WO2016190677A1

WO2016190677A1 - Smart toy blocks

Info

Publication number: WO2016190677A1
Application number: PCT/KR2016/005574
Authority: WO
Inventors: 김관석; 김동현
Original assignee: 주식회사 프레도
Priority date: 2015-05-26
Filing date: 2016-05-26
Publication date: 2016-12-01
Also published as: KR101712487B1; CN106178543A; KR20160138608A

Abstract

The present invention relates to smart toy blocks comprising: a plurality of general blocks, each having a first item of information rendered on a first surface thereof and a second item of information rendered on a second surface thereof, and being provided with a chip, on which identification codes corresponding to the first and second items of information are stored, inside the block, and connection terminals allowing connecting electrically to the neighboring blocks; and a control block, connected electrically to the joined general blocks, for analyzing the state of the union of the general blocks. As such, by means of the mutually different information rendered on both sides of the general blocks, the present invention allows a greater number of sentences and arithmetic combinations than from components of the smart toy blocks, and beyond determining whether a sentence is complete or not, a user is allowed to study incomplete partial sentences, thereby facilitating learning about the process of completing a sentence.

Description

Smart block toys

The present invention relates to a block toy that can implement a variety of learning effects by the combination of blocks.

Block toys have been used as toys that can induce fun in the process of completing the entire combination of each block made up of a number of pieces in a variety of arrangements, these blocks toys with a learning effect of the user through a variety of development It has evolved into a form that can naturally improve.

In this regard, the learning is naturally induced through a process in which a user plays with a block toy, so that the user of the present invention can more easily and effectively improve the language and arithmetic ability of the user, and the "block" of Korean Patent Publication No. 10-0602591 Toys, through which the user completes sentences through appropriate combinations of blocks, outputs the corresponding sound and screen information, thereby effectively inducing the user's language learning, computational learning, and intelligent development. I presented a toy.

In the prior art, a user learns language and arithmetic through a process of completing a combination of blocks and receiving sound and screen information corresponding to the combination, thereby inducing interest in learning. However, through this, we could expect more effective learning results in acquiring structural principles and concepts of language and operation.

However, in the above-described prior art, as the number of blocks to be prepared is increased in preparation for the number of cases that can be combined by completing the combination by using only the cross-section of the block, the amount of information that one block can represent The present invention aims to provide an unlimited number of learning forms that can be combined to provide an unlimited amount of block toy components.

The present invention was created to solve the above problems, and an object of the present invention is to provide a single block representing a plurality of pieces of information by utilizing the facets of the blocks, and at the same time, each piece of information provided on various surfaces may be mixed and combined. By differently designing the display direction of the information, it is possible to use a limited number of blocks to provide a technology that can remove the limitation on the range of forms that can be learned by combining.

In order to achieve the above object, in the smart block toy of the present invention, first information is displayed on a first surface, second information is displayed on a second surface, and internally corresponding to the first information and the second information, respectively. A plurality of general blocks provided with a chip having stored therein an identification code and having a connection terminal to be electrically connected to a neighboring block; And a control block electrically connected to the combination of the general blocks to analyze a combination state of the general blocks.

Here, the control block recognizes the identification code of the information displayed in the reference direction of the control block of the first information or the second information of the general block that is electrically connected from the electrically connected general block, based on this The combined state of the general blocks is analyzed.

The control block may further include: a connection terminal electrically connected to the connection terminals of the general blocks; An output module capable of outputting output information; A memory device in which output information that can be output in accordance with a combined state of the general blocks electrically connected to the connection terminal is recorded; And a control element for analyzing the identification codes of the general blocks electrically connected to the connection terminal and outputting corresponding output information through the output module.

Here, the output module includes a speaker capable of outputting sound, the output information includes sound information that can be output according to the combination of the general blocks electrically connected to the connection terminal, the control element The identification code of the general blocks electrically connected to the connection terminal is analyzed to output corresponding acoustic information through the speaker.

In addition, the output module includes a screen for outputting the screen, the output information includes the screen information that can be output according to the combination of the general blocks electrically connected to the connection terminal, the control element The identification code of the general blocks electrically connected to the connection terminal is analyzed and the screen information corresponding thereto is output through the screen.

