JP3376605B2 - Wireless data receiver - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wireless data receiving device, and more particularly to a wireless data receiving device for storing and managing various management information analyzed from received wireless data in a plurality of processing modes.

[0002]

2. Description of the Related Art There are many types of mobile station wireless devices (hereinafter referred to as mobile devices) depending on the purpose of use, communication method, etc. There are public communications such as the above, national public services such as police radio, dedicated communications such as MCA radio and taxi radio, and amateur and general purposes such as personal radio. Recently, mobile devices for public communication such as car phones, mobile phones, and pagers have been widely used by companies and individuals because of the enhancement of communication services and the decrease of communication charges. In particular, pagers are cheaper to use than car phones and mobile phones, so not only are companies allowed to use them for phone calls from outside salespeople, but personal communication with friends on the go is also easy. The number of cases of using it as a tool is increasing rapidly.

A service environment of such a conventional pager will be described.

There are individuals and companies as data providers, individual information providers, etc., and as a means of accessing the pager, there are telephones for individuals, companies, and operation service companies for individual information providers. There are PC input, information processing company, etc. The information created by these access means is sent to the pager service company via the public line network, and the pager service company creates and sends the sent information for each pager call number of the personal or company-owned pager. As a pager, there is an NP (Numeric Pager) type capable of receiving numerical information and an IP (Information Pager) type capable of receiving character information.

[0007] These pagers inform by a calling signal from a data provider that a telephone call is necessary,
A telephone number, a contact name, a contact time, etc. of a telephone contact are displayed by notifying by turning on or vibrating an indicator light or adding a message to a calling signal and transmitting it.

[0006]

However, in such a conventional pager, a notification sound indicating that telephone contact is required by a calling signal from the data provider is given.
The information to be displayed is displayed only by displaying the phone number, contact name, contact time, etc. of the phone contact by notifying the carrier by lighting or vibration of the indicator light and adding a message to the call signal and transmitting. Since the amount is limited, pagers (pagers) that meet the needs of users such as companies that need more intelligent information reception functions
There was no

[0007] In particular, it is important for companies to carry out more efficient sales activities by providing more effective information in real time to outside salespeople. To get the information
Because it takes time to search for a place with a telephone and contact
This has been a burden on the person carrying the pager, and there has been a problem that it is inferior to the car phone and the mobile phone in terms of immediacy and ease of information provision.

Therefore, the present invention stores various management information analyzed from received wireless data in a plurality of processing modes,
Data that can be managed and received as general information
Another object of the present invention is to provide a wireless data receiving device that can be stored again as management information .

[0009]

In order to achieve the above object, the present invention provides a data storage device for storing received data.
As a tier, each stores only a predetermined type of data
Stores multiple predetermined data storage means and other types of data
Wireless data reception with normal data storage means for storing
The device analyzes the received wireless data and
The species is discriminated, and the plurality of predetermined data are discriminated based on the discrimination result.
Data storage means or normal data storage means
Reception information processing means for storing received data,
Data stored in the memory
A data reading means for displaying Te, the data reading means
The data read from the normal data storage means
When it is displayed, the data is
Registration mode to be stored in a desired storage means of the data storage means.
Registration mode setting means for setting the
Registration mode in the specific predetermined data storage means by the setting means
When is set, the displayed data is
Other data stored in the predetermined data storage means
Similarly, determine whether it is formatted, and
If it has been formatted to
Data registration means for storing the data in the data storage means .

Further, according to the present invention, as described in claim 3, as data storage means for storing the received data,
In a wireless data receiving device provided with a plurality of predetermined data storage units each storing only a predetermined type of data, and a normal data storage unit storing another type of data, the received wireless data is analyzed and its information is stored. Receiving information processing means for discriminating species and storing received data in any of the plurality of predetermined data storing means and normal data storing means based on the discrimination result, and stored in each of the data storing means. Data reading means for selectively reading and displaying data, and data read by the data reading means from the normal data storage means are displayed.
The item data is added, corrected, or delimited.
Do at least one of the
Desired means for formatting the same data format and other data stored in the storage means, formatted data by said means for formatting of said plurality of predetermined data storage means the data that is And a data registration means for storing the data in the desired storage means.

[0011]

According to the present invention, the received information processing means receives
Wireless data is analyzed to determine its information type, and its determination
Based on the result, the plurality of predetermined data storage means and normal
Store the received data in any of the data storage means,
The data stored in the normal data storage means is registered mode.
Setting means (or formatting means) and data registration
Depending on the stage, it is stored again in the desired predetermined data storage means.
be able to.

Therefore, the data received as general information is
Management information that can be stored and managed in multiple processing modes
Therefore, it is possible to improve the convenience because it can be stored again .

[0013]

[0014]

[Examples] Specific examples will be described below.

1 to 50 are views showing an embodiment of a wireless data receiving apparatus of the present invention, which is an example applied to a pager.

First, the structure will be described. FIG. 1 is an external view of the pager 1. The pager 1 includes a liquid crystal display unit 2,
Display switching key 3, date / time key 4, secret key 5, clear key 6, menu / on key 7, memo key 8, schedule key 9, telephone key 10, original key 11, function key 12, cursor movement key 1
3 and character / number input keys 14 and the like.

The pager 1 receives and stores various kinds of management information added to a call signal transmitted by radio, and in response to receiving instruction information such as registration and change of management information added to the call signal. The stored management information is rewritten and the like, and the stored management information is rewritten and searched according to the management information input in its own key input unit and the management information processing instruction in each mode.

