114a and an information message memory area (IM) 114b. The information message memory area (I
M) 114b, as shown in FIG. 30, the sub-address data (upper two digits: program name data) and the sub-address data (lower two digits: subtitle data) as well as the template number, font number, melody number, incoming call The information message and the arrival date and time are stored in association with each other. This information message memory area (IM) 114b
Receives an incoming call, and the information service memory 11 of FIG.
When the information service data is stored in the information service data 3, the sub address data is searched from the information service data, and only the sub address data and the information message data that match the conditions are stored.

This information message memory area (IM)
The upper two digits and the lower two digits of the sub address data of the data stored in the 114b are linked to the upper two digits and the lower two digits of the sub address data set in the information message memory area (IM) 114b in the RAM 114. For example, when the first two digits of the sub-address data are “01” and the last two digits are “00”, the first two digits of the sub-address data are obtained from a series of information service data stored in the information service memory 113. 01 ”and search for the last two digits“ 00 ”
Further extract and duplicate the subsequent information message data,
The subtitle data and the information message data are transferred and stored in the information message memory area (IM) 114b.

Therefore, in the incoming call processing executed by the CPU 106 in the pager 1 according to the second embodiment, a series of information service data transmitted from the information service center 3 is set to individual information message data. According to the setting contents of the 4-digit sub-address data composed of 2 digits and the lower 2 digits, storage management of the received information message data is executed, and the information message memory area (IM) 114b is associated with the sub-address data in the information message memory area (IM) 114b. A notification is made with a different melody sound for each information message data that arrives according to the set melody number.

An incoming call process executed by the CPU 106 in the pager 1 will be described with reference to a flowchart shown in FIG. The flowchart shown in FIG. 30 is a part following the flowchart of the incoming call processing shown in FIG. 15 of the first embodiment, and FIG.
The illustration of step A1 to step A13 shown in FIG. 9 is omitted in the second embodiment.

In the second embodiment, the information service center 3 shown in FIG.
The information service data is transmitted to the pager 1 via the transmission antenna 5.

At the paging center 4, the information service data received from the information service center 3
The transmission data to be transmitted to the pager 1 is created based on the data configuration of FIG. 34 specified by STD-43, and the message field (MF) C7 of FIG.
The information service data is set together with the sub address as shown in FIG.

After turning on the power by operating the power switch, the CPU 106 in the pager 1 starts the incoming call processing shown in FIG. 15, executes initialization setting of each circuit section and setting of control data, and executes frame No. 0 (the frame in which the time correction information is stored) and its own frame are searched (step A
1) When the frame is synchronized (step A2), the apparatus enters the intermittent reception standby state (step A3). And first, C
The PU 106 checks whether or not the reading mode input by the key operation of the cursor key 1112 in the key input unit 111 is detected (Step A4).

First, in the incoming call processing, in the incoming call processing of the information service data transmitted from the information service center 3 via the paging center 4 according to the transmission schedule, the information service memory area 1131 in the information service memory 113 It is checked whether a read mode instruction for reading the information service data stored in .about.1133 has been detected.

If a read mode instruction is not detected in this read mode detecting process, the cursor key 1112 in the key input unit 111 and the main switch 11
It is checked whether or not an input for selection of the information service setting mode by the operation of each key 11 is detected (step A).
5). That is, as shown in FIG.
14 information message memory area (IM) 114b
It is checked whether an instruction for setting a template number, a font number, and a melody number associated with the sub-address data stored in the sub-address data is detected.

If no information service setting mode instruction is detected in this information service setting mode detection processing, the transmission of data transmitted from the paging center 4 via the transmitting antenna 5 by the antenna 101 via the transmitting antenna 5 by the antenna 101 in the intermittent call reception processing will The presence or absence of transmission timing is detected (step A6). If the transmission timing of the own frame is not detected, the process returns to the intermittent reception process in step A3. If the own frame timing is detected, the frame data is fetched and the incoming process is started (step A3).
7). Then, a modulated wave of the signal received by the antenna 101 is received and output to the receiving unit 102, and further detected and demodulated, and output to the decoder 103.

