WO2012142851A1

WO2012142851A1 - Edutainment system and education method for infant in movement

Info

Publication number: WO2012142851A1
Application number: PCT/CN2011/085093
Authority: WO
Inventors: 黄国华
Original assignee: 杭州全动科技有限公司
Priority date: 2011-04-16
Filing date: 2011-12-30
Publication date: 2012-10-26
Also published as: CN102157079A; CN102157079B

Abstract

An edutainment system for infants in movement comprises a detection controller and one or more touch-sensitive display devices. A respective communication interface of the one or more touch-sensitive display devices is connected to a communication interface of the detection controller. A respective power interface of the one or more touch-sensitive display devices is connected to a power source of the detection controller. Each touch-sensitive display device is formed by an MCU, multiple light-emitting touch-sensitive display modules, a communication interface and a power interface. Signal ends of the multiple light-emitting touch-sensitive display modules are connected to a signal output end of the MCU; and the communication interface and the power interface are respectively connected to a signal end of the MCU. An MCU signal end of the detection controller is respectively connected to a signal end of a language output circuit, a display module signal end, a storage signal end, a power source, an internal communication interface and an external communication interface. Also disclosed is an edutainment method for infants in movement.

Description

Infant and child care and education system and education method

Technical field

The invention relates to an infant and child breeding and breeding education system and an educational method capable of making infants and young children happy in sports and getting good enlightenment education, and belongs to the field of infant and child enlightenment education system manufacturing.

Background technique

With the continuous development of social civilization and society, the importance of family education has been accepted by most people, especially pre-school education. The state has put pre-school education in the basic national policy, but the teaching aids associated with pre-school education, The learning tools can not meet the needs of development. Some repetitive simple toys and teaching aids not only reduce the input costs of the education of the church, but increase the resources, increase the carbon emissions, and rarely combine the new technology. Development, can continuously update a product, have new interesting points, and can simultaneously advance several types of intelligence, such as: Patent Application No. 200980101531.7 'Children's Education Pad', the purpose of the invention is to provide a child learning Pad, a learning pad that provides a learning device for children to enjoy audiovisual entertainment and body entertainment, thereby doubling the child's interest and ensuring the growth of children's activities in audiovisual entertainment and educational outcomes, which can lead to physical development and increase Child education effect. However, this technical solution has one of the following practical problems:

1 There is no explanation on how to judge and evaluate the child's ability to concentrate and respond during play, so as to determine the level of maturity and ability of all aspects of the child's skills, such as: test the reaction time, including, so that there is no sense of accomplishment for children. ;

2 There is no explanation on how to carry out parent-child interaction or reasonable judgment of two or more people in the competition or in the process of coordination, in order to achieve the effect of fair competition and parent-child interaction coordination;

3 Because it mainly uses voice to guide its movements, there is no big difference between the general dance talks, so this technical solution can't be completed, logical inference, double-playing, and more interesting and training children's logic. Ability to scrutinize, or promptly respond to actions to improve children's attention, responsiveness, logical judgment, and physical coordination;

4 There is no explanation and publicity on how to update and download through the latest games. It is only after the PC computer links, communication, what is the content of the communication, how to achieve;

5 Because capacitive touch-sensing switches have uncertainties in distributed capacitance over long distances, the design of the structure and the problem of overcoming long-distance instability are not addressed in this application;

6 The method of changing the picture on the seat cushion is used to change the learning content, so that there are many picture materials to be solved, which is costly and inconvenient;

7 The invention realizes the switching function by means of pressure, but how to attract children to crawl, and crawling is especially important during the baby's 6-9 months. The invention is only a method of using sound, and the sound is only from one direction, The child is not attractive, so it cannot be realized;

8 Did not clarify and evaluate the effects and grades of sports learning, and did not explain how to achieve the effect of learning and the realization of grades, without better stimulating the child's positive achievement psychology;

9 There is no publicity to better educate children to pay more attention to and judge the changing trends and attention, and there is no better way to attract children.

technical problem

To avoid the deficiencies in the background technology, design a system and education method for infants and children's eugenics that can make infants and children happy in sports and get good enlightenment education.

Technical solution

Design plan: In order to better realize the purpose of children's music education, to learn in sports, to exercise in learning, to give full play to the child's subjective initiative, not only to complete the training of sports intelligence, but also to train children Logic, space, mathematics and other aspects of intelligence, specific attentional training, reflection speed training, physical coordination ability training, logical judgment ability training, mathematics computing ability training, English word practice, competition psychological quality Training, teamwork, training, parent-child interaction, etc.

