KR20120035334A - Conversation studying method and system that use meal menu in the internet - Google Patents

Abstract

PURPOSE: A language learning method using a dialogue about meal menu in the Internet and a system thereof are provided to offer a natural environment for learning a foreign language, thereby enabling a user to learn the language in everyday life. CONSTITUTION: A learning agent is operated(308). Dialogue character information corresponding to a meal menu dialogue learning and simulation device is downloaded from a learning server(310). Whether a learning meal menu dialogue material or the simulation device is offered based on the downloaded dialogue character information(312). An answer about the learning meal menu dialogue material is received from a learner based on the learning menu dialogue material information(316).

Description

Conversation studying method and system that use meal menu in the Internet}

Disclosed is a diet menu conversation learning device using a recognition sensor camera and a display comprising a learner client electrically connected with at least one computer-controlled recognition sensor camera device and a simulation device and a learning server connected to the client, and a learning server connected to the client through the Internet. do.

Running a learning agent, selecting a diet menu versus a study menu from a learning server, providing an interactive learning program by an agent according to the selected diet menu, responding to a learner by the agent, and answering the learner's response. There is provided a method and system for learning conversation using a diet menu comprising the step of determining and responding.

This technology aims to facilitate language learning in everyday life.

In general, the best way to learn and learn a language is to learn and learn naturally in everyday life.

Everyone is born from birth and learns and learns their own language naturally.

In other words, children born in the United States speak American naturally, and children born in China speak Chinese naturally.

In this way, the language learns naturally by listening to and repeating words from the surrounding environment. In childhood, students learn the meaning of words and writings as they learn from writing.

However, after Chinese children grow to some extent by learning and learning Chinese through their parents or family life from infancy, it is very difficult to learn English in other languages at school or institute.

In order to solve such a problem, it is a technology to provide an environmental system to listen to and follow the words of other countries naturally from everyday life in everyday family life.

In other words, it is a technology that provides an environment in which a Chinese child listens to and speaks English while living in an American home while listening to and following English provided from displays installed in various places of his home.

Generally, the early stages of learning a language are from infancy to childhood, and after entering elementary school, students learn words, not words.

In the early stages of learning to speak, most parents listen to and follow the words from their parents, and then learn to speak quickly with friends.

In order to systematically provide a home environment so that people can learn different languages naturally at home, the display device, sensor camera, simulation device, etc. can be found at every location in the home where daily work is performed such as entrance, living room, kitchen table, study room, etc. When these devices are installed, these devices are electrically connected to each other via wired / wireless wires, and other languages are provided through a display device.

In other words, if you provide well-prepared programs, contents, and environment, you can learn different languages in everyday life as if you lived abroad without studying abroad.

In other words, living in a different country and having a daily conversation in that language, it is a technology that provides a natural environment to learn the language of that country.

In order to implement as described above, the following background art is applied.

First is the sensor camera module.

Second is the interactive menu of diet menus,

Third is the character image auto-generation module.

Fourthly, the dialogue direction generation module of the dialogue character,

Fifth, it is a visual focus automatic generation module.

Sixth is the voice response and mouth generation module.

In the present invention, as an example to explain the content of the meal at the table in the kitchen of the home, the other entrance, living room, study room. Bathrooms, etc. will be described later.

Family meal time is a place where you can talk with your family for the most time in your family's daily life, because the family always eats and talks repeatedly.

Therefore, it is the most suitable place to provide an environment in which the native language can be naturally learned, which is an implementation of the technology to be achieved in the present invention.

However, even though there is such a great place for language education in the home, it is not properly used because there is no related technology or content. As a task to solve this problem, there are the following tasks.

The first is the challenge for the recognition sensor camera module 202.

The second is the task for the diet menu conversation learning module 204.

Third is the task for the automatic generation of character images.

Fourthly, it is a task for the dialogue direction generating module of the dialogue character.

Fifth is the task for the auto focus module.

Sixth is the task for voice response and mouth generation module.

Means for solving the problems of the present technology will be described in detail in the following detailed description.

Everyone is born, and learns and learns the language naturally by the environment around them.

In other words, children born in the United States speak American naturally, and children born in China speak Chinese naturally.

In this way, the language learns naturally by listening to and repeating words from the surrounding environment. In childhood, students learn the meaning of words and writings as they learn from writing.

