KR20230050109A - Smart apparatus for making baby formula - Google Patents

Abstract

The present invention relates to a smart manufacturing device of a powdered milk product which comprises: a water tank provided in a housing, and receiving and storing water from the outside; a powdered milk tank provided in the housing, and receiving and storing powdered milk from the outside; a heating means provided in the housing and heating the water contained in the water tank; a mixing means receiving the water and the powdered milk from the water tank and the powdered milk tank respectively, mixing the water and the powdered milk to produce a powdered milk product, and discharging a produced powdered milk product to the outside; an input module receiving, from a user, input values including at least one of a water temperature value, a feeding amount value, a child months value, a child body weight value, discharge status, product name, feeding information including feeding date and a feeding amount value, a manufacturer, and a product image; an input module receiving, from a user, input values including at least one of a water temperature value, a feeding amount value, a child months value, a child body weight value, discharge status, product name, feeding information including feeding date and a feeding amount value, a manufacturer, and a product image; a feeding amount calculation unit calculating a final recommended feeding amount based on at least one of the input value input to the input module, the recommended feeding information stored in the information management unit, and the feeding history information stored in the information management unit; and a control unit generating a control signal and transmitting the same to the mixing means to produce the powdered milk product in an amount corresponding to the final recommended feeding amount calculated by the feeding amount calculation unit. Accordingly, the powdered milk product can be manufactured by considering at least one of the number of months of the child and the child body weight without the user having to consider the same directly.

Description

Smart milk powder manufacturing device {SMART APPARATUS FOR MAKING BABY FORMULA}

The present invention relates to a smart milk powder manufacturing device capable of producing powdered milk and calculating a recommended feeding amount according to the age and weight of an infant.

Powdered milk is produced in the form of powder by evaporating and concentrating the moisture of milk. Infants with insufficient physical development such as teeth and stomach obtain nutrients by ingesting powdered milk made by mixing powdered milk and water in situations where it is difficult to consume breast milk. .

The process of manufacturing milk powder may seem simple at first glance, such as heating water to a temperature suitable for infants to drink, measuring the weight of milk powder, and mixing water and milk powder to prevent excessive bubbles from being produced. However, it is very inconvenient to prepare powdered milk by the above-described process while taking care of infants, and in severe cases, infants may be in a dangerous situation because they cannot take care of infants during formulating.

In order to solve this problem, a powdered milk preparation device has been developed that heats water to a temperature suitable for infants to drink when powdered milk and water are added, and mixes the heated water with powdered milk to prepare powdered milk.

However, the milk powder manufacturing apparatus according to the prior art provides only a function of producing powdered milk by simply mixing milk powder and water according to a user's input value, so that the user directly considers the age or weight of the infant or formula There was an inconvenience in that it had to be adjusted by referring to the usage amount written on the container.

KR 10-2021-0041301 A KR 10-1086869 B1

The present invention was invented to solve the above problems, and it is possible to prepare powdered milk by mixing milk powder and water, but the user does not have to directly consider the amount of milk powder to be fed to the infant in consideration of the age and weight of the infant. An object of the present invention is to provide a smart milk powder manufacturing device capable of producing powdered milk by calculating the recommended feeding amount suitable for the body and body weight.

The object of the present invention is not limited to the purpose mentioned above, and other objects not mentioned above can be clearly understood from the description below and can be sufficiently included in the object of the present invention.

In order to achieve the above object, a smart milk powder manufacturing apparatus according to an embodiment of the present invention includes a water tank provided in a housing and receiving and storing water supplied from the outside; a powdered milk tank provided in the housing to receive and store powdered milk supplied from the outside; a heating means provided in the housing and configured to heat the water accommodated in the water tank; mixing means for receiving and mixing water and powdered milk from the water tank and the milk powder tank to prepare milk powder, and discharging the prepared milk powder to the outside; Enter an input value including at least one of the water temperature value, feeding amount value, child month value, child weight value, discharge status, product name, breastfeeding information including the date and time of breastfeeding and breastfeeding amount value, manufacturer and product image receiving input module; an information management unit that generates and stores breastfeeding history information based on the breastfeeding information, and stores recommended feeding information including the number of times of daily feeding and the number of feedings per day for at least one of the child's number of months and the child's weight; a breastfeeding calculation unit calculating a final recommended breastfeeding amount based on at least one of an input value input to the input module, recommended breastfeeding information stored in the information management unit, and breastfeeding history information stored in the information management unit; and a control unit generating a control signal and sending it to the mixing unit so that an amount corresponding to the final recommended feeding amount calculated by the feeding amount calculation unit is produced.