The liquid crystal display unit 2 displays necessary character information according to each key input operation. Display switching (DISPLAY CHANG
The E) key 3 is pressed during each mode processing to instruct switching of the data display mode. Date / Time key (TI
ME DATE) 4 indicates the date and time when pressed to specify the date and time of the schedule. The secret (key mark) key 5 is used to instruct setting and cancellation of the password by pressing it when setting or canceling the password of the secret area, that is, the information storage area which is not displayed unless the password is entered in the personal information area or the like. . An OFF key (OFF) 6 instructs to turn off the information being displayed, and a menu / ON key (MENU / ON) 7 instructs to display the menu when the power is on. Memo key (MEMO) 8
Indicates the memo mode by pressing when storing and recalling the memo function data. The schedule key (SCHED) 9 indicates the schedule mode by pressing it when storing and recalling the data of the schedule function. A telephone key (TEL) 10 indicates a telephone mode by pressing the telephone key when storing and calling telephone function data. The original key (ORIGINAL) 11 indicates the original mode by pressing when storing and calling the data of the original function, that is, the function of freely setting the data format by the user. The function key (FUNCTION) 12 instructs switching of each function, and the cursor movement key 13 instructs movement of the cursor displayed on the liquid crystal display unit 2 in the up, down, left and right directions, and scrolling of the screen. The character / number input key 14 is used to instruct input of hiragana, kanji, alphabets and numbers.

FIG. 2 is a block diagram of the pager 1. The pager 1 includes an antenna 21, a radio section 22, a decoder section 23, an ID-ROM 24, a key input section 25, and C.
PU 26, RAM 27, display buffer 28, display unit 2
9, amplifier 30, speaker 31, amplifier 32, LED
33 and CG34.

The antenna 21 receives a calling signal wirelessly transmitted from a pager service company or the like (not shown) and outputs it to the wireless unit 22. The radio unit 22 is controlled by the intermittent signal input from the decoder unit 23, intermittently receives the calling signal input from the antenna 21, amplifies and demodulates the received signal, and outputs the amplified signal to the decoder unit 23.

The decoder unit 23 determines whether or not the calling number of the calling signal input from the wireless unit 22 matches with its own identification number. The ID-ROM 24 stores the identification number in advance.
And the signal is received by the wireless unit 22 and the call detection signal is output to the CPU 26. Further, the decoder unit 23 outputs the management information received together with the calling signal and the processing information related to the management information to the CPU 26 based on the request input from the CPU 26.

The key input section 25 is made up of the various keys shown in FIG. 1 and outputs the instruction of each key to the CPU 26.

CPU (Central Processing Unit) 26
Is a ROM (Read Only) that stores various control programs.
Memory), a timer, an input register for holding key input operations in the key input unit 25, and the like, and a RAM for storing received management information, key input management information, and the like.
27 is connected. The CPU 26 controls each section in the pager 1 in accordance with management information input from the decoder section 23 and processing information related to the management information based on various control programs stored in the ROM, and an input instruction signal input from the key input section 25. The RAM 27 controls and stores the received management information, the management information input by the key, and the like in the RAM 27, while outputting the sound signal to the speaker 31 through the amplifier 30 and the lighting signal to the LED 33 through the amplifier 32. In addition to notifying that there is a call, the character pattern corresponding to the received management information or the keyed management information is read from the CG (character generator) 34, stored in the display buffer 28, and displayed on the display unit 29. Is displayed. Further, the CPU 26 manages the storage area of the management information set for each processing mode in the RAM 27 based on the address information in order to mutually use the management information stored in the RAM 27 in each processing of each processing mode.

As the RAM (Random Access Memory) 27, for example, one having a memory capacity of about 256 kbytes is prepared, and as shown in FIG. 3, an address data storage area, a schedule data storage area, normal data (memo data). The storage area and the original data storage area are set as a data table. The address data storage area is an area for storing company name, name, telephone number, address and other notes, and the schedule data storage area is for storing schedule time information, schedule contents, appointment destination, sender and other notes, The memo data storage area has an area for storing the reception time, the content of the memo and the sender name, and the normal data storage area has an area for storing the reception time and the reception data. However, the reception time is stored by reading the time data from the clock circuit incorporated in the pager 1. In the original data storage area, the user can freely set a plurality of data formats in the storage area, and in particular, the division of the data storage area is not set in FIG.

The display buffer 28 temporarily stores the character pattern input from the CPU 26 and stores the character pattern as shown in FIG.
The character pattern is output to the display unit 29 composed of the liquid crystal display unit 2 shown in FIG.

The amplifier 30 amplifies the sound emission signal input from the CPU 26 and outputs a notification sound from the speaker 31, and the amplifier 32 amplifies the lighting signal input from the CPU 26 to light the LED 33. CG34 is CP
In response to the request from U26, a plurality of character patterns to be displayed on the display unit 29 are generated and output to the CPU 26.

Next, the operation of this embodiment will be described.

First, the transmission signal format of the conventional POCSAG code signal transmitted from the conventional pager service company will be described with reference to FIG.

FIG. 4A shows the overall format of the transmission signal, which is composed of a preamble signal A and a plurality of batches B, C ... The preamble signal A is a signal for bit synchronization between the transmission signal and the receiver, and has 576 consecutive bits in a repeating pattern of "1" and "0" of "1010101 ...". Further, FIG. 3B shows the format of each batch, which is composed of a synchronization code SC and eight frames from the first to the eighth, and one frame is composed of two codewords.
Both the synchronization code SC and one codeword have a 32-bit structure, and the codeword is divided into an address codeword indicating a calling number and a message codeword indicating a message. An address codeword is shown in FIG. 7C, and a message codeword is shown in FIG. The address codeword is a message flag that distinguishes whether the first bit is the address codeword or the message codeword. In the case of the address codeword, this bit is “0”. The 2nd to 19th bits represent the address data, the 20th and 21st bits are the function bits that can be used to specify the display form, the sound output form, etc.
The 31st bit is the BCH parity bit and the 32nd bit is the even parity bit. In the message code word, the first bit is a message flag and "1" indicating the message code word is set, and the 2nd to 21st bits are the message bit indicating the message data, and the 2nd bit.
Bits 2 to 31 are BCH parity bits, and bit 32 is an even parity bit. Further, in the sync code word SC, 32 bits have a specific pattern.