In addition, the control device, the control device, based on the predetermined information to determine whether the combination state of the general blocks connected through the connection terminal, the identification code of the general blocks connected through the connection terminal A first analysis unit for analyzing the determination of the completion of the combined state; A second analyzer for analyzing and identifying the identification codes of the general blocks connected through the connection terminal to determine how the combined state of the general blocks connected through the connection terminal is simply arranged; And a switching unit which receives an analysis unit switching command input by a user and activates one of the first analyzing unit and the second analyzing unit. The first analyzing unit or the second analyzing unit activated through the switching unit. The analyzer extracts output information corresponding to the analyzed information from the memory device based on the analyzed information and transmits the output information to the output module.

Here, the control block, a communication module that can be communicatively connected to an external device; And a recording module for recording the number of times of analyzing the combination of the general blocks and the learning performance information on the analysis contents through the control device, wherein the recording module may transmit the learning performance information to the terminal through the communication module. have.

The control block may further include an update module that receives update information from an external device through the communication module and updates the information recorded in the memory device.

The control block may further include a voice recognition module for converting the voice received from the outside into data, and the control element may include a first analysis activated through the switching unit based on voice data formed from the voice recognition module. And a third analyzer configured to analyze the identification codes of the general blocks electrically connected to the control block, by analyzing a match between the sound information extracted from the memory device and the voice data. The analysis result through the third analysis unit is output through the output module.

According to this invention, the following effects can be exhibited.

First, two or more pieces of information are displayed in one general block by utilizing the facets of the general block, and the display form of these different pieces of information is displayed opposite to each other based on each other, so that even information displayed on different sides is mixed to form a combination. It is possible to form a combination of words, sentences and operations in all cases without limitation from a limited number of general blocks.

Second, in addition to judging whether or not the sentence is completed, it enables the user to learn about a portion of the sentence that is not completed, thereby helping to easily learn the sentence completion process.

Third, by recording the learning content and providing the information to the terminal through the communication module and the recording module, the user or a third party can easily grasp the learning history through the smart block toy.

1 and 2 are schematic diagrams of the smart block toy of the present invention.

Figure 3 is a block diagram of a general block applied to the smart block toys of the present invention.

4 is a block diagram of a control block applied to the smart block toys of the present invention.

5 and 6 are reference diagrams for explaining the function of a control block in which the second analysis unit of the present invention is activated.

7 is a reference diagram for explaining a function of a control block in which a first analysis unit of the present invention is activated.

8 is a reference diagram for explaining a function of a control block which outputs sound by analyzing an identification code corresponding to a combination state in which a general block of the present invention is a mixture of first information and second information.

9 to 11 are reference diagrams for explaining the function of the control block for outputting sound by analyzing the identification code corresponding to the second information of the general block of the present invention.

12 and 13 are schematic diagrams of smart block toys according to an application of the present invention.

14 and 16 are reference diagrams for explaining the function of a control block in a smart block toy according to an application of the present invention.

17 is a schematic diagram of a smart block toy according to another embodiment of the present invention.

FIG. 18 is a block diagram of a general block applied to the smart block toy of FIG.

19 and 20 are reference diagrams for explaining the function of a control block applied to the smart block toy of FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings, but the well-known technical parts will be omitted or compressed for brevity of description.

1. 스마트 블록 완구의 구성요소에 관한 설명1. Description of the components of smart block toys

1 to 4, the smart block toy 100 of the present invention will be described. The smart block toy 100 includes a plurality of general blocks 110; And a control block 120.

In the general block 110, first information is displayed on a first surface as shown in FIG. 1, and second information is displayed on a second surface as shown in FIG. 2. In this case, the second information means individual additional information different from the first information displayed on one side.

As described above, different information is displayed on both sides of the general block 110, and one of two pieces of information displayed on opposite surfaces as shown in FIG. 2 is displayed upside down based on the other information. It is preferable to provide. This is the first information to be described below by constantly bringing the directivity of the connection terminal 112 provided in the general block 110 when the first information is displayed using the general block 110 and when the second information is displayed. This is to implement a mixture of the general block 110A to display the general block 110B to display the second information.

However, the information display form and configuration thereof of the general block 110 is not limited thereto, and may be designed in a form in which at least one or more pieces of information are displayed on at least one or more surfaces thereof. One or more pieces of information may be displayed on a plurality of surfaces and store individual identification codes corresponding to respective pieces of information. In this case, the information displayed on each surface is preferably designed differently from each other. In this case, when the general block 110 is arranged so that the information appears in a predetermined reference direction, the information may be displayed on the surface so that the direction of the connection terminal 112 provided in the general block 110 may be uniformly mixed. It is desirable to design to.

