KR20090000685A - Learning Ubiquitous System - Google Patents

Abstract

The present invention relates to an education method using a ubiquitous system and a ubiquitous product for learning.

More specifically, the present invention, in the ubiquitous system, one space and one or more other spaces installed so as to perform wireless communication, a communication network, an educational object, an educational main photographing unit, an educational auxiliary photographing unit, an educational display unit And a ubiquitous system including an educational main controller unit, a learning ubiquitous product, a learning main photographing unit, a learning auxiliary photographing unit, a learning display unit and a learning main controller unit, and a learning ubiquitous product.

Accordingly, the education method using the ubiquitous system and the learning ubiquitous product of the present invention has an effect that can provide children with convenient and diverse learning contents while playing interesting games regardless of time and place anytime and anywhere.

In addition, the teaching method using the ubiquitous system and the learning ubiquitous product of the present invention does not take the traditional booklet or memorization-based learning method in performing a predetermined education to the infants or children, wherever the infants or children play There is another effect that can increase the efficiency of learning by inducing the related learning to be made naturally through play of music, art, etc., which is conducted in a foreign language.

In addition, the education method using the ubiquitous system and the learning ubiquitous product of the present invention, since the play space composed of multimedia content such as sound, screen, etc. that infants or children love, the time required for parents to learn and care of children There is another effect that can reduce the number of days to facilitate the task of household chores.

In addition, the education method using the ubiquitous system and the learning ubiquitous product of the present invention, as well as foreign language education, by producing the contents of the education corresponding to music, art, etc. that is conducted in a foreign language through the multimedia display to play, through the play, Infants or children can learn the contents of education repeatedly without getting tired.

In addition, the teaching method using the ubiquitous system and the learning ubiquitous product of the present invention is to break away from the traditional memorized learning method that takes a rational method based on performance, so that children play their own language without refusing to learn foreign language, music, art, etc. It is to provide an education method using the ubiquitous system and the learning ubiquitous product that can be learned while learning.

Furthermore, the teaching method using the ubiquitous system and the learning ubiquitous product of the present invention is an independent space for performing multi-mini ubiquitous play and education for each kindergarten, school, playroom, apartment complex, department store, cultural center, theater, performance hall, etc. Ubiquitous system and learning ubiquitous product that can be installed at the place where the above-mentioned spaces can establish children's play and education purpose anytime and anywhere by establishing one ubiquitous space through wired, wireless or IP network. It is to provide the educational method used.

Description

Ubiquitous system, method for educating using Ubiquitous product for learning}

1 to 5 are plan and side views showing an educational institution in which a ubiquitous system is constructed according to a first embodiment of the present invention.

Figure 6 is a schematic diagram showing a ubiquitous system according to a first embodiment of the present invention.

7 is a block diagram illustrating a ubiquitous system according to a first embodiment of the present invention.

8 is an enlarged view illustrating an enlarged view of a learning ubiquitous product of a ubiquitous system according to a first embodiment of the present invention;

Figure 9 is an enlarged view showing an enlarged educational display of the ubiquitous system according to the first embodiment of the present invention.

10 is an enlarged view illustrating an enlarged view of the learning display unit of the ubiquitous system according to the first embodiment of the present invention.

11 is a block diagram illustrating a ubiquitous system according to a second embodiment of the present invention.

FIG. 12 is a flowchart illustrating a method of teaching to infants or children using the ubiquitous system and the educational object shown in FIGS. 7 and 11.

13 and 14 is a third embodiment of the present invention, a method for showing a method of teaching to infants or children using a product for teaching a foreign language of the educational object.

15 and 16 is a fourth embodiment of the present invention, a method for showing a method of teaching to infants or children using a product of education of music among educational objects.

17 and 18 are views of a fifth embodiment of the present invention, which illustrates a method of teaching an infant or a child by using an electronic blackboard for teaching art among educational objects.

* Description of the main parts of the drawings *

100, 1100: ubiquitous system 102: one space

104: one or more other spaces 106: communication network

108: educational object 108a: ubiquitous product for learning

108a ₁ : Coded print with graphic pattern

108a ₂ : object 108a ₃ : sound device

108a ₄ : No object 108a _4-1 : woodcarving puzzle

108a ₄ -2: Sticker 108a ₄ -3: Books

108b: Copyboard 108c: Multimedia playback device

110: training main photographing unit 112: training auxiliary photographing unit

114: educational display unit 115: educational audio unit

115a: Educational Headset 115b: Educational Audio Module

116, 1116: main controller for education 116a: codec for education

116b: educational controller means 117: automatic tracking means for the headset

117a: delivery module 117b: automatic tracking module

118: learning main photographing unit 120: learning auxiliary photographing unit

122: learning display unit 124: learning main controller

124a: learning codec 124b: learning controller means

1116c: Educational data management means A: Screen of contents to be trained

B: screen of instructor to teach

C, F: screen of the state of one or more different spaces

D: Screen of what to learn

E ₁ , E ₂ : Screen of state of one space

P ₁ , P ₄ : Center part P ₂ , P ₅ : Lower part

P ₃ : part of the edge

The present invention relates to an education method using a ubiquitous system and a ubiquitous product for learning.

In general, infants felt sensitive to objects or language around the age of two. At this time, the children acquired the object or language visually and voicely through the surrounding environment.

When the children grow up enough to enter elementary school and become children, learning effects on objects or languages appeared. At this time, children did not feel interesting because they had to passively learn things or languages.

In other words, a teacher or parent forced children to learn about things or language.

Therefore, children are less effective because they respond only to interesting objects or languages, and traditional memorization or instructional learning methods lower children's motivation to learn, which leads to stress and rejection of study, and in severe cases, pediatric psychology Occasional events have occurred until treatment is required. In particular, children were not interested in learning foreign languages they were not familiar with, which made learning less efficient.

In addition, since parents spend more time learning for children, they could not easily handle the tasks of household chores.

As such, children responded only to interesting objects or languages.

Therefore, in recent years, products for learning induce children's psychology to naturally recognize that children are interested in learning about things or language, and learning products are introduced to cultivate children's continuous creative and intellectual thinking ability. It is becoming.