The present invention according to the above configuration can expect the following effects.

By calculating the final recommended feeding amount considering at least one of the child's number of months and the child's weight, and producing formula as much as the calculated final recommended feeding amount and discharging it to the outside, the user directly determines the child's number of months and the weight of the child when manufacturing the formula. The milk powder may be prepared by considering at least one of the number of months and the weight of the child without considering at least one of the above.

A product image containing a powdered milk product container is input, a search keyword is generated based on the product image, and recommended breastfeeding information is extracted by searching at least one of the information management unit and an external DB using the generated search keyword, and the product name is directly entered. You can easily extract recommended breastfeeding information corresponding to the product name.

1 is a perspective view showing a smart milk powder manufacturing apparatus according to an embodiment of the present invention.
Figure 2 is a block diagram for explaining a smart milk powder manufacturing apparatus according to an embodiment of the present invention.
3 is a diagram showing an example of a product image input to an input unit to explain the smart milk powder manufacturing apparatus according to an embodiment of the present invention.

Advantages and features of the present invention, and methods of achieving them, will become clear with reference to the detailed description of the following embodiments taken in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, only the present embodiments make the disclosure of the present invention complete, and those skilled in the art in the art to which the present invention belongs It is provided to fully inform the person of the scope of the invention. Meanwhile, terms used in this specification are for describing embodiments, and are not intended to limit the present invention. In this specification, singular forms also include plural forms unless specifically stated otherwise in a phrase.

Hereinafter, a smart milk powder manufacturing apparatus according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Smart milk powder manufacturing apparatus 10 according to an embodiment of the present invention includes a housing 100, a water tank 200, a milk powder tank 300, a sterilization means 400, a heating means 500, a mixing means 600 ), a communication module 700, an input module 800, an information management unit 900, a breastfeeding calculation unit 1000, a control unit 1100, and a display module 1200.

The housing 100 is provided with a seating space in which a container for accommodating powdered milk is placed.

The housing 100 may be equipped with a cradle 110 in which a container for accommodating milk powder can be placed at a position corresponding to the position where the seating space is provided.

The cradle 110 may be movably provided on the housing 100 in a vertical direction.

The water tank 200 is provided detachably to the housing 100, receives and stores water supplied from the outside.

If the water tank 200 is made of a material having stability without discharging harmful substances such as bisphenol A or endocrine disruptors by the heated water when the water stored in the water tank 200 is heated by the heating means 500 It is not limited and may be made of, for example, any one of glass and tritan.

When water is supplied from the water tank 200 to the mixing means 600, at least one of a weight sensor and a water level sensor may be provided in the water tank 200 to detect the amount of water supplied.

The powdered milk tank 300 is detachably provided in the housing 100 and receives and stores powdered milk from the outside.

A discharge means for discharging the stored milk powder to the mixing means 600 may be detachably provided in the milk powder tank 300 .

As the milk powder tank 300 and the discharge means provided in the milk powder tank 300 are detachably provided in the housing 100 and the milk powder tank 300, respectively, the powdered milk tank 300 and the discharge means are respectively connected to the housing 100 when necessary. ) and the milk powder tank 300 can be separated and washed.

When milk powder is supplied from the milk powder tank 300 to the mixing means 600, a weight sensor may be provided in the milk powder tank 300 to detect the amount of milk powder supplied.

The sterilization means 400 may be provided in the housing 100 to sterilize the water stored in the water tank 200 using ultraviolet rays.

