KR100331942B1 - Apparatus and method of managing personal daily schedule through communication network - Google Patents

Abstract

PURPOSE: An apparatus and method of managing a personal daily schedule through a communication network are provided, which are capable of managing a personal daily schedule by recording a schedule with voice or non-voice data through a communication terminal and reporting the recorded contents at a required time through the communication terminal. CONSTITUTION: A telephone network connection part(400) transmits and receives voice and provides a signal connection with a mobile communication network and a telephone communication network. A signal conversion part(460) consists of an analog to digital converter(461) for converting a voice signal from the telephone network connection part(400) into a digital signal and a digital to analog converter(462) for converting a digital signal into an analog signal for outputting a voice to the telephone network connection part(400). A dual tone multi frequency(DTMF) tone processing part(430) recognizes and generates received DTMF tones. An auxiliary storage(440) stores schedule data and guide messages of a user, and a main storage(450) temporarily stores data needed for fast search. A timer(470) maintains and reports current date and time. A voice converting part(420) converts non-voice data into voice data. A voice recognition part(480) processes digital voice data to extract necessary date and time information. A data network connection part(490) transmits and receives data and provides a signal connection with a data communication network. A central processing unit(410) performs a daily schedule service.

Description

Personal schedule management device and management method through communication network

The present invention relates to a personal schedule management device and a management method through a communication network, and more particularly, when a user having a personal communication terminal device needs to be memorized, the content and schedule are recorded by voice or by mail. When recording the same non-voice data and recording the time to be notified, the personal schedule, and the method of notification, it is necessary to search for the time when the individual should be notified of the schedule. Attempt to connect by specifying the communication network and personal terminal device (or personal identification code) that can access the terminal device, and when connected, the user transmits data about the schedule recorded by the text data, which is voice or non-voice data. By reconfirming the schedule, the place, time and communication by using the user's personal communication terminal device Without regard to the device it relates to a personal schedule managing apparatus and managing method through a communication network to the calendar.

Conventionally, if a service user notes a necessary matter by phone or the like through a communication network, or records a matter to be delivered by another person who has contents to be delivered to the user, the user provides the service through a telephone or the like. Voice mailbox service was provided to allow users to access the device and record recorded messages through a communication network.

However, in the conventional voice mailbox service, the service user merely notes the necessary matters by voice, and can check his / her schedule only when the user intentionally remembers and notes the contents through the terminal. In addition, if you do not remember or if you are busy and concentrate on other things, you may miss your schedule and it is not possible to use calendar service to manage your calendar.

As a personal schedule management device that does not go through a communication network, there are devices such as an electronic notebook, but these devices do not have a voice input, so they have to input them through a keyboard or input them using an electronic writing tool. However, even if the voice input is possible, due to the limitation of the memory capacity of the electronic organizer, only a very short voice memo is possible, and it is impossible to manage various and complex schedules using the electronic organizer.

Therefore, the present invention was created to solve the above problems, and allows the user to easily record complex and various personal schedules as non-voice data such as voice or mail using a communication terminal device, and to a user's desired time and communication terminal. The purpose is to provide a personal schedule management device through a communication network that can conveniently and completely manage the schedule by notifying the contents,

Another object of the present invention is to provide a personal schedule management device through a communication network that improves the convenience of content input by allowing a user to input more parts by voice instead of using a key of the communication terminal device. ,

It is still another object of the present invention to provide a personal schedule management apparatus through a communication network in which a user transmits and stores a document, which is non-voice data recording a personal schedule, and the like, so that the user can be notified by document or voice at a desired time. Its purpose is to.

It is also an object of the present invention to conveniently and completely schedule the schedule of a complex and diverse individual using any communication terminal device desired by the user and to conveniently and completely schedule by notifying the contents to the desired communication terminal at the desired time. The purpose is to provide a personal schedule management method through the communication network,

Another object of the present invention is to provide a personal schedule management method through a communication network that improves the convenience of content input by allowing a user to input more parts by voice instead of using a key of a communication terminal device.

Still another object of the present invention is to enable a user to easily input a personal schedule using a data file document, which is non-voice data that records a personal schedule, and the like, and to convert such data into a voice to provide an individual through a data communication network and a telephone network. To provide schedule management,

Still another object of the present invention is to provide a personal schedule management method through a communication network that can more securely protect an individual's privacy by identifying a user who receives the personal schedule, if possible.