Technical Solution 1: Infant and child care and breeding education system is a communication interface of one or more touch sensing display devices respectively connected with a communication interface of a detection controller, and power interfaces of one or more touch sensing display devices respectively The power supply connection is connected with the detecting controller; each touch sensing display device is composed of an MCU, a plurality of light-emitting touch sensing display modules, a communication interface, and a power interface, and the plurality of light-sensitive touch sensing display module signals are connected to the MCU signal output end, the communication interface and The power interface is respectively connected to the MCU signal end; the MCU signal end of the detection controller is respectively connected to the signal end of the language output circuit, the signal terminal of the display module, the memory signal end, the power supply, the internal communication interface and the external communication interface. The touch-sensitive light-emitting display module is composed of a metal piece, a light-emitting diode and a wire. The center of the metal piece has a light-emitting window hole, and the light-emitting diode is opposite to the light-emitting window hole. One end of the wire is connected to the metal piece, and the other end is connected to the MCU of the touch-sensitive display device 1. Touch-sensing interface, the LED signal line is connected to the I/O port of the MCU. The MCU has a built-in memory and an inductive I/O interface (or an inductive interface formed by an I/O port) and a communication interface. Each MCU has its own fixed number or device number programmed into the memory. The panel of the touch sensitive display device is composed of a plurality of light-emitting touch sensing display modules composed of a plurality of rectangular blocks, and the contents represented by the surfaces of the plurality of rectangular blocks are different. One or more touch sensing display devices 1 can work alone or in pairs, that is, one or more pieces can work together.

Technical Solution 2: An infant and child breeding and breeding system, the MCU in the detection controller has built-in learning and learning software, and the user selects the music breeding program through the working mode selection button in the detecting controller. The music education program instruction MCU will display the content of the desired music education through the illuminated touch sensing display module in the speaker or the touch sensing display device, and guide the infant hand or foot to touch the illuminated touch sensing display module, and touch the touch The information is fed back into the MCU of the detector and identified by the MCU. If the pair is recognized, the MCU instructs the language output circuit to perform language recognition. At the same time, the instruction display module performs the iconic praise. If the recognition is wrong, the MCU instructs the language output circuit to encourage the language. At the same time, the instruction display module encourages the illustration. The detection controller has an advancement determination program based on the time and accuracy of the infant's completion. The music education and learning software includes Sports and entertainment application software, logic training application software, arithmetic learning application software, music training application software, multiplayer application software, infant crawling training application software, back words Application software, hand and foot coordination training application software. The Yule Education and Learning Software is based on the hardware of the Infant and Child Care System. According to the defined touch-sensing display device, the location of the illuminated touch-sensitive display module is programmed to obtain different applications. Different applications and effects. When the infant is learning to crawl, the application software is based on the position of the child, the light and sound of the surrounding position when he does not touch the touch point, and uses various color lights to perform various flashing and voice matching pronunciations when he touches When the light is on, the voice encourages and repeats the above requirement at another location. When no touch information is detected outside of a certain time, the above request is repeated in another place.

Beneficial effect

Compared with the background art, the invention solves and realizes the purpose of the child's educational activities in the movement, achieves learning in the exercise, exercises in the exercise, gives full play to the subjective initiative of the child, and not only completes the training of the sports intelligence, but also cultivates Children's logic, space, mathematics and other aspects of intelligence, such as: attention training, reflection speed training, physical coordination ability training, logic judgment ability training, mathematics computing ability training, English word practice, competition psychology The cultivation of quality, the training of team collaborative operations, and the combination of parent-child interaction.

DRAWINGS

Figure 1 is a block diagram of the system of infants and children's music breeding education system.

Figure 2 is a block diagram of the system of infant and child breeding and breeding education system.

Figure 3 shows the monitor display.

4 is an outline view of a touch sensitive display device.

Figures 5a-5b are diagrams of the optoelectronic acquisition module.

Figure 6 is a system information interaction diagram of the infant and child education system.

Figure 7 is a basic flow chart of sports entertainment.

Figure 8 is a basic flow chart of logic training.

Figure 9 is a basic flow chart of arithmetic learning.

Figure 10 is a basic flow chart of music training.

Figure 11 is a basic flow chart of the multiplayer competition.

