KR102465784B1 - A baby model complex learning device that can provide baby care and first aid education at the same time - Google Patents

Abstract

The present invention relates to a baby model complex learning device capable of providing baby care and first aid education simultaneously. According to the present invention, a heartbeat unit, a cardiopulmonary resuscitation learning unit, and a blood flow expression unit are formed on the body of a baby model to allow a user to experience the heartbeat of a baby realistically. In particular, when the heartbeat of the baby model body temporarily stops by means of setting for various emergency situations, the user can learn how to perform cardiopulmonary resuscitation on the baby model body whose heartbeat stopped and experience a reality-like situation, thereby expanding specialty, efficiency, and utilization in a real life of the education. Accordingly, the baby model complex learning device of the present invention comprises the bay model body consisting of a head portion, an upper body portion, and a lower body portion, wherein an integrated control box is installed in any one of the head portion, the upper body portion, and the lower body portion and a sensor for each function is mounted on the baby model body. In addition, the baby model body includes a blood flow expression unit and a digestive organ unit formed in the inner surface of the upper body portion, which are disposed on an upper part and a lower part respectively and the cardiopulmonary resuscitation learning unit and the heartbeat unit are linked to each other and formed on the blood flow expression unit.

Description

A baby model complex learning device that can provide baby care and first aid education at the same time

The present invention relates to a baby model learning apparatus, and more particularly, to caregivers who need childcare education, such as prospective parents, first-time parents, nurse practitioners, obstetrics and gynecology nurses, etc. Baby care and emergency situations that allow students to learn and learn how to deal with each situation in the same way as in actual practice, ranging from general care situations such as putting children to sleep, putting them to sleep, changing diapers, and bathing them, as well as emergency situations and disease situations. It relates to a baby model complex learning device that provides treatment education in parallel.

In the case of prospective parents who are about to give birth or new parents who have just given birth, they do not know how to respond to the baby's behavior and reaction due to the unfamiliarity and lack of experience facing childcare for the first time. They frequently face situations where they do not know that the baby is in an emergency or a disease situation, and they do not even realize that they are in danger.

This situation is not limited only to prospective parents or first-time parents, and beginners without childcare experience working in various social institutions prepared to provide childbirth or baby care services, such as hospitals (obstetrics and gynecology), childcare facilities, and other postpartum care centers. The same is true for caregivers.

As a conventional method to solve this problem, a baby model doll that can be cared for, for example, a baby's cry is output through the playback of a recorded voice file, and a milk bottle is placed in the baby doll's while the baby's cry is output. A baby model learning device is provided that stops the crying sound of a baby outputted by sensor detection when it comes into contact with the mouth.

However, the conventional baby model learning apparatus capable of practicing caring as described above only produces a very limited single-function situation of stopping crying when milk is fed to a hungry baby, and various unpredictable situations that may occur during baby care It does not provide any practical action or any countermeasures for this, which has a problem in that a wide range of learning effects cannot be expected in terms of education for baby care.

Therefore, as a solution to some of the problems of the conventional baby model learning apparatus that can practice caring as described above, the "voice output doll for caring for children" (Utility Model Publication No. 2000-0015705) registered as an earlier application at the Korean Intellectual Property Office has been created.

The "voice output doll for caring for children" as the disclosed technology of the previous application includes a food detection unit that detects when a food container is placed on the doll's mouth, a diaper detachment detection unit that detects removal of the doll's diaper, and the doll's upper body for an appropriate time or a suitable number of times. It is characterized in that it is composed of a tamper detection unit that counts and detects distance, and when each sensing unit selects operation, it is linked with the selected sensing unit to reproduce the voice recorded on the voice semiconductor in the voice reproducing unit.

However, the "voice output doll for caring for children" disclosed in the previous application is only a simple means of play for children, and is a learning device for caregivers who need childcare education, for example, it is not for the purpose of educating and learning about baby care. There are problems in functions and uses that cannot be used.

On the other hand, recently, "baby caring learning apparatus and method" (Patent Registration No. 1914516) registered in the earlier application by the inventor of the present application was invented and widely used.

"Baby care learning device and method", which has been recently used as a registration technology, has a technical feature that learns the whole process for taking care of a real baby for each situation so that you can familiarize yourself with the behavioral tips.

However, such pre-registration technology has a problem in that it is only a simple self-learning method in which the trainee (caregiver) has to conduct a series of learning processes for baby care by himself according to the prescribed manual.

