KR101506532B1 - Intelligent kit for Baby basket and Using a method of providing information - Google Patents

Abstract

The intelligent kit for a newborn basket of the present invention is a kit for combining measurement data including at least one of heart rate, respiratory rate, respiratory cycle, and face color, which is combined with a newborn basket and is calculated in real time through input image information while photographing a newborn baby A body formed with a sensor; Reference data including at least one of heart rate, respiration rate, respiratory cycle, body temperature, and face color in a normal state of a newborn baby is stored and compared with the reference data and the measurement data extracted by the camera sensor, ; And a display unit for displaying result value data analyzed by the control unit; And a method for providing information on a newborn baby using the same. According to the present invention, a camera sensor for measuring a physical condition such as heart rate, respiratory cycle, facial color, and body temperature of a newborn baby, a temperature sensor and a humidity sensor for measuring an external environment condition of a basket on which a newborn baby is placed are provided. By holding the kit in a newborn basket, the postpartum caregiver staff or guardian can see the display of the kit so that the newborn baby can intelligently monitor the newborn's heart rate, respiratory cycle, facial color, body temperature and internal humidity at a glance. Kit and a method for providing information on a newborn baby using the kit.

Description

Intelligent Kit for Newborn Basket (Intelligent Kit for Baby Basket)

The present invention relates to an intelligent kit for a newborn basket, and more particularly, to an intelligent kit for a neonatal basket, and more particularly to a neonatal basket intelligent kit for measuring a neonatal body condition such as a body temperature and heart rate and a humidity in a neonatal basket, The present invention relates to an intelligent kit for a newborn basket, which allows a kit to be installed in a neonatal basket, such as a protector or a postpartum care worker, at a glance.

The present invention relates to an intelligent kit for a newborn basket.

As disclosed in Korean Patent Laid-Open Publication No. 10-2010-0007172, the background of the present invention is that only the physical condition such as the heart rate, breathing state, and body temperature of a newborn baby can be known, There is a problem that it is difficult to feed on time because the time is unknown.

In addition, in the past, the neonatal basket is integrated with a direct measuring device, and the measurement and confirmation can be performed only when the neonate is placed in the neonate basket, and the neonate can not be used when the neonate is placed in another basket.

It is an object of the present invention, which has been devised to solve the problems described above, to provide a camera sensor and a temperature sensor for measuring a physical condition such as heart rate, respiratory cycle, facial color, and body temperature of a newborn and a humidity sensor A kit with a sensor is placed in a newborn basket so that the nursing staff or a guardian can see the display of the kit so that a newborn carer can check the heart rate, respiratory cycle, facial color, body temperature and internal humidity of the newborn at a glance To provide an intelligent kit for a newborn basket.

Another object of the present invention is to provide a kit for a newborn baby, which is manufactured separately in a small size so as to be portable and can be used on a side of a newborn basket in which a newborn baby is placed, And to provide an intelligent kit for a newborn basket which can use this function.

Yet another object of the present invention is to provide an intelligent kit for a newborn basket capable of adjusting the position of a camera sensor so that a newborn baby can be precisely captured by a camera sensor by adjusting or lowering the height of a control part formed with a camera sensor .

Yet another object of the present invention is to provide a newborn basket for allowing a newborn to feed a proper amount of the newborn baby in a timely manner by causing the alarm to be generated by inputting the time and amount of breastfeeding to the newborn baby, In order to provide an intelligent kit.

It is still another object of the present invention to provide a system and method for installing a related application in a guardian terminal and a kit, inputting an ID and a password to an application, And to provide an intelligent kit for a newborn basket in which data can be transmitted and received so that newborn babies and parents can hear each other's voices and view images.

