CN115814235A - Intelligent delivery interactive system based on real-time monitoring of mother fetus - Google Patents
Intelligent delivery interactive system based on real-time monitoring of mother fetus Download PDFInfo
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Abstract
The invention relates to a delivery intelligent interaction system based on real-time monitoring of a mother fetus, which comprises a delivery room, a delivery bed and a delivery atmosphere device, wherein the delivery atmosphere device comprises a visual system, a sound sense system, an olfactory system, a touch system and a control unit, the visual system comprises a video module and a light module, the sound sense system comprises a music module, the olfactory system comprises a fragrant module, the touch system comprises a massage module or/and a cold and heat treatment module, the delivery intelligent interaction system also comprises a device for monitoring the conditions of the puerpera or/and the fetus in real time, the control unit is communicated with the real-time monitoring device in a real-time interaction manner, and the video module, the light module, the fragrant module and the massage module or/and the cold and heat treatment module cooperate with each other to build a delivery atmosphere which can relieve the tension and anxiety emotion of the puerpera, promote the secretion of related hormones related to the delivery, guide the breathing rhythm and relieve the discomfort in the delivery, thereby improving the delivery experience, promoting the progress of the labor process and improving the quality and the service efficiency of the obstetrical department.
Description
Technical Field
The invention belongs to the field of medical instruments, and particularly relates to a childbirth intelligent interaction system based on real-time monitoring of a mother fetus.
Background
At present, with the wide spread of the lamarca childbirth method (also called a mental preventive childbirth preparation method), many delivery rooms are correspondingly formed with matched childbirth systems, and the basic principle is as follows: through controlling the neuromuscular and breathing skills, the lying-in woman can effectively focus on the breathing control of the lying-in woman during the delivery, thereby transferring pain, achieving the purposes of accelerating the delivery process and enabling the baby to be smoothly born, but the lying-in woman can not autonomously carry out the Lamasze delivery method due to the pressure of the surrounding environment and the pain of the delivery when in the delivery room, thereby increasing the pain of the lying-in woman and the difficulty of the work of medical staff.
However, with the continuous improvement of the delivery system, in order to create delivery atmosphere, the adjustment is mainly performed on two factors of sound and light, that is, the sound signal is converted and transmitted to the LED optical engine through the light signal converter, and meanwhile, the power intensity is controlled according to the signal given by the central controller, the intensity of the light and sound in the room is intelligently adjusted, and finally the most comfortable sound and light effect is achieved, soft and comfortable hearing and visual enjoyment is provided for the whole delivery room, the fatigue and stress-suppressing psychology of the puerpera in the delivery process is relieved, and the maximum benefit of the laserma delivery method is brought into play, and the delivery is smooth.
Although the delivery system can bring delivery atmosphere for delivering, the delivery system has the following defects:
1) Real-time adjustment cannot be made based on the live condition of the mother fetus, for example: uterine contraction frequency and intensity, which are directly related to the respiration rhythm of the parturient in the labor process; maternal heart rate, which is related to maternal mood during labour, etc.; the strength of light and sound is completely dependent on the control of the central controller, and the environment is not specific to different puerperae, so that the formed atmosphere does not completely meet the actual needs of the puerperae, and the childbirth atmosphere is limited;
2) Once the symptoms of malaise (nausea, fatigue, pain) have occurred, their sense of hearing and sight does not directly improve the maternal complaints, and therefore the resulting somatosensory sensation is inadequate (at least evident in olfactory and tactile deficits).
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides an improved intelligent delivery interactive system based on real-time monitoring of a mother fetus.
In order to solve the technical problems, the invention adopts the following technical scheme:
the intelligent delivery interactive system comprises a delivery room, a delivery bed and a delivery atmosphere device, wherein the delivery atmosphere device comprises a vision system, a sound perception system, a smell system, a touch system and a control unit, the vision system comprises a video module and a light module, the sound perception system comprises a music module, the smell system comprises a fragrant module, the touch system comprises a massage module or/and a cold and hot therapy module, the intelligent delivery interactive system further comprises a real-time monitoring device for monitoring the conditions of a parturient or/and a fetus in real time, the control unit is communicated with the real-time monitoring device in real time in an interactive mode, and the video module, the light module, the fragrant module and the massage module or/and the cold and hot therapy module are mutually cooperated to build a delivery atmosphere for relieving tension and anxiety of the parturient, promoting secretion of related hormones for delivery, guiding respiration rhythm and relieving discomfort in delivery.