The sterilization unit 400 may sterilize the water stored in the water tank 200 by using ultraviolet C having a wavelength of 100 to 280 nm to effectively sterilize the water stored in the water tank 200 .

The heating unit 500 is provided in the housing 100 to heat water stored in the water tank 200 .

The heating means 500 may receive a control signal from the control unit 1100 and heat the water stored in the water tank 200 to a temperature corresponding to a water temperature value input to the input module 800 .

At this time, in order to detect the temperature of the water stored in the water tank 200, a temperature sensor for detecting the temperature of the water stored in the water tank 200 may be provided in the housing 100.

The mixing unit 600 receives water and powdered milk from the water tank 200 and the powdered milk tank 300, mixes them, prepares powdered milk, and discharges the prepared powdered milk to the outside.

The mixing means 600 may be detachably provided in the housing 100, and accordingly, it may be separated from the housing 100 and washed if necessary.

The communication module 700 may be provided in the housing 100 to wirelessly communicate with the outside.

The method of wireless communication with the outside of the communication module 700 is not limited as long as it is a wireless communication method according to the prior art, and may include, for example, at least one of Wi-Fi, Bluetooth, and data communication networks.

The communication module 700 is provided in the housing 100 and can wirelessly communicate with the user terminal 20 and the external DB 30 .

The communication module 700 includes at least one of a water temperature value, a feeding amount value, a child month value, a child weight value, discharge status, a product name, a manufacturer, breastfeeding information, and a product image input from the user terminal 20. input can be received.

The input module 800 receives an input value including at least one of a water temperature value, a milk supply amount value, a child month value, a child weight value, discharge status, a product name, a manufacturer, breastfeeding information, and a product image from a user.

A method according to the prior art may be used as a method for the input module 800 to receive an input value from a user. For example, the input module 800 uses at least one of a touch input method and a button input method to receive input from the user. value can be entered.

In addition, the input module 800 receives at least one of a water temperature value, a milk supply amount value, a child month value, a child weight value, discharge status, a product name, a manufacturer, breastfeeding information, and a product image input from the user terminal 20. The included input value may be received through the communication module 700, and for this purpose, an application for inputting an input value to the input module 800 may be pre-installed in the user terminal 20.

Whether to discharge or not input to the input module 800 may be about whether or not the mixing means 600 discharges the manufactured milk powder to the outside, and the input module 800 determines whether to discharge or not, and a value corresponding to the unit. Any one of them can be input as an input value.

The product name input to the input module 800 may be a product name of a milk powder product and may include the name of the product and the number of stages, and the manufacturer may be a milk powder manufacturer.

At this time, the number of steps is donated by the manufacturer to consider the nutritional status according to the age of the child, and is given as a number such as 1, 2, 3, 4, etc. The 'steps' are arranged and assigned as 'step 1', 'step 2', 'step 3' and 'step 4'.

For example, as shown in FIG. 3, the product name may include 'Excellent Powdered Milk Platinum' as the name of the product and 'Step 1' as the number of steps.

The breast-feeding information input to the input module 800 may be information on formula milk already fed to the infant, and may include the date and time of breast-feeding and the amount of breast-feeding.

The product image input to the input module 800 may include at least one of a photo and an image including a powdered milk product container accommodating milk powder. At this time, the product image is captured by a photographing module provided in the housing 100. It can be, it can be input from the user terminal (20).

On the other hand, the user terminal 20 may be provided with a camera module capable of taking pictures and videos including a powdered milk product container accommodating powdered milk.

On the other hand, powdered milk product containers generally have the name of the product and the number of stages donated by the manufacturer in order to consider the nutritional status according to the infant's age.

The product image input to the input module 800 includes a powdered milk product container for accommodating milk powder, and may include at least one of a photograph and a video taken to show the name and step number of the product described in the powdered milk product container.

The information management unit 900 stores recommended feeding information including the number of feedings per day and the daily feeding amount for at least one of the child's number of months and the child's weight.

