WO2017020502A1

WO2017020502A1 - Guide system and method for healthy water-drinking of child

Info

Publication number: WO2017020502A1
Application number: PCT/CN2015/098607
Authority: WO
Inventors: 张贯京; 陈兴明
Original assignee: 深圳市前海颐老科技有限公司
Priority date: 2015-08-05
Filing date: 2015-12-24
Publication date: 2017-02-09
Also published as: CN105147524A

Abstract

A guide system (20) and method for healthy water-drinking of a child are applied to a water-drinking apparatus (100). The water-drinking apparatus (100) comprises a cup body (1), a linear (3), and a base (2). A flexible display screen (11) and a fingerprint sensing film (12) are inlaid on the outer surface of the cup body (1), a water pressure sensor (30) is disposed at the bottom of the linear (3), and an infrared sensor (22) is disposed on the base (2). When sensing that the human body gets close to the water-drinking apparatus (100), the infrared sensor (22) displays a cartoon that a child is interested in on the flexible display screen (11), to draw the attention of the child under guardianship to touch the cup body (1) of the water-drinking apparatus (100) by hands. The fingerprint sensing film (12) recognizes the fingerprint on the cup body (1), and the water pressure sensor (30) measures the water pressure of the linear (3) to determine whether the child needs supplementation of water. When the child needs supplementation of water, an image improving the desire of the child for drinking water and the volume of water needing to be drunk are displayed on the flexible display screen (11), to guide the child to drink water in time. The system (20) and method can improve the desire of a child for drinking water, guide the child to drink water healthily, enhance the consciousness of drinking water of the child, and help the child to develop the habit of drinking water at regular time.

Description

Child healthy drinking water guiding system and method

Technical field

The invention relates to the field of life health management, in particular to a child healthy drinking water guiding system and method.

Background technique

The fast-paced work and life of today make it easier for some guardians (including parents and guardians) to take care of children, especially school-age children. From a health point of view, children need to regularly and regularly replenish water to ensure their healthy growth. However, children are naturally instinct to play, self-care ability is generally not strong, there is no habit of consciously drinking water or drinking water is insufficient every day. In the case that the parents are not around the child, the child does not have regular reminders and arrangements for drinking water, relying entirely on conscious drinking habits. Usually, many children are not willing to drink water, do not like to drink water, or have no habit of drinking water regularly. As a result, the child's lack of water every day causes the child's body to be dehydrated, which affects the child's health and even causes many diseases.

Currently known drinking water products (such as ordinary water cups, vacuum cups, filter cups, etc.) mainly implement drinking water monitoring and timed reminder recording functions on drinking water products, but none of them can improve children's desire to drink water. Correctly guiding children to drink water, so it can not help children develop good habits of regular healthy drinking water.

Summary of the invention

The main object of the present invention is to provide a child healthy drinking water guiding system and method, which aims to solve the problem that the current drinking water product can not improve children's desire to drink water and guide children to drink water safely.

In order to achieve the above object, the present invention provides a method for guiding a healthy drinking water for children, which is applied to a drinking water device. The drinking device includes a cup body, a liner and a base, the method comprising the steps of: displaying an animation of interest of the child on the outer surface of the cup when the infrared sensor disposed on the base senses that the human body is close to the drinking device a flexible display screen to attract the monitored child to touch the cup of the drinking device; to monitor whether the cup is touched by the hand through a fingerprint detecting film embedded on the outer surface of the cup; when the cup is touched by the hand, The fingerprint sensing film collects a fingerprint on the cup body, and identifies whether a fingerprint on the cup body is a fingerprint of a child being monitored; when the fingerprint is recognized as a fingerprint of a child being monitored, The water pressure sensor at the bottom of the inner tank measures the water pressure in the inner tank to calculate the amount of water that has been administered to the child being monitored; and according to the amount of water already consumed, whether the child in need of the child needs to be replenished; when the child needs to replenish water Calculate the amount of water that should be consumed by the child being monitored; display an image of the child's desire to drink water and the amount of water that the child should drink on the flexible display to guide the child to drink in time. .

Preferably, the child healthy drinking water guiding method further comprises the step of displaying, on the flexible display screen, a reward information that the custodian praises the child having a regular drinking habit when the child does not need to replenish the water amount.

