KR20190114770A - Child care service providing method and smart device, and child care service providing system using IoT - Google Patents

Abstract

The present invention relates to an infant care service system using an IoT and a smart terminal, and an infant-related information providing method. The infant care service providing method provides infant-related information systematic in a time series through a program installed in a smart terminal (20) of a user. The method comprises: a selection area display step (S11) of displaying, on a screen of a smart terminal (20) of a user, a plurality of selection areas including a first selection area (A1) for selecting development information on an infant and a second selection area (A2) for selecting development confirmation corresponding to the development information on the screen of the smart terminal (20) of the user; and an event execution step (S12) of displaying a preset new screen corresponding to the corresponding selection areas (A1, A2) selected in the selection area display step (S11) among the selection areas on the screen of the smart terminal (20) of the user.

Description

Child care service providing method and child care service system using IOT and smart terminal {Child care service providing method and smart device, and child care service providing system using IoT}

The present invention relates to a child care management service providing method and a child care management service system using an IOT and a smart terminal.

Beyond smartphones and PCs, everything connected to the Internet, including cars, refrigerators, washing machines and watches, is called the Internet of Things, or IoT.

Using this technology, various devices can be equipped with communication and sensor functions to send and receive data on their own and to drive it automatically.

Representatives are cars that can check the traffic situation and surrounding conditions in real time, and home appliances that can be controlled by a smartphone outside the house.

Already, companies in various fields, including Samsung Electronics, LG Electronics, Google, and Audi, have begun to develop and commercialize IoT services. Google took over the smart home market by acquiring Nestraps, a smart thermostat maker, and recently announced that it has been developing driverless cars.

Samsung Electronics and LG Electronics have also developed and introduced a number of household appliances with IoT functions to the market. This lets you tweak everything with a single touch and a word.

In particular, due to the rapid development of technology, IoT is being integrated into human life and used in various systems and methods such as smart home system.

On the other hand, IoT technology combined with a smart phone has been attempted to be applied in child care fields such as Korean Patent Application Laid-open No. 10-2017-0107151.

However, Korean Laid-Open Patent Publication No. 10-2017-0107151, of course, in the case of a commercialized program is focused on the user's convenience, such as receiving information from a thermometer equipped with an IoT function and displaying it on a smartphone.

In addition, other commercialized programs are simply providing childcare related information such as the type and timing of vaccination.

However, in the related art, only the use with the IOT device or the child care related information is not organized, and thus, the information transfer efficiency to the user is lowered, thereby lowering the actual utilization.

An object of the present invention, by recognizing the above trends and reality to collect individual information about the infant using the IOT and smart terminal, and provides the child care by providing the combined individual information and systematic child care related information It is to provide a child care management service providing method and child care management service system and child care related information providing method using IOT and smart terminal that can be effectively performed.

The present invention was created in order to achieve the object of the present invention as described above, the present invention is a child care management service providing method for providing child care related information organized in time series through a program installed in the user's smart terminal 20. On the screen of the smart terminal 20 of the user, a plurality of first comprising a first selection area (A1) for selecting the developmental information of the infant and a second selection area (A2) for the selection of the development confirmation corresponding to the development information A selection area display step (S11) of displaying the selection areas on the screen of the user's smart terminal 20; An event execution step of displaying on the screen of the user's smart terminal 20 as a new screen display preset in correspondence with the corresponding selection areas A1 and A2 selected by the selection area display step S11 among the plurality of selection areas. Disclosed is a method for providing child care management service, comprising (S12).

In the selection area display step S11, the moon age selection area C2 is additionally displayed on the screen of the user's smart terminal 20, and the event execution step S12 is performed in the selection area display step S11. When the moon age selection area C2 is selected, the sub moon age selection areas M0 to M12 corresponding to each of the moon ages arranged in time series are displayed on the screen of the user's smart terminal 20, and the selection area display step S11. If one of the sub-month selection area (M0 ~ M12) is selected, information corresponding to the moon age corresponding to the selected sub-month selection area (M0 ~ M12) to be displayed on the screen of the smart terminal 20 of the user Can be.

The selection area display step S11 further displays the necessary goods selection area A4 on the screen of the user's smart terminal 20, and the event execution step S12 includes the selection area display step S11. If the necessary goods selection area (A4) is selected in the sub-month age selection area (M0 ~ M12) corresponding to each of the moon ages arranged in time series is displayed on the screen of the user's smart terminal 20, the selection area display step In operation S11, when any one of the sub-month selection areas M0 to M12 is selected, the article information corresponding to the moon age corresponding to the selected sub-month selection area M0 to M12 is displayed on the screen of the user's smart terminal 20. Can be marked on.

The development information may include development information including at least one of height, weight, and head circumference; Exercise development information including at least one of reflexive behavior, device, flip and standing of the infant; Cognitive development information comprising at least one of facial recognition and voice recognition; It may include dietary development information including at least one of a type of diet, a feeding amount, and a feeding frequency.

In the parenting management service providing method according to the present invention, the age and age of the infant by at least one method of the one or more IoT devices (11-18) and the user input means for providing the parenting measurement information necessary for the parenting by wireless An information input step (S20) of inputting individual information corresponding to the parenting related information as a reference; According to the user's selection further includes an input information display step (S30) for providing the individual information input in the information input step (S20) directly or processed to the user's smart terminal 20 with the corresponding child care related information. can do.

The input information display step S30 may include at least one of a graph showing a time series change of at least one of the development information, and a graph showing a relative index of individual information input to a standard value corresponding to the development information. I can display it.

The smart terminal 20, a program for receiving and processing the child care measurement information by wireless from the one or more IoT devices (11-18) may be installed.