[0144] The decoder 103 rearranges the serial data corresponding to the transmission speed input from the receiving unit 102 into 8-bit parallel data, and outputs it to the bus B. After that, the CPU 106 outputs 8b
It takes in parallel data of the
Address data and address field (A
F) Check with the address data in C5 to detect whether or not the address data included in the ID code matches its own address data (step A8). If they do not match, the receiving process is terminated (step A9).
Returning to the process of step A3, when the data matches, a match signal is output, and the receiving operation of the receiving unit 102 is continued so that the decoder 103 receives all the data in the frame.

Subsequently, all the data of one frame transmitted from the information service center 3 via the paging center 4 and the transmission antenna 5 is fetched and the buffer memory 1
04, and performs interleave recovery processing and error correction processing in block units. Then, it is detected whether or not the address data for which the matching match is detected first is the 4th address (step A10). If it is not the 4th address, 1s
Since the address is from t to 3rd, the received normal message data is stored in the message memory area (MM) 114a in the RAM 114 (step A11), and the self-addressed message data stored in the message memory area (MM) 114a is stored. Analyze the contents, and
Sound of speaker 117 driven by LED, LED
Incoming call is notified by blinking of 118 or vibration of vibrator 119, and analyzed message is displayed on display unit 110 (step A12), and step A3 is performed.
To the intermittent reception state.

If the address data whose collation match was previously detected in step A10 is the 4th address, it is information service data, so the fetched information service data is stored in the information service memory area 1131 to information service memory area 1131 in the information service memory 13. The information service data and the incoming date and time are overwritten in the memory area where the information service data with the old incoming date and time is stored, if the information service data and the incoming date and time are stored in the free area of 1133 together with the incoming date and time, or if data is written in all of them. Store (Step A1
3), the processing shifts to the processing of step A31 in FIG.

In step A31, a search for sub address data is started from the information service data stored in the information service memory 113 in the information service memory 13 this time. Is read (step A
32). That is, if the information service data shown in FIG. 26 is received and stored, the two-digit sub address data from the top is "01", and the sub address data "01" is read.

The read sub address data "0"
The first two digits of the sub address data that matches "1"
14 information message memory area (IM) 114b
(Steps A33 and A3).
34) If the matching upper two-digit sub address data is not set, the process goes to step A42 to not notify the incoming call and returns to the intermittent reception state in step A3 in FIG. If the matching upper two-digit subaddress data is set, the lower two-digit subaddress data in which the subtitle data is set is sequentially read from the information service data stored in the information service memory 113 this time (step A35). ).

Then, the lower two digits of the sub address data matching the read sub address data are stored in the RAM 11.
4 is searched for in the information message memory area (IM) 114b (steps A36, A3).
7) If the matching lower two digits of the sub address data are not set, the process goes to step A42 to not notify the incoming call and returns to the intermittent reception state in step A3 in FIG.
If the matching lower two-digit subaddress data is set, the data following the read lower two-digit subaddress, that is, in the case of FIG. 26, “4/27 (day) following the subaddress data“ 00 ” The blood is donated in front of Tachikawa Station. Thank you for your cooperation. "Is transferred to the information message memory area (IM) 114b in the RAM 114 for storage (step A38).

Then, the program name data "town information" corresponding to the first two digits "01" and the last two digits "00" of the sub address data retrieved from the sub address correspondence table (ST) 108c shown in FIG. "Tachikawa city" is read (step A39), and the information message memory area (I
M) The template number “03” set in 114b,
Based on the font number "01" and the melody number "01", the corresponding display template is read from the template table (TT) 108b of FIG. 8, and the corresponding display font is read out of the font table (FT) 108a of FIG.
, And the read display contents are controlled by the display font, read out, set in the display template and displayed on the display unit 110, and the corresponding melody sound is read out from the melody table (MT) in FIG. Then, the melody is notified from the speaker 117 (steps A40 and A41). Then, the process returns to the intermittent reception state of step A3 in FIG.

As described above, in the pager 1 according to the second embodiment, the incoming call processing shown in FIGS. 15 and 31 is executed, so that the information service center 3 transmits the information via the paging center 4 and the transmitting antenna 5. From among the information service data transmitted periodically, the R for display control information is set in advance.
Sub address correspondence table (ST) 10 in OM 108
The information message data corresponding to the “sub-address data” set in 8c is extracted, and the incoming call is notified by the melody sound of the melody number set in advance corresponding to the sub-address data. It is possible to immediately recognize that necessary information service data has arrived and confirm the data contents.