For example, among the products for learning, learning products are provided that enable learning to occur naturally while providing interesting play for children using the learning ubiquitous product described in Application No. 10-2006-0122773.

In addition, research has been conducted to provide children with convenient and diverse learning contents regardless of time and place anytime, anywhere using the learning ubiquitous products described in the application number 10-2006-0122773.

In order to solve the above problems, the present invention provides an educational method using a ubiquitous system and learning ubiquitous products that can provide children with convenient and diverse learning contents while playing interesting games regardless of time and place anytime, anywhere. The purpose is to provide.

It is another object of the present invention, without performing a traditional booklet or memorization-based learning method in providing a predetermined education to the infants or children, music, art, etc. that proceeds in a foreign language no matter where the children or children play It is to provide an educational method using a ubiquitous system and a learning ubiquitous product that can increase the efficiency of learning by inducing the related learning to be made naturally through play of.

Still another object of the present invention is to construct a play space composed of multimedia contents such as sound and screen that infants or children like, so that parents can reduce the time required for children's learning and care, and thus facilitate the task of household chores. To provide a training method using a ubiquitous system and a learning ubiquitous product that can be easily processed.

Another object of the present invention, by teaching the contents of the education corresponding to music, art, etc., which is conducted in a foreign language, as well as foreign language, and watching the content through a learning display unit, the infant or child is not bored through play It is to provide a ubiquitous system that can learn the content of the repetition and the educational method using the ubiquitous product for learning.

Another object of the present invention, ubiquitous system that allows the child to learn by playing by themselves without reluctance to learn the foreign language, music, art, etc. through the play by bypassing the traditional memorization learning method that takes a battering method based on performance To provide an educational method using the ubiquitous product for learning.

Another object of the present invention is to install a separate space for performing multi-mini ubiquitous play and education in each kindergarten, school, playroom, apartment complex, department store, cultural center, theater, performance hall, etc. It is to provide an educational method using a ubiquitous system and a learning ubiquitous product in which one space establishes a ubiquitous space through a wired, wireless or IP network so that children can achieve their desired play and education goals anytime and anywhere.

In order to achieve the above object, the present invention provides a ubiquitous system in which one space and one space installed to perform wireless communication are spaced apart from one space and one or more other space and one space installed to perform wireless communication. And a communication network installed to transmit and receive each other and one or more other spaces, and an education object installed to provide contents of education located at an inner part of one space, and spaced apart from the education object, to shoot contents for teaching to the education object. It is positioned apart from the educational main photographing unit and the educational object and the educational main photographing unit, and the educational auxiliary photographing unit and the educational object and the educational main photographing unit and the educational auxiliary photographing unit are installed to photograph the instructor teaching the educational object. My education Each multimedia corresponding to the educational display unit selectively controls the educational display unit, the educational object, the educational main photographing unit, the educational auxiliary photographing unit, and the educational display unit, which are installed to display the status of the instructor and one or more other spaces on the screen. Educational main controller unit installed to compress data to one or more other spaces or receive status of one or more other spaces, and spaced apart from the learning ubiquitous product and the learning ubiquitous product installed inside or part of one or more other spaces. It is located at a distance from the main main learning unit for learning and the ubiquitous product for learning and the main main photographing unit installed to capture the contents of learning using the ubiquitous product for learning. A learning display installed to display the contents of one or more other spaces and a state of one space, which are located apart from the learning auxiliary photographing unit and the learning ubiquitous product, the learning main photographing unit, and the learning auxiliary photographing unit. Selectively control the secondary and learning ubiquitous products, the main learning photographing unit, the learning auxiliary photographing unit, and the learning display unit, and compress each multimedia data corresponding to the learning display unit to be transmitted to one space or to receive a state of one space. It includes the installed learning main controller.

According to another feature of the invention, the educational object is characterized in that the learning ubiquitous product, electronic blackboard, multimedia playback device.

According to another feature of the invention, one space is characterized in that the education headquarters for providing the content of education.

According to another feature of the invention, the one or more other space is characterized in that the educational institution for receiving the content of the education.

According to another feature of the invention, the communication network is characterized in that any one of a wired communication network or a wireless communication network.

According to another feature of the invention, the communication network is characterized in that the IP Network.

According to another feature of the present invention, the educational display unit is displayed on the center portion of the educational display portion, and the screen of the instructor to be displayed on the lower portion of the educational display portion to be spaced apart from the screen of the educational content The screen of the state of the one or more different spaces is displayed on a portion of the edge of the educational display unit, but is displayed to be spaced apart from the screen of the teaching contents and the screen of the teaching instructor.

According to another feature of the present invention, the educational main controller unit is located inside the educational main controller unit to compress each multimedia data corresponding to the educational display unit to be transmitted to one or more other spaces or correspond to the state of one or more other spaces. An educational codec installed to receive and restore respective multimedia data; And an educational controller means electrically connected to an educational object, an educational main photographing unit, an educational auxiliary photographing unit, an educational display unit, and an educational codec to selectively control the educational object.

According to another feature of the invention, it is located in the interior of the space, characterized in that the educational audio portion is further installed to be worn in the instructor to be located inside the main training unit for education.

According to still another aspect of the present invention, the educational audio unit is worn by a teaching instructor and is configured to listen to voice data on a state of one or more other spaces and to transmit voice data to one or more other spaces. Includes an educational audio module located in and installed to wirelessly interwork with the educational headset to selectively control the educational headset.

According to another feature of the present invention, the automatic tracking means for the headset is further installed inside the educational auxiliary photographing unit and the educational headset.

According to another feature of the present invention, the automatic tracking means for the headset is located inside the training headset and installed in the training auxiliary photographing unit to transmit the transmission signal and the training module located in the training auxiliary photographing unit and transmitted by the transmitting module. And an automatic tracking module installed to receive the transmission signal and move the training auxiliary photographing unit in the direction of the training headset according to the movement of the training headset.

According to another feature of the present invention, the learning display unit is displayed on the center portion of the learning display unit learning screen, the screen of the state of one space is displayed on the lower portion of the learning display unit spaced apart from the screen of the learning content And the screen of one or more different spaces is displayed on a portion of the edge of the learning display unit, but is spaced apart from the screen of the learning contents and the screen of one space.

