CN106487750B

CN106487750B - Interaction method, toy, mobile terminal and system

Info

Publication number: CN106487750B
Application number: CN201510531910.7A
Authority: CN
Inventors: 欧鸿达
Original assignee: SHENZHEN XINCHUANGKE ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: SHENZHEN XINCHUANGKE ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2015-08-27
Filing date: 2015-08-27
Publication date: 2020-01-14
Anticipated expiration: 2035-08-27
Also published as: CN106487750A

Abstract

The invention relates to the technical field of terminals, and provides an interaction method, a toy, a mobile terminal and a system. The method comprises the following steps: receiving first information and sending the first information to a server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result, and the server forwards the first inquiry message to the toy; receiving and outputting the first inquiry message; and receiving second information and sending the second information to a server so that the server analyzes the second information to obtain a second analysis result, and sending the second information and the second analysis result to the mobile terminal. The invention enables interaction with children and interaction with parents in the field of childcare.

Description

Interaction method, toy, mobile terminal and system

[ technical field ] A method for producing a semiconductor device

The invention relates to the technical field of terminals, in particular to an interaction method, a toy, a mobile terminal and a system.

[ background of the invention ]

With the rapid development of mobile internet, more and more smart devices are walking into our lives from exhibition stands, such as smart phones, smart toys (e.g., smart boys), smart wearable devices (smart bracelets, smart watches, smart glasses, etc.), educational electronic devices (point-to-read machines, story machines, etc.), and so on. Most of the intelligent devices can be bound and communicated with another intelligent device, and a series of interactions are realized through the server. The intelligent toy is a market segment of toy categories, integrates IT technologies and ancient toys, is a novel toy different from a traditional toy, and is gradually popularized in recent years. Compared with common toys, the intelligent toy is popular with many children and parents because the intelligent toy can interact and converse with the children.

In modern society, the working pressure of big people is getting bigger and bigger, the time spent on working is also getting bigger and bigger, and the children cannot accompany frequently, so the health condition of the children cannot be mastered in time, if parents cannot find and take corresponding relieving and treating measures in time at the early stage of the illness of the children, the optimal treatment or treatment opportunity is delayed, and the health of the children is not good.

Currently, there is no method or apparatus available in the market that enables interaction with children and interaction with parents in the field of infant care.

[ summary of the invention ]

In order to solve the problem that no method or equipment capable of realizing interaction with children and interaction with parents in the field of infant care is available in the market, the embodiment of the invention provides an interaction method, a toy, a mobile terminal and a system, and the technical scheme is as follows:

(1) an interaction method applied to a toy, the method comprising:

receiving first information and sending the first information to a server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result, and the server forwards the first inquiry message to the toy;

receiving and outputting the first inquiry message;

and receiving second information and sending the second information to a server so that the server analyzes the second information to obtain a second analysis result, and sending the second information and the second analysis result to the mobile terminal.

In some embodiments, the method further comprises:

receiving and outputting a second inquiry message, wherein the second inquiry message is sent by a mobile terminal user after the mobile terminal receives the second information and the second analysis result, and is sent to the toy through a server;

receiving third information and sending the third information to a server, so that the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal;

and circularly executing the steps until the mobile terminal user stops sending the inquiry message.

In some embodiments, the first information is a user's voice input, and the first analysis result includes that the child is possibly ill; the first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child.

In some embodiments, the first information is body temperature data of a user detected by a temperature measuring device on the toy, and the first analysis result is obtained according to whether the body temperature data exceeds a first preset range or not; the first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child.

In some embodiments, the temperature measurement device is an infrared thermometer.

(2) A toy, comprising:

the first information receiving and sending module is used for receiving the first information and sending the first information to the server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result, and the server forwards the first inquiry message to the toy;

the first inquiry message receiving and outputting module is used for receiving and outputting the first inquiry message; and

and the second information receiving and sending module is used for receiving second information and sending the second information to the server so that the server analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal.

In some embodiments, the toy further comprises:

the second inquiry message receiving and outputting module is used for receiving and outputting a second inquiry message, wherein the second inquiry message is sent by a mobile terminal user after the mobile terminal receives the second information and the second analysis result, and is sent to the toy through a server; and

and the third information receiving and sending module is used for receiving third information and sending the third information to the server so that the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal.

In some embodiments, the temperature measurement device is an infrared thermometer. (3) An interaction method is applied to a mobile terminal, and comprises the following steps:

receiving first information and a first analysis result sent by a server, wherein the first information is received by the toy and sent to the server; the first analysis result is obtained by analyzing the first information by the server;

sending a first inquiry message to a server according to the first information and the first analysis result, so that the server forwards the first inquiry message to the toy and outputs the first inquiry message;

and receiving second information and a second analysis result, wherein the second information is received by the toy and is sent to a server, and the second analysis result is obtained by analyzing the second information by the server.

In some embodiments, the method further comprises:

sending a second inquiry message to a server according to the second information and the second analysis result so that the server can forward the second inquiry message to the toy and output the second inquiry message;

receiving third information and a third analysis result, wherein the third information is received by the toy and is sent to a server, and the third analysis result is obtained by analyzing the third information by the server;

In some embodiments, the method further comprises:

and receiving a reply result, judging whether the final analysis result meets a preset condition or not by the server, if so, calling the final analysis result from the server database, and obtaining the reply result corresponding to the preset condition.