In the first and second embodiments, the case where a series of information service data is received and a keyword or subaddress data is simply detected from the information service data will be described. However, when a plurality of information message data is detected with a plurality of keywords in the keyword search, the detected information message data is obtained by a plurality of keyword searches, or a plurality of information message data is detected by the same keyword search. In this case, it may be notified that the extracted information message data is obtained by the same keyword search. Hereinafter, such a case will be described as a modification of the first embodiment.

(Modification of First Embodiment) FIGS. 32 to 33 show incoming calls executed by the CPU 106 in the pager 1 in a modification of the first embodiment to which the receiving apparatus of the present invention is applied. It is a flowchart of the process, which is a part following the flowchart of the incoming call process shown in FIG. 15 of the first embodiment, so that the illustration of steps A1 to A13 shown in FIG. In the modification of the embodiment, the description is omitted.

In the modification of the first embodiment, although not shown in the notification control program memory 107b of FIG. 4, when a plurality of information messages are detected by the same keyword search, this is notified. A ringing pattern 'A' and a ringing pattern 'B' for notifying one or more information messages when a plurality of keyword searches detect one or more information messages.

In the modification of the first embodiment, the system configuration of the paging system and the internal configuration of the pager are the same as those of the first embodiment. Illustration and explanation are omitted.

After the power is turned on by operating the power switch, the CPU 106 in the pager 1 executes the initialization setting of each circuit section and the setting of control data to execute the frame No. 0 (the frame in which the time correction information is stored) and the frame of the own frame are searched (step A51), and when the frame is synchronized (step A2), the intermittent reception standby state is entered (step A3). Then, first, the CPU 106
It is checked whether or not a read mode input by the key operation of the cursor key 1112 in the key input unit 111 has been detected (step A4).

That is, first, in the incoming call processing, in the incoming call processing of the information service data transmitted from the information service center 3 via the paging center 4 according to the transmission schedule, the information service memory area 1131 in the information service memory 113 is received. It is checked whether a read mode instruction for reading the information service data stored in .about.1133 has been detected.

If the read mode instruction is not detected in the read mode detection processing, the cursor key 1112 in the key input unit 111 and the main switch 11
It is checked whether or not an input for selection of the information service setting mode by the operation of each key 11 is detected (step A).
5). That is, as shown in FIG.
14 is a notification control information memory area (ICM) 114a
It is checked whether an instruction to set a keyword and a melody number associated with the keyword management number to be stored in is stored.

Unless the information service setting mode instruction is detected in the information service setting mode detection processing, the self-frame timing is determined from the transmission data wirelessly transmitted from the paging center 4 via the transmission antenna 5 by the antenna 101 by the intermittent call reception processing. Is detected (step A6). If the transmission timing of the own frame is not detected, the process returns to the intermittent reception process in step A3. If the transmission timing of the own frame is detected, the frame data is fetched and the incoming process is started (step A3).
7). Then, a modulated wave of the signal received by the antenna 101 is received and output to the receiving unit 102, and further detected and demodulated, and output to the decoder 103.

[0160] The decoder 103 rearranges the serial data corresponding to the transmission speed input from the receiving unit 102 into 8-bit parallel data, and outputs it to the bus B. After that, the CPU 106 outputs 8b
It takes in parallel data of the
Address data and address field (A
F) Check with the address data in C5 to detect whether or not the address data included in the ID code matches its own address data (step A8). If they do not match, the receiving process is terminated (step A9).
Returning to the process of step A3, when the data matches, a match signal is output, and the receiving operation of the receiving unit 102 is continued so that the decoder 103 receives all the data in the frame.

Subsequently, all the data of one frame transmitted from the information service center 3 via the paging center 4 and the transmission antenna 5 is fetched. Then, it is detected whether or not the address data whose match has been detected first is the 4th address (step A10). If it is not the 4th address, error correction processing is performed on the fetched frame data, and the message memory area (MM) 11 in the RAM 114 is processed.
4b (step A11), analyzes the contents of the self-addressed message data stored in the message memory area (MM) 114b, and outputs a notification sound of the speaker 117 driven by the driver 116, blinking of the LED 118,
Alternatively, the incoming call is notified by the vibration of the vibrator 119, the analyzed message is displayed on the display unit 110 (step A12), and the process returns to the intermittent reception state in step A3.