The information management unit 900 may store recommended feeding information corresponding to at least one of a plurality of product names and manufacturers, and preferably receives and stores recommended feeding information corresponding to a product name from the external DB 30. it could be

The external DB 30 may store recommended breastfeeding information corresponding to the product name.

The recommended feeding information stored in the information management unit 900 may be configured by matching the number of daily feedings with the daily feeding amount according to the child's age range or weight range, and may have a table form.

For example, the recommended feeding information stored in the information management unit 900 may have a table format configured by matching the daily feeding amount with the daily feeding amount according to the age range of the child as shown in Table 1 below.

Monthly age range single-use flow rate Number of feedings per day 0 to 1 month 80ml 8 1-2 months 120ml 6 2-3 months 160ml 6

The information management unit 900 calculates the feeding interval and the amount of breastfeeding per hour based on the breastfeeding information input into the input module 800 and the amount of milk powder discharged from the mixing means 600, and calculates the calculated feeding interval and the amount of breastfeeding per hour. It is possible to generate and store the configured nursing history information.

The information management unit 900 calculates a feeding interval and an hourly feeding amount based on the feeding date and time of the breast-feeding information input to the input module 800 and the feeding amount value, and the feeding history information generated by matching the calculated feeding interval with the hourly feeding amount. can be saved.

On the other hand, the input module 800 may receive the feeding date and time included in the breast-feeding information in the form of a breast-feeding start time and a breast-feeding end time. The time difference between feedings can be calculated as the feeding interval.

For example, in the feeding date and time of the breast-feeding information input to the input module 800, when the feeding start time and the feeding end time are 09:00 and 13:00, respectively, and the feeding amount is 80 ml, the feeding interval is 4 hours and the feeding amount per hour. can be calculated and stored as 20 ml.

When milk powder is discharged from the mixing means 600 by a control signal of the control unit 1100, the information management unit 900 may calculate and store the feeding interval and hourly feeding amount based on the powdered milk discharge information.

In this case, the discharge information may include the discharge date and time and the discharge amount of powdered milk powder, and the discharge date and time may mean a time when powdered milk is discharged at a predetermined point in time.

The information management unit 900 discharges powdered milk from the mixing means 600 by a control signal from the control unit 1100 at a first predetermined time point, and mixes it at a second time point after the first time point by a control signal from the control unit 1100. When milk powder is discharged from the means 600, a time value between the first time point and the second time point may be calculated as a feeding interval.

In this case, the first viewpoint and the second viewpoint may be neighboring viewpoints. That is, powdered milk may not be discharged from the mixing unit 600 by a control signal of the control unit 1100 between the first time point and the second time point.

The information management unit 900 may calculate the amount of breastfeeding per hour by dividing the feeding interval by the amount of milk powder discharged.

As described above, when the time value between the first time point and the second time point is calculated as the feeding interval, the information management unit 900 calculates the amount of breastfeeding per hour by dividing the calculated feeding interval by the discharge amount at the first time point. can do.

For example, the information management unit 900 calculates the feeding interval as 5 hours when the discharge date and time of the first time point is 15:00 and the discharge amount is 100 ml, and the discharge date and time of the second time point is 20:00 and the discharge amount is 80 ml. , the amount of feeding per hour can be calculated by dividing the amount of discharge at the first time point, 100 ml, by the feeding interval of 5 hours.

The breastfeeding calculation unit 1000 calculates the final recommended breastfeeding amount based on at least one of the input value input to the input module 800, the recommended breastfeeding information stored in the information management unit 900, and the breastfeeding history information stored in the information management unit 900. .

The breastfeeding amount calculating unit 1000 may include a breastfeeding information extraction unit 1010 and a breastfeeding amount calculating unit 1020.

The breastfeeding information extraction unit 1010 extracts recommended breastfeeding information from at least one of the information management unit 900 and the external DB 30 based on at least one of the product name, manufacturer, and product image input to the input module 800. it could be

When a product name, manufacturer, and product image are input into the input module 800, the breastfeeding information extraction unit 1010 converts recommended breastfeeding information of powdered milk corresponding to the product name and manufacturer among the information management unit 900 and the external DB 30. It may be extracted from at least one.