However, after Chinese children grow to some extent by learning and learning Chinese through their parents or family life from infancy, it is very difficult to learn English in other languages at school or institute.

However, if a well-prepared program, content, and environment are provided, as in the technology provided by the present invention, it is possible to learn a different language even in daily life as if studying abroad without going to study abroad.

In other words, living in a different country and having a daily conversation in that language, it is a technology that provides a natural environment to learn the language of that country.

In the description of the present invention, a language learning method was implemented based on the meal menu of the family at the kitchen table at home. The language conversation program on the theme of food menus is the easiest to learn for children and adolescents. Moreover, if you want to learn the language based on food menus using daily mealtimes at home, It will be even more effective.

It also expands its scope to create such an environment in almost every place in the home, such as the entrance, living room, study room, and bathroom, providing a similar environment to living in China and living in the United States, so that language can be naturally learned in everyday life.

It is also natural for the inventor to be able to apply this technology not only at home, but also in the office or school.

At present, worldwide efforts to learn English, from children to adults in non-English speaking countries, are devastating and the cost is astronomical.

In this way, at least two countries' languages can be mastered before adolescence, provided that the environment is well-made without having to learn as hard as they do today.

It would be no wonder that this would save a lot of effort from many non-English-speaking people around the world, and save astronomical costs.

The present invention can be implemented in two ways, one using a dialogue character and the other using a simulation apparatus.

In the present invention, a method of using a dialogue character and a method of using both together will be described for convenience.

According to the embodiment using the dialogue character which is one of the present invention,

A learner client electrically connected to at least one computer controllable sensor camera device and having a learning agent installed thereon;

Diet menu conversation learning consisting of a learning server connected to the client and the Internet is applied to the learning system using the dialog character,

Registering client information, client family information, and character information selected by the client in the learning server;

Content selection and registration step.

Running a learning agent,

Downloading the dialogue character from the learning server,

Downloading diet menu conversation learning information from the learning server;

The learner responds to the contents provided from the learning agent dialog character based on the diet menu conversation learning information;

Comparing and determining a student's response,

There is provided a learning method using a menu-based conversational learning of the Internet, which includes a step in which the learning agent dialog character corresponds to the learner's response.

The learner provides a response through the input device such as a voice or a touch screen to the learning contents using the diet menu conversation learning provided from the learning agent. Optionally, the learning agent receives information inputted from an assistant, such as a parent or friend of the learner. The learner's response can be determined based on the same learner.

The present invention can be implemented in two ways,

According to another embodiment of the present invention, which uses a dialogue character and a simulation device together,

A learner client electrically connected with at least one computer-controlled recognition sensor camera device and a simulation device and having a learning agent installed thereon;

Diet menu consisting of a learning server connected to the client and the Internet is applied to the learning system using the dialogue character and simulation device,

Registering client information, client family information, and character information selected by the client in the learning server;

Content selection and registration step.

Running a learning agent,

Downloading the dialogue character from the learning server,

Downloading diet menu conversation learning information from the learning server;

Performing a response corresponding to the response content of the client.

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

Figure 1 shows a block diagram of the Internet system applied to the present invention.

As shown, each learner client 100 is electrically connected to the computer controllable simulation device 104, the recognition sensor camera 106, the microphone 108 and the like.

The simulation device 104, the recognition sensor camera 106, the microphone 108 has a built-in microcomputer, and optionally, a character doll or a game machine having a display device may be used, for example, a universal serial bus (USB). It is connected to the client 100 through the port. In addition, when using a USB hub, it is possible to connect a plurality of simulation devices to one client 100.

The learning agent 102 is driven to the learner client 100. The representative character of the agent is the conversation character 101, which is always the subject of the diet menu conversation learning. The learning information including the contents is learned from the learning server 120. It may be downloaded and installed in advance, or may be installed from the learning server 120 in the form of an Active Server Page (ASP) or JavaScript as needed.

The learner client 100 is connected to the learning server 120 through the Internet 110.

Learning server 120 provides the learning information and content using the various meal menu to the simulation device,

The learner responds to the contents provided from the learning agent dialog character based on the diet menu conversation learning information;

Receiving a response from the simulation device,

Comparing and determining a student's response,

Driving the simulation apparatus to perform a corresponding operation according to the determination result;

There is provided a learning method using a menu-based conversational learning of the Internet, which includes a step in which the learning agent dialog character corresponds to the learner's response.

