KR101179203B1 - Hand-writing message sending system using optical sensing pen and exclusive pocket book - Google Patents

Abstract

The present invention relates to a handwriting message transmission technique using an optical pen and a dedicated notebook, wherein a plurality of fine dots having a positional deviation in a predetermined direction in each page of a dedicated notebook in the form of a general paper booklet are printed and arranged with ink of a specific color. When the user writes on the dedicated notebook, the dot array on the page surface is recognized by the optical pen and transmitted to the mobile terminal with Bluetooth function. The mobile terminal transmits the writing data to the management server through a dedicated application and sends the multimedia message. The present invention relates to a handwritten message transmission technique for converting the data into a receiving terminal. According to the present invention, the user can write and store his / her handwritten contents directly in a private notebook in the form of a general paper book, and at the same time store the handwritten content in a management server, thereby solving the inconvenience of using a general paper notebook and the inconvenience of using an electronic notebook. It is effective. In addition, the handwriting content can be immediately sent to the other party as a multimedia message, there is no need to use a separate image tool or scanner.

Notebook, Diary, Handwriting, Optical Recognition, Bluetooth, Blog

Description

HAND-WRITING MESSAGE SENDING SYSTEM USING OPTICAL SENSING PEN AND EXCLUSIVE POCKET BOOK}

The present invention relates to a handwriting message transmission technique using an optical pen and a dedicated notebook, wherein a plurality of fine dots having a positional deviation in a predetermined direction in each page of a dedicated notebook in the form of a general paper booklet are printed and arranged with ink of a specific color. When the user writes on the dedicated notebook, the dot array on the page surface is recognized by the optical pen and transmitted to the mobile terminal with Bluetooth function. The mobile terminal transmits the writing data to the management server through a dedicated application and sends the multimedia message. The present invention relates to a handwritten message transmission technique for converting the data into a receiving terminal.

Ordinary paper notebook, the user can freely write down the schedule or memo contents of the day using a writing instrument, can be lightly carried and has the advantage of low price. However, the paper notebook has an inconvenience that it is impossible to keep the written contents permanently because the internal page is composed of paper, so it is difficult to manage the information in connection with the digitized information.

Recently, electronic handbook products have been introduced, such as PDAs or mobile phones, which have a memo function for a user to input a simple memo. In addition, by having a touch screen function, a user may directly input a memo content by handwriting using a finger or a touch pen and store it in a memory.

However, since the size of the screen for the handwriting input is limited and only one screen can be displayed at a time, such an electronic notebook has a problem of causing inconvenience to users who are familiar with the existing paper notebook.

In addition, the electronic notebook is bulky, heavy, requires storage precautions, and also has a problem in that it is difficult to spread the price at a low cost.

In addition, in order to send the contents written or drawn on paper to the counterpart, it is inconvenient to transmit a document by using a fax or to generate image data using a means such as a scanner or a digital camera and then transmit them to the counterpart.

An object of the present invention is to provide a handwritten message transmission technology that allows a user to send a multimedia message to a counterpart terminal by drawing a picture or writing a handwriting on a notebook or memo paper in the form of a general paper booklet.

The handwriting message transmission system using the optical recognition pen and the dedicated notebook according to the first embodiment of the present invention includes one or more paper pages on which a background pattern composed of a combination of a plurality of dots is printed. A paper booklet, which is arranged with a positional deviation in any one of a plurality of preset directions as a reference, and is arranged in different combinations for each paper page; Pressure sensing means for sensing the ink core and pressure applied to the ink core, optical recognition means for recognizing the dot arrangement located on the contact surface of the ink core and the paper book when the pressure is sensed through the pressure sensing means, and the dot arrangement is recognized. A time checking means for generating the time information, and calculating information on the type, page, and contact position of the paper booklet based on the pre-stored information and the dot arrangement, and generating handwritten data including the time information on which the dot arrangement is recognized. An optical recognition pen including a controller and a Bluetooth transmission means for transmitting the writing data to the outside; Bluetooth receiving means for receiving the writing data from the optical pen, and sending the writing data to the management server via a wireless network, deleting the writing data from the storage space, leaving a transmission record of the writing data, and alternatively selected among the transmission records. A mobile terminal having a dedicated application for requesting a management server to receive a multimedia message corresponding to a transmission record and sending the received message to a receiving destination when one of a number and a receiving email address is designated as a receiving destination; And receiving handwriting data through a wireless network, extracting information contained in the handwriting data, restoring the handwriting trajectory of the optical recognition pen, converting the handwriting trajectory into image / text information, and requesting a mobile terminal for image / text corresponding to the transmission record. And a management server converting the information into a multimedia message suitable for a communication environment and transmitting the information to a mobile terminal.