For example, through real-time communication such as separate question-and-answer, supplementary education services are provided for insufficient and curious baby care learning from childcare experts, or systematic learning services are provided through a separate step-by-step education program or system. There is a problem that cannot be explained at all, and furthermore, there is a problem that no education or learning can be done not only in the simple baby care situation, but also in the diagnosis of symptoms and countermeasures for the unexpected emergency and disease situation of the baby. yes it can be said

The present invention is a form in connection with the "baby caring learning device" (Patent Registration No. 1914516) registered in the earlier application by the inventor of the present invention, and was created so that a more expanded and systematized practical complex education can be conducted;

An object of the present invention is to form a heartbeat unit and a CPR learning unit in the learning doll body, and in addition, visually identify a situation in which a baby (learning doll body) in an emergency state is restored to a normal state through CPR. By further forming a blood flow expression unit that can By allowing students to learn CPR on the stationary learning doll body and experience it like in real life, it is possible to provide both baby care and first aid education that can greatly increase the professionalism, efficiency, and practical utility of education. To provide a baby model complex learning device.

An object of the present invention is to install a fluid inflow sensor in the eye, nose, mouth, and ear formation parts of the learning doll body to hear it when bath water flows into the eyes, nose, mouth, and ears in the learning process of bathing. In particular, a pulse check learning unit is further installed in the learning doll body to produce an arrhythmic disease emergency situation, and a method of coping with an arrhythmic disease emergency situation, such as checking the pulse rate and heart massage at the same time It is to provide a baby model composite learning device that can simultaneously provide baby care and first aid education, which can greatly increase the expandability and versatility of childcare education by learning how to restore the pulse rate to normal.

An object of the present invention is to provide tasks for each situational mission for childcare, such as feeding milk, burping, bathing, putting to sleep, soothing crying, changing diapers, etc. When performing this exercise, the actual baby's satisfying emotional response is expressed in real-time as visual/auditory response signals through the learning doll body. A baby model complex that can provide both baby care and first aid education, which can greatly increase professionalism, efficiency and effectiveness by recognizing it as an action and allowing the actual baby's negative emotional response to be expressed in real-time as visual/auditory response signals To provide a learning device.

Therefore, as a specific means of the baby model learning apparatus for the baby care education system according to the present invention for achieving the above object;

It includes a baby doll body formed of a head, a torso, and a lower body, and an integrated control box is accommodated and installed in any one of the head, torso, and lower body parts, and a neck sensor and a neck sensor on the baby doll body In the baby model learning apparatus equipped with a fluid inflow sensor, a palpation sensor, a massage sensor, a posture sensor, a noise sensor, an illuminance sensor, and an impact sensor;

The baby doll body divides the blood flow expression unit and the digestive system unit into upper and lower separate structures on the inner surface of the body;

forming a cardiopulmonary resuscitation learning unit and a heartbeat unit in a linkage structure to the blood flow expression unit;

The head is achieved by installing and forming a blink control unit on the inner surface of the eye forming region.

Above, the baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention forms a heartbeat unit, a CPR learning unit, and a blood flow expression unit in the learning doll body, so that the learner makes the baby In addition to making it possible to experience the heartbeat of This provides the effect of increasing the professionalism, efficiency, and practical utility of education.

In addition, the baby model composite learning device capable of concurrently providing baby care and first aid education according to the present invention provides an arrhythmic disease emergency situation by installing and forming a pulse check learning unit in the learning doll body, and copes with arrhythmic disease emergency situations Methods such as checking the pulse rate and performing CPR are taught to restore the pulse rate to normal, which provides the effect of increasing the expandability and versatility of childcare education.

Alternatively, the baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention provides a satisfactory emotional response that a real baby feels when a learner smoothly performs a given childcare task according to a set evaluation standard. is expressed in real-time as visual/auditory response signals through the learning doll body, and if severe shaking or shock is applied to the learning doll body, the situation is recognized as an abusive act, and the actual baby's negative emotional reaction is simulated. / It is expressed in real time as an auditory response signal, which provides very useful expected effects such as increasing professionalism, efficiency and effectiveness.

