KR20220170213A - Smart mental care system for childcare and education - Google Patents

Abstract

The present invention relates to a smart mental care system for childcare and education for infants and children and, more specifically, to a smart mental care system for childcare and education for infants and children, which comprises: a smart module which has a speaker, a lighting device, and a battery built therein and has the shape of a random character to communicate with a first user through voice and visual effects; and a mobile terminal with an application installed with first theme, second theme, third theme, and fourth theme functions to control the smart module by operation of a second user. The second user performs at least one of a first step of setting personal, voice and security content through the first theme, a second step of controlling education, play and mental care content through the second theme, a third step of controlling alarm content through the third theme, and a fourth step of controlling personalized content through the fourth theme. The present invention can have a positive influence on the formation of stable emotions in an infant by selectively outputting a parent voice or a voice of a friendly character depending on the preference of the infant and the situation of the infant.

Description

Smart mental care system for childcare and education}

The present invention relates to a smart childcare, education, and mental care system for infants and children, and more particularly, a speaker, a lighting device, and a battery are built-in so that any character can communicate with a first user through voice and visual effects. It includes a smart module having a shape of and a mobile terminal in which applications having functions of a first theme, a second theme, a third theme, and a fourth theme are installed so that the smart module can be controlled by a second user's manipulation, and the second The user can set the personal, voice and security contents through the first theme, the second level to control education, play and mental care contents through the second theme, and the alarm contents through the third theme. It relates to a smart childcare, education, and mental care system for infants and children including at least one of a fourth step capable of controlling personalized content through a controllable third step and a fourth theme.

The contents described in this part simply provide background information on the present invention and do not constitute prior art.

Parents play with their children by talking to them as the doll moves and talks. Children play with their parents and dolls and feel emotional stability from dolls. In addition, according to the research results, it is reported that parents and children playing together through dolls as a medium have a great influence on children's emotional development.

When parents cannot play with their children, for example, when there is a child alone at home or when the child is put to bed, parents and children are separated from each other, the device is designed to make the child feel as if he is playing with the parent. hope to develop

Toy developers are developing devices that can communicate with children to meet these parents' needs. However, most of the toys that can communicate with children that have been developed so far only output recorded content, and have limitations in that they cannot output messages in response to changes in the child's mood and status.

Accordingly, children feel as if they are having a conversation with a simple toy rather than a person, which represents a problem that does not allow them to feel emotional development and great emotional stability.

In addition, it has been pointed out that there is no difference in the contents of the phrases output according to the distance between the infant and the doll, so that it does not have a function to control the behavior of the infant or arouse the infant's interest.

In order to solve the above-mentioned problems of conventional baby dolls, some domestic and foreign related companies have conducted research on smart modules that have a communication function with mobile terminals and change the output voice. The cost consumed to have it is excessive, or even if not, the effect compared to the unit cost of manufacturing the device is not great, so compared to conventional baby dolls, market competitiveness is low, so no case of full-fledged commercialization has been found.

Therefore, as described above, the development of a smart care system capable of solving the problems of the prior art is required.

The problem to be solved by the present invention is to supplement the above-mentioned disadvantages of the prior art, and the object of the present invention is as follows.

First, it is intended to provide a smart childcare, education, and mental care system for infants and children that can selectively output either a parent's voice or a friendly character's voice according to the infant's preference and situation.

Second, according to the relationship between the separation distance between the infant and the smart module and the separation time, the absence of the infant is determined, and when the infant is absent, the output voice for each situation is changed to induce interest in the infant and induce access to the smart module. It aims to provide a smart childcare, education and mental care system for infants and children.

The tasks of the present invention are not limited to the tasks mentioned above, and other tasks not mentioned will be clearly understood by those skilled in the art from the description below.

According to the present invention, a smart module having a shape of an arbitrary character and a smart module having a shape of an arbitrary character so that a speaker, a lighting device, and a battery are built-in to communicate with the first user through voice and visual effects, and the smart module is controlled by the operation of the second user. and a mobile terminal in which applications having functions of a first theme, a second theme, a third theme, and a fourth theme are installed so that the second user can set personal, voice, and security contents through the first theme. Level 1, level 2 to control educational and play mental care contents through the 2nd theme, level 3 to control alarm contents through the 3rd theme, and level 4 to control personalized content through the 4th theme. It provides a smart childcare, education and mental care system for infants and children including at least one of the fourth steps that can be performed.