When extracting recommended breastfeeding information based on the product image input to the input module 800, the breastfeeding information extraction unit 1010 extracts a string from the product image to generate a search keyword, and uses the generated search keyword to create a recommended breastfeeding information. Information may be extracted from at least one of the information management unit 900 and the external DB 30 .

The breastfeeding information extraction unit 1010 may include a string extraction unit 1011, a keyword generation unit 1012, and a keyword search unit 1013.

The string extraction unit 1011 may extract at least one of a string and a number from a product image input to the input module 800 .

At this time, a method of extracting at least one of a string and a number from a product image by the string extraction unit 1011 may use an OCR (Optical Character Recognition) technique according to the prior art.

On the other hand, the letters included in the character string constituting the name of the product described in the powdered milk product container accommodating the powdered milk product container are found to have a relatively larger character size than the letters constituting the character string guiding other matters described in the powdered milk product container.

When the string extraction unit 1011 extracts a string from a product image input to the input module 800, the string included in the product image is listed, but the string is arranged in the order of the size of the largest character among the characters constituting the string. It may be to enumerate and extract a string belonging to an order within a predetermined upper ratio.

In this case, the size of characters constituting the character string included in the product image may be measured by the number of pixels in the height direction of the character, and the upper ratio may be a predetermined value, for example, 10 to 50%.

For example, when a product image input to the input module 800 is as shown in FIG. 3 , the character string extraction unit 1011 converts a character string included in the product image to a character having the largest character size among characters constituting the character string. 'Excellent milk powder', 'Platinum', 'Organic', 'Raw', 'Used', 'Certified', 'Organic', 'Ingredients only', 'Used', 'Infant', 'Formula', in order of size ', 'Country of Origin', 'Australia', 'g' and 'kcal'.

At this time, when the predetermined upper ratio is 15%, 2.4 of 16 15%, that is, 'excellent powdered milk' and 'platinum' belonging to the upper 2.4 may be extracted as character strings.

On the other hand, the number of steps described in the product image input to the input module 800 is usually donated by the manufacturer to consider the nutritional status according to the age of the child and is written on the milk powder container, and usually belongs to 1 to 4 It is given as a natural number and described on the milk powder product container, and the size of the number constituting the number of stages is described as relatively larger than the size of other numbers included in the product image.

The string extraction unit 1011 may separate and extract numbers from product images input to the input module 800 from character strings, and when extracting numbers from product images, the string extraction unit 1011 belongs to 1 to 4. It may be to extract a number that is a natural number.

The string extraction unit 1011 separates and extracts numbers, which are natural numbers belonging to 1 to 4, from a string from the product image input to the input module 800, and when there are a plurality of numbers to be extracted, the numbers are arranged in order of size, A character string belonging to a predetermined upper ratio may be extracted.

In this case, the size of the number may be measured by the number of pixels in the height direction of the number, and the upper ratio may be a predetermined value, for example, 10 to 50%.

For example, if the product image input to the input module 800 is as shown in FIG. 3 and the preset upper ratio for the number is 30%, the string extraction unit 1011 converts the number included in the product image to a size. They are listed in order 1, 8, 0, 0, 4, 1, 2 and 3.

At this time, the character string extraction unit may extract 1, which is a natural number belonging to 1 to 4 of 1 and 8 belonging to the top 30% of 8 numbers, that is, 2.4 of 8 numbers, as a number.

The keyword generator 1012 may generate a search keyword based on at least one of a string and a number extracted by the string extractor 1011 .

When the string extraction unit 1011 extracts both a string and a number, the keyword generator 1012 arranges the first search keyword generated based on the string and the second search keyword generated based on the number in order to obtain a search keyword. can create

The keyword generator 1012 may generate the string extracted by the string extractor 1011 as a first search keyword.

The keyword generation unit 1012 may generate a first search keyword by listing each character string or character strings when there are a plurality of character strings extracted by the character string extraction unit 1011 .

In this case, the piece string may be composed of at least two consecutive characters.