The signal described above is a signal of a system for selectively calling the pager according to the address data of the address codeword and the order of the frame for transmitting the address codeword. Therefore, each pager is assigned one address and one frame to receive an individual call. Two addresses may be assigned if necessary. In this case, one address is used for ordinary individual calling, and the other address is used for emergency calling and simultaneous calling of a group including a plurality of pagers including the receiver.
In addition to the address and frame for receiving the individual call, an address and frame for receiving the information providing service are further allocated to the pager that has a contract to receive the information providing service.

In the selective call communication system, information can be provided by calling a large number of pagers who have contracted to receive the information providing service at one time. Further, in the pager, even if the user has a contract to receive a large number of information providing services, the battery can be saved if the frames receiving the information providing services are the same frame.
When receiving a message, the address codeword is added to the beginning, and then the message codeword of the required length is transmitted. Note that the transmission is performed at a transmission speed of 62.5 ms per word, and in order to reduce reception errors on the receiver side, the same content (address and message) will be transmitted after a predetermined time, for example, 60 seconds later. Will be retransmitted.

Next, FIG. 5 shows a transmission signal format of this embodiment that is transmitted based on the transmission signal format shown in FIG. In FIG. 5, the file data portion following the call ID (address) stores processing mode information such as an address, schedule, and memo, and the transmission data portion contains the data of each item described in FIG. 3 in the order of items. Stored and sent.

In the transmission data part, the data format preset in the transmission side and the reception side, that is,
Data in an original format preset between the information provider and the pager 1 may be stored and transmitted, and an example thereof is shown in FIGS. FIG. 6 shows data in a table as an example of creating the original format,
FIG. 7 shows the data structure of the transmission signal when only the modification data is transmitted from the table of FIG. In this case, the original mode information is stored in the file data portion following the call ID, and only the change data (DA1, DC2, DE4) of the table is stored in the transmission data portion together with the change instruction point instruction data and transmitted. It When normal message data is transmitted, it is transmitted as a series of data after the call ID without being divided like the formatted data of the present embodiment.

Next, the incoming call processing in the pager 1 will be described with reference to the flowchart shown in FIG.

The pager 1, the antenna 21, and the radio unit 2
When the decoder unit 23 detects an incoming call through 2 and the CPU 26 is notified of the incoming call, the CPU 26 starts the incoming call process and takes in the incoming call data decoded and input by the decoder unit 23 (step A1). The data type of the incoming data is determined (step A2). That is, the data type is determined by the file data following the call ID of the transmission data shown in FIG. If the result of determining the data type is schedule data (step A3), each item data is stored in each item area of the schedule data storage area in the RAM 27 of FIG. 3 (step A8). Is stored in each item area of the address data storage area in the RAM 27 (step A8). In the case of memo data (step A5), the received item data and the reception time are stored in the item areas of the memo data storage area in the RAM 27 (step A8), and the data format is atypical data, that is, a file. When the data is not added (step A6), the received data and the reception time are stored in the normal data storage area in the RAM 27 (step A9). In the case of original data (step A7), the RAM2 is sent according to the instruction.
The data in the original data storage area in 7 is rewritten, and this processing ends (step A10).

On the other hand, after the data storage is completed in steps A8 and A9, the incoming call operation processing is performed, the character pattern for displaying the incoming call data is read from the CG 34, and the display unit 29 (see FIG. The incoming call is displayed on the liquid crystal display unit 2, hereinafter the same), and an alarm signal is output to the speaker 31 via the amplifier 30 or a lighting signal is output to the LED 33 via the amplifier 32 to notify (step A11). Next, it is determined whether or not there is a key input from the various keys shown in FIG. 1 by waiting for a predetermined time (steps A12 and A13), and when there is no key input, the display of the display unit 29 is stopped and the The process ends (step A1)
4). On the other hand, when there is a key input, it is determined whether or not the key input is the off key 6 (step A15), and when the off key 6 is input, the display of the display unit 29 is stopped and the present process is terminated ( Step A14). When the off key 6 is not pressed, the process proceeds to a process corresponding to the key input (step A16).

As shown in the external view of FIG. 1, the pager 1 of the present embodiment is provided with a memo key 8, a schedule key 9, a telephone key 10 and an original key 11 as a plurality of mode indicating keys. A processing mode can be selected by operating the mode instruction key of, and various processing such as registration and search of received data (management information) stored in the RAM 27 can be instructed. The operation for each processing mode will be described below. To do.

First, the address mode process will be described with reference to the flowchart shown in FIG.

In the pager 1, when the telephone key 10 is pressed, a telephone key input signal is input from the key input unit 25 to the CPU 26, and the address mode processing is started.
First, the address data is read from the address data storage area in the RAM 27, the address list display shown in FIG. 10 is displayed on the display unit 29 (step B1), and the subsequent key input is the display switching key 3, the numeric keypad, or another key. It is determined whether it is a key (step B2). When the key input is any other key input, the process corresponding to the key input is performed (step B3). When the display switching key 3 is selected, the next list of addresses is displayed (step B4), and the step The key input determination of B2 is repeated, and when the ten key is selected, the address data of the corresponding selection number is displayed on the display unit 29 as shown in FIG. 11 (step B5). Then menu key 7,
It is determined whether or not any other key is pressed (step B
6) If the menu key 7 is not pressed, the process moves to another key input (step B3), and when the menu key 7 is pressed, the menu as shown in FIG. 12 is displayed. It is displayed on 29 and prompts for menu selection (step B7).

In this menu display, when the address correction mode is set (step B8), the address data of the selected number in the RAM 27 is rewritten according to the correction instruction, and the screen returns to the selected address display screen of step B5 (step B8). B9). In the menu display, when the address registration mode is set (step B10), the menu for each item for address registration shown in FIG. 13 is displayed on the display unit 29 to display the address data (company name,
Encourage registration of your name, phone number, address and other notes),
The input address data is stored in the empty area of the address data storage area in the RAM 27, and the screen returns to the selected address display screen of step B5 (step B11).