Figure 12 is a flow chart of crawling training.

Figure 13 is a basic flow chart of the back word.

Figure 14 is a schematic diagram of hand and foot coordination training.

Figure 15 is a basic flow chart of hand and foot coordination training.

Figure 16 is a hardware platform system composed of a computer (PC).

Embodiments of the invention

Embodiment 1: The present invention mainly consists of a terminal operating system and a service system. When uploading data or downloading a new application, the data communication connection is performed. When the data is exchanged, the data can be removed or exited. way communications, data communications may be wired or wireless manner, in particular see Fig. 1 shows the structural principle;

The terminal operating system is composed of a detection controller and one or more touch sensing display devices. Referring to FIG. 2, the detection controller and each touch sensing display device are connected through a data transmission line, such as I2C or RS-485. For connection, the power supply is also supplied along with the wire harness, and the connections between the touch sensing display devices are connected in parallel via the data bus I2C or RS-485, and each touch sensing display device is composed of a plurality of light-emitting touch sensing display modules. They are each connected from the I/O port of the MCU. The touch sensing method is connected from the I/O port of the MCU by means of a capacitive touch sensing interface. The lines are isolated to prevent mutual interference and the way of displaying the light. The multi-color LED tube is used, and the control section is controlled by the I/O port of the MCU. Each touch sensing display device has its own unique address or device number written in the ROM or E2ROM of the respective MCU to distinguish the respective positions. The operation content and detection result provide the data corresponding to the detection controller through data communication, and realize the comprehensive processing, judgment and evaluation of the data. And execution;

The operation interface of the detection controller is shown in Figure 3. The basic operation mode is to open the power supply through the power supply key, and the communication line of each touch sensing display device has been connected. The display is basically normal, and several touch sensing displays are displayed. Device, press the work mode selection button, the selected item flashes. If it is not the item selected by the user, you can select it by using the upper selection key or the lower selection key. When the item is selected, press the OK key to be selected in the frame. The value flashes, and then press the confirm button, the setting is completed in turn, the set content is, the item, the difficulty coefficient, the use time, the number of repetitions, the game user (one person or many people), set in turn; then press the user management button Also, the selected item is also indicated by flashing. After pressing the OK key, after adjusting the position by the up and down keys, press the enter key to end the setting. And start running regularly, the selected user items are: user code, represented by numbers; user registration, represented by numbers; user password, represented by numbers; user query, represented by numbers (note plus permissions).

The touch-sensitive display device is shown in Figure 4. It can be increased or decreased as needed. Because the bus is used for communication, multiple devices can be loaded as needed, but each touch-sensitive display device has its own identification number. (device number), each block of touch-sensitive display device has multiple blocks (as long as the communication speed and I/O port are enough) The illuminating touch-sensing display module can be used as a user to observe and operate. The illuminating tube can be selected in multiple colors or in a single color to indicate different motion requirements. The reflection of the touch can be selected according to different needs, and the touch can be reflected and touched and then reflected after leaving. Printed with different numbers, letters, notes, symbols, texts, etc., according to these representations, to achieve the corresponding purpose.

Since the illuminating touch-sensing display module is disturbed by abnormal sensing in wiring, the present invention adopts the structure shown in FIG. 5 as a basic product design through corresponding experiments, and solves the problems that may occur. Illuminated touch sensing display module is subject to The MCU control and detection of the touch sensing display device is performed in accordance with the mode and instruction of the detection controller operation, and the LED display lights of each of the illuminated touch sensing display modules are illuminated in a certain mode, and the scanning and receiving circuits are performed. The illuminating touch sensing displays the change information of the module, and provides the information to the detecting controller in a timely manner by means of communication, or the detecting controller collects the information into the detecting controller through sequential communication, so that the data is processed. See Figure 6 for details.

The service system is composed of a background user management server and a home computer. The connection between the two is through the Internet. The interactive information is mainly uploaded user data, mainly the user's information and various tests during play. The resulting information and evaluation information are based on the information data. After the corresponding processing is performed according to the information, the actual needs of the users are mined to suggest better applications, and better entertainment, learning, improvement, The effect of growth.