1 is a front state configuration diagram of a baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention;
2 is a configuration diagram of the rear state of the baby model complex learning device capable of concurrently providing baby care and first aid training according to the present invention;
3 is an enlarged configuration diagram of the main part of the head applied to the present invention;
4 is a block diagram of an integrated control box applied to the present invention;
5 is an enlarged perspective view of an eye blink control unit applied to the present invention;
6 is a cross-sectional configuration diagram of a baby model complex learning device capable of concurrently providing baby care and first aid training according to the present invention;
7 is a cross-sectional view of the milk feeding learning state of the baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention;
8 is a plan view of the blood flow expression unit applied to the present invention;
9 is a perspective view of a blood flow expression unit applied to the present invention;
10 and 11 are main sectional views of the blood flow expression unit applied to the present invention.
12 is another example of an integrated control box applied to the present invention;
13 is a diagram of this embodiment of a baby model complex learning device capable of concurrently providing baby care and first aid training according to the present invention;

Hereinafter, the configuration of a preferred embodiment of a baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention will be described in detail based on the accompanying drawings.

With reference to the accompanying drawings, looking at the schematic configuration of a baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention;

This is a doll in which the appearance of a newborn infant is shaped in the same size and shape as the real one, for example, as shown in FIG. 1 , the head 1, the body 3, the lower body 3, and the integrated control box (4), blood flow expression unit (5), digestive system unit (6), CPR learning unit (7), and the baby doll body (100) consisting of a heartbeat unit (8).

Here, first, in the baby doll body 100, the head 1 is molded by three-dimensionally shaping the eyes, nose, mouth, ears, forehead, and neck, etc. constituting the human body into the shape of a real newborn baby.

As shown in FIG. 1 , the head 1 is formed by installing a throat detection sensor S1 that detects a state of head dropping on the neck in a buried structure, and such a neck detection sensor S1 is It is the same as the configuration function of a known baby doll learning device, for example, a baby care learning device (Patent Registration No. 1914516) registered in an earlier application by the inventor of the present application.

Accordingly, the head (1) of the present invention is configured to include a throat detection sensor (S1) with a known structural function, so that the inner surface of the eyes, nose, mouth and ears formed by the head (1) is also shown. As shown in 3, the fluid inflow detection sensor (S2) is further installed, the blink control unit 11 is further installed on the inner surface of the eye area, and the heat check learning unit 12 is again installed on the inner surface of the forehead area. ) is further installed and formed.

At this time, as shown in FIG. 5 , the blinking control unit 11 formed on the inner surface of the eye in the above-described head 1 includes a rotating plate 111 provided with a driving blade F, and the A drive motor (M) that transmits rotational power to the rotating plate (111), an elevating drive rod (112) that repeats elevating operation by intermittent traction action by the rotating drive blade (F), and the elevating drive rod (112) It is preferable to form a pair of eyelid members 114 connected in an orthogonal structure by an elastic connecting rod 113 having a spring (S) connected to the left and right side ends.

In addition, the heat check learning unit 12 in the above-mentioned head 1, the program control set to the free mode, for example, the detection signal control board 43 to be described later in the manufacturing process of the baby model learning apparatus according to the present invention The planar heating element 121, which allows heat operation in an unspecified time range and irregular temperature range according to the control command set in the program in advance, and the heating operation of the planar heating element 121 can be stopped by manual touch action It is preferable to form the heating off switch 122 so that it is possible.

In addition, in the baby doll body 100, the body part 2 is molded by three-dimensionally shaping the back, belly, chest, and arms constituting the human body into the shape of an actual newborn baby.

As shown in FIGS. 1 to 2 , it is preferable that the body part 2 is formed by installing the pounding sensor S3 for learning to sleep on the back and chest in a buried structure.

At this time, the body part 2 of the present invention described above and the touch sensor (S3) formed of the body part 2 is a well-known baby doll learning device, for example, a baby care learning device registered in the earlier application by the inventor of the present invention ( Patent Registration No. 1914516) and the detailed configuration and function description thereof will be omitted.

In addition, in the baby doll body 100, the lower body 3 is formed by three-dimensionally shaping the buttocks, pelvis, genitalia, legs, etc. constituting the human body into a shape like a real newborn baby.

Such a lower body 3, as shown in Figure 1, it is preferable to install and form a massage sensor (S4) for learning to be interested in one side of the leg in a buried structure.

At this time, the massage sensor (S4) formed of the lower body 3 and the lower body 3 of the present invention described above is a well-known baby doll learning device, for example, a baby care learning device registered in the earlier application by the inventor of the present invention (patent) Registration No. 1914516) and the detailed configuration and function description thereof will be omitted.

