KR101376022B1 - Smart bed apparatus for baby - Google Patents

Abstract

The present invention relates to a smart bed device for infants and toddlers that can provide an optimal environment for stable rest of infants and control infants through the control of air purification, temperature, brightness, sound, etc., the upper side is open and the inside An infant bed apparatus comprising a main body having an accommodating space formed therein and a cover installed and opened on an upper side of the main body, the seat unit being installed inside the accommodating space to form a bottom surface; A cushion part formed along the inner surface of the receiving space above the seat part; A temperature measuring unit measuring a temperature inside the accommodation space; An interface unit for receiving an operation signal from a guardian; A heating part provided below the sheet part to increase a temperature of the sheet part through electrical means; A control unit which receives the power from the outside and controls the heating unit according to the operation signal input through the interface unit and the temperature measured by the temperature measuring unit; Characterized in that consists of.

Description

Infant Smart Bed Unit {SMART BED APPARATUS FOR BABY}

The present invention relates to an infant bed apparatus, and in detail, to provide an optimal environment for stable rest of the infant and control the infant's safety through the control of air purification, temperature, brightness, sound, etc. Relates to a device.

Infants and toddlers, who absolutely need the care of their guardian, are determined when their basic personality and intellect are determined.

However, at this time, the infant's language and cognitive abilities cannot be judged and acted on their own, so caregivers should always take care of them, including feeding, sleeping, and comforting them. It is also a time when the mind and body are exhausted by the behavior patterns of infants and toddlers who cannot cover the day and night.

Infants and toddlers are inexperienced in expressing their condition, which can lead to dangerous situations due to misrepresentation of their caregivers. A number of infants are injured or killed each year due to illnesses and fatal accidents in their homes that cause fatal consequences for infants and young children.

Therefore, there are many efforts to promote the safety of infants and provide a healthy environment such as indoor temperature and humidity, to make infants feel stable, and to reduce the burden of parental care. Recently, the use of infant beds has increased. As a result, technologies are being developed to add various functions to the bed so that infants can rest safely in an optimal state.

However, these conventional techniques are mainly related to the cradle function of shaking the bed, or the function of providing good ventilation and ventilation, and have no practical effect on the user's infant or guardian's perspective. And the accumulation of stress is still repeated, this has caused a problem that can be neglected to care for infants.

The present invention has been created to solve the above problems, the object of the present invention to provide an optimal environment for stable rest of infants and control the infants through the control of air purification, temperature, brightness, sound, etc. It is to provide a smart bed device for infants.

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In order to achieve the above object, the present invention provides an infant bed apparatus including a main body having an upper side opened and a receiving space formed therein, and a cover installed and opened at an upper side of the main body, wherein the bottom surface is installed inside the receiving space. A sheet portion forming a; A cushion part formed along the inner surface of the receiving space above the seat part; A temperature measuring unit measuring a temperature inside the accommodation space; An interface unit for receiving an operation signal from a guardian; A heating part provided below the sheet part to increase a temperature of the sheet part through electrical means; A control unit which receives the power from the outside and controls the heating unit according to the operation signal input through the interface unit and the temperature measured by the temperature measuring unit; Characterized in that consists of.

The main body is provided on the lower side of the seat and a cooling tube through which a cooling medium passes, a heat dissipation part connected to one side of the cooling tube to discharge heat of the cooling medium to the outside, and into the cooling tube and the heat dissipation part. The apparatus may further include a cooling pump for forced circulation of the cooling medium, and the controller may be configured to control the heat dissipation unit and the cooling pump according to the operation signal input through the interface unit and the temperature measured by the temperature measuring unit.

In addition, the main body further includes a camera unit for photographing the inside of the accommodation space and outputs an image signal, and a communication unit for performing data communication with an external smart device providing a user interface including a communication function and an image output function, The control unit transmits the operation status of the image signal output from the camera unit, the temperature measured by the temperature measuring unit, and the operation signal input to the interface unit according to the request signal of the smart device to an external smart device. It may be configured to send.