In some embodiments, the step of the server determining whether the final analysis result meets the preset condition specifically includes: the server judges whether the final analysis result meets a preset condition or not through keyword analysis, wherein the preset condition is that a preset keyword appears in voice inquiry and voice reply, and the preset keyword is a state diagnosis keyword;

the reply result corresponds to the preset condition, and the reply result is the estimated physical state diagnosis result of the child and a suggestion on how to process.

(4) A mobile terminal, comprising:

the first information and first analysis result receiving module is used for receiving first information and first analysis results sent by the server, and the first information is received by the toy and sent to the server; the first analysis result is obtained by analyzing the first information by the server;

the first inquiry message sending module is used for sending a first inquiry message to the server according to the first information and the first analysis result so that the server forwards the first inquiry message to the toy and outputs the first inquiry message; and

and the second information and second analysis result receiving module is used for receiving second information and second analysis results, the second information is received by the toy and is sent to the server, and the second analysis results are obtained by analyzing the second information by the server.

In some embodiments, the mobile terminal further comprises:

the second inquiry message sending module is used for sending a second inquiry message to the server according to the second information and the second analysis result after receiving the second information and the second analysis result, so that the server can forward the second inquiry message to the toy and output the second inquiry message; and

and the third information and third analysis result receiving module is used for receiving third information and third analysis results, the third information is received by the toy and is sent to the server, and the third analysis results are obtained by analyzing the third information by the server. In some embodiments, the first information is a user's voice input, and the first analysis result includes that the child is possibly ill; the first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child.

In some embodiments, the mobile terminal further includes a reply result receiving module, configured to receive a reply result, where the reply result is obtained by the server by invoking from the server database if the final analysis result meets a preset condition, and the reply result corresponds to the preset condition.

(5) A method of interaction, the method comprising:

the toy receives the first information and sends the first information to the server;

the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal;

the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result;

the server receives the first inquiry message and pushes the first inquiry message to the toy;

the toy receives and outputs the first inquiry message;

the toy receives the second information and sends the second information to the server;

the server analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal.

In some embodiments, the method further comprises:

the mobile terminal sends a second inquiry message to the server according to the second information and the second analysis result;

the server receives the second inquiry message and forwards the second inquiry message to the toy;

the toy receives and outputs the second inquiry message;

the toy receives the third information and sends the third information to the server;

the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal;

the mobile terminal receives the third information and the third analysis result;

In some embodiments, the method further comprises:

and the server judges whether the final analysis result meets a preset condition, if so, a reply result corresponding to the preset condition is called from a server database and pushed to the mobile terminal.

And the mobile terminal receives the reply result.

(6) An interactive system comprises a toy, a mobile terminal and a server; wherein:

the toy comprises a first information receiving and transmitting module, a first inquiry message receiving and outputting module and a second information receiving and transmitting module:

the first inquiry message receiving and outputting module is used for receiving and outputting the first inquiry message;

the second information receiving and sending module is configured to receive second information and send the second information to a server, so that the server 300 analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal;

the mobile terminal comprises a first information and first analysis result receiving module, a first inquiry message sending module and a second information and second analysis result receiving module:

the first information and first analysis result receiving module is used for receiving first information and a first analysis result sent by the server, and the first information is received by the toy and sent to the server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal;

the first inquiry message sending module is used for sending a first inquiry message to the server according to the first information and the first analysis result, forwarding the first inquiry message to the toy by the server, and receiving and outputting the first inquiry message by the toy;

the second information and second analysis result receiving module is used for receiving second information and second analysis results, the second information is received by the toy and is sent to the server, the server analyzes the second information to obtain second analysis results, and the second information and the second analysis results are sent to the mobile terminal;

the server comprises a first information analysis module, a first inquiry message receiving and sending module and a second information analysis module:

the first information analysis module is used for analyzing the first information to obtain a first analysis result and sending the first information and the first analysis result to the mobile terminal;

the first inquiry message receiving and sending module is used for receiving the first inquiry message and pushing the first inquiry message to the toy;

the second information analysis module is used for analyzing the second information to obtain a second analysis result, and sending the second information and the second analysis result to the mobile terminal.

In some embodiments, the interactive system further comprises:

the mobile terminal also comprises a second inquiry message sending module which is used for sending a second inquiry message to the server according to the second information and the second analysis result;

the server also comprises a second inquiry message receiving and sending module which is used for receiving the second inquiry message and forwarding the second inquiry message to the toy;

the toy also comprises a second inquiry message receiving and outputting module which is used for receiving and outputting the second inquiry message;

the toy also comprises a third information receiving and sending module, which is used for receiving the third information and sending the third information to the server;

the server also comprises a third information analysis module used for analyzing the third information to obtain a third analysis result and sending the third information and the third analysis result to the mobile terminal;

the mobile terminal also comprises a third information and third analysis result receiving module used for receiving the third information and the third analysis result;

In some embodiments, the interactive system further comprises:

the server also comprises a result judging and calling module which is used for judging whether the final analysis result meets the preset condition or not, if so, the server calls a reply result corresponding to the preset condition from the server database and pushes the reply result to the mobile terminal.

The mobile terminal also comprises a reply result receiving module used for receiving a reply result, the reply result is judged whether the final analysis result meets the preset condition by the server, if yes, the final analysis result is called from the server database, and the reply result corresponds to the preset condition.