If the address data whose match was previously detected in step A10 is the 4th address, error correction processing is performed, and the fetched information service data is stored in the information service memory areas 1131 to 1133 in the information service memory 113. If data has been written to the empty area with or without the arrival date and time, the information service data and the arrival date and time are overwritten and stored in the memory area where the information service data with the earlier arrival date and time is stored (step A13), Step A in FIG.
The processing shifts to 51.

In step A51, the information service memory 13 receives a call this time, and starts searching for information service data including a keyword from the information service data stored in any of the information service memory areas 1131 to 1133. That is, the RAM 114
In the notification control information memory area (ICM) 114a, the information service apparatus searches for whether or not information message data including a keyword set by linking to the keyword management number is stored in the currently received information service data. When a plurality of keywords are set in the notification control information memory area (ICM) 114a, the keyword search is performed sequentially from the one with the complicated search condition or the one with the longest number of characters of the keyword.

If the information message data corresponding to the keyword is not detected in step A52, the process returns to the intermittent reception state in step A3. If the information message data corresponding to the keyword is detected, the process proceeds to step A53. Information message data including a keyword and subtitle data of the information message data are extracted.

Next, in step S54, it is determined whether there are a plurality of extracted information message data.

In this case, a case where a plurality of information message data is detected by one keyword search from the information service data received this time and a case where a plurality of information message data are detected by a plurality of keyword searches.
One or a plurality of information message data may be detected, and if there are a plurality of extracted information message data, the incoming call processing corresponding to each of the above cases is executed in step F1 of FIG. When the extracted information message data is one, the subtitle data corresponding to the extracted information message data is also extracted, and the program name data received together with these data extracted in step A55 is stored in the information message memory area (IM ) 114c is determined as a file name.

Then, it is determined whether or not the same file name as the program name data corresponding to the extracted data is set in the information message memory area (IM) 114c (step A55). If the file name has been set, these data extracted in step A13 are duplicated, and the arrival date and time data of the currently received information service data in the information service memory area 113 in the information service memory 13 is stored in the corresponding file name. Is transferred and stored in the information message memory area (IM) 114c (step A56).

Next, referring to the setting contents of the notification control information memory area (ICM) 114a in the RAM 114, the template number set in the information message memory area (IM) 114c in correspondence with the keyword management number of the searched keyword. From the display control information ROM 108, the display template corresponding to the template number is stored.
And a melody number corresponding to the keyword management number in the notification control information memory area (ICM) 114a.
And reads out the melody data corresponding to the melody number from the melody correspondence table (MT) 107a in the sound source information ROM 107 (step A57).

Then, the driver 116 is controlled by the read melody data and the notification control program memory 107b stored in the sound source information ROM 107 to notify the melody from the speaker 117 and to read the read display template and the display control information ROM 108. The program name and the information message memory area (IM) 1 of the information service data received by controlling the driver 109 by the stored display control program memory 108c.
The subtitle and the information message data transferred to 14c are displayed on the display unit 110 as data (step A58).

If the file name corresponding to the information message data extracted in step A55 is not set in the information message memory area (IM) 114c, the program name data of the extracted information message data is also stored in the information message memory area. It is extracted, copied, and transferred to the (IM) 114c, and a new file is automatically created based on the program name data (steps A59 and A60). Then, as default, the display template is set to the template number “00” and the font number “00 (Mincho)” (step A61), and the extracted information message data, subtitle data, and incoming date / time data are transferred to the created file. And memorize it.

Next, the display template corresponding to the set default template number "00" is read from the template table (TT) 108b in the display control information ROM 108, and the melody number corresponding to the keyword management number is notified. The melody data corresponding to the melody number obtained from the information memory area (ICM) 114a is stored in the ROM 1 for the sound source information.
07 is read from the melody correspondence table (MT) 107a.

Then, the driver 116 is controlled by the read melody data and the notification control program memory 107b stored in the sound source information ROM 107 to notify the melody from the speaker 117, and to the read display template and the display control information ROM 108. The driver 109 is controlled by the stored display control program memory 108c to control the driver 109, and the program name data, subtitle data, and information message data transferred to the information message memory area (IM) 114c are displayed on the display unit 110. (Step A6)
2).

Steps A58 and A62
After each of the above processes, the process returns to the intermittent reception state of step A3 in FIG.

On the other hand, if there is a plurality of extracted information message data in step A54,
The process moves to the process of step F1 of No. 3.