The main body includes a sound output unit for outputting sound into the accommodation space, a storage unit for storing a digital sound source having a sleep induction effect, and a digital sound source for reproducing and outputting the digital sound source through the sound output unit. The apparatus may further include a controller, and the controller may be configured to control the sound source playback unit according to an operation signal input through the interface unit.

The cover further comprises a sleep induction lamp made of a plurality of LEDs in the lower side and configured to have a light output in the range of 100 to 10000 lux, wherein the controller is configured to sleep the sleeper at a time and light output set according to an operation signal input through the interface unit. It may be configured to control the induction light.

The seat portion, the cushion portion and the cover may be configured to include an electromagnetic shielding material made of silver-plated fibers therein.

The main body includes a voice detecting unit for detecting a sound inside the accommodation space, an alarm unit for recognizing a guardian through a visual or audio signal, and a determining unit for operating the alarm unit when the sound detected by the voice detecting unit is equal to or greater than a set volume. The controller may be configured to control the voice detection unit, the alarm unit, and the determination unit according to an operation signal input through the interface unit.

In addition, the main body further comprises a plurality of ventilation holes installed along the cushion unit, a blowing fan for sucking the air outside the main body and discharged to the vent hole, and a filter unit for purifying the air sucked through the blowing fan, The control unit may be configured to control the blowing fan according to an operation signal input through the interface unit.

In addition, the main body may further include an aroma injection unit for injecting the aroma fragrance to the outside, and a spray means for mixing the aroma fragrance injected into the aroma injection unit to the vent hole side.

The interface unit may be configured as a touch screen panel that visually outputs the operation state of the temperature measured by the temperature measuring unit and the input operation signal to the guardian.

The main body further includes a weighing unit for measuring the weight applied to the seat portion, the control unit controls the weighing unit in accordance with the operation signal input through the interface unit and the measured weight through the touch screen panel Can be configured to output.

The present invention provides a temperature control and air purification function to infants to provide a safe and comfortable environment from various diseases and infections. In addition, the sleep-inducing effect through light and sound helps to stabilize the mind and body and the emotional development, and can significantly alleviate the parenting burden of the guardian.

FIG. 1 is a perspective view showing an outer shape according to a preferred embodiment of the present invention,
2 is a perspective view showing an internal structure according to a preferred embodiment of the present invention;
3 is an operation view showing a cover opening and closing structure of the present invention,
4 is a partial perspective view showing a cooling structure of the seat portion of the present invention;
5 is a partial perspective view showing an air purification structure of the present invention;
6 is a block diagram showing a configuration and a connection relationship according to a first embodiment of the present invention;
7 is a block diagram showing a configuration and a connection relationship according to a second embodiment of the present invention;
8 is a block diagram showing a configuration and a connection relationship according to a third embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the present invention infant smart bed device.

1 is a perspective view showing the appearance according to a preferred embodiment of the present invention, Figure 2 is a perspective view showing the internal structure according to a preferred embodiment of the present invention, the present invention has a form that the upper side is open and the baby can lie on the inside The main shape is made of a main body 100 in which the receiving space 110 is formed, and a cover 190 installed on the main body 100 to cover the opening.

The main body 100 and the cover 190 has a curved shape so that the baby or guardian may not be injured by hitting a corner or the like. In particular, in the present invention, the cover 190 is configured to cover only the upper portion of the opening of the main body 100 for the safety of the baby, it has a structure that does not seal the receiving space 110 even when closed.

3 is an operation view showing a cover opening and closing structure of the present invention, showing a preferred embodiment of the cover 190 opening and closing structure. The cover 190 is formed to a minimum size for the protection of the baby by functioning to block a relatively strong external light, or to protect the baby inside the receiving space from falling of an object or the like.