In addition, in the baby doll body 100, the integrated control box 4 is shown in FIG. 1 on one side of any one of the above-mentioned head 1, body 2, and lower body 3 Various detection sensors and mechanical devices formed of the baby doll body 100, for example, the throat detection sensor (S1), the fluid inflow detection sensor (S2), Touch sensor (S3), massage sensor (S4), and posture detection sensor (S5) to be described later, noise detection sensor (S6), illuminance sensor (S7), contact sensor (S8), magnetic force detection trim sensor (S9) ) and a means for controlling the operation of the blink control unit 11, the heat check learning unit 12, and the digestive system unit 6 in an integrated manner.

Accordingly, this integrated control box 4 forms a storage battery 41 for supplying operating power to the various detection sensors and mechanical units listed above, as shown in FIG. It forms a speaker 42 that outputs various sounds necessary for the baby care learning process as well as babbling, and transmits operation commands to the various detection sensors and mechanical units listed above, and controls for calculating, comparing, and analyzing the detected signals. Components, for example, a detection signal control board 43 mounted with various electronic modules and electronic circuits (not shown) is formed, and in addition, the power of various detection sensors and mechanical units listed above are turned on/off by manual touch operation. Of course, it is desirable to form the manually operated switch unit 44 that allows forcible control of signal transmission and operation relationship of their configuration by manual touch operation according to selection.

At this time, in the integrated control box 4 as described above, the sensing signal control board 43 includes various electronic modules and electronic circuits (not shown) mounted thereon. As shown, when the posture detection sensor S5 detects the prone state and the upside down state of the baby doll body 100, and the sound around the baby doll body 100 is more than a preset decibel, the noise that detects this as a stress noise A detection sensor (S6), an illuminance sensor (S7) for detecting a change in brightness around the baby doll body (100), and an impact sensor (S8) for detecting an external shock applied to the baby doll body (100) More mount to form

In addition, in the baby doll body 100, the blood flow expression unit 5 is installed in a sealed accommodation structure on the central inner surface of the chest formed by the body part 2 as shown in FIG. 6 .

The blood flow expression unit 5 includes, as shown in FIGS. 8 to 10, formed in a chest shape with an installation space provided on the inner surface, and a pair of symmetrical left and right side surfaces of the chest shape surface. A heart condition identification window 51 and a blood flow gauge window 52 arranged in a plurality of configurations and spaced apart in a grid form on one upper surface adjacent to the heart condition identification window 51 are formed.

In addition, a heart condition display board 53 that emits light on the inner surface of the pair of heart condition identification windows 51 and a blood flow display board 54 that emits light on the inner surface of the blood flow gauge window 52 are installed. to form

Next, it is preferable to connect the heart condition display substrate 53 and the blood flow display substrate 54 formed as described above with the integrated control substrate 73 formed of the CPR learning unit 7 to be described later in an electrical circuit configuration. do.

In this case, in the blood flow expression unit 5 described above, the heart condition display substrate 53 and the blood flow display substrate 54 may be formed of any one of a digital liquid crystal monitor and an LED light emitting substrate.

In addition, in the baby doll body 100, the digestive system unit 6 is installed in a configuration that connects the mouth and the genitals to the inner surface of the body 2 as shown in FIG. 6 or FIG. It is a means for learning and practicing such as burping, burping, and diaper changing.

Accordingly, the digestive system unit 6 forms a fluid storage pipe 61 connected to an inlet pipe 611 on the upper surface and an excretion pipe 612 on the lower surface, as shown in FIG. 6, and the inlet pipe ( 611) The inflow control unit 62 is installed at the end, and the discharge control unit 63 is further installed and connected to the end of the excretion pipe 612, and in addition to this, the inflow control unit 62 is composed of separate and independent parts. A soft container structure capable of selectively detaching and attaching to and learning to feed milk, for example, a flexible feeding bottle ( 64) is preferably formed in a further provided configuration.

At this time, in the above-described digestive system unit 6, the inflow control unit 62 forms a nipple inlet hole 621 as shown in the enlarged view of part A of FIG. An inflow intermittent shutter 622 for automatically opening and closing the bottle nipple inlet hole 621 is formed by detecting the nipple 641 flowing in from the detected signal.

In addition, in the above-described fire extinguishing system unit 6, the discharge control unit 63 forms a discharge guide hole 631 as shown in the enlarged view B of FIG. 7, and is provided as an integrated control box 4 A discharge intermittent shutter 632 for intermittent opening and closing of the discharge guide hole 631 is formed by the manual switch operation of the operation switch unit 44 .