First, whether a plurality of information message data extracted from the information service data received this time is a result of a keyword search using the same keyword, as shown in FIG.
(Step F1). If a plurality of information message data is detected by the keyword search using the same keyword, the process proceeds to step F2. If a plurality of information message data is detected by the keyword search using the plurality of keywords, the process proceeds to step F11.

In step F1, when a plurality of information message data are detected by the same keyword search, the information message data and the corresponding subtitle data are extracted, and the same file as the received program name data together with these data is extracted. It is determined whether or not the name is set in the information message memory area (IM) 114c (step F2).

Then, it is determined whether or not the same file name as the program name data of the extracted data is set in the information message memory area (IM) 114c. If the file name is set, the process proceeds to step A13. These data extracted in step 1 are copied, and the information service memory area 113 in the information service memory 13 is copied.
Of the information service data received this time, the information message memory area (I
M) Transfer and store in 114c (step F3).

Next, referring to the setting contents of the notification control information memory area (ICM) 114a in the RAM 114, the template number set in the information message memory area (IM) 114c in correspondence with the keyword management number of the searched keyword. From the display control information ROM 108, the display template corresponding to the template number is stored.
The tone pattern stored in the notification control program memory 107b in the ROM 107 for the sound source information is read out from the template table (TT) 108b in the ROM 107 and to notify that a plurality of information message data are detected by the same keyword search. 'A' is read and an alarm is set, and a melody number corresponding to the keyword management number is reported to a notification control information memory area (ICM).
The melody data corresponding to the melody number obtained from the melody number 114a is read from the melody correspondence table (MT) 107a in the sound source information ROM 107 (step F).
4).

Then, after controlling the driver 116 to drive the speaker 117 and output the sounding pattern 'A' for a predetermined time, the melody data and the sound source information ROM 1 are further output.
The melody is notified by the notification control program memory 107b stored in the display control information 07 and the driver 109 is displayed by the read display template and the display control program memory 108c stored in the display control information ROM 108.
Of the incoming information service data, the program title and the subtitle and information message data transferred to the information message memory area (IM) 114c are displayed on the display unit 110. Also, at this time, every time the operation of the memory key 1113 is detected, the same keyword search is performed to detect a plurality of keys, and the information message memory area (I
M) The display unit 110 sequentially displays the data of the subtitle and the information message data transferred to the 114c. (Step F5).

If the file name corresponding to the information message data extracted in step F2 is not set in the information message memory area (IM) 114c, the program name data of the extracted information message data is also stored in the information message memory area. (IM) 114c, extract, copy, transfer, and automatically create a new file based on the program name data (steps F6, F7). Then, the display template is set to the template number “00” and the font number “00 (Mincho)” as default, and the extracted information message data, subtitle data, and incoming date and time data are transferred to the created file and stored. .

Next, the display template corresponding to the set default template number “00” is read out from the template table (TT) 108b in the display control information ROM 108 (step F).
8) A ROM for sound source information to notify that a plurality of information message data have been detected by the same keyword search.
Along with reading and setting the sounding pattern 'A' stored in the notification control program memory 107b in the memory 107, the melody number corresponding to the keyword management number is obtained from the notification control information memory area (ICM) 114a, The melody data corresponding to the melody number is stored in a melody correspondence table (M
T) Read from 107a (step F9).

Then, after controlling the driver 116 to drive the speaker 117 to output the sounding pattern 'A' for a predetermined time, the melody data and the sound source information ROM 1 are further output.
The melody is notified by the notification control program memory 107b stored in the display control information 07 and the driver 109 is displayed by the read display template and the display control program memory 108c stored in the display control information ROM 108.
Of the incoming information service data, the program title and the subtitle and information message data transferred to the information message memory area (IM) 114c are displayed on the display unit 110. Also, at this time, every time the operation of the memory key 1113 is detected, the same keyword search is performed to detect a plurality of keys, and the information message memory area (I
M) The sub-title and the information message data transferred to the 114c are sequentially displayed on the display unit 110 (Step F10).

In step F1, when one or a plurality of information message data is detected by a plurality of keyword searches, the information message data and the corresponding subtitle data are extracted, and any of the information message data is received together with these data. It is determined whether or not the same file name as the program name data is set in the information message memory area (IM) 114c (step F11).