According to an aspect of the present invention, there is provided an intelligent kit for a newborn basket, which is coupled to a newborn basket and includes at least one of a heart rate, respiration rate, respiration rate A main body having a camera sensor for extracting measurement data including at least one of a period and a face color; Reference data including at least one of heart rate, respiratory rate, respiratory cycle, and face color in a normal state of a newborn baby is stored, and the reference data and the measurement data extracted by the camera sensor are compared and analyzed, ; A display unit for displaying result value data analyzed by the control unit; A button unit for inputting input data including at least one of a dietary reference time of a newborn baby, a scheduled feeding time, a feeding amount, a normal body temperature range, and an appropriate humidity range; Wherein the control unit stores the reference value of the yellow color value of the face color data when the neonate is in a normal state and when the measured face color data of the newborn baby is extracted through the image information input to the camera sensor, And when the yellow color value of the extracted measured face color exceeds the reference value of the yellow color value, it is determined that the newborn child is in a jaundiced state, Wherein the control unit further includes an electronic nose sensor for sensing a temperature sensor and a defecation state of a newborn baby when the current time reaches a preset feeding time, When the sensor is interlocked and the newborn baby's face color appears red for a certain period of time in the image information taken by the camera sensor and the electronic nose sensor is operated, it is determined that the newborn baby is defecated.

The camera sensor may be inserted into or protruded from the main body, and may be coupled to a control unit whose height is adjusted.

Further, the adjusting portion is characterized in that a stopping jaw is formed at an end thereof.

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In addition, the intelligent kit for a newborn basket of the present invention further includes a hanging part formed of an elastic member and coupled to the main body and coupled to the newborn basket.

In addition, the controller compares and analyzes the reference data and the measurement data generated in real time by the camera sensor, and generates a notification sound when it is determined to be in an abnormal state.

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The main body further includes a microphone, and the controller receives a voice information of a newborn baby input to the microphone, and generates a buzzer when the voice information inputted corresponds to a crying pattern of a newborn baby.

Further, the control unit transmits the result value data to the postpartum care worker or the caregiver terminal through the network.

Further, the intelligent kit for a newborn basket of the present invention may further comprise a guardian terminal in which an associated application is installed and an account is created in the application through an ID and a password, and the guardian terminal is connected to a main body matched through the account, And transmits or receives audio or video data to and from the main body.

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As described above, according to the present invention, a kit including a camera sensor for measuring a physical condition such as heart rate, respiratory cycle, facial color, and body temperature of a newborn baby, a temperature sensor, and a humidity sensor Newborn baby basket can be worn by a postpartum caregiver staff or guardian to see the kit's display, so that a newborn baby basket intelligent kit can be used to check the newborn's heart rate, respiratory cycle, facial color, body temperature and internal humidity at a glance .

In addition, according to the present invention, the kit can be manufactured separately in a small size so that the kit can be carried, and can be used by being worn on one side of the newborn basket in which the newborn baby is placed. The present invention can provide an intelligent kit for a newborn basket.

In addition, according to the present invention, it is possible to provide an intelligent kit for a newborn basket that can adjust the position of a camera sensor so that a newborn baby can be precisely captured by a camera sensor, .

According to the present invention, an intelligent kit for a newborn basket, which allows an appropriate amount to be delivered to a newborn baby in a timely manner by causing an alarm to be generated by inputting the time and the amount of infant feeding to the newborn infant, Can be provided.

According to the present invention, when an associated application is installed in a guardian terminal and a kit, and an account and an account are created by inputting an ID and a password to an application, voice or image data is transmitted / received between the guard terminal and a kit , It is possible to provide an intelligent kit for a newborn basket in which a newborn baby and a parent can hear each other's voice and can see images.

1 is a perspective view showing a state in which an intelligent kit for a newborn basket according to a preferred embodiment of the present invention is coupled to a newborn basket.
2 is a block diagram of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.
3 is a front view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.
4 is a rear view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.
5 is a side view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.
FIG. 6 is a diagram illustrating a method of transmitting a newborn baby information using an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention and the manner of achieving them will become apparent with reference to the embodiments described in detail below with reference to the accompanying drawings.

The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

A camera sensor 131 coupled to a newborn basket and extracting measurement data including at least one of heart rate, respiratory rate, respiratory cycle, and face color calculated in real time through input image information while photographing a newborn baby is formed A main body 200; Reference data including at least one of heart rate, respiration rate, respiratory cycle, body temperature, and face color in a normal state of a newborn baby is stored and compared with the reference data and the measurement data extracted in real time by the camera sensor 131 And a display unit 120 displaying the result data or the measurement data analyzed by the controller 170. The display unit 120 displays the result data or the measurement data analyzed by the controller 170. [

That is, the intelligent kit 100 for a newborn basket according to a preferred embodiment of the present invention includes a main body 200, a control unit 170, and a display unit 120.