Embodiment 2: This is an application implemented under the hardware condition of Embodiment 1, which is designed to solve the user's interesting motion by generating a set of random arrays in the detection controller (random numbers are included) The piece in the touch-sensitive display device Illuminated touch-sensitive display module, the way of illumination (the duty cycle of the trigger current is gradually increased, flickering, and constantly bright), the color (red, yellow, green, blue, white, orange, etc.), the longest illumination time (in seconds) Calculation) The arrays directly issue execution commands to the touch sensing display devices, such as: gradually lighting the lights of the illuminated touch sensing display module in a touch sensing display device, allowing the user to observe The light in each touch-sensing display device emits light, and what light is emitted. When the user finds that the light is on, then the user touches with the hand or the foot. In the process, the MCU of each touch-sensing display device does not stop. Own Whether the touch-sensing display module touches the sensing information to perform non-stop scanning detection, but after detecting the information, the information is processed and calculated in time, and the information includes detecting which light-sensitive touch-sensitive display module detects the touch. The information is found to be the time of touching the information, and then the information is sent to the detection controller at the time of communication with the detection controller, and the detection controller performs unified processing, and the processing of the next random number is continued after the processing is completed. Sometimes more than one random number can be executed at the same time to realize the coordination of the hands and feet and the body to achieve the purpose of training reaction observation ability, concentration concentration, and sports skill development; FIG. 7 is a basic flow chart of the embodiment, when setting parameters After the completion, the program starts running. First, check if the set working time has expired. If the time is up, end the work. If it is not, the generated random number will be sent to the random number through the data bus. The MCU of the touch-sensitive display device is driven by the MCU to the illuminated touch-sensitive display module generated by the random number, and according to the instruction, the LED light-emitting tube is illuminated according to the illumination mode, the color, and the length of the illumination, and the detection controller detects each The touch sensing display device has trigger information. When the trigger information of a certain touch sensing display device is detected, the touch sensing display device sends the position information generated by the touch information and the touched time information to the detection controller. It is determined by the detection controller program whether the correct touch information is generated (ie that The illuminated touch sensing display module is illuminated, and the module should be touched. This way, the above content is continued. If no touch information is detected, a certain proportion of the duty cycle display current is increased, and the display continues until the set time of the light is reached, and then Continue to perform the execution of the next random number. When the operation of the random number has reached the working time, the operation is stopped, the detection controller calculates the number of effective touches and the time spent, and then displays the level status according to the level standard. If the background system is connected, all the users are The results achieved here are sent to the backend system for efficient management of the user.

Embodiment 3: In this embodiment, under the hardware environment condition of Embodiment 1, in order to solve the user's movement and careful observation process, logical training can be obtained, and a basic method of first displaying and then implementing logical judgment is adopted. To improve and increase the effect of breeding and education, and increase the user's higher interest in learning. The method is as shown in the basic flow chart shown in Figure 8. First, select the logical training project, and then select the difficulty coefficient, time, and user name. Or with the password, after the setting is successful, the program starts running, extracting the problem of logical judgment, and checking the set time in each cycle execution to see if it has reached the set time, when there is no When the set time is reached, the next logical topic is continuously extracted. When the logic topic is output, the light displayed by the user according to the indicated content touches one by one, and when the detection controller sends out, please look for the last one or three positions. 'When the voice is voiced, the user should reason in time or the shortest time to determine and execute which position the next or 3 positions should be, and after touching, if Off reasoning is correct, encouragement, repeated again and vice versa (eg: no more than three times) the original execution of the program. When there is no correct answer after the end of the 3 repetitions, the correct answer is displayed to the user, so that in the future, according to the methods of these judgments, the ability to implement other logical judgments can be inferred, so as not to lose its fighting spirit as the effect. In order to increase the diversity of changes in the limited segmentation area in the process, the color of the light used is also included in the logical judgment, but the way of responding adopts multiple colors of different touches, that is, red touch once, yellow touch two Times, orange touch three times, etc., which can increase the expansion of a lot of colorful content.

Embodiment 4: Based on the basic hardware foundation of Embodiment 1, in order to solve the possibility that the user can learn arithmetic while playing, the present invention uses the numbers and symbols drawn on the touch-sensitive display device to perform arithmetic addition, subtraction, multiplication, and In addition to the basic calculations, the voice playback method can be used in the calculation, and the user answers the digital touch sensing module of the touch sensing display device according to the mental arithmetic method, but this method is not very intuitive and difficult to remember, so It may be a mistake often, so in this case, you can also choose to use light to indicate the number and symbol to achieve the problem, and then the user answers the question. See Figure 9 for the specific workflow.