In the menu display, when the schedule search mode is set (step B12),
The process proceeds to the schedule search mode processing, the flowchart shown in FIG. 14 is executed, and the screen returns to the selected address display screen of step B5 (step B13). Here, the schedule search mode process will be described based on the flowchart shown in FIG.

In FIG. 14, the schedule is searched by the appointment destination of the schedule data stored in the schedule data storage area in the RAM 27 (step C
1), a list of search results is displayed on the display unit 29 as shown in FIG.
(Step C2). Next, it is determined whether or not the input key is the display switching key 13, the ten-key pad, the off key 6 (step C3), and when the display switching key 3 is displayed, the next list of search results is displayed (step C4). , And returns to the key input determination in step C3. When the numeric keypad is used, the schedule of the selected number is displayed on the display unit 29 as shown in FIG.
(Step C5), the process returns to the key input determination of step C3. When the off key 6 is selected, it is determined whether or not the selected schedule screen is being displayed (step C6). If not, this process is executed. When it is finished and is being displayed, the process returns to the search result list display and the present process is finished (step C7). In the case of another key input, the processing corresponding to the key input is performed (step C8).

Returning to the address mode process of FIG. 9, when the memo search mode is set in the menu display of step B7 (step B14), the process shifts to the memo search mode process and the flowchart shown in FIG. 17 is executed. Then, the screen returns to the selected address display screen of step B5 (step B13). Here, the memo search mode processing will be described based on the flowchart shown in FIG.

In FIG. 17, a memo search is performed by the sender name of the memo data stored in the memo data storage area in the RAM 27 (step D1), and a list of the search results is shown in FIG.
It is displayed on the display unit 29 as shown in (step D2).
Then, it is determined whether or not the input key is the display switching key 3, the ten-key, the off key 6 (step D3). When the display switching key 3 is displayed, the next list of search results is displayed (step D4). , And returns to the key input determination in step D3. When the numeric keypad is used, as shown in FIG. 19, the memo content of the selected number is displayed on the display unit 29 (step D5), and the process returns to the key input discrimination of step D3. When the off key 6 is selected, the selection memo screen is displayed. It is determined whether or not it is being displayed (step D6),
If it is not being displayed, this processing is terminated, and if it is being displayed, it returns to the search result list display and terminates this processing (step D7). When another key input is made, the process corresponding to the key input is performed (step D8).

Returning to the address mode process of FIG. 9, when the erase mode is set in the menu display of step B7 (step B16), the erase process of the selected number address data of the address data storage area in the RAM 27 is performed. Then, the screen returns to the selected address display screen of step B5 (step B17). In the menu display of step B7, when the cancel processing is instructed, the menu display is canceled and the display returns to the selected address display of step B5 (step B18).

Next, the schedule mode process will be described with reference to the flowchart shown in FIG.

When the schedule key 9 is pressed in the pager 1, a schedule key input signal is input from the key input unit 25 to the CPU 26, and the schedule mode process is started. First, the schedule data is read from the schedule data storage area in the RAM 27, and
As shown in 1, the schedule of the day is displayed on the display unit 29 (step E1), and it is determined whether the subsequent key input is the cursor movement key 13, the numeric keypad, the display switching key 3, or another key (step E2). ). When the key input is any other key input, the process corresponding to the key input is performed (step E3), and when the cursor movement key 13 is displayed, the next schedule is displayed (step E4), and step E is displayed.
The key input determination of 2 is repeated, and when the display switching key is 3, the weekly schedule is displayed on the display unit 29 as shown in FIG. 22, and the process returns to the key input determination of step E2 (step E).
5). Further, when the ten keys are input, the schedule data of the corresponding selection number is displayed on the display unit 29 as shown in FIG.
Is displayed (step E6). Then menu key 7
It is determined whether or not any other key has been pressed (step E7). If the menu key 7 has not been pressed, the process proceeds to processing corresponding to another key input (step E3), and the menu key 7 When the button is pressed, a menu as shown in FIG. 24 is displayed to prompt menu selection (steps E8, E
9).

In this menu display, when the schedule correction mode is set (step E10), the schedule data of the selected number in the RAM 27 is rewritten according to the correction instruction and the screen returns to the selection schedule display screen of step E6 (step E10). E11). In the menu display, when the schedule registration mode is set (step E12), the menu for each item for schedule registration shown in FIG. 25 is displayed on the display unit 29 to display schedule data (schedule time, schedule contents, Encourage registration of points, senders and others),
The inputted schedule data is stored in the empty area of the schedule data storage area in the RAM 27, and the screen returns to the selected schedule display screen of step E6 (step E).
13). Further, in the menu selection, when the address search mode is set (step E14), the process proceeds to the address search mode processing, the flowchart shown in FIG. 26 is executed, and the screen returns to the selected address display screen of step E6 (step E15). . Here, the address search mode process will be described based on the flowchart shown in FIG.

In FIG. 26, the address search is started by the address data stored in the address data storage area in the RAM 27 (step F1), and the search is performed by the address data which matches the appointment destination in the schedule data. When the number of hits is large, the list of
7 is displayed on the display unit 29, and when the number of hits is small, it is displayed on the display unit 29 as shown in FIG. 28 (step F2). Next, it is determined whether or not the input key is the display switching key 3, the numeric keypad, the off key 6 (step F
3) When the display switch key 3 is selected, the next list of search results is displayed (step F4), and the process returns to the key input determination in step F3. When the numeric keypad is used, the address of the selected number is displayed on the display unit 29 as shown in FIG. 29 (step F
5) Return to the key input determination in step F3, and press the off key 6
If it is, it is determined whether or not the selected address screen is being displayed (step F6). If it is not being displayed, this process is terminated, and if it is being displayed, the search result list display screen is returned to and this process is executed. Is finished (step F7). When another key input is made, the process corresponding to the key input is performed (step F).
8).