In another aspect, the present invention, the child care management service system using the IoT and smart terminal for performing the child care management service providing method as described above, one or more IoT devices (11-18) to provide individual information necessary for child care by wireless With; Childcare using the IoT and smart terminal, characterized in that it comprises a smart terminal 20 for receiving and processing the child care measurement information by wireless from the one or more IoT devices (11-18) to display on the display 21 Initiate a management service system.

Child care management service system and child care related information providing method using the IoT and smart terminal according to the present invention, ITO device and smart terminal using wireless communication as a system to collect the child care measurement information measured in the IoT device By processing and providing the user with the processed information required for child care, there is an advantage that the user can perform child care conveniently and effectively.

In particular, the parenting management service system and parenting related information providing method using the IOT and smart terminal according to the present invention, IOT device and smart terminal using a wireless communication system as a system and collect the childcare measurement information measured in the IOT device Childcare that is more beneficial to users, such as standardization based on pre-established criteria such as age and region based on accumulated child care related information, statistics on accumulated child care related information, linkage with child care related information and child care activity information by growth stage This has the advantage of providing relevant information.

In addition, the method for providing child care management service and child care management service system and child care related information providing method using IOT and smart terminal according to the present invention, collects individual information about the infant using IOT and smart terminal, and collected individual By providing information and systematic parenting related information together, there is an advantage that it is convenient and effective to carry out parenting.

In particular, the child care management service system and child care related information providing method using the IoT and smart terminal according to the present invention, in the provision of child care related information in the construction of a database that is organized by the various information according to the time series such as age, age, etc. By displaying on the screen to the user in time series based on the Bayer, it is possible to maximize the information transmission effect to the user.

1 is a conceptual diagram showing the concept of a child care management service system using the IoT and smart terminal according to the present invention.
2 is a flowchart illustrating a method for providing child care related information according to the present invention.
FIG. 3 is a layout view illustrating an example of a screen display displayed on a smart terminal for performing the parenting related information providing method of FIG. 2.
FIG. 4 is a layout view illustrating an example of a screen display displayed on a smart terminal after the selection of the moon age selection area in order to perform the parenting related information providing method of FIG. 2.
FIG. 5 is a layout view illustrating another example of a screen display displayed on a smart terminal for performing the parenting related information providing method of FIG. 2.
6A to 6C are diagrams illustrating another example displayed on a screen display of a smart terminal after development information is selected from the main selection area, which is implemented as an app that actually implements the parenting related information providing method of FIG. 2. 6B is a view illustrating a lunar age selection process, and FIG. 6C is a diagram illustrating a lunar age, for example, after a 3-month lunar age is selected.
7A to 7C are diagrams illustrating an operation process after body development information (a pictogram marked as 'smoothly') is selected after display of the screen of FIG. 6.
8A to 8C, after the screen display of FIG. 6, the exercise development information (the pictogram indicated by the 'cobweb'), the cognitive development information (the pictogram denoted by the 'Tangrangang'), and the vegetation sliced information ('냠냠 gulp'), respectively. Figures showing the operation process after the selection.
9A and 9B are diagrams illustrating an operation process after vaccination is selected after the screen display of FIG. 6 is selected.
10A to 10E are views illustrating an operation process after a necessity is selected after the screen display of FIG. 6 is selected.
11A to 11F are diagrams illustrating another example displayed on a screen display after the diary is selected from the main selection area on the smart terminal by implementing the child care related information providing method of FIG. 2, after the diary is selected. Figures showing the operation of the process.
12A and 12B are diagrams illustrating another example displayed on a screen display after product information is selected from a main selection area on a smart terminal by implementing the child care related information providing method of FIG. Figures showing the operation process after the selection.
13A to 13H are diagrams illustrating another example displayed on a screen display after a report is selected from a main selection area on a smart terminal, which is implemented as an app that actually implements the parenting related information providing method of FIG. 2. Figures showing the operation of the process.
14A to 14I are diagrams illustrating another example displayed on a screen display after the IoT is selected from the main selection area in the smart terminal by implementing the child care related information providing method of FIG. 2. Figures showing the operation of the process.

Hereinafter, with reference to the accompanying drawings with respect to the child care management service system and child care related information providing method using the IoT and smart terminal according to the present invention.

Child care management service system using the IoT and smart terminal according to the present invention, as shown in Figure 1, one or more IoT devices (11-18) to provide child care measurement information, that is, individual information necessary for child care by wireless With; It includes a smart terminal 20 for receiving and processing the granulation measurement information by wireless from one or more IoT devices (11-18) to display on the display 21.

The one or more IoT devices 11 to 18 are devices that provide parenting information (individual information) necessary for parenting by wireless, and have a wireless communication function such as Bluetooth, Zigbee, Wi-Fi, 2.5 GHz wireless communication, and infrared communication. Any device can be any one device.

Specifically, the IoT devices 11 to 18 include a smart thermometer 11 having a wireless communication function, a tracker 12 having a sleep time measurement function and a body temperature measurement function and having a wireless communication function, and a temperature of contents in a container. Smart feeding container (13) having a wireless communication function and measuring and volume measurement function, smart weight (14) having a wireless communication function to measure the weight of the infant, attached to the diaper of the infant, the type of urine And measuring the point of view and transmitting the bowel care 15 to transmit the information to the smart terminal 20, the camera 16 to photograph the infant and transmit the information to the smart terminal 20, the communication with the smart terminal 20 AI module 17 equipped with artificial intelligence function for child care, air quality measurement module for measuring the air quality such as temperature, humidity, fine dust for the surrounding environment of the infant and transmitting the information to the smart terminal 20 ( 18) etc It may include.

The smart thermometer 11 may be any device as long as it is a device capable of measuring a baby's body temperature as a thermometer having a wireless communication function.

The tracker 12 is worn on child care, has a sleep time measurement function and a body temperature measurement function, and has a wireless communication function, and various configurations are possible.