According to another feature of the present invention, the learning main controller unit is located inside the learning main controller unit to compress each multimedia data corresponding to the learning display unit to be transmitted to one space or each state corresponding to the state of one space. A learning codec installed to receive and restore multimedia data, and a learning ubiquitous product, a learning main photographing part, a learning auxiliary photographing part, a learning display part, and a learning controller means installed to be selectively controlled in electrical connection with the learning codec. .

According to another feature of the invention, the multimedia data is characterized in that the voice data, video data, video data.

According to still another feature of the present invention, the training data management means is located in the interior of the space, the training controller is installed inside the main controller unit for storing the contents photographed by the main training unit for training or the secondary training shooting unit. Characterized in that installed.

According to another feature of the invention, the learning ubiquitous product is selectively contactless or in contact with the object and the object and the object including the code printed material formed with a graphic pattern on the part or the whole, the graphic pattern is formed by sensing It includes an acoustic device for transmitting sound data corresponding to the formed code printed matter as a sound.

According to another feature of the invention, the learning ubiquitous product is selectively contacted or in contact with the object and the object including a semiconductor chip formed on a part or the whole, and detects the semiconductor chip to sound the voice data corresponding to the semiconductor chip to sound It includes a sound device for transmitting.

According to another aspect of the present invention, in the teaching method using the ubiquitous product for learning as a ubiquitous system, the educational main photographing unit and the educational auxiliary photographing unit under the selective control of the educational main controller unit located in one space, A training content display step of photographing an instructor to be trained, displaying an instructor training in one space and one or more other spaces, and an instructor to train and contents of the learning and one or more other spaces on a screen using the educational display unit; Under the educational display unit, the multimedia contents corresponding to the educational display unit are compressed and transmitted to one or more other spaces through a communication network, and under the selective control of the educational main controller unit located in one or more other spaces. Each multimedia data is restored and displayed on the screen of the learning display unit, and the contents of learning with the ubiquitous product for learning and the state of one or more other spaces while watching the education object and the instructor who are displayed on the learning display unit are displayed. And a learning content display step of capturing by the auxiliary photographing unit to be displayed on a screen of the learning display unit and a learning content transmission step of compressing each multimedia data corresponding to the learning display unit and transmitting the compressed multimedia data to a space through a communication network.

According to another feature of the present invention, when the teaching content display step and the learning content display step is a product for teaching a foreign language among the ubiquitous products for education, a teaching instructor trains a foreign language using a product that teaches a foreign language. The contents are displayed on the educational display unit and the educational display unit, and children or children look at the educational display unit and directly contact the products that teach the foreign language, so that they can learn the foreign language naturally by listening to the sound emitted by the product teaching the foreign language. Characterized in that the step.

According to still another aspect of the present invention, the teaching content display step and the learning content display step may be performed by a teaching instructor in a conversational manner using a product teaching a foreign language, while contacting a part of a product teaching a foreign language. To learn to listen to the sound corresponding to some parts of the infant or young children, and to learn the foreign language naturally by playing back to listen to the sound by directly contacting a part of the product that the children or children are teaching a foreign language It is characterized by that.

According to another feature of the invention, the teaching content display step and the learning content display step of the lion printed on the product teaching the foreign language, while the instructor educating the story in the form of conversation using the product teaching the foreign language Explain the picture in Korean and touch the picture of the lion to hear the sound of 'lion' in English to the infants or children, and recreate the sound of 'lion' by the children or children touching the picture of the lion directly. It is a step of learning English naturally while playing to listen.

According to another feature of the present invention, when the educational content display step and the learning content display step is a product for training music in the education ubiquitous product, the instructor to train the music using the product teaching the music education The contents are displayed on the educational display unit and the educational display unit, and children or children watch the educational display unit and directly contact the product teaching the music, so that the music is naturally learned by listening to the sound emitted from the product teaching the music. Characterized in that the step.

According to another feature of the present invention, the teaching content display step and the learning content display step is to contact a part of the product teaching music while the instructor in the course of the talk using the product teaching the music in the form of conversation By listening to the sound corresponding to a part of the infant or children, and directly contacting the part of the product that the infant or child is teaching music, the music is naturally learned while playing to listen to the sound again. It is characterized by.

According to another feature of the present invention, the teaching content display step and the learning content display step is a 'degree, printed on the product teaching the music, while the instructor educating the story proceeds in a conversational form using the product teaching the music; Explain the scales of `` le, '' and touch the scales of `` do, les, '' to listen to the sounds of `` do, les, '' to the infants or children. By directly contacting the scale of 'Mi', it is a step of naturally learning music while playing to listen to the sound of 'Do, Le, and Me' again.

According to another feature of the present invention, when the teaching content display step and the learning content display step is an electronic blackboard for teaching an education object, the content of the teaching instructor teaching the art using the electronic blackboard is an educational display unit. And it is displayed on the learning display, by drawing the content directly to the electronic blackboard for children or children to look at the learning display, education, it is characterized in that the step of learning art naturally.

According to another feature of the present invention, the educational content display step and the learning content display step display the contents of the education corresponding to the educational object already taken and stored using the educational data management means to display the educational content on the learning display unit for the infants or children. It is characterized by the step of learning the contents of the education repeatedly by looking again.

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

Ubiquitous System

<First Embodiment>

1 to 5 are a plan view and a side view showing an educational institution in which a ubiquitous system is constructed according to a first embodiment of the present invention, and FIG. 6 is a schematic diagram showing a ubiquitous system according to the first embodiment of the present invention. .

7 is a block diagram illustrating a ubiquitous system according to a first embodiment of the present invention, and FIG. 8 is an enlarged view showing an enlarged view of a ubiquitous product for learning of a ubiquitous system according to a first embodiment of the present invention.

9 is an enlarged view illustrating an enlarged educational display of the ubiquitous system according to the first embodiment of the present invention, and FIG. 10 is an enlarged view illustrating an enlarged learning display of the ubiquitous system according to the first embodiment of the present invention.