Here, the first information and the second information may be provided in various forms necessary for language learning, arithmetic learning, intelligence development, and memory enhancement, such as letters, words, syllables, numbers, patterns, symbols, and colors. It is desirable to be provided in the form of different groups,

Thus, the general block 110 displaying two or more pieces of information can generate more combination cases based on the same number of general blocks 110 as compared to the general block displaying only one piece of information on one surface. Furthermore, as the mixing between the general blocks 110 displaying different information becomes possible, the learning forms such as sentences, words, numbers, etc., which can be created through combination, can be provided indefinitely without any limitation. This may result in quantitative and qualitative improvement of the content to be learned through the smart block toy 100.

In addition, the general block 110 displays the first information and the second information of the different groups, so that each of the identification codes are separately provided in order to distinguish each of them and stored in the chip 111 disposed therein. have. In other words, the chip 111 provided in the general block 110 stores the identification code for the first information and the identification code for the second information, respectively.

In addition, connecting terminals 112 are formed at both sides of the general block 110 so that they are electrically connected to each other through the respective terminals when disposed to be in contact with a neighboring block (general block 110 or control block 120). do. Here, the general block 100 forms an electrical circuit through the chip 111, the first connection terminal 112a and the second connection terminal 112b provided therein as shown in FIG.

Here, the division of the first connection terminal 112a and the second connection terminal 112b is to distinguish between the terminal located on the left side and the terminal located on the right side of the connection terminal 112 formed on both sides of the general block 100. It is not limited to the design as described arbitrarily for this purpose, but may be variously implemented as a terminal arrangement structure for distinguishing the front and rear of the general block 110.

In addition, the general block 110 is provided in a variety of forms, each of the connection terminals 112 to maintain the state in contact with each other, to provide a certain fixing force so as not to be separated to generate an electromagnetic force for a separate coupling means or coupling. Magnetic members can be provided inside.

As a result, the general blocks 110 may be arranged to be in contact with each other in various combinations to form a predetermined sentence, a word, or a formula, and sometimes the general block 110 may be used. Therefore, the combination of the general blocks 110 to be described later will be construed as a concept that also includes a case composed of one general block 110.

The control block 120 is electrically connected to the combination of the general blocks 110 to output a sound corresponding to each analysis result by analyzing the combination state of the general blocks 110, that is, the control block 120 is a general By outputting different sounds according to the combination result of the blocks 110, the user can check the learning results such as the state or completion of the combination of the general blocks 110 created and arranged by the user.

Here, the control block 120 is disposed in the reference direction (eg, front direction) of the control block 120 of the first information or the second information of the general block 110 electrically connected to the control block 120. Recognizes the corresponding identification code of the received information, and analyzes the combined state of the general blocks 110 based on this.

That is, the combined state of the general blocks 110 connected by the control block 120 recognizes the identification code of the information displayed on the surface facing the reference direction of the control block 120 (the surface visually recognized from the user's point of view). As a result, the control block 120 analyzes the combination of information that the user is aware of through the user's field of view.

The control block 120 is a method for recognizing identification information of the surface disposed toward the reference direction of the control block 120 of the front and rear of the general block 110 electrically connected to the control block 120 In more detail, according to the connection type of the plurality of pins constituting each of the

connection terminals

112a and 112b, two different electric circuit paths are constructed, respectively, stored in the chip 111 of the general block 110. Provide separate signal movement paths to recognize different identification codes among different types of identification codes, or determine the resistance value recognized differently according to the connection type of a plurality of pins, and extract identification information corresponding to each resistance value It can be implemented in various ways, such as. However, the present disclosure is not limited thereto, and the control block 120 may be variously implemented using known techniques for recognizing an identification code for information displayed in a specific direction of the general block 110 electrically connected. Do.

Referring to the detailed configuration of such a control block 120, the control block 120 is connected to the terminal 121, as shown in FIG. Speaker 122; Memory device 123; Control element 124; Communication module 125; Update module 126; And a recording module 127; in addition, more specifically, the power supply module 120P; Switch 120W; Screen 120S; And a recording module 120R.

The connection terminal 121 is configured to be electrically connected to the first connection terminal 112a or the second connection terminal 112b of the general blocks 110, and the first connection terminal 121a and the second connection terminal 121b. At least one or more of) is formed.

In addition, the position at which the first connection terminal 121a and the second connection terminal 121b are formed on the control block 120 is not limited to a specific surface, but the user efficiently conducts a plurality of learning at the same time and compares the two sides. In order to implement various embodiments of the present invention, as shown in FIG.

The

output modules

122 and 120S are configured to output output information, and output information corresponding to the analysis result by the control element 124 to be described below may be output through the output information.