Hereinafter, the present invention will be described with reference to the drawings for explaining an intelligent kit for a neonatal basket according to embodiments of the present invention.

FIG. 1 is a perspective view showing a state in which an intelligent kit for a newborn basket according to a preferred embodiment of the present invention is coupled to a newborn basket, FIG. 2 is a block diagram of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention, FIG. 3 is a front view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention, and FIG. 4 is a rear view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.

1 to 4, the kit 100 includes a main body 200, a control unit 170, a button unit 180, and a display unit 120.

The main body 200 is coupled to the newborn basket. At this time, the main body may be attached in various ways such as being caught or attached to a newborn basket.

The main body 200 includes at least one of a camera sensor 131, a temperature sensor 111, a humidity sensor 112 and an electronic nose sensor (not shown).

The camera sensor 131 extracts data including at least one of heart rate, respiratory rate, respiratory cycle, and face color, which are calculated in real time through input image information while photographing a newborn baby.

The camera sensor 131 may calculate the respiration rate or heart rate by analyzing the movements of the mouth, nose, and chest of the newborn among the inputted image information, or may calculate the jaundice value by the change of the face color of the newborn baby.

Also, the camera sensor 131 analyzes the input image information while photographing the newborn in the basket, and extracts the image information of the section in which the motion occurs. At this time, the movements of the newborn include the general shape of the newborn body including the hand gestures and the bodily movements, which are generally similar to each other.

The humidity sensor 112 senses the humidity inside the basket in which the newborn baby is placed, and the temperature sensor 111 senses the current temperature of the newborn baby.

The electronic nose sensor (not shown) senses the defecation state of the newborn baby.

Here, the electronic nose sensor 113 is an ultra-precision sensor corresponding to the olfactory cell of the human nose, and responds to the odor molecules floating in the air as if the brain processes the odor information sensed by the human olfactory cell.

At this time, conventionally, typical electronic nose sensors include a semiconductor, a conductive polymer, a crystal oscillator, and a method using a biological receptor.

For example, in an electronic nose sensor using a semiconductor, an odor molecule passes through a semiconductor space containing a metal oxide and is oxidized and stored, and an electric signal is generated in this process. These electrical signals emit different types of signals depending on the type of odor molecule, the structure, and the type of metal oxide in the semiconductor. Since this signal is a unique property of the odor molecule, it can be judged what kind of substance it is by looking at the signal.

In addition, an electronic nose sensor using a conductive polymer has been practically used, and when an odor molecule is adhered to a polymer substance, an electrical signal is generated as resistance and conductivity are changed. The generation of electrical signals generates various types of electrical signals depending on the structure and electrical characteristics of odor molecules, and the structure and electrical characteristics of conductive polymers. This signal is also a unique fingerprint of the odor molecule and can be judged as a substance.

When the newborn baby defecates according to this principle, the electronic nose sensor 113 senses the smell and reacts, and the control unit 170 recognizes that the baby is defecated after receiving and analyzing the smell.

The button unit 180 can input any one or more of the dietary fat-feeding time, the feeding schedule time, the feeding amount, the normal body temperature range, and the appropriate room humidity range by the user.

The control unit 170 stores reference data including at least one of heart rate, respiration rate, respiratory cycle, body temperature, and face color in a normal state of a newborn baby. The control unit 170 stores the reference data, the camera sensor 131, ), The humidity sensor 112 or the electronic nose sensor, and extracts the resultant value data.

Here, the measurement data refers to all the data extracted by the camera sensor 131, the temperature sensor 111, the humidity sensor 112, or the electronic nose sensor.

The control unit 170 inputs the measurement data extracted in real time by the camera sensor 131, the temperature sensor 111, the humidity sensor 112 or the electronic nose sensor to the display unit 120 and displays the heart rate, The reference data including at least one of the respiratory rate, the respiratory cycle, the body temperature, and the face color is compared with the measurement data extracted by the camera sensor 131, the temperature sensor 111, and the humidity sensor 112, Even if it is determined that the newborn baby is a newborn baby, the newborn baby can be recognized by the caregiver of the newborn baby by inputting it into the display unit 120 or by generating a sound.