It is still another object of the present invention to provide a personal schedule management method through a communication network that allows a user to be notified of schedule contents in various ways more clearly and clearly.

1 is a conceptual diagram illustrating a path for a mailbox user to access the apparatus through various communication networks,

Figure 2 is a schematic block diagram of a preferred daily example of a personal schedule management device according to the present invention,

3 is a general control flowchart of a schedule management method (registration, deletion, confirmation) for allowing a user to manage his / her schedule data among personal schedule management services.

4 is a general control flowchart of a schedule management method for searching and notifying a user's schedule in a personal schedule management service,

5 is a conceptual diagram showing the type of internal management data that accommodates various designated notification methods for two or more notifications of an individual schedule.

※ Explanation of code for main part of drawing

M: Modem PC ₁ , PC ₂ ...: Personal Computer

10: mobile phone 20 ₁ -20 _N : wireless switching center

20 ₁₁ , 20 ₁₂ .. -20 _N1 , 20 _N2 ...: Base station 40: Personal schedule management device

100: mobile communication network

200: Public Switched Telephone Network (PSTN)

300: Public Switched Data Network (PSDN)

310: PAD Packet Assemble-Disassembler

320: Network connection device (G / A: Gateway)

330: Local Area Network

400: telephone network connection 410: central processing unit

420: voice conversion unit 430: DTMF tone processing unit

440: auxiliary memory device 450: main memory device

460: digital analog signal converter 461: analog to digital converter

462: digital-to-analog converter 470: timer

480: voice recognition unit 480: data network connection unit

Personal schedule management apparatus through a communication network according to the present invention for achieving the above object, the telephone network connection means for transmitting and receiving a signal connection and voice with the telephone communication network; Data network connection means for transmitting and receiving signal connection and data with the data communication network; Analog / digital conversion means for converting a voice signal input from the telephone network connection means into digital and digital / analog conversion means for converting an analog signal for outputting voice to the telephone network connection means; DTMF tone processing means for recognizing and generating DTMF tones input from a user's terminal; Auxiliary for storing the user's date time information and mail contents through the digital voice data converted by the analog / digital converting means, the user's input number recognized by the DTMF tone processing means, and the data network connection means. Memory means; A main memory means for reading data from the auxiliary memory means and temporarily storing input contents of a user necessary for a search faster than the auxiliary memory means; Date and time notification means for informing the current date and time; Voice conversion means for converting non-voice data stored in the main storage means and the auxiliary storage means into digital voice data and transmitting the digital voice data to the digital / analog conversion means; And processing the signals from the telephone network connection means and the data network connection means, and controlling the transmission of digital data output from the analog / digital conversion means to the auxiliary storage means and the DTMF tone processing means, and the auxiliary storage means. Move the data of the main memory means and periodically compare the data corresponding to the date and time among the data in the main memory means with the date and time of the date and time notification means, or if the main memory means or the auxiliary memory The user schedule data in the means is controlled to be transmitted to the user, and when it is determined that the time is to be notified to the user by the date and time notification means, the stored mail or non-voice data is transmitted to the voice conversion means and converted into voice data. And the digital / analog conversion means It is characterized in that it comprises a; main control means for controlling to be transmitted by voice through the telephone network connection means,

In addition, the personal schedule management method through a communication network according to the present invention, the step of connecting through a communication network; Inputting the content, date, time and method by which the user will be notified; Processing and storing data relating to the input content, date time and method; Confirming whether or not the date time when the user is to be notified has elapsed; And if the user is the date time to be notified, characterized in that it comprises a step of transmitting by voice or mail through the communication network corresponding to the method to be notified the contents to be notified.

In the personal schedule management method through the communication network and the personal schedule management device implementing the method, the user first accesses the telephone network of the device through a communication network using a communication terminal device (a mobile phone, a personal computer equipped with a modem, etc.). Connect to the means. When the main control means recognizes the user's access signal from the telephone network access means, the main message is output as a voice message or a text message stored in the auxiliary memory device so that the user can input necessary contents accordingly. At this time, when the guide message is output as voice, the digital voice guide message stored through the digital / analog converting means is output as analog voice.