Then, it is determined whether or not all the same file names as the program name data of the extracted data are set in the information message memory area (IM) 114c. In addition to duplicating these data extracted in step A13, the information message memory area (IM) of the file name corresponding to the arrival date and time data of the currently received information service data in the information service memory area 113 in the information service memory 13 is stored. The data is transferred and stored in the memory 114c (step F12).

Next, referring to the setting contents of the notification control information memory area (ICM) 114a in the RAM 114, the template number set in the information message memory area (IM) 114c in correspondence with the keyword management number of the searched keyword. From the display control information ROM 108, the display template corresponding to the template number is stored.
The notification control program memory 1 in the sound source information ROM 107 reads out from the template table (TT) 108b of the ROM 107 and notifies that one or more information message data has been detected by the plurality of keyword searches.
07b is read out to set an alarm, and a melody number corresponding to the keyword management number of the information message data detected by the first keyword search is transmitted to the notification control information memory area (ICM). The melody data obtained from the melody number 114a is read from the melody correspondence table (MT) 107a in the sound source information ROM 107 (step F13).

Then, after controlling the driver 116 to drive the speaker 117 to output the sounding pattern 'B' for a predetermined time, the melody data and the sound source information ROM 1 are further output.
The melody is notified by the notification control program memory 107b stored in the display control information 07 and the driver 109 is displayed by the read display template and the display control program memory 108c stored in the display control information ROM 108.
Of the incoming information service data, the program title and the subtitle and information message data transferred to the information message memory area (IM) 114c are displayed on the display unit 110. Also, at this time, every time the operation of the memory key 1113 is detected, it is detected by the next keyword search, and the information message memory area (IM) 1
The subtitle and the information message data transferred to 14c are sequentially displayed on the display unit 110 (step F14).

If at least one file name corresponding to the information message data extracted in step F11 is not set in the information message memory area (IM) 114c, the program name data of the unset information message data is also stored. Information message memory area (I
M) Extract, copy, and transfer to 114c, and automatically create a new file based on the program name data (step F15,
F16). Then, the display template is set to the template number “00” and the font number “00 (Mincho)” as default, and the extracted information message data, subtitle data, and incoming date and time data are transferred to the created file and stored. Let it.

Next, the display template corresponding to the keyword management number for which the information message data was detected by the first keyword search is read out from the template table (TT) 108b in the display control information ROM 108, and one is read by a plurality of keyword searches. Or a notification control program memory 107 in the sound source information ROM 107 to notify the detection of a plurality of information message data.
In addition to reading out the sounding pattern 'B' set in b, the melody number corresponding to the keyword management number of the information message data detected by the first keyword search is obtained from the notification control information memory area (ICM) 114a. Then, the melody data corresponding to the melody number is read from the melody correspondence table (MT) 107a in the sound source information ROM 107. At this time, if the information message data detected by the keyword search is stored with a new file name, the corresponding display template is stored in the template table (ROM) for the display control information ROM 108 by the default template number “00”. T
T) Read from 108b (step F17).

Then, after controlling the driver 116 to drive the speaker 117 and output the sounding pattern 'B' for a predetermined time, the melody data and the sound source information ROM 1 are further output.
The melody is notified by the notification control program memory 107b stored in the display control information 07 and the driver 109 is displayed by the read display template and the display control program memory 108c stored in the display control information ROM 108.
Of the incoming information service data, the program title and the subtitle and information message data transferred to the information message memory area (IM) 114c are displayed on the display unit 110. Also, at this time, every time the operation of the memory key 1113 is detected, it is detected by the next keyword search, and the information message memory area (IM) 1
The subtitle and the information message data transferred to 14c are sequentially displayed on the display unit 110 as data.
(Step F18).

Steps F5, F10, F14 and F
After the end of each process in step 18, the process returns to the intermittent reception state in step A3 in FIG.

As described above, the pager 1 of the present embodiment executes the incoming call processing of FIGS. 15 and 16 to periodically transmit from the information service center 3 via the paging center 4 and the transmission antenna 5. After the desired information message data is detected by the keyword search set in advance in the notification control information memory area (ICM) 114a in the RAM 114 from the information service data to be extracted, extracted and copied together with the subtitle data, Information message memory area (IM) 114
c, and is stored and managed under the same file name as the program name data of the received information service data, so that it is necessary to differentiate and notify which kind of information service the necessary information service data has been detected. Can be.

In the above-described embodiment, the case has been described where the information service data to be notified of the incoming call is extracted by specifying the keyword included in the information service data. However, the address information included in the information service data is specified. It is also possible to extract information service data to be notified of the incoming call.