Preferably, the video module has the categorised selection of multiple theme video, and the light module is used for supplementary video module to build the indoor atmosphere light of formation of selected theme video of cooperation. The puerpera can be selected according to own preference.
According to an embodiment and a preferred aspect of the present invention, the light module comprises a plurality of LED optical engines, wherein the plurality of LED optical engines are distributed in the delivery room with the delivery bed as a center, the real-time monitoring device comprises a heart rate measuring instrument for monitoring the heart rate of the parturient, each LED optical engine interacts with the heart rate measuring instrument in real time, and the color, intensity and beam angle of light of each LED optical engine are respectively matched with the change of the selected theme video pattern. Thus, the LED optical engine can generate different light effects according to different preset parameters such as driving voltage, illumination, beam angle and other coefficients, the light effects are fused to be integrated behind various soft light materials, a low-definition screen (matched with the change of the selected theme video pattern) is generated, relatively natural wind and light are formed, and a fresh and relaxed atmosphere is created by matching soft music, so that the lying-in woman is in a very relaxed state.
Preferably, the real-time monitoring device further comprises a uterine contraction monitor for monitoring the uterine contraction frequency and intensity of the puerpera, and the music module corresponds to the measured uterine contraction frequency and is converted into music rhythm matched with the uterine contraction frequency to guide the respiration rhythm of the puerpera in the labor process. That is to say, under the drive of music rhythm, guide parturient's breathing rhythm, better auxiliary production.
Preferably, the music rhythm is in a direct proportion relation with the uterine contraction frequency, and the music rhythm, the breathing rhythm and the uterine contraction frequency are synchronous, so that the method is more favorable for exerting the maximum benefit of the Lamarca childbirth method and guiding the lying-in woman to produce smoothly.
Furthermore, the music module provides different music types according to the labor process condition monitored in real time so as to create a labor atmosphere suitable for the puerpera and different labor process requirements.
According to another embodiment and preferred aspect of the present invention, the childbirth atmosphere device further comprises a correction device recorded with the maternal psychological assessment scale, wherein the correction device is communicated with the real-time monitoring device, and the parameters of each LED optical engine, the music module and the video module are adjusted comprehensively to create the atmosphere for relieving the stress and anxiety of the puerpera. Therefore, the environment carried by the interactive information is more suitable for the production needs of the lying-in woman, and smooth production is facilitated.
According to yet another embodiment and preferred aspect of the present invention, the aroma module performs aromatherapy by means of aromatherapy and/or massage to create a childbirth atmosphere that relieves discomfort and promotes rest.
Preferably, the massage module or/and the cold and hot therapy module are arranged on the obstetric table or the obstetric table mattress, and the obstetric table can provide supports with different heights and angles to relieve the soreness and the discomfort of the waist and the back of the parturient.
Preferably, the real-time monitoring device further comprises a dynamic monitor for monitoring the physiological needs and the labor progress of the parturient, wherein the dynamic monitor is communicated with the massage module or/and the cold and hot therapy module to create a delivery atmosphere for enhancing the tactile body feeling of the parturient.
In addition, childbirth intelligence interactive system still includes the human-computer interaction module, and wherein the human-computer interaction module communicates with the control unit, and can manually to visual system, sound perception system, smell system and touch system adjust at any time. That is, under special circumstances, medical staff can adjust according to actual production conditions, which is more beneficial to the formation of the required atmosphere.
According to yet another embodied and preferred aspect of the invention, the visual system and said auditory system are combined acousto-optically to create a fresh and relaxed real-time changing atmosphere, said olfactory system and tactile system are combined pharmacotherapeutically to create a real-time changing atmosphere to alleviate discomfort and promote rest; or the visual system, the sound sense system and the olfactory system are combined with sound and light medicines to build a delivery environment atmosphere suitable for real-time change of a mother fetus, and the touch system is matched with the delivery environment atmosphere to relieve discomfort of a lying-in woman. That is, different synergies may be employed to create the desired atmosphere.
According to still another embodiment and preferred aspect of the present invention, the childbirth process formed by the intelligent interactive childbirth system comprises the following steps: s1, recording maternal information: inputting the information of the puerpera into a system to form basic data; s2, real-time intelligent interaction of delivery: respectively monitoring the physical and mental birth conditions and fetal heart of the lying-in woman in real time, transmitting related monitoring information to the control unit, and combining the basic data by the control unit to form an output signal and control the real-time change of a vision system, a sound perception system, an olfactory system and a touch system so as to complete real-time interaction; s3, lamarze delivery: and forming a delivery atmosphere in the visual, sound, smell and touch part matching cooperation and real-time interaction of S2, and delivering the parturient in the delivery atmosphere.
