KR20130072428A

KR20130072428A - The safety control system and device to prevent sudden infant death syndrome

Info

Publication number: KR20130072428A
Application number: KR1020110139835A
Authority: KR
Inventors: 조동기; 서우성; 서정삼; 심종영
Original assignee: 조동기; 서우성; 서정삼; 심종영
Priority date: 2011-12-22
Filing date: 2011-12-22
Publication date: 2013-07-02

Abstract

PURPOSE: A device for preventing the sudden death of an infant and a safety control system including the same are provided to enable a protector to see an infant through a camera from a remote place and to deliver her voice to the infant through a microphone. CONSTITUTION: A device for preventing sudden death of an infant comprises a cushion pad (10), a zipper (12), a band (14), and a corresponding Velcro tape. The cushion pad accommodates a cushion sponge which is formed in the shape of a hexahedron and has a rounded settling groove (11). The zipper is formed on one side of the cushion pad and allows the withdrawal of the cushion sponge. The band is fixed to cover a certain area in the front of the settling groove. The corresponding Velcro tap is formed on the opposite side of a scratch prevention Velcro tape. The settling groove faces the cushion pad to cover the abdomen of an infant and to prevent the infant from lying down on his or her stomach.

Description

The safety control system and device to prevent sudden infant death syndrome}

The present invention provides an infant safety management system including an infant sudden death guard and an infant sudden death guard for preventing infant sudden death that may occur during sleep or when the child starts to flip, in the case of an infant. It is about.

Sudden Infant Death Syndrome (SIDS), commonly known as cradle death, is a sudden death of a newborn baby who stops breathing. When a newborn baby is 2-4 months old, he stops breathing and does not recover breathing. It is known to occur because it is not. The cause of SIDS has not yet been elucidated, but it is known that the risk of SIDS is increased when the baby is laid up, in soft urine and bedding, or exposed to cigarette smoke.

Children who habitually lie down have a 5 times higher risk of SIDS, but a baby who sleeps upright has a 20 times higher risk of SIDS, and a baby who sleeps in a prone position needs to raise his head or arms to look around. Has developed power, but because it is not always the baby who sleeps straight, it is thought that it is more dangerous to change the sleeping position. This is more dangerous for infants raised in facilities such as day care centers than children raised by mothers.

In addition, there is a research showing that only babies can pass a pacifier to reduce the risk of sudden death by up to 90%. However, it is difficult to fully trust the results because it is not possible to test a child to be 100% suddenly killed. It is difficult to guarantee that a baby will continue to bite the pacifier 100% as intended, and very few parents will actually apply it. Medical Journal The British Medical Journal reported that research has shown that pacifiers can help prevent babies from blocking their airways, and researchers at Kaiser Permant, a US health care company, said a child died of sudden infant death syndrome. A comparison of 185 and 312 healthy babies found that rubber wet paper can reduce cradle mortality by 1/10. This is because the large outer handle of the pacifier can reduce the risk of your baby's airway clogging because of the face being covered by a fluffy cradle or covered by a blanket.

In addition, as a prior art for preventing infant sudden death, various technical configurations such as a hither is disclosed, but the present invention was devised to solve the problems of the prior art. Although the following patent documents describe an apparatus for preventing infant sudden death or an infant safety management system and the like, a simple and complete infant sudden death prevention apparatus and an infant safety management system including the same are not disclosed.

Korean Patent Application Publication No. 10-2006-0058695 (Device for observing human condition) Domestic patent registration 10-1021155 (Prevention of infant death and infant monitoring system using it) Domestic patent application publication 10-2010-0080730 (bed with safety management function for infants) Domestic Patent Application Publication 10-2004-0104458 (Infant bed safety sheet / blanket) Domestic patent application publication 10-1998-083751 (safety bedding for infants) Domestic Patent Application Publication 10-2009-0073411 (Infant Safety Bedding) Korean Patent Application Publication 10-2009-0121729 (Ubiquitous safety management system and service for infants and young children) Domestic Patent Registration 10-0897481 (Position Keeper to Prevent Choking and Postural Head Deformation in Infants) Korean Patent Application Publication 10-2009-0125657 (Infant Choking Prevention Device) Registered Korean Patent 10-0874092 (Position of posture change of N-shaped posture with air bag and its manufacturing method] Domestic patent application publication 10-2011-0003349 (SIDS prevention mattress)

The present invention has been made in order to prevent such a problem, only when the infant is asleep, attached to the abdomen of the infant, the guardian also has a comfortable rest, while the infant's sudden death room including the simple form of attachment to prevent the accident of the infant To provide a district and safety management system.

More specifically, an object of the present invention is to provide an infant sudden death prevention device for prevention of sudden death which may occur during sleep or when the child starts to flip, especially when the infant falls asleep. Fill the cushion pads in, but use the indentation band to fill the cushion pads in close contact with the infant's abdomen to protrude, so as to prevent the prone movement to fall over to sleep or to flip over, To provide.