In particular, the cover 190 is made of a transparent material so that the guardian can easily check the interior of the receiving space 110, the cover 190 is completely moved to the receiving space 110 side, even if the protector is the receiving space ( 110, the cover 190 does not cover more than half of the upper opening of the main body 100 so that the baby can hear the sound of the inside of the baby, and even the baby can be removed from the main body through the remaining open space so that the body of the baby It is prevented to be pinched between the main body 100 and the cover 190.

If the cover 190 is covered with the baby in the accommodating space 110, a serious danger may occur to the baby, so that the cover 190 can be opened and closed with a relatively small force. It is preferable to configure, and it is not preferable to apply the electric method that becomes difficult to open and close when a problem occurs.

6 is a block diagram showing a configuration and a connection relationship according to the first embodiment of the present invention. Looking at the detailed configuration together with the appearance shown in FIGS. The seat part 111 corresponding to the bottom surface which can be located is formed.

The seat 111 is made of a cotton material having a little elasticity because it is a part such as a pad that the baby can lie down and directly touches the baby's skin, and if too soft, the baby may be suffocated in a prone state. It can be a factor, so it has the strength of a standard infant bed mat.

In addition, since the contamination caused by feces, including food and vomiting of the baby can easily occur, the guardian is configured to be easily separated from the main body 100 to wash as needed, sweat on the contact surface when the baby is lying or sitting It will have a proper ventilation performance so as not to occupy.

The cushion unit 112 is formed on the upper side of the seat 111 along the inner wall of the accommodation space 110. The cushion part 112 is a part that serves as a cushion for preventing the baby located in the seat part 111 from hitting the structure of the main body 100 as it moves. However, unlike the seat portion 111 will have a fluffy structure to function as a shock mitigation. In addition, the cushion portion 112 also serves to prevent the baby inside the receiving space 110 to come out of the main body 100 itself has a suitable height that the baby can not easily fall.

In this case, it is preferable that the seat part 111, the cushion part 112, and the cover 190 include an electromagnetic wave blocking material made of silver plated fiber therein. It is a configuration to protect the baby, which is relatively vulnerable to the effects of electromagnetic waves in the environment with high use of various electronic devices, and emits far infrared rays with excellent electromagnetic shielding performance, and has excellent antibacterial effect. To protect.

Inside the receiving space 110 is installed a temperature measuring unit 121 for measuring the temperature of the receiving space 110 in real time. The temperature measuring unit 121 is an electronic temperature sensor. In the present invention, since the temperature is provided to the baby by actively controlling the temperature in the accommodation space 110, the baby is constantly through the temperature measuring unit 121. The temperature inside the receiving space 110 is measured.

In addition, the interface unit 122 that receives a predetermined operation signal from the protector is formed outside the main body 100. That is, the interface unit 122 is a portion that receives a signal from the guardian to control various means for providing a comfortable environment to the baby, including the heating unit 124 to be described later, consists of a kind of electronic switch button.

The heating unit 124 is formed below the sheet unit 111 to increase the temperature of the sheet unit 111 through electrical means. The heating unit 124 is a heat transfer means for converting electrical energy into thermal energy, and the baby has a significantly lower immunity and temperature control ability as compared to an adult, so when the room temperature is low, it may be a disease such as a cold, thereby raising the appropriate temperature. Function

In general, the electric thermal mat is used in a similar structure, but in the present invention, unlike the thermal mat for heat poultice, the maximum temperature that can be increased through the heating unit 124 is not relatively high. It is usually enough to maintain a temperature of 40 degrees Celsius, the temperature at which the baby can feel warm.

In addition, the main body 100 receives power from the outside to control the heating unit 124 according to the operation signal input through the interface unit 122 and the temperature measured by the temperature measuring unit 121. The controller 130 is installed. That is, the controller 130 may control the temperature and operating time of the heating unit 124 as a part serving as a CPU, and the interface unit 122 is configured to allow the guardian to control the operation thereof. . For example, the interface unit 122 may be configured to allow a protector to turn on / off the heating unit 124 and to set a temperature to be maintained through the heating unit 124.