The user inputs his / her schedule contents, notification time and notification method according to the guided information. The notification method is menu selection, the user's schedule contents are spoken, and the notification time is voice or key of terminal device. Will be entered. The voice input by the user is converted into digital data by the analog / digital converting means and stored in the auxiliary storage means. At this time, in the case of inputting the date time to be notified to the user and the user by voice, the voice recognition means extracts the necessary date time information from the voice recognition means for the digitally converted voice, and the extracted information is again converted into the voice conversion means. After converting the voice data into voice data, the digital / analog converting means converts the voice data to voice to check whether the extracted date and time information is correct.

If the extracted datetime data is confirmed to be correct, the main control means stores the inputted notification contents, the notification datetime, and the notification method in the form of a series in the auxiliary storage means, and if the datetime information is not correct, The verification process is repeated to extract the correct date and time information and to store the contents in the auxiliary storage means.

In addition to the above input storing process, a user having a text terminal apparatus can input and store necessary data at a time in the form of a document in which all the contents of notification, notification date time and notification method are recorded through the data network connection means.

The main control means always moves the data in the auxiliary storage means input and stored through the above process to the main storage means or directly accesses the auxiliary storage means to retrieve the data. In the search process, if it is necessary to confirm whether or not the date time to notify the user by using the information provided by the date time notification means or not before a certain time, the communication network and the communication method according to the notification method previously input by the user. By specifying the terminal and performing appropriate notification accordingly in various ways, the user can check his or her personal schedule.

Hereinafter, a configuration and operation of a personal schedule management method through a communication network according to the present invention and a preferred embodiment of a personal schedule management device implementing the method will be described in detail with reference to the accompanying drawings.

1 shows an example of a path where a user connects to the device through a communication network using a communication terminal device, wherein the user uses a mobile phone 10 in a specific base station 20 ₁₁ to exchange a station 20 ₁ . connected to the said switching center (20 ₁₎ transmitting a call establishment signal to the called party station (20 _N) to interpret the required number on which the user inputs the destination station (20 _N) is a verification number with the unit 40 After this, the user's request is opened.

When using personal computers (PC ₁ , PC ₂ ....), access the data network access device (PAD: 310) through the telephone network (PSTN: 200) and then pass the data network (PSDN: 300). It may be connected to the device or directly through the telephone communication network 200, or may be connected to the device through a local area network (LAN: 330) through a network connection device (G / A: 320) and a data communication network (300). have. When the call is established with the device, the user can use the personal schedule management service that can record and be notified of his / her schedule using the device.

2 is a schematic block diagram of a preferred embodiment of a personal schedule management device according to the present invention, comprising: a telephone network connection unit 400 for transmitting and receiving a signal connection and voice with a mobile communication network 100 and a telephone communication network 200; An analog / digital converter 461 converts a voice signal input from the telephone network connection unit 400 into a digital signal, and a digital / analog converter 462 converts an analog signal to output a voice signal to the telephone network connection unit 400. A signal conversion unit 460 configured; DTMF tone processing unit 430 for recognizing and generating a received dual tone multi frequency (DTMF) tone; An auxiliary memory device 440 for storing schedule data and guide messages of the user; A main memory 450 for temporarily storing data necessary for quick retrieval; A timer 470 for maintaining and informing the current date and time; A voice converter 420 for converting non-voice data into digital voice data; A voice recognition unit 480 for processing digital voice data and extracting necessary date and time information; A data network connection unit 490 for transmitting and receiving a signal connection and data with the data communication network 300; And a central processing unit 410 which controls the signal flow and data flow in the apparatus as a whole to perform a schedule management service.

FIG. 3 is a general control flow diagram illustrating a process of the central processing unit 410 controlling the above components to process an input from a user during a schedule management service. Hereinafter, the control flow of FIG. 3 will be described. With reference to the operation and the personal schedule management method of the above embodiment will be described in detail.

