KR100249760B1 - Electronic notebook with the automatic remote version-up - Google Patents

Abstract

The present invention relates to an electronic notebook in which not only the information input by the user for storage, but also data which is provided by remotely receiving various information is automatically updated. The filter filters only a high frequency signal band including various information among the received signals. An RF filter amplifier 10 for amplifying; A demodulator 20 for demodulating and outputting the filtered signal; A decoding unit 30 for decoding the demodulated output signal and extracting only valid data; A memory 70 for storing data; A keypad 40 for key input of a user; A control unit (60) for comparing and checking a call code and a device identification code stored in the extracted data among the extracted data, and discriminating and storing the corresponding data in the memory (70) by determining a corresponding data type in the extracted data; Notification unit 100 to selectively notify the reception of data; A text display unit 80 converting the stored data into text data; And a display unit 90 for displaying the text data as information. A voice data ROM 51 in which voice data is stored; A voice encoder (50) which reads out remotely received data separately stored in the memory (70) from the voice data ROM (51) and converts the converted voice data into a voice signal; And a speaker 52, in addition to re-information of information by a direct input of a user, receiving data provided from a remote location and storing the data by type to prevent the latest information from being lost and a notification mode according to the information type. It is a very useful invention that is easy to use by not only knowing whether or not to receive important information by selection of the information service, but also allowing a change, deletion, and addition of the information service to be performed remotely by the information service provider.

Description

Electronic organizer with automatic data update

The present invention relates to an electronic notebook that remotely automatically receives data provided by a user from a remote location as well as information input for storage, and provides various information (stock information, weather information, spot information, etc.). In addition to functions such as memos and schedule records provided by existing electronic notebooks, various types of information transmitted by high-frequency radio signals are received, their types are identified, classified and stored based on the specified data classification form, and the latest information on the data type selected by the user. By reading and displaying the data, the user can easily obtain various information, and also selectively update the data according to the type of information received so that the user can not automatically recognize the data reception remotely. It relates to an electronic notebook.

In the conventional electronic notebook, in addition to the function of recording and retrieving a memo or schedule, living information (subway lines, zip codes, emergency phone number guides, etc.) is limited to materials input at the time of purchase. However, many life information will be different from the original contents over time, and sometimes there will be new information that was not needed in the past. For example, in the case of the subway map, the existing electronic notebook does not reflect the situation caused by the addition or change of the route, and the fluctuation information such as the exchange rate cannot be recorded, and accordingly, only the simple recording function as the notebook is used. There was a problem that its utility is very low.

Accordingly, the present invention was created to solve the above problems, and by adding a wireless data reception function in addition to the simple recording function, various types of information of the received high frequency radio signal are stored without user recognition according to the type and the latest type of the latest type. It is an object of the present invention to provide an electronic notebook in which data that is not lost and always maintained is automatically updated remotely, and another object of the present invention is to provide a convenient way to confirm information provided from a remote place without using a narrow display area. Another object of the present invention is to provide an electronic notebook in which data capable of remotely changing the selection of various information services to be used is automatically updated remotely. Another object of the invention is to keep only the latest information Open is to provide an electronic organizer that the data is automatically updated to allow remote access to as much information service within the limited storage space.

1 shows the configuration of a preferred embodiment of an electronic notebook in which data according to the present invention is automatically updated remotely,

2 shows an example of a storage format of data.

3 illustrates an example of a format packet for designating a data storage format.

4 shows an example of one type of information data provided by the information providing side;

FIG. 5 illustrates a change in the classification storage format of data based on the format packet of FIG. 3.

* Description of the symbols for the main parts of the drawings *

1: High frequency antenna 10: RF filter amplifier

20: synchronization unit 30: decryption unit

40: keypad 50: voice encoder

51: voice data rom 53: speaker

60: control unit 70: memory

80: character display 90: display

100: notification unit

In order to achieve the above object, the electronic organizer in which data is automatically updated remotely comprises: tuning means for tuning and demodulating and outputting a high frequency radio signal including various kinds of information; Decoding means for decoding the demodulated output signal to extract data; Identification means for identifying a destination of the extracted data and receiving data accordingly; Discriminating means for discriminating a type of data received by said identifying means; Notification means for selectively informing the data reception of the identification means according to the determined type; First storage means for classifying and storing the data received by the identification means based on a data classification style designated according to the determined type; Input means for receiving a user input; Second storage means for storing data input through the input means for each type; And display means for displaying data corresponding to the selected data type among the data stored in the first and second storage means, and inhibiting the notification of the notification means according to the data type determined by the determination means. It is characterized in that it further comprises a control means, the electronic notebook in which the data according to the present invention is automatically updated remotely, voice encoding means for reading the data stored separately in the first storage means to convert the voice data; And a voice output means for converting and outputting the converted voice data into an audible signal. The electronic notebook in which data according to the present invention is automatically updated remotely is characterized in that the designated data classification style is as follows. Another characteristic is that it is set by the specific data received by the identification means, and the electronic notebook in which the data according to the present invention is automatically updated remotely is such that the divisional storage of the storage means is overwritten by the same data type. There is another feature of what is done by it.