Figure 4 is a partial perspective view showing the cooling structure of the seat portion of the present invention, when the room temperature is high, such as in summer, the baby sleeps easily or becomes unpleasant due to discomfort, the seat portion 111 so that the baby feels comfortable The structure which can be cooled is shown.

In other words, the configuration of the heating unit 124 is a configuration for preventing the baby from feeling cold in the winter when the room temperature is usually low, on the contrary, when the room temperature is high, such as summer, the baby may feel unpleasant while sweating It may cause skin diseases such as sweat bands to cool the seat 111.

Such a cooling structure is provided at the lower side of the seat unit 111 as shown in FIG. 4, and is connected to a cooling tube 141 through which a cooling medium passes, and connected to one side of the cooling tube 141 to heat the cooling medium. The heat dissipation unit 142 for discharging to the outside, and the cooling tube 141 and the cooling pump 143 for forcibly circulating the cooling medium into the heat dissipation unit 142.

This is a structure of a conventional cooling system, since the seat portion 111 is in direct contact with the baby, the cooling temperature does not need to be too low as in a conventional cooler, and the cooling water can be simply used as the cooling medium. That is, while the cooling medium circulating the cooling medium inside the cooling tube 141 through the cooling pump 143, before the cooling medium enters the cooling tube 141, the heat dissipation unit 142 for lowering the temperature of the cooling medium; Installed so that the cooling medium of the temperature is lowered to pass through the cooling tube (141).

The heat dissipation unit 142 is a part for forcibly dissipating heat from the cooling medium by receiving power. An air-cooling method can be used, and if necessary, a small cooler applied to a water purifier may be installed to discharge heat.

In this case, the control unit 130 is configured to control the heat dissipation unit 142 and the cooling pump 143 according to the operation signal input through the interface unit 122 and the temperature measured by the temperature measuring unit 121. And, the interface unit is configured so that the guardian can control the operation for this. For example, the interface unit 122 protects the cooling pump 143 to the temperature set by the controller 130 by setting a temperature at which the guardian turns on / off the cooling pump 143 and the heat dissipating unit 142 and maintains the temperature. And it can be configured to control the heat dissipation unit 142.

If the guardian can always check the baby's condition by staying in a place where the baby's condition can be easily checked in a state where the baby is placed on the seat 111, there is no problem. In some cases, the caregiver may not be able to check the baby's condition due to the use of household chores or the like. Therefore, a remote monitoring means is needed to constantly check the baby's condition as needed.

To this end, the main body 100 includes a camera unit 151 for photographing the inside of the accommodation space 110 and outputting an image signal, and an external smart device 200 for providing a user interface including a communication function and an image output function. The communication unit 125 further performs data communication.

In this case, the smart device 200 may be a computer having a data communication function, including a smartphone and a smart pad that are commonly used, wherein the communication unit 125 is a wireless communication method applied to a conventional smart device WiFi or Bluetooth Use a short range wireless communication method such as

At this time, the controller 130 is connected to the image signal output from the camera unit 151, the temperature measured by the temperature measuring unit 121 and the interface unit 122 according to the request signal from the smart device 200. It is configured to send the operation status for the input operation signal to the external smart device 200 through the communication unit 125.

The smart device 200 is provided with a dedicated program for checking the image of the camera unit 151 through the communication unit 125, so that the guardian sends a request signal as the dedicated program is executed.

 Through this, the guardian can check the state of the baby at all times through the smart device 200 that is held even when the body is separated from the main body 100 and the position of the baby cannot be visually checked.

FIG. 7 is a block diagram illustrating a configuration and a connection relationship according to a second embodiment of the present invention. In the above-described first embodiment, various configurations for inducing sleep of a baby located in the accommodation space 110 are added. . In the following description of the second embodiment and the third embodiment, the description of the same configuration that performs the same function as in the first embodiment will be omitted.