Preferably, the child healthy drinking water guiding method further comprises the step of: when the child needs to replenish the water amount, issuing a voice information of the guardian through a speaker disposed on the base to remind and urge the amount of water to be consumed by the child being monitored.

Further, the step of displaying the animation of interest to the child on the flexible display screen comprises: pre-storing one or more animations of interest to the child and one or more enhancements in a memory in the drinking device. An image of a child drinking water desire; when the infrared sensor senses that the human body is close to the drinking device, an animation of the child's interest is obtained from the memory, and an animation of the child's interest obtained from the memory is displayed in the On the flexible display.

Further, the step of displaying an image of increasing the desire of the child to drink water and the amount of water to be used by the child on the flexible display screen to guide the child to drink water in time comprises: obtaining a child from the memory An image of drinking water desire; displaying the image of the child's desire to drink water and the amount of water to be drunk on the flexible display screen to guide the child to drink the corresponding amount of drinking water.

Further, the step of displaying the animation of interest to the child on the flexible display screen comprises: when the infrared sensor senses that the human body is close to the drinking water device, sending an activation signal to the communication device of the guardian; receiving the An animation of the child's interest sent by the communication device and an animation of interest to the child is displayed on the flexible display.

Further, the step of displaying an image of the child's desire to drink water and the amount of water to be used by the child on the flexible display to guide the child to drink water in time includes: sending a drinking water guiding signal to the guardian's communication Receiving on the device; receiving an image of the child's desire to drink water sent by the communication device; displaying the image of the child's desire to drink water and the amount of water to be drunk on the flexible display screen to guide the child to drink the corresponding drink The amount of water.

In order to achieve the above object of the present invention, the present invention also provides a child healthy drinking water guiding system, which is applied to a drinking water device, the drinking water device comprising a cup body, a liner and a base, the system comprising: an animation display module, configured to be set When the infrared sensor of the base senses that the human body is close to the drinking device, the animation of the child's interest is displayed on the flexible display screen embedded on the outer surface of the cup to attract the monitored child to touch the cup of the drinking device; the fingerprint recognition module For monitoring whether the cup is touched by a hand through a fingerprint detecting film embedded on an outer surface of the cup, and collecting the cup on the cup through the fingerprint sensing film when the cup is touched by a hand Fingerprint, and identifying whether the fingerprint on the cup is a fingerprint of the child being monitored; the drinking water guiding module is configured to pass the water pressure sensor disposed at the bottom of the inner tank when the fingerprint is recognized as the fingerprint of the child being monitored Measuring the water pressure in the inner tank to calculate the amount of water consumed by the child being monitored, and determining whether the child in need of the child needs to be replenished according to the amount of water already consumed When the child need to add water, calculating the amount of water should be child custody, and an amount of water should improve water children and children desire image displayed on the display screen of the flexible boot up children timely water.

Further, the drinking water guiding module is further configured to: when the child does not need to replenish the amount of water, display, on the flexible display screen, a reminder that the custodian praises the child having a regular drinking habit; when the child needs to replenish the water, pass The speaker set on the base sends a voice message of the guardian to remind and urge the water to be consumed by the child being monitored.

The animation of the child's interest and the image of the child's desire to drink water are obtained from a memory stored in the drinking device or obtained from the child's guardian's terminal device through a wireless communication network, the child is interested in animation and raising children's drinking water The image of the desire is set according to the condition of the child being monitored, and the latest animation and image pictures that the child likes are downloaded from the webpage to be updated and saved to satisfy the child's freshness.

Compared with the prior art, the child healthy drinking water guiding system and method according to the present invention is applied to a drinking water device, and adopts a flexible display technology and a fingerprint identification technology to help children improve their drinking desire and guide children to drink healthy water. When the child does not drink water regularly, he will generate a voice message to remind and urge the children to be drunk to drink, in order to supervise the child to drink water in time and strengthen the child's awareness of drinking water; when the child has regularly drink water, generate reward information to Appreciate the child's good habit of drinking water regularly, to achieve the effect of encouraging children to develop regular drinking habits.