Preferably, in S1 the basal data comprises a maternal psychological assessment scale. The real-time information interaction is completed more accurately by effectively correcting the information.
Preferably, the real-time monitoring in S2 includes monitoring of heart rate, uterine contraction frequency and intensity, physiological demand and labor progress.
Preferably, in S2, the visual system and the acoustic system are combined acousto-optically, the olfactory system and the tactile system are combined pharmacotherapeutically; or in S2, the visual system, the sound sense system and the olfactory system are combined by sound and light medicines, and the touch system is matched with the sound and light medicines to relieve the discomfort of the lying-in woman.
Due to the implementation of the technical scheme, compared with the prior art, the invention has the following advantages:
according to the invention, real-time interaction is respectively formed between the maternal and fetal delivery conditions and each system of vision, sound sensation, smell sensation and touch sensation, so that a delivery atmosphere which can relieve the tension and anxiety of a parturient, promote the secretion of delivery related hormones, guide the breathing rhythm and relieve discomfort in delivery is created, the delivery experience is improved, the delivery progress is promoted, and the obstetrical service quality and efficiency are improved.
Drawings
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
Fig. 1 is a schematic structural diagram of a childbirth intelligent interaction system in embodiment 1;
fig. 2 is a schematic structural diagram of the intelligent delivery interaction system in embodiment 2;
wherein: 1. a delivery room; 2. a obstetric table; 3. a childbirth atmosphere device; 30. a visual system; 300. a video module; 301. a light module; 31. the auditory system; 310. a music module; 32. an olfactory system; 320. a fragrance module; 33. a tactile system; 330. a massage module; 331. a cold and hot therapy module; 34. a control unit; 340. a central controller; 4. a real-time monitoring device; 40. a heart rate measuring instrument; 41. a uterine contraction monitor; 42. a dynamic monitor; 5. a correction device; 6. A human-computer interaction module.
Detailed description of the preferred embodiments
In order to make the aforementioned objects, features and advantages of the present application more comprehensible, embodiments accompanying the present application are described in detail below with reference to the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present application. This application is capable of embodiments in many different forms than those described herein and that modifications may be made by one skilled in the art without departing from the spirit and scope of the application and it is therefore not intended to be limited to the specific embodiments disclosed below.
Example 1
As shown in fig. 1, the intelligent delivery interactive system of the present embodiment includes a delivery room 1, a delivery bed 2, a delivery atmosphere device 3, a real-time monitoring device 4, and a modification device 5, where the delivery atmosphere device 3 includes a vision system 30, a sound sense system 31, an olfactory system 32, a touch system 33, and a control unit 34.
In this example, the delivery room 1 is a conventional room and the delivery bed 2 is a conventional product, however, the delivery atmosphere device 3 of the present application is an innovative improvement and has the following specific structure.
The vision system 30 includes a video module 300 and a light module 301, wherein the video module 300 has a plurality of subject videos selected by classification, and the light module 301 is used to assist the video module 300 to create indoor atmosphere light in cooperation with the selected subject videos. In this way, the parturient can be selected according to his own preferences.
In this example, the lighting module 301 comprises four LED optical engines, wherein the four LED optical engines are distributed in the delivery room with the delivery bed as the center, and the LED optical engines can generate different lighting effects according to different preset parameters such as driving voltage, illuminance, beam angle, etc., and these lighting effects are fused to enable the LED optical engines to be integrated behind various soft light materials, to generate a low-definition screen (matching with the change of the selected theme video pattern), and to form relatively natural scene and light, and to cooperate with soft music to create a refreshing and relaxing atmosphere, so that the parturient is in a very relaxed state.
The sound perception system 31 includes a music module 310, wherein the music module 310 has controls of music tempo and volume.
The olfactory system 32 includes an aroma module 320, wherein the aroma module 320 performs aromatherapy by aromatherapy and/or massage to create a childbirth atmosphere that relieves discomfort and promotes rest.