Another object of the present invention is to attach the camera toward the top of the cushion pad, that is, the infant's face, so that the guardian can check from a distance to see if the infant sleeping through the camera has a comfortable rest, the inside of the cushion pad Infant safety management including an infant's sudden death prevention device that allows the user to feel warmth at all times by incorporating a far-infrared heater, and to sense the rhythm similar to the mother's heartbeat through the vibrator so that they can relax more comfortably. To provide a system.

The infant sudden death prevention apparatus according to the present invention includes: a cushion pad 10 accommodating a cushion sponge formed in the form of a hexahedron having a seating groove 11 smoothly rounded on one side; A zipper 12 formed at one side of the cushion pad 10 to allow the cushion sponge to enter and exit the cushion pad 10; A fixing band 14 fixed to the cushion pad 10 and fixed to enclose a predetermined area toward the front of the seating recess 11; Scratch prevention velcro tape 17 formed on one side end of the indentation band 14 and a corresponding velcro 18 formed on the other end; Facing the cushion pad 10 so as to surround the abdomen of the infant A, and wound the back of the infant A through the indentation band 14 so that it is impossible to take an operation during sleep: The indentation band is formed by a long band 15, one end of which is elongated, and the other end is formed of a short band 13, which is elongated.

An infant safety management system including an infant sudden death prevention apparatus according to another embodiment of the present invention has a hexagonal shape having a predetermined thickness and is worn on the infant's abdomen to prevent the infant's inverted posture change by the thickness of the hexagonal shape. Infant sudden death prevention kit including a cushion pad 10 that can be; An external device (60) located outside the cushion pad (10) and directly or indirectly connected to another device to a wireless device, and capable of processing, displaying, and storing data input from another device; A camera (50) mounted inside the cushion pad (10) for monitoring the appearance of the infant; A life management unit having sensing means for sensing the vital signs of the infant and stimulation means for providing a physical stimulus beneficial to the infant; A control module mounted inside the cushion pad 10 and connected to the external device by a wireless device, and connected to the camera 50 and the life management unit by wire to control the camera 50 and the life management unit. 52; .

Preferably, the external device 60 is a mobile phone 61 or a computer 62.

Preferably, the stimulation means of the life management unit includes at least one or more of the microphone 41, the vibrator 30 to which vibration is directly transmitted to the infant, and the far infrared heater 40 to provide direct heat to the infant.

Preferably, the external device instructs the camera to operate the camera control program 66 for input image processing, a voice transmission program 67 for inputting and generating music such as a mother's voice and lullaby, At least one or more of the heater control program 74 for controlling the operation of the heater 40, the vibrator program 73 for inputting and generating a heartbeat similar to the mother's heartbeat.

Preferably, the control module 52 outputs the voice transmitted from the voice transmission program 67 to the microphone 41.

Preferably, the control module 52 vibrates the vibrator 30 by vibration transmitted from the vibrator program 73.

Preferably, the control module 52 operates the heater 40 in accordance with an instruction transmitted from the heater control program 74.

Preferably, the sensing means of the life management unit includes at least one or more of a body temperature sensor and a pulse sensor.

Advantageously, the external device further comprises a vital signs program 104, wherein the control module 52 transmits the measured value data sensed from the body temperature sensor and the pulse sensor to the vital signs program 104. The vital signs program 104 determines and outputs a biological state of the infant based on the received measurement data.

Preferably, the vital signs program 104 warns the vital signs warning signal through the PC 62 or the mobile phone 61, which is an external device 60, when the detected measured value is outside the set normal range. .

Preferably, the wireless device comprises an internet wireless device, 3G and 4G.

According to the present invention, the infant can have a comfortable sleep by a simple method in which the child fills the abdomen with a tummy, and even if the child tries to take an upside down motion, the infant's sudden death restraint is worn down. It is possible to prevent losing operation, it is possible to prevent the case of sudden death, and accordingly there is an advantage that the guardian who sleeps can see his work comfortably.

In addition, according to the present invention, the guardian can check whether the infant is sleeping well through the camera mounted on the infant sudden death prevention device, and if the infant is tossed or sleeps, it is checked and the voice of the mother or guardian Through the micro infants to be able to deliver the voice, there is an advantage that can take care of the infant optimally.

In addition, according to the present invention, there is a built-in far-infrared heater that emits far-infrared rays inside the cushion pad, while providing comfort to the infant by the warmth emitted from the heater, and always through the vibrator to beat the heartbeat of the mother's heartbeat Because it can be adjusted to feel, it has the advantage that the infant can rest and sleep more comfortably.

In addition, according to the present invention, because the infant is equipped with a cushion pad that weighs a certain amount of weight while sleeping or resting, it is possible to prevent the startled phenomenon such as sleep, to optimize the stability of the infant There is this.