First, the user uses a communication terminal device (mobile phone, telephone, data terminal, etc.) through a communication network (in case of a mobile phone, communication network (100), in case of a telephone communication network (200), in the case of a data terminal, a data communication network ( 300) Request the connection to the personal schedule management device (40). When the connection request from the voice terminal device (mobile phone or telephone) is requested, the telephone network connection unit 400 performs a connection process. In the case of a data terminal device (PC, etc.), the data network connection unit 490 performs a connection process. The telephone network connection unit 400 and the data network connection unit 490 may both be a connection device that satisfies the T1 / E1 connection standard of the switch or a terminal device (modem or digital service unit (DSU)) of a dedicated line or a switching line. As described above, if there is a connection request from the user (S11), the central processing unit 410 checks the terminal device in the connected standby state (S10) (S12) and guides the entire service accordingly (S13) from the user. Proceeds to the service waiting state (S14) waiting for a service request. The terminal device confirming step (S12) includes a step of confirming the connected user (confirming the ID and password of the user). In addition, the guidance process (S13) is different depending on the type of the terminal device (S12) confirmed, the voice is provided in the case of the terminal device, the information is made in the case of the data terminal device. When the guidance process is necessary for voice guidance, the digital voice guidance data stored in the auxiliary memory device 440 is read by the central processing unit 410 and converted into analog voice through the digital / analog converter 402, and then the telephone network connection unit ( If the user needs to send a text message to the user, the auxiliary memory device 440 reads the text guide data through the data network connection 490 or directly through the telephone network connection 400 without converting to analog. Will be sent to the user. This guidance method applies equally to the guidance process described later.

When the user requests the schedule addition in the service waiting state (S14) (S40), the central processing unit 410 guides the process of inputting the schedule again (S41). Enter the time (or date and time to be notified) and the way to be notified (identification code of the communication network (telephone network or data network) and terminal equipment or user ID, etc.) (S42) The time can be set in various ways, and the number of notifications can be set freely by the user. FIG. 5 is a format of data for various user notification methods different from a single designated single notification method. FIG. 5A is a format of data that enables a user to be notified at a specific date and time specified by the user. Is the format of the data for notifying the number of times repeatedly designated by the user at regular intervals, and (c) is the format of the data for continuously notifying when a specific time of day (or daily) is reached.

When the above input process is completed, the central processing unit 400 stores the input contents and the ID of the user identified at the time of connection, together with the auxiliary memory device 440. It is necessary for confirmation or deletion.)

The above input process is appropriately performed according to the connected terminal device. The process will be described in detail as follows.

If the user's connection terminal device is a voice terminal, the contents of the schedule are inputted directly by voice, and the input voice is converted into digital voice data by the analog / digital converter 461 under the control of the central processing unit 410. The converted date is then stored in the auxiliary memory device 440, and the date and time of the schedule may be input by a key of the voice terminal device, or may be input by voice input. In the case of input by the key, it is converted into digital key data by the analog / digital converter 461 and then transmitted to the DTMF tone processor 430 by the central processing unit 410, and the DTMF tone processor 430 is transmitted. The number or symbol input by the user is extracted from the extracted key data, and the extracted numeric data is transmitted back to the CPU 410, so that the CPU 410 schedules the date and time according to the number or symbol selected by the user. In addition, the input can be terminated or cancelled, and the extracted date and time are also stored in the auxiliary memory device 440 together with the schedule contents. (S43) If a schedule date and time are inputted by voice, In this case, the digital voice data converted by the analog / digital converter 461 is transmitted to the voice recognition unit 480, and the voice recognition unit 480 processes the voice data to perform the signal processing. The number corresponding to the voice is extracted. The extracted numeric data is transmitted to the voice converter 420 under the control of the central processing unit 410, and the voice converter 420 converts the received numeric data back into digital voice data and converts the digital voice into a digital / analog converter. In step 462, the user converts the analog voice to confirm the accuracy of the input date and time data. If the input processed data is not correct, the input process is repeatedly inputted and stored if the user confirms that the data is correct.

Even when the user inputs a method for notifying the user, as described above, the user may input the same using a key on the keypad of the terminal device, which may also be input by the user's voice.

When the user's access terminal device is a data terminal, the user may not only store the contents input by the user by analyzing the data input through the terminal in the stepped menu state presented by the central processing unit 410 in order. It transmits the document which records all the schedule contents, schedule date and time, and the notification method according to a specific format at once, and the central processing unit 410 receives this document to inform the user of the schedule contents, the date and time of the schedule and the notification method. It may be separated and stored in the auxiliary memory device 440.