Here, the

output modules

122 and 120S include a speaker 122 for outputting sound information and a screen 120S for outputting screen information.

In the memory device 123, first combination information and output information (sound information and screen information) and the like are recorded. Here, the first combination information is information on the completed combination of the general blocks 110, that is, information that can confirm whether the word, sentence, or formula formed by combining the general blocks 110 is correctly completed. .

In addition, the output information is information including sound information and screen information that can be output according to the combined state of the general blocks 110 electrically connected to the connection terminal 121.

The control element 124 analyzes the identification codes of the general blocks 110 electrically connected to the connection terminal 121 and outputs the corresponding output information through the

output modules

122 and 120S.

That is, the control element 124 analyzes the identification code of the general block 110 electrically connected through the control block 120 and the connection terminal 121, the combination corresponding to the combination state of the currently connected general block 110 Understand the information. Thereafter, the control device 124 extracts sound information according to the combination state from the memory device 123 and outputs the sound information through the speaker 122. In addition, the control device 124 may extract the screen information according to the combination state from the memory device 123 and output the screen information through the screen 120S.

Here, the control element 124 is a general block 110 as shown in Figs. 5, 8 and 9 and the control block 120 through the first connection terminal 121a or the second connection terminal 121b. When electrically connected, the identification code corresponding to the information displayed toward the reference direction of the control block 120 among the first information or the second information of the general block 110 is recognized to determine a combination state thereof.

In addition, the control element 124 analyzes the identification codes of the general blocks 110 connected through the first connection terminal 121a or the second connection terminal 121b to determine whether the combination state is completed or not, such as the first combination information. General connected through the first analysis unit 124a and the first connection terminal 121a or the second connection terminal 121b to determine whether the combination state of the blocks 110 is correctly completed using predetermined information. The second code analysis unit 124b analyzes the identification codes of the blocks 110 and simply determines how the combined state of the general blocks 110 is arranged.

In addition, the control element 124 receives the analysis unit switching command input by the user and further comprises a switching unit 124c for activating one of the first analysis unit 124a and the second analysis unit 124b. Include.

As such, the analysis unit activated through the switching unit 124c extracts output information corresponding to the analysis information from the memory device 123 based on the analyzed information and transmits the output information to the speaker 122 to control or output sound information or to display the screen 120S. Control to output the screen information. Of course, the sound information and the screen information may be output at the same time.

In addition, the analysis unit switching command received by the switching unit 124c is a touch type digital switch displayed on the screen 120S that can be configured on one side of the control block 120 by the user touch the input method Or by providing a separate switch 120W to determine whether the user activates the first analysis unit 124a or the second analysis unit 124b and inputs an analysis unit switching command. It may be.

Here, the screen 120S is preferably disposed in front of the control block 120 in order to provide a criterion for determining the recognition of the user and the direction of the block, the analysis of the control block 120 on the screen 120S. According to the result, the screen information may be additionally designed to be outputted. The touch screen may be implemented to provide various command inputs through the screen 120S.

Here, the type of screen information may be implemented in the form of various contents that can be output on the screen such as image content or video content.

In addition, the control block 120 further includes a voice recognition module 120R for data inputting the voice received from the outside, and the voice recognition module 120R serves to change the voice data by receiving a user's pronunciation sound. It is preferable to provide a voice input device such as a microphone having a function of voice input and recording.

Here, the voice recognition module 120R works in conjunction with the third analyzer 124d, which can be additionally designed in the control element 124. When the voice of the third analyzer 124d is described in more detail, the voice from the outside One of the first analysis unit 124a or the second analysis unit 124b activated by the conversion unit 124c based on the voice data obtained by converting the voice after the recognition module 120R receives the voice. Analyze the identification codes of the general blocks 110 electrically connected through the control block 120 and the connection terminal 121 to analyze or evaluate the degree of agreement between the sound information extracted from the memory device 123 and the voice data, and then evaluate the result. Output through the output module (122, 120S).

In addition, the control element 124 includes a voice recognition function switching unit 124e for controlling whether the voice recognition module 120R and the third analyzer 124d are activated according to whether or not the user command signal is received. The activation command of the voice recognition module 120R and the third analyzer 124d received by the voice recognition function switching unit 124e is displayed on the screen 120S that can be configured on one side of the control block 120. The user presses the switch in a touch manner to input a command, or by providing a separate switch 120W, the user determines whether the voice recognition function is activated and inputs a command signal by pressing the switch 120W. It can also be designed to do this.