In addition, the operations performed by the simulation apparatus may include gestures, voice outputs, or facial expressions according to predetermined contents.

Preferably, the learning apparatus includes a simulation device including a micro computer and a memory in which operation information to which control codes are added are stored, and for example, a display unit provided with moving image multimedia.

In addition, the learning agent may be previously installed in the client or downloaded and installed in real time while accessing the learning server.

According to the present invention, providing learning content from the learning server to the client server,

The client responds and holds according to the provided learning contents. For example, the learning information is composed of the contents of language education of the conversation program on the meal menu, and is stored in the diet menu conversation learning DB 242, The learner client 100 is registered as a member for a fee or free and stored in the member DB 240 and managed. The learner client 100 stores and manages the information about the conversation character 101 used in the character DB 248. do.

Optionally, the learning server 120 may be provided with the diet menu conversation learning information, content, and character from the UI processing server 130, and learners through the storage medium such as CD, learning information and learning agent or content, and character information. The client may be sold through the A / S management company 140.

Since a detailed process for this is the basic content of electronic commerce, a detailed description thereof will be omitted.

2, the configuration of the learning agent 102 provided to the learner client 100 is shown.

3 is a plan view of the family sitting at the table,

4 is a sectional view of a family sitting at a table.

For convenience of explanation, FIGS. 2, 3, and 4 will be described together.

In addition, for convenience of explanation, a scene in which a family in China is eating time and the family gathers at the table will be described as an example.

For convenience of explanation, son names such as bullying 502, father 504, daughter names Wang Chi Chin 506, and mother 508 will be described as such.

The recognition sensor camera module 202 is described.

When the meal time, the family members gather to eat at the table, the display unit 103 is installed on one side wall of the table, the recognition sensor camera 106 connected wirelessly or electrically to the display device is installed on the side or ceiling have.

Preferably, one side of the display apparatus 103 is installed in addition to the recognition sensor camera 106, a miniature robot doll which is a simulation apparatus 104 is electrically connected, which will be described later.

When the family members sit at the table, the recognition sensor camera 106 is recognized by the face, head, iris, etc. of the family members previously input to transmit to the agent server 102 who is sitting at the table.

That is, when both the mother and bullying are eating only, when the king or the dad is eating together, if the notification is notified to the agent server 102, the learning server 120 according to the conversation program In other words, a conversation program about whether or not the client 100 is provided is provided.

That is, the contents provided from the agent server 102 recognize that the learner who participated in the meal is bullying 502 or chichi 508, and the learning is programmed to suit him through the display screen 103 installed on the table wall. A diet menu is provided.

At this time, the display device 103 is preferably installed so as to fit the eye level of the bullying 502 or the mackerel 506 next to the dining table to look at each other and can be installed to enable the conversation.

The following is a description of the diet menu conversation learning module 204.

When the meal is started, the recognition sensor camera 106 recognizes the family members' hand movements, recognizes that the meal has started, and starts the diet menu versus study program from the agent server 102.

That is, in the display device 103, a favorite celebrity, a girlfriend or a favorite character, which is a character that is selected in advance, appears on the screen and starts a conversation as the dialogue character 101.

At this time, the dialogue character 101 displayed on the screen is programmed to know from the agent server 102 at the time of membership registration that the learner is a client named bullying 502.

In other words, by matching the names of family members and pre-registered images and the recognized contents such as face images, heads, and irises recognized by the recognition sensor camera 106, the learner knows the contents of bullying 502 in advance and calls his name. Will be

Take the dialogue as an example:

How's the taste of potato soup? Are you salty? Are you sure?

Hey? Is that dumpling delicious?

Do you follow what I said?

or

Hey? The squid side dish was served today!

Hey? This is my favorite cream sandwich!

Are you bullying? Do you like cream sandwiches too?

Etc., the conversation character 101 is provided with a variety of diet conversation menu program that can be shared while eating like the actual environment as much as possible while talking to the bullying repeatedly every day.

Of course, at this time, if you induce the language to follow along while providing the text on the screen, it is more effective and the effect is also educated along with the writing.

This method is repeatedly provided with a slightly different content every day, which is naturally made as if it is daily life.