Figure 1 is a perspective view of the cushion pad of the present invention from the outside.
Figure 2 is a perspective view of the cushion pad of the present invention from another angle.
Figure 3 is a view showing a state in which the indentation band of the cushion pad of the present invention.
4 is a use state diagram showing a state in which the cushion pad of the present invention is used.
5 is an exemplary view illustrating the use of the cushion pad of the present invention to exemplify an upside down operation when the infant is turned over.
6 is a system block diagram showing a communication form of the present invention cushion pad and an external device.
7 is a system block diagram showing the operating system of the camera used in the present invention as a whole.
8 is a block diagram illustrating a basic configuration of an internal CPU of a PC and a mobile phone used as an external device of the present invention.
9 is a view illustrating a camera, a vibrator, and a heater control module accommodated inside the cushion pad of the present invention.
10 is a block diagram showing the function of the cushion pad side control module of the present invention.
11 is a system diagram showing the configuration of a body temperature and a pulse sensor in the cushion pad side control module of the present invention.
12 is a division block diagram for dividing the control module of the present invention cushion pad in detail;
FIG. 13 is a view illustrating a cushion pad side control module including a body temperature and a pulse sensor control module for infant life sign safety according to the present invention.

The present invention includes an infant sudden death prevention device and infant sudden death prevention device that can be induced to prevent the falling motion by mounting on the infant's abdomen when the infant to rest or sleep to prevent the sudden death of the infant. To an infant safety management system.

Such a technical configuration and operation of the present invention will be described in detail with reference to the drawings.

1 to 10, the infant sudden death prevention apparatus of the present invention has a cushion pad 10 for receiving a cushion sponge made in the form of a hexahedron having a seating groove 11 smoothly rounded on one side thereof. Is formed on one side of the cushion pad 10, there is a zipper 12 for entering and entering the cushion sponge, and fixed to the cushion pad 10, it can be enclosed in a predetermined area in front of the seating groove (11) There is a squeeze band 14 that is secured to be secured. In addition, there is a scratch prevention Velcro tape 17 formed at one end of the indentation band 14 and a corresponding Velcro 18 formed at the other end. Therefore, the seating recess 11 faces the cushion pad 10 so as to surround the abdomen of the infant A, winds the back of the infant A through the indentation band 14, and lifts up during sleep. It is to prevent you from taking it.

The present invention is made as shown in Figs. 1 to 3 in which the structural form is shown. 4 and 5 show an embodiment using the same. In the present invention, infants of about 1 year or less can be used mainly, and children of 2 years or less can also be used. Infants are difficult to turn their heads while sleeping. The muscles that exercise your neck don't grow so perfectly that you can't move your neck. Sometimes the neck can be turned over, but the back is not free, and it is difficult to retake the motion after lying down again. This is a big problem. Occasionally, a child is suddenly unable to breathe in an upside down motion.

The present invention fills a quadrilateral cushion pad 10 as shown in the infant's abdomen. The cushion pad 10 has a cushion sponge built therein using a soft sponge. It is preferable that it is in the form of one block, and one side of the cushion pad 10 has a seating recess 11 slightly recessed inward because it must be interviewed with the abdomen of the infant. By forming a smooth round, the infant's abdomen is to be accommodated. Thus, the cushion pad 10 of the present invention, which is implemented to accommodate the infant's abdomen, is fixed to the infant's abdomen through the illustrated indentation band 14. In the fixed manner, as shown in the figure, by using the inlet band 14, the abdomen and the back of the infant is wound, if necessary to fix or dismantle. In a state where the ends of the indentation band 14 are overlapped, the Velcro tape 17 and the corresponding Velcro 18 are attached and detached by attaching and detaching the Velcro tape 17. In the case of the Velcro tape 17 and the corresponding Velcro 18, it is preferable to use the scratch prevention material because there is room for direct interview with the infant's body.

The softer Velcro tape 17 and the corresponding Velcro 18 are adopted so as not to hurt the infant's body. When the cushion pad 10 is mounted in this way, the infant is sleeping as shown in FIG. 4. When the cushion pad 10 is worn on the abdomen of an infant, it is impossible to attach it all the time. It is when the guardian leaves the infant for some time to see other things or when the child sleeps. Infants who know how to flip can sometimes turn themselves over and sniff their noses. Some children may be able to turn over and take a lie down, while others may not be able to do so.

As a result, the cushion pad 10 of the present invention is mounted at a time when the child is sleeping, and provides a condition for the guardian to rest more comfortably or sleep in peace together.

When the infant wears the cushion pad 10 and takes an inclined operation as shown in FIG. 5, the infant may only take the maximum side turning by the cushion pad 10 protruding from the abdomen. Lying down to the side, your nose does not get in your blanket, so it doesn't hurt to breathe. Infants are forced to give up on the upside down movements, but is given up by the cushion pad 10 protruding protruding from the abdomen, and can only sleep by sleeping or lying down to the side.