In other words, the control element 124 analyzes the identification code of the general block 110 electrically connected through the control block 120 and the connection terminal 121, corresponding to the combination state of the currently connected general block 110 After identifying the combination information, the sound information according to the combination state is extracted from the memory device 123 and output through the speaker 122. The user who wants to learn through this process currently hears the pronunciation of a sentence or word that is combined by himself, and then the voice recognition module 120R and the third analyzer 124d are activated by the voice recognition function switching unit 124e. If so, the control block 120 induces the user to learn the sound information previously outputted.

In this case, the control device 124 recognizes that the voice recognition module 120R and the third analysis unit 124d are activated, and the sound information according to the combination state of the currently connected general blocks 110 is obtained from the memory device 123. When extracting the sound information is added to the user who wants to learn to sound the previously output sound information to the user to extract the sound information, or the additional additional output information control element 124 is a memory device ( Extracted from 123 may be output through the output module (122, 120S).

Next, when the user wants to learn the sound information previously outputted to be pronounced, the user recognizes a specific sentence or word, the voice recognition module 120R receives it and transforms it into voice data. The three analyzing unit 124d analyzes the degree of correspondence between the contents of the previously output sound information and the voice data corresponding to the previously analyzed combination information, and informs the user how to pronounce the sound correctly.

Through this, the smart block toy 100 of the present invention allows the user performing the learning to speak in addition to writing, listening, reading, and writing through a process of practicing the combination of the general blocks 110. ) Can provide additional language learning effects.

In addition, the control block 120 may further include a power module 120P for supplying power required for the operation of each component.

The communication module 125 is configured to be communicatively connected with a portable communication device such as a terminal having a communication function. The communication module 125 is operated in conjunction with the update module 126 and the recording module 127 which will be described below.

In addition, the communication module 125 receives additional combination information through wireless communication with an external device such as a terminal and serves to provide the control element 124. This is to set the content that the user wants to learn through the terminal, to provide the corresponding learning content to the control block 120 using the combination information recorded in the control block 120 itself whether or not the completion of the sentence or words and the completion process In addition to learning about, additional questions can be asked to provide more diverse types of learning and content of learning.

In more detail, the control element 124 provided with the additional combination information received from the terminal through the communication module 125 first transmits the sound information or the screen information corresponding to the additional combination information to the speaker 122 or the screen 120S. ) Outputs in one or more forms of at least two, and allows the user to learn what contents the learning information presented through the terminal represents.

Thereafter, the control element 124 recognizes the pre-output sound or screen information and completes the combination of the general blocks 110 to electrically connect the control block 120 to inform the user who performed the learning of the result of the learning. The identification codes of the general blocks 110 are analyzed, and sound information or screen information corresponding to the result is extracted from the memory device 123 and then output.

The update module 126 may receive update information from the terminal through the communication module 125 and update the information recorded in the memory device 123. As a result, the control block 120 determines a combination of the general blocks 110 in addition to the first combination information, the second combination information, and the sound information recorded in the memory device 123 through the update module 126. It is provided to update or add information that can be output in various forms corresponding thereto, and the update information can be provided from various devices that can communicate with the communication module 125 such as an administrator's or a user's terminal.

The recording module 127 records the number of times of analyzing the combination of the general blocks 110 connected through the control element 124 and the learning performance information on the analysis contents. As such, the learning performance information recorded through the recording module 127 may be transmitted to the terminal communicating with the communication module 125.

Here, the recording module 127 learns to record the current state using the smart block toy 100 of the present invention in real time, so that the user or a third party can easily check the learning time and the learning contents through the terminal. Collect and transmit performance information.

2. 스마트 블록 완구를 이용한 학습 형태에 관한 설명2. Description of Learning Type using Smart Block Toys

Regarding the learning form using the smart block toy 100 to be described below, the arrangement of the

general blocks

110 and 220 may be more easily and intuitively understood. A case in which the second information is directed to the front side will be described by dividing it into A and B. FIG.

In addition, a case in which the first analysis unit 124a of the first analysis unit 124a and the second analysis unit 124b is activated to operate the control block 120 is arbitrarily referred to as a "learning mode", and the second The case in which the analysis unit 124b is activated to operate the control block 120 is arbitrarily referred to as a "test mode", and will be used in the following description. However, these names are arbitrarily set in order to briefly describe one embodiment and are not intended to limit the technical idea of the present invention.

Referring to Figures 5 to 10 with reference to the learning form using the smart block toy 100 of the present invention, first, the general block 110 is a part of a word or sentence as the first information on the front in accordance with one embodiment Is displayed and letters may be displayed as the second information on the back side.