Embodiment 5: The present invention is based on the hardware of Embodiment 1, loading application software, and defining each of them in each touch sensing display device. The illuminated touch sensing display module is a certain musical symbol, and The music symbols drawn on the surface of the touch-sensitive display device are consistent. If there are notes with high octaves or low octaves, they are distinguished by different display colors. Similarly, when the application is selected and the corresponding parameters are selected, The program runs, sings the corresponding music, according to the rhythm of the music, according to the music in the song, the corresponding light is illuminated, the user can press the light that is lit, touch Illuminated touch sensing display module Dance, if the rhythm does not match or take the wrong note, there is a corresponding voice prompt, and there is a corresponding record in the detection controller, and finally as a judgement score, to cultivate the user's preference and interest in music, and can play in entertainment And the purpose of exercising. See Figure 10 for the specific process.

Embodiment 6: In order to achieve parent-child interaction, the home is more harmonious. The present invention uses the hardware foundation of Embodiment 1 as a platform, and loads an application software to have two identical competitions running on different touch-sensitive display devices. The program separately monitors and calculates the execution according to the respective observation and the effect of the exercise execution, and the data is concentrated in the detection controller for evaluation, that is, how many prescribed touch tasks are completed within the prescribed time, and how many errors are there. And time wasted, after comprehensive evaluation, it shows the effect of its realization. These competitions can be attended by two or more people. They can be sports competitions or logical and computational competitions. This solves the problem of using a small space in the family to achieve parent-child interaction. Force training, physical exercise, logic training to find rules, simple mathematical calculations, memory training (such as back circumference rate, etc.), compared with the prior art, simpler, more varied, multi-purpose, learning and entertainment Not wrong. See one of the flowcharts shown in Figure XI for details.

Embodiment 7: In order to solve the action of training crawling when the infant is in the size of June-September, the present invention adopts the hardware basic platform of the first embodiment, and uses different application software to realize the action of attracting the infant to realize crawling. In order to balance and coordinate the basic functions of the limbs, and lay a solid foundation for the development of sports intelligence in the future, the basic methods and processes are shown in Figure 12. The basic process is the setting of the program. After the setting is completed, the set operation is performed. First, the set time is observed. When the time does not reach the specified time, the scanning monitoring has several touches. Illuminating the touch sensing display module, and the detecting controller calculates the touched The illuminated touch-sensitive display module in the vicinity of the illuminated touch sensing display module, and in a sequence of time, the color, brightness and manner of the light, the sound is exposed to the infant, attracting him to curious to touch it, when touched When the light is extinguished and sounded, the action recognition of the infant is realized, and the next cycle is performed until the set time is reached; when there is no touch for a long time, the illuminated touch sensing display is displayed on the other side. Module action, one cycle operation. The number and time of touches that were monitored to evaluate the child's foundation.

Embodiment 8: This is a method for learning English words in motion. It is based on the hardware in Embodiment 1 to implement loading of a new application software, which can realize the basic functions of motion in learning. The specific implementation method is shown in Figure 13. In a multi-block touch-sensitive display device that has been marked with 26 English letters The illuminating touch sensing display module, when the setting is completed and running, the detecting controller issues an English word or sentence, and the user can search for the English alphabet to be composed according to the English word or sentence issued, and the detecting controller collects each The touch sensing display device touches the position from which the sensing signal comes from, and checks whether there is an error with the spelling of the word or sentence in order, if an error is found and the voice is used, and the correct answer is used with the light in the different letters. The display is lit up and then replayed until the set time.

Embodiment 9: Based on the hardware of Embodiment 1, the present invention loads an application program for hands-on coordination training, and simultaneously moves the hands and feet at the same time during operation, and coordinates processing transactions, such as dividing the touch sensing display device therein. The second group, as shown in Figure 14, is divided into two groups, A and B. A and B are divided into upper and lower groups. The upper group A and the upper group B can be hung on the wall, while the lower group A and the lower group B can On the ground, it can be divided into one person or two or more people to carry out activities, or as a competition. Figure 15 is a workflow of the training hand-foot coordination, parent-child interaction or competition of the embodiment. The main feature of this process is that the inspection procedure and the reaction speed of the process are executed after the random array generated at the same time. , evaluate the quality of the activity process, and evaluate its level. The same distribution arrangement also adapts to the analysis, judgment and calculation of logic and mathematics to achieve diversified fun, learning and exercise effects.