Alternatively, as shown in the partially enlarged view of FIG. 6 , the above-described fluid storage pipe 61 has a conical upper surface and is connected to the inlet pipe 611 and is connected to the inlet pipe 611 . A magnetic force sensing trim sensor (S10) taking a band shape is coupled around the outer surface, and a spherical part that acts as a buoyant force such as a Styrofoam material in the inner space of the fluid storage pipe 61, for example, a magnetic member (M) It is formed in a configuration that further accommodates the combined circular part (B).

On the other hand, the above-described inlet interception shutter 622 and discharge interception shutter 632 are operated by a small electric motor or the like, which is merely a general driving means for transmitting power. The illustration and detailed description will be omitted.

In addition, the cardiopulmonary resuscitation learning unit 7 in the baby doll body 100 is coupled to the central portion of the blood flow expression unit 5 described above in a surface exposed structure as shown in FIG. 6 or 7 , and cardiac arrest It is a means to learn CPR in case of an emergency such as

As such, the cardiopulmonary resuscitation learning unit 7 is, as shown in FIG. 11, a piston rod 711 protruding from the center of the lower surface, and a cushioning spring 712 coupled to the outer diameter of the piston rod 711. A pressing button 71 is formed.

In addition, a limit switch 721 that is connected to the piston rod 711 and converts the compression push operation of the connected piston rod 711 into an electrical signal and counts the number of cardiopulmonary compressions, and a push pressure measurement that detects and measures the compression push pressure A cardiopulmonary compression checkbox 72 in which the sensor 122 is installed is formed.

Then, the cardiopulmonary compression check box 12 and the electrical signal cable (L) are connected, and the cardiopulmonary compression detection signal counted by the limit switch 121, and the detected and measured compression push pressure of the piston rod 711 It is preferable to form an integrated control board 73 for converting into an information signal by arithmetic processing.

At this time, in the CPR learning unit 7 described above, the integrated circuit board 73 includes: a cardiopulmonary information storage module that sets and stores the average number of compressions and average compression pressure effective for CPR;

Analyze whether the number of cardiopulmonary compressions counted by the limit switch 121 and the compression push pressure sensed by the push pressure measuring sensor 122 correspond to the effective number of compressions and effective compression pressure set and stored by the cardiopulmonary information storage module a resuscitation information processing module to determine;

A blood flow information control module for controlling the light emission display operation of the heart condition display board and the blood flow display board according to the information signal analyzed and determined by the resuscitation information processing module is further mounted, and these cardiopulmonary information storage modules and resuscitation information The illustration of the processing module and the blood flow information control module will be omitted.

Finally, in the baby doll body 100, the heartbeat unit 8 is coupled to the central lower side of the aforementioned blood flow expression unit 5 in an exposed structure, and the heartbeat that feels like a real baby is realized. It is a means to experience

Accordingly, such a heartbeat unit 8 operates a DC vibration motor 81 that vibrates at an average heartbeat rate of a newborn by a set program control, for example, a signal control set in the above-described sensing signal control board 43 and inputted. It is preferable to form

Accordingly, the relationship between the use of the baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention, which is configured as described above, and the interaction function thereof are as follows.

First, the present invention is to use the baby doll body 100 as a means to learn and practice various baby care situations. detects the state that the baby's neck is bent (dropped), the pat sensor (S3) detects the learner's light tapping motion to soothe the baby, and the massage sensor (S4) detects the learner's interest in the baby and performs a function of detecting a stroking motion, and transmits the detected signal to the detection signal removal board 43 formed of the integrated control box 4, and when their operation proceeds smoothly, the sound output speaker 42 Outputs the baby's laughter or babbling sound through the , and outputs the baby's cry through the sound output speaker 42 when their operation is not desired.

In addition, the present invention is to learn and practice how to bathe a baby by using the baby doll body 100, so that the baby doll body 100 is wetted in bath water or directly obtained to perform the washing operation, In the process, when bath water flows into the eyes, nose, mouth, ears, etc. formed by the baby doll body 100, the inflow of the bath water is detected through the fluid inflow sensor (S2), and the detected signal is integrated into the control box ( 4) is transmitted to the sensing signal removal substrate 43 to output the baby's cry through the sound output speaker 42, so that it is possible to check whether there is an abnormality in bathing practice.