1 to 10, the ubiquitous system 100 according to the first embodiment of the present invention includes one space 102, one or more other spaces 104, a communication network 106, an educational object 108, Educational main photographing unit 110, educational auxiliary photographing unit 112, educational display unit 114, educational audio unit 115, educational main controller unit 116, training main photographing unit 118, learning auxiliary photographing unit 120, a learning display unit 122, a learning main controller unit 124, and the like.

One space 102 is installed to perform wireless communication, and one or more other spaces 104 are positioned to be spaced apart from one space 102 to perform wireless communication.

Here, one space 102 is the education headquarters for the instructor to provide the contents of the education, one or more other spaces 104 are educational institutions such as kindergarten, academy, etc. for the children or children to receive the contents of the education to be.

The communication network 106 is installed to transmit and receive one space 102 and one or more other spaces 104. In this case, the communication network 106 is installed as either a wired communication network or a wireless communication network.

Preferably, the communication network 106 is installed as an IP network that provides a service in real time or non real time based on the IP protocol, such as voice data, video data, video data.

The educational object 108 is located in an interior portion of one space 102 and is installed to provide the contents of education by the instructor.

In addition, the educational object 108 may be located inside or part of one or more other spaces 104 to teach the infants or children to explain the content of the teaching or to learn wherever the infants or children play. It is set up to induce the learning of foreign languages, music, and art through play.

At this time, the educational object 108 is a device for education, such as a learning ubiquitous product 108a, electronic copyboard 108b, multimedia playback device (108c).

Here, as shown in FIG. 8, the learning ubiquitous product 108a may be selectively in contact with the object 108a ₂ and the object 108a ₂ including the code printed material 108a ₁ having a graphic pattern formed on a part or the whole thereof. And a sound device 108a ₃ which contacts and detects the code printed material 108a ₁ on which the graphic pattern is formed and transmits voice data corresponding to the code printed material 108a _{1 on which} the graphic pattern is formed.

At this time, the object member (108a ₄₎ of the object (108a ₂₎ may be a carved puzzle (108a ₄ -1), sticker (108a ₄ -2), book (108a ₄ -3). However, the present invention is not limited thereto, and the object 108a ₂ may be any learning means that may include an object that can be used for learning.

In addition, the acoustic device 108a ₃ is installed to be selectively in non-contact or contact with the object 108a ₂ . The sound device 108a ₃ is installed to detect the code printed material 108a ₁ having the graphic pattern formed thereon and to transmit sound data corresponding to the code printed material 108a ₁ having the graphic pattern formed therein.

The learning ubiquitous product (not shown) may be installed to include a semiconductor chip (not shown), although not shown in some or all parts of the object 108a ₂ . At this time, the semiconductor chip (not shown) is installed inside the object body 108a ₂ so that specific data can be read by the sensing means.

The educational main photographing unit 110 is positioned to be spaced apart from the educational object 108 and is installed to photograph the contents of education to the educational object 108, and the educational auxiliary photographing unit 112 is the educational object 108 and the main educational photograph. Positioned apart from each other and the unit 110 is installed to photograph the instructor to educate the educational object (108).

The educational display unit 114 is positioned to be spaced apart from the educational object 108, the main educational photographing unit 110, and the educational auxiliary photographing unit 112, and a screen of a teaching content, a screen of an instructor, and one or more other spaces. It is installed to display the screen of the state of 104.

In more detail, as illustrated in FIG. 9, the educational display unit 114 displays a screen A of the content of education on the central portion P ₁ of the educational display unit 114, and displays the screen of the instructor who trains ( B) is displayed on the lower portion P ₂ of the educational display unit 114, but is spaced apart from the screen A of the content to be trained.

In addition, the educational display unit 114 is a screen (C) of the state of the one or more other spaces 104 is displayed on the edge portion (P ₃ ) of the educational display unit 114, the screen (A) and the content of the training content It is displayed to be spaced apart from the instructor's screen (B).

The educational audio unit 115 is installed inside the educational main controller unit 116 to be described later and is installed to be worn by the instructor. The educational audio unit 115 includes an educational headset 115a, an educational audio module 115b, and the like.

The training headset 115a is worn by a teaching instructor and is installed to listen to voice data on the state of one or more other spaces 104 and send voice data to one or more other spaces 104.

More specifically, the educational headset 115a listens to the voices of the children or children in one or more other spaces 104 and the sound of the learning ubiquitous product 108a and to the infants or children to hear the instructor's voice. It is installed so that.

The educational audio module 115b is located inside the main educational controller 116 and wirelessly interworks with the educational headset 115a to selectively control the educational headset 115a.

At this time, the automatic tracking means 117 for the headset is installed inside the training headset 115a and inside the training assistant photographing unit 112. The automatic tracking means 117 for the headset includes a transmission module 117a and an automatic tracking module 117b.

The transmission module 117a is located inside the educational headset 115a and is installed to transmit a transmission signal to the educational auxiliary photographing unit 112. The automatic tracking module 117b is located inside the educational auxiliary photographing unit 112. In order to receive the transmission signal transmitted by the transmission module 117a and move the educational auxiliary photographing unit 112 in the direction of the educational headset 115a in accordance with the movement of the educational headset 115a.

The education main controller 116 selectively controls the education object 108, the education main photographing unit 110, the education auxiliary photographing unit 112, and the education display unit 114 and corresponds to the education display unit 114. Each multimedia data is compressed and transmitted to one or more other spaces 104 or installed to receive the status of one or more other spaces 104.

More specifically, the educational main controller unit 116 includes educational codecs 116a, educational controller means 116b, and the like.

The educational codec 116a is located inside the educational main controller 116 to compress and transmit each multimedia data corresponding to the educational display unit 114 to one or more other spaces 104 or one or more other spaces 104. Each multimedia data corresponding to the state of) is installed to be received and restored.

At this time, each multimedia data that is compressed and stored in the educational codec 116a refers to voice data, video data, and video data that enable the user to listen to the voice of the instructor and show the instructor.

In addition, each of the multimedia data stored and restored in the educational codec 116a refers to voice data, image data, and video data that enable the user to listen to the voices of the children or children and to show the appearance of the children or the children. .