DRAWINGS

1 is a schematic view showing the external structure of a preferred embodiment of a drinking fountain device using the child healthy drinking water guiding system of the present invention;

2 is a schematic view showing the internal structure of a preferred embodiment of the drinking water device of the present invention using the child healthy drinking water guiding system;

Figure 3 is a functional block diagram of a first preferred embodiment of the child health drinking water guiding system of the present invention;

Figure 4 is a functional block diagram of a second preferred embodiment of the child health drinking water guiding system of the present invention;

Figure 5 is a flow chart of a first preferred embodiment of the method for guiding a healthy drinking water for children according to the present invention;

Figure 6 is a refinement sub-flow diagram of the first preferred embodiment of step S11 of Figure 5;

Figure 7 is a refinement sub-flow diagram of the first preferred embodiment of step S17 of Figure 5;

Figure 8 is a refinement sub-flow diagram of the second preferred embodiment of step S11 of Figure 5;

Figure 9 is a refinement sub-flow diagram of the second preferred embodiment of step S17 of Figure 5;

Figure 10 is a flow chart showing a second preferred embodiment of the method for guiding a healthy drinking water for children according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

In order to achieve the object of the present invention, the present invention provides a child healthy drinking water guiding system, which is applied in a drinking water device, can improve children's desire to drink water to guide children to drink water safely, and can help children develop good habits of healthy drinking water.

As shown in Fig. 1, Fig. 1 is a schematic view showing the external structure of a preferred embodiment of a drinking fountain device using the child health drinking water guiding system of the present invention. In the present embodiment, the water drinking device 100 includes, but is not limited to, a cup 1, a base 2 and a liner 3. Both the cup body 1 and the base 2 can be made of a material such as stainless steel, glass, porcelain, and hardness rubber, and both have a heat insulating function to prevent the child from scalding the hands of the child when the drinking device 100 is held by the child. The liner 3 is a water-filled device made of a sterile, non-toxic, healthy material, such as a ceramic liner, a glass liner, a stainless steel liner, and a cup liner. The shape of the drinking fountain device 100 can be designed according to the physiological function of the child's hand gripping cup 1, such as a cylindrical shape, a square shape or other shape suitable for a child's hand. In this embodiment, the water drinking device 100 can be a water-using cup, a heat preservation cup, a drinking water teapot, or the like for a child of a suitable age or other suitable population.

As shown in FIG. 2, FIG. 2 is a schematic view showing the internal structure of a preferred embodiment of the drinking water device of the present invention using the child healthy drinking water guiding system. As shown in FIG. 1, the drinking device 100 includes a cup 1, a base 2 and a liner 3. The cup 1 includes, but is not limited to, a flexible display screen 11 and a fingerprint sensing film 12. The base 2 includes, but is not limited to, a child healthy drinking water guiding system 20, a microprocessor 21, an infrared sensor 22, a speaker 23, and a memory 24. The inner tank 3 includes, but is not limited to, a water pressure sensor 30. The electronic display screen 11 and the fingerprint sensing film 12 are electrically connected to the microprocessor 21, respectively, and the infrared sensor 22, the speaker 23 and the memory 24 are electrically connected to the microprocessor 21, respectively. The water pressure sensor 30 is electrically connected to the microprocessor 21, and the components 11, 12, 22, 23, 24, 30 are all capable of information interaction with the child healthy drinking water guiding system 20 via the microprocessor 21.

The flexible display screen 11 can be embedded in the visible range of the upper surface of the cup 1 according to the shape of the cup 1, such as the middle portion of the cup or the like. The size of the flexible display 11 is selected according to actual needs. In order to save cost, it is generally possible to display a size of a visible image within a short distance, for example, 3 inches long and 2 inches wide. The flexible display screen 11 is a variable and flexible display device, which is made of an organic soft material of phosphorescent OLED technology, and has the characteristics of low power consumption, small size, and visual flexibility.

The fingerprint sensing film 12 is a fingerprint recognition film that can be mounted on the outer surface of the cup 1. In this embodiment, the fingerprint sensing film 12 can be integrated on the flexible display screen 11, or can be embedded in the outer surface of the cup body 1 near the position of the flexible display screen 11, so that the child can detect the child when the cup body 1 is touched by the hand. Fingerprint. When the child touches the upper surface of the cup 1 or the flexible display 11 by hand, the fingerprint sensing film 12 can detect the fingerprint of the child, and send the fingerprint information to the child healthy drinking water guiding system 20 for fingerprint identification. And identification.