In addition, in the present invention, the posture detecting sensor S5 formed of the baby doll body 100 detects the prone state and the upside down state of the baby doll body 100 as described above, and the noise sensor S6 is Detects the noise around the baby doll body 100, the illuminance sensor S7 detects the brightness around the baby doll body 100, and the shock sensor S8 detects the outside applied to the baby doll body 100 sense the shock

Thereafter, the detected signals are transmitted to the detection signal control board 43 formed of the integrated control box 4, and when the baby doll body 100 is turned upside down, or when the surrounding noise is more than the set decibel, or When the brightness is above or below the set illuminance, it is read as a stress factor for the baby, and when an external shock is excessively applied beyond the set numerical range, it is read as an abuse, and the baby's cry is output through the sound output speaker 42 By doing so, you can learn and practice a variety of baby care situations.

In addition, in the present invention, the blink control unit 11 formed of the baby doll body 100 includes the rotational action of the rotating plate 111 by the driving motor M and the driving wings F accordingly, as described above. By repeatedly lifting and lowering the lifting driving rod 113 by the intermittent jamming action of In addition, the heat check unit 12 produces a sick situation when the baby has a fever by the heat operation of the planar heating element 121, and when the learner who senses the heat rise touches the heat off switch 122, heat is generated. As a form of stopping operation, it functions to learn and practice baby care situations that can recognize and cope with a baby when he is sick.

In addition, in the present invention, the blood flow expression unit 5 formed of the baby doll body 100 produces that the heartbeat of the learning doll body 100 is stopped by setting various emergency situations, and the heartbeat is stopped learning When performing cardiopulmonary resuscitation on the doll body 100, it is used as a means of learning and practicing so that the baby (learning doll body) recovers to a normal state with the naked eye in case of cardiac arrest. will be.

For example, when the cardiopulmonary resuscitation button 71 of the cardiopulmonary resuscitation learning unit 7 is pressed in a state in which the heartbeat of the learning doll body 100 is stopped, the resuscitation information processing module formed of the integrated control board 73 is the cardiopulmonary The number of compressions and compression pressure of the compression button 71 are sensed, judged and analyzed, and the analyzed information is transmitted to the blood flow information control module.

At this time, when the number of compressions and compression pressure transmitted to the blood flow information control module do not reach the effective average number of compressions and effective average compression pressure set and input to the cardiopulmonary information storage module, the blood flow display board 64 displays the blood flow gauge window. Through (52), it can be seen with the naked eye that the light does not light up to the highest point of the blood flow gauge window 52, for example, in the same way as the level graph through (52), but only light up to a certain part, and that the cardiopulmonary compression pressure does not reach the effective average number of compressions and the effective average compression pressure. Mark it so that it can be checked. Accordingly, the above display indicates that CPR is not being performed normally. In this case, the heart state display board 53 maintains the turned off state, that is, the operation stopped state, and the cardiac arrest state of the baby doll body 100 . It allows the learner to confirm that the

On the other hand, when the number of compressions and the compression pressure transmitted to the blood flow information control module match the effective average number of compressions and the effective average compression pressure set and input to the cardiopulmonary information storage module, the blood flow display board 64 displays the blood flow gauge window ( 52) through the same method as the level graph, for example, the blood flow gauge window 52 emits light to the highest point, and it is displayed so that it can be visually confirmed that the cardiopulmonary compression pressure is smoothly progressing according to the effective average number of compressions and the effective average compression pressure. Therefore, the above indication indicates that CPR is being performed normally. In this case, the heart condition display board 53 turns on and the learner understands that the heart of the baby doll body 100 is resuscitated by circulating blood in the heart of the baby doll body 100 that has stopped cardiac arrest. It functions to make it visible with the naked eye.

In addition, in the present invention, the digestive system unit 6 formed of the baby doll body 100 is a feeding bottle in which a fluid (water instead of milk) is accommodated in the nipple inlet hole 621 formed by the inflow control unit 62 first. (64), for example, when the nipple 641 is introduced, the contact sensor S9 detects the inflow of the nipple 641 and automatically opens the inflow interception shutter 622 formed with the nipple inlet hole 621 do.

At this time, when the nipple 641 is introduced into the nipple inlet hole 621, the learner lays the baby doll body 100 obliquely as shown in FIG.