The educational controller means 116b is electrically connected to the educational object 108, the educational main photographing unit 110, the educational auxiliary photographing unit 112, the educational display unit 114, and the educational codec 116a to selectively control the educational object 108. Is installed.

The main learning unit 118 for learning is positioned to be spaced apart from the ubiquitous product 108a for learning and is installed to photograph the contents of learning using the ubiquitous product 108a for learning, and the training auxiliary photographing unit 120 is a ubiquitous product for learning 108a. And spaced apart from the learning main photographing unit 118 are installed to photograph the state of one or more other space (104).

In this case, the training main photographing unit 118 may photograph the content of learning using the electronic blackboard 108b or the multimedia player 108c, which is the educational object 108.

On the other hand, the learning main photographing unit 118 and the learning auxiliary photographing unit 120 is preferably installed on the ceiling surface so that infants or children do not touch.

The learning display unit 122 is positioned to be spaced apart from the learning ubiquitous product 108a, the main learning photographing unit 118, and the learning auxiliary photographing unit 120, and the state of the screen and one or more other spaces 104. And a state of one space 102 on the screen.

More specifically, as illustrated in FIG. 10, in the learning display unit 122, the screen D of the learning content is displayed on the center portion P ₄ of the learning display unit 122, and one space 102 is provided. The screen (E ₁ , E ₂ ) of the state is displayed on the lower portion (P ₅ ) of the learning display unit 122, but is spaced apart from the screen (D) of the learning content.

In addition, the learning display unit 122 is the screen (F) of the state of one or more other spaces 104 is displayed on the edge portion (P ₆ ) of the learning display unit 122, but the screen (D) of the content to learn It is displayed to be spaced apart from the screen (E ₁ , E ₂ ) of the state of the space 102.

The learning main controller 124 selectively controls the learning ubiquitous product 108a, the learning main photographing part 118, the learning auxiliary photographing part 120, and the learning display part 122 and corresponds to the learning display part 122. Each multimedia data is compressed to be transmitted to one space 102 or installed to receive a state of one space 102.

More specifically, the learning main controller unit 124 includes a learning codec Codec 124a, a learning controller means 124b, and the like.

The learning codec 124a is located inside the main learning controller 124 to compress and transmit each multimedia data corresponding to the learning display 122 to one space 102 or to one space 102. It is installed to receive and restore each multimedia data corresponding to a state.

In this case, each multimedia data that is compressed and stored in the learning codec 124a refers to voice data, image data, and video data that enable to listen to the voices of infants or children and to show the appearance of infants or children. .

In addition, each of the multimedia data stored and restored in the learning codec 124a refers to voice data, image data, and video data that enable the user to listen to the voice of the instructor and show the instructor.

The learning controller means 124b is electrically connected to the learning ubiquitous product 108a, the learning main photographing unit 118, the learning auxiliary photographing unit 120, the learning display unit 122, and the learning codec 124a to be selectively controlled. To be installed.

As such, the ubiquitous system 100 according to the first embodiment of the present invention can provide children with convenient and diverse learning contents while playing interesting games anytime and anywhere regardless of time and place.

In addition, the ubiquitous system 100 according to the first embodiment of the present invention is to explain the contents of the education to the infants or children to learn, or to learn foreign language where the infants or children play wherever they are not familiar. The learning efficiency can be improved by inducing the learning of music, the learning of music, and the learning of art to occur naturally.

Furthermore, since the ubiquitous system 100 according to the first embodiment of the present invention has a playroom for accommodating infants or children, parents can reduce the time required for children's learning to facilitate the task of household chores. Can be processed.

Second Embodiment

11 is a block diagram illustrating a ubiquitous system according to a second embodiment of the present invention.

Referring to FIG. 11, the ubiquitous system 1100 according to the second embodiment of the present invention is the same as the ubiquitous system 100 according to the first embodiment, one space 102, one or more other spaces 104, The communication network 106, the educational object 108, the educational main photographing unit 110, the educational auxiliary photographing unit 112, the educational display unit 114, the educational audio unit 115, the main educational photographing unit 118, learning The auxiliary photographing unit 120, the learning display unit 122, the learning main controller unit 124, and the like are configured to be included.

As such, the functions of the respective components of the ubiquitous system 1100 according to the second embodiment of the present invention and the organic relation therebetween are the functions of the respective components of the ubiquitous system 100 according to the first embodiment and those Since the organic relationship between the two is the same, each description thereof will be omitted below.

However, the ubiquitous system 1100 according to the second embodiment of the present invention is further provided with educational data management means 1116c inside the educational main controller 1116.

Such, the training data management means 1116c is located in the interior of the space 102, the interior of the main controller unit 1116 for education and the training main photographing unit 110 or the training auxiliary photographing unit 112. It is installed to save the photographed content.

As described above, in the ubiquitous system 1100 according to the second embodiment of the present invention, the main education unit 1116 for education includes the education data management means 1116c.

Accordingly, the ubiquitous system 1100 according to the second embodiment of the present invention displays the contents of the education corresponding to the educational object 108 already photographed and stored in the educational data management means 1116c by displaying the contents of the education on the educational display unit 122. In other words, children or children can watch again and learn the content of education repeatedly.

<Education method using ubiquitous product for learning and electronic blackboard>

<3rd, 4th, 5th Example>

FIG. 12 is a flowchart illustrating a method of teaching to infants or children using the ubiquitous system and the educational object shown in FIGS. 7 and 11.

FIG. 13 and FIG. 14 are diagrams illustrating a method of teaching an infant or a child by using a product for teaching a foreign language among educational objects.

FIG. 15 and FIG. 16 illustrate a method of teaching an infant or a child by using a product for teaching music among educational objects.

FIG. 17 and FIG. 18 are diagrams illustrating a method of teaching an infant or a child by using an electronic blackboard for teaching art among educational objects.

Referring to FIG. 12, a method 1200 for teaching an infant or a child 1200 using a ubiquitous system and an educational object according to the first and second exemplary embodiments of the present invention includes displaying an educational content (S1201) and transmitting an educational content. (S1203), learning content display step (S1205), learning content transmission step (S1207), and the like.