The smart feeding container 13 is a configuration having a temperature measurement of the contents of the container, a measurement function of the volume, and the like, and various configurations are possible.

For example, the smart feeding container 13 may include various functions such as a heating function, a volume measurement function, and a content temperature measurement function.

The smart weight 14, as a configuration having a wireless communication function to measure the weight of the infant is possible in a variety of configurations.

The bowel care 15 is attached to a diaper or the like of the baby to measure the type and time of feces of the baby and has a wireless communication function, various configurations are possible.

For example, the bowel care 15 may be provided with an optical sensor for detecting a color change of the ear canal to determine whether or not the stool, the amount of stool according to the detected color change.

In addition, the bowel care 15 is provided with a time measuring means can be transmitted to the smart terminal 20 which will be described later when the determination of whether or not the toilet, with the information about the stool, the amount of urine and the like wirelessly.

The camera 16 is configured to photograph the infant and transmit the information to the smart terminal 20, which is configured as a separate camera, or rides the smart terminal 20, artificial intelligence module, that is, the AI module 17, etc. It can be configured as a module.

The AI module 17 is capable of communicating with the smart terminal 20, and can be variously configured as a configuration having an artificial intelligence function related to child care.

For example, the AI module 17 may be configured as a robot having an artificial intelligence to assist a person performing parenting, such as a parent and a nanny, and may generate white noise when the infant is sleeping or a cognitive response of the infant. Artificial intelligence required for parenting, such as the implementation of the sound, motion, etc. necessary to induce it can be mounted.

The air quality measurement module 18 is configured to measure the air quality, such as temperature, humidity, fine dust for the surrounding environment of the infant and transmit the information to the smart terminal 20 can be configured in various ways.

Meanwhile, the one or more IoT devices 11 to 18 may not only include wireless communication but also include a device capable of providing wired communication and providing child care related information.

In addition, the IoT devices 11 to 18 exemplified as described above may be configured by one or more merged with each other, each IoT device 11 through 18 may communicate with each other, or may be merged into the smart terminal 20.

The smart terminal 20 is configured to receive and process child care measurement information by wireless from one or more IoT devices 11 to 18 and display it on the display 21.

The smart terminal 20, a program for performing the reception and processing of child-related information by wireless from one or more IoT devices (11-18), such as smart phone, smart pad, smart TV, PC, notebook, stick PC Any configuration can be used as long as the device can be installed.

That is, the smart terminal 20, a program for receiving and processing the child care measurement information by wireless from one or more IoT devices (11-18) may be installed.

Meanwhile, the child care management service system according to the present invention further includes a child care related information storage server 30 which stores child care related information organized in time series and transmits child care related information to the smart terminal 20 of the user through a telecommunication network. It may include.

The child care related information storage server 30 is configured to store child care related information organized in time series and transmit child care related information to the smart terminal 20 of the user through a telecommunication network.

For example, the child care related information storage server 30 may store child care related information as digital data, and when the child care related information is requested from the smart terminal 20 through a telecommunication network, the child care related information is formatted. As a configuration for transmitting to the smart terminal 20 through the telecommunications network, a variety of configurations are possible, such as having a configuration similar to a general server.

The child care related information is preferably stored as a child care related information database in which child care related information is organized based on the age of the infant.

Meanwhile, the parenting related information may include various information as parenting related information organized in a time series.

For example, the parenting related information may include developmental information of an infant according to at least one of age and age.

And the development information, as shown in Figures 3, 6a to 6c, body development information (A11) including at least one of height, weight and head circumference; Exercise development information (A12) including at least one of reflexive behavior, device, flip, limb bending, hand movement, and standing of the infant; Cognitive development information A13 including at least one of face recognition and voice recognition; It may include a variety of information about the development of the infant, such as dietary development information (A14) including at least one of the type of diet, lactation amount, and the number of lactations.

Here, when the body development information (A11) is displayed on the smart terminal, the information may be displayed on the screen by various methods such as phrases, pictures, symbols, etc. Can be.

In addition, the child care related information storage server 30, the child care related information collected by wireless from the IoT devices (11 to 18) can be received by a wired and wireless communication to make a database.

In addition, the child care related information storage server 30, by linking with the child care related information providing services such as infant IoT devices, child care guide services for each infant growth stage, provide health care of the infant, health guides, etc., which is beneficial to the user Information can be provided.

As a specific example, the method of providing a child care management service according to the present invention, as shown in Figs. 2 and 6a to 14i, provides child care related information organized in a time series through a program installed in the user's smart terminal 20. As a method of providing a child care management service, a first selection area A1 for selecting infant development information and a second selection area for selection of development confirmation corresponding to the development information on the screen of the smart terminal 20 of the user ( A selection area display step S11 of displaying a plurality of selection areas including A2) on a screen of the user's smart terminal 20; An event execution step of displaying on the screen of the user's smart terminal 20 as a new preset screen display corresponding to the corresponding selection areas A1 and A2 selected by the selection area display step S11 among the plurality of selection areas (S12). ).

In particular, the method for providing child care management service according to the present invention is characterized in that it provides child care related information systemized in a time series through a program installed in the user's smart terminal 20.

In addition, the parenting management service providing method according to the present invention, the selection area display step (S11) for displaying a plurality of selection areas on the screen of the smart terminal 20 of the user; An event execution step of displaying on the screen of the user's smart terminal 20 as a new preset screen display corresponding to the corresponding selection areas A1 and A2 selected by the selection area display step S11 among the plurality of selection areas (S12). It can be implemented through).

Here, the screen display is defined as being displayed on the screen of the smart terminal 20 of the user according to the driving of the program implemented by the parenting management service providing method according to the present invention.

The screen display newly displayed after each step may be displayed on the screen of the smart terminal 20 of the user by various methods such as at least a part of the screen configuration being changed.