For example, when the strings extracted by the string extraction unit 1011 are 'excellent powdered milk' and 'platinum', the keyword generation unit 1012 includes 'excellent powdered milk' and 'platinum', respectively, and 'excellent powdered milk platinum' listing them. ' can be created as the first search keyword.

The keyword generator 1012 may generate the second search keyword by sequentially arranging the numbers extracted from the string extraction unit 1011 and the 'step' when generating the second search keyword.

For example, when the number extracted by the string extraction unit 1011 is '1', the keyword generator 1012 arranges '1' and 'step' in order to generate 'step 1' as the second search keyword. can do.

The keyword generator 1012 determines whether the first search keyword is 'excellent milk powder', 'platinum', or 'excellent milk powder platinum' and the second search keyword is '1st stage', 'excellent milk powder 1st stage', 'platinum 1st stage' ', 'Excellent Milk Powder Platinum Level 1' can be created as search keywords.

The keyword generation unit 1012 may generate a first search keyword as a search keyword when the string extraction unit 1011 extracts only a string, and may generate a second search keyword as a search keyword when only numbers are extracted.

The keyword search unit 1013 searches at least one of the information management unit 900 and the external DB 30 using the search keywords generated by the keyword generation unit 1012, and provides recommended breastfeeding information based on the search results. may be extracting.

That is, the product name of the powdered milk product corresponding to the product image input to the input unit 800 as the keyword search unit 1013 performs a search using the search keyword generated by the keyword generator 1012 to calculate recommended breastfeeding information. Recommended feeding information can be extracted.

The breastfeeding amount calculation unit 1020 may calculate the final recommended breastfeeding amount based on at least one of the breastfeeding history information stored in the information management unit 900 and the recommended breastfeeding information calculated by the keyword search unit 1013 .

The breastfeeding amount calculation unit 1020 may calculate a first recommended breastfeeding amount based on the breastfeeding history information stored in the information management unit 900 .

The feeding amount calculation unit 1020 multiplies the average feeding interval calculated by averaging the feeding intervals included in the feeding history information stored in the information management unit 900 and the average hourly feeding amount calculated by averaging the feeding amount per hour to obtain the first recommended feeding amount. can be calculated.

The breastfeeding amount calculation unit 1020 may calculate a second recommended feeding amount based on the recommended feeding information calculated by the keyword search unit 1013 .

The breastfeeding amount calculation unit 1020 may calculate, as the second recommended feeding amount, a one-time feeding amount corresponding to a monthly age range to which the number of child months inputted in the input module 800 in the recommended feeding information belongs.

The feeding amount calculation unit 1020 may calculate the final recommended feeding amount based on at least one of the first recommended feeding amount and the second recommended feeding amount.

The feeding amount calculation unit 1020 may calculate either the first recommended feeding amount or the second recommended feeding amount as the final recommended feeding amount, and if the nursing history information stored in the information management unit 900 is greater than or equal to the preset number, the first recommended feeding amount And the average of the second recommended feeding amount may be to calculate the final recommended feeding amount.

When the number of breastfeeding history information stored in the information management unit 900 is greater than or equal to the preset number, when the final recommended feeding amount is calculated by averaging the first recommended feeding amount and the second recommended feeding amount, the infant's powdered milk consumption habit and the recommended feeding information provided from the manufacturer are calculated. By considering all of them, the final recommended feeding amount can be calculated.

When the final recommended feeding amount calculated by the feeding amount calculating unit 1000 is calculated, the control unit 1100 may generate a control signal to produce a milk powder in an amount corresponding to the final recommended feeding amount and send the control signal to the mixing means 600, and the mixing means When a control signal is transmitted, the 600 can prepare powdered milk in an amount corresponding to the final recommended feeding amount and discharge the manufactured milk powder to the outside.

Meanwhile, when the mixing unit 600 receives water from the water tank 200 and milk powder from the milk powder tank 300 to prepare powdered milk, water and powdered milk may be mixed at a predetermined ratio.