In the second embodiment of the present invention, the main body 100 includes an audio output unit 126, a storage unit 127, a sound source reproducing unit 128, a sleep induction lamp 161, and a voice detecting unit 129. And a determination unit 131 and an alarm unit 132 are further included.

The sound output unit 126 is a speaker, and performs a function of outputting sound into the accommodation space 110. Since the sound is normally output while the baby is resting, the output of the sound output unit 126 does not need to be high and has a relatively low power of about 3W (watts).

The storage unit 127 is an electronic memory, and various digital sound sources having a sleep induction effect are stored therein, and are configured to delete or additionally store digital sound sources as required by a guardian. The stored digital sound source may be a mother's heartbeat sound used early in the baby's heartbeat and lullabies or preaching music used in the late period according to the baby's birth month so that the baby can maintain a comfortable psychological state.

 The sound source reproducing unit 128 reads and reproduces the digital sound source stored in the storage unit 127, and the reproduced sound source is output through the sound output unit 126.

At this time, the controller 130 is configured to control the sound source playback unit 128 according to the operation signal input through the interface unit 122, the interface unit 122 is a protector to the storage unit 127 It is configured to select and play the stored digital sound source, and to adjust the volume output from the sound output unit 126.

In addition to the configuration that induces the baby's sleep through the above-described sound, the cover 190 is made of a plurality of LEDs to the lower side and the sleep induction lamp configured to have a light output in the range of 100 to 10000 lux ( 161 is installed. At this time, the control unit 130 is configured to control the sleep induction lamp 161 with a time and light output set according to the operation signal input through the interface unit 122, the interface unit 122 has a function for this It is provided.

The sleep induction lamp 161 serves to adjust the baby's biorhythm, and the most effective artificial light intensity that can readjust the circadian rhythm is generally known as illumination of 10,000 lux brightness. Since the light intensity decreases as the distance from the sleep induction light 161 increases, the sleep induction light 161 is preferably installed so that the distance from the baby is about 45 to 50 centimeters.

In addition, the sleep induction light 161 is configured to output only visible wavelengths without ultraviolet rays and infrared rays harmful to the human body, it is configured to turn off completely after a set time is adjusted to 150 lux, which is a comfortable brightness on the sleep before the baby takes a sleep. do. This brightens up the melatonin at the same brightness as the sun's evening glow, making the baby's body a comfortable sleep.

The voice detection unit 129 performs a function of monitoring a baby's sleep state by performing a function of detecting a sound inside the receiving space 110 as a micro stand capable of detecting a sound made by the baby. Sleeping babies usually do not make any noise, but when the baby wakes up, it will make a cry because it will detect it. In particular, when the baby is crying, if the guardian does not take immediate action, it may adversely affect the baby's emotion, so the guardian needs to be made aware of the baby crying as soon as possible while away from the main body 100.

The alarm unit 132 performs a function of allowing the guardian to recognize a situation in which the baby has woken up through a visual or auditory signal, and includes an LED warning light or a speaker that generates a specific sound, if necessary.

If you want to use the auditory signal, such as the high-frequency siren that can stimulate the baby is not suitable, it is desirable to use the music or the song that can protect the baby while calming the baby.

The determination unit 131 performs a function of operating the alarm unit 132 when the sound detected by the voice detection unit 129 is equal to or greater than a set volume, and is usually set to operate in a range corresponding to a baby's cry. . This is a configuration for preventing the alarm unit 132 from operating due to a specific noise in a situation where the baby does not actually wake up or cry, and the control unit 130 according to the operation signal input through the interface unit 122. It is configured to control the voice detection unit 129, the alarm unit 132 and the determination unit 131. In other words, the interface unit 122 is to put the function to turn on / off the sleep monitoring function.

If necessary, by adding the communication unit 125 mentioned in the first embodiment of the present invention, the alarm signal is transmitted through the communication unit 125, but the guardian can receive it through the smart device 200 possessed. It can also be configured.