Training content display step (S1201) is a main training unit for education (FIG. 7) under selective control of the education main controller unit (116 in FIG. 7 and 1116 in FIG. 11) located in one space (102 in FIGS. 7 and 11). 11 and 110, and the teaching auxiliary photographing unit (112 of FIGS. 7 and 11) to photograph the teaching object (108 of FIGS. 7 and 11) and an instructor (not shown).

Afterwards, an instructor (B of FIG. 9) teaching with an educational object (A of FIG. 9) photographed in one space (102 of FIGS. 7 and 11) and one or more other spaces (104 of FIGS. 7 and 11). And a state (C of FIG. 9) of one or more other spaces on the screen using the educational display unit (114 of FIG. 9).

Training content transmission step (S1203) is to compress the respective multimedia data corresponding to the educational display unit (114 in FIG. 9) to one or more other spaces through the communication network (106 of FIG. 7 and FIG. 11) (FIG. 7 and FIG. 104).

Learning content display step (S1205) is an educational display unit (114 of FIG. 9) under selective control of the main training unit (124 of FIGS. 7 and 11) located in one or more other spaces (104 of FIGS. 7 and 11). Each multimedia data corresponding to) is restored and displayed on the screen of the learning display unit 122 of FIG. 10.

Thereafter, while watching the educational object (E ₁ of FIG. 10) and the instructor (E ₂ of FIG. 10) displayed on the learning display unit 122 (FIG. 10), the user learns with the learning ubiquitous product (FIG. 7 and 108a of FIG. 11). The contents (FIG. 10D) and the state of one or more other spaces (FIG. 10F) are converted into the main training unit (118 in FIGS. 7 and 11) and the secondary training unit (120 in FIGS. 7 and 11). The image is captured and displayed on the screen of the learning display unit 122 of FIG.

Finally, in the learning content transmission step (S1207), each multimedia data corresponding to the learning display unit (122 of FIG. 10) is compressed to form one space (FIG. 7 and FIG. 11) through a communication network (FIG. 7 and FIG. 11). 11, 102).

For example, as illustrated in FIG. 13, when the educational object is a product for learning a foreign language among the ubiquitous products for education, the content of teaching a foreign language using a product for teaching a foreign language is indicated by an educational display unit and a learning object. It is displayed on the display.

After that, the infants or children look directly at the learning display unit and directly contact a product that teaches a foreign language, thereby naturally learning a foreign language by listening to a sound transmitted from a product that teaches a foreign language.

More specifically, as illustrated in FIG. 14, a teaching instructor talks in a conversational form using a product teaching a foreign language, explaining a picture of a lion printed on a product teaching a foreign language in Korean and drawing a lion. Touch the child to listen to the sound 'lion' in English to the infant or child.

After that, the children or children learn English naturally by playing the sound of 'lion' again by touching the lion's drawing directly.

For another example, as shown in FIG. 15, when the educational object is a product for education of music among the ubiquitous products for education, the content of education of the music by the instructor of the education using the product for education of the music may be compared with the educational display unit. It is displayed on the learning display unit.

Afterwards, the children or the children directly look at the learning display unit and directly contact the products that educate the music, so that the music is naturally learned by listening to the sound transmitted from the products that educate the music.

In more detail, as illustrated in FIG. 16, a teaching instructor explains the scale of 'do, le, and me' printed on a product teaching music while talking in a conversational form using a product teaching music. In addition, the scales of 'Do, Le, and Me' are touched to allow infants or children to hear the sound of 'Do, Le, and Me'.

Afterwards, children or children learn the music naturally by playing the music of 'do, re, me' again by directly touching the scales of 'do, re, and me'.

In addition, although not shown, corresponding music is played through an object related to music education, and on the screen, associated multimedia data such as a description of the composer, a musical physical activity, or a music background is executed. Students will learn musical skills and foreign language acquisition at the same time by playing various games such as playing music or composer.

On the other hand, for example, as shown in FIG. 17, when the educational object is an electronic blackboard for teaching art, the content of the instructor teaching the art using the electronic blackboard is displayed in the educational display unit and the learning display unit. It is displayed and learns art naturally by directly drawing the content that the children or children educate on the electronic blackboard that teaches the art by looking at the learning display unit.

In more detail, as illustrated in FIG. 18, the instructor educates the story in a conversational form using the electronic blackboard for teaching art, and draws a 'flower' on the electronic blackboard for teaching art. Data values of the x-axis and data of the y-axis according to the shape are stored and displayed as 'flowers' on the learning display unit. In addition, the copyboard used in the present embodiment may not only print a copyboard commonly used, but also print a different graphic code on a predetermined surface and recognize the same as coordinates to perform a function of a copyboard.

Afterwards, children or children look at the learning display unit and draw a 'flower' directly on the electronic board, thereby naturally learning while playing a picture of 'flower'.

In addition, although not shown, a corresponding work is displayed through an object related to art education, and other screens or sounds may execute related multimedia data such as description of the artist, a creative process, or a background of the work. Students will learn art literacy and foreign language acquisition at the same time by drawing on electronic boards and playing games such as matching works and artists.

As such, the educational method using the ubiquitous product for learning and the electronic blackboard according to the third, fourth, and fifth embodiments of the present invention is convenient and diverse content for children, regardless of time and place, anytime, anywhere, while playing interesting. Will be able to provide

In addition, the teaching method using the learning ubiquitous product and the electronic blackboard according to the third, fourth, fifth embodiments of the present invention to explain the contents of the education to the infants or children, or wherever the infants or children play However, through play, the learning efficiency can be improved by inducing the unfamiliar learning of foreign languages, music and art.

Furthermore, the teaching method using the learning ubiquitous product and the electronic blackboard according to the third, fourth, and fifth embodiments of the present invention records the contents of education corresponding to a foreign language, music, and art, and watch them through the learning display unit. Children can learn the content of education repeatedly.

In the above embodiment, in the ubiquitous system of the present invention, the position of the screen corresponding to the screen of the teaching instructor, the contents of the training, and one or more other spaces displayed on the screen of the educational display unit may be changed.