Returning to the schedule mode processing of FIG. 20,
In the menu selection of step E9, when the address registration mode is set (step E16), the process proceeds to the address registration mode processing, the flowchart shown in FIG. 30 is executed, and the screen returns to the selection schedule display screen of step E6 (step E17). Here, the address registration mode processing will be described based on the flowchart shown in FIG.

In FIG. 30, appointment destination data is read from the selected schedule data and registered in an empty area of the address data storage area in the RAM 27 (step G1), and the address registration data is displayed in the order shown in FIG. Is performed (step G2). Next, each item data of the address data is added and modified (step G3) to determine whether the modification is completed (step G).
4) If the correction is not completed, the procedure returns to step G2 to repeat the modification. If the modification is completed, an alignment process for arranging the address data in the address data storage area in the iway order is performed and the process is completed (step G5).

Returning to the schedule mode processing of FIG.
When the deletion mode is set in the menu selection of the above step E9 (step E18), the selection number schedule data of the schedule data storage area in the RAM 27 is deleted, and the screen returns to the selection schedule display screen of the step E6 (step E18). E19). Further, in the menu selection of step E9, when the cancel processing is instructed, the menu display is canceled and step E
The display returns to the selection schedule display of step 6 (step E20).

Next, the memo mode process will be described with reference to the flowchart shown in FIG.

When the memo key 8 is pressed in the pager 1, a memo key input signal is input from the key input unit 25 to the CPU 26, and the memo mode processing is started. First,
The latest memo data is read from the memo reception data storage area in the RAM 27, the latest memo data is displayed on the display unit 29 as shown in FIG. 33 (step H1), and the subsequent key input is the cursor movement key 13 or the numeric keypad. It is determined whether it is the display switching key 3, the menu key 7, or another key (step H2). When the key input is any other key input, the process corresponding to the key input is performed (step H
3) When the cursor movement key 13 is pressed, the next memo data is displayed (step H4). When the display switching key 3 is selected, the memo data of the day is displayed collectively (step H5),
The ten key input is discriminated (step H6). When the ten-key input is not made, the processing corresponding to the key-input is performed (step H3). When the ten-key input is made, the memo data of the selection number is displayed and the key-input discrimination of step H2 is repeated (step H7), When the determination is the menu key 7, the menu as shown in FIG. 34 is displayed to prompt the menu selection (steps H8 and H9).

In this menu selection, when the memo correction mode is set (step H10), the memo data of the selected number in the RAM 27 is rewritten according to the correction instruction (step H11), and the original selected memo data is displayed. The screen is displayed on the display unit 29, and the process returns to the key input determination process of step H2 (step H12). When the address search mode is set in the menu selection (step H13), the flow chart of the address search mode process shown in FIG. 26 is executed (step H1).
4), the original selection memo data display screen is displayed on the display unit 29, and the process returns to the key input determination process of step H2 (step H12). In the address search process in the memo mode, the address data is searched for address data that matches the sender in the memo mode, and the search result list display is the same as the screen shown in FIG.

In the menu selection, when the address registration mode is set (step H15), the flowchart of the address registration mode process shown in FIG. 30 is executed (step H16), and the original selection memo data display screen is displayed. Is displayed on the display unit 29, and the process returns to the key input determination process of step H2 (step H12). In the address registration mode process in the memo mode, the RAM
The sender data in the memo data is registered as the address data stored in the address data storage area in 27, and in the display process, the display process of the address registration data is performed in the order shown in FIG.

When the erase mode is set in the menu selection (step H17), the erase processing of the selected number memo data in the memo data storage area in the RAM 27 is performed (step H18), and the original selected memo data is deleted. The display screen is displayed on the display unit 29, and the process returns to the key input determination process of step H2 (step H12). When the cancel process is instructed in the menu selection, the menu display is canceled (step H19), the original selection memo data display screen is displayed on the display unit 29, and the step H2 is executed.
The process returns to the key input determination process (step H12).

Next, the normal display mode process is shown in FIG.
It will be described based on the flowchart shown in FIG.

In the pager 1, in the normal display mode process, the latest incoming call data is displayed on the display unit 29 (step I1), and it is determined whether the subsequent key input is the display switching key 3, the menu key 7, or another key. Do (Step I
2). When the key input is any other key input, the process corresponding to the key input is performed (step I3), and when the display switching key 3 is selected, the next incoming data is displayed on the display unit 29,
The process returns to the key input determination in step I2 (step I4).
When the menu key 7 is pressed, a menu as shown in FIG. 37 is displayed to prompt menu selection (steps I5, I
6).

In this menu selection, when the schedule registration mode is set (step I7), the process shifts to the schedule registration mode process, the flowchart shown in FIG. 38 is executed, and the process returns to the key input determination process of step I2 (step I7). I8). Here, the schedule registration mode processing will be described based on the flowchart shown in FIG.

In FIG. 38, first, whether or not the incoming data has been formatted according to the schedule data of this embodiment, that is, the sender has an information identification code in the file data portion of the transmission data format shown in FIG. It was sent to forget with a "schedule data" as a
It is determined whether or not it is only (step J1). Format
If it has not been completed , the selected incoming call data is displayed on the display unit 29 to prompt the formatting process of the schedule data (steps J2 and J3), and the end of the formatting process is determined, and the process proceeds to step J5. In this formatting process, necessary item data is added, corrected, and item delimiter code is inserted. Next, the incoming data (that is, the schedule data ) determined to have been formatted in step J1 or the schedule data formatted in step J3 is stored in the empty area of the schedule data storage area in the RAM 27 (step J
5), display processing of the registered schedule data on the display unit 29 (step J6) and correction processing are performed (step J7). Then, waiting for the end of the correction process of the registration schedule data (step J8), carry out a sequence exchange El alignment process the schedule data of the schedule data storage area in chronological order (step J9). Then, the selected incoming call data is erased (step J10), the next incoming call data is displayed, and this processing is ended (step J11).