In this case, the dialogue character 101 asking questions on the display device 103 screen is inputted and driven naturally when the member selects in advance, and the bullying hair 502 may be a favorite entertainer, or a friend or It can be a pair, or you can use a character in various shapes of your favorite image, it is preferable to provide a friend or character that bullying is possible.

As described above, the dialogue character 101 on the screen of the display apparatus 103 and the learner having a meal communicate naturally with the theme of the diet menu.

In this case, if the conversation is made with the theme of menu configuration for the diet, information on the menu is already selected conversation learning that is input by the mother preparing the diet in advance or the sensor camera 106 recognizes the menu information for the agent. It is already stored and provided to the server (102).

For example, if the diet menu of the time consists of rice, beef soup, grilled tuna, kimchi, tofu stew, fried eggs, spinach herbs, etc., the mother already knows while making such a diet touch display device next to the table In the menu configuration table (103), the menu table matching or most similar to the corresponding diet menu is selected and stored in the agent server 102.

Then, the agent server 102 drives the control unit 200 so that the corresponding conversation learning program is driven, and recognizes when the sensor camera 106 starts sitting at the table of the family and starts a meal start. After a while, the conversation learning program corresponding to the diet conversation menu is started.

At this time, other family members other than the recognition sensor camera 106 may start driving through the remote control device or by touching the display device 103.

In another method, the recognition sensor camera 106 installed on the ceiling or the wall is electrically connected to the control unit 200 or the display device 103 such as wireless or wired, and the sensor camera programs several basic menus. When the production is already stored as image data, even if the mother or other assistants do not input in advance on the touch screen, if the menu is displayed on the table, the basic menu is recognized.

That is, the mother or other assistant intentionally selects a conversation menu provided on the display screen 103 of the diet menu versus study program, and the recognition sensor camera 106 recognizes the basic menu and does not prepare a corresponding menu. The conversation learning program with the recognized menu theme is running.

In addition, the method in which the operator intentionally provides a conversation program for the purpose of language education is as follows.

To provide a menu menu for the study menu, breakfast, lunch, dinner, weekly or monthly selection of the menu and prepare a conversation learning program for the menu is provided through the display 103 screen.

Then, the mother prepares a menu in which a conversation learning program is provided through a display screen in advance, and provides it to family members such as Bullying (502) or Wang Chi-chin (504).

When the mother is ready for a conversational learning meal and the family starts eating at the table, the mother can start the conversation program through the switch on the display or the remote control.

In other words, when the operator prepares a conversation menu program for fruits such as apples, pears, persimmons, bean sprouts, drunks, lettuce, etc. in advance and shows it on the display screen, the mother selectively selects the conversation learning from them and prepares a diet. It is to provide the family with a conversational learning program.

This diet is to be stored and provided in the diet menu dialog learning DB (242) by giving a serial number or identification code for each type of conversation learning.

The following is a description of the character image generation module 206.

As described above, the dialogue character 101 appearing as an interrogator in the dialogue learning program is a character selected by the client learner 105 who is a member to input at the time of registration or selected from various characters provided by the operator.

That is, there is a method of directly inputting images of characters that members, friends, lovers, parents, teachers, entertainers, dolls, and other clients like, and a method of selecting and inputting various characters provided by an operator.

However, the image directly input by the client as a member is a photographic image such as a face or a torso. When the learner 105 inputs one image, the character image generation module 206 of the learning server 120 is inputted. Various images will be recreated using one image as basic data.

That is, when the learner 105 inputs one image, the face image shown at an angle of up, down, left, and right sides based on the image, various facial expressions, motion images of the hand movements, Various images, such as types, colors, and fashion images, are generated and changed into different dialogue characters 101 for each program of the learning group dialogue menu 204 program.

The dialog character 101 image generated as described above is displayed on the display device 103 so that the character of the dialog character 101 is directed toward the learner 105 so as to face each other with the client 105. The image generation module 206 program is constructed.

The following is the content of the dialogue direction generating module between the dialogue character 101 and the client dialog 103.