The handwriting message transmission system using the optical pen and the exclusive notebook according to the second embodiment of the present invention includes one or more paper pages printed with a background pattern composed of a combination of a plurality of dots, wherein the dots form a virtual grid intersection point. A paper booklet, which is arranged with a positional deviation in any one of a plurality of preset directions as a reference, and is arranged in different combinations for each paper page; At least one recipient check area is provided, and the recipient check area is printed with a background pattern composed of a combination of a plurality of dots arranged at a position deviation in any one of a plurality of preset directions based on a virtual grid intersection point. A recipient selection booklet; Pressure sensing means for sensing the ink core, pressure applied to the ink core, optical recognition means for recognizing the dot arrangement located on the contact surface of the ink core when pressure is detected through the pressure sensing means, and time information at which the dot arrangement is recognized. Generating information on the type, page, and contact position of the paper booklet based on the time checking means for generating and pre-stored information and the dot arrangement recognized from the paper booklet, and generating handwritten data including time information on which the dot arrangement is recognized. And a control unit for generating recipient selection information indicating which recipient check area is selected based on the pre-stored information and the dot arrangement recognized from the recipient selection booklet, and Bluetooth transmission means for transmitting the writing data and the recipient selection information to the outside. An optical recognition pen; Bluetooth reception means for receiving at least one of handwriting data and recipient selection information from an optical pen, and a dedicated application for transmitting handwriting data to a management server through a wireless network and transmitting recipient selection information to a management server upon receipt of recipient selection information. A mobile terminal provided; And receiving one of a receiving terminal number and a receiving e-mail address as recipient information so as to correspond to the recipient check area, and extracting the information contained in the writing data when the writing data is transmitted through the wireless network. After reconstructing and converting to image / text information, and receiving recipient selection information, the recipient information corresponding to the recipient check area is read, and the image / text information is converted into a multimedia message suitable for the communication environment to the destination of the recipient information. It is configured to include; outgoing management server.

In addition, in the handwriting message transmission system using the optical recognition pen and the exclusive notebook according to the present invention, in the recipient selection booklet, the dots are printed with ink distinguished from the rest of the contents of the recipient selection booklet, and the optical recognition means is a dot selection receiver. It is preferable to include an infrared sensing means for detecting by distinguishing from the rest of the print content.

In addition, in the handwriting message transmission system using the optical recognition pen and the dedicated notebook according to the present invention, the dots in the paper book are printed with ink distinct from the rest of the paper book, and the optical recognition means prints the dots in the rest of the paper book. It is preferable to include infrared detection means for discriminating from the content.

In addition, in the handwriting message transmission system using the optical recognition pen and the dedicated notebook according to the present invention, the paper book is characterized in that the line thickness selection area and the color selection area are printed, and the management server includes a line thickness selection area from the writing data. When the information corresponding to the color selection area is extracted, it is preferable to generate the image / text information by setting the line thickness and color according to previously stored line thickness information and color information.

In addition, in the handwriting message transmission system using the optical recognition pen and the exclusive notebook according to the present invention, the pressure sensing means generates line thickness information corresponding to the strength of the pressure applied to the ink core, and the control unit writes the line thickness information to the handwritten data. In addition, it is preferable that the management server generates the image / text information by setting the line thickness according to the line thickness information included in the handwritten data.

In addition, in the handwriting message transmission system using the optical recognition pen and the dedicated notebook according to the present invention, it is preferable that the optical recognition pen notifies that the transmission is completed through at least one of light and vibration when the transmission is completed to the mobile terminal.

According to the present invention, the user can write and store his / her handwritten contents directly in a private notebook in the form of a general paper book, and at the same time store the handwritten content in a management server, thereby solving the inconvenience of using a general paper notebook and the inconvenience of using an electronic notebook. It is effective.