The selection area display step S11 is a step of displaying a plurality of selection areas for selection by a user's hand touch, operation by a peripheral device such as a mouse, etc. on the screen of the user's smart terminal 20. It can be performed by.

As a screen display method for performing the selection area display step S11, as shown in FIGS. 3 and 6A to 14I, the screen may be displayed by various methods.

Here, the selection area display step S11 may be displayed by various methods other than the examples shown in FIGS. 3, 6A, and 14I, and a new screen display displayed through the event execution step S12 may also be selected. Areas may be displayed on the screen of the smart terminal 20 of the user.

Meanwhile, the plurality of selection areas are areas displayed on the screen of the smart terminal 20 in order to display a new screen display according to a user's selection, and various methods (photos, symbols, figures, texts, etc.) according to the configuration of the screen display. ) And size.

For example, the plurality of selection areas may include a first selection area A1 for selecting infant development information on a screen of the smart terminal 20 of the user, and a second selection for selection of development confirmation corresponding to the development information. Area A2 and the like.

In addition, the plurality of selection areas may further include a moon age selection area C2 on the screen of the smart terminal 20 of the user.

The moon age selection area C2 is a selection area displayed on the screen of the smart terminal 20 of the user in order to newly display information organized according to the age of the infant. 6B may be displayed on the screen of the smart terminal 20 of the user by various methods such as screen display by a pop-up method as shown in FIG. 6B.

In addition, the plurality of selection areas may further include a necessity selection area A4 on the screen of the smart terminal 20 of the user.

The necessary goods selection area A4 is defined as a selection area for displaying a new screen display of items necessary for childcare, for example, nursing supplies such as chopsticks, bathing supplies such as bathtubs, toys, bedding, and the like. Can be.

In particular, the necessity goods selection area A4 may be displayed in accordance with various classification criteria such as use, manufacturer, and age, in response to the corresponding age and age of the registered user when selected, corresponding to the age and age.

In addition, the plurality of selection areas may further include an immunization selection area A3 on the screen of the user's smart terminal 20.

The immunization selection area A3 may be defined as a selection area for displaying information on immunization at the time of selection as a new screen display.

Meanwhile, the plurality of selection areas may include a main screen display and a plurality of sub-screen displays connected thereto in accordance with a driving order of a program.

3, 6A to 14I, the main screen display includes the main selection area (development information MA1, diary MA2), product information MA3, report MA4, IoT device MA5. MA) may be displayed.

The main selection area MA may include selection areas corresponding to the development information MA1, the diary MA2, the product information MA3, the report MA4, the IoT device MA5, and the like displayed on the main screen display. Can be.

The sub-screen display is a new screen display corresponding to each main selection area, and the sub-display area (growth development information (A1), development confirmation (A2), vaccination (A3), necessary supplies (A4) Etc.) may be displayed.

The sub-selection area may include selection areas A1 to A4 corresponding to growth development information A1, development confirmation A2, vaccination A3, and necessity A4.

The sub selection area may include a selection area corresponding to a sub-concept of the main selection area MA, a selection area for moving to a previous screen display, a selection area for performing a preselected function such as a moon age selection area C2, and the like. It may include.

In particular, as a method for displaying child care-related information organized in a time series on the user's smart terminal 20, the sub-screen display of the user's smart terminal 20, as shown in Figs. (C2) can be selectively displayed.

When the moon age selection area C2 is selected, as shown in FIG. 4, the sub moon age selection areas M0 to M12 may be newly displayed on the screen in a list manner so that the user can select the moon age.

In one embodiment, the selection area display step (S11), may further display the moon age selection area (C2) on the screen of the smart terminal 20 of the user.

As shown in FIGS. 3 and 6B, the moon age selection area C2 is an area displayed on the screen of the smart terminal 20 of the user so that the user can select the moon age. And location.

In the event execution step S12, when the lunar month selection area C2 is selected in the selection area display step S11, the sub-month selection areas M0 to M12 corresponding to each of the moon ages arranged in time series are displayed. It can be displayed on the screen of the smart terminal 20.

In addition, when any one of the sub-month selection areas M0 to M12 is selected in the selection area display step S11, the user's smart terminal displays information corresponding to the moon age corresponding to the selected sub-month selection area M0 to M12. It can display on the screen of (20).

Wherein the information corresponding to the age, growth development information (A11) including at least one of height, weight and head circumference; Exercise development information A12 including at least one of reflexive behavior, device, flipping, and standing of the infant; Cognitive development information A13 including at least one of face recognition and voice recognition; It may include a variety of information about the development of the infant, such as dietary development information (A14) including at least one of the type of diet, lactation amount, and the number of lactations.

In addition, the information corresponding to the age of the month, as shown on the screen display, as shown in Figure 5, may include a variety of statistical data, such as the above information is processed.

The sub-month selection area (M0 ~ M12) is a selection area displayed on the screen of the smart terminal 20 to be selected for each month, such as 0 months, 1 month, etc. The corresponding information may be displayed on the screen of the smart terminal 20.

In another embodiment, the selection area display step S11 may additionally display the necessary goods selection area A4 on the screen of the user's smart terminal 20.

In the event execution step S12, when the necessary goods selection area A4 is selected in the selection area display step S11, the sub-month selection area M0 to M12 corresponding to each of the moon ages arranged in time series are listed. The display may be displayed on the screen of the smart terminal 20 of the user by various methods such as a popup method.

And if any one of the sub-age selection area (M0 ~ M12) is selected in the selection area display step (S11), the smart terminal of the user to supply the goods information corresponding to the month age corresponding to the selected sub-month selection area (M0 ~ M12) It can display on the screen of (20).

Meanwhile, the parenting management service providing method according to the present invention may perform various functions in combination with IoT devices 11 to 18.