When the general block 110 learns through the combination of the first information displayed on the front as shown in Figures 5 to 7, the effect of learning the completion of the sentence and the sentence completion process is exerted 9 to 11, when learning through the combination of the second information displayed on the rear surface, there is an effect of learning about the completion of the word and the completion of the word. For example, in the first connection terminal 121a provided at one side of the control block 120 of the smart block toy 100, the general block 110 has a front surface on which a word or vocabulary is displayed as first information as shown in FIGS. It is connected so as to face the reference direction of the control block 120, the general block 110 seems to be connected to the left side of the control block 120 from the user's point of view. In addition, in the second connection terminal 121b provided on the other side of the control block 120 of the smart block toy 100, as shown in FIGS. It is connected so as to face the reference direction of 120, the general block 110 seems to be connected to the right side of the control block 120 from the viewpoint of the user.

In addition, as illustrated in FIG. 8, the general block 110 may perform learning through a combination in which the first information displayed on the front surface and the second information displayed on the rear surface are mixed. Through this, the general block 110 has no restriction on the contents to be used. For example, when the word “CAT” illustrated in FIG. 8 is not displayed in the conventional block, the general block 110 cannot be learned. In this case, the number of all cases to be learned is generated by using the second information on the back of the letter to form the desired word. The restriction of the combination has been removed to express.

First, in the test mode (when the second analysis unit 124b is activated and the control block 120 is operated), the first information is recognized in the user's view as shown in FIG. 5. When a sentence is completed by the combination of the arranged general blocks 110A and connected to the control block 120, the control block 120 recognizes that the sentence is completed or correctly connected based on the first combination information, and corresponds to a sound corresponding thereto. , Screen or both. The sound output here is preferably at least one of a sound indicating that the sentence is completed or correctly connected and a sound reading the text of the completed sentence. It is preferably an image or image that conforms to.

If the sentence is incomplete or grammatically incorrectly connected to the control block 120 by the combination of the general blocks 110A arranged to recognize the first information in the user's field of view, as shown in FIG. 6, the control block 120 ) Recognizes that the sentence is incomplete or incorrect based on the first combination information and outputs a sound, a screen, or both corresponding thereto. The sound output here is preferably a sound informing that the sentence is incomplete or wrong, and the output screen is preferably an image or image indicating that the sentence is incomplete or incorrect.

In addition, as shown in FIG. 9, when the word is completed and connected to the control block 120 by the combination of the general blocks 110B arranged so that the second information is recognized in the user's field of view, the control block 120 may be configured. 1 Recognize that words are completed or correctly connected based on the combination information, and output the corresponding sound, screen, or both. The sound output here is preferably at least one of a sound indicating that a word is completed or correctly connected and a sound reading a completed word, and the output screen corresponds to an image or an image or a word indicating that the word is completed or correctly connected. It is preferably an image or image to be made.

If the second information is not completed by the combination of the general blocks 110B arranged to be recognized in the user's field of view as shown in FIG. 10, the control block 120 may be connected to the control block 120. Based on the combination information, it recognizes that a word is incomplete or incorrect and outputs a corresponding sound, screen, or both. The sound output here is preferably a sound indicating that the word is incomplete or wrong, and the output screen is preferably an image or image indicating that the word is incomplete or incorrect.

Next, in the case of learning mode (when the first analysis unit 124a is activated and the control block 120 is operated), the first information is recognized in the user's view as shown in FIG. When the combination of the general blocks 110A arranged to be connected to the control block 120, the control block 120 recognizes only the form of a sentence based on the first combination information and the second combination information, and corresponds to a sound and a screen. Or print both. That is, in the learning mode, the control block 120 does not determine whether the combination of the connected general blocks 110A is completed, but in the case of the completed type and the simple layout type, the sound or the screen corresponding to the combined type or Will print both. Herein, when the combination of the connected general blocks 110A is a completed type, at least one or more of a sound indicating that a sentence is completed and a sound of reading a text of the completed sentence is output, and the connected general block 110A is connected. When the combination of these is a simple arrangement type, it is preferable that a sound for simply reading the text of the placed sentence is output.

In addition, as shown in FIG. 11, when the combination of the general blocks 110B arranged such that the second information is recognized in the user's field of view is connected to the control block 120 (the second connection terminal 112b and the second connection terminal). When 121a is connected), the control block 120 recognizes only a word shape and outputs a sound, a screen, or both corresponding thereto. Herein, when the combination of the general blocks 110A connected to each other is completed, at least one or more of a sound indicating that the word is completed and a sound for reading the completed word is output. In the case of this simple arrangement type, it is preferable that a sound for simply reading the arranged letters is output.