At this time, in the first step, a plurality of first sentences are stored and exposed on the display unit of the mobile terminal, the second user selects at least one sentence from among the plurality of first sentences, and the smart module is activated by the second user. Step 1-1 of outputting the sentence selected by the first user as voice and the smart module may include step 1-2 of outputting the sentence input by the second user as voice to the first user through TTS. there is.

In addition, when a plurality of custom patterns according to the first user are individually created and stored, and the second user inputs a custom pattern corresponding to the first user, and the second user selects at least one of the individually stored voice data, the smart The module may include steps 1-3 of outputting a voice selected by the second user.

On the other hand, in the second step, the smart module outputs at least one selected by the second user among the plurality of sentences 2-1 A as a voice, the first user sings along with the voice output by the smart module, and the smart module Recognizes the voice of the first user, compares the output sentence 2-1 A with the voice of the first user, compares the output sentence 2-1 A with the voice of the first user, and exceeds the 2-1 standard When matched with , the smart module outputs the 2-1 sentence B-1 as a voice, compares the first user's voice with the output 2-1 sentence A, and matches the 2-1 standard or less, The smart module may include a 2-1 step of outputting the 2-1 sentence B-2 as a voice.

Furthermore, in step 2-1, when the number of times that the voice of the first user matches the 2-1 criterion or less is repeated n times or more when compared with sentence 2-1, the smart module determines sentence 2-1 B After outputting -3 as a voice and outputting the voice of Sentence 2-1 B-3, the smart module will slowly re-output Sentence 2-1 A selected by the second user with a relatively louder voice than the initially output voice. can

In this case, the smart module includes a location sensor, and in the second step, after the second user moves the location of the smart module, the smart module outputs sentence 2-2 A as a voice, and the first user approaches 2-2 step of realizing play by outputting Sentence 2-2 B as voice when it detects that the first user has approached. can include

In addition, the smart module further includes a timer, and if the smart module cannot detect that the first user has approached and the 2-2 criterion A is not exceeded, the smart module enters a dormant state, and the first user accesses the smart module. 2-2 Criterion C is output as voice when it cannot be detected and 2-2 Criterion A is exceeded. 2-2 Sentence C is re-outputted with a relatively louder voice than the initially outputted voice, and the lighting device may flicker.

According to another feature of the present invention, the smart module includes a location sensor, and the third step is a state in which the distance between the smart module and the first user is equal to or less than 3-1 criterion A based on whether the smart module is close to the first user. and a 3-1 step in which the second user recognizes that the first user is using the smart module when the state of being lower than the 3-1 criterion A continues beyond the 3-1 criterion B. It can provide smart childcare, education and mental care systems for infants and children.

At this time, in step 3, based on whether the smart module is close to the first user, the distance between the smart module and the first user is 3-2 standard A or more, and the 3-2 standard A or more state is 3-2 standard A or more. If it lasts longer than criterion B, the second user may include step 3-2 of recognizing that the first user is absent from the smart module.

In addition, in step 3-2, if the state of 3-2 criterion A or higher continues at least 3-2 criterion C so as to attract the absent first user's interest and induce access to the smart module, the third -2 Criterion A is reset to a value lower than the initial 3-2 Criterion A, but the smart module can output the 3-2 Sentence A as a voice.

Furthermore, in step 3-2, if the reset state of 3-2 criterion A or higher continues beyond 3-2 criterion D, the smart module outputs 3-2 sentence B as a voice, but an emergency signal to the mobile terminal. can send

Additional solutions of the present invention will be explained in part in the description that follows below, and can be readily ascertained in part from the description, or can be obtained by practice of the present invention.

Both the foregoing general description and the following detailed description are illustrative and explanatory only and do not limit the invention described in the claims.

The effects of the present invention configured as described above are described as follows.

First, it is possible to have a positive effect on the stable emotional formation of an infant by selectively outputting either the parent's voice or the friendly character's voice according to the infant's preference and the infant's situation.