The microprocessor 21 may be a microcontroller (MCU), a data processing chip, or an information processing unit having a data processing function, which is capable of executing the child healthy drinking water guiding system 20 to complete guiding the child to drink healthy water. Features.

The infrared sensor 22 is an infrared light sensing device that can detect whether the human body is close to the drinking water device 100 according to the infrared light sensing principle.

The speaker 23 is a woofer or a small sounding device for playing an animated sound, music, or a reminder that the guardian reminds the child to drink water.

The memory 24 may be a read-only memory ROM, an electrically erasable memory EEPROM, or a flash memory FLASH storage unit for storing program codes and video animation data constituting the child healthy drinking water guiding system 20.

The water pressure sensor 30 is installed at the bottom position of the inner liner 3 for sensing the water pressure in the inner tank 3 of the child healthy drinking water guiding device 100, and sends the water pressure to the microprocessor 21 to calculate the inner tank. The amount of water remaining in 3 to calculate the amount of water the child needs.

As shown in Fig. 3, Fig. 3 is a functional block diagram of a first preferred embodiment of the child health drinking water guiding system of the present invention. In the embodiment, the child healthy drinking water guiding system 20 includes, but is not limited to, an animation display module 201, a fingerprint recognition module 202, and a drinking water guiding module 203. The module referred to in this embodiment refers to a series of computer program instruction segments that can be executed by the microprocessor 21 and that are capable of performing a fixed function, which are stored in the memory 24.

The animation display module 201 is configured to display an animation of interest of the child on the flexible display screen 11 of the water drinking device 100 when the infrared sensor 22 senses that the human body is close to the drinking water device 100. When the child sees the animation displayed on the flexible display 11, the child's interest and curiosity may increase the probability that the child touches the animation of the child's interest or the cup 1 of the drinking device 100 displayed by the flexible display screen 11, It is thus easier to reach the reminder and induce the effect of timely drinking of the child being monitored.

The fingerprint identification module 202 is configured to monitor, by the fingerprint sensing film 12, whether the cup 1 is touched by a hand. When the cup 1 is touched by the hand, the fingerprint sensing film 12 recognizes the fingerprint on the cup 1, and the fingerprint recognition module 202 determines whether the fingerprint is the fingerprint of the child being monitored. In this embodiment, the fingerprint of the monitored child is collected by the guardian through the human body monitoring module 201 and stored in the memory 24.

The drinking water guiding module 203 is configured to measure the water pressure of the monitored child by the water pressure sensor 30 to measure the water pressure of the monitored child. In the present embodiment, the water pressure sensor 30 first measures the water pressure in the inner tank 3 of the drinking fountain device 100, and the drinking water guiding module 203 calculates the remaining water amount of the inner tank 3 based on the water pressure in the inner tank 3, and then drinks the water. The amount of water that has been administered to the child being monitored can be obtained by subtracting the amount of water remaining in the tank 3 from the total amount of water in the device 100.

The drinking water guiding module 203 is further configured to determine, according to the amount of drinking water, whether the monitored child needs to replenish water. When the child needs to replenish the amount of water, the drinking water guiding module 203 calculates the amount of water to be administered by the child being monitored, and displays an image of the child's desire to drink water and the amount of water to be displayed on the flexible display screen 11 to guide the child to drink in time. water. Specifically, the drinking water guiding module 203 defines the total amount of drinking water (for example, 1000 ml) required by the child according to the physical condition of the child (for example, age, health condition, etc.), and then subtracts the total drinking amount from the amount of drinking water to obtain the amount of drinking water. Guardian children's remaining water consumption today, children can drink part of the water according to the amount of water they drink or the amount of water they need for this time.

In addition, the drinking water guiding module 203 can also send out the voice information of the guardian (for example, the parent) through the speaker 23 to remind and urge the amount of drinking water that the child being monitored should drink, so as to supervise the child to drink water in time and strengthen the child's drinking awareness.

When the monitored child does not need to replenish the amount of water, the drinking water guiding module 203 displays on the flexible display screen 11 the reward information of the custodian to praise the child's regular drinking habit, in order to praise the child's good habit of regularly drinking water, to encourage the child to develop the timing. The effect of drinking water habits.