It should be understood that although the above embodiment has a relatively detailed text description of the design idea of the present invention, these text descriptions are merely a simple text description of the design idea of the present invention, and are not limited to the design idea of the present invention, and may not exceed any Combinations, additions or modifications of the inventive design are all within the scope of the invention.

Claims

1 The invention relates to an infant and child breeding and breeding education system, characterized in that: one or more communication interfaces of the touch sensing display device 1 are respectively connected with a communication interface of the detection controller 2 or the PC, and one or more touch sensors are used. The power interface of the display device 1 is respectively connected to the power supply of the detection controller 2 or the PC; each touch sensing display device 1 is composed of an MCU, a plurality of light-emitting touch sensing display modules, a communication interface, and a power interface, and multiple light-sensitive touch sensing displays The module signal is terminated with the MCU signal output end, the communication interface and the power interface are respectively connected to the MCU signal end; the MCU signal end of the detection controller 2 is respectively connected to the signal end of the language output circuit, the signal terminal of the display module, the memory signal end, the power supply and the internal communication Interface and external communication interface.

2 The infant-infant breeding and learning system according to claim 1, wherein the touch-sensitive light-emitting display module is composed of a metal piece, a light-emitting diode, and a wire or a touch-sensitive chip, and the center of the metal piece is provided with a light-emitting window. The hole and the light emitting diode are opposite to the light emitting window hole. One end of the wire is connected to the metal piece, and the other end is connected to the MCU touch sensing interface or the I/O interface of the touch sensing display device 1. The LED signal line is connected to the I/O port of the MCU or through the logic circuit. Then connect the I/O port of the MCU.

3 The infant and child nurturing and nurturing system according to claim 1, wherein the MCU has a built-in memory and an inductive I/O interface (or an inductive interface formed by an I/O port) and a communication interface. Each MCU has its own fixed number or device number programmed into memory.

4 The infant and child nurturing and nurturing system according to claim 1, wherein the panel of the touch sensitive display device 1 is composed of a plurality of illuminating touch sensing display modules composed of a plurality of rectangular blocks, and a plurality of blocks The content represented by the surface of the rectangular block is different.

5 The infant and child nurturing and nurturing system according to claim 1, wherein the one or more touch sensing display devices 1 can work alone or in pairs, that is, one or more pieces can be spelled together. Take a job.

6 , an infant and child breeding and breeding education system, the MCU in the PC or the detection controller 2 has a built-in learning and learning software, which is characterized in that the user selects the working mode in the PC or the detection controller 2 The key selects its breeding and learning program, and the music learning program instruction MCU transmits the content of the desired music education through the illuminated touch-sensitive display module in the speaker or the touch-sensitive display device to display or display the sound with the speaker, and is passed by the human body. Hand or foot touches the touch action of the touch sensing display module, and feeds the touched information to the MCU of the detector 2 or the PC, and is processed by the MCU or processed by the PC. If the pair is recognized, the MCU or the PC commands the language. The output circuit performs language recognition. At the same time, the instruction display module performs the graphic praise. If the recognition is wrong, the MCU or the PC commands the language output circuit to encourage the language. At the same time, the instruction display module encourages the display to achieve agile, attention, and The purpose of competition, reasoning, judgment, learning, and movement.

7 The infant and child nurturing and nurturing system according to claim 6, wherein the detection controller has an advancement determination or scoring procedure according to the time and the correct rate of completion of the infant.

8. The infant and child education system according to claim 6, wherein the music learning and learning software includes sports entertainment application software and logic training. Application software, arithmetic learning application software, music training application software, multiplayer application software, infant crawling training application software, back words Application software, hand and foot coordination training application software.

9 The infant and child breeding and breeding system according to claim 6, wherein the learning and learning software is based on the hardware of the infant and child breeding and learning system, according to the definition. In each of the touch sensing display devices, the position of the illuminated touch sensing display module is programmed into different applications to obtain different applications and effects.

10 The infant and child nurturing and nurturing system according to claim 6, wherein: when the infant is learning to crawl, the application software is a lamp according to the position of the child, in the peripheral position when he does not touch the touched point. The harmony sounds and uses different color lights to make various flashing and voice matching pronunciations. When he touches the light that is lit, the voice encourages and repeats the above requirements at another position. When the touch information is not detected at a certain time. Then, repeat the above requirements in another place.