Application Example 2-Mathematics Learning

The general block 110 constituting the smart block toy 100 of the present invention is a number or arithmetic code (+,-, × as first information on the front side according to another embodiment as shown in Figs. 12 and 13). , ÷,>, <, =) may be displayed and a number or arithmetic code different from the first information displayed on the front side may be displayed as the second information on the rear side.

The general block 110 may generate a combination of various mathematical forms through a combination of the first information displayed on the front and the second information displayed on the rear, and the number is a number when the user learns through these various combinations. There is an effect that can enhance the computational power through arithmetic and have a familiarity with learning using numbers.

First, the test mode will be described. As shown in FIGS. 14 and 15, the left formula is completed by the combination of the general blocks 110A arranged so that the first information is recognized in the user's field of view. The formula on the right side is completed by the combination of the general blocks 110B connected through the first connection terminal 121a of the 120 and arranged such that the second information is recognized in the user's field of view so that the second connection of the control block 120 is performed. When connected via the terminal 121b, the control block 120 analyzes whether the equations on both sides are connected based on the first combination information, and analyzes whether the correct equations are completed and outputs a sound corresponding thereto.

More specifically, as shown in FIG. 14, when the equations on both sides are connected to complete the correct equation, the control block 120 outputs at least one of a sound indicating the correct equation and a sound for reading the completed equation. It is preferable.

In addition, as shown in FIG. 15, when both formulas are connected to each other to form a wrong formula, the control block 120 preferably outputs a sound indicating that the formula is incorrect.

First, a case in the learning mode will be described. As shown in FIG. 16, the left formula is completed by the combination of the general blocks 110A arranged so that the first information is recognized in the user's field of view. The formula on the right is completed by the combination of the general blocks 110B connected through the first connection terminal 121a or arranged so that the second information is recognized in the user's field of view so that the second connection terminal 121b of the control block 120 is completed. When connected via the control block 120, the control block 120 analyzes the result value of the formula is connected to one side based on the first combination information and the second combination information and outputs a sound corresponding thereto. The sound output here is preferably a sound for a result value of a formula arranged connected to one side or a sound for simply reading a text of a formula arranged on one side.

3. Description of smart block toys and learning forms using the same according to an additional embodiment

17 to 20, a smart block toy 200 according to another embodiment of the present invention will be described. The smart block toy 200 includes a plurality of general blocks 210; And a control block 220.

Additional embodiments of the present invention will be described based on differences from the above-described embodiments, and overlapping descriptions will be briefly or omitted.

Here, the structural features of the control block 220 constituting the smart block toy 200 according to the present embodiment is a control block 120 constituting the smart block toy 100 according to the above-described embodiment of the present invention Correspondingly the same as the above description of the structural features of the) will be omitted a detailed description.

However, in the general block 210 according to the present embodiment, as shown in FIG. 17, the connection terminal 212 is formed at the upper and lower sides in addition to both sides, such that the neighboring block (the general block 210 or the control block 220) is formed. When placed in contact with each other, they are electrically connected to each other through their respective terminals. In other words, the general block 210 has a separate connection terminal 212 is formed on the upper and lower surfaces, it is possible to implement the arrangement of the upper and lower standards in addition to the arrangement of the neighboring general block 210 and the left and right reference.

In addition, the general block 210 according to the present embodiment, the connection terminal 212 formed on the upper side or the lower side to distinguish the front and rear of the general block 210 adjacent to the upper side or the lower side also described above the smart block toy 100 It is divided into two types as in the form of the connection terminal of the general block 110 constituting a) to provide a standard for a certain direction.

As a result, the general block 200 includes the chip 211 and the first connection terminal 212a, the second connection terminal 212b, the third connection terminal 212c, and the fourth provided therein as shown in FIG. An electrical circuit is formed through the connection terminal 212d.

Here, the division of the first connection terminal 212a and the second connection terminal 212b distinguishes between terminals located on the left side and terminals located on the right side of the connection terminals 212 formed on both sides of the general block 200. As described above, the third connection terminal 212c and the fourth connection terminal 212d may be divided into a terminal and a lower side of the connection terminal 212 formed on the upper and lower surfaces of the general block 200. As described arbitrarily to distinguish the terminal located in the present invention, the present invention is not limited thereto and may be variously implemented in a terminal form for distinguishing the front and rear surfaces of the general block 200.