In addition, the ubiquitous system of the present invention may change the position of the screen corresponding to one space and the screen corresponding to one or more other spaces, the screen of the content that the infants or children learn on the screen of the learning display unit.

In addition, the ubiquitous system of the present invention has been described by limiting that only a part of the learning ubiquitous product is installed for convenience of description, but the present invention is not limited thereto and may be installed on all walls or floors of one or more other spaces.

In addition, the ubiquitous system of the present invention is preferably designed by minimizing the protruding portion so that infants or children are not injured, it is preferable that all products exposed to the infants or children are installed with an environmentally friendly material.

Those skilled in the art to which the present invention pertains will understand that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. Therefore, the above-described embodiments are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the appended claims rather than the foregoing description, and the meaning and scope of the claims and All changes or modifications derived from the equivalent concept should be interpreted as being included in the scope of the present invention.

According to the teaching method using the ubiquitous system and the learning ubiquitous product of the present invention made as described above, the following effects can be obtained.

First, there is an effect that can provide children with convenient and diverse contents while playing interesting games regardless of time and place anytime, anywhere.

Second, in providing certain education to children or children, they do not use traditional booklets or memorization-based learning methods, and play through music, art, etc. There are other effects that increase the efficiency of learning by inducing learning to occur naturally.

Third, since a play space composed of multimedia contents such as sounds and screens that children or children prefer, a parent can reduce the time required for children's learning and child care, and can easily handle the work of household chores. It has a different effect.

Fourth, by learning the contents of the education corresponding to foreign language education, music, art, etc. in a foreign language as multimedia contents and watching them through the learning display unit, the contents of education can be repeatedly learned without being bored by children or children. There is another effect that can be done.

Fifth, there is another effect that allows children to learn by learning by themselves without reluctance to learn foreign languages, music, and arts through play by escaping the traditional memorized learning method that takes advantage of performance.

Sixth, an independent space for multi-mini ubiquitous play and education is installed in each kindergarten, school, playroom, apartment complex, department store, cultural center, theatre, performance hall, etc. Or by building a ubiquitous space through the IP Network, there is another effect that enables children to achieve their desired play and education goals anytime, anywhere.

Claims (27)