In addition, the handwriting content can be immediately sent to the other party as a multimedia message, there is no need to use a separate image tool or scanner.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall configuration diagram of a writing message transmission system using an optical recognition pen and a dedicated notebook according to a first embodiment of the present invention.

The user recognizes the writing content and position using the specially made paper booklet 10 and the optical recognition pen 20, and then transmits the writing data to the management server 50 through a dedicated application of the mobile terminal 30. . The management server 50 internally processes the handwritten data and converts it into image / text information.

Subsequently, in the first embodiment of the present invention, a user receives a multimedia message obtained by converting image / text information from the management server 50 through the mobile terminal 30 and inputs a receiving terminal number or a receiving email address. 30) presents a configuration for sending multimedia messages directly. More specific operation of the first embodiment will be described in more detail with reference to FIG. 6 to be described later.

In addition, in the second embodiment of the present invention, when the user checks the reception destination with the optical recognition pen 20 through the recipient selection booklet 90, the management server 50 receives the pre-registered reception terminal number or received email. The configuration of sending a multimedia message from the management server 50 by reading the address is presented. The second embodiment will be described in more detail with reference to FIGS. 2 and 7 to be described later.

Hereinafter, each component of the system according to the first embodiment of the present invention will be described in detail.

The paper booklet 10 is made in the form of a general paper notebook in appearance and there is no big difference from the general notebook in the material of the paper. In addition, each page constituting the notebook does not necessarily have to be made of paper pulp, and may be made of a thin film of vinyl or plastic material. That is, each page needs to be made of a material that can be used like a general paper notebook.

The point that the paper booklet 10 according to the present invention differs from a general notebook is that a background pattern composed of a combination of a plurality of dots is printed on each page, and the position in the page can be calculated only through the dot background pattern. But it has a feature that can calculate which page it belongs to. More details on the arrangement of the dots will be described with reference to FIG. 3.

The optical recognition pen 20 is provided with an ink core so that the user can not only write on the surface of the paper booklet 10 but also detect the image of the point where the ink core and the paper booklet 10 come into contact with each other. Means are additionally provided to recognize the arrangement of dots on the surface of the paper booklet 10.

Accordingly, the arrangement of dots printed on the paper booklet 10 is recognized by the optical recognition means while the user writes a memo on a part of the page of the paper booklet 10 using the optical recognition pen 20, so that the user currently writes. You can calculate the coordinates of the point you are doing, the page, the type of paper booklet, and so on. The optical recognition pen 20 includes handwritten data including time information in the abnormally calculated information.

In addition, the optical recognition pen 20 is provided with a Bluetooth transmission means to transmit the writing data to another device equipped with a Bluetooth reception function. An internal configuration of the optical recognition pen 20 will be described in more detail in FIG. 5.

The mobile terminal 30 is equipped with a Bluetooth reception means as well as a general call function to receive handwritten data sent from the optical recognition pen 20. In addition, a dedicated application for transmitting the writing data to the management server 50 through a wireless network is provided. Dedicated application may be embedded from the time of launch of the mobile terminal 30 or may be installed in the mobile terminal 30 through a separate installation process.

At this time, the dedicated application deletes the writing data from the storage space after transmitting the writing data to the management server 50 and leaves only the transmission record of the writing data. Therefore, in order for a user to send a multimedia message containing the contents of the writing data to the other party through the mobile terminal 30, a process of receiving the multimedia message generated by processing the writing data from the management server 50 is required.

The wireless network 40 means all of the networks that can be connected to the Internet via a mobile communication network.

The management server 50 receives the writing data from the mobile terminal 30 through the wireless network 40 and extracts the information included in the writing data to restore the writing trajectory of the optical recognition pen 20, and to perform the image / text. Convert to information.

When the multimedia message transmission request is received from the mobile terminal 30, the corresponding image / text information is converted into a multimedia message suitable for the communication environment and transmitted to the mobile terminal 30.

In this case, the management server 50 needs to distinguish each user. For this purpose, the management server 50 recognizes a unique number corresponding to any one of the mobile terminal 30 and the optical recognition pen 20 from the writing data to distinguish the user.