As shown in Figures 3 and 4,

The display device 103 is installed on one side, centered on the table, and the dialogue character 101 is inside the display, and the client is a son, bullying 502, a father 504, a daughter qichen 506, a mother. (508) If you sit in the same position as the drawing in order,

At this time, the conversation menu on the table based on the conversation character 101 inside the display is located at about 90 degrees front 501, and the father and the king are at an angle of about 20 to 40 degrees 522 from the front to the left and right sides. The bullying and mother sit at an angle of about 45-65 degrees (524) from the front to the left and right.

Of course, since the recognition sensor camera 106 described above recognizes the learner 105 sitting at the table and knows who is sitting on which side, the conversation character 101 is correctly talking to the learner when the conversation menu is performed for the learner. The side image of the angle positioned in the direction will appear on the display screen.

That is, when the conversation character 101 directs the conversation program on the meal menu, the learner 105 sitting on the left and right sides recognizes that the person is sitting at an angle, and the dialogue character 101 image is directed toward the learner in the conversation. It is directed on the screen, and also looks at the left and right side alternately, calling the learner's real name and proceeding with a conversation menu.

That is, when the conversation with the bullying 502 or the father 504 on the left side, the image is directed toward the corresponding angle on the left side, and when the conversation is directed toward the Wang Chi Chin 506 or the mother 508 on the right side. The image of the angle to face the dialogue will appear.

As such, the character image generation module 208 is constructed to direct the conversation program while automatically changing the image of the conversation character 101 toward the learner having a conversation. It will be assimilation.

In the present invention, the angle of the left and right sides of the image is about 20 to 40 degrees left and right with the object of the dialogue menu relative to the 90 degrees front of the dialogue character 101 for quick voice response between the dialogue character 101 and the learner 105. The learner located in and the learner sitting at 45 ~ 65 degrees to the side dialogue character 101 as a module to the data generation module of the dialogue character 101.

This method aims to simplify the range of directions in which the learners 105 sit on the table and eat at an angle to simplify the data of the dialogue module 101 generating module 206 to maintain fast response speed.

Of course, the direction angle between the conversation character 101 and the learner 105 above is an example, and when the actual dialogue direction generation module 208 is performed, the size of the kitchen, the size of the dining table, the dialogue character inside the display device The angle may vary depending on the distance between the 103 and the conversation client 101 sitting at the table, and by reconfirming these matters, the learner 105 actually uses the most accurate direction angle to register the conversation character 101. Register the change in the change and download and use the dialog character 101 from the agent server 102 again.

The following is a description of the field focus generation module 210.

In addition to the side image data generated by the dialogue direction generation module 208, it is necessary to move only the focus of the eye of the dialogue character 101 from side to side and focus only on the learner 105 and the eye.

That is, the bullying 502 and the mother 508 sit on the left and right sides of the dialogue character 101, and the dialogue character 101 is facing the bullying 502, and only the focus of the eyes is required as the explanation of the dialogue is required. When the mother 504 for a while back to the bullying direction again, the eye focus image generated by the visual focus generation module 210 is applied.

That is, when talking to the bullying 502 and the mother 508 while looking at the focus of the eye alternately without changing the direction of the image of the dialogue character 101, only the focus of the eye is left and right. You will move to and talk.

In addition, even when the dialogue character 101 points to the diet menu of the table below to proceed with the dialogue, the visual focusing direction for the quick response of the data, such as when pointing back to the menu and pointing back to the menu with only the visual focusing direction downward without changing the image. Focus generation module 210 is built.

As such, the conversation character 101 and the learner 105 communicate with each other by matching the bullying 502, the learner 105, even the focus of the eye at the time of the conversation. Therefore, you will naturally fall into the conversation with intimacy.

The display module 214 displays various learning menu dialog menu information 204 and the dialog character 101 and related information on the monitor of the client 100, and preferably displays them in HTML form.

The simulation device registration module 216 allows a learner or assistant to register a simulation device connected to the client corresponding to the selected character.

For example, if a learner or assistant selects one character from the learning server 120, and there are two simulation devices connected to the client, the selected characters are appropriately distributed among the simulation devices.

In this case, when each simulation apparatus has a face display unit, a corresponding number of graphics cards may also be mounted on the client to provide a separate video.

The simulation device driving module 218 receives a command from the controller 200 to drive the simulation device to perform a predetermined motion or facial expression.

For example, when the learner 105's response is correct, the simulation apparatus performs an operation such as expressing a comic expression or clapping or outputting a constant voice, or performing an operation such as touching or pointing to a display by itself. Do it. The communication module 220 allows data to be exchanged with the learning server 120 in a predetermined form through the Internet 110.