That is, the method for providing child care management service according to the present invention includes one or more IoT devices 11 to 18 that provide child care measurement information necessary for child care by wireless, in combination with IoT devices 11 to 18, and An information input step (S20) of inputting individual information corresponding to child-raising related information on the basis of the age and age of the infant by at least one method of input means by the user; According to the user's selection, the input information display step (S30) of providing the individual information input in the information input step (S20) directly or processed to the user's smart terminal 20 together with the corresponding child care related information may further include. Can be.

The information input step (S20) is based on the age and age of the infant by at least one method of the input means by the user and one or more IoT devices (11-18) for providing the child care measurement information necessary for childcare by wireless. As the step of inputting individual information corresponding to the parenting related information, it may be performed by various methods according to the type and method of the IoT device (11-18).

The information input step (S20) may be performed as a child care related information receiving step (S21) for receiving child care measurement information by wireless from one or more IoT devices 11-18 providing child care measurement information required for child care. have.

In particular, the parenting related information receiving step S21 may be automatically performed by the IoT devices 11 to 18 and the smart terminal 20 which can be automatically operated by a preset program.

The input information display step (S30), as the step of providing the individual information input in the information input step (S20) directly or processed to the user's smart terminal 20 with the corresponding child care related information according to the user's selection It may be performed by various methods.

That is, the child care related information providing step (S20), to display the processed child care related information to the user on the display 21 of the smart terminal 20 through the child care related information received in the child care related information receiving step (S21). As a step, it can be performed by various methods.

Specifically, the IoT devices 11 to 18 include a smart feeding container 13 having a wireless communication function and having a temperature measuring function, a volume measuring function, and the like in the container, and providing child care related information. Step (S20), by using the smart feeding container 13 and the smart terminal 20, recording the feeding time, the time taken to feed, the feeding amount, the number of feedings are built as a database on the child care information storage server 30, data Based on the feeding time, feeding time, feeding amount, and feeding frequency from the base, it automatically matches the diet development information, development information, exercise development information, expertise of cognitive development information, and information correlated with standard data. Processed diagnosis results such as health status and health guide of the infant can be provided as a parenting guide service for each growth stage.

In particular, in the parenting related information providing step (S20), as described above, it is possible to utilize the moon age selection area (C2).

Specifically, when the child care related information providing step S20 is performed, the moon age selection area C2 is displayed on the screen of the user's smart terminal 20, and when the moon age selection area C2 is selected, the moon ages are arranged in time series. The sub-month selection areas M0 to M12 corresponding to the respective screens may be displayed on the screen of the smart terminal 20 of the user by various methods such as a list method and a pop-up method. Here, the month is input by a list method, a pop-up method, or the like, or may be input by various methods such as an input by a direct input.

When one of the sub-month selection areas M0 to M12 is selected, information corresponding to the moon age corresponding to the selected sub-month selection area M0 to M12 may be displayed on the screen of the smart terminal 20 of the user. Can be.

On the other hand, in the implementation of the method of providing a child care management service according to the present invention, child care-related information providing step by programming all of the parenting guide printout disclosed in Korean Patent Laid-Open No. 10-2015-0055199 to be installed in the smart terminal 20 (S20) ) May be performed as a parenting guide service for each growth stage.

For example, the smart feeding container 13 receives the child care measurement information such as the number of feedings, feeding time period, feeding time, feeding amount, etc. to the smart terminal 20, and the received child care information is disclosed in Korea. It may be displayed in the parenting guide table disclosed in Patent No. 10-2015-0055199, so that the user can recognize the parenting measurement information.

In addition, the smart feeding container 13 accumulates childcare measurement information such as feeding frequency, feeding time, feeding time, and feeding amount as a database to graph statistical data for each period and time point, and compares them with standard or recommended indicators. It can be used for various purposes such as displaying.

That is, the input information display step (S30), as shown in Figure 5, a graph showing a time series change of at least one of the development information, and the standard values corresponding to the development information (local standard, national standard, At least one of the graphs showing the relative index of the individual information input against the criteria such as the world standard, gender standard, age-specific standards, standards for running app users, etc.) may be displayed.

On the other hand, based on the child care related information accumulated using the smart feeding container 13 and the smart terminal 20, examples of providing specialized information in the child care related information providing step (S20) are as follows.

1. Feeding time, number of feedings in the night time through the database, the number of feedings in the night time is relatively increased on the display 21 of the smart terminal 20, the number of feedings in the night time based on the number of months of the current infant weeks or 1 May increase more than a month ago may harm infants' health.

In this case, the display 21 of the smart terminal 20 displays a notification inviting a consultation with a child care professional, a contact information of a child care professional, a home screen display, or related information such as information or a handful of rhythms, directly or indirectly. Can be.

In addition, when a specific time to stop feeding at night time comes, reliable information on a suitable method for stopping feeding at night time may be displayed directly or indirectly through the display 21 of the smart terminal 20.

2. The display 21 of the smart terminal 20 provides the diagnosis result about the feeding type through the feeding frequency and the feeding amount data, and provides the appropriate feeding frequency and feeding amount information for each month and divides it in detail by day and night. Feeding frequency and lactation information can be provided.

3. Based on the accumulated child care related information, in the child care related information providing step (S20) may provide a health guide as follows.

3.1. Based on the child care related information accumulated using the smart feeding container 13 and the smart terminal 20, based on the number of months of the child care profile of the subscribed user to provide a relevant health guide to eating habits, when feeding baby food And when feeding baby food can be provided through the display 21 of the smart terminal 20, such as information about the eating habits.

3.2. In addition, the baby food based food information and cooking method recommended at the time of preparing the baby food may be provided through the display 21 of the smart terminal 20.