The receiving terminal 80 corresponds to a mobile terminal 82 capable of receiving multimedia messages via a wireless network, or a personal computer 81 capable of receiving multimedia messages via an Internet e-mail address. The other party's receiver may receive the handwritten content sent from the sender's mobile terminal 30 as a multimedia message through the receiving terminal 80 and check the content.

2 is an overall configuration diagram of a handwritten message transmission system using an optical pen and a notebook according to a second embodiment of the present invention.

The structure and function of the paper booklet 10 and the optical recognition pen 20 are the same as those of the first embodiment described above with reference to FIG. 1, and thus description thereof will be omitted. In the second embodiment of FIG. The selection of the recipient through the selection book (90) will be described mainly on the configuration of transmitting the multimedia message from the management server (50).

The recipient selection booklet 90 is provided with a plurality of spaces in the recipient check area in which the user can enter an e-mail address or a mobile communication number. In addition, the recipient selection booklet 90 need not be limited to a booklet having multiple pages, and may be embodied as one side on the back of the desk desk calendar.

In this case, a background pattern made of a combination of a plurality of dots is printed in the recipient check area, similar to the paper booklet 10 described in FIG. 1, so that the user touches the recipient check area with the optical recognition pen 20 to provide a kind of information. It can be recognized.

Thus, the purpose of the recipient selection booklet 90 is not to recognize handwritten content, but to recognize information about the recipient check area itself. The recipient check area may include an e-mail address or a mobile communication number directly for the purpose of easy identification by the user, but this is not required.

The optical recognition pen 20 further includes a function of recognizing information through the recipient selection booklet 90 in addition to the configuration described with reference to FIG. 1. That is, the recipient check area of the recipient selection booklet 90 has been recognized, and information for determining which recipient check area has been recognized is stored in advance.

Therefore, when the receiver check area is recognized by the optical recognition pen 20, the receiver selection information indicating which receiver check area is recognized is generated and transmitted to the mobile terminal 30 through Bluetooth transmission.

The mobile terminal 30 also includes a configuration for transmitting to the management server when receiving the receiver selection information from the optical recognition pen 20 in addition to the configuration described in FIG.

The management server 50 may receive and register receiver information such as a reception terminal number and a reception email address so as to correspond to the receiver check area of the receiver selection booklet 90. That is, the management server 50 previously stores information for determining which recipient check area is selected by recognizing the dot array of the recipient check area. If the receiving terminal number or the received e-mail address is registered by the user, the management server 50 stores the information in advance. Recipient check area discrimination information and newly registered recipient information are stored in correspondence with each other.

In addition, when the management server 50 receives the handwriting data from the mobile terminal 30, the management server 50 extracts information included in the handwriting data to restore the handwriting trajectory of the optical recognition pen 20 and converts the handwriting trace into image / text information. When the receiver selection information is received from the mobile terminal 30, the receiver information corresponding to the receiver check area is read.

When the receiver information such as the receiving terminal number and the receiving email address is read, the management server 50 converts the image / text information into a multimedia message according to the corresponding communication environment, and sets the previously read recipient information as the receiving destination. Send a multimedia message.

FIG. 3 is a diagram illustrating a method in which dots inside the paper booklet 10 are printed.

Dots are arranged on the inner pages of the paper booklet 10 with a positional deviation in any one of a plurality of preset directions (for example, four directions of up, down, left, and right) based on a virtual grid intersection point. Are arranged in different combinations.

That is, when the positional deviation of a dot can be selected in four directions of up, down, left, and right, a total of four cases per dot occur. In addition, the number of cases can be further increased by recognizing a combination of dots. For example, when a total of 6 × 6 36 dot combinations are used as one information unit, 4 ³⁶ pieces (= 2 ⁷² pieces) of information may be stored, which corresponds to about 17 billion gigabytes of information.

Therefore, the 6 × 6 dot combination can contain not only the coordinate information in one page, but also enough information about what kind and which page the current paper book is.

Further, the dots printed on the paper booklet 10 are preferably printed with an ink distinct from the rest of the print content of the paper booklet 10. For example, by printing dots with only carbon black so as to be distinguished from the rest of the contents, only the carbon black may be recognized through the optical recognition means of the optical recognition pen 20. At this time, by using the infrared sensing means as the optical recognition means of the optical recognition pen 20 may be implemented to detect the dots of the paper booklet 10 in the dark.