The control unit 170 stores the first prescription when the neonate is in the jaundiced state and the first reference value, the second reference value and the first reference value of the yellow color value, and the second prescription when it exceeds the second reference value. ) When the measured face color data of the newborn baby is extracted through the image information inputted to the sensor, the measured face color data is compared and analyzed to extract the yellow color value of the measured face color, and when the extracted yellow color value of the measured face color exceeds the first reference value The newborn child is judged to be in the first jaundice state and the first prescription is judged. When the extracted yellow color value of the measured facial color exceeds the second reference value, the neonate is judged as the second jaundice state and the second prescription is displayed on the display unit 120 Or generate a beep sound.

For example, assuming that the reference data is preset to prescribe that the first reference value of the yellow value is 10, the second reference value is 13, the breast milk is replaced by the milk powder when the first reference value is exceeded, and the light therapy is required when the second reference value is exceeded, When the yellow color value is 11, the yellow color value 11 is inputted to the display unit 120 and the mother milk is substituted for the powdery milk. When the yellow color value is 14, the display unit 120) is input with a yellow color value of 14, and a light therapy need.

That is, when the neonate is in the jaundiced state, the controller 170 stores a first reference value and a second reference value of the yellow color value of the newborn baby's face, a first prescription corresponding to the first reference value, and a second prescription corresponding to the second reference value , When the yellow color value in the measured face color data measured by the camera sensor 131 exceeds the reference value, it is determined that the newborn baby is in the jaundiced state, and the prescription corresponding thereto is input to the display unit 120 or a notification sound is generated.

In addition, the control unit 170 may display the vaporized milk feeding time and feeding amount inputted to the button unit 180 on the display unit 120 or generate a notification sound upon arrival at the time inputted according to the scheduled feeding time and feeding amount, Be aware of the need to breastfeed. This allows the newborn to take care of newborn babies, such as a postpartum caregiver or guardian, at any time and at any time they are aware of the time they have nursed or when they should be breastfeeding. And prevent digestive disorders from occurring.

The control unit 170 also receives input data such as the normal body temperature range of the newborn baby and a certain range of the room humidity input to the button unit 180 and the input data such as the temperature data of the temperature data extracted by the temperature sensor 111 or the humidity sensor 112 And displays on the display unit 120 or generates a notification sound when the standard is exceeded.

For example, when the temperature or humidity measured by the temperature sensor 111 or the humidity sensor 112 exceeds a predetermined range of the predetermined temperature or humidity, or when the electronic nose sensor detects the defecation of the newborn baby If detected, the indication is displayed on the display unit 120 or an alert is generated, or the resultant value is transmitted to the terminal of the postpartum caregiver employee or the guardian so that the postpartum caregiver employee or the guardian can quickly process the request without directly confirming it.

In addition, the intelligent kit 100 for a newborn baby basket according to the present invention is configured such that the camera sensor 131 and the electronic nose sensor are interlocked with each other so that the face color of the newborn baby appears red for a certain period of time in the image information photographed by the camera sensor 131, When the sensor is activated, it can be detected that the defecation state is not fart. This is to filter out the electronic nose sensor only when the sensor is activated, because the neonate may have been operated by fart discharge rather than defecating. That is, if a defecation state notification is given to a postpartum care worker based on only the operation result of the electronic nose sensor without considering the image information of the camera, even if a fart is discharged instead of a defecation, Is transmitted to the postpartum caregiver to unnecessarily replace the diaper of the newborn baby. Therefore, in order to prevent such unnecessary cases, it is necessary to precisely detect whether or not the baby is in the defecation state. Therefore, in the present invention, only when the camera senses the defecation odor when the baby's face color is photographed for a certain period of time, To the display unit, or transmitted to the employee terminal of the postpartum care office, and the postpartum care worker is allowed to change the diaper.