The controller 1100 controls the heating unit 500 based on the water temperature value input to the input module 800 so that the water temperature stored in the water tank 200 corresponds to the water temperature value input to the input module 800. can be set to a temperature that is

The control unit 1100 operates the mixing means 600 so that powdered milk is produced in an amount corresponding to the oil supply amount value when an input module 800 inputs a milk supply amount value and an input value corresponding to whether or not to discharge is input. It can be controlled and the powdered milk produced can be discharged to the outside.

Finally, the display module 1200 may be provided on one surface of the housing 100 to display at least one of the temperature of the water stored in the water tank and the amount of milk powder discharged from the mixing means 600.

The above embodiment is merely an example, and other embodiments variously modified therefrom are possible to those skilled in the art.

Therefore, the true technical protection scope of the present invention should include not only the above embodiments but also variously modified other embodiments according to the technical spirit of the invention described in the claims below.

10: smart milk powder manufacturing device, 20: user terminal, 30: external DB,
100: housing, 110: cradle
200: water tank, 300: milk powder tank,
400: sterilization means, 500: heating means,
600: mixing means, 700: communication module,
800: input module, 900: information management unit,
1000: breastfeeding calculation unit,
1010: breastfeeding information extraction unit,
1011: string extraction unit, 1012: keyword generation unit, 1013: keyword search unit,
1020: lactation amount calculation unit,
1100: control unit, 1200: display module.

Claims (5)

a water tank provided in the housing to receive and store water supplied from the outside;
a powdered milk tank provided in the housing to receive and store powdered milk supplied from the outside;
a heating means provided in the housing and configured to heat the water accommodated in the water tank;
mixing means for receiving and mixing water and powdered milk from the water tank and the milk powder tank to prepare milk powder, and discharging the prepared milk powder to the outside;
Enter an input value including at least one of the water temperature value, feeding amount value, child month value, child weight value, discharge status, product name, breastfeeding information including the date and time of breastfeeding and breastfeeding amount value, manufacturer and product image receiving input module;
an information management unit that generates and stores breastfeeding history information based on the breastfeeding information, and stores recommended feeding information including the number of times of daily feeding and the number of feedings per day for at least one of the child's number of months and the child's weight;
a breastfeeding calculation unit calculating a final recommended breastfeeding amount based on at least one of an input value input to the input module, recommended breastfeeding information stored in the information management unit, and breastfeeding history information stored in the information management unit; and
And a control unit for generating a control signal and sending it to the mixing means so that an amount corresponding to the final recommended feeding amount calculated by the feeding amount calculation unit is produced.
In-smart milk powder manufacturing device. According to claim 1,
The breastfeeding calculation unit
a breastfeeding information extraction unit extracting recommended breastfeeding information corresponding to at least one of a product name, manufacturer, and product image from at least one of the information management unit and an external DB; and
A first recommended feeding amount is calculated based on the nursing history information stored in the information management unit, a second recommended feeding amount is calculated based on the recommended feeding information, and at least one of the first recommended feeding amount and the second recommended feeding amount is calculated. To include a feeding amount calculation unit for calculating the final recommended feeding amount based on
In-smart milk powder manufacturing device. The method of claim 2, wherein the breastfeeding information extraction unit
a character string extraction unit extracting at least one of a character string and a number included in the product image input to the input module;
a keyword generation unit for generating a search keyword based on at least one of a character string and a number extracted from the character string extraction unit; and
A keyword search unit for performing a search on at least one of the information management unit and an external DB with the search keyword generated by the keyword generation unit, and extracting the recommended breastfeeding information based on the search result; including
In-smart milk powder manufacturing device. According to claim 2,
The breastfeeding amount calculation unit
Calculating the final recommended feeding amount by averaging the first recommended feeding amount and the second recommended feeding amount if the nursing history information stored in the information management unit is more than a preset number when calculating the final recommended feeding amount
In-smart milk powder manufacturing device. According to claim 1,
Further comprising a sterilizing means provided in the water tank and sterilizing the water stored in the water tank using ultraviolet rays having a wavelength of 100 to 280 nm.
In-smart milk powder manufacturing device.

Images