4 is an exemplary view showing an actual embodiment in which dots are printed on the paper booklet 10.

When one page of the paper booklet 10 is enlarged, it can be seen that the fine dots are arranged with a slight deviation from the reference point. In addition, the color of the dot is not only distinguished from the rest of the contents printed on the paper booklet 10, but also distinguished from the color of the ink that the user writes with the optical pen 20, the optical pen 20 is a paper without difficulty The dot arrangement of the booklet 10 can be recognized.

3 and 4 described above are applicable to the recipient selection booklet 90 as well as the paper booklet 10.

FIG. 5 is a block diagram illustrating the internal configuration of the optical recognition pen 20.

The ink core 21 may be used, for example, a ballpoint pen core or the like as a general ink core capable of writing ink on the surface of the paper booklet 10.

The pressure sensing means 22 senses the pressure applied to the ink core 21. This is to check whether the optical recognition pen 20 is currently used for writing. When pressure is applied to the ink core 21, the user may determine that the user is currently writing. In addition, it is possible to implement to generate line thickness information that sets the line thickness thicker as the pressure increases in response to the strength of the pressure applied to the ink core 21.

The optical recognition means 23 recognizes the dot arrangement located on the contact surface of the ink core 21 and the paper booklet 10 when the pressure is sensed through the pressure sensing means 22. In this case, since the optical recognition means 23 only needs to recognize the dot arrangement of the paper booklet 10, for example, if the dot is a carbon black color, the optical recognition means 23 may be implemented to recognize only the carbon black. In addition, it is possible to implement the infrared detection means to recognize the dot in the dark.

The time checking means 24 generates time information on which the current dot array is recognized. For example, a signal is generated in units of one hundredth of a second to provide time information to the controller 25. Through this, not only the time at which writing is performed by the optical recognition pen 20 can be detected, but also time information can be grasped over the entire writing trajectory section, so that the writing process and the writing speed can be almost reproduced.

The control unit 25 stores information for dot array analysis in advance. In this case, the information for dot array analysis may be implemented by preset table information or a mathematical formula, or may be configured in various ways.

The control unit 25 stores information on the type, page, and contact position of the paper booklet based on the pre-stored dot array analysis information and the dot arrangement of the paper booklet 10 detected by the optical recognition means 23. The time information is received from the time checking means 24, and the dot information is recognized and combined with the previously calculated information to generate handwritten data.

In addition, when the line thickness information is generated by the pressure sensing means 22, the controller 25 adds the line thickness information to generate handwritten data.

In addition, the controller 25 generates receiver selection information for determining which recipient check area has been recognized based on the dot arrangement of the recipient selection booklet 90.

The Bluetooth transmission means 26 externally transmits the handwriting data. In the present invention, the handwriting data is received by the mobile terminal 30 having the Bluetooth reception means. In addition, when the receiver selection information is generated, the receiver selection information is transmitted to the mobile terminal 30.

The optical recognition pen 20 may be implemented to notify the mobile terminal 30 of completion of transmission through writing, vibration, or other means when transmission of the writing data or the receiver selection information is completed.

FIG. 6 is a flowchart illustrating a process of generating, by a user, a handwritten content written by the optical recognition pen 20 into a multimedia message through the system of FIG.

First, when a user writes or draws on the paper booklet 10 using the optical recognition pen 20, the optical recognition pen 20 recognizes a dot array disposed on a writing trajectory to generate writing data (ST11). ).

The optical recognition pen 20 transmits the writing data to the mobile terminal 30 through Bluetooth transmission (ST12).

The mobile terminal 30 receives the handwriting data through Bluetooth reception and transmits the handwriting data to the management server 50 through a wireless network (mobile communication, wireless Internet, etc.). At this time, only the transmission record indicating that the writing data has been transmitted remains in the mobile terminal 30 (ST13).

The management server 50 converts the handwritten data into image / text information and stores it (ST14).

Subsequently, when the user views the handwriting data transmission record of the mobile terminal 30 and alternatively requests a message transmission, the user terminal requests a message corresponding to the handwriting data transmission record from the mobile terminal 30 to the management server 50. (ST15).