Further, the present invention relates to an embodiment of the present invention,
Although the pager applied to the information service in the paging system has been described, the present invention is not limited to this embodiment, and can be applied to a receiving device depending on various systems.

For example, the present invention is applied to a radio telephone system and a PHS system and includes a form communication terminal having a function of displaying data transmitted information, a PHS terminal having a display function,
Alternatively, the present invention may be applied to a teletext receiving apparatus applied to a broadcasting system that broadcasts text information together with audio information using an FM signal, or to a radio communication terminal applied to an MCA radio data communication system such as a teleterminal system. Is applicable.

[0195]

According to the receiving apparatus of the first aspect of the present invention, when a display condition is set, a plurality of information strings stored in the first storage means are stored in the second storage means in accordance with the display condition. Since the information is moved to the storage means and stored in association with the display condition, important information strings stored in the first storage means can be arranged, and the search can be easily performed for identification and display.

According to the receiver of the second aspect of the present invention,
When the new specific information is set, an information sequence corresponding to the new specific information is read from the first storage means,
To move to the second storage means and store it in association with the new specific information, it is possible to arrange important information strings stored in the first storage means to facilitate search display. it can.

According to the receiving device of the third aspect of the present invention,
For each information sequence stored in the first storage means, the first
The identification information indicating that the display has been completed can be set in the storage means,
The management of the undisplayed information sequence and the already displayed information sequence can be performed collectively, and the search of the undisplayed information sequence can be facilitated. In addition, the displayed information sequence is automatically classified and stored in the second storage unit based on the specific information included in the information sequence, so that the displayed information sequence can be easily searched. .

[Brief description of the drawings]

FIG. 1 is a diagram illustrating an overall configuration of a paging system according to a first embodiment to which a receiving device of the present invention has been applied.

FIG. 2 shows a pager 1 from a paging center 4 in FIG.
FIG. 7 is a diagram showing an example of an image of information service data set in a message field (MF) C7 transmitted to the server;

FIG. 3 is a block diagram showing a circuit configuration inside the pager 1 of FIG.

FIG. 4 is a diagram showing a memory configuration in a ROM 107 for sound source information in FIG. 3;

FIG. 5 is a melody correspondence table (MT) 107a of FIG. 4;
FIG. 4 is a diagram showing information stored in the storage device.

FIG. 6 is a diagram showing a memory configuration in a display control information ROM 108 of FIG. 3;

FIG. 7 is a diagram showing information stored in a font table (TF) 108a of FIG.

FIG. 8 is a template table (TT) 108b shown in FIG. 6;
FIG. 4 is a diagram showing information stored in the storage device.

FIG. 9 is a diagram showing information stored in an ID-ROM 112 of FIG.

FIG. 10 is a diagram showing a memory configuration in an information service memory 113 of FIG. 3;

11 is a diagram showing a state where information service data set in a message field (MF) C7 in FIG. 2 is stored in an information service memory area 1132 in FIG. 10;

FIG. 12 is a diagram showing a memory configuration in a RAM 114 of FIG. 3;

FIG. 13 shows a notification control information memory area (IC
FIG. 4 is a diagram showing information stored in an M) 114a.

FIG. 14 shows an information message memory area (I
It is a figure showing information memorized in M) 114c.

FIG. 15 is a flowchart showing a part of an incoming call process executed by the pager 1 of FIG. 3;

FIG. 16 is a flowchart showing a part of an incoming call process following FIG.

FIG. 17 is a diagram showing an example of RA in the process of step A18 in FIG. 16;
Information message memory area (IM) 11 in M114
It is a figure which shows the specific example of the information message data stored in 4c.

18 is a diagram showing a specific example of information message data stored and set in an information message memory area (IM) 114c in a RAM 114 in each processing of steps A22 and A23 in FIG.

FIG. 19 shows a display unit 11 in step A20 of FIG.
It is a figure which shows the specific example of the information message data displayed in 0.

20 shows a display unit 11 in step A24 of FIG.
It is a figure which shows the specific example of the information message data displayed in 0.

21 is a flowchart showing a part of a read mode process executed when a message read mode is designated in the incoming call process of FIG.

FIG. 22 is a flowchart showing a read mode process following FIG. 21;

FIG. 23 is a flowchart showing a part of the information service setting mode process executed when the information service setting mode is designated in the incoming call process of FIG.