The embodiment of the invention has the beneficial effects that: receiving first information at a toy end, such as speaking voice of a child or body temperature data of the child measured by the toy, wherein the voice content of the child comprises content related to physical conditions such as that the child puts forth uncomfortable or burns, the toy sends the data to a server, and the server analyzes the data; when the physical condition of the child is judged to be possibly not good, a reminder is sent to a parent on one side of the mobile terminal, the parent can carry out conversation communication with the child at the toy end through the server, and finally the server can push the physical condition judgment result of the child and suggest a treatment scheme to the parent through analyzing conversation contents when the child is judged to be possibly sick, so that the parent can know the physical condition of the child in time and can acquire the treatment scheme in time when the child is sick, a caregiver around the child can be informed to timely treat the child, and the child growth and health promotion system is beneficial to the growth of the child.

[ description of the drawings ]

FIG. 1 is a flowchart of an interaction method applied to a toy according to embodiment 1 of the present invention;

FIG. 2 is a block diagram showing the construction of a toy according to embodiment 2 of the present invention;

fig. 3 is a flowchart of an interaction method applied to a mobile terminal according to embodiment 3 of the present invention;

fig. 4 is a block diagram of a mobile terminal according to embodiment 4 of the present invention;

FIG. 5 is a flowchart of an interaction method according to embodiment 5 of the present invention;

fig. 6 is a block diagram showing the structure of an interactive system according to embodiment 6 of the present invention.

[ detailed description ] embodiments

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In addition, the technical features involved in the embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.

In the drawings, the preferred embodiments are shown in phantom, unless otherwise indicated.

According to the embodiment of the invention, first information, such as speaking voice of a child or body temperature data of the child measured by the toy, is received at the toy end, wherein the voice content of the child comprises the content related to the physical condition, such as that the child puts forward uncomfortable or has a fever, and the like, the toy sends the data to the server, and the server analyzes the data; when the physical condition of the child is judged to be possibly not good, a reminder is sent to a parent on one side of the mobile terminal, the parent can carry out conversation communication with the child at the toy end through the server, and finally the server can push the physical condition judgment result of the child and suggest a treatment scheme to the parent through analyzing conversation contents when the child is judged to be possibly sick, so that the parent can know the physical condition of the child in time and can acquire the treatment scheme in time when the child is sick, a caregiver around the child can be informed to timely treat the child, and the child growth and health promotion system is beneficial to the growth of the child.

Example 1:

as shown in fig. 1, embodiment 1 of the present invention provides an interaction method applied to a toy, including:

step 101: receiving first information and sending the first information to a server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result, and the server forwards the first inquiry message to the toy;

wherein the toy may be a smart toy, such as a smart doll; the parents can receive the reminding sent by the server and record the voice inquiry through interactive software (such as WeChat, QQ, APP and the like) installed on own mobile terminals (such as mobile phones, tablet computers and the like). The embodiment can be applied to different aspects in the growth process of children, such as infant care. The scheme of this embodiment is described in detail below:

(1) in the case of a childcare scenario, the first information may be a voice input by the user of the toy (i.e., the child), such as a speech of the child when it feels uncomfortable and the toy says "mom, i am uncomfortable" or "mom, i am fever"; the temperature measuring device can be arranged at the toy end, and the body temperature of the child is measured and sent to the server. After receiving the corresponding first information, the server analyzes the first information, for example, performs keyword analysis on the voice content, determines whether the temperature measurement result exceeds a normal range, and the like, where the first analysis result includes some conditions that may occur to a child, such as a cold, a fever, a belly-pulling, a belly-ache, and the like, the server sends a corresponding possible condition list to the mobile terminal, and parents of the mobile terminal perform a corresponding query according to the possible condition sent by the server, which may be a recorded voice query, such as "baby, your discomfort? Or do baby want to pull the belly? "and the like. Thus, the information source of data analysis is provided to the server through the question and answer between the parent and the child, so that the physical condition of the child is analyzed. The entire process continues until the symptoms of the child are determined. The specific scheme is as follows:

(1.1) the first information is a voice input of a user, and the first analysis result includes that a child is possibly ill; the first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child.

Specifically, the first analysis result includes states of the child that are different when the child is ill, such as a cold, fever, belly straining, belly pain, and the like. The first query message is a related query performed by the parent according to the received first information and various conditions in the first analysis result, for example, the first analysis result aiming at the cold of the child, and the first query message may be a query of the child as to where the child is uncomfortable, whether the child has fever, whether the child has a belly pain or a belly pull, and the like; for the first analysis result of the fever of the child, the first inquiry message may be to inquire whether the child can measure the body temperature by itself, whether the child can take care of his/her person to help measure the body temperature, etc.; for the first analysis result of the child's straining, the first inquiry message may be an inquiry about when the child starts straining, the frequency of straining, the condition of stool, etc.; as a result of the first analysis of the belly pain of the child, the first inquiry message may be an inquiry about whether the child has a belly pain, a specific place pain, what starts pain, and the like.

(1.2) the first information is body temperature data of the user detected by a temperature measuring device on the toy, and the first analysis result can be obtained according to whether the body temperature data exceeds a first preset range, for example, when the body temperature exceeds 37 ℃, the first analysis result includes that a child is possibly sick; of course, the first preset range of the body temperature data can be adjusted and set by the parents according to the actual normal body temperature of the child. The first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child. The temperature measuring device can be a temperature measuring instrument such as an infrared thermometer and the like.

Step 102: receiving and outputting the first inquiry message;

when the first query message is a voice query, the toy receives the voice query recorded by the parent at the mobile phone end and outputs the voice query, for example, the voice query is output in a voice playing mode.