When the management server 50 receives a message request signal from the mobile terminal 30, the management server 50 converts the corresponding image / text information into a multimedia message (MMS, URL-SMS, etc.) suitable for a communication environment (ST16). To the station (ST17).

When the mobile terminal 30 receives the multimedia message from the management server 50, the user sets the reception destination (terminal number, e-mail address, etc.) through the mobile terminal 30 to transmit the multimedia message. In this case, the reception destination may be previously set in the message transmission request step (ST18).

7 is a multimedia message generated by the user through the system of FIG. 2 with the optical recognition pen 20, and the user specifies the receiving terminal number / address through the recipient selection booklet 90 A flowchart illustrating a process of transmitting a multimedia message to a terminal 80 of a receiver.

First, the receiver information such as a mobile terminal number and an e-mail address is registered in advance through the management server 50. At this time, the management server 50 can register the recipient information corresponding to the recipient check area of the recipient selection booklet 90. For example, the recipient information may be numbered for each recipient check area to register recipient information to correspond to the numbering. In addition, it is preferable that the user writes the mobile terminal number or the e-mail address of the recipient in the recipient check area of the recipient selection booklet 90 so that the user can easily recognize it.

Next, the process from ST22 to ST25 is the same as the process from ST11 to ST14 described above with reference to FIG. 6.

Subsequently, when the user selects an object to which handwriting is to be sent from among the recipient check areas of the recipient selection booklet 90 and checks it with the optical pen 20, the optical pen recognizes the dot arrangement of the recipient check area (ST26). Recipient selection information is generated (ST27). The generated receiver selection information is transmitted to the mobile terminal 30 through Bluetooth transmission (ST28).

When the user issues a message transmission command through the mobile terminal 30, the mobile terminal 30 transmits the receiver selection information received from the optical recognition pen 20 to the management server 50 (ST29).

Then, the management server 50 reads the receiver information corresponding to the receiver selection information from the receiver information stored in advance (ST30).

The management server 50 converts the corresponding image / text information into a multimedia message (MMS, URL-SMS, etc.) in accordance with the communication environment according to the read recipient information (terminal number, e-mail address, etc.) (ST31). The multimedia message is transmitted by setting the information as a reception destination (ST32).

Although the present invention has been described in more detail with reference to the examples, the present invention is not necessarily limited to these embodiments, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

1 is an overall configuration diagram of a writing message transmission system using an optical recognition pen and a dedicated notebook according to a first embodiment of the present invention;

2 is an overall configuration diagram of a handwritten message transmission system using an optical pen and an exclusive notebook according to a second embodiment of the present invention;

3 is a view showing a method in which the dots inside the paper booklet 10 are printed;

4 is an exemplary view showing an actual embodiment in which dots are printed on a paper booklet 10;

5 is a block diagram illustrating the internal configuration of the optical recognition pen 20;

FIG. 6 is a flowchart illustrating a process of generating, by a user, a multimedia message generated by the user using the optical recognition pen 20 through a system of FIG.

7 is a multimedia message generated by the user through the system of FIG. 2 with the optical recognition pen 20, and the user specifies the receiving terminal number / address through the recipient selection booklet 90 A flowchart illustrating a process of transmitting a multimedia message to a terminal 80 of a receiver.

Claims (7)

