KR20040096799A - On/off line integrate education system using interactive publication and embodiment method thereof - Google Patents

Abstract

PURPOSE: An on/offline integrated education system using interactive publication including a pattern code and a method thereof are provided to maximize learning and acknowledgement effect of a user by offering multimedia contents corresponding to the pattern code if the user reads/transmits the pattern code printed on the publication to a web server. CONSTITUTION: A scanner(10) has a USB(Universal Serial Bus) jack(10a) to process a signal of each pattern code after reading the pattern code printed on the publication(1). A multimedia implementation device(20) is equipped with a USB port(20a) connected to the scanner, and implements multimedia information of a sound source formed by a voice/music/sound and a moving image corresponding to the pattern code after generating a formatted digital code from the signal of each pattern code processed in the scanner. A multimedia program module(30) provides mapping information of the multimedia service corresponding to the pattern code read by the scanner to the multimedia implementation device.

Description

ON / OFF LINE INTEGRATE EDUCATION SYSTEM USING INTERACTIVE PUBLICATION AND EMBODIMENT METHOD THEREOF}

The present invention relates to a multimedia implementation technology using a publication (e.g., a fairy tale book, an English book, a word book, a picture book, a magazine, etc.) printed with a pattern code (e.g., a barcode), and more specifically, to scanning a pattern code printed on a publication. On-line and off-line integrated education system and interactive method using interactive publications, which reads with a device (teaching pen) and transmits it to an online web server through a computer so that the web server can provide an audiovisual service corresponding to a pattern code. It is about.

Conventionally, when a barcode is printed as a recognition code in a publication and then the printed barcode is read through a scanning device, an education system for outputting voice information corresponding to the barcode, that is, print type information printed on the publication, through a voice output system is provided. there was.

To this end, the voice output system is equipped with a voice chip that comprehensively stores the typeface information of the publication.

In other words, the above education system can directly read the information of the publications required for learning, as well as listening through the audio output system, thereby further improving the user's learning ability (especially language-related printed matter). It was developed to be.

However, the conventional education system is only limited to a voice output function that outputs information printed on a publication as an auditory element, and does not provide various multimedia implementations of the printed information. It was confined to the framework of the.

For example, assuming that an animal-like picture and text are printed in a publication and a barcode is engraved next to it, conventionally, a voice output system can output an animal's sound or name. It did not provide video information of visual elements such as appearance.

In addition, in the case of the barcode applied to the conventional education system, there was also a structural disadvantage that the error is frequently caused by contamination or damage.

The present invention has been made to solve the above-mentioned conventional problems, and when the pattern code printed on the publication is read by a scanning device (teaching pen), the web server transmits the pattern code to the online web server through a computer. The main purpose of the present invention is to provide an on-offline integrated education system and an implementation method thereof using interactive publications that maximize the learning and cognitive effects of individual users by providing corresponding audiovisual services, that is, multimedia contents.

Another object of the present invention is to break away from the on / offline system, and share and integrate the most efficient part in an integrated manner, thereby maintaining the complementary relationship while activating the advantages of each of the on / offline, and thus achieving the fragmentary learning progress. The purpose of this study is to provide a new paradigm learning system system that can supplement the problem so that the efficiency of learning about publication information can be more actively achieved.

Another object of the present invention is to use the interactive publication to apply to a wide range of fields, such as logistics management, inventory management, access control system of online and offline integration.

Another object of the present invention is a special printing technique that can be patterned into a square unit of a predetermined size (for example, 0.5mm) is a combination of at least 4096 patterns through the code data of 12 bits or more bits having a binary code pattern system By constructing the pattern code of the lattice printing, it is possible to express the information in the multi-dimensional form by overcoming the limitation of the two-dimensional paradigm.

1 is an overall configuration diagram of an on / offline integrated education system using an interactive publication as an embodiment of the present invention.

Figure 2 is a production configuration of the publication to which the pattern code is applied as an embodiment of the present invention.

3 is a flowchart illustrating a method for implementing an integrated education system on / offline using an interactive publication according to an embodiment of the present invention.

4 is an exemplary flow diagram of an on / offline integrated education system content implementation using an interactive publication as an embodiment of the present invention.

5 is an overall configuration diagram of an integrated education system on / offline using interactive publications as another embodiment of the present invention.

6 is a diagram illustrating a connection state between a web server and a computer in an on / offline integrated education system according to another embodiment of the present invention.