Step 103: and receiving second information and sending the second information to a server so that the server analyzes the second information to obtain a second analysis result, and sending the second information and the second analysis result to the mobile terminal.

And after the child at the toy end hears the inquiry of the parent, the corresponding answer is carried out, the toy records and sends the answer to the server, and at the moment, the second message is the answer of the child recorded at the toy end. And the server receives and analyzes the answer of the child to obtain a second analysis result, and then sends the second information and the second analysis result to the mobile terminal.

If a corresponding conclusion may not be reached by only one question and answer, then, in a preferred embodiment, the following steps may be executed by multiple question and answer, i.e. after step 103:

step 104: receiving and outputting a second inquiry message, wherein the second inquiry message is sent by a mobile terminal user after the mobile terminal receives the second information and the second analysis result, and is sent to the toy through a server;

step 105: receiving third information and sending the third information to a server, so that the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal;

the

above step

104 and 105 are executed in a loop until the mobile terminal user stops sending out the inquiry message.

After the loop process is stopped, a final analysis result is obtained, and the server side may finally perform the following steps:

and judging whether the final analysis result meets a preset condition, if so, calling a reply result corresponding to the preset condition from a server database, and pushing the reply result to the mobile terminal.

The server can analyze the preset conditions through keywords. Specifically, the method comprises the following steps:

in the scheme (1.1) and the scheme (1.2), whether the final analysis result meets a preset condition is judged, and the preset condition is that a preset keyword appears in the voice inquiry and the voice reply. The preset keywords are state diagnosis keywords, and the reply results corresponding to the preset conditions are body state diagnosis estimation results of the children and suggestions on how to process the children; and the server pushes a reply result corresponding to the preset condition to the mobile terminal. The parent on the mobile terminal side can view or listen to the advice and take corresponding measures.

Wherein, the reply result can be presented in the form of text or voice.

Example 2:

as shown in fig. 2, embodiment 2 of the present invention provides a toy 100, the toy 100 including:

a first information receiving and transmitting module 110, configured to receive the first information and transmit the first information to the server; the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result, and the server forwards the first inquiry message to the toy 100;

a first query message receiving and outputting module 120 for receiving and outputting the first query message;

the second information receiving and sending module 130 is configured to receive second information and send the second information to a server, so that the server analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal.

Wherein toy 100 may be a smart toy, such as a smart doll; the parents can receive the reminding sent by the server and record the voice inquiry through interactive software (such as WeChat, QQ, APP and the like) installed on own mobile terminals (such as mobile phones, tablet computers and the like). The embodiment can be applied to different aspects in the growth process of children, such as infant care and the like. The scheme of this embodiment is described in detail below: (1) in a nursery regimen, the first information may be a voice input by the user of toy 100 (i.e., the child), such as a word that the child is uncomfortable with toy 100 saying "mom, i am uncomfortable" or "mom, i am fever"; it is also possible to provide a temperature measuring device at the toy 100 end to measure the body temperature of the child and send it to the server. After receiving the corresponding first information, the server analyzes the first information, for example, performs keyword analysis on the voice content, determines whether the temperature measurement result exceeds a normal range, and the like, where the first analysis result includes some conditions that may occur to a child, such as a cold, a fever, a belly-pulling, a belly-ache, and the like, the server sends a corresponding possible condition list to the mobile terminal, and parents of the mobile terminal perform a corresponding query according to the possible condition sent by the server, which may be a recorded voice query, such as "baby, your discomfort? Or do baby want to pull the belly? "and the like. Thus, the information source of data analysis is provided to the server through the question and answer between the parent and the child, so that the physical condition of the child is analyzed. The entire process continues until the symptoms of the child are determined. The specific scheme is as follows:

(1.2) the first information is body temperature data of the user detected by a temperature measuring device on the toy 100, and the first analysis result can be obtained according to whether the body temperature data exceeds a first preset range, for example, the first analysis result includes that the child is possibly sick when the body temperature exceeds 37 ℃; of course, the first preset range of the body temperature data can be adjusted and set by the parents according to the actual normal body temperature of the child. The first query message is a voice query, and the content of the first query message includes a query for the physical condition of the child. The temperature measuring device can be a temperature measuring instrument such as an infrared thermometer and the like.

When the first query message is a voice query, the toy 100 receives the voice query recorded by the parent at the mobile phone end and outputs the voice query, for example, by means of voice playing. After hearing the parent's query, the child at the toy 100 responds accordingly, recorded by the toy 100 and sent to the server, at which point the second message is a reply to the child recorded at the toy 100. And the server receives and analyzes the answer of the child to obtain a second analysis result, and then sends the second information and the second analysis result to the mobile terminal.

If a corresponding conclusion may not be reached by only one question and answer, in a preferred embodiment, the toy 100 may further include a second query message receiving and outputting module 140, configured to receive and output a second query message, where the second query message is sent by the mobile terminal user after the mobile terminal receives the second information and the second analysis result, and is sent to the toy 100 through the server;

the toy 100 further includes a third information receiving and sending module 150, configured to receive third information and send the third information to a server, so that the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal;

Wherein, the reply result can be presented in the form of text or voice.