Through this, the smart block toy 200 according to the present embodiment can be completed by combining the general block 210 is arranged up and down as shown in Figures 19 and 20, the most complete of the combination As the general block 210 located at the bottom is connected to the control block 220, the analysis of the entire combination may be performed.

More specifically, as shown in FIG. 18, when the sentence is completed by the upper and lower combinations of the general blocks 210A arranged so that the first information is recognized in the user's field of view, the control block 220 is connected to the control block 220. 220 may output a sound corresponding to a vertical combination of the general blocks 210A connected according to the activated analyzer.

In addition, as shown in FIG. 20, when the word is completed by the combination of the general blocks 210B arranged so that the second information is recognized in the user's field of view, the control block 220 is activated. According to the analysis unit, a sound or a screen corresponding to a vertical combination of the general blocks 210A connected may be output.

The embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection should be construed by the claims below, and all technical ideas within equivalent scope shall be construed as being included in the scope of the present invention.

* Description of the sign *

100: smart block toys

110: normal block

111: Chip

112a: first connection terminal 112b: second connection terminal

120: control block

121a: first connection terminal 121b: second connection terminal

122: speaker 123: memory element

124: control element 125: communication module

126: update module 127: recording module

Claims

The first information is displayed on the first surface, the second information is displayed on the second surface, and a chip in which each identification code corresponding to the first information and the second information is stored is provided therein, A plurality of general blocks having connection terminals which can be electrically connected; And

And a control block electrically connected to the combination of the general blocks to analyze a combination state of the general blocks.

Smart Block Toys.
The method of claim 1,

The control block recognizes the identification code of the information displayed in the reference direction of the control block of the first information or the second information of the general block is electrically connected from the electrically connected general block, based on the Characterized in that for analyzing the combined state of the general blocks

Smart Block Toys.
The method of claim 2,

The control block,

A connection terminal for electrically connecting with connection terminals of the general blocks;

An output module capable of outputting output information;

A memory device in which output information that can be output in accordance with a combined state of the general blocks electrically connected to the connection terminal is recorded; And

And a control element for analyzing the identification codes of the general blocks electrically connected to the connection terminal and outputting corresponding output information through the output module.

Smart Block Toys.
The method of claim 3,

The output module includes a speaker capable of outputting sound,

The output information includes sound information that can be output according to the combined state of the general blocks electrically connected to the connection terminal,

The control device is characterized in that for analyzing the identification code of the general blocks electrically connected to the connection terminal outputs the corresponding acoustic information through the speaker

Smart Block Toys.
The method of claim 3,

The output module includes a screen capable of outputting a screen,

The output information includes screen information that can be output according to the combined state of the general blocks electrically connected to the connection terminal,

The control device may be configured to analyze identification codes of the general blocks electrically connected to the connection terminal, and output screen information corresponding thereto through the screen.

Smart Block Toys.
The method according to claim 4 or 5,

The control element,

A first step of determining whether the combined state is completed by analyzing identification codes of the general blocks connected through the connection terminal based on preset information to confirm whether the combined state of the general blocks connected through the connection terminal is completed correctly; An analysis unit;

A second analyzer for analyzing and identifying the identification codes of the general blocks connected through the connection terminal to determine how the combined state of the general blocks connected through the connection terminal is simply arranged; And

And a switching unit for receiving an analysis unit switching command input by a user and activating one of the first analysis unit and the second analysis unit.

The first analyzer or the second analyzer activated through the switching unit extracts output information corresponding thereto based on the analyzed information from the memory device and transmits the output information to the output module.

Smart Block Toys.
The method of claim 6,

The control block,

It further includes a voice recognition module for converting the voice received from the outside into data,

The control element,

Sound information extracted from the memory device by analyzing the identification codes of the general blocks electrically connected to the control block by the first analysis unit or the second analysis unit activated by the switching unit based on the voice data formed from the voice recognition module And a third analyzer for analyzing the degree of correspondence between the voice data and the voice data.

The analysis result through the third analysis unit is output through the output module, characterized in that

Smart Block Toys.
The method of claim 6,

The control block,

A communication module that can be communicatively connected with an external device;

And a recording module for recording the number of times of analyzing the combination of the general blocks and the learning performance information on the analysis contents through the control device.

The recording module may transmit the learning performance information to an external device through the communication module.

Smart Block Toys.
The method of claim 8,

The control block,

And an update module which receives the update information from an external device through the communication module and updates the information recorded in the memory device.

Smart Block Toys.