Next, when the learner's grip is applied to the baby bottle 64, the fluid (water that replaces milk) accommodated in the baby bottle 64 is discharged into the fluid storage tube 61 and stored, and the baby bottle nipple 641 from which all the fluid is discharged. ) is separated from the nipple inlet hole 621 , the contact sensor S9 detects the separation state of the nipple 641 and automatically closes the inlet interception shutter 622 .

Thereafter, when the baby doll body 100 is erected vertically, the fluid storage tube 61 also forms a vertical state as shown in FIG. 6 , and accordingly, the circular part B accommodated in the fluid storage tube 61 has a conical structure. It floats on the upper surface of the fluid storage pipe 61 taking By transmitting the detection signal removal board 43 formed of the control box 4 and outputting the baby burping sound through the sound output speaker 42 , it is possible to learn and practice feeding and burping the baby.

At this time, when the selection menu switch of the manual operation switch unit 44 formed of the integrated control box 4 is touched under the state where the baby milk feeding and trimming learning are completed, the discharge interception shutter 632 is opened, and such discharge As the intermittent shutter 632 is opened, the fluid accommodated in the oil storage pipe 61 is discharged to the outside through the discharge guide hole 631 and the genitalia connected to the discharge guide hole 631 .

Therefore, in this fluid discharging process, the learner can also learn and practice the baby diaper changing situation by performing the operation of filling the diaper on the genital area of the baby doll body 100 .

Alternatively, in the present invention, the heartbeat unit 8 formed of the baby doll body 100 allows the learner to realistically experience the heartbeat of a baby by the vibration action of the DC vibration motor 11 as described above. make it possible

On the other hand, the baby model complex learning device capable of concurrently providing baby care and first aid education according to the present invention having a series of configurations and functions as described above is a sensing signal control board 43 formed of an integrated control box 4 . ) as shown in FIG. 12, when the mission performance detection sensor (S11) is further mounted and the baby care learning for each situation is performed normally with a set number of times, for example, the set mission performance task is to solve three situations, When the learner completes three or more baby care situations without any abnormality in any of the multiple baby care situations provided with the baby doll body 100, the mission performance is detected by the mission performance detection sensor (S11). By outputting a babbling sound expressing a baby's satisfaction through the sound output speaker 42 , it is possible to evaluate the learning ability for baby care.

Alternatively, FIG. 13 shows this embodiment of a baby model complex learning device capable of concurrently providing baby care and first aid training according to the present invention.

As such, the present invention as this embodiment shows the pulse check learning unit 9 connected to the integrated control board 73 and the electrical circuit configuration on one side of the neck of the baby doll body 100 in the above-described embodiment. As shown in 13, further form the installation.

The pulse check learning unit 9 is operated by vibrating at a frequency consistent with the infant's average number of pulses per minute during normal operation;

In case of abnormal operation according to the setting operation, it is desirable to vibrate at a frequency that does not match the average number of pulses per minute of the infant, and to form a situation where an arrhythmia emergency disease occurs.

At this time, the staged arrhythmia disease occurrence signal is transmitted to the integrated control board 73 , and the heart condition display board 53 and the blood flow indication board 54 flicker by such signal transmission.

Accordingly, the learner recognizes that an arrhythmic disease emergency has occurred in the baby doll body 100 through the blinking operation of the heart condition display board 53 and the blood flow display board 54, and performs CPR according to such recognition. so you can respond to emergencies.

1: head 2: body
3: lower body part 4: integrated control box
5: blood flow expression unit 6: digestive system unit
7: cardiopulmonary resuscitation learning unit 8: heartbeat unit
11: blink control unit 12: heat check learning unit
41: storage battery 42: sound output speaker
43: detection signal control board 44: manual operation switch unit
51: heart condition identification window 52: blood flow gauge window
53: heart condition display board 54: blood flow display board
61: fluid storage pipe 62: inflow control unit
63: discharge control unit 71: cardiopulmonary compression button
72: cardiopulmonary compression checkbox 74: integrated control board
81: vibration motor S1: throat detection sensor
S2: Fluid inflow sensor S3: Touch sensor
S4: Massage sensor S5: Posture sensor
S6 : Noise sensor S7 : Light sensor
S8: Impact sensor S9: Contact sensor
S10: Magnetic force detection trim sensor S11: Mission performance detection sensor