3.3. Compared with the standard value based on the weight and the feeding amount, the result information on the current state may be provided through the display 21 of the smart terminal 20.

A specific embodiment of the child care service system and the child care related information providing method according to the present invention will be described with reference to FIGS. 6A to 14I through an execution app installed in a smart terminal such as a smartphone.

First, after the selection of the development information selection area A1 on the main screen (not shown) or after the execution of the execution app, it may be displayed as shown in FIG. 6A. Here, the basic information may be input after selecting a setting selection area (not shown) for inputting basic information such as personal information such as a child's name, gender, age, and region.

Here, basic information about the infant may be displayed on the screen of the smart terminal, particularly, the upper portion.

In detail, the upper part of the smart terminal may display the infant's name or nickname, the age (B1), and the infant's photo (E1). The photograph of the infant may be set as the representative photograph corresponding to the age of the month.

6A may be selected after the format shown in FIG. 6B by the user's selection on the screen illustrated in FIG. 6A, and may be displayed on the screen of the smart terminal as illustrated in FIG. 6C after the month age selection. have.

On the other hand, after the selection of the development information selection area A1 on the main screen (not shown), the growth and development information A11, that is, the pictogram indicated by 'smooth', the exercise development information A12, that is, the pictogram indicated by the 'cobweb', One of the cognitive development information A13, that is, the pictogram represented by 'Tang Rang Trang', and the dietary development information A14, that is, the pictogram represented by 'Gurley Gulp' may be selected. Here, the user may select the age of the infant as shown in FIG. 6B.

As described above, when the infant's age selection and growth development information (A11), that is, a pictogram displayed as 'sufficiently' is selected, systematic information on the infant's growth development in association with the infant's age (for example, professional information) , Statistical information, etc.) may be displayed on the screen of the smart terminal.

And if the exercise development information (A12), that is, a pictogram displayed as 'knapsak' is selected, systematic information (eg, professional information, statistical information, etc.) about the infant's exercise development in conjunction with the age of the infant is a smart terminal Can be displayed on the screen.

If cognitive development information (A13), that is, a pictogram labeled 'Trang Trang' is selected, systematic information (eg, professional information, statistical information, etc.) about the infant's cognitive development is linked to the age of the infant. It can be displayed on the screen.

Finally, when the food development information (A14), that is, a pictogram marked as 'kwakku' is selected, the systematized information (e.g., professional information, statistical information, etc.) in the infant's dietary development is linked to the age of the infant. It may be displayed on the screen of the terminal.

Meanwhile, when the development confirmation selection area A2 is selected on the other screen after the development confirmation selection area A2 is selected on the main screen (not shown) or after the execution of the execution app, it is displayed as shown in FIG. 7A and further grows. When the development information (A11), that is, a pictogram displayed as 'smoothly' is selected, as shown in FIG. 7B, the screen is switched so that the growth development information corresponding to the age of the infant (growth statistics information according to the corresponding age, recommended Information, growth special information, etc.) or separately, an input area for inputting growth information such as weight and height may be displayed on the screen. The information displayed after the selection of the development confirmation selection area A2 is preferably displayed in association with the development information displayed after the selection of the development information selection area A1 described above.

In addition, as shown in FIG. 7C based on the growth information of the infant input on the screen of FIG. 7B, the data may be displayed as a graph based on various data such as a global average, a national average, a regional average, an app user standard average, and the like.

More specifically, the weight of the infant according to the age can be displayed in connection with the world average range. Herein, the growth information of the infant may be displayed as a time series graph on a monthly basis of each infant, as shown in FIG. 7C.

Referring to FIG. 7C, the infant's growth information is input to the input value (weight, height, etc.) input by the user after the development confirmation selection area A2 or automatically input by an IoT device, which will be described later. It can be displayed along with a reference range based on various data such as average, regional average, and app user average.

The user, by referring to the graph as shown in Figure 7c to check whether the growth and development of the infant is normal can be much help in child care.

In particular, the user can check the state of the infant among the growth and development types of the infant with reference to the graph as shown in Figure 7c can adjust the oversufficiency of parenting content such as weight, height, lactation.

On the other hand, the display method such as a graph as shown in Figure 7c, of course, can be applied to the development information, cognitive development information and dietary development information described later, as well as sexual development information.

On the other hand, as shown in Figure 8a, if the exercise development information (A12), that is, a pictogram marked 'knapsae' is selected, exercise development information corresponding to the age of the infant (growth statistics, recommended information, Together with or separately from the growth specialist information, an input area for inputting the exercise development information of the infant may be displayed on the screen.

In addition, as shown in Figure 8b, when the cognitive development information (A13), that is, a pictogram displayed as 'Trang Trang' is selected, the cognitive development information corresponding to the age of the infant (growth statistics, recommended information, Together with or separately from the growth specialist information, an input area for inputting cognitive development information of the infant may be displayed on the screen.

In addition, as shown in Figure 8c, when the dietary development information (A14), that is, a pictogram displayed as '냠냠 gulp' is selected, the dietary development information corresponding to the age of the infant (growth statistics information, recommended information, Together with or separately from the growth specialist information, an input area for inputting the dietary development information of the infant may be displayed on the screen.

Meanwhile, among the growth development information (A11), the exercise development information (A12), the cognitive development information (A13), and the dietary development information (A14) shown in FIGS. Of course, it can also be entered.

In addition, among the growth development information (A11), exercise development information (A12), cognitive development information (A13), and dietary development information (A14) shown in FIGS. Calculates deviations from average values or ranges, local average values or ranges, average values or ranges among users of running apps, recommended values or ranges based on statistical data, and based on the calculated deviations, growth development information (A11) and exercise development information. (A12), recommendation information based on cognitive development information (A13) and dietary development information (A14) may be presented through a smart terminal.