The communication module 220 may transmit and receive data in a predetermined form between the learning server 120 and the agent server 102 through the Internet 110.

The response comparison module 222 determines whether the learner's response is included in the range of confidence according to the difficulty set by the assistant.

This module can be enabled or disabled according to the assistant's settings. If disabled, the assistant directly enters the decision.

The response response module 224 determines which facial expression or operation the simulation apparatus performs according to the determination result of the response comparison module 222.

That is, as described above, when it is determined that the response of the learner 105 is included in the range of the correct answer, the corresponding module 224 may cause the simulation apparatus to touch, for example, an operation or a screen that expresses a comic expression or applause. The control module 200 is notified by determining whether to perform an operation of pointing to a certain target displayed on the screen or an operation of outputting a voice.

In addition, instead of the corresponding module 224, the assistant may check the learner's response and input a performing operation through a separate input device, which will be described later.

Agent registration module 212 is a company registered and connected to the learning server through the Internet for processing and management of various UI, content, characters and sensors, A / S, etc., and displays the relevant information on the monitor of the client, displayed in HTML form It is desirable to.

The control module 200 stores various data for the implementation of the present invention.

The member DB 240 stores image and voice information DB of members and family members, that is, face images, irises, head images, voice information, or conversation character information selected by the members and family members.

Diet menu conversation learning DB (242) is produced and stored a language dialogue program for a variety of diet menus, that is, a program consisting of a diet menu and a conversation about the theme is stored,

Conversation character DB (246) is a variety of characters are stored to make the conversation character different for each diet diet menu conversation learning, for example, a member selected by a friend, lover, teacher, parents or dialog character, the operator provided by the member Selected entertainers, celebrities, and other animated characters are saved.

The diet content DB 248 is a content produced for language education of various foods unlike conversation menu conversation learning. The content is mainly added to the language of the language in a fun way.

The recognition sensor camera DB 250 stores data communicating with an agent server by recognizing a learner or recognizing a conversation direction.

The dialogue direction generation DB 252 stores the dialogue characters to which the dialogue characters described with reference to FIG. 3 and FIG.

The visual focus generation DB 254 stores data obtained by applying the visual focus direction between the dialogue character 101 and the learner 105 described with reference to FIGS. 3 and 4.

The agent DB 256 stores and operates data of various UI providers such as characters, contents, recognition sensor cameras, and other A / S companies.

A learning method according to the present invention will be described with reference to FIG. 5.

Register as a member and family member (step 302),

Select and register content and characters (step 306)

The learner registered as a member in the learning server 120 drives the learning agent 102 to access the learning server 120 via the Internet 110 through the communication module 220 (step 308).

First, after accessing the learning server 120 using the Internet 110, the learning agent 102 may be downloaded and installed in real time in the form of ASP or JavaScript (step 310).

In this case, it may be performed by an assistant, for example, parents, to drive in a state that is not recognized by the actual learner.

Subsequently, the assistant downloads the conversation learning information and the conversation character information by selecting at least one of the menu items for the learner to learn the conversation and the conversation character to be used (step 310).

Conversational characters are more efficient at learning by choosing what they are most familiar with.

Optionally, the downloaded dialogue character is registered corresponding to the simulation device connected to the learner computer system (step 322).

Accordingly, the learning agent 102 drives the simulation doll corresponding to the role assigned to each conversation character while driving the conversation learning program based on the downloaded diet menu versus study information (step 324).

After completing the basic setting as described above, start the diet menu large study program, learning agent 102 basically operates the learning in two forms, the first of which will be described.

First, provide a menu menu course for the learner (step 312).

That is, the learning agent 102 designates the chat character region on the display monitor 103 to represent the chat character 101, and designates the learner display area to display the learner's name or the face of the learner, and displays the chat conversation menu information. Specify an area to display a menu picture or description corresponding to the question.

In addition, if necessary, the progress display area may be set to display the progress order so that the assistant may smoothly perform the learner's learning progress with reference to the progress order.

For example, using the display area, the learning agent 102 uses the dialogue character 101 or the simulation doll to display the display screen 103 with a voice of the learner, 'What is this food in English?' In the learning information display area of), the corresponding food menu is displayed or a screen for eating food is displayed.