The tactile system 33 comprises a massage module 330 and a thermal therapy module 331, wherein the massage module 330 and the thermal therapy module 331 are disposed on the obstetric table, and the obstetric table can provide different heights and angles of support to relieve the soreness and discomfort of the waist and the back of the parturient.
The control unit 34 is a conventional central controller 340, and the central controller 340 is in communication with the real-time monitoring device 4.
The real-time monitoring device 4 is mainly used for monitoring heart rate, uterine contraction frequency and intensity, physiological requirements and labor progress in real time.
Specifically, the real-time monitoring device includes a heart rate measuring instrument 40 (for monitoring the heart rate of the parturient), a uterine contraction monitor 41 (for monitoring the uterine contraction frequency and intensity of the parturient), and a dynamic monitor 42 (for monitoring the physiological needs and the labor progress of the parturient).
In this example, the parameters of each LED optical engine, music module and video module are adjusted comprehensively by using the correction device 5 and the heart rate measuring instrument 40 to form real-time interaction, and the environment of the interactive information is beneficial to adjusting the mood of the puerpera, relieving tension and anxiety and facilitating smooth production.
Specifically, the heart rate of the puerpera is monitored through the electrocardiogram monitor, changes of indoor light color and intensity, theme video patterns and the like are intelligently controlled by combining mental scale scoring (puerpera mental scale) and labor progress conditions, stress and anxiety of the puerpera are relieved, secretion of related hormones of childbirth is regulated, and labor progress is promoted.
The music module 310 corresponds to the measured uterine contraction frequency and converts the uterine contraction frequency into a music rhythm matched with the uterine contraction frequency so as to guide the breathing rhythm of the parturient in the labor process. That is to say, under the drive of music rhythm, guide parturient's breathing rhythm, better auxiliary production.
In this example, the music tempo is in direct proportion to the uterine contraction frequency. The music rhythm, the breathing rhythm and the uterine contraction frequency are synchronous, so that the maximum benefit of the Lamarca childbirth method is brought into play, and the smooth production of the lying-in woman is promoted. The dynamic monitor 42 is connected to the music module 310, and provides different music types according to the real-time monitoring of the labor status, so as to create a labor atmosphere suitable for the parturient and different labor requirements.
The dynamic monitor 42 is communicated with the massage module 330 and the cold and hot therapy module 331 to enhance the tactile sensation of the puerpera.
In addition, childbirth intelligence interactive system still includes human-computer interaction module 6, and wherein human-computer interaction module 6 and the control unit 34 intercommunication, and can manually adjust at any time visual system, sound perception system, smell system and touch system. That is, under special circumstances, medical staff can adjust according to actual production conditions, which is more beneficial to the formation of the required atmosphere.
In summary, the implementation process of this embodiment is as follows:
s1, recording maternal information: recording the information of the puerpera into a system to form basic data, wherein the basic data comprises a puerpera psychological assessment scale; s2, real-time intelligent interaction of delivery: respectively monitoring the physical, mental and labor conditions and fetal heart of a lying-in woman in real time, transmitting related monitoring information to a control unit, combining basic data by the control unit to form an output signal and control the real-time change of a vision system, a sound perception system, an olfactory system and a touch system to complete real-time interaction, wherein the implemented monitoring information comprises heart rate, uterine contraction frequency and intensity, physiological requirements and labor progress, the vision system and the sound perception system are combined in an acousto-optic mode, and the olfactory system and the touch system are combined in a medicinal treatment mode to build an atmosphere for relieving tension and anxiety of the lying-in woman, promoting secretion of related hormones for childbirth, guiding breathing rhythm and relieving discomfort of childbirth in childbirth; s3, lamarze delivery: the parturient undergoes childbirth in the childbirth atmosphere of S2.
Example 2
As shown in fig. 2, the structure of the present embodiment is substantially the same as that of embodiment 1, except that the combination of the four senses of vision, sound sensation, smell sensation and touch sensation is different.
Specifically, the vision, the sound sensation and the smell form cooperation, instrument equipment such as intelligent vital sign monitoring, maternal and fetal monitoring and labor monitoring is used for monitoring the maternal and fetal conditions in real time during labor, the mental change of a lying-in woman is combined, the labor progress is intelligently interacted, and accurate maternal and infant care is achieved. That is to say, the delivery environment such as scene, light, music and smell are controlled through intelligent interaction, personalized themes are provided through switching, so that the breathing and uterine contraction rhythm of the puerpera is coordinated, the visual, auditory and olfactory enjoyment is brought to the puerpera, the anxiety and tension emotion of the puerpera is relieved, and the secretion of related hormones of the delivery is promoted, so that the optimal delivery environment atmosphere is formed.