In addition, in the illustrated figure of the present invention, the indentation band 14 is formed by a long band 15, one end of which is elongated, and the other end is formed of a short band 13, which is elongated. Make sure to wind it up and fix it. One end is formed to be long to be wound around the back of the infant's abdomen to be coupled to the Velcro and the indentation band 14 of the other end. If they are all the same length, there is a possibility that the Velcro tape 17 and the corresponding Velcro 18 must be joined on the infant's back, so that the infant's skin may be interviewed. In order to avoid this as much as possible, one side is formed of a long band 15 having a long length, and one side is formed of a short band 13 having a short length to fix each other. It is also possible, of course, to form one of the long bands 15 having a longer length, and the other side to fix the corresponding velcro 18 on the side of the cushion pad 10.

In addition, the sponge accommodated in the cushion pad 10 is preferably a sponge having high elasticity and high repulsion. The reason is that when the infant tries to fall from a safe posture to a dangerous posture, when the sponge of the cushion pad 10 is low repulsion and low elasticity, the sponge may be pushed over as it is being pushed into a dangerous posture. Therefore, a dangerous situation may occur. Therefore, the sponge must be high-elasticity, high repulsion to stop so that even if it falls in a dangerous position. In addition, the vertical angles on both sides of the cushion pad 10, i.e., both Velcro sides, must be set to almost 90 degrees. Even if the angle is tilted further in either direction at 90 °, it may not be safe. Therefore, the vertical angles on both sides of the cushion pad 10, i.e., both Velcro sides, need to be set at 90 degrees. The cushion in the cushion pad 10 is not limited to a sponge, but may be composed of a sponge, an air bag filled with air, a soft synthetic resin integrally molded, or a combination thereof.

Next, a detailed embodiment of an infant safety management system including an infant sudden death guard of the present invention will be described with reference to the drawings. In the upper surface of the cushion pad 10 of the infant sudden death prevention apparatus of the present invention, it is preferable to incorporate the camera 50 so that the state of the infant A can be photographed.

As shown in FIGS. 1 and 2, the top of the cushion pad 10 has the camera 50 shown to protrude slightly. The camera 50 allows to take a picture of the infant from the top of the cushion pad 10 is worn on the infant's abdomen. How far away from the infant is through the camera 50, or even if the protector who sleeps with the infant to see the work from the outside through the mobile phone 61 or PC 62, etc. Know the infant's condition.

In addition, the camera 50 has a controller 53 that controls to take a video or a picture of the infant A through a built-in program inside the camera module 51, and provides a control signal of the external device 60. There is a receiving unit 54 for receiving and transmitting the received control data to the controller 53, a transmitting unit for transmitting a video or a picture of the infant (A) taken through the camera 50 to the external device 60 ( It is preferably included in the camera module 51 consisting of 55).

The camera 50 of the present invention may be a part of the camera module 51. Various configurations are required for the camera 50 to be mounted inside the cushion pad 10. A bracket (not shown), a built-in controller 53, a receiver 54, a transmitter 55, and the like are required. They are housed in the majority of the configuration inside the bracket.

The manner of operation of this camera 50 is as follows. When the control signal is transmitted from the device of the external device 60, the receiving unit 54 receives it and transmits it to the controller 53. The control signal means that the guardian operates the camera 50 when the trend of the infant is in the electronic device of the external device 60. When the control signal for the operation is sent, and transmitted to the controller 53, the controller 53 is to operate the camera 50 in accordance with the control signal to turn on / off. When the camera 50 is turned on, the camera 50 operates to capture the state of the infant. The camera 50 takes a snapshot or a video. The photographed picture or video is transmitted to the outside through the transmitter 55 again under the control of the controller 53. Upon receiving this, the guardian who checks the external device (for example, a PC or a mobile phone) can take a corresponding action.

If you've been to the grocery store for a while or working in a room next door, you can check to see if the baby is awake and take care of the baby, and if the baby is sleeping, you can continue to do what you were doing. In addition to preventing sudden death of infants, the trend of infants can be monitored and the possibility of using them can be coped with.

As described above, the external device 60 that exchanges signals with the camera 50 is preferably a PC 62 or a mobile phone 61 connected to the Internet network or the wireless communication network 63. It is also possible to use a Bluetooth communication method that accepts only a short range of the wireless communication network, and also RF communication. To accommodate more distance, it is more desirable to share the current 3G network with the Internet. Using the Internet network of the 4G network including the LTE communication method to be globalized in the future can be more sure to realize the technical idea of the present invention.

The connected PC 62 or mobile phone 61, which is an external device used in the present invention, has the following components. That is, the CPU 64 for generating and moving the control signal must exist to control the camera 50 inside, and the control unit for photographing the camera 50 receives the control unit for the camera 50. 54 and a transmitting unit 71 to be transmitted, and should include a receiving unit 72 for receiving a video or a picture of the infant (A) taken from the transmitting unit 55 of the camera module 51.