Example 3:

as shown in fig. 3, embodiment 3 of the present invention provides an interaction method applied to a mobile terminal, where the method includes:

step 301: receiving first information and a first analysis result sent by a server, wherein the first information is received by the toy and sent to the server; the first analysis result is obtained by analyzing the first information by the server;

step 302: sending a first inquiry message to a server according to the first information and the first analysis result, so that the server forwards the first inquiry message to the toy and outputs the first inquiry message;

wherein the toy may be a smart toy, such as a smart doll; the parents can receive the reminding sent by the server and record the voice inquiry through interactive software (such as WeChat, QQ, APP and the like) installed on own mobile terminals (such as mobile phones, tablet computers and the like). The embodiment can be applied to different aspects in the growth process of children, such as infant care and the like. The scheme of this embodiment is described in detail below:

Step 303: receiving second information and a second analysis result, wherein the second information is received by the toy and is sent to a server, and the second analysis result is obtained by analyzing the second information by the server;

If a corresponding conclusion may not be reached by only one question and answer, then, in a preferred embodiment, the following steps may be executed by multiple question and answer, i.e. after step 303:

step 304: sending a second inquiry message to a server according to the second information and the second analysis result so that the server can forward the second inquiry message to the toy and output the second inquiry message;

step 305: receiving third information and a third analysis result, wherein the third information is received by the toy and is sent to a server, and the third analysis result is obtained by analyzing the third information by the server;

step 304 and step 305 are executed in a loop until the mobile terminal user stops sending out the inquiry message.

After the circulation process is stopped, obtaining a final analysis result, and finally executing the following steps:

step 306: and receiving a reply result, judging whether the final analysis result meets a preset condition or not by the server, if so, calling the final analysis result from the server database, and obtaining the reply result corresponding to the preset condition.

The server can judge the first preset condition through keyword analysis. Specifically, the method comprises the following steps:

Wherein, the reply result can be presented in the form of text or voice.

Example 4:

as shown in fig. 4, embodiment 4 of the present invention provides a mobile terminal 200, where the mobile terminal 200 includes:

a first information and first analysis result receiving module 210, configured to receive first information and a first analysis result sent by a server, where the first information is received by the toy and sent to the server; the first analysis result is obtained by analyzing the first information by the server;

a first query message sending module 220, configured to send a first query message to a server according to the first information and the first analysis result, so that the server forwards the first query message to the toy and outputs the first query message;

and a second information and second analysis result receiving module 230, configured to receive second information and a second analysis result, where the second information is received by the toy and sent to the server, and the second analysis result is obtained by analyzing the second information by the server.

Wherein the toy may be a smart toy, such as a smart doll; the parent can receive the reminder sent by the server and record the voice inquiry through the interactive software (such as WeChat, QQ, APP and the like) installed on the own mobile terminal 200 (such as a mobile phone, a tablet computer and the like). The embodiment can be applied to different aspects in the growth process of children, such as infant care and the like. The scheme of this embodiment is described in detail below:

(1) in the case of a childcare scenario, the first information may be a voice input by the user of the toy (i.e., the child), such as a speech of the child when it feels uncomfortable and the toy says "mom, i am uncomfortable" or "mom, i am fever"; the temperature measuring device can be arranged at the toy end, and the body temperature of the child is measured and sent to the server. After receiving the corresponding first information, the server analyzes the first information, for example, performs keyword analysis on the voice content, determines whether the temperature measurement result exceeds a normal range, and the like, where the first analysis result includes some conditions that may occur to a child, such as a cold, a fever, a belly-pulling, a belly-ache, and the like, the server sends a corresponding possible condition list to the mobile terminal 200, and a parent of the mobile terminal 200 performs a corresponding query according to the possible condition sent by the server, which may be a recorded voice query, such as "baby, uncomfortable to where? Or do baby want to pull the belly? "and the like. Thus, the information source of data analysis is provided to the server through the question and answer between the parent and the child, so that the physical condition of the child is analyzed. The entire process continues until the symptoms of the child are determined. The specific scheme is as follows:

After hearing the inquiry of the parent, the child at the toy end makes a corresponding answer, the corresponding answer is recorded by the toy and sent to the server, and at the moment, the second message is the answer of the child recorded by the toy end. The server receives and analyzes the child's reply to obtain a second analysis result, and then sends the second information and the second analysis result to the mobile terminal 200.

If a corresponding conclusion may not be reached by only one question and one answer, therefore, in a preferred embodiment, the mobile terminal 200 may further include a second question message sending module 240, configured to send a second question message to the server according to the second information and the second analysis result after receiving the second information and the second analysis result, so that the server forwards the second question message to the toy and outputs the second question message;

the mobile terminal 200 further includes a third information and third analysis result receiving module 250, configured to receive third information and a third analysis result, where the third information is received by the toy and sent to the server, and the third analysis result is obtained by analyzing the third information by the server;

the above steps are executed in a loop until the user of the mobile terminal 200 stops sending out the inquiry message.

After the above-mentioned loop process is stopped, a final analysis result is obtained, and the mobile terminal 200 further includes a reply result receiving module 260, configured to receive a reply result, where the reply result is obtained by the server by calling from the server database if the final analysis result meets a preset condition, and the reply result corresponds to the preset condition.

in the scheme (1.1) and the scheme (1.2), whether the final analysis result meets a preset condition is judged, and the preset condition is that a preset keyword appears in the voice inquiry and the voice reply. The preset keywords are state diagnosis keywords, and the reply results corresponding to the preset conditions are body state diagnosis estimation results of the children and suggestions on how to process the children; the server pushes a reply result corresponding to the preset condition to the mobile terminal 200. A parent on the side of mobile terminal 200 may view or listen to the advice and take corresponding action.

Wherein, the reply result can be presented in the form of text or voice.