7 is a flowchart illustrating a method of implementing contents of an on / offline integrated education system using an interactive publication according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

One ; Publication 10; Scanning Device,

10a; USB jack 11; Image sensor part

12; An image processor unit 13; Regulator part

20; A multimedia implementer 20a; USB port

21; An image code mapping unit 22; Event signal generator

23; Voice mapping unit 24; Display module part

30; Multimedia program module

31; Memory section 51; Member DB

52; Content DB 53; Multimedia Contents Program Department

54; Information analysis unit 100; computer

100a; USB port 200; Web server

300; Internet network

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is an overall configuration diagram of an on / offline integrated education system using an interactive publication as an embodiment of the present invention, and FIG. 2 is a production configuration diagram of a publication to which a pattern code is applied as an embodiment of the present invention.

1 and 2, a scanning device 10 having a USB jack 10a for recognizing a pattern code printed on a publication 1 and processing a signal for each pattern code; Forming a USB port (20a) that can be connected to the scanning device 10, generating a signal for each pattern code processed from the scanning device 10 as a standard digital code and then the voice and music corresponding to the pattern code A multimedia implementation device 20 for implementing multimedia information of a sound source and a video configured for each sound; And a multimedia program module 30 providing mapping information of the multimedia service corresponding to the pattern code recognized by the scanning apparatus 10 to the multimedia implementer 20. It is characterized by the configuration.

According to another aspect of the present invention, the scanning apparatus 10 includes an image sensor unit 11 for code recognition for recognizing a pattern code printed on the publication 1 without a time delay, and the image sensor unit 11 for recognition. An image processor unit 12 for generating a signal of a pattern code that has been processed as an image code for each action, and a regulator unit 13 for transmitting the action-specific image code generated by the image processor unit 12 to the multimedia implementer 20. It is characterized by including the configuration.

According to another aspect, the multimedia implementation device 20, by applying the image code for each action received from the scanning device 10 to the mapping information provided from the multimedia program module 30 to generate an image to form a digital digital code The code mapping unit 21 and the digital signal event signal generator 22 generating an event signal so that the standardized digital code generated by the image code mapping unit 21 can be used as an event message in an actual program module. , The voice mapping unit 23 for executing a sound source configured for voice, music, and sound by the mapping information of the multimedia service driving provided from the multimedia program module 30, and the multimedia service driving provided from the multimedia program module 30. A display that displays an action image of an event requested by a user based on matching information And it characterized in that it consists of a module part (24).

Here, although not shown, the display module unit 24 is connected to a monitor, and the voice mapping unit 23 is connected to a speaker system, but is not necessarily limited thereto.

According to yet another aspect, the multimedia program module 30 is characterized in that it comprises a memory unit 31 for storing the mapping information program-coded in the assembly language for driving the multimedia service according to the event signal.

According to another aspect, the pattern code is characterized in that it consists of a grid printing pattern of square units capable of combining at least 4096 patterns through a code data of 12 or more bits having a binary code pattern system.

On the other hand, Figure 3 is a flow chart showing a multimedia content implementation method implemented by an offline-linked multimedia content implementation system using an interactive publication of an embodiment of the present invention, the progress step, the publication (1) by the scanning device 10 Classifying a combination of the pattern codes by analyzing the pattern codes when the pattern codes of the method are recognized; Converting the classified pattern codes into image codes and mapping the digital codes into digital codes; Converting the mapped digital code into an event signal and mapping an action image for each event by driving a multimedia program and displaying an action image according to the mapping; And converting the mapped digital code into an event signal, matching a sound source configured for voice, music, and sound according to an event by driving a multimedia program, and executing a sound source according to the mapping. Characterized in proceeding to.

Referring to Figures 1 to 3 attached to the operation of the embodiment of the present invention configured as described above are as follows.

First, a pattern code consisting of a grid printing pattern of square units capable of at least 4096 pattern combinations is printed on a general publication 1 through 12-bit or more bits of code data having a binary code pattern system.

That is, as shown in FIG. 2, a pattern code composed of a grid printing pattern of square units is printed on a general publication 1 by using a pattern code DB, an event mapping action program, and an editing program using the pattern code.