Specifically, the music rhythm is in a direct proportion relation with the uterine contraction frequency. The music rhythm, the breathing rhythm and the uterine contraction frequency are synchronous, so that the maximum benefit of the ruma childbirth method can be brought into play, and the smooth parturient production can be promoted.
Meanwhile, the dynamic monitor 42 is connected to the music module 310 to provide different music types according to the real-time monitoring of the labor, so as to create a delivery atmosphere suitable for the puerpera and different labor requirements.
In addition, according to the symptoms of the lying-in woman, the nursing measures such as massage, posture adjustment and the like can be taken accurately, so that the pain of the woman in childbirth can be effectively reduced, and the comfort level can be increased.
Therefore, the intelligent delivery interaction system can accurately perform care interaction on the mother and the infant during delivery, and aims to improve delivery experience, promote labor progress and improve obstetrical service quality and work efficiency.
In summary, the main features of the present embodiment are as follows:
1. based on the real-time change information of the mother fetus, light, music, smell, theme video and the like in the delivery room are intelligently controlled through the internet of things technology, the information interaction with a puerpera is enhanced, the forward delivery experience is promoted, the labor progress is promoted, and the comfort brought by the midwifery is thoroughly changed.
2. Firstly, each system monitors the uterine contraction frequency and intensity of a lying-in woman through fetal heart monitoring equipment to control the rhythm of music and guide the respiration of the lying-in woman in the labor process, and simultaneously selects different music types according to the labor process progress condition monitored by the labor process monitoring equipment to create a labor atmosphere suitable for the lying-in woman and different labor processes; secondly, monitoring the heart rate of the puerpera by the electrocardiograph monitor (or an automatic obstetric table monitoring function instrument) and combining with mental scale scoring and the labor progress condition, intelligently controlling the indoor light color and intensity, theme video patterns and other changes, relieving the stress and anxiety of the puerpera, promoting the secretion of related hormones for childbirth and promoting the labor progress; finally, each system is matched with different aromatherapy according to the discomfort symptoms of the lying-in woman, such as nausea, fatigue, pain and the like, so that the discomfort symptoms are effectively relieved, rest is promoted, and the use of medicines in the labor process is reduced; each system applies the obstetric table according to the physiological requirements and the labor progress of the lying-in woman to massage and carry out cold and hot therapy on the lying-in woman, relieves the soreness and the discomfort of the waist and the back and improves the delivery comfort level of the lying-in woman.
3. The system has internal association and forms a mutually-cooperative atmosphere, when medical staff carries out the Lamez childbirth method on a lying-in woman, the natural and relaxed music, soft and warm light and pleasant natural scenery can effectively relieve the high oppression and tension caused by pain during childbirth of the lying-in woman, the natural relaxation mood follows the rhythm breath of the medical staff, the maximum benefit of the Lamez childbirth method is brought into play, and the production is smooth.
The present invention has been described in detail above, but the present invention is not limited to the above-described embodiments. All equivalent changes or modifications made according to the spirit of the present invention should be covered within the protection scope of the present invention.
Claims (15)
1. The utility model provides a childbirth intelligence interactive system based on female child real-time supervision, its includes delivery room, obstetric table, childbirth atmosphere device, wherein childbirth atmosphere device includes vision system, sound sense system, the control unit, the vision system includes video module and light module, the sound sense system includes music module, its characterized in that: the delivery atmosphere device further comprises an olfactory system and a touch system which are respectively communicated with the control unit, the olfactory system comprises a fragrant module, the touch system comprises a massage module or/and a cold and hot therapy module, the intelligent delivery interaction system further comprises a real-time monitoring device for monitoring the conditions of the puerpera or/and the fetus in real time, the control unit is communicated with the real-time monitoring device in real time in an interactive mode, and the video module, the light module, the fragrant module and the massage module or/and the cold and hot therapy module are mutually cooperated, so that the delivery atmosphere which can relieve the tension and anxiety of the puerpera, promote secretion of relevant hormones for delivery, guide breathing rhythm and relieve delivery discomfort in delivery is created.
2. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 1, wherein: the video module has the video classification of multiple theme and selects, the light module is used for assisting the video module to build the selected theme video of cooperation and form indoor atmosphere light.