In the case of the PC 62, the current CPU 64 is built in order to operate a plurality of programs, and in the case of a smartphone among mobile phones, the RAM 64 and the CPU 64 having good performance are separately built. However, the general phone does not have a CPU with various functions, but a microcomputer type CPU. The present invention can be used even if applied to the mobile phones of all these devices. In the case of a general mobile phone, in order to communicate with the camera module 51 of the present invention, a separate microcomputer or CPU may be mounted. In the case of the microcomputer also referred to as the CPU 64 in the present invention, this is for the convenience of explanation by holding the CPU 64 as a more comprehensive concept.

The CPU 64 of the PC 62 or the mobile phone 61 of the present invention is controlled by the camera control unit 65 for camera control, and the camera control unit 65 of the camera control module 52 As a linkage program for linking with a built-in program, a camera control program 66 which generates a shooting control signal and a command of the camera 50, and inputs music such as a mother's voice and lullabies to the infant A It is preferable to generate the control signal through the voice transmission program 67 to generate.

Reference is made to FIG. 7 for the purpose of explanation of how the camera module 51 of the present invention is utilized to some extent. First, the guardian operates the program through the PC 62 or the mobile phone 61 at a long distance. The camera control unit 65 is given a separate name because it may be operated by software. The camera controller 65 may be in the form of a program embedded in a hard disk in the case of the PC 62 or in the form of an app stored in an internal storage in the case of a smartphone. In the case of the mobile phone 61 only because the CPU 64 of the microcomputer can be utilized, the camera control unit 65 uses a separate name. The camera control unit 65 may be hardware or software.

Anyway, in order to generate a control signal through all of the CPU 64, the program recorded in the hardware, whether in the form of firmware or software, is high. Therefore, in the present invention, the camera controller 65 may be referred to as a software interlocking program. It is.

Next, the manner of operation of the CPU 64 of the present invention will be described.

The inner camera 50 of the cushion pad 10 fixed to the abdomen of the infant is operated through communication in the external device 60. At this time, the majority of the guardian is often a certain distance away from the infant, the guardian operates the camera 50 to determine the state of the infant using the mobile phone 61 or PC (62). The method of operation operates a program through a program installed in the PC 62 or an app installed in the smartphone. After the start of the program, the ON command of the camera 50 is issued, which is controlled by the CPU 64. The control command is transmitted to the transmitter 71 as shown, and the transmitter 71 transmits data to the receiver 54 on the cushion pad 10 side by a unique communication method. The transmitted data is to operate the camera 50 through the controller 53 having a built-in program described later. As described above, the snapshot or video captured by the camera 50 is received through the external device receiving unit 72 again, and displayed through a separate display 69 of the external device so that the guardian can monitor the state of the infant. You will know.

In this case, the coordinated program of the present invention includes a voice transmission program 67 together with the camera control program 66. The two can operate through the same program, but can be independent programs. The function of this voice transmission program 67 is as follows. If a crying figure is transmitted from the image or photo transmitted through the camera 50 or is going to a dangerous moment, the guardian who detects this may alert the infant through voice. Infants can feel a lot of anxiety just because they do not have a guardian to deliver the voice of the mother to provide a more reassuring condition to the infant. Many PCs 62 and mobile phones 61 have a built-in device capable of transmitting their own voice. In the case of the mobile phone 61, a microphone is necessarily provided for the call, and in the case of the PC 62, the camera can transmit sound through a cam camera or separate earphones and headphones. Caregivers use these peripherals to alert infants to their voices, alert them, and reassure them. After that approach the infant to care for the infant, a more detailed description will be described later.

In the above description of the present invention, the internal components of the electronic device of the external device 60 have been described. In order to transmit data through such communication, and to operate the camera 50 and the speaker (not shown) on the cushion pad 10 side, various components are required. It will be described in detail this component of the cushion pad 10 side. 6 and 7, the controller 53 on the cushion pad 10 side of the present invention has a camera ON / OFF control 56 function of turning on / off the camera 50 through a control signal, Built-in program for video capture (57) function for capturing a video or photo, and voice signal transmission (58) function for delivering the music such as the delivered voice and lullabies to the infant (A) through a speaker (not shown). It is preferable that it is recorded in (53).

In fact, the cushion pad 10 of the present invention should also be limited in its volume, attached to the infant's body, and must have a built-in sponge so that the controller 53 embedded therein is limited in its volume. There is a possibility to be embedded in the form of a microcomputer, it is preferable to also be embedded in the camera module (51). Of course, you can use other non-memory chips other than Microcomputer. And inside the microcomputer which is the controller 53, the internal program is provided which is linked with the above-mentioned interlocking program. Although it is not a physical limitation because it is a built-in program, when classified according to the function, it will be largely a camera ON / OFF control 56 function, a picture and video capture 57 function, and a voice signal transmission 58 function.