On the other hand, on the screen of the smart terminal, the information of the corresponding infant among the growth development information (A11), exercise development information (A12), cognitive development information (A13), dietary development information (A14) and the like shown in Figure 7a to 8c An information confirmation area can be provided.

When the information confirmation region is selected, as shown in FIG. 7C, the growth development information A11, the exercise development information A12, the cognitive development information A13, and the dietary development information A14 may be checked.

In addition, when the information confirmation area is selected, it may be executed as if "report MA4 is selected on the other screen after the selection of the report MA4 on the main screen (not shown) or after executing the execution app".

On the other hand, after the selection of the immunization selection area (A3) on the main screen (not shown) or after the execution of the execution app is selected in the immunization selection area (A3) on the other screen, as shown in Figure 9a or 9b the infant age In addition to the corresponding vaccination information or separately, information about vaccination may be displayed on the screen according to the age and vaccination of the infant.

In this case, various information such as input of inoculation of the infant, inoculation schedule, inoculation type, etc. may be displayed on the screen.

At this time, if the vaccination selection area (A3) is selected, a vaccination institution located in the vicinity by using the location information or pre-registered address information of the smart terminal running the application running along with the vaccination information with a separate selection area Information about the location of the hospital (hospital, public health center, etc.)

Here, the information about the immunization agency may take the form of an advertisement through a smart terminal.

On the other hand, if the necessary goods selection area A4 is selected on the main screen (not shown) after the selection of the necessary goods selection area A4 or after execution of the execution app, the corresponding age of the infant as shown in FIG. 10A or 10E In addition to or in addition to the corresponding necessity information, information about the necessities according to the age of the infant may be displayed on the screen.

Specifically, when the necessity goods selection area A4 is selected, as shown in FIGS. 10A and 10D, upper menus such as child care items and play goods corresponding to the corresponding infant are displayed on the screen, and then, according to the user's selection. As shown in FIG. 10B, FIG. 10C, and FIG. 10E, each article may be displayed in pictogram format. In this case, when the necessary goods selection area A4 is selected, after selecting the product information MA3 on the main screen (not shown) or after executing the running app, the product information MA3 is selected on the other screen, and the information on the corresponding product is displayed. You can do that.

Meanwhile, when pictograms corresponding to the articles are selected, the recommendation information, the expert information, the company information, and the like may be displayed.

Here, the company information may be displayed on the screen by adopting an advertisement method in association with a sponsor company as an advertisement format such as a smart terminal.

Meanwhile, when the diary MA2 is selected on the other screen after the selection of the diary MA2 on the main screen (not shown) or after the execution of the execution app, the child care for the infant in various forms as shown in FIGS. 11A to 11F. History can be displayed.

For example, as illustrated in FIG. 11A, an input window or an input result for inputting a daily diary for the infant may be displayed on the smart terminal together with the photo information.

In addition, as illustrated in FIGS. 11B and 11C, the diary of the month may be checked after the selection of the corresponding month day by displaying a calendar or the like to confirm the diary of the infant.

In addition, as shown in FIGS. 11D to 11F, the growth history of the infant, that is, the growth diary is displayed on the screen of the smart terminal by various methods such as a list method, a picture data of the day, and the like as detailed data. Can be displayed.

Here, the growth history may maximize the parenting activity of the user and conveniently check the parenting history by utilizing input values input by the user in the above-described development information or automatically input by the IoT devices described below.

On the other hand, if the product information (MA3) is selected on the other screen after the selection of the product information (MA3) on the main screen (not shown) or after the execution of the execution app, as shown in Figure 12a to 12b relates to child care in various forms Product information may be displayed on the screen of the smart terminal.

In particular, when displaying product information related to child care, product guides such as stability certification and standards, product reviews such as users of running apps, experts, and new product introductions may be simultaneously or separately displayed on the screen of the smart terminal.

In addition, the product display method of the product information MA3 may be displayed in the same or similar manner as the necessary article selection area A4 described above.

That is, pictograms corresponding to the products may be displayed, and when any one pictogram is selected, recommendation information, expert information, and company information about the corresponding product may be displayed.

The company information may be displayed on the screen by adopting an advertisement method in association with a sponsor company as an advertisement format through a smart terminal.

Meanwhile, when the report MA4 is selected on the other screen after the selection of the report MA4 on the main screen (not shown) or after the execution of the execution app, the report on the parenting is displayed in various forms as shown in FIGS. 13A to 13H. It may be displayed on the screen of the smart terminal.

For example, when the report MA4 is selected on the other screen after the selection of the report MA4 on the main screen (not shown) or after the execution of the execution app, as shown in FIG. 13A, the initial screen of the report MA4 is displayed. Can be displayed.

The report contents of the report MA4 may present the user with various types of reports on parenting activities of the user, such as "today's face", "development confirmation result", "monthly report" and "growth album". have.

At this time, the initial screen of the report MA4 displays "Selection of the face of today", "Development confirmation result", "Monthly report", "Growth album", and the display of the pictogram for each age on the screen of the smart terminal. You can choose from a variety of report formats.

On the other hand, if "face of the day" is selected, as shown in Figure 13b, "face of the day" may be displayed on the screen as an image.

Here, the "face of the day" display method, the user uses a smart terminal to display a plurality of infants' photos on a single screen in the order of the date, or slide the screen to display the time series changes of the infant's face It can be done.

When the "development confirmation result" or "monthly report" is selected, as shown in FIGS. 13C to 13F, the developmental information of the infant may be displayed on the screen by various methods.

When "growth album" is selected, as shown in FIG. 13G or 13H, a selection input field for selecting a user may be displayed on the screen to produce a growth album for the infant.

In this case, the selection input field may display an information input field for selecting a preset album type, an infant's image to be included in the album, a period to be included in the album, and the like on one screen or step by step.