Returning to the normal display mode process of FIG. 36, when the address registration mode is set in the menu selection of step I6 (step I9), the process shifts to the address registration mode process and the flowchart shown in FIG. 39 is executed. Then, the process returns to the key input determination process of step I2 (step I10). Here, the address registration mode process will be described based on the flowchart shown in FIG.

In FIG. 39, first, it is determined whether or not the incoming data has been formatted with the address data of this embodiment, that is, the sender has an information identification code in the file data portion of the transmission data format shown in FIG. Then, it is determined whether or not the address data is simply added and sent (step K1). If it has not been formatted , the selected incoming call data is displayed on the display unit 29 to prompt the formatting process of the address data (step K).
2, K3), the end of the formatting process is determined, and the process proceeds to step K5. In this formatting process, necessary item data is added, corrected, and item delimiter code is inserted. Then, the incoming data (that is, the address data ) determined to have been formatted in step K1 or the address data formatted in step K3 is stored in the empty area of the address data storage area in the RAM 27 ( Step K5), display processing of the registered address data on the display unit 29 (Step K6),
Correction processing is performed (step K7). Then, wait for the end of the correction processing of the registered address data (step K8),
The address data in the address data storage area performs a sequence exchange El alignment process alphabetical order of name (step K
9). Next, erase the selected incoming call data (step K
10) Then, the next incoming data is displayed and this process is terminated (step K11).

Returning to the normal display mode process of FIG. 36, when the memo registration mode is set in the menu selection of step I6 (step I11), the process shifts to the memo registration mode process and the flowchart shown in FIG. 40 is executed. Then, the process returns to the key input determination process of step I2 (step I
12). Here, the memo registration mode process will be described with reference to the flowchart shown in FIG.

In FIG. 40, first, it is determined whether or not the incoming data is the memo data of the present embodiment, that is, the sender identifies the information identification code in the file data portion of the transmission data format shown in FIG. It is determined whether or not the user simply forgets to attach the "memo data" and sent it (step L1). If it has not been formatted , the selected incoming call data is displayed on the display unit 29 to prompt the formatting process of the memo data (steps L2, L).
3) Step L after determining the end of the formatting process
Go to 5. In this formatting process, necessary item data is added, corrected, and item delimiter code is inserted. Then, the incoming data (that is, the memo data ) determined to have been formatted in step L1 or the memo data formatted in step L3 is stored in the RAM.
The memo data is stored in an empty area of the memo data storage area in 27 (step L5), and the memo data to be registered is displayed on the display unit 29 (step L6) and is corrected (step L7). Then, after completion of the modification process of registering the memo data (step L8), performs a sequence exchange El alignment processing memo data to incoming chronological order of the memo data storage area (step L9). Then, the selected incoming call data is erased (step L10), the next incoming call data is displayed, and this processing is ended (step L11).

Returning to the normal display mode process of FIG. 36, when the erase mode is set in the menu selection of step I6 (step I13), the selection number of each data storage area in the RAM 27 relating to the selected incoming call data. After the address data, the schedule data, and the memo data are erased, the process returns to the key input determination process of step I2 (step I14). When the cancel process is instructed in the menu selection in step I6, the menu display is canceled and the process returns to the key input determination process in step I2 (step I15).

The above incoming processing (FIG. 8), address mode processing (FIG. 9), and schedule search mode processing (FIG. 1)
4), memo search mode processing (FIG. 17), schedule mode processing (FIG. 20), address search mode processing (FIG. 2)
6), address registration mode process (FIG. 30), memo mode process (FIG. 32), normal display mode process (FIG. 36), schedule registration mode process (FIG. 38), address registration mode process (FIG. 39) and memo registration mode Processing (Fig. 40)
Is a function installed in the pager 1 as a basic function with a predetermined data format. Address data schedule data and memo data that are registered, modified, and erased in each mode processing are stored in the CPU 2
It is managed to be used mutually by 6 and RAM2
41 and 42 show how data is mutually used in the address data storage area, the schedule data storage area, and the fixed format received data storage area in FIG.

FIG. 41 shows address data A1 to A6 ... Stored in the address data storage area in the RAM 27,
The interrelationship of the schedule data S1 to S6 ... Stored in the schedule data storage area is shown, and the selection numbers of the address data related to each schedule data S1 to S6 ... When the data S1 to S6 ... Are registered or changed, the related address data can be registered or changed at the same time by using the selection number of the stored address data A1 to A6.

Further, FIG. 42 shows the address data A1 to A6 stored in the address data storage area in the RAM 27.
, And the memo data M1 to M6 stored in the standard format received data storage area are shown. Similarly, the selection numbers of address data related to the memo data M1 to M6 are stored. By being managed by the CPU 26, when registering and changing the memo data M1 to M6, the related address data is also registered at the same time by using the selection number of the stored address data A1 to A6.
Can be changed. Further, the schedule data or the memo data can be searched from the address data, and the address data can be searched from the schedule data or the memo data.

In the pager 1 having the information management function as described above, the display processing in the display unit 29 when registering the address data in the schedule mode and the memo mode is shown in FIGS. 43 and 44 as a specific example of data registration. . FIG. 43 shows, in order, a screen display example when the appointment destination data in the schedule format is copied and registered in the address file, and FIG. 44 shows the transmission data in the memo format copied to the address file. An example of screen display when registering is shown in order.

Further, specific examples of data retrieval are shown in FIGS.
7 shows. FIG. 45 sequentially shows a screen display example on the display unit 29 when searching for schedule data or memo data as the specific information search from the address data. FIG. 46 shows, in order, a screen display example on the display unit 29 when searching for specific address data from schedule data. FIG. 47 shows in sequence an example of screen display on the display unit 29 when searching for specific address data from memo data.