Second, according to the correlation between the separation distance and time between the infant and the smart module, it is possible to determine whether the infant is absent, and when the infant is absent, it is possible to induce the infant to approach the smart module by arousing interest in the infant.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 and 2 are perspective views and flow charts of a smart child care and education care system according to an embodiment of the present invention.
3 is a flow chart of the educational system of the present invention.
4 is a flow chart of the play system of the present invention.
5 is a flow chart of the monitoring system of the present invention.

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

However, in describing a specific embodiment of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted.

The foregoing objects, features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. However, the present invention can apply various changes and can include various embodiments. Hereinafter, specific embodiments will be illustrated in the drawings and described in detail.

If it is determined that a detailed description of a known function or configuration related to the present invention may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. In addition, the numbers used in the description process of this specification are only identifiers for distinguishing one component from another component.

In addition, the suffix "part" for components used in the following description is used or used interchangeably only to easily compose the specification, and does not itself have a meaning or role distinct from each other.

1 and 2 are perspective views and flow charts of a smart child care and education care system according to an embodiment of the present invention.

According to the results of a study, infants feel emotional stability from their parents and dolls while playing with them, and it is reported that parents and children playing together through dolls have a great influence on children's emotional development.

Unlike conventional dolls that perform only mechanical and repetitive movements, the smart childcare and educational care system according to an embodiment of the present invention recognizes and analyzes the infant's emotions, the infant's situation, and the infant's preferences, and then reflects the analyzed content. Thus, it is possible to provide a smart module that behaves customized according to the child.

A smart childcare and education care system according to an embodiment of the present invention may include a smart module and a mobile terminal.

Hereinafter, definitions of terms used to describe an embodiment of the present invention are as follows.

A smart module refers to an object capable of interacting with infants, such as a doll or a robot, and may have a human-like shape. However, it may have a shape other than a person, such as a character. Specifically, the character may be any entity preferred by the first user as well as a human form. For example, it can have the shape of an animal such as a bear or a rabbit, or it can be the main character of a cartoon movie that the first user prefers, or it can have the shape of an object such as a tank or a car, and smart modules are not limited to human shapes. no.

The term first user refers to children aged 3 to 13, such as infants and children, and may be the main user interacting with the smart module. The term "second user" refers to an adult such as a parent or guardian and refers to a user who controls the behavior of a smart module through a mobile terminal in which a dedicated application is installed.

The smart module has a built-in speaker, lighting device, and battery, and can communicate with the first user through voice and visual effects. In addition to this, various additional devices may be additionally coupled to perform functions required according to the system to be performed, such as an audio sensor or a location detection sensor, if necessary.

Applications having functions of the first theme, the second theme, the third theme, and the fourth theme may be installed in the mobile terminal so that the smart module can be controlled by a second user's manipulation.

The second user can set personal, voice, and security contents through the first theme of the exclusive application, control education, play, and mental care contents through the second theme, and control alarm contents through the third theme. and can control personalized content through the 4th theme.

The first step may include steps 1-1, steps 1-2, and steps 1-3.

Step 1-1 may record and store the name, age and gender of the first user. Furthermore, in step 1-1, a plurality of first sentences are stored, the plurality of first sentences stored in the display unit of the mobile terminal are exposed, and the second user can select at least one sentence from among the plurality of first sentences. there is. The smart module may output a sentence selected by the second user as a voice to the first user.

The first sentence may include a plurality of sentences that can communicate with the first user, such as hello, nice to meet you, did you eat, want to play, missed you, see you tomorrow, see you next time, and the like.

In step 1-2, among sentences other than the first sentence, the second user may directly record and store sentences of content that the first user wants to hear through the mobile terminal. The sentence to be stored is input as text by TTS (Text to Speech) method and output as voice by the smart module, or directly recorded in the voice of the second user using the recorder of the mobile terminal, and then the corresponding voice is transmitted to the smart module. can be output by

Meanwhile, in steps 1-3, a customized service may be provided among a plurality of first users. Steps 1-3 individually create and store custom patterns according to a plurality of first users, and the second user inputs a custom pattern corresponding to the first user, and at least one of the individually stored voice data is transmitted to the second user. When is selected, the smart module may output a voice selected by the second user.

More specifically, after generating an ID according to the first user, the dedicated application generates a personal pattern or password to access the ID. When the second user inputs a personal pattern or password to access the corresponding ID, voices preferred by the first user or customized voice records according to the first user may be listed. The second user may select one file among a plurality of voice records and let the first user hear the selected voice through the smart module.