3. The intelligent delivery interactive system based on real-time maternal and fetal monitoring as claimed in claim 2, wherein: the light module comprises a plurality of LED optical engines, wherein the LED optical engines are distributed in the delivery room by taking the delivery bed as a center, the real-time monitoring device comprises a heart rate measuring instrument for monitoring the heart rate of a puerpera, each LED optical engine is interacted with the heart rate measuring instrument in real time, and the light color, the intensity and the beam angle of each LED optical engine are respectively matched with the change of the selected theme video pattern.
4. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 3, wherein: the real-time monitoring device also comprises a uterine contraction monitor for monitoring the uterine contraction frequency and intensity of the puerpera, and the music module corresponds to the measured uterine contraction frequency and is converted into music rhythm matched with the uterine contraction frequency to guide the respiration rhythm of the puerpera in the labor process.
5. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring, as claimed in claim 4, wherein: the music rhythm is in direct proportion to the uterine contraction frequency.
6. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 3, wherein: the delivery atmosphere device further comprises a correcting device recorded with a maternal psychological assessment scale, wherein the correcting device is communicated with the real-time monitoring device and comprehensively adjusts parameters of the LED optical engine, the music module and the video module so as to create an atmosphere for relieving tension and anxiety of the puerpera.
7. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 6, wherein: the aroma module adopts a mode of fragrance fumigation and/or massage and combines with a correction device recorded with a psychological assessment scale to perform aromatherapy so as to create a delivery atmosphere for relieving discomfort and promoting rest.
8. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 3, wherein: the music module provides different music types according to the delivery process condition monitored in real time so as to create delivery atmospheres suitable for the puerpera and different delivery process requirements; and/or the music module is also communicated with the LED optical engine, and the volume is synchronously changed along with the change of the light intensity.
9. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 1, wherein: the massage module or/and the cold and hot therapy module are arranged on the obstetric table or the obstetric table mattress, and the obstetric table can provide supports with different heights and angles to relieve the soreness and the discomfort of the waist and the back of the puerpera.
10. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 1, wherein: the real-time supervision device still includes the dynamic monitor of the physiology demand of monitoring lying-in woman and labour progress, wherein the dynamic monitor with massage module or/and cold and hot treatment module intercommunication to build the childbirth atmosphere that reinforcing lying-in woman sense of touch body felt.
11. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 1, wherein: the intelligent delivery interaction system further comprises a human-computer interaction module, wherein the human-computer interaction module is communicated with the control unit and can manually adjust the vision system, the sound perception system, the smell system and the touch system at any time.
12. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 1, wherein: the vision system and the sound sense system are combined in a sound and light mode to create a fresh and relaxed real-time changing atmosphere, and the smell system and the touch system are combined in a medical therapy mode to create a real-time changing atmosphere for relieving discomfort and promoting rest; and/or the visual system, the sound sense system and the olfactory system are combined by sound, light and medicines to create a delivery environment atmosphere adaptive to real-time change of a mother fetus, and the touch system is matched with the delivery environment atmosphere to relieve discomfort of a puerpera.
13. Intelligent interactive system for childbirth according to any of claims 1-12, wherein the childbirth process is formed by the steps of: s1, recording maternal information: inputting the information of the puerpera into a system to form basic data; s2, real-time intelligent interaction of delivery: respectively monitoring the physical and mental birth condition and fetal heart of a lying-in woman in real time, transmitting related monitoring information to the control unit, and combining the control unit with basic data to form an output signal and control the change of the vision system, the sound perception system, the smell system and the touch system so as to complete real-time interaction; s3, lamarze delivery: and forming a delivery atmosphere in the visual, sound, smell and touch part matching cooperation and real-time interaction of S2, and delivering the parturient in the delivery atmosphere.
14. The intelligent interactive childbirth system according to claim 13, wherein: in S1, basic data comprise maternal psychological assessment scales; and/or, monitoring in real time in S2 comprises monitoring of heart rate, uterine contraction frequency and intensity, physiological needs and labor progress.
15. The intelligent interactive childbirth system based on real-time maternal and fetal monitoring of claim 13, wherein: in S2, performing acousto-optic combination on a visual system and an acoustic sense system, and performing pharmacotherapy combination on an olfactory system and a touch system; or in S2, the visual system, the sound sense system and the olfactory system are combined by acousto-optic medicines, and the touch system is matched with the acousto-optic medicine combination to relieve the discomfort of the lying-in woman.
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