Figure 8 is a block diagram showing the configuration and connection relationship according to a third embodiment of the present invention, in the third embodiment of the present invention to provide a comfortable air to remove the contaminants to the baby, automatically weighing the baby A configuration that can be carried out for the convenience of the guardian is added.

Figure 5 is a partial perspective view showing the air purification structure of the present invention, first look at the configuration for providing a comfortable air the main body 100 further comprises a vent 181, the blowing fan 182 and the filter unit 183 It will be included.

The ventilation holes 181 are installed along the cushion part 112 to discharge air into the accommodation space 110. At this time, the inside of the ventilation hole 181 is provided with a filter unit 183 for filtering harmful substances such as fine dust in the air, in particular a filter having an antibacterial ability to remove even harmful bacteria that can harm the health of the baby. The unit 183 is provided.

The blowing fan 182 functions to suck air from the outside of the main body and discharge the air to the vent hole 181 through the filter unit 183. In this case, the controller 130 is configured to control the blower fan 182 according to the operation signal input through the interface unit 122. That is, the function of turning on / off the blower fan 182 is added to the interface unit 122.

At this time, it can be configured to mix the aromatic fragrance beneficial to the baby in the air discharged through the vent 181. To this end, the main body 100 has an aroma injection unit 184 into which the aroma fragrance is injected to the outside, and spray means 185 to mix the aroma fragrance injected into the aroma injection unit 184 to the vent hole 181. It will include more. The aroma fragrance is made of a natural material harmless to the baby, and in particular, when the baby has a disease, including a cold, a variety of aroma fragrance having a disease healing effect can be used. At this time, the spraying means 185 may directly spray the aroma flavor injected into the aroma injecting portion 184, but it is preferable to release the subtle aroma by evaporating the aroma flavor in a hygroscopic state.

In addition, the interface unit 122 visually outputs the operating state of the temperature measured by the temperature measuring unit 121 and the input operation signal to the guardian in accordance with the guardian's convenience and digital trends. The touch screen panel 123 is made, through which the guardian can easily check the baby's environment and take appropriate measures.

In general, babies grow differently every day, so they check their growth by checking their weight periodically to check for abnormalities. To this end, the guardian usually measures the weight of the baby while holding the baby and calculates the weight of the baby in such a way as to reduce the weight of the guardian, but in the present invention, the main body 100 is capable of automatically performing the sheet part ( It may further include a weighing unit 133 for measuring the weight applied to the 111.

The weighing unit 133 is made of a weight sensor for converting the applied weight into an electrical signal, the control unit 130 is the weight measuring unit in accordance with the operation signal input through the interface unit 122 The control unit 133 is configured to output the measured weight through the touch screen panel 123.

The rights of the present invention are not limited to the embodiments described above, but are defined by the claims, and those skilled in the art can make various modifications and adaptations within the scope of the claims. It is self-evident.

100: main body 110: accommodation space
111: seat portion 112: cushion portion
121: temperature measurement unit 122: interface unit
123: touch screen panel 124: heating unit
125: communication unit 126: sound output unit
127: storage unit 128: sound source playback unit
129: voice detection unit 130: control unit
131: determination unit 132: alarm unit
133: Weighing unit 141: Cooling tube
142: heat dissipation unit 143: cooling pump
151: camera unit 161: sleep induction
181: ventilator 182: blowing fan
183: filter portion 184: aroma injection portion
185: spray means 190: cover
200: smart device

Claims (11)