When the user requests confirmation of the recorded schedule in the service waiting state (S14) (S50), the central processing unit 410 reads the auxiliary storage device 440 to search for a schedule corresponding to the schedule of the connected user ( S51) After determining whether there is a registered schedule (S52), if there is a registered schedule, guides to the schedule in turn (S53), and if there is no registered schedule, notifies that there is no registered schedule (S54) After the announcement, the service waits for the user's service request. (S14)

Further, when the user requests the deletion of the recorded schedule in the service waiting state (S14) (S30), the schedule of the connected user is searched as in the step (S50, S51, ...) of checking the schedule (S31). After determining whether there is a registered schedule (S32), if there is no registered schedule, the service returns to the service waiting state (S14) again after providing a notification that there is no registered schedule. If there is a registered schedule, the user is guided to the registered schedules and a method of selecting the selected schedule (S33), and the selection wait state waits for the user's selection (S34). When the schedule to be deleted is selected (S36), the CPU 410 deletes the schedule selected by the auxiliary storage device 440 (S37) and returns to the selection wait state S34. Since returning to the selection wait state (S34) without returning to the service wait state (S14) is for convenience of use in case the user deletes a plurality of schedules, the central processing unit 410 has a schedule remaining after deletion. If not, the entire service can be guided (S13) and the service can be returned to the waiting state (S14). When the user inputs that the necessary schedule has been deleted in the selected waiting state (S34) (S35), the central processing unit 410 guides the entire service (S13) and proceeds to the service waiting state (S14).

In the process described so far, if the user releases the connection in the user's service request waiting partner (S14) and the schedule deletion selection wait state (S34) (S20, S38), the central processing unit 410 is associated with the connected call. After initializing the status lights, the service returns to the connection waiting partner (S10) to terminate the service for the call.

At the same time as performing the above-described series of processes according to the user's access and service request, the CPU 410 reads and stores a portion of the main memory 440 from the auxiliary memory device 440 or the auxiliary memory device 440. The schedule data of the users in the device 450 is repeatedly searched and notified to the user of the contents of the schedule, if necessary, as shown in FIG.

First, the central processing unit 410 starts a search and notification operation by reading a single schedule data from the storage devices 440 and 450 (S100), and includes data on the date time of the schedule in the schedule data (data including a notification time point). ) Is read out (S101), and it is determined whether or not a schedule notification is necessary by comparing with the current date and time read out from the timer 470. (S102) At this time, when the user inputs the time of notification or The time point entered by the user as well as the time point elapsed (in this case, reconnection and notification when the user attempts to connect with the user for the first notification according to the device and method but is not connected.) It is also possible to repeat a number of notifications before a certain time, or until the user deletes them. The notification method may be selected in advance. Referring to FIG. 5, the above-described notification need determination step (S102) according to the various designated notification methods as described above will be described in more detail.

Data relating to the notification date time specified by the user is read to first determine which type of FIG. 5 corresponds to, and accordingly, an appropriate comparison with the current date time is made. First, the notification date and time in the (a) to be notified how to direct the time of the user specification of the Figure 5 this case the notification specified method, the current date and time and the recorded date of notification unit (a) (a ₁₎ If the same or the current date time has passed, the notification is made.In the case of (b), the designated notification time point (b ₃ ) is compared with the current date time, and the notification time is the same as the current time. You will be notified when (b ₃ ) has passed. (B) In the case of (b), the user designates the notification point at a certain interval. If the user specifies a specific interval at the time of input (S42), the interval is stored as the designated interval (b ₂ ) and the specified interval has elapsed from the entry point. since put to calculate the point in time at which to save the date and time to notify the next notification time (b ₃₎ If it is judged in the above step (S102) are compared to notice point (b ₃₎ and the current date and time. In addition to the date and time, the number of notifications is also compared with the number of notifications (b ₁ ). If the number of notifications is the same or more than the number set by the user, the notification is not determined. ₍₁ ) If there is a notice in the notification step described later, the method of reducing the number of times is selected so that there is no separate user designated frequency column.) In case of (c), every designated day (c ₂ ) For repetitive notifications, such as only on weekdays or only on weekends, in which case the specified coils (c ₁ , c ₂ ) and notification time (c ₃ ) are compared with the current day and time to determine Done. This will continue unless the user connects to the service and releases this repetitive notification.