Furthermore, the smart module may repeatedly transmit a notification sound at a preset time in order to form a correct habit for the first user. It is possible to help the first user form a regular habit during the day, such as washing face, washing hands, brushing teeth, waking up, eating, and going to bed. The notification sound may be composed of a single mechanical sound, a beep sound, or a voice composed of a sentence instructing a specific action, such as let's eat or brush our teeth.

3 is a flow chart of the educational system of the present invention.

The second step may include the 2-1 step and the 2-2 step.

Step 2-1 is a system for education and mental care of the first user. After outputting basic words such as Korean, numbers, and English through the smart module, the first user listens to the voice output by the smart module. Then, the smart module compares the voice of the first user with the sentence output by the smart module to calculate the degree of agreement, and responds to the first user such as praise or encouragement according to the degree of agreement.

More specifically, in step 2-1, at least one selected by the second user among the plurality of sentences A in 2-1 is output as a voice, and the first user sings according to the voice output by the smart module, The smart module may recognize the first user's voice

Sentence 2-1 A can include basic short words of 1 to 5 syllables, such as lion, tiger, apple, melon, mom, and dad, and long sentences that make up fairy tales such as Cinderella, Heungbu and Nolbu, etc. It can include long sentences that are relatively difficult to repeat, such as children's songs such as , Little Star, Pororo the Super Hero, and Baby Shark, and the lyrics that make up the theme song.

The output sentence 2-1 A is compared with the voice of the first user, and the voice of the first user is compared with the output sentence 2-1 A, and when the match exceeds the 2-1 criterion, the smart module operates on the second -1 Sentence B-1 can be output as voice.

The 2-1 criterion can be set to 70% by default, but the second user can change the criterion value according to his/her preference, and the 2-1 criterion is not a single value, but the output of the 2-1 sentence A The value may change depending on the length. That is, according to the 2-1 sentence A, the 2-1 criterion can have various values, and as a result, the 2-1 criterion can be stored with multiple values.

Sentence 2-1 B-1 is a voice that is output when the first user's voice and sentence 2-1 A match more than the 2-1 criterion, and will be composed of compliments such as really good, really great, cool, etc. can

In contrast, when the first user's voice is compared with the outputted Sentence 2-1 A and matches below the 2-1 criterion, the smart module may output Sentence 2-1 B-2 as a voice.

Sentence 2-1 B-2 is a voice that is output when the first user's voice and sentence 2-1 A match below the 2-1 criterion, and scolds the first user, such as Wrong or Disappointed. It can be formed into phrases.

In step 2-1, when the number of times that the voice of the first user is matched to the 2-1 criterion or less is repeated n times or more when compared with sentence 2-1 A, the smart module repeats sentence 2-1 B-3 After outputting Sentence 2-1 B-3 as voice, the smart module can re-output Sentence 2-1 A selected by the second user with a relatively louder voice than the initially output voice, slowly. .

Sentence 2-1 B-3 is a voice output when the match of the 2-1 criterion or less between the first user's voice and the 2-1 sentence A is repeated n times. It may be formed as a phrase that encourages the first user, such as "I can".

Meanwhile, Sentence 2-1 B-1, Sentence 2-1 B-2 and Sentence 2-1 B-3 may be customized according to the taste of the second user.

4 is a flow chart of the play system of the present invention.

Step 2-2 is a system for the first user's play and leisure. After outputting a specific sentence as a voice through the smart module, the first user who hears the voice searches for the smart module, and the smart module operates under certain conditions. When this is satisfied, the system can communicate with the first user by outputting voices such as praise and encouragement.

In step 2-2, after the second user manually moves the location of the smart module, the smart module may output sentence 2-2 A as voice.

Sentence 2-2A is a sentence that announces the start of the game and can be composed of sentences such as start, catch me, look for me, and call my name.

Currently, the smart module does not have a mechanical power unit inside it, so it can move manually by the second user's action, but in future upgraded and improved versions, a power unit is provided and it can move by itself.

More specifically, it is possible to determine in real time whether or not the first user is approaching by a location sensor provided inside the smart module. If it cannot detect that the first user has approached, the smart module may enter a dormant state.

When detecting that the first user has approached, the smart module may include a 2-2 step of realizing play by outputting the 2-2 sentence B as a voice.