The intelligent kit 100 for a newborn basket of the present invention is configured such that the camera sensor 131 and the temperature sensor 111 are interlocked with each other so that when perspiration starts to appear on the face of a newborn baby in the image information photographed by the camera sensor 131 The temperature of the newborn baby is measured by the temperature sensor 111, the temperature value is output, and the optimal temperature range of the newborn baby is calculated based on the temperature value and displayed on the display unit. Accordingly, the postpartum caregiver employee or guardian may adjust the temperature of the air conditioner as the temperature displayed on the display unit, or in some cases, the controller 170 automatically transmits the optimum temperature value to the central control unit of the air conditioner, It can be made to work.

For example, if the temperature measured by the temperature sensor is 27 degrees when the sweat begins to appear on the newborn face by the camera sensor, the temperature value lowered by 1 degree from 27 degrees is calculated as the optimal temperature value for the newborn baby.

Because newborn babies are unable to speak, caregivers are unable to accurately determine whether the clothes they are wearing are cold or hot, so if a newborn is sweating, she or she will be stripped of clothes or lowered the air conditioning temperature. Can get a cold rather.

Accordingly, when the camera sensor 131 detects that the newborn baby's face or head is continuously photographed and starts to sweat, the controller 170 sets the temperature value measured by the temperature sensor 111 at that time And calculates the optimal temperature value of the newborn baby and displays it on the display unit 120. [

Of course, the controller 170 only measures the temperature at the time of sweat, and does not calculate the optimum temperature value based on the measured temperature. The important point is that the controller 170 calculates the optimum temperature value based on the temperature at which sweat does not start to be seen. For example, if the temperature at which the sweat is just starting is based on the temperature at which the newborn starts to sweat, if the temperature is 27 degrees, the sweat will always flow at a temperature of 27 degrees, 27 degrees, 28 degrees, 29 degrees, This is because the optimum temperature value can not be specified.

The display unit 120 displays input data input to the button unit 180 or result data analyzed by the controller 170.

At this time, at least one of the name of the newborn baby, the time of breastfeeding, the time of breastfeeding, the amount of breastfeeding, body temperature, humidity, heart rate, respiratory rate, respiratory cycle and face color are displayed on the display unit 120.

The intelligent kit for a newborn basket of the present invention is provided with a LAN port and an adapter hole on one side of the main body 200. In order to enable the external communication, the resultant value data extracted by the control unit 170 is input to the display unit 120 so that the resultant value data can be transmitted to the guardian terminal 300 of the newborn baby through the network It is for this reason.

That is, the intelligent kit 100 for a neonatal basket according to the present invention may be configured such that input data input to the button unit 180 or result value data analyzed by the controller 170 using wire / To the guardian terminal 300, the guardian of the situation in which the newborn baby can not directly see the current physical condition of the newborn baby, the condition of the inside environment of the basket of the newborn baby can be confirmed at any time.

The intelligent kit 100 for a newborn basket of the present invention is provided with a speaker 150 on one side so that a voice of a guardian can be heard to a newborn baby.

At this time, the controller 170 receives the voice data from the guardian terminal 300 and outputs the voice data through the speaker 150.

In addition, the repetitive output function of the voice data is inputted to the button unit 180, and the voice data inputted from the guardian terminal is repeatedly outputted for a predetermined time through the speaker of the basket, so that the newborn baby can repeatedly hear the guardian's voice have.

In addition, an application is installed in the kit 100 and the guardian terminal 300, and an individual account is set when a member is registered through an ID and a password, and the kit 100 and the corresponding guardian terminal 300 are set through the account, It is possible to transmit and receive audio data or video data in a 1: 1 matching manner. When the guardian accesses the application to the guardian terminal 300 and inputs an ID and a password, the guardian terminal 300 is connected to the corresponding kit 100 corresponding to the ID and password. The kit 100 receives the ID and the password, To receive the image data or the voice data and provide the data to the newborn baby. Or vice versa, if an ID and a password are input by connecting to an application installed in the kit 100, the user can be connected to the guardian terminal 300 set in the account corresponding to the ID and the password, and can provide the guardian with image data or voice data of the newborn baby .

That is, according to the present invention, an application is installed in a kit and a protector terminal, an account is created by setting an ID and a password, a newborn basket and protector terminal information are input to the account, Simply enter your username and password to connect to the newborn basket or guardian terminal and send and receive data.