In order to explain the above function through the operation sequence, the control signal of the camera 50 ON / OFF from the external device 60 enters the receiving unit 54, which is converted into a digital code through the A / D converter 56. In other words, the controller 53 utilizes the camera ON / OFF control 56 function of the built-in program. The camera 50 is turned on or off under the control of the controller 53 through the built-in program of the controller 53. Of course, this works in conjunction with a control signal sent from the CPU 64 of the external device 60. Then, when another command control signal is transmitted and the controller 53 receives the signal, the controller 53 performs a function such as video capture or photo capture. When a moving picture is captured, the moving picture is transmitted to the receiving unit 72 of the external device 60 under the control of the controller 53 through the illustrated transmission unit 55. Naturally, the transferred video is displayed on the display device under the operation of the CPU 64. This is performed through a coordinated program controlled by the CPU 64.

In addition, since the controller 53 is also connected to a separate microphone 41, all of the crying sounds, voices, and surrounding noises of the infant may be transmitted to the guardian through the controller 53. It is transmitted to the guardian via the transmitter 55 and the receiver 72 through the voice signal transfer 58 function of the built-in program recorded in the controller 53.

In the case of the mobile phone 61, the infant's voice or sound is transmitted through the built-in speaker, and in the case of the PC 62, a separate peripheral device may be used. In FIG. 6 and FIG. 7 shown only, such a speaker cannot be limited to any one, and thus not shown.

The present invention has been described above for its main function. It refers to a cushion pad 10 and a means for fixing the abdomen of the infant to prevent the case of sudden death in the process of flipping the infant. In addition, the camera 50, the microphone 41, and the speaker (not shown) for checking the state of the infant have been described. It mainly describes how to communicate with infants and their parents.

On the contrary, the present invention seeks additional means for making the baby's bed more comfortable.

That is, the inside of the cushion pad 10, there is a vibrator 30 is built so that you can feel the rhythm similar to the mother's heartbeat, it has one or more of the far infrared heater 40 for dissipating far infrared thermal energy. This means that only the vibrator 30 may be embedded in the embodiment of the present invention, but the far infrared heater 40 may also be embedded. Only the far infrared heater 40 may be incorporated, and both of them may be incorporated.

How to use them is as follows. In the case of the vibrator 30, the infant can feel the heartbeat similar to the mother's heartbeat to sleep more comfortably while sleeping. Sleeping in the mother's arms gives the effect. In addition, in the case of infants, it is preferable to generate an appropriate temperature through the far-infrared heater 40 because it is advantageous to maintain a certain warm body temperature. Since these are all built in the cushion pad 10 side, it is unreasonable to operate through a separate click switch. It is preferable to operate by the protector's hand from the outside as in the control method of the camera 50 described above, the same or similar to the manner of operation of the camera 50 will be more convenient to use. Of course, it can be operated by remote control method.

That is, the CPU 64 of the PC 62 or the mobile phone 61 described above is controlled by the camera controller 65 for camera control, and the camera controller 65 of the camera control module 52. For controlling the camera control program 66 for interworking with the built-in program, the vibrator program 73 for operating the cushion pad 10 side vibrator 30, and the cushion pad 10 side heater 40 The control signal is sent to the camera 50, the microphone 41, the vibrator 30, and the far infrared heater 40 through the heater control program 74.

As already described in the control method of the camera 50, the CPU 64 of the PC 62 or the mobile phone 61, which is the external device of the present invention, controls the camera control unit 65. The camera controller may be a software linked program. Although the camera control program 66 has been described in the above description, the present invention is not limited thereto, and the heater 40 and the vibrator 30 are also controlled. Therefore, a separate program should be provided or combined with the camera control program to operate the vibrator and heater. In the case of the mobile phone 61, since a method of embedding a separate microcomputer may be adopted, the mobile phone 61 may have a hardware camera control unit independently.

As described above, the present invention controls the camera control unit 65 from the CPU 62 of the PC 62 or the mobile phone 61 of the external device to include all such cases, and the camera control unit is a software linked program. It is limited to what may be.

FIG. 8 illustrates a method of controlling the camera 50, the vibrator 30, and the heater 40 through an interlocking program among the various embodiments. The interlocking program of the present invention may include a camera control program 66 and a voice. The transfer program 67 may be divided into a vibrator program 73 and a heater control program 74. They can all be run in one program, or can be run in a separate program. Although the camera control program 66 and the voice transmission program 67 have already been described, the vibrator program 73 and the heater control program 74 are in an unexplained state.