Sentence 2-2 B is a voice output when the first user approaches the smart module, and may be composed of compliments such as very well done, really great, cool, and the like.

If the smart module cannot detect that the first user has approached and the 2-2 criterion A is not exceeded, the smart module may enter a dormant state.

If the smart domul cannot detect that the first user has approached and the 2-2 criterion A is exceeded, the 2-2 sentence C may be output as a voice.

If the approach of the first user cannot be detected and the 2-2 criterion B is exceeded, sentence 2-2 C is re-output with a relatively louder voice than the initially output voice, and the lighting device may flicker.

Sentence 2-2 C is a voice output when the first user has not found the smart module for a long time, and may include a sentence that can induce the first user to participate, such as I am here, cheer up, and the like.

Meanwhile, 2-2 standard A and 2-2 standard B can be changed according to the age of the first user or the choice of the second user, and sentences 2-2 A, 2-2 sentence B and 2 -2 Sentence C can be changed according to the selection of the second user, and can be output as the second user's voice or the character's voice.

5 is a flow chart of the monitoring system of the present invention.

The third step may include the 3-1 step and the 3-2 step.

The third step is a system that measures the distance between the first user and the smart module, determines the location and state of the first user according to the correlation between the separation time and the separation distance, and transmits the location and state of the first user to the second user. to be.

In step 3-1, based on the distance between the first user and the smart module, the distance between the smart module and the first user is 3-1 criterion A or less, and the 3-1 criterion A or less state is 3-1 criterion B If it continues for longer, it is recognized that the first user is using the smart module, and the smart module can transmit the location and status of the first user to the mobile terminal. As a result, the second user can recognize that the first user is using the smart module.

Step 3-2 is when the distance between the smart module and the first user is equal to or greater than 3-2 criterion A, and when the distance equal to or greater than 3-2 criterion A continues to exceed 3-2 criterion B, the first user enters the smart module Recognizing that it is away from , the smart module may transmit the status of the first user to the mobile terminal. As a result, the second user may recognize that the first user does not use the smart module.

In addition, step 3-2 resets the 3-2 standard A to a value lower than the initial 3-2 standard A when the state that is higher than the 3-2 standard A continues beyond the 3-2 standard C, but the smart module can output Sentence 3-2 A as voice.

Sentence 3-2 A is a voice output when the first user is absent from the smart module, and may include sentences that may arouse the interest of the first user, such as Where are you, XX, Let's play with me, and the like.

In step 3-2, if the reset state of 3-2 criterion A or higher continues beyond 3-2 criterion D, the smart module outputs sentence 3-2 B as voice and transmits an emergency signal to the mobile terminal. can do.

Sentence 3-2 B is a voice output when the first user is away from the smart module for a long period of time, and may include a sentence that can actively arouse the first user's interest, such as a warning sound. On the other hand, Sentence 3-2 B may be output with a louder sound than Sentence 3-2 A or for a longer period of time to inform that it is a more urgent situation.

On the other hand, 3-2 criteria A to 3-2 criteria D can be changed according to the age of the first user or the choice of the second user, and sentences 3-2 A and 3-2 B are It can be changed according to the user's selection, and can be output as the second user's voice or the character's voice.

As a result, it is possible to induce the absent first user's interest to approach the smart module, and the second user can check the state and location of the first user.

The fourth step is to record, store, and analyze the first user's time record change by use of the first to third steps, time record change by difficulty level, preferred voice, music, and video, etc. Customized contents of the third step may be provided.

This embodiment is merely an example of the technical idea of the present invention, and various modifications and variations of this embodiment can be made by those skilled in the art without departing from the essential characteristics of the present invention. It will be possible.

This embodiment is not intended to limit the technical spirit of the present invention, but to explain, and therefore, the scope of the present invention is not limited by this embodiment.

The protection scope of the present invention should be interpreted according to the claims, and all technical ideas recognized as equivalent or equivalent thereto should be construed as being included in the scope of the present invention.