In a ubiquitous system, A space installed to perform wireless communication; One or more other spaces spaced apart from the one space and installed to perform wireless communication; A communication network provided to transmit and receive the one space and the one or more other spaces with each other; An educational object located at an inner portion of the one space and installed to provide educational contents; An educational main photographing unit positioned to be spaced apart from the educational object and installed to photograph contents of the educational object; An educational auxiliary photographing unit positioned to be spaced apart from the educational object and the educational main photographing unit and installed to photograph an instructor teaching the educational object; An educational display unit positioned to be spaced apart from the educational object, the educational main photographing unit, and the educational auxiliary photographing unit, and configured to display the contents of the teaching, the teaching instructor, and the state of the one or more other spaces on a screen; Selectively control the educational object, the educational main photographing unit, the educational auxiliary photographing unit, and the educational display unit, compress each multimedia data corresponding to the educational display unit, and transmit the compressed multimedia data to the one or more other spaces or the one or more other An educational main controller unit installed to receive a state of the space; A learning ubiquitous product installed in an internal part or the entire part of the one or more other spaces; A learning main photographing unit positioned to be spaced apart from the learning ubiquitous product and installed to photograph a content of learning using the learning ubiquitous product; A learning auxiliary photographing unit positioned to be spaced apart from the learning ubiquitous product and the learning main photographing unit so as to photograph a state of the at least one other space; A learning display unit positioned to be spaced apart from the learning ubiquitous product, the learning main photographing unit, and the learning auxiliary photographing unit to display the learning contents, the state of the one or more other spaces, and the state of the one space on a screen. ; And Selectively control the learning ubiquitous product, the learning main photographing unit, the learning auxiliary photographing unit, and the learning display unit, compressing and transmitting each multimedia data corresponding to the learning display unit to the one space or the one space Ubiquitous system including a main controller for learning installed to receive the status of. The method of claim 1, The educational object is a ubiquitous system, characterized in that the learning ubiquitous product, electronic blackboard, multimedia playback device. The method of claim 1, The one space is a ubiquitous system, characterized in that the education headquarters for providing the contents of the education. The method of claim 1, The one or more other spaces are ubiquitous system, characterized in that the educational institution for receiving the content of the education. The method of claim 1, The communication network is a ubiquitous system, characterized in that any one of a wired communication network or a wireless communication network. The method of claim 1, The communication network is a ubiquitous system, characterized in that the IP Network. The method of claim 1, The educational display unit, The screen of the training content is displayed in the center of the educational display unit, The screen of the teaching instructor is displayed on the lower portion of the educational display unit is displayed to be spaced apart from the screen of the training content, The screen of the state of the at least one other space is displayed on a portion of the edge of the educational display unit, the ubiquitous system, characterized in that is displayed so as to be spaced apart from the screen of the teaching content and the screen of the teaching instructor. The method of claim 1, The educational main controller, Located inside the educational main controller, the multimedia data corresponding to the educational display unit may be compressed and transmitted to the one or more other spaces, or received and restored from the multimedia data corresponding to the state of the one or more other spaces. Installed Codec for Education; And Ubiquitous system comprising an educational controller means that is electrically connected to the educational object, the educational main photographing unit, the educational auxiliary photographing unit, the educational display unit, the educational codec and selectively controlled. The method of claim 1, The ubiquitous system, characterized in that located in the interior of the space, the educational audio unit is further installed so as to be located in the educational main controller unit and worn by the teaching instructor. The method according to claim 8 or 9, The educational audio unit, An educational headset worn by the teaching instructor and installed to listen to voice data on the state of the one or more other spaces and to transmit the voice data to the one or more other spaces; And A ubiquitous system located within the educational main controller, comprising an educational audio module installed to control the educational headset selectively by interworking with the educational headset wirelessly. The method according to claim 1 or 10, Ubiquitous system, characterized in that the automatic tracking means for the headset is further installed inside the educational auxiliary photographing unit and the educational headset. The method of claim 11, The automatic tracking means for the headset, A transmission module located inside the educational headset and installed to transmit a transmission signal to the educational auxiliary photographing unit; And A ubiquitous module which is located inside the educational auxiliary photographing unit and receives an outgoing signal transmitted by the transmitting module and is installed to move the educational auxiliary photographing unit in the direction of the educational headset according to the movement of the educational headset. system. The method of claim 1, The learning display unit, The screen of the learning content is displayed on the center portion of the learning display unit, The screen of the state of the one space is displayed on the lower portion of the learning display unit is displayed spaced apart from the screen of the learning content, The screen of the state of the at least one other space is displayed on a portion of the edge of the learning display unit, the ubiquitous system, characterized in that is displayed to be spaced apart from the screen of the learning content and the screen of the state of the one space. The method of claim 1, The main controller for learning, Located inside the learning main controller, the multimedia data corresponding to the learning display is compressed and transmitted to the one space or installed to receive and restore each multimedia data corresponding to the state of the one space. A learning codec; And A ubiquitous system comprising a learning controller means installed to be electrically connected to the learning ubiquitous product, the learning main photographing unit, the learning auxiliary photographing unit, the learning display unit, and the learning codec. The method of claim 1, The multimedia data is a ubiquitous system, characterized in that the audio data, video data, video data. The method of claim 1, It is located inside the one space, characterized in that the training data management means which is located inside the educational main controller unit and installed to store the contents photographed by the educational main photographing unit or the training auxiliary photographing unit is further installed. Ubiquitous system. The method of claim 1, The learning ubiquitous product, An object including a code printed matter on which a graphic pattern is formed on a part or the entire part; And A ubiquitous system comprising a sound device for selectively contacting or in contact with the object, and detects the code printed matter on which the graphic pattern is formed and outputs sound data corresponding to the code printed matter on which the graphic pattern is formed. The method of claim 1, The learning ubiquitous product, An object including a semiconductor chip formed on a portion or the entire portion; And And a sound device that is selectively in non-contact or contact with the object, and detects the semiconductor chip to transmit sound data corresponding to the semiconductor chip as sound. In the education method using a ubiquitous product for learning with the ubiquitous system according to one or more of claims 1 to 18, Under the selective control of the educational main controller unit located in the one space, photographing the educational object and the instructor using the educational main photographing unit and the educational auxiliary photographing unit, and the one space and the one or more other An educational content display step of displaying a state of the educational object photographed in the space, the instructor educating the content, and the contents of the learning and the one or more other spaces on the screen using the educational display unit; Training content transmission step of compressing each multimedia data corresponding to the educational display unit and transmitting the compressed multimedia data to the one or more other spaces through the communication network; Under the selective control of the learning main controller unit located in the at least one other space, the multimedia data corresponding to the educational display unit are restored and displayed on the screen of the learning display unit, and the educational object displayed on the learning display unit. A learning content display step of capturing the contents of the learning ubiquitous product and the state of the one or more other spaces with the learning main photographing unit and the learning auxiliary photographing unit while viewing the instructor to be taught; And And a learning content transmitting step of compressing each multimedia data corresponding to the learning display unit and transmitting the multimedia data to the one space through the communication network. The method of claim 19, The education content display step and the learning content display step, When the educational object is a product for teaching a foreign language among the ubiquitous products for learning, the contents of the teaching instructor teaching the foreign language using the product for teaching the foreign language are displayed on the educational display unit and the learning display unit. , Ubiquitous products for children or children to learn the foreign language naturally by listening to the sound transmitted from the product teaching the foreign language by directly contacting the product for teaching the foreign language looking at the learning display unit Teaching method using The method of claim 20, The education content display step and the learning content display step, The teaching instructor talks in a conversational form using the product teaching the foreign language, while contacting a part of the product teaching the foreign language to listen to the sound corresponding to the part of the child or children. And a step in which the infants or children directly contact a part of the product for teaching the foreign language, thereby naturally learning the foreign language while playing to hear the sound again. The method of claim 21, The education content display step and the learning content display step, The educator instructs the story in a conversational form using the product teaching the foreign language, explaining the picture of the lion printed on the product teaching the foreign language in Korean and contacting the picture of the lion to the infants or It is a step of learning English naturally by listening to the sound of 'lion' to the children by listening to the sound of 'lion' in English. Educational method using a ubiquitous product for learning. The method of claim 19, The education content display step and the learning content display step, When the educational object is a product for education of music among the ubiquitous products for education, contents for teaching the music by using the product for teaching the music are displayed on the educational display unit and the learning display unit. The ubiquitous product for learning, characterized in that the infants or children by watching the learning display unit directly contact the product for teaching the music, by listening to the sound transmitted from the product teaching the music to naturally learn the music. Teaching method using The method of claim 23, wherein The education content display step and the learning content display step, The educator listens to a sound corresponding to the part of the child by contacting a part of the product for teaching the music while talking in a conversational form using the product for teaching the music. And the children or children directly contacting a part of the product for teaching the music, thereby naturally learning the music while playing to listen to the sound again. The method of claim 24, The education content display step and the learning content display step, The teaching instructor explains the scale of 'do, le, and me' printed on the product teaching the music while talking in a conversational form using the product teaching the music. By contacting the scales of 'to hear the sound of' do, les, me 'to the infants or children, the infants or children by directly contacting the scale of the' do, les, me ', Education method using a ubiquitous product for learning, characterized in that the step of learning the music naturally while playing to hear the sound again, 'le, me'. The method of claim 19, The education content display step and the learning content display step, When the educational object is an electronic blackboard for teaching art, the content of the teaching instructor using the electronic blackboard to educate the art is displayed on the educational display unit and the learning display unit, and the children or children Teaching method using a learning ubiquitous product, characterized in that the step of naturally learning the art by drawing the content to be taught on the electronic blackboard to educate the art display. The method of claim 19, The education content display step and the learning content display step, And displaying the contents of the education corresponding to the educational object already photographed and stored by using the educational data management means on the learning display unit to repeatedly learn the contents of the education while the infants or the children watch again. Teaching method using a learning ubiquitous product.

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