The vibrator program 73 of the camera control unit inputs the heart rate and intensity of the mother's heart, and the CPU 64 converts it to a control signal and transmits it to the receiving unit 54 on the cushion pad 10 side through the transmitting unit 71. do. The transmitted control signal is operated while operating the vibrator 30 of the vibrator control module 82, which will be described later, to give an input mother's heart rate. Infants can relax or sleep like in their mother's arms. Likewise, in the case of the heater, the protector operates the heater control program 74, which can be a camera controller in the external device, and operates the heater 40 on the cushion pad 10 to transmit warmth at an appropriate temperature. Far-infrared rays will be beneficial to health because of their beneficial wavelengths.

Next, the cushion pad 10 side control module 52 operated in accordance with the above-described interlocking program will be described. In the case of the control module 52, only the camera 50 has been described in the above description. In the case of the camera 50, a separate receiver 54 and a transmitter 55 are required to receive a control signal, to transmit a video, and to receive a voice. However, in the case of the vibrator 30 or the heater 40, a separate transmitter is not necessary. Only the receiver 54 is required to receive a control signal capable of operating the module. Of course, in the case of this signal, when the microcomputer is used, the receiver 54 of the control module 52 for controlling the camera may be used, and each microcom may have a separate receiver 54. However, since the camera 50, the vibrator 30, and the far infrared heater 40 are each independent modules, a separate program can be provided. Of course, it can be programmed to perform a separate function in one program.

The control module 52 on the cushion pad 10 side is divided into the vibrator control module 82 and the far-infrared heater control module 83 together with the camera control module 52.

According to the embodiment of the present invention, it is partitioned independently. As described above, if the control module 52 of the present invention is divided into hardware, the camera control module 81 will be the camera control program 66 and the transmission / reception unit 71 and 72 of the controller 53. The vibrator control module 82 will be the inner vibrator control program 82 and the receiver 54 of the controller 53, and the far infrared heater control module 83 will be the heater control program 74 and receiver of the controller 53. Will be 54.

They may use the receiver 54 in common, or may use a separate receiver 54, but it is likely that the transmitter 55 is necessary only in the camera control module 81.

However, the software is different. That is, the controller 53 embedded in the control module 52 on the cushion pad 10 side includes a program 91 for camera control, a program 92 for vibrator control, and a program 93 for far-infrared heater control. It is preferable that a built-in program having a separate recording is recorded. The physically partitioned camera control module 81, vibrator control module 82, and heater control module 83 may also physically partition their software, but may be accommodated in the camera module 51. One built-in program may control all of the camera 50, the vibrator 30, the heater 40, and may be controlled through three independent programs. The situation is the same as that of the external device side linked program.

In addition to the above embodiment, the present invention also includes a separate means for measuring the infant's pulse or body temperature in real time to protect the infant's health. That is, the inside of the cushion pad 10, the body temperature and the pulse sensor control module 101 is equipped with a body temperature and pulse sensor 102 is mounted to sense the infant's pulse and body temperature, this cushion pad 10 When the measured value is out of the set normal range, it is transmitted to the PC 62 or the mobile phone 61, which is an external device 60, to inform the serious situation.

According to the configuration of the present invention as described above, in the present invention, to check the temperature and pulse rate of the infant, the body temperature sensor and the pulse sensor are referred to as a sensing means, all the microphones, vibrators, heaters that give beneficial stimulation to the infant together as stimulation means The concept of combining these sensing means and stimulation means is referred to as a life management part, and this part is also applied to the claims below.

On the other hand, infants can measure signs of health abnormalities only by body temperature or heart rate. In the past, homes have pulse meters and thermometers to measure the health of infants. In the case of infants, it is possible to measure the state of health through the rise and fall of body temperature, and the state of health through the regularity of the pulse. The present invention is intended to automatically measure the health of the infant by embedding the body temperature and the pulse sensor inside the protective device. Caregivers do a lot of work, so it is difficult to measure a baby's health immediately. By the way, if the body temperature and pulse is automatically measured in the state filled with the protective device of the present invention, through this it is possible to know the state of the infant accurately and in real time. It measures the body temperature automatically so that it can be read by the PC or mobile phone CPU through the transmitter, and the transmitted data can be displayed on the display of the PC or mobile phone.

Of course, for this purpose, the present invention allows the transmitted pulse and body temperature data to be delivered through the vital signs program 104 of the CPU 64 of the external device. As in the above-described embodiment, it is possible to display the transferred data by adding a separate vital signs program in a coordinated program embedded in the CPU. Of course, the life-signal program may be provided separately as described above, or may be included in one program. The type of CPU you use can tell it apart. The program displays the infant's condition according to the infant's temperature and pulse rate, and may send it to the guardian through a separate buzzer or a beep when the situation is urgent.

Finally, reference numeral 68 of FIG. 7, which is not described, is a "button" for operating the camera control unit.