As shown in Fig. 4, Fig. 4 is a functional block diagram of a second preferred embodiment of the child health drinking water guiding system of the present invention. In the present embodiment, the child healthy drinking water guiding system 20 includes a communication module 204 in addition to all of the functional modules of the first preferred embodiment shown in FIG.

The communication module 204 can communicate wirelessly with a child's guardian's communication device (eg, a cell phone, a personal computer, a PDA device, etc.) via a wireless communication network. In this embodiment, when the infrared sensor 22 senses that the human body is close to the drinking water device 100, the communication module 204 sends a start signal to the communication device of the guardian. When the communication device emits an animation of interest to the child, the communication module 204 receives the animation of interest to the child. When the communication device issues an image that enhances the child's desire to drink water, the communication module 204 receives the image that enhances the child's desire to drink water.

In order to achieve the object of the present invention, the present invention also provides a method for guiding children's healthy drinking water, which is applied to a drinking water device, can improve children's desire to drink water, guide children to drink healthy water, and can help children develop regular healthy drinking water. habit.

As shown in Fig. 5, Fig. 5 is a flow chart showing a first preferred embodiment of the method for guiding a healthy drinking water for children according to the present invention. In the first preferred embodiment, the child healthy drinking water guiding method is applied to the drinking fountain device 100, and the method includes the following steps S11 to S18.

Step S11, when the infrared sensor senses that the human body is close to the drinking device, the animation of the child's interest is displayed on the flexible display screen of the drinking device;

Specifically, when the infrared sensor 22 senses that the human body is close to the drinking fountain device 100, the animation display module 201 displays an animation of interest to the child on the flexible display screen 11 of the drinking fountain device 100. When the child sees the animation displayed on the flexible display 11, the child's interest and curiosity may increase the probability that the child touches the animation of the child's interest displayed by the flexible display 11 or the cup 1 of the drinking device 100. It is thus easier to reach the reminder and induce the effect of timely drinking of the child being monitored.

Step S12, detecting, by the fingerprint sensing film, whether the cup body is touched by a hand;

Specifically, the fingerprint recognition module 202 detects whether the cup 1 of the drinking water device 100 is touched by a hand through the fingerprint sensing film 12 embedded on the outer surface of the cup. If the cup 1 is touched by the hand, the flow proceeds to step S13; if the cup 1 is not touched by the hand, the flow returns to step S11.

Step S13, collecting a fingerprint on the cup of the drinking device by using a fingerprint sensing film;

Specifically, when the cup 1 is touched by the hand, the fingerprint sensing film 12 collects the fingerprint on the cup 1 of the drinking device 100, and transmits the collected fingerprint to the fingerprint recognition module 202 for fingerprint recognition.

Step S14, identifying whether the collected fingerprint is a fingerprint of the child being monitored;

Specifically, the fingerprint identification module 202 identifies whether the fingerprint collected by the fingerprint sensing film 12 is the fingerprint of the child being monitored. In this embodiment, the fingerprint of the monitored child is pre-collected by the guardian through the human body monitoring module 201, and stored in the memory 24 to perform child fingerprint recognition in step S14. If it is the fingerprint of the child being monitored, the process proceeds to step S15; if it is not the fingerprint of the child being monitored, the flow returns to step S11.

Step S15, measuring the water pressure in the drinking water device by using a water pressure sensor to calculate the amount of water that has been consumed by the child being monitored;

Specifically, the drinking water guiding module 203 measures the water pressure in the drinking water device 100 by the water pressure sensor 30 to calculate the amount of drinking water of the monitored child. In the present embodiment, the water pressure sensor 30 first measures the water pressure of the inner tank 3 of the drinking fountain device 100, and the drinking water guiding module 203 calculates the remaining water amount of the inner tank 3 according to the water pressure of the inner tank 3, and then the drinking water device 100. The amount of water that has been administered to the child being monitored can be obtained by subtracting the amount of water remaining in the tank 3 from the total amount of water in the water.

Step S16, determining whether the monitored child needs to replenish water;

Specifically, the drinking water guiding module 203 determines whether the monitored child needs to replenish water according to the amount of drinking water. If the amount of water needs to be replenished, the process proceeds to step S17; if the amount of replenished water is not required, the flow proceeds to step S18.