5 is a side view of an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.

Referring to FIG. 5, the kit 100 of the present invention includes a control unit 130 formed on one side of the main body 200.

The control unit 130 is inserted into or protruded from one side of the main body 200, and the height of the control unit 130 is adjusted from the main body 200, and a camera sensor 131 is formed at one end.

In this case, the adjuster 130 is adjustable in height so that it is inserted into the main body 200 when not in use, and protrudes from the main body 200 when the main body 200 is used, thereby protecting the camera sensor 131 Do.

Even when the camera sensor 131 is protruded from the main body 200 for use, the controller 130 controls the height of the newborn baby according to the position of the newborn baby placed in the newborn baby basket, Can be detected.

The adjusting portion 130 is formed with a latching protrusion 132 at an end thereof. This is for the purpose of allowing the adjustment part 130 to be easily pulled out when the adjustment part 130 is inserted into the main body 200.

In the kit 100 of the present invention, a hanging part 140 is coupled to one side.

The hook 140 is formed of an elastic member so that it can be freely hooked to the newborn basket and is not easily separated from the newborn basket by the elastic force.

Also, the hanging part 140 is coupled to the main body 200 only at one end, and the body of the hanging part 140 is curved outward and bent inward. This is for more stable attachment to the newborn basket. At this time, the shape in which the hangers are coupled to the neonatal basket can be variously changed in design.

Hereinafter, the operation of the embodiment of the present invention will be described in detail with reference to FIG.

FIG. 6 is a diagram illustrating a method of transmitting a newborn baby information using an intelligent kit for a newborn basket according to a preferred embodiment of the present invention.

Referring to FIG. 6, the intelligent kit for a newborn basket and the method for providing information on a newborn baby using the same according to an embodiment of the present invention includes: a camera sensor 131 formed on a main body of the intelligent kit for detecting a newborn baby placed in a basket; , Breathing cycle, and face color (step S110).

At this time, the main body 200 includes at least one of a camera sensor 131, a temperature sensor 111, a humidity sensor 112 and an electronic nose sensor. In the step S110, the temperature sensor 111, the humidity sensor 112 ) Or the electronic nose sensor, the measurement data including at least one of the body temperature, the humidity, and the defecation state of the newborn baby is extracted.

In addition, the camera sensor 131 may analyze the input image information while capturing the newborn baby in the basket, and extract the image information of the motion-affected section.

Next, the control unit 170 stores reference data including at least one of the heart rate, respiratory rate, respiratory cycle, body temperature, and face color in the normal state of the newborn baby, receives the measurement data input in step S110, And the result value data is extracted (step S130).

At this time, in step S130, the controller 170 compares the reference data with the measurement data extracted in step S110 and generates a notification sound when it is determined to be in an abnormal state.

In step S130, the controller 170 stores normal face color data including the yellow color value of the face color when the newborn baby is in a normal state, and the face color data of the newborn baby through the image information input to the camera sensor 131 The control unit 170 compares and analyzes the measured face color data to extract a yellow color value of the measured face color, and when the value obtained by subtracting the yellow color value of the normal face color from the yellow color value of the extracted measured face color exceeds a predetermined value , It is determined that the newborn baby is in a jaundiced state and the newborn baby is input to the display unit 120 or a buzzer sounds.

Prior to step S110 of the present invention or after step S110 and after step S130, the user can input at least one of the time of feeding the newborn baby, the scheduled feeding time, the feeding amount, the normal body temperature range and the appropriate humidity range to the button unit 180 (Step S120).

The temperature or humidity measured by the temperature sensor 111 or the humidity sensor 112 in step S130 is set to be lower than the temperature or humidity measured in step S130 when the normal temperature range of the newborn baby and the appropriate range of the indoor humidity are input to the button unit 180 in step S120 When the user exceeds a predetermined range of the temperature or the humidity set by the user, it is displayed on the display unit 120 or a buzzer sounds.

In step S130, when the new baby's lactation time and the infant feeding amount, the infant feeding scheduled time, and the infant feeding amount are input to the button unit 180 in step S120, the control unit 170 controls the controller 170 to display the infant feeding time and the infant feeding amount, (120) or generates a notification sound upon arrival of the time inputted in accordance with the estimated feeding time and feeding amount.