Example 5:

as shown in fig. 5, embodiment 5 of the present invention provides an interaction method, where the method includes:

step 501: the toy receives the first information and sends the first information to the server;

step 502: the server analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal;

step 503: the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result;

step 504: the server receives the first inquiry message and pushes the first inquiry message to the toy;

Step 505: the toy receives and outputs the first inquiry message;

Step 506: the toy receives the second information and sends the second information to the server;

after the child at the toy end hears the inquiry of the parent, the corresponding answer is carried out, and the answer is recorded by the toy and sent to the server.

Step 507: the server analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal;

If a corresponding conclusion may not be reached by only one question and answer, then, in a preferred embodiment, the following steps may be executed by multiple question and answer, i.e. after step 507:

step 508: the mobile terminal sends a second inquiry message to the server according to the second information and the second analysis result;

step 509: the server receives the second inquiry message and forwards the second inquiry message to the toy;

step 510: the toy receives and outputs the second inquiry message;

step 511: the toy receives the third information and sends the third information to the server;

step 512: the server analyzes the third information to obtain a third analysis result, and sends the third information and the third analysis result to the mobile terminal;

step 513: the mobile terminal receives the third information and the third analysis result;

step 508 and 513 are executed in a loop until the user of the mobile terminal stops sending the query message.

step 514: and the server judges whether the final analysis result meets a preset condition, if so, a reply result corresponding to the preset condition is called from a server database and pushed to the mobile terminal.

Step 515: and the mobile terminal receives the reply result.

in the scheme (1.1) and the scheme (1.2), whether the final analysis result meets a preset condition is judged, and the first preset condition is that a preset keyword appears in the voice inquiry and the voice reply. The preset keywords are state diagnosis keywords, and the reply results corresponding to the preset conditions are body state diagnosis estimation results of the children and suggestions on how to process the children; and the server pushes a reply result corresponding to the preset condition to the mobile terminal. The parent on the mobile terminal side can view or listen to the advice and take corresponding measures.

Wherein, the reply result can be presented in the form of text or voice.

Example 6:

as shown in fig. 6, embodiment 6 of the present invention provides an interactive system, which includes a toy 100, a mobile terminal 200, and a server 300; wherein: the toy 100 includes a first information receiving and transmitting module 110, a first inquiry message receiving and outputting module 120, and a second information receiving and transmitting module 130. Wherein:

a first information receiving and transmitting module 110 for receiving the first information and transmitting the first information to the server 300; enabling the server 300 to analyze the first information to obtain a first analysis result, and sending the first information and the first analysis result to the mobile terminal 200, so that the mobile terminal 200 sends a first inquiry message to the server 300 according to the first information and the first analysis result, and the server 300 forwards the first inquiry message to the toy 100;

the second information receiving and sending module 130 is configured to receive second information, and send the second information to the server 300, so that the server 300 analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal 200.

The mobile terminal 200 includes a first information and first analysis result receiving module 210, a first query message transmitting module 220, and a second information and second analysis result receiving module 230. Wherein:

a first information and first analysis result receiving module 210, configured to receive first information and a first analysis result sent by the server 300, where the first information is received by the toy 100 and sent to the server 300; the server 300 analyzes the first information to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal 200;

a first query message sending module 220, configured to send a first query message to the server 300 according to the first information and the first analysis result, forward the first query message to the toy 100 by the server 300, and receive and output the first query message by the toy 100;

the second information and second analysis result receiving module 230 is configured to receive second information and a second analysis result, where the second information is received by the toy 100 and sent to the server 300, the server 300 analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal 200.

The server 300 includes a first information analysis module 310, a first query message receiving and transmitting module 320, and a second information analysis module 330. Wherein:

the first information analysis module 310 is configured to analyze the first information to obtain a first analysis result, and send the first information and the first analysis result to the mobile terminal 200;

the first inquiry message receiving and sending module 320 is used for receiving the first inquiry message and pushing the first inquiry message to the toy 100;

the second information analysis module 330 is configured to analyze the second information to obtain a second analysis result, and send the second information and the second analysis result to the mobile terminal 200.

Wherein toy 100 may be a smart toy, such as a smart doll; the parent can receive the reminder sent by the server 300 and record the voice inquiry through the interactive software (such as WeChat, QQ, APP and the like) installed on the own mobile terminal 200 (such as a mobile phone, a tablet computer and the like). The embodiment can be applied to different aspects in the growth process of children, such as infant care and the like. The scheme of this embodiment is described in detail below:

(1) in a nursery regimen, the first information may be a voice input by the user of toy 100 (i.e., the child), such as a word that the child is uncomfortable with toy 100 saying "mom, i am uncomfortable" or "mom, i am fever"; it is also possible to provide a temperature measuring device at the toy 100 end to measure the body temperature of the child and send it to the server 300. After receiving the corresponding first information, the server 300 analyzes the first information, for example, performs keyword analysis on the voice content, determines whether the temperature measurement result exceeds a normal range, and the like, where the first analysis result includes some conditions that may occur to a child, such as a cold, a fever, a belly-pulling, a belly-ache, and the like, the server 300 sends a corresponding possible condition list to the mobile terminal 200, and a parent of the mobile terminal 200 performs a corresponding query according to the possible conditions sent by the server 300, which may be a recorded voice query, such as "baby, where you are uncomfortable? Or do baby want to pull the belly? "and the like. Thus, the server 300 is provided with an information source for data analysis through questions and answers between the parent and the child, thereby analyzing the physical condition of the child. The entire process continues until the symptoms of the child are determined. The specific scheme is as follows:

When the first query message is a voice query, the toy 100 receives the voice query recorded by the parent at the mobile phone end and outputs the voice query, for example, by means of voice playing.