Step S17, calculating the amount of water to be administered by the child being monitored, and displaying an image of the child's desire to drink water and the amount of water to be drinked by the child on a flexible display screen to guide the child to drink water in time;

Specifically, the drinking water guiding module 203 defines the total amount of drinking water (for example, 1000 ml) required by the child according to the physical condition of the child (for example, age, health condition, etc.), and then subtracts the total drinking amount from the amount of drinking water to obtain the amount of drinking water. The amount of water that should be consumed by the child in custody. The drinking water guiding module 203 displays an image of the child's desire to drink water and the calculated amount of water to be drunk on the flexible display screen 11 to guide the child to drink water in time.

Step S18, displaying on the flexible display screen the reward information that the custodian praises the child having the regular drinking habit;

Specifically, the drinking water guiding module 203 displays on the flexible display screen 11 the reward information of the child's regular drinking water habits in recognition of the child's good habit of regularly drinking water, and the effect of encouraging the child to develop a regular drinking habit.

As shown in FIG. 6, FIG. 6 is a refinement sub-flow chart of the first preferred embodiment of step S11 of FIG.

Step S111, storing in the memory in the drinking device one or more animations of interest to the child and one or more images for increasing the desire of the child to drink water;

Specifically, the guardian may pre-store one or more animations of interest to the child and one or more images that enhance the desire of the child to drink water in the memory 24 in the drinking device 100. The animations that the child is interested in and the images that enhance the child's desire to drink can be set according to the condition of the child being monitored (such as age, gender, or hobbies), and can download the latest animation from the web page to update the child. Freshness, to further enhance the child's desire to drink water and gradually develop a good habit of children to develop regular drinking.

Step S112, when the infrared sensor senses that the human body is close to the drinking device, obtain an animation of the child's interest from the memory;

Specifically, when the infrared sensor 22 senses that the human body is close to the drinking water device, the animation display module 201 acquires an animation of the child's interest from the memory 24.

Step S113, displaying an animation of the child's interest on the flexible display screen of the drinking device;

Specifically, the animation display module 201 displays the animation of the child's interest acquired from the memory 24 on the flexible display screen 11 of the water drinking device to attract the child's attention to the drinking water device 100 and achieve the effect of attracting children to drink water.

As shown in FIG. 7, FIG. 7 is a refinement sub-flow chart of the first preferred embodiment of step S17 of FIG.

Step S171, obtaining an image from the memory for increasing the desire of the child to drink water;

Specifically, the animation display module 201 obtains an image from the memory 24 that enhances the child's desire to drink water.

Step S172, displaying the image and the amount of water to be displayed on the flexible display screen to guide the child to drink the corresponding amount of drinking water;

Specifically, the animation display module 201 displays an image of the memory 24 for increasing the desire of the child to drink and the amount of water to be drunk on the flexible display screen 11 to guide the child to drink the corresponding amount of drinking water.

As shown in FIG. 8, FIG. 8 is a refinement sub-flowchart of the second preferred embodiment of step S11 of FIG.

Step S114, when the infrared sensor senses that the human body is close to the drinking device, sends an activation signal to the communication device of the guardian;

Specifically, when the infrared sensor 22 senses that the human body is close to the drinking water device 100, the communication module 204 sends a start signal to the guardian's communication device. The communication device includes, but is not limited to, a mobile phone, a personal computer, a PDA device, and the like.

Step S115, receiving an animation of the child sent by the communication device;

Specifically, when the guardian's communication device sends an animation of interest to the child, the communication module 204 receives an animation of the child's interest transmitted by the communication device.

Step S116, displaying an animation of interest to the child on the flexible display screen;

Specifically, when the communication module 204 receives the animation of the child's interest sent by the communication device, the animation display module 201 displays the animation of the child's interest on the flexible display screen 11 to attract the child's attention to the drinking device 100. Achieve the effect of enticing children to drink water.

As shown in FIG. 9, FIG. 9 is a refinement sub-flowchart of the second preferred embodiment of step S17 of FIG.

Step S173, sending a drinking water guiding signal to the guardian's communication device;

Specifically, when the monitored child needs to replenish water, the communication module 204 sends a drinking water guiding signal to the guardian's communication device.