If it is determined that there is no need to notify in the determination step (S102), the following individual schedule is read from the storage devices (440, 450) (S103) to continuously check the notification point. (S101, S102, S103) If it is determined that it is time to notify the user of the schedule in the determination step (S102), the central processing unit 410 confirms the user and the notification method to be notified from the read schedule data. (S105)

If it is confirmed from the above notification method that the terminal of the service user to be notified is a mobile phone, the central processing unit 410 calls the mobile phone of the user via the mobile communication network 400 through the telephone network connection unit 400. (S110) When the connection is established by checking the connection result from the telephone network connection unit 400 (S111), for the security of the user's personal schedule, a password or the like is checked from the user (S112). When the password is confirmed, the contents of the schedule recorded by the user are recorded. The digital-to-analog converter 462 converts the voice into a voice and transmits it to the user, and a separate display is performed on the transmitted schedule (S114) so that it cannot be read again in the individual schedule reading steps S103 and S103-1. If the connection with the user fails, or if the user's password check fails, the process proceeds to the next individual schedule reading step (S103-1) without performing any other operation. The contents are checked again in the notification necessity determination step (S102) when a repetitive schedule search and notification routine (routine) has elapsed a predetermined time from the time of notification, so the operation for automatically re-notifying the schedule is performed after a predetermined time elapses. Will be.

As described above, the step of confirming the password can also be performed by voice in addition to the input key of the terminal device. In this case, the voice recognition unit 480 also extracts the input code (number or special character). The verification process is performed by comparing with the previously entered password.

When the user's terminal is identified as a wireless pager in the notification method confirmation step (S105), a connection with a wireless pager mailbox device (not shown) is attempted via the general telephone network 200. At this time, the central processing unit 410 controls the DTMF tone processing unit 430 to generate DTMF tones to call the user mailbox device. If the connection is successful, the schedule data is transmitted except for the case where the schedule contents of the user are transmitted by voice through the digital-to-analog converter 462 and the schedule data designated to be transmitted several times when the user selects a notification method. A separate display is performed to prevent retransmission. (S123) If the connection fails, the process proceeds to the next individual schedule reading process (S103-1) without performing any other operation.

When the schedule is notified to the user by voice as described above, when the central processing unit 410 moves and stores the contents of the schedule to the main memory 450 for the schedule search, the schedule contents are directly from the main memory 450. Is read out and transmitted to the user by voice. Otherwise, it is read out from the auxiliary memory device 440 and transmitted. To this end, in case of moving and storing a predetermined date time and a notification method from the auxiliary memory device 440 to the main memory device 450, index data for indexing the schedule contents in the auxiliary memory device 440 is separately generated. It is preferable to store together in the main memory 450.

If it is determined in the notification method confirming step (S105) that the user terminal is a data terminal, the data communication network 300 or the telephone communication network 200 (the terminal of the user via the data network connection unit 490 or the telephone network connection unit 400). Attempt to connect the terminal via the telecommunication network connection device (modem, etc.) (S130), and as a result (S131), when the connection is made, the user's schedule contents are transmitted through the data network connection unit 490. When the data is transmitted or the predetermined contents are converted into voice by the voice conversion unit 420 and transmitted by voice through the telephone network connection unit 400 (S132), if the connection is not made, without performing a separate operation. Proceeds to the next individual schedule reading step (S103-1). As described above, the completion date is displayed on the schedule data transmitted according to the notification method designated by the user (S133).

Unlike the above, after the completion of the transmission, the scheduled data may be deleted immediately without storing for a certain period of time after displaying the transmission completion. It is a matter of course that the user can select the processing method of such notification completed schedule data.

Unlike the single-designated single notification method as described above, in the case of accommodating various notification methods as shown in FIG. 5, the schedule transfer completion display steps S114, S123, and S133 are appropriate operations as follows according to the type of notification method. Will be performed. First, the case of (a) of Figure 5, the transfer is completed, one end of transmission for a notification unit (a), (a ₂₎ performing a display, or the embodiment having to perform the operation for the delete example, end of transmission (a ₂ The operation to perform the display is selected. Further, in the case of (b) has the addition by the time of the notification point (b ₃₎ a specified distance (b ₂₎ from calculating the next notification time of the writing to the notification point (b _3), and also a transfer number (b ₁₎ Will decrease the value. In the case of (c), even if the contents of the schedule are transmitted, they are for the repetitive and continuous transmission of the contents, and thus, no special operation is performed in the transmission completion display steps S114, S123, and S133. In each case, if the appropriate operation according to the post-transmission notification method is performed, the execution result is an appropriate determination for retransmission as described above in the determination step S102. Various notification methods other than this can be performed, for example, several notifications, repeated re-notifications, etc. at an arbitrary point in time can be performed.