That is, in this embodiment, the address data is used as the management information to manage the schedule data and the memo data in association with each other to identify the file types of the incoming data and the key input data, and to identify the incoming data and the key data. RAM for individual address data, schedule data or memo data specified by input data
Not only is the address data storage area, schedule data storage area, or memo data storage area within 27 registered or changed, but the address data, schedule data, or memo data related to individual data is also registered or changed. At the same time, the address data is searched for schedule data or memo data, and the schedule data or memo data is searched for address data. Therefore, the user does not need to input the same data redundantly in each mode, and the operability and usability of the pager 1 as the information management device can be greatly improved.

Further, regarding each data stored in the address data storage area, the schedule data storage area or the memo data storage area in the RAM 27, only the selection number data relating to the address data is stored as the schedule data in the management data shared in each mode. Since it is only stored with the memo data, the address data will not be redundantly stored in the schedule mode and the memo mode, and the management information shared between the modes can be used more efficiently, and stored in the data table for each mode. The storage capacity of the RAM 27 can be reduced, and the memory capacity of the RAM 27 can be effectively used.

Next, an example of use when using the function of the pager 1 will be described. For example, when a manager (section manager) of a company has pagers 1 for a plurality of subordinates and uses them for schedule management of subordinates, a group call number is used to simultaneously provide common schedule information to a plurality of subordinates. It is possible to perform group management for transmission and individual management for transmitting individual schedule information to each subordinate by using individual call numbers. Also, when an individual uses it for self-management, it is possible to use it separately for business and private purposes, but it may be a problem if both business information and private information are known to others. , If only the user knows the personal identification number in advance on the pager 1, and when the business information and the private information are displayed, the personal identification number can be entered to keep the business information and the private information confidential. It is also possible.

As described above, the pager 1 as the information management apparatus of this embodiment is provided in the RAM 27 by the file information (address, schedule, memo) added to the incoming data and the input data and the instruction information thereof. Registration, change, search, etc. in each data table are performed, and the data in each data table is centrally managed based on the address data, mutually used in each mode processing, and the amount of stored data is reduced. Therefore, the operation procedure for the user can be simplified, the memory can be effectively used, and the usage pattern can be expanded for both companies and individuals.

Further, the pager 1 of the present embodiment is equipped with an original data mode function that allows the user to set and use an original data format in addition to the various functions described above. Will be described with reference to the flowchart shown in FIG.

When the original key 11 shown in FIG. 1 is pressed in the pager 1, an original key input signal is input from the key input unit 25 to the CPU 26, and the original data mode process is started. First, a list of original data formats set in advance by the user is displayed on the display unit 29 (step M1), and a process file selection is prompted (step M2). In this file selection, the selected file is displayed according to the selected file number, for example, as shown in FIG. 49 (steps M3 (1) to M3 (N)), and the display switching key 3
It is discriminated whether the input is for or other keys (step M4). When the key is any other key, the process corresponding to the key input is performed, and when the key is the display switching key 3, the process returns to the file list display of step M1.

The original data processed in this original data mode is stored and managed in the set original format in the original data storage area in the RAM 27 shown in FIG. An image of the registration environment of this original format is shown in FIG. Figure 5
In 0, the original format is created / data is input in advance on the personal computer, and the created original format is the pager 1 via the RS232C cable or the like.
Will be registered in advance. Next, when transmitting the original format data from the personal computer, for example, as shown in FIG. 6 above, via a modem and PSTN connected to the personal computer.
Only the changed portion of the data according to the table shown in FIG. 7 is transmitted to the pager service company together with the location information in a configuration excluding the call ID of the transmission data format shown in FIG. 7, and the caller ID is added at the pager service company. It is transmitted to the pager 1 by the transmission signal format as shown in FIG. When the pager 1 receives the incoming of the original format data, only the changed portion of the original format data created and registered in advance is rewritten, and the changed original format data is displayed on the display unit according to the user's key operation. 29 is displayed.

Therefore, as described above, the pager 1
Then, by providing the original mode function in addition to the address mode, the schedule mode and the memo mode function shown in FIGS. 1 to 47, it is possible to further expand the usage form of the pager 1 by the user, and to manage the information management. The usability and serviceability of the pager 1 as a device can be greatly improved.

In the above embodiments, the example in which the information management device is applied to the pager 1 is shown, but the invention is not limited to the pager and can be applied to other personal electronic devices having an information management function. Of course.

[0081]

According to the present invention, the received information processing means is
The received wireless data is analyzed to determine the information type, and
Based on the determination result of
And store the received data in any of the normal data storage means
And the data stored in the normal data storage means is
Registration mode setting means (or formatting means) and data
The desired data storage means by the data registration means
Since it can be stored again, convenience can be improved.

[0082]

[Brief description of drawings]

FIG. 1 is an external view of a pager to which a wireless data receiving device of the present invention is applied.

FIG. 2 is a block diagram of the pager of FIG.

FIG. 3 is a memory configuration diagram of the RAM of FIG.

FIG. 4 is a diagram showing a transmission signal format of a conventional POCSAG code signal.

FIG. 5 is a diagram showing a transmission signal format of this embodiment.

FIG. 6 is a diagram showing an example of creating an original data format of this embodiment.

7 is a diagram showing a transmission signal format created based on the original data format of FIG.

FIG. 8 is a flowchart of an incoming call process executed by the pager of this embodiment.

FIG. 9 is a flowchart of address mode processing executed by the pager of this embodiment.

FIG. 10 is a diagram showing an address list display displayed in the address mode processing of FIG.

11 is a diagram showing address data of selection numbers displayed in the address mode process of FIG.

12 is a view showing a selection menu displayed in the address mode processing of FIG.

FIG. 13 is a view showing a menu for each item for address registration displayed in the address mode processing of FIG.

FIG. 14 is a flowchart of a schedule search mode process executed during the address mode process of FIG.

FIG. 15 is a diagram showing a list of search results displayed in the schedule search mode process of FIG.

16 is a diagram showing schedule data of selection numbers displayed in the schedule search mode process of FIG.