On the other hand, after the IoT device MA5 is selected on the main screen (not shown) or after the execution of the execution app, if the IoT device MA5 is selected on the other screen, the IoT connected to the smart terminal as shown in FIGS. The measurement information may be displayed on the screen of the smart terminal in various forms.

For example, if the IoT device MA5 is selected on the other screen after the IoT device MA5 is selected on the main screen (not shown) or after execution of the execution app, as shown in FIG. 14A, the IoT device MA5 It can be displayed as an initial screen.

Here, the IoT device displayed on the initial screen of the IoT device MA5 is based on the premise that the connection between the smart terminal and the device is completed by user selection and automatic execution of an app.

As another example, preset IoT devices may be displayed on the initial screen of the IoT device MA5 and displayed on the screen with the activated IoT device completed.

The display of the activated state may be displayed by various methods such as contrast effect, black and white and color (color). Devices not connected here may not be displayed on the initial screen, of course.

Meanwhile, when lactation care is selected from the initial screen of the IoT device MA5, as shown in FIGS. 14B to 14E, information about lactation may be displayed on the screen in various formats and contents.

As a specific example, as shown in FIGS. 14C to 14E, types of breastfeeding, breastfeeding, and the like, feeding frequency, feeding amount, and the like may be displayed on the screen as graphs or numerical values.

Meanwhile, when total care is selected among the initial screens of the IoT device MA5, as shown in FIGS. 14F and 14G, the surrounding environment, that is, temperature, humidity, and harmful substances (VOC, fine dust, etc.) information of the infant may be in various forms. It can be displayed on the screen.

On the other hand, if bowel care is selected from the initial screen of the IoT device (MA5), as shown in Figure 14h and 14i, information about bowel movements, such as bowel type, bowel movements, bowel movements, the number of earrings is displayed on the screen in various forms Can be.

Here, when the information about the bowel movements, the amount of use of the earrings and the number of remaining (the user inputs the earrings number in advance) may be displayed on the screen.

On the other hand, the photo portion of the drawings shown in Figures 8a to 14i is clearly displayed in the actual app environment, but artificially adjusted the sharpness for personal protection such as portrait rights.

The exemplary embodiments of the present invention have been described above by way of example, but the scope of the present invention is not limited to these specific embodiments, and may be appropriately changed within the scope of the claims.

11 ~ 18: IoT device 20: Smart terminal
30: parenting management server

Claims (8)

As a method for providing a child care management service that provides child care related information organized in a time series through a program installed in a user's smart terminal 20,
A plurality of selections including a first selection area A1 for selecting infant development information and a second selection area A2 for selecting development confirmation corresponding to the development information on a screen of the smart terminal 20 of the user. A selection area display step (S11) of displaying the areas on the screen of the user's smart terminal 20;
An event execution step of displaying on the screen of the user's smart terminal 20 as a new screen display preset in correspondence with the corresponding selection areas A1 and A2 selected by the selection area display step S11 among the plurality of selection areas. Child care management service providing method comprising the (S12). The method according to claim 1,
The selection area display step (S11),
To further display the moon age selection area (C2) on the screen of the user's smart terminal 20,
In the event execution step S12, when the lunar month selection area C2 is selected in the selection area display step S11, the sub-month age selection areas M0 to M12 corresponding to each of the moon ages arranged in time series are displayed. Displayed on the screen of the smart terminal 20,
When any one of the sub-month selection areas (M0 to M12) is selected in the selection area display step (S11), information corresponding to the moon age corresponding to the selected sub-month selection area (M0 to M12) is displayed. Child care management service providing method characterized in that displayed on the screen of 20). The method according to claim 2,
The selection area display step (S11),
Further display the necessary goods selection area (A4) on the screen of the user's smart terminal 20,
In the event execution step S12, when the necessary goods selection area A4 is selected in the selection area display step S11, the user selects the sub-month-age selection areas M0 to M12 corresponding to each of the moon periods arranged in time series. Displayed on the screen of the smart terminal 20,
When any one of the sub-month selection areas M0 to M12 is selected in the selection area display step S11, the user's smart terminal displays product information corresponding to the moon age corresponding to the selected sub-month selection area M0 to M12. Child care management service providing method, characterized in that displayed on the screen (20). The method according to any one of claims 1 to 3,
The development information,
Developmental information including at least one of height, weight, and head circumference;
Exercise development information including at least one of reflexive behavior, device, flip and standing of the infant;
Cognitive development information comprising at least one of facial recognition and voice recognition;
Child care management service providing method comprising dietary development information including at least one of the type of diet, lactation, and the number of feedings. The method according to any one of claims 1 to 3,
Individual information corresponding to the parenting related information on the basis of the age and age of the infant by at least one of the one or more IoT devices (11 to 18) for providing the child care measurement information necessary for child care by wireless and the input means by the user An information input step (S20) for inputting;
According to the user's selection further includes an input information display step (S30) for providing the individual information input in the information input step (S20) directly or processed to the user's smart terminal 20 with the corresponding child care related information. Child care management service providing method characterized in that. The method according to claim 5,
The input information display step (S30),
Providing at least one of a graph showing a time-series change of at least one of the development information, and a graph showing a relative index of the individual information input relative to the standard value corresponding to the development information Way. The method according to claim 5,
The smart terminal 20, child care management service providing method characterized in that a program for receiving and processing the child care measurement information by wireless from the one or more IoT devices (11-18) is installed. As a child care management service system using an IoT and smart terminal for performing the method of providing a child care management service according to claim 5,
One or more IoT devices 11-18 that provide individual information necessary for childcare by wireless;
Childcare using the IoT and smart terminal, characterized in that it comprises a smart terminal 20 for receiving and processing the child care measurement information by wireless from the one or more IoT devices (11-18) to display on the display 21 Management service system.

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