10; Cushion pad 11; Seat groove
12; Zipper 13; Short band
14; Infiltrating band 15; Long band
17; Scratch resistant velcro tape 18; Corresponding velcro
30; Vibrator 40; Far infrared heater
41; Microphone 51; Camera module
52; Control module 53; controller
54; Receiver 55; Transmitter
56; Camera ON / OFF control 60; External device
61; Cell phone 62; PC
63; Internet or wireless network 64; CPU
65; A camera controller 66; Camera control program
67; Speech transfer program 68; button
69; Display 71; Transmitter
72; Receiver 73; Vibrator Program
74; Heater control program 81; Camera control module
82; Vibrator control module 83; Heater control module

Claims

A cushion pad 10 accommodating a cushion sponge formed in the form of a hexahedron having a seating groove 11 rounded smoothly on one side thereof;
A zipper 12 formed at one side of the cushion pad 10 to allow the cushion sponge to enter and exit the cushion pad 10;
A fixing band (14) fixed to the cushion pad (10), the fixing band (14) being fixed to enclose a predetermined area toward the front of the seating recess (11);
And a Velcro tape 17 for preventing scratches formed at one end of the indentation band 14 and a corresponding Velcro 18 formed at the other end thereof. Facing the cushion pad 10 so as to surround the abdomen of (A), and wound around the back of the infant (A) through the inlet band 14, characterized in that it prevents you from taking an operation during sleep , Infant death guard.

The method of claim 1,
The induction band,
One end is formed of elongated long band (15), the other end is formed by a short band (13) shortly hanged, characterized in that the infant's abdomen to be fixed to be fixed, infant sudden death prevention.

The method according to claim 1 or 2,
The cushion accommodated in the cushion pad 10 is a sponge, air bag filled with air, soft synthetic resin molded integrally, or combinations thereof, infant sudden death prevention device.

The method according to claim 1 or 2,
The cushion sponge accommodated in the cushion pad 10 is characterized in that the sponge of high elasticity, high resilience, infant sudden death prevention.

The method according to claim 1 or 2,
The vertical angle of both sides of the cushion pad 10 is characterized in that approximately 90 °, infant sudden death prevention.

An infant sudden death prevention apparatus according to claim 1, comprising a cushion pad (10) having a hexagonal shape having a predetermined thickness and worn on the infant's abdomen to prevent the infant's inverted posture change by the thickness of the hexagonal shape;
An external device (60) located outside the cushion pad (10) and directly or indirectly connected to another device to a wireless device, and capable of processing, displaying, and storing data input from another device;
A camera (50) mounted inside the cushion pad (10) for monitoring the appearance of the infant;
A life management unit having sensing means for sensing the vital signs of the infant and stimulation means for providing a physical stimulus beneficial to the infant;
A control module mounted inside the cushion pad 10 and connected to the external device by a wireless device, and connected to the camera 50 and the life management unit by wire to control the camera 50 and the life management unit. 52;
Infant safety management system, characterized in that it comprises.

The method according to claim 6,
Infant safety management system, characterized in that the external device (60) is a mobile phone (61) or a computer (62).

The method according to claim 6,
Stimulation means of the life management unit is characterized in that at least one or more of the microphone 41, the vibrator 30 to which vibration is directly transmitted to the infant and at least one of the far infrared heater 40 to provide direct heat to the infant. Safety management system.

9. The method of claim 8,
The external device instructs the operation of the camera to input and generate a camera control program 66 for processing an image, a voice transmission program 67 for inputting and generating music such as a mother's voice and a lullaby, and the heater 40. Infant safety management system, characterized in that it comprises at least one or more of the heater control program (74) for controlling the operation of, the vibrator program (73) for inputting and generating a heartbeat similar to the mother's heartbeat.

The infant safety management system according to claim 8, characterized in that the control module (52) outputs the voice transmitted from the voice transmission program (67) to the microphone (41).

9. The method of claim 8,
The control module (52) is characterized in that for vibrating the vibrator (30) with vibration transmitted from the vibrator program (73), infant safety management system.

9. The method of claim 8,
Infant safety management system, characterized in that the control module (52) operates the heater (40) in accordance with the instructions transmitted from the heater control program (74).

The method according to claim 6,
Infant safety management system, characterized in that the sensing means of the life management unit includes at least one or more of the body temperature sensor and the pulse sensor.

The method of claim 13,
The external device further includes a vital signs program 104, the control module 52 transmits the measured value data detected from the body temperature sensor and the pulse sensor to the vital signs program 104, and the vital signs The program (104) is characterized in that the judging and outputting the biological state of the infant based on the measured data received, infant safety management system.

15. The apparatus of claim 14, wherein the vital signs program 104 sends a vital signs warning signal to the external device 60 via the PC 62 or the mobile phone 61 when the detected measured value is out of the set normal range. Infant safety management system, characterized in that warning.

The method according to any one of claims 6 to 15,
The wireless device comprises an internet wireless device, 3G and 4G infant safety management system.