After hearing the parent's query, the child at the toy 100 responds accordingly, recorded by the toy 100 and sent to the server 300. At this point the second message is a reply to the child recorded at toy 100. The server 300 receives and analyzes the child's reply to obtain a second analysis result, and then sends the second information and the second analysis result to the mobile terminal 200.

If a question and a answer are only used, the corresponding conclusion may not be obtained, so that, in a preferred scheme, the method can be realized by a plurality of questions and answers, namely:

the mobile terminal 200 further includes a second query message sending module 240, configured to send a second query message to the server 300 according to the second information and the second analysis result;

server 300 further comprises a second query message receiving and sending module 340 for receiving said second query message and forwarding it to toy 100;

toy 100 further comprises a second query message receiving and outputting module 140 for receiving and outputting said second query message;

toy 100 further comprises a third information receiving and transmitting module 150 for receiving the third information and transmitting it to server 300;

the server 300 further includes a third information analysis module 350, configured to analyze the third information to obtain a third analysis result, and send the third information and the third analysis result to the mobile terminal 200;

the mobile terminal 200 further includes a third information and third analysis result receiving module 250, configured to receive third information and a third analysis result;

After the above-mentioned loop process is stopped, a final analysis result is obtained, and the server 300 further includes a result determining and retrieving module 360 for determining whether the final analysis result meets a preset condition, and if so, retrieving a reply result corresponding to the preset condition from the database of the server 300 and pushing the reply result to the mobile terminal 200.

The mobile terminal 200 further includes a reply result receiving module 260, configured to receive a reply result, where the reply result is obtained by the server 300 by determining whether the final analysis result meets a preset condition, and if so, the final analysis result is retrieved from the database of the server 300, and the reply result corresponds to the preset condition.

The server 300 may determine the preset condition through keyword analysis. Specifically, the method comprises the following steps:

in the scheme (1.1) and the scheme (1.2), whether the final analysis result meets a preset condition is judged, and the preset condition is that a preset keyword appears in the voice inquiry and the voice reply. The preset keywords are state diagnosis keywords, and the reply results corresponding to the preset conditions are body state diagnosis estimation results of the children and suggestions on how to process the children; the server 300 pushes a reply result corresponding to the preset condition to the mobile terminal 200. A parent on the side of mobile terminal 200 may view or listen to the advice and take corresponding action.

Wherein, the reply result can be presented in the form of text or voice.

Those of ordinary skill in the art will appreciate that all or part of the steps of the various methods of the embodiments may be implemented by associated hardware as instructed by a program, which may be stored on a computer-readable storage medium, which may include: a Read Only Memory (ROM), a Random Access Memory (RAM), a magnetic or optical disk, or the like.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.

Claims

1. An interaction method applied to a toy, the method comprising:

step 101: receiving first information, wherein the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy, and sending the first information to a server; the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result and forwards the first inquiry message to the toy through the server, wherein the first analysis result comprises different states of a user when the user is ill;

step 102: receiving and outputting the first inquiry message;

step 103: receiving second information and sending the second information to a server so that the server analyzes the second information to obtain a second analysis result, and sending the second information and the second analysis result to a mobile terminal;

the above step 104 and 105 are executed in a loop until the mobile terminal user stops sending the inquiry message;

stopping the circulation process to obtain a final analysis result;

and judging whether the final analysis result meets a preset condition, if so, calling a reply result corresponding to the preset condition from a server database, and pushing the reply result to the mobile terminal, wherein the reply result is a body state diagnosis evaluation result and a processing suggestion of the user.

2. A toy, comprising:

a first information receiving and transmitting module, configured to perform step 101: receiving first information, wherein the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy, and sending the first information to a server; the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result and forwards the first inquiry message to the toy through the server, wherein the first analysis result comprises different states of a user when the user is ill;

a first query message receiving and outputting module for performing step 102: receiving and outputting the first inquiry message; and

a second information receiving and transmitting module, configured to execute step 103: receiving second information and sending the second information to a server so that the server analyzes the second information to obtain a second analysis result, and sending the second information and the second analysis result to a mobile terminal;

a second query message receiving and outputting module for performing step 104: receiving and outputting a second inquiry message, wherein the second inquiry message is sent by a mobile terminal user after the mobile terminal receives the second information and the second analysis result, and is sent to the toy through a server; and

a third information receiving and transmitting module, configured to perform step 105: receiving third information and sending the third information to a server so that the server analyzes the third information to obtain a third analysis result, and sending the third information and the third analysis result to a mobile terminal;

stopping the circulation process to obtain a final analysis result;

and the judging and calling module is used for judging whether the final analysis result meets a preset condition or not, if so, calling a reply result corresponding to the preset condition from a server database, and pushing the reply result to the mobile terminal, wherein the reply result is a body state diagnosis evaluation result and a processing suggestion of the user.

3. An interaction method applied to a mobile terminal is characterized by comprising the following steps:

step 301: receiving first information and a first analysis result sent by a server, wherein the first information is received by a toy and sent to the server, and the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy; the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, wherein the first analysis result comprises different states of the user when the user is ill;

the above step 304 and step 305 are executed in a loop until the mobile terminal user stops sending out the inquiry message;

stopping the circulation process to obtain a final analysis result;

step 306: and receiving a reply result, wherein the reply result is obtained by calling from a server database if the final analysis result meets a preset condition, and the reply result corresponds to the preset condition, wherein the reply result is a body state diagnosis evaluation result and a processing suggestion of the user.