50 - smart module
51 - First user
60 - mobile terminal
61 - Second User

Claims (11)

A smart module with a built-in speaker, lighting device, and battery and having the shape of an arbitrary character to communicate with the first user through voice and visual effects; and
A mobile terminal in which applications having first theme, second theme, third theme, and fourth theme functions are installed so that the smart module can be controlled by a second user's operation.
Including,

the second user
A first step of setting personal, voice and security contents through the first theme;
a second step of controlling education, play, and mental care contents through the second theme;
a third step of controlling alarm contents through the third theme; and
4th step of controlling personalized content through the 4th theme
A smart childcare, education and mental care system for infants and children, characterized in that performing at least one of the steps.
According to claim 1
The first step is
A plurality of first sentences are stored and exposed on the display unit of the mobile terminal, the second user selects at least one sentence from among the plurality of first sentences, and the smart module displays the sentence selected by the second user. Step 1-1 of outputting a voice to a first user; and
Steps 1-2 of the smart module outputting the sentence input by the second user to the first user as voice through TTS
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 2
The first step is
The mobile terminal
Each custom pattern according to a plurality of first users is individually created and stored, and when the second user inputs a custom pattern corresponding to the first user and the second user selects at least one of the individually stored voice data, the smart module 1-3 steps of outputting the voice selected by the second user
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 1,
The smart module includes an audio sensor and

The second step is
The smart module outputs at least one selected by the second user among the plurality of 2-1 sentences A as a voice, the first user sings along with the voice output by the smart module, and the smart module Recognize the user's voice, compare the output Sentence 2-1 A with the first user's voice, compare it with the 2-1 Sentence A where the first user's voice is output, and match it with the 2-1 criterion or higher When done, the smart module outputs sentence 2-1 B-1 as a voice,
Step 2-1, when the voice of the first user is compared with the output sentence 2-1 and matches below the 2-1 criterion, the smart module outputs sentence 2-1 B-2 as a voice
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 4
Step 2-1 is
When the first user's voice is compared with the 2-1 sentence A, when the number of times matched below the 2-1 criterion is repeated n or more times, the smart module outputs the 2-1 sentence B-3 as a voice , After outputting the voice of Sentence 2-1 B-3, the smart module slowly re-outputs Sentence 2-1 A selected by the second user with a relatively louder voice than the initially output voice, Smart childcare, education and mental care system for children.
According to claim 1
The smart module includes a position detection sensor,

The second step is
After the second user moves the location of the smart module, the smart module outputs sentence 2-2 A by voice, and if it cannot detect that the first user has approached, the smart module enters a dormant state, , When detecting that the first user has approached, the smart module outputs the 2-2 sentence B as a voice, in the 2-2 step of realizing play.
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 6
The smart module further includes a timer,

The smart module cannot detect that the first user has approached, and if the 2-2 criterion A is not exceeded, the smart module enters a dormant state, cannot detect that the first user has approached, and the second If the -2 standard A is exceeded, the 2-2 sentence C is output as a voice, and if the approach of the first user cannot be detected and the 2-2 standard B is exceeded, the 2-2 sentence C is output first A smart childcare, education and mental care system for infants and children, characterized in that it re-outputs with a relatively louder voice than one voice, and the lighting device flickers.

According to claim 1
The smart module includes a position detection sensor,

The third step is
Based on whether the smart module is close to the first user, the distance between the smart module and the first user is 3-1 criterion A or less, and the 3-1 criterion A or less state is 3-1 criterion B If it continues for more than 3-1 steps, the second user recognizes that the first user is using the smart module.
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 8
The third step is
Based on whether the smart module is close to the first user, the distance between the smart module and the first user is equal to or greater than the 3-2 criterion A, and the condition equal to or greater than the 3-2 criterion A is maintained beyond the 3-2 criterion B. 3-2, the second user recognizes that the first user is absent from the smart module.
Smart childcare, education and mental care system for infants and children, characterized in that it comprises a.
According to claim 9
The 3-2 step is
If the state of 3-2 criterion A or higher continues for 3-2 criterion C or higher so as to attract the absent first user's interest and induce access to the smart module, the 3-2 criterion A is set as the first A smart childcare, education and mental care system for infants and children, characterized in that reset to a value lower than the 3-2 criterion A, but the smart module outputs the 3-2 sentence A as a voice.
According to claim 10
The 3-2 step is
When the reset state of 3-2 criterion A or higher continues to 3-2 criterion D or higher, the smart module outputs the 3-2 sentence B as a voice and transmits an emergency signal to the mobile terminal. A smart childcare, education and mental care system for infants and children.

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