Step S174, receiving an image sent by the communication device to improve the desire of the child to drink water;

Specifically, when the communication device receives the drinking water guiding signal, the communication device sends an image to enhance the child's desire to drink water to the drinking device 100, and the communication module 204 receives the desire for the child to drink water sent by the communication device. Image.

Step S175, displaying the image and the amount of water to be displayed on the flexible display screen to guide the child to drink the corresponding amount of drinking water.

Specifically, when the communication module 204 receives the image sent by the communication device to improve the desire of the child to drink water, the animation display module 201 displays the image and the amount of water to be displayed on the flexible display screen 11 to guide the child to drink the corresponding drink. The amount of water.

As shown in Fig. 10, Fig. 10 is a flow chart showing a second preferred embodiment of the child healthy drinking water guiding method of the present invention. In a second preferred embodiment, the method comprises, in addition to all the method steps of the first preferred embodiment shown in Fig. 5 (i.e., step S19), i.e., step S19 after step S17.

Step S19, sending a voice message of the guardian through the speaker to remind and supervise the amount of water that should be consumed by the child being monitored;

Specifically, the drinking water guiding module 203 sends a voice message of the guardian (for example, a parent) through the speaker 23 to remind and urge the water to be consumed by the child being monitored, so as to supervise the child to drink water in time and strengthen the child's drinking awareness.

The animations of interest to children and the images of children's desire to drink water can be obtained directly from the memory 24 stored in the drinking fountain device 100 or from the child guardian's terminal device via the wireless communication network ( For example, in mobile phones, personal computers, PDA devices, etc.). The animations that the child is interested in and the images that enhance the child's desire to drink can be set according to the condition of the child being monitored (such as age, gender, or hobbies), and the latest animations and images that children like can be downloaded from the web page. Update and save to meet the children's freshness, further improve the child's desire to drink water and gradually develop a good habit of children to develop regular drinking.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and equivalent structural or equivalent functional changes made by the description of the present invention and the accompanying drawings may be directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

A child healthy drinking water guiding method is applied to a drinking water device, the drinking water device comprising a cup body, a inner tank and a base, wherein the method comprises the steps of:

When the infrared sensor disposed on the base senses that the human body is close to the drinking device, the animation of the child's interest is displayed on the flexible display screen embedded on the outer surface of the cup to attract the monitored child to touch the cup of the drinking device;

Monitoring whether the cup is touched by a hand by a fingerprint detecting film embedded on an outer surface of the cup;

When the cup is touched by a hand, the fingerprint on the cup is collected by the fingerprint sensing film, and whether the fingerprint on the cup is a fingerprint of the child being monitored;

When the fingerprint is recognized as the fingerprint of the child being monitored, the water pressure in the inner tank is measured by a water pressure sensor disposed at the bottom of the inner tank to calculate the amount of water consumed by the child being monitored;

Determining whether the child being monitored needs to replenish water according to the amount of water already consumed;

Calculate the amount of water that should be consumed by the child being monitored when the child needs to replenish water;

An image showing the child's desire to drink water and the amount of water to be drunk by the child are displayed on the flexible display to guide the child to drink water in time.
The child healthy drinking water guiding method according to claim 1, wherein the step of displaying an animation of interest of the child on the flexible display screen comprises:

Pre-storing one or more animations of interest to the child and one or more images that enhance the child's desire to drink water in a memory in the drinking fountain;

When the infrared sensor senses that the human body is close to the drinking water device, an animation of interest of the child is acquired from the memory, and an animation of interest of the child acquired from the memory is displayed on the flexible display screen.
The method for guiding a healthy drinking water for children according to claim 1, wherein the method further comprises the steps of:

When the child does not need to replenish the amount of water, the custodian is shown on the flexible display to praise the child's reward information for having regular drinking habits.
The child healthy drinking water guiding method according to claim 3, wherein the step of displaying an animation of interest of the child on the flexible display screen comprises:

Pre-storing one or more animations of interest to the child and one or more images that enhance the child's desire to drink water in a memory in the drinking fountain;

When the infrared sensor senses that the human body is close to the drinking water device, an animation of interest of the child is acquired from the memory, and an animation of interest of the child acquired from the memory is displayed on the flexible display screen.
The method for guiding a healthy drinking water for children according to claim 1, wherein the method further comprises the steps of:

When the child needs to replenish the amount of water, the guardian's voice message is sent through the speaker set on the base to remind and urge the water to be consumed by the child being monitored.
The child healthy drinking water guiding method according to claim 5, wherein the step of displaying an animation of interest of the child on the flexible display screen comprises:

Pre-storing one or more animations of interest to the child and one or more images that enhance the child's desire to drink water in a memory in the drinking fountain;

When the infrared sensor senses that the human body is close to the drinking water device, an animation of interest of the child is acquired from the memory, and an animation of interest of the child acquired from the memory is displayed on the flexible display screen.
The method for guiding a healthy drinking water for children according to claim 6, wherein said image of increasing the desire of children to drink water and the amount of water to be drunk by the child are displayed on said flexible display screen to guide the child to drink water in time. The steps include:

Obtaining an image from the memory that enhances the child's desire to drink water;

The image of the child's desire to drink water and the amount of water to be drunk obtained from the memory are displayed on the flexible display screen to guide the child to drink the corresponding amount of drinking water.
The child healthy drinking water guiding method according to claim 5, wherein the step of displaying an animation of interest of the child on the flexible display screen comprises:

When the infrared sensor senses that the human body is close to the drinking device, it sends a start signal to the guardian's communication device;

An animation of interest of the child transmitted by the communication device is received, and an animation of interest to the child is displayed on the flexible display screen.
The method for guiding a healthy drinking water for children according to claim 8, wherein said image of increasing the desire of children to drink water and the amount of water to be drunk by the child are displayed on said flexible display screen to guide the child to drink water in time. The steps include:

Send a drinking water guide signal to the guardian's communication device;

Receiving an image sent by the communication device to increase a child's desire to drink water;

The received image of the child's desire to drink water and the amount of water to be drunk are displayed on the flexible display screen to guide the child to drink the corresponding amount of drinking water.
A child healthy drinking water guiding system is applied to a drinking water device, the drinking water device comprising a cup body, a inner tank and a base, wherein the system comprises:

An animation display module, configured to display an animation of interest of a child on a flexible display screen embedded on an outer surface of the cup to attract a monitored child to touch the drinking water when the infrared sensor disposed on the base senses that the human body is close to the drinking water device The cup of the device;

a fingerprint identification module, configured to monitor, by a fingerprint detecting film embedded on an outer surface of the cup, whether the cup is touched by a hand, and collect the cup through the fingerprint sensing film when the cup is touched by a hand a fingerprint on the body and identifying whether the fingerprint on the cup is a fingerprint of the child being monitored;

a drinking water guiding module, configured to calculate the water of the monitored child by measuring a water pressure in the inner tank by a water pressure sensor disposed at a bottom of the inner tank when the fingerprint is recognized as a fingerprint of the child being monitored Quantitatively, and according to the amount of water already drinked, it is judged whether the child in need of care needs to replenish water, and when the child needs to replenish water, calculate the amount of water to be administered by the child being monitored, and an image and a place to increase the desire of children to drink water The amount of water to be presented is displayed on the flexible display to guide the child to drink water in time.
A child healthy drinking water guiding system according to claim 10, wherein said child-interested animation and an image for increasing a child's desire to drink water are obtained from a memory stored in the drinking fountain or from a child guardian via a wireless communication network. Obtained in the terminal device, the animation of the child's interest and the image of the child's desire to drink water are set according to the condition of the child being monitored, and the latest animation and image pictures that the child likes are downloaded from the webpage to be updated and saved to meet the child's Fresh feeling.
The child health drinking water guiding system according to claim 10, wherein the drinking water guiding module is further configured to:

When the child does not need to replenish the amount of water, the guardian is shown on the flexible display to praise the child's reward information for regular drinking habits;

When the child needs to replenish the amount of water, the guardian's voice message is sent through the speaker set on the base to remind and urge the water to be consumed by the child being monitored.
A child healthy drinking water guiding system according to claim 12, wherein said child-interested animation and an image for increasing a child's desire to drink water are obtained from a memory stored in the drinking device or from a child guardian via a wireless communication network. Obtained in the terminal device, the animation of the child's interest and the image of the child's desire to drink water are set according to the condition of the child being monitored, and the latest animation and image pictures that the child likes are downloaded from the webpage to be updated and saved to meet the child's Fresh feeling.