Claims (6)

a baby doll body 100 formed of a head 1, a body 2, and a lower body 3;
A storage battery 41, a sound output speaker 42, a sensing signal control board 43 on one side of any one of the head 1, the body 2, and the lower body 3; The integrated control box 4 formed of the manually operated switch unit 44 is installed and formed in a detachable and attachable accommodation structure;
A throat detection sensor (S1), a fluid inflow detection sensor (S2), a touch detection sensor (S3), a massage detection sensor (S4), and a posture detection sensor (S5) in the baby doll body 100; A noise sensor (S6), an illuminance sensor (S7), and an impact sensor (S8) are mounted and formed in the baby model learning apparatus;
The baby doll body 100 is formed in a structure in which the blood flow expression unit 5 and the digestive system unit 6 are separated into upper and lower sections on the inner surface of the body part 2;
The CPR learning unit 7 is coupled to the central portion of the blood flow expression unit 5 in a surface exposed structure;
The blood flow expression unit (5) includes a heartbeat unit (8) coupled to the lower central side in a surface exposed structure;
The head (1) is a baby model complex learning that can combine baby care and first aid education, characterized in that it consists of a configuration including the installation and formation of the blink control unit (11) on the inner surface of the eye forming part Device.
The method of claim 1 ;
The blood flow expression unit (5) includes a chest shape provided with an installation space on the inner surface;
A pair of heart condition identification windows 51 symmetrical to the left and right side surfaces of the chest-shaped surface part, and a blood flow gauge spaced apart in a scale form on one upper side adjacent to the heart condition identification window 51 and arranged in a plurality of configurations forming a window 52 ;
forming a heart condition display substrate (53) emitting light on the inner surface of the pair of heart condition identification windows (51) and a blood flow display substrate (54) emitting light on the blood flow gauge window (52);
Baby care and first aid education, characterized in that the heart condition display board 53 and the blood flow display board 54 are connected with the integrated control board 73 formed of the CPR learning unit 7 by an electrical circuit configuration. A baby model complex learning device that can be used in parallel.
3. The method of claim 2;
The heart condition display substrate 53 and blood flow display substrate 54 are a baby model complex capable of concurrently providing baby care and first aid education, characterized in that they are formed of any one of a digital liquid crystal monitor and an LED light emitting substrate. learning device.
The method of claim 1 ;
The cardiopulmonary resuscitation learning unit 7, a piston rod 711 protruding from the center of the lower surface, and a piston rod 711, a cardiopulmonary compression button 71 coupled to the outer diameter of the buffer spring 712;
A limit switch 721 that is connected to the piston rod 711 and converts the compression push operation of the connected piston rod 711 into an electrical signal and counts the number of cardiopulmonary compressions, and a push pressure measuring sensor that detects and measures the compression push pressure ( 722) and a cardiopulmonary compression check box 72 installed;
The cardiopulmonary compression check box 12 and the electrical signal cable (L) are connected, and the cardiopulmonary compression detection signal counted by the limit switch 721 and the detected and measured compression push pressure of the piston rod 722 are calculated. A baby model complex learning device capable of parallelizing baby care and first aid education, characterized in that it is formed of an integrated control board (73) that processes and converts it into an information signal.
5. The method of claim 4;
The integrated control board 73 includes: a cardiopulmonary information storage module that sets and stores the average number of compressions and average compression pressure effective for CPR;
Analyze whether the number of cardiopulmonary compressions counted by the limit switch 171 and the compression push pressure sensed by the push pressure measuring sensor 722 correspond to the effective number of compressions and effective compression pressure set and stored by the cardiopulmonary information storage module a resuscitation information processing module to determine;
Baby characterized in that the blood flow information control module for controlling the light emission display operation of the heart condition display board 53 and the blood flow display board 54 according to the information signal analyzed and determined by the resuscitation information processing module is further mounted A baby model complex learning device that can provide care and first aid education at the same time.
The method of claim 1 ;
The baby doll body 100 further installs and forms a pulse check learning unit 9 connected to the integrated control board 73 and the electrical circuit configuration on one side of the neck region;
The pulse check learning unit 9 is operated by vibrating at a frequency consistent with the average number of pulses per minute of the infant during normal operation;
In case of abnormal operation according to the setting operation, vibration is activated at a frequency that does not match the average number of pulses per minute of the infant, and an arrhythmia emergency disease occurs;
By transmitting the staged arrhythmia disease occurrence signal to the integrated control board 73, the heart condition display board 53 and the blood flow display board 54 are flickering and operated in parallel to provide baby care and first aid education. A baby model complex learning device.

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