In the electronic organizer in which data according to the present invention configured as described above is automatically updated remotely, the user inputs schedule, telephone number data, etc. to be recorded through the input means, as in the conventional electronic organizer. 2 The storage means stores the input data by type and then selects a desired type through the input means when the recorded contents are needed. When the type is selected, the display means is stored in the second storage means. The necessary data are read out and the contents are displayed and displayed visually. On the other hand, in the case of receiving and storing data provided remotely, first, the tuning means selects and demodulates a signal band including various information in the received high frequency radio signal, and the decoding means performs the demodulated output signal. Decrypts and extracts only valid data and transmits it to the identification means. The identification means confirms the destination of the data extracted from the decryption means, and if it is the destination of the data, transmits the data to the determination means to determine the type of data. The first storage means divides the data according to the type of data determined by the determination means and stores the data in a predetermined region.

Data stored separately in the first storage means is read out by the display means and visually displayed according to a user's command input from the input means, thereby obtaining the latest information at a desired point in time. On the other hand, the notification means is selectively informed by the various notification modes when the identification means receives the data, the control means to block the data reception notification of the notification means in accordance with the data type determined by the determination means Do not inform the user of receiving data.

Hereinafter, the configuration and operation of a preferred embodiment of an electronic notebook in which data according to the present invention is automatically updated remotely will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a preferred embodiment of an electronic notebook in which data according to the present invention is automatically updated remotely. Various information (stock information, weather information, sports information (pro baseball game, RF filter amplifier 10 for filtering only the high frequency signal band including the professional basketball game, etc.); A demodulator 20 for demodulating and outputting the filtered signal; A decoding unit 30 for decoding the demodulated output signal and extracting only valid data; A memory 70 for storing data; A keypad 40 for key input of a user; Detect the call code from the data extracted by the decryption unit 30, compare and check whether it matches the device identification code that is stored in itself, and if it matches, determine the corresponding data type in the extracted data, A control unit (60) for classifying and storing the corresponding data in the memory (70) and classifying the data input through the keypad (40) for each type and storing the data in the memory (70); Notification unit 100 for selectively notifying the reception of data under the control of the control unit 60; A character display unit 80 for converting data stored in the memory 70 into character data under the control of the controller 60 and outputting the character data; A display unit 90 for displaying the converted character data as information; Voice data ROM (ROM) 50 in which voice data is stored; A voice encoder (50) which reads out remotely received data separately stored in the memory (70) from the voice data ROM (51) and converts the converted voice data into a voice signal; And a speaker 52 for outputting the audio signal as an audible signal.

In the electronic notebook in which the data according to the present invention configured as described above is automatically updated remotely, as in the conventional electronic notebook, the user inputs data such as a telephone number and a schedule to be recorded through the keypad 40, The controller 60 stores data input by a user in the memory 70 in areas divided by types such as a phone number and a schedule. As such, when the user selects the stored data through the keypad 40, the controller 60 reads the corresponding data from the memory 70 and transmits the data to the character display 80. Is converted into data necessary for composing a character by the character display 80, and then outputted as a character to the display unit 90 to be visually recognized by the user. Unlike the information recorded and retrieved by the user directly, when the user receives and uses information provided from a remote location, the RF filter amplifier 10 has a high frequency band in which various pieces of information are loaded from signals received from the high frequency antenna 1. After filtering the wireless signal is output to the demodulator 20. The demodulator 20 demodulates a radio signal of an input high frequency band, which is modulated for long distance transmission, restores an original transmission digital signal, and outputs the original digital signal to the decryption unit 30. The decryption unit 30 restores the restoration unit. The digital signal is decoded by the same protocol as that of the transmitting side, and only valid data is extracted except for ancillary data for error recovery and synchronization, and transmitted to the control unit 60. The controller 60 detects a call code for specifying a destination in the received data and compares it with an identification code of the device. In this case, it is preferable not to use a separate high frequency band by allocating the codes based on an existing wireless calling network identification code system.