One or more paper pages printed with a background pattern made of a combination of a plurality of dots, wherein the dots are disposed spaced apart in any one of a plurality of preset directions based on a virtual grid intersection point, and different combinations for each paper page A paper book arranged in the form of a line thickness selection area and a color selection area printed thereon; Pressure sensing means for sensing an ink core, a pressure applied to the ink core, optical recognition means for recognizing a dot array located on a contact surface of the ink core and the paper book when pressure is sensed through the pressure sensing means; Time checking means for generating time information in which the dot arrangement is recognized, and information on the type, page, and contact position of the paper booklet based on prestored information and the dot arrangement, and time information in which the dot arrangement is recognized; Optical recognition pen including a control unit for generating handwriting data, including a Bluetooth transmission means for transmitting the handwriting data to the outside; Bluetooth receiving means for receiving the writing data from the optical pen, and transmitting the writing data to a management server through a wireless network, deleting the writing data from a storage space, leaving a transmission record of the writing data, and transmitting the writing data. Alternatively, when a message transmission command in which one of a receiving terminal number and a receiving e-mail address is designated as a receiving destination occurs, a request is made to the management server to receive a multimedia message corresponding to the transmission record and have a dedicated application for transmitting to the receiving destination. A mobile terminal; By receiving the writing data through the wireless network and extracting the information contained in the writing data, the writing trajectory of the optical pen is restored and converted into image / text information. Convert the corresponding image / text information into a multimedia message suitable for a communication environment, and transmit the same to the mobile terminal. When information corresponding to the line thickness selection area and the color selection area is extracted from the handwriting data, A management server for setting the line thickness and color according to the color information to generate the image / text information; Handwriting message transmission system using an optical recognition pen and a dedicated notebook configured to include. One or more paper pages printed with a background pattern made of a combination of a plurality of dots, wherein the dots are disposed spaced apart in any one of a plurality of preset directions based on a virtual grid intersection point, and different combinations for each paper page A paper book arranged in the form of a line thickness selection area and a color selection area printed thereon; One or more recipient check areas are provided, and the recipient check area is printed with a background pattern composed of a combination of a plurality of dots spaced apart in any one of a plurality of preset directions based on a virtual grid intersection point. Recipient selection booklet; A pressure sensing means for sensing an ink core, a pressure applied to the ink core, an optical recognition means for recognizing a dot array located on a contact surface of the ink core when pressure is sensed through the pressure sensing means, and the dot arrangement is recognized Time information means for generating time information, and information on the type, page, and contact position of the paper booklet is calculated based on the prestored information and the dot arrangement recognized from the paper booklet, and the time information on which the dot array is recognized. A controller configured to generate handwriting data, including receiver selection information indicating which receiver check area is selected based on the prestored information and the dot arrangement recognized from the receiver selection booklet; An optical recognition pen including a Bluetooth transmission means for transmitting information to the outside; Bluetooth receiving means for receiving at least one of the writing data and the recipient selection information from the optical pen, and transmitting the writing data to a management server through a wireless network, and managing the recipient selection information upon receiving the recipient selection information. A mobile terminal having a dedicated application for transmitting to a server; The optical recognition pen is received by receiving one of a receiving terminal number and a receiving e-mail address as receiver information, and storing the writing information so as to correspond to the receiver check area, and extracting information included in the writing data when the writing data is transmitted through the wireless network. Restores the handwriting trajectory of the receiver and converts it into image / text information. When receiving the receiver selection information, the receiver information corresponding to the receiver check area is read, and the image / text information is converted into a multimedia message suitable for a communication environment. When the information corresponding to the line thickness selection area and the color selection area is extracted from the handwriting data, the line thickness and color are set according to pre-stored line thickness information and color information. A management server for generating text information; Handwriting message transmission system using an optical recognition pen and a dedicated notebook configured to include. The method according to claim 2, In the recipient selection booklet, the dots are printed in ink distinct from the rest of the printout of the recipient selection booklet, and the optical recognition means includes infrared sensing means for discriminating and detecting the dot from the rest of the printout of the recipient selection booklet. Handwriting message transmission system using an optical recognition pen and a dedicated notebook. The method according to any one of claims 1 to 3, In the paper booklet, the dot is printed with ink distinct from the rest of the print booklet, and the optical recognition means includes infrared sensing means for detecting the dot by distinguishing it from the rest of the print booklet. Handwriting message transmission system using an optical recognition pen and a dedicated notebook. delete The method according to any one of claims 1 to 3, The pressure sensing means generates line thickness information corresponding to the strength of the pressure applied to the ink core, The controller adds the line thickness information to the handwriting data, The management server is a writing message transmission system using an optical recognition pen and a dedicated notebook, characterized in that for generating the image / text information by setting the line thickness in accordance with the line thickness information included in the handwriting data. The method of claim 6, The optical recognition pen is a handwriting message transmission system using the optical recognition pen and a dedicated notebook, characterized in that the transmission is completed by one or more means of light, vibration when the transmission is completed to the mobile terminal.

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