Thereafter, the USB jack 10a of the scanning apparatus 10 is connected to the USB port 20a of the multimedia implementing apparatus 20, and then the pattern code printed on the publication 1 is scanned through the scanning apparatus 10. In this case, the image sensor unit 11 configured in the scanning device 10 recognizes the pattern code printed on the publication 1 and outputs it to the image processor unit 12 without a time delay.

Then, the image processor 12 generates a signal of the pattern code recognized by the image sensor unit 11 as an image code for each action, and then transmits it to the multimedia implementer 20 through the regulator unit 13. The multimedia implementer 20 generates an action-specific image code into a digital code while receiving mapping information of a multimedia service corresponding to a pattern code from the multimedia program module 30 having the memory unit 31. After that, it will implement the multimedia information of the sound source and action video composed of voice, music and sound corresponding to the pattern code.

That is, the image code mapping unit 21 in the multimedia implementer 20 applies the action-specific image code received from the scanning device 10 to the mapping information provided from the multimedia program module 30 to form a digital code. After generation, it is output to the event signal generator 22 of the digital code.

Next, the event signal generator 22 of the digital code generates an event signal so that the standardized digital code generated by the image code mapping unit 21 can be used as an event message in an actual program module.

Then, the voice mapping unit 23 in the multimedia embodying apparatus 20 is a sound source configured for voice, music and sound by mapping information of multimedia service driving provided from the multimedia program module 30 from the event signal generated as described above. After running, it outputs through the speaker system.

In addition, the display module unit 24 of the multimedia implementation device 20 is the action image of the event requested by the user by the matching information of the multimedia service operation provided by the multimedia program module 30 from the event signal generated as described above After running, it will be displayed on the monitor screen.

Therefore, the user can maximize the recognition effect on the learning information in the publication 1 from the sound source output through the speaker system and the action image displayed through the screen of the monitor.

For example, as shown in the flowchart of FIG. 4, if the pattern code representing the image of the apple of the publication 1 is scanned through the scanning device 10 in step S10 and then transmitted to the multimedia implementer 20, the multimedia may be transmitted. The implementer 20 uses the scanning information input in step S20 to check the problem of the sound source and the image information, "What is this? Provide through.

In addition, when the user selects one pattern code through the scanning device 10 in the publication 1 in step S30, the multimedia implementation apparatus 20 determines whether the user answers the problem in step S40. When it is determined that the answer is a process, in step S50 it is determined whether the answer is correct or incorrect.

In this case, if the answer is correct, the multimedia implementation device 20 displays the action information of the sound source and the image such as "really smart, so proud" in step S60 through the screen of the speaker system and the monitor, and then in another step S70. Proceed to pay.

However, if the answer is incorrect, the multimedia implementer 20 displays the action information of the sound source and the image such as "look again and think well, I can do it well" at step S80 through the speaker system and the screen of the monitor. Afterwards, the multimedia function is executed so that the answer is correct again in S90.

Meanwhile, FIGS. 5 and 6 illustrate another embodiment of the integrated education system on / offline using interactive publications. The USB jack 10a of the scanning device 10 is connected to the web server 200. By connecting to the USB port 100a of the computer 100 to be connected, the multimedia service corresponding to the pattern code of the publication 1 is provided from the web server 200.

That is, the on-offline integrated education system using the interactive publication of the present invention recognizes the pattern code printed on the publication 1 and processes the signal for each pattern code as shown in FIGS. 5 and 6. Scanning apparatus having a; A computer (100) which is connected online via the Internet (300) while forming a USB port (100a) so that the scanning device (10) can be connected; When the pattern code of the publication (1) is transmitted through the computer (100) Web server 200 for providing the multimedia content mapping information of the sound source and action image composed for each voice, music and sound corresponding to the pattern code; And, when the multimedia content mapping information is provided from the web server 200 is connected to the computer 100, and implements the multimedia content mapping information of the sound source and the action image composed for each voice and music and sound corresponding to the pattern code A multimedia implementer 20; It is characterized by the configuration.

According to another aspect, the web server 200, the member DB (51), the member DB (51) for storing the information of the member receiving the multimedia content information corresponding to the pattern code and proceeding with the authentication process according to the login Content DB 52 for storing and managing the multi-dimensional multimedia content information to be provided to the member authenticated by the, the publication (1) transmitted through the Internet network 300 when member authentication is made by the member DB (51) Multimedia content program unit 53 for providing the multimedia content mapping information corresponding to the pattern code of the through the content DB 52 information search, and an information analysis unit for analyzing the information according to the transmission and reception with the computer 100 ( And 54).