FIG. 17 is a flowchart of memo search mode processing executed during the address mode processing of FIG. 9.

18 is a diagram showing a list of search results displayed in the memo search mode process of FIG.

19 is a view showing memo data of a selection number displayed in the memo search mode process of FIG.

FIG. 20 is a flowchart of a schedule mode process executed by the pager of this embodiment.

21 is a diagram showing the current day's schedule displayed in the schedule mode process of FIG. 20. FIG.

22 is a diagram showing a weekly schedule displayed in the schedule mode process of FIG.

23 is a diagram showing schedule data of selection numbers displayed in the schedule mode process of FIG.

FIG. 24 is a view showing a selection menu displayed in the schedule mode process of FIG. 20.

25 is a diagram showing a menu for each item for schedule registration displayed in the schedule mode process of FIG.

FIG. 26 is a flowchart of address search mode processing executed during the schedule mode processing of FIG. 20.

FIG. 27 is a diagram showing a list when a large number of search results are displayed in the address search mode process of FIG. 26.

28 is a diagram showing a list when the search results displayed in the address search mode process of FIG. 26 are decimals.

29 is a diagram showing address data of selection numbers displayed in the address search mode process of FIG.

FIG. 30 is a flowchart of address registration mode processing executed during the schedule mode processing of FIG. 20.

FIG. 31 is a view showing a display order of address registration data displayed in the address registration mode process of FIG. 30.

FIG. 32 is a flowchart of memo mode processing executed by the pager of this embodiment.

33 is a view showing the latest memo data displayed in the memo mode process of FIG. 32.

34 is a view showing a selection menu displayed in the memo mode processing of FIG. 32.

FIG. 35 is a view showing the display order of address registration data displayed in the memo mode process of FIG. 32.

FIG. 36 is a flowchart of normal display mode processing executed by the pager of this embodiment.

37 is a diagram showing a selection menu displayed in the normal display mode process of FIG. 36.

38 is a flowchart of a schedule registration mode process executed during the normal display mode process of FIG.

39 is a flowchart of the address registration mode process executed during the normal display mode process of FIG. 36.

FIG. 40 is a flowchart of memo registration mode processing executed during the normal display mode processing of FIG. 36.

FIG. 41 is a view showing the mutual relationship between the address data table and the schedule data table in the RAM of this embodiment.

FIG. 42 is a view showing the mutual relationship between the address data table and the memo data table in the RAM of this embodiment.

FIG. 43 is a diagram showing a screen display order when copying from a schedule format to an address file by the pager of the present embodiment.

FIG. 44 is a diagram showing a screen display order when copying from a memo format to an address file by the pager of the present embodiment.

FIG. 45 is a view showing a screen display order when searching for schedule data or memo data from address data by the pager of the present embodiment.

FIG. 46 is a view showing a screen display order when searching for specific address data from schedule data by the pager of the present embodiment.

FIG. 47 is a view showing a screen display order when searching for specific address data from memo data by the pager of the present embodiment.

FIG. 48 is a flowchart of original data mode processing executed by the pager of this embodiment.

FIG. 49 is a view showing a selected file displayed by the original data mode processing of FIG. 48.

FIG. 50 is a diagram showing an image of an original format registration environment by the pager of the present embodiment.

[Explanation of symbols]

1 pager 2 LCD display 3 Display switching key 8 Memo key 9 Schedule key 10 telephone key 11 original key 13 Cursor move key 14 letter / number input key 21 antenna 22 Radio 23 Decoder section 24 ID-ROM 25 key input section 26 CPU 27 RAM 28 display buffers 29 Display 30, 32 amp 31 speakers 33 LEDs 34 CG

─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) H04Q ^7/ 00-7/38 H04B ⁷ /24-7/26 G06F 13/00 351

Claims (4)

(57) [Claims] 1. As data storage means for storing received data, a plurality of predetermined data storage means for respectively storing only predetermined types of data, and normal data storage means for storing other types of data are provided. In the wireless data receiving device, the received wireless data is analyzed to determine its information type, and the received data is stored in any one of the predetermined data storage means and the normal data storage means based on the determination result. Received information processing means, data reading means for selectively reading and displaying data stored in each of the data storage means, and data read by the data reading means from the normal data storage means are displayed. The registration mode for storing the data in a desired storage unit of the plurality of predetermined data storage units. Mode setting means, and when the registration mode setting means sets a registration mode to the specific predetermined data storage means, the displayed data and other data stored in the specific predetermined data storage means Similarly, it is determined whether or not it is formatted, and if it is also formatted,
A wireless data receiving device comprising: a data registration unit that stores the specific predetermined data storage unit. 2. The data registration means stores the data read from the normal data storage means by the data reading means in another data stored in a desired storage means of the plurality of predetermined data storage means. it is the same comprises means for formatting the data format, the display the displayed data is the specific predetermined data storage means other data of the same data format stored in the
The wireless data receiving apparatus according to claim 1, wherein, in the case of being incorrect, the displayed data is formatted in the same data format as the other data stored in the specific predetermined data storage means. 3. The data storage means for storing the received data comprises a plurality of predetermined data storage means for respectively storing only predetermined types of data, and a normal data storage means for storing other types of data. In the wireless data receiving device, the received wireless data is analyzed to determine its information type, and the received data is stored in any of the plurality of predetermined data storage means and normal data storage means based on the determination result. Received information processing means, data reading means for selectively reading and displaying data stored in each of the data storage means, and data read by the data reading means from the normal data storage means are displayed. The item data
Less of adding, correcting or inserting item separators
And one for formatting the displayed data into the same data format as other data stored in a desired storage unit of the plurality of predetermined data storage units, and the format. And a data registration unit for storing the data formatted by the converting unit in the desired storage unit. 4. The wireless data includes index data representing an information type, and the reception information processing means determines the information type of the received wireless data based on the index data. 5. The wireless data receiving device according to any one of 3 to 3.