In addition, the answers can be displayed on the food menu information display area so that the learner can select them.

The learner may answer the question by voice or touch one of the answers displayed in the food menu information display area (step 316).

The response comparison module 222 of the learning agent 102 compares the inputted learner's response with the standard correct answer (step 318).

The corresponding module 224 responds based on the comparison result of the response comparison module 222 (step 320).

Optionally, the corresponding operation is determined by the simulation apparatus (step 326).

In this case, when the voice is input, the voice is compared with the reference voice. In the case of a child, since the input voice is difficult to have an accurate pronunciation, a similar voice input may be used to respond to the similar voice input.

In the case of the simulation apparatus, as described above, a control code for each type is added and stored in the memory of the simulation doll. For example, when the answer is correct, the simulation apparatus claps with various facial expressions or You can output voices such as 'yes', 'good', and if it's not the correct answer, send a boo or 'bad' or 'try again'.

In this way, by allowing the simulation doll to operate in response to the learner's response, the infant's learner can be given great learning motivation, thereby improving learning efficiency.

Furthermore, when the applied simulation doll reflects the character that the learner likes, a greater effect can be obtained.

As described above, the present invention has several industrial advantages. As explained above, learning and learning a language is, of course, the provision of an environment.

The environment for learning such a language is to use the meal time at home most optimally, and to provide a natural learning environment in the living room or study room.

Twice a day in the morning and dinner of the day, or natural language learning in the living room or study room, such as 1 to 2 hours of natural language learning for about 10 years, you can learn the language naturally.

People in many non-English speaking countries now spend a great deal of time and effort trying to learn English, and the cost is astronomical.

If you learn a language in this way, many people will save a lot of time to learn English, and the cost savings will be huge.

It will also help a lot in each industry by using language naturally.

Figure 1 shows a block diagram of the Internet system applied to the present invention.

2 is a configuration diagram of the learning agent 102 provided to the learner client 100.

Figure 3 is a horizontal projection plan view showing the direction of the family sitting on the table.

4 is a cross-sectional view showing the direction angle of the family sitting at the table.

Figure 5 is a flow chart showing a diet menu conversation learning method according to the present invention.

Claims (2)

A learner client electrically connected with at least one computer-controlled recognition sensor camera device and a simulation device, and having a learning agent installed thereon; Applied to the learning system using the diet menu chemistry training and simulation device on the Internet consisting of the learning server connected through the client and the Internet, Running the learning agent; Downloading the dialogue character information corresponding to the diet menu course training and the simulation device from the learning server: Receiving a learning menu dialog menu based on the downloaded dialog character information or providing the simulation apparatus; Receiving a response through a learner or a simulation device on contents provided from the learning agent based on the diet meal conversation learning information; Comparing and comparing the responses with respect to the received contents; Correspondingly responding to the comparison determined contents; Responding by the learner to the corresponding response or re-response by the operation of the simulation device. A learner client that is electrically connected to at least one computer-controlled recognition sensor camera and a simulation device, and that runs a diet menu versus study system on the Internet on which a learning agent is installed; It consists of a learning server connected to the learner client and the Internet, The learner client driven by the dietary menu versus the study is a computer system connected to the Internet, a device having a hub function and a switching function and fixing the recognition sensor camera and the simulation device, The display device is fixed to the fixing device to display information. The learning agent includes a recognition sensor camera device registration module for recognizing a learner and a diet menu; The diet menu large chemical learning module provided in the conversation character consisting of the conversation menu in the form of conversation learning: A character image generation module driven to generate the dialog character in various ways; A dialogue direction generation module, directed to direct the dialogue character toward the learner; A visual focus generation module for directing the dialogue character toward the learner; A display module configured to display learning information and related information on the display device; And A simulation device registration module to implement the dialogue character through a simulation device; A simulation device driving module for allowing the registered simulation device to perform a predetermined operation; A communication module for exchanging data with the learning server in a predetermined form and performing normal exchange; A response comparison module for determining whether a learner's response is included in an allowable range of the correct answer language; A corresponding module in which a corresponding response of the dialogue character is made according to the determination result of the response comparison module; Internet based diet menu method and system comprising the agent registration module for providing and managing the data of the modules to operate normally.

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