In the infant bed apparatus consisting of a main body 100, the upper side is opened and the receiving space 110 is formed in the inner side, and the cover 190 is installed and opened on the upper side of the main body 100,
A seat portion 111 installed in the accommodation space 110 to form a bottom surface;
A cushion part 112 formed along the inner surface of the receiving space 110 above the seat part 111;
A temperature measuring unit 121 measuring a temperature inside the accommodation space 110;
An interface unit 122 for receiving an operation signal from a guardian;
A heating part 124 provided below the seat part 111 to increase the temperature of the seat part 111 through electrical means;
A control unit 130 for controlling the heating unit 124 according to an operation signal input through the interface unit 122 and a temperature measured by the temperature measuring unit 121 by receiving power from an outside; Lt; / RTI >
The main body 100 includes a plurality of ventilation holes 181 installed along the cushion unit 112, a blowing fan 182 that sucks air outside the main body and discharges the air to the ventilation holes 181. Further comprising a filter unit 183 for purifying the air sucked through the blowing fan 182,
The control unit 130 is a smart bed device for infants, characterized in that configured to control the blowing fan 182 according to the operation signal input through the interface unit (122).
The method of claim 1,
The main body 100 is provided below the seat part 111 and is connected to a cooling tube 141 through which a cooling medium passes, and is connected to one side of the cooling tube 141 to discharge heat of the cooling medium to the outside. It further comprises a heat dissipation unit 142, a cooling pump 143 for forcibly circulating the cooling medium into the cooling tube 141 and the heat dissipation unit 142,
The control unit 130 is configured to control the heat dissipation unit 142 and the cooling pump 143 according to the operation signal input through the interface unit 122 and the temperature measured by the temperature measuring unit 121. Infant smart bed device, characterized in that.
The method of claim 1,
The main body 100 communicates with an external smart device 200 that photographs the interior of the accommodation space 110 and outputs a video signal, and an external smart device 200 that provides a user interface including a communication function and an image output function. Further comprising a communication unit 125 for performing,
The control unit 130 is input to the image signal output from the camera unit 151 and the temperature measured by the temperature measuring unit 121 and the interface unit 122 according to the request signal of the smart device 200 Infant smart bed device, characterized in that configured to send the operation status for the operation signal to the external smart device through the communication unit (125).
The method of claim 1,
The main body 100 includes a sound output unit 126 for outputting sound into the accommodation space 110, a storage unit 127 in which a digital sound source having a sleep induction effect is stored, and a digital of the storage unit 127. Further comprising a sound source playback unit 128 to reproduce the sound source to output through the sound output unit 126,
The control unit 130 is configured to control the sound source playback unit 128 according to the operation signal input through the interface unit 122, the infant smart bed device.
The method of claim 1,
The cover 190 further includes a sleep induction lamp 161 made of a plurality of LEDs and configured to have a light output in the range of 100 to 10000 lux.
The control unit 130 is configured to control the sleep induction lamp 161 with a time and light output set according to the operation signal input through the interface unit 122, the infant smart bed device.
The method of claim 1,
The seat 111, cushion 112 and the cover 190 is a smart bed device for infants, characterized in that it comprises an electromagnetic shielding material made of silver-plated fibers therein.
The method of claim 1,
The main body 100 includes a voice detecting unit 129 for detecting a sound inside the accommodation space 110, an alarm unit 132 for recognizing a guardian through a visual or audio signal, and the voice detecting unit 129. Further comprising a determination unit 131 for operating the alarm unit 132 when the sensed sound is more than the set volume,
The control unit 130 is configured to control the voice detection unit 129, the alarm unit 132 and the determination unit 131 according to the operation signal input through the interface unit 122, smart for infants and young children. Bed unit.
delete The method of claim 1,
The main body 100 further includes an aroma injection unit 184 into which the aroma fragrance is injected to the outside, and spray means 185 to mix the aroma fragrance injected into the aroma injection unit 184 to the vent hole 181. Infant smart bed device comprising a.
The method of claim 1,
The interface unit 122 is a smart bed for infants and toddlers, characterized in that consisting of a touch screen panel 123 for visually outputting the operation status of the temperature measured by the temperature measuring unit 121 and the input operation signal to the guardian Device.
11. The method of claim 10,
The main body 100 further includes a weighing unit 133 for measuring the weight applied to the sheet portion 111,
The controller 130 is configured to control the weight measuring unit 133 according to an operation signal input through the interface unit 122 and output the measured weight through the touch screen panel 123. Smart bed device for infants.

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