24 is a flowchart showing display template setting processing executed when display template setting is selected in the information service setting mode processing of FIG. 23.

FIG. 25 is a flowchart showing a notification melody setting process executed when melody notification setting is selected in the information service setting mode process of FIG. 23;

26 shows a paging system according to a second embodiment to which the receiving apparatus of the present invention is applied, in which the information service data set in the message field (MF) C7 transmitted from the paging center 4 to the pager 1 in FIG. It is a figure showing an example of an image.

FIG. 27 is a diagram showing a memory configuration in a display control information ROM 108 of FIG. 3;

FIG. 28 is a sub address correspondence table (ST) of FIG. 27;
FIG. 10 is a diagram showing a specific example of setting contents stored in a setting 108c.

FIG. 29 is a diagram showing a memory configuration in a RAM 114 of FIG. 3;

FIG. 30 shows an information message memory area (I
It is a figure showing the information memorized in M) 114b.

FIG. 31 is a flowchart showing a part of the incoming call processing of the second embodiment following the incoming call processing executed by the CPU of FIG. 3;

FIG. 32 is a flowchart showing a part of the incoming call processing of a modification of the first embodiment following the incoming call processing executed by CPU 106 in FIG. 3;

FIG. 33 is a flowchart showing a part of the incoming call processing of a modification of the first embodiment following the incoming call processing executed by CPU 106 of FIG. 3;

FIG. 34 is a diagram showing a data configuration defined by a conventional advanced paging system standard “RCR STD-43”.

[Explanation of symbols]

 1 Pager 101 Antenna 102 Receiving unit 103 Decoder 104 Buffer memory 105 Deinterleave circuit 106 CPU 107 Sound source information ROM 107a Melody correspondence table (MT) 107b Notification control program 108 Display control information ROM 108a Font table (FT) 108b Template table ( TT) 108c Sub address correspondence table (ST) 108c (108d) Display control program 109 Driver 110 Display unit 111 Key input unit 1111 Main switch 1112 Cursor key 1113 Memory key 1114 Release key 1115 Keyboard 112 ID-ROM 113 Information service memory 1131 1133 Information service memory area 114 RAM 114a Notification control information memory area Rear (ICM) 114b Message memory area (MM) 114c Information message memory area (IM) 115 ROM 116 Driver 117 Speaker 118 LED 119 Vibrator

Claims (3)

[Claims] 1. A receiving apparatus comprising: receiving means for receiving an information sequence composed of a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. An information sequence received by the receiving means. First storage means for storing a plurality of information strings, second storage means for classifying and storing a plurality of information strings stored in the first storage means, and information strings stored in the first storage means. Setting means for setting display conditions for displaying on the display means every time; and when the display conditions are set by the setting means, the first
And information storage control means for controlling the storage destination of the plurality of information strings stored in the storage means to the second storage means and storing the information strings in association with the display conditions. Receiving device. 2. A receiving apparatus comprising: receiving means for receiving an information sequence comprising a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. The information sequence received by the receiving means First storage means for storing a plurality of information sequences, second storage means for classifying and storing the plurality of information sequences for each specific information included in the information sequence, and specific information detected from the information sequence. Detection information setting means for setting; and when specific information is set by the detection information setting means, an information sequence including the specific information is read from the first storage means, and a storage destination of the information sequence is set to a second storage. Information storage control means for controlling to move to the storage means and store the information in association with the specific information. 3. A receiving apparatus comprising: receiving means for receiving an information sequence comprising a plurality of pieces of information; and display means for displaying the information sequence received by the receiving means. The information sequence received by the receiving means First storage means for storing a plurality of information strings, second storage means for classifying and storing the plurality of information strings for each specific information included in the information strings, and information stored in the first storage means. Selecting means for selecting an information string to be displayed on the display means from the information strings; and selecting the information string by the selecting means, the information string is read from the first storage means and displayed on the display means. Display control means, and when the selected information sequence is displayed on the display means,
Detecting means for detecting specific information from the information sequence; and when the selected information sequence is displayed on the display means,
The identification information indicating that the information sequence has been displayed is stored in the first storage means, and the storage destination of the information sequence is moved to the second storage means, and the specific information detected by the detection means is detected. And an information storage control means for controlling the information to be stored in association with the receiving device.