Hereinafter, the same parts as in FIG. 1 to FIG. 4, which is an embodiment of the present invention, are denoted by the same reference numerals and description thereof will be omitted.

On the other hand, Figure 7 is a flow chart showing a multimedia content implementation method implemented by the integrated online / offline education system using an interactive publication, the progress of the step, the computer 100 connected to the scanning device 10, the online web server 200 ) Accessing the member authentication process; Recognizing the pattern code of the publication (1) through the scanning device 10 when the member authentication is terminated from the above step and transmitting it to the web server 200 via the Internet network 300 to determine the learning process; Executing, by the web server 200, a program for mapping multimedia contents from the determined training process; Providing multimedia content mapping information of a sound source and an action image composed of voice, music, and sound corresponding to a pattern code from the program execution to the multimedia implementing apparatus 20 connected to the computer 100 through the Internet network 300. ; And displaying, by the multimedia implementation apparatus 20, the sound source and the action image configured for each voice, music, and sound corresponding to the pattern code from the multimedia content mapping information. Characterized in proceeding to.

According to another aspect, a step of immediately executing the display of the sound source and the action image of the multimedia content through the monitor screen of the computer (100); It characterized in that it further comprises.

Referring to Figures 5 to 7 attached to the action of another embodiment of the present invention configured as described above are as follows.

First, a pattern code consisting of a grid printing pattern of square units capable of at least 4096 pattern combinations is printed on a general publication 1 through 12-bit or more bits of code data having a binary code pattern system.

Thereafter, the USB jack 10a of the scanning device 10 is connected to the USB port 100a of the computer 100, while the computer 100 is connected to the multimedia implementation device 20, and then the computer 100 ) Is connected to a web server 200 that provides mapping information of multimedia contents through the Internet network 300.

Then, in the member DB 51 of the web server 200 proceeds to the authentication process to determine whether the user of the computer 100 is connected to the membership, if not the member proceeds to the membership registration process, In the case, the computer 100 transmits a message for inputting the pattern code.

At this time, the user recognizes the pattern code printed on the publication 1 through the scanning device 10 from the message transmission as described above and transmits it to the web server 200 through the computer 100 and the Internet 300. Then, the information analysis unit 54 of the web server 200 analyzes the value of the pattern code that is transmitted and outputs it to the multimedia content program unit 53.

Then, the multimedia content program unit 53 finds the multimedia content mapping information corresponding to the pattern code of the publication 1 transmitted through the Internet network 300 through the information search of the content DB 52, and then again finds it. The computer 100 transmits the received multimedia content mapping information to the multimedia implementer 20 through the Internet network 300.

At this time, the voice mapping unit 23 in the multimedia implementer 20 receives the mapping information of the multimedia content service corresponding to the pattern code and simultaneously executes the sound source configured for voice, music and sound, and then through the speaker system. Will print.

In addition, the display module unit 24 of the multimedia implementer 20 receives the mapping information of the multimedia content service corresponding to the pattern code and simultaneously executes the action image requested by the user, and then displays it on the screen of the monitor. It is to be made.

As described above, in another embodiment of the present invention, when the user recognizes the pattern code of the publication 1 through the scanning device 10, the recognized pattern code is transmitted to the online web server 200, thereby providing the web. The server 200 has a feature of maximizing a cognitive effect on learning information by providing mapping information of various multimedia contents corresponding to a pattern code to a user in real time.

As described above, the present invention reads a pattern code printed on a publication with a scanning device (teaching pen) and transmits it to a web server online through a computer, where the web server is an audiovisual service corresponding to the pattern code, that is, multimedia content. Provides the effect of maximizing the learning and cognitive effects of individual users.

In addition, the present invention avoids the division of the on / off-line system by sharing and integrating the most efficient parts integrated, to complement the problem of fragmentary learning progress by maintaining the complementary relationship while activating the advantages of each of the on / off-line Not only does the efficiency of learning about publication information provide a more proactive effect, but it also has the characteristics that it can be applied to a wide range of fields such as logistics management, inventory management, and access control system of online / offline integration using interactive publications. will be.