The central processing unit 410 notifies the contents of the schedule registered by the user according to the method suggested by the user when the user needs it by continuously and repeatedly performing the steps according to the schedule search and notification routine described above. Will be able to.

Personal schedule management apparatus and management method through a communication network according to the present invention configured and acts as described above, the user wants to be notified through a variety of communication schedules, time and notification method such as voice or mail, etc. The voice data can be easily set, and when the set time is reached, the user can be notified of text data, which is voice or non-voice data, through a communication network and a communication terminal corresponding to the set notification method. Regardless of the communication terminal, it is a very useful invention that can easily set or be notified of complex personal schedules or the like with non-voice data such as voice or mail.

Claims (6)

Telephone network connection means for transmitting and receiving a signal connection and voice with a telephone communication network; Data network connection means for transmitting and receiving signal connection and data with the data communication network; Analog / digital conversion means for converting a voice signal input from the telephone network connection means into digital and digital / analog conversion means for converting an analog signal for outputting voice to the telephone network connection means; DTMF tone processing means for recognizing and generating DTMF tones input from a user's terminal; Storing digital voice data of the user converted by the analog / digital converting means, the user's input number recognized by the DTMF tone processing means, and the user's date time information and mail contents input through the data network connection means Auxiliary storage means; A main memory means for reading data from the auxiliary memory means and temporarily storing input contents of a user necessary for a search faster than the auxiliary memory means; Date and time notification means for informing the current date and time; Voice conversion means for converting non-voice data stored in the main storage means and the auxiliary storage means into digital voice data and transmitting the digital voice data to the digital / analog conversion means; And Processing the signals from the telephone network connection means and the data network connection means, and controlling the transmission of the digital data output from the analog / digital conversion means to the auxiliary storage means and the DTMF tone processing means, and The data is moved to the main memory means, and the data corresponding to the date and time of the data in the main memory means are periodically compared with the date and time of the date and time notification means, or when the main memory means or the auxiliary memory means If the user schedule data is controlled to be transmitted to the user, and if it is determined that the time is to be notified to the user by the date and time notification means, the stored mail or non-voice data is transmitted to the voice conversion means and converted into voice data. The digital / analog conversion means Personal control means through the communication network comprising a; main control means for controlling to be transmitted by voice through the telephone network connection means. Authenticating a user connecting through a communication network; Receiving schedule information including contents to be notified from the user, a date, a time, and a method to be notified; Processing and storing the input schedule information; Checking a date time to be notified of the schedule information; Identifying a method to transmit from the method to be notified when it is time to be notified; Accessing a user's terminal through a designated communication network according to the identified transmission method; Notifying schedule information by text or voice to the connected terminal; Personal schedule management method comprising a. The method of claim 2, Receiving the schedule information; From a personal computer connected via a network, The step of transmitting the schedule information; Sending by e-mail according to the method to be notified; Personal schedule management method through a communication network comprising a. The method of claim 2, Receiving the schedule information; Personal schedule management method through a communication network, characterized in that by transmitting a file containing the data, such as the contents. The method according to claim 2, 3 or 4, Receiving the schedule information; (9-1) selecting a method to be notified among various re-notification (two or more notifications) methods; And (9-2) inputting data required for re-notification; Checking the date and time comprises: (9-3) reading schedule data of the user to be searched; (9-4) reading one schedule data to confirm whether or not the schedule notification date / time and schedule data of the re-notification method; And (9-5) determining whether or not notification of schedule data by the date, time, and re-notification method; Transmitting the schedule information; (9-6) transmitting the schedule contents to the user; (9-7) confirming whether or not a resent method of the transmitted schedule content; (9-8) returning to said one schedule reading / checking step (9-4) if the schedule for which the re-notification method has not been set; (9-9) updating the data for the re-notification method by reflecting the notified fact when the re-notification method is set schedule; And (9-10) a step of returning said one schedule reading and confirming step (9-4); personal schedule management method through a communication network comprising a. The method of claim 5, In step 9-6, the schedule contents are transmitted to the user. Identifying a method to transmit; Accessing a user's terminal through a designated communication network according to the identified method; And Transmitting the contents of the schedule; The schedule content transmission step is performed in the form of an e-mail in the case of a text terminal, a voice in a voice mailbox in the case of a wireless pager, and a direct voice only in the case of a user identified as a designated recipient in the case of a mobile phone. Personal schedule management method through a communication network, characterized in that for transmitting by.