As a result of the comparison, if the two codes match, the corresponding data type (radio call data, stock data, weather data, baseball data, soccer data…) is identified and stored in the memory 70 according to the type. That is, when the type of the currently received data is weather information, the data is stored in the corresponding area A in the memory 70 conceptually illustrated in FIG. 2. In this manner, when the data is stored in each type, the data currently present in the memory 70 becomes the latest information of the information, and is stored in the memory 70 by other types of frequent data, for example, sports score information. It will not be deleted.

In addition, even in the case of the professional baseball information (B, ..., E) that is frequently received and the previous information is continuously updated, the latest information always remains in the memory 70, so that the user can check the current scoring situation at any time. .

On the other hand, the control unit 60 controls the notification unit 100 to notify the reception of data in a mode preset by the user (call sound, vibration, display, not notification) for each data type, for example, If the user is set to the 'vibration' mode for notifying the weather information in vibration and the stock information in the 'not known' mode, the control unit 60 to vibrate by controlling the notification unit 100 when the weather information is received, When stock information is received, the notification unit 100 is not controlled to notify the reception of the data. Accordingly, the user can see the latest information only when the user wants to check the information without having to check whether it is a call every time the information is received.

When the user selects confirmation of the information, the control unit 60 reads only the information corresponding to the type selected by the user's keypad 40 input from the data stored in the memory 70 to the character display 80. The character display 80 converts the transmitted data into data represented by a character and outputs the data to the display unit 90, and the display unit 900 displays the latest information desired by the user. When the user selects the output mode through the keypad 40 as voice, the controller 60 reads out data corresponding to the type selected by the user from the memory 70 and the voice encoder 50. The voice encoder 50 is sampled corresponding to the corresponding character in the voice data ROM 51 to convert the transmitted data into voice. The sequential data column is sequentially read out and converted into an analog signal, and the converted signal is transmitted to the user as audible information by the speaker 52. Therefore, the user can perform a desired task while performing other necessary tasks. Information can be obtained.

In addition, the control unit 60 may designate or change the storage format as shown in FIG. 2 stored in the memory 70 by the format packet shown in FIG. 3 received by the decryption unit 30. After receiving and changing the classification format of the memory 70, the data received from the decryption section 30 is stored and displayed according to the classification format. After transmitting the format packet as described above, the transmitting side providing the information service transmits a radio signal having a data sequence of the form shown in FIG. 4, for example, and the control unit 60 transmits the format packet to FIG. After confirming the type of data received and decrypted according to the changed storage classification format as described above, it is newly stored in the memory 70.

In addition, the descriptor of the information provided in the format packet of FIG. 3 is also linked and stored together in the memory 70 so that it can be read out together in a subsequent user's information checking process to easily select desired information.

The electronic organizer in which the data according to the present invention, which is configured and operated as described above, is automatically updated remotely, in addition to re-information of information by direct input such as a simple memo or a schedule record, receiving data provided remotely and confirming the type thereof. By classifying and storing by type, it is possible to prevent the loss of the latest information desired by other information and to selectively notify the reception of data in a preset mode for each data type. By eliminating the inconvenience that needs to be checked, the selection of the notification mode according to the information type not only promptly knows whether important information has been received, but also hassle-free operation procedures such as changing, deleting or adding information services. Achieved remotely by the information service provider without By enabling the quality, using a very convenient and is a useful invention to maximize the utility of the organizer.

Claims (6)

Tuning means for tuning and demodulating and outputting a high frequency radio signal including various kinds of information; Decoding means for decoding the demodulated output signal to extract data; Identification means for identifying a destination of the extracted data and receiving data accordingly; Discriminating means for discriminating a type of data received by said identifying means; Notification means for selectively informing the data reception of the identification means according to the determined type; First storage means for classifying and storing the data received by the identification means based on a data classification style designated according to the determined type; Input means for receiving a user input; Second storage means for storing data input through the input means for each type; And And an indicator configured to display data corresponding to the selected data type among the data stored in the first and second storage means. The method of claim 1, Voice encoding means for reading data classified and stored in the first storage means and converting the data into voice data; And And an audio output unit configured to remotely automatically update data comprising voice output means for converting and outputting the converted voice data into an audible signal. The method of claim 1, The destination confirmation is an electronic notebook, wherein data is automatically updated remotely, characterized in that the identification of the call code and the device identification code based on the wireless calling network identification code system. The method according to claim 1, 2 or 3, And electronically configured to remotely update the data, characterized in that it further comprises a control means for stopping the notification of the notification means according to the data type determined by the determination means. The method according to claim 1, 2 or 3, And said designated data classification style is set by specific data received by said identification means. The method according to claim 1, 2 or 3, The electronic means of remotely updating data, characterized in that the classification storage of the storage means is made by overwriting by the same data type.

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