Claims (10)

A scanning device having a USB jack for recognizing a pattern code printed on a publication and processing a signal for each pattern code; Forming a USB port that can be connected to the scanning device, generates a signal for each pattern code from the scanning device into a standard digital code, and then multimedia information of the sound source and video composed of voice, music and sound corresponding to the pattern code Multimedia implementation apparatus for implementing the; And, A multimedia program module for providing mapping information of a multimedia service corresponding to a pattern code recognized by the scanning device to the multimedia implementer; Integrated educational system on and offline using interactive publications, characterized in that consisting of. The method of claim 1, wherein the scanning device, An image sensor unit for recognizing pattern codes printed on a publication without a time delay, an image processor unit generating a signal of the pattern code recognized by the image sensor unit as an image code for each action, and the image processor unit Integrated educational system using an interactive publication, characterized in that it comprises a regulator unit for transmitting the action-specific image code generated by the multimedia implementation device. The apparatus of claim 1, wherein the multimedia implementing apparatus comprises: An image code mapping unit for generating a digital code by applying the action-specific image code received from the scanning device to the mapping information provided from the multimedia program module, and converting the standardized digital code generated by the image code mapping unit into an actual program module An event signal generator of a digital code for generating an event signal for use as an event message in a voice, a voice mapping unit for executing a sound source composed of voice, music, and sound by mapping information of multimedia service operation provided from a multimedia program module; On / Offline using an interactive publication, characterized in that the display module unit for displaying the action image of the event requested by the user by the matching information of the multimedia service operation provided from the multimedia program module Total education system. The method of claim 1, wherein the multimedia program module, On / Offline integrated education system using an interactive publication comprising a memory unit for storing the mapping information coded in the assembly language for driving the multimedia service according to the event signal. The method of claim 1, wherein the pattern code, On-line / offline integrated educational system using interactive publications, characterized by consisting of a grid printing pattern of square units that can combine at least 4096 patterns through 12-bit or more bits of code data having a binary code pattern system. When the pattern code of the publication is recognized by the scanning apparatus, analyzing the pattern code to classify the combination of the pattern codes; Converting the pattern code into an image code and then mapping the pattern code into a digital code; Converting the mapped digital code into an event signal and mapping an action image for each event by driving a multimedia program and displaying an action image according to the mapping; And, Converting the mapped digital code into an event signal and matching a sound source composed of voice, music, and sound according to an event by driving a multimedia program, and executing a sound source according to the mapping; Implementation method of integrated education on / offline using interactive publication, characterized by proceeding to. A scanning device having a USB jack for recognizing a pattern code printed on a publication and processing a signal for each pattern code; A computer in which an online connection is made through an internet network while forming a USB port to connect the scanning device; A web server for providing multimedia content mapping information of a sound source and an action image composed of voice, music, and sound corresponding to the pattern code when the pattern code of the publication is transmitted through the computer; And, A multimedia implementation device connected to the computer and configured to implement multimedia content mapping information of a sound source and an action image configured for each voice, music, and sound corresponding to a pattern code when the multimedia content mapping information is provided from the web server; Integrated educational system on and offline using interactive publications, characterized in that consisting of. The method of claim 7, wherein the web server, Member DB for storing the information of members who receive the multimedia content information corresponding to the pattern code and then proceeding with the authentication process upon login. Content DB for storing and managing the multi-dimensional multimedia content information to be provided to the member authenticated by the member DB, Multimedia content program unit for providing the multimedia content mapping information corresponding to the pattern code of the publication transmitted through the Internet when the member authentication is made by the member DB through the information search of the content DB; Integrated educational system using an interactive publication, characterized in that it comprises an information analysis unit for analyzing the information according to the transmission and reception with the computer. Performing a member authentication procedure by accessing an online web server using a computer connected with a scanning device; Determining a learning process by recognizing a pattern code of a publication through a scanning device and transmitting it to a web server through an internet network when membership authentication is terminated from the above step; Executing, by the web server, a program for mapping multimedia content from the determined training process; Providing multimedia content mapping information of a sound source and an action image composed of voice, music, and sound corresponding to a pattern code to a multimedia implementation device connected to a computer through an internet network from execution of the program; And, Displaying the sound source and the action image configured for each voice, music and sound corresponding to the pattern code from the multimedia content mapping information; Implementation method of integrated education on / offline using interactive publication, characterized by proceeding to. The method of claim 9, Directly displaying the sound source and the action image of the multimedia content through a monitor screen of a computer; On / offline integrated education implementation method using an interactive publication, characterized in that it further comprises.