If the defecation state of the newborn baby is sensed by the electronic nose sensor in step S110, the control unit 170 inputs it to the display unit 120 or generates a beep sound in step S130.

In addition, when the camera sensor 131 and the electronic nose sensor are operated in cooperation with each other, in step S130, the controller 170 determines that the face color of the newborn baby appears red for a certain period of time in the image information photographed by the camera sensor 131 When the electronic nose sensor is operated, it is determined that the electronic nose sensor is in a defecation state instead of a fart.

In the present invention, when the camera sensor 131 and the temperature sensor 111 operate in conjunction with each other, in step S130, the controller 170 displays sweat on the face of the newborn baby from the image information photographed by the camera sensor 131 The temperature at the start is measured by the temperature sensor 111, the temperature value is outputted, and the optimum temperature range of the newborn baby is calculated based on the temperature value.

Then, the control unit 170 inputs the result value data to the display unit 120 (step S140).

At this time, the controller 170 may transmit the result value data to the guardian terminal 300 matching the corresponding basket.

In addition, the display unit 120 displays at least one of the name of the newborn baby, the defecation state, the feeding time, the feeding time, the feeding amount, the body temperature, the humidity, the heart rate, the breathing frequency,

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the foregoing detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalents thereof are included in the scope of the present invention Should be interpreted.

100: kit 111: temperature sensor
112: Humidity sensor 120:
130: Adjusting unit 131: Camera sensor
132: latching jaw 140: latching part
150: speaker 160: battery section
170: control unit 180:
200: main body 300: protector terminal
400: Network 500: Newborn basket

Claims (17)

A body coupled to the newborn baby basket and configured to extract measurement data including at least one of heart rate, respiratory rate, respiratory cycle, and face color calculated in real time through input image information while photographing a newborn baby;
Reference data including at least one of heart rate, respiratory rate, respiratory cycle, and face color in a normal state of a newborn baby is stored, and the reference data and the measurement data extracted by the camera sensor are compared and analyzed, ;
A display unit for displaying result value data analyzed by the control unit; And
A button unit for inputting input data including at least one of a vaporizing time of a newborn baby, a scheduled feeding time, a feeding amount, a normal body temperature range, and a suitable humidity range; Lt; / RTI >
Wherein,
When the measurement value of the newborn baby is extracted through the image information inputted to the camera sensor, the measured yellow color value of the measured face color is extracted by analyzing the measured face color data And judges that the newborn baby is in a jaundiced state when the yellow color value of the extracted measured face color exceeds the reference value of the yellow color value, When the current time reaches a predetermined feeding time,
The main body further includes an electronic nose sensor for sensing a temperature sensor and a defecation state of a newborn baby,
Wherein,
Wherein when the electronic nose sensor and the camera sensor are interlocked and the electronic nose sensor is operated while the face color of the newborn baby appears red for a certain period of time in the image information photographed by the camera sensor, it is determined that the newborn baby is defecated. Intelligent kit.
The camera system according to claim 1,
Wherein the control unit is coupled to a control unit that adjusts the height of the newborn basket while being inserted or protruded into the main body.
3. The apparatus according to claim 2,
And a stopping jaw is formed at an end of the newborn basket.
delete The method according to claim 1,
Further comprising an engaging portion formed as an elastic member and coupled to the main body and coupled to the newborn basket.
The apparatus of claim 1,
Wherein the reference data is compared with the measurement data generated in real time by the camera sensor, and a notification sound is generated when it is determined to be in an abnormal state.
delete delete delete delete delete The apparatus of claim 1,
Further comprising a microphone,
Wherein,
Wherein the controller is configured to generate a notification sound when the voice information of the newborn baby inputted to the microphone is received and corresponds to the crying pattern of the newborn baby.
The apparatus of claim 1,
And transmits the result value data to a postpartum care worker employee or a caregiver terminal via a network.
The method according to claim 1,
Further comprising a guardian terminal in which an associated application is installed and an account is created in the application through an ID and a password,
The guardian terminal,
And transmits and receives voice or image data to and from the main body connected to the main body matched through the account.
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