4. A mobile terminal, comprising:

a first information and first analysis result receiving module, configured to execute step 301: receiving first information and a first analysis result sent by a server, wherein the first information is received by a toy and sent to the server, and the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy; the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, wherein the first analysis result comprises different states of the user when the user is ill;

a first query message sending module, configured to execute step 302: sending a first inquiry message to a server according to the first information and the first analysis result, so that the server forwards the first inquiry message to the toy and outputs the first inquiry message; and

a second information and second analysis result receiving module, configured to perform step 303: receiving second information and a second analysis result, wherein the second information is received by the toy and is sent to a server, and the second analysis result is obtained by analyzing the second information by the server;

a second query message sending module, configured to execute step 304: after receiving second information and a second analysis result, sending a second inquiry message to a server according to the second information and the second analysis result, so that the server can forward the second inquiry message to the toy and output the second inquiry message; and

a third information and third analysis result receiving module, configured to execute step 305: receiving third information and a third analysis result, wherein the third information is received by the toy and is sent to a server, and the third analysis result is obtained by analyzing the third information by the server;

stopping the circulation process to obtain a final analysis result;

a reply result receiving module, configured to execute step 306: and receiving a reply result, wherein the reply result is obtained by calling from a server database if the final analysis result meets a preset condition, and the reply result corresponds to the preset condition, wherein the reply result is a body state diagnosis evaluation result and a processing suggestion of the user.

5. An interactive method, characterized in that the method comprises:

step 501: the toy receives first information, wherein the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy, and the first information is sent to a server;

step 502: the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, wherein the first analysis result comprises different states of the user when the user is ill;

step 505: the toy receives and outputs the first inquiry message;

step 510: the toy receives and outputs the second inquiry message;

step 508 and 513 are executed in a loop until the user of the mobile terminal stops sending the query message;

stopping the circulation process to obtain a final analysis result;

step 514: judging whether the final analysis result meets a preset condition, if so, calling a reply result corresponding to the preset condition from a server database, and pushing the reply result to the mobile terminal;

step 515: and the mobile terminal receives the reply result, wherein the reply result is the physical state diagnosis evaluation result and the processing suggestion of the user.

6. An interactive system is characterized by comprising a toy, a mobile terminal and a server; wherein:

the first information receiving and transmitting module is configured to perform step 101: receiving first information, wherein the first information is voice input of a user and/or body temperature data of the user detected by a temperature detection device on the toy, and sending the first information to a server; the server performs keyword analysis on the voice content of the voice or judges whether the body temperature data exceeds a normal range to obtain a first analysis result, and sends the first information and the first analysis result to the mobile terminal, so that the mobile terminal sends a first inquiry message to the server according to the first information and the first analysis result and forwards the first inquiry message to the toy through the server, wherein the first analysis result comprises different states of a user when the user is ill;

the first query message receiving and outputting module is configured to perform step 102: receiving and outputting the first inquiry message;

the second information receiving and transmitting module is configured to perform step 103: receiving second information and sending the second information to a server, so that the server 300 analyzes the second information to obtain a second analysis result, and sends the second information and the second analysis result to the mobile terminal;

the first information and first analysis result receiving module is configured to execute step 301: receiving first information and the first analysis result sent by a server, wherein the first information is received by the toy and sent to the server; performing keyword analysis on the voice content of the voice or judging whether the body temperature data exceeds a normal range by the server to obtain a first analysis result, and sending the first information and the first analysis result to the mobile terminal, wherein the first analysis result comprises different states of the user when the user is ill;

the first query message sending module is configured to execute step 302: sending a first inquiry message to a server according to the first information and the first analysis result, forwarding the first inquiry message to the toy by the server, and receiving and outputting the first inquiry message by the toy;

the second information and second analysis result receiving module is configured to execute step 303: receiving second information and a second analysis result, wherein the second information is received by the toy and sent to a server, the server analyzes the second information to obtain a second analysis result, and the second information and the second analysis result are sent to the mobile terminal;

the server comprises a first information analysis module, a first inquiry message receiving and sending module, a second information analysis module, a second inquiry message receiving and sending module, a third information analysis module and a result judgment and calling module:

the first information analysis module is configured to perform step 502: performing keyword analysis on the voice content of the voice or judging whether the body temperature data exceeds a normal range to obtain a first analysis result, and sending the first information and the first analysis result to a mobile terminal, wherein the first analysis result comprises different states of a user when the user is ill;

the first query message receiving and sending module is configured to perform step 504: receiving the first inquiry message and pushing the first inquiry message to the toy;

the second information analysis module is configured to perform step 507: analyzing the second information to obtain a second analysis result, and sending the second information and the second analysis result to the mobile terminal;

the second query message receiving and sending module is configured to perform step 509: receiving the second inquiry message and forwarding to the toy;

the third information analysis module is configured to perform step 512: analyzing the third information to obtain a third analysis result, and sending the third information and the third analysis result to the mobile terminal;

circularly executing the above step 509-512 until the mobile terminal user stops sending the query message;

stopping the circulation process to obtain a final analysis result;

the result judgment and retrieval module is configured to execute step 514: and judging whether the final analysis result meets a preset condition, if so, calling a reply result corresponding to the preset condition from a server database, and pushing the reply result to the mobile terminal.