CN212650976U - Adjustable lower jaw forward-moving lateral-lying snore stopping device - Google Patents

Abstract

An adjustable mandibular advancement lateral-lying snore stopping device comprises a power supply, a sleep monitoring module, a communication control module, a feedback execution module, an upper tooth socket, a lower tooth socket and an external oral fixator, wherein the power supply, the sleep monitoring module, the communication control module and the feedback execution module are integrated into a small whole and are arranged in the external oral fixator of the adjustable mandibular advancement device; the sleep monitoring module comprises an angular displacement sensor, a sound sensor, a respiratory airflow sensor and a blood oxygen pulse sensor; the communication control module is provided with a wireless communication device, is connected with the mobile phone APP terminal and the cloud AI intelligent data platform, and is electrically connected with the feedback execution module; the feedback execution module comprises a driver, a vibrator, an electrical stimulator or an acoustic stimulator. The technical method of lateral position sleeping and mandibular advancement is adopted, and intelligent monitoring and control are combined, so that the curative effect is further improved, the adverse reaction is reduced, and the method is simple, convenient, practical, safe and effective.

Description

Adjustable lower jaw forward-moving lateral-lying snore stopping device

Technical Field

The utility model belongs to a medical health care product for assisting sleep.

Background

Obstructive sleep apnea-hypopnea syndrome (OSAHS) is a common chronic disease characterized by the repeated occurrence of upper airway collapse obstruction during sleep, the appearance of snoring and apnea, intermittent hypoxemia, and sleep disordered architecture. OSAHS can cause damage to multiple organs such as heart, cerebral vessels, endocrine and the like, is an independent risk factor and source diseases of various systemic diseases such as hypertension, coronary heart disease, diabetes, cerebrovascular accident and the like, and is closely related to sleep sudden death. OSAHS is widely considered to be a systemic disease, and all causes of stenosis at any part of the nose, pharynx and throat can be pathogenic factors of OSAHS. Statistics show that the prevalence of OSAHS in adults is 10% and that in elderly obese people is as high as 50%. Because of drowsiness and inattention, the work efficiency of people suffering from OSAHS is low, and traffic accidents and potential safety hazards are easy to happen particularly. The world's multi-national health organization has classified it as a significant disease that jeopardizes human health and quality of life. A plurality of studies indicate that the important cause of the adult OSAHS is the relaxation and collapse of soft tissues in the plane of the palatopharynx and the glossopharyx caused by the hyperplasia of the mucosa of the lower soft palate and the hypertrophy and the relaxation of the tongue body or the reduction of the neuromuscular regulatory function in the sleeping process, thereby causing the airway stenosis or obstruction. Dysplasia of the bony structure is also an important cause of OSAHS, and in particular, congenital dysplasia of the maxillofacial surface or mandibular shortness due to adenoid facial appearance, resulting in upper airway stenosis. There are many treatments for OSAHS, including behavioral therapy: such as weight loss, exercise, lateral position, etc.; non-surgical treatment: such as Continuous Positive Airway Pressure (CPAP), oral appliances, etc.; and (3) surgical treatment: such as various palatopharyngeal operations, tongue operations (tongue root partial resection, hyoid suspension, tongue root rf ablation, tongue root traction, and electrical stimulation of the hypoglossal nerve), and jaw surgery. The oral appliance, also called as Mandibular Advancement Device (MAD), is the first-line treatment plan for mild and moderate OSAHS patients recommended by the international medical sleep community and has better curative effect. The mandibular advancement device may also be an option for severe patients who cannot tolerate CPAP ventilator treatment. There are many products of oral appliances or mandibular advancement devices, such as: US patent US6604527, chinese patent CN200780042492, CN200810084714 and CN201910036885, etc. The general treatment principle is that a device similar to a tooth socket is applied to enable a patient to be carried before sleep, so that the lower jaw is moved forwards relative to the upper jaw to drive the tongue and the soft tissues of the pharynx to move forwards, the upper airway of the glossopharyngeal and palatopharyngeal planes can be widened, the stenosis or the obstruction can be reduced, and the purpose of treating the snore and the OSAHS can be achieved. Has the advantages of simplicity, convenience and practicability, but has the defect that the curative effect is not accurate enough, and partial patients feel uncomfortable teeth and temporomandibular joints. When the lower jaw moves forward a little, the comfort level is good, but the curative effect is not good; when the amount of mandibular advancement is excessive, adverse reactions such as temporomandibular joint soreness will occur although the therapeutic effect is improved.

Anatomical stenosis of pharyngeal airway and hypertrophy of tongue with tenesmus are important causes of adult snoring. When the snore patient is awake, the upper airway can be maintained open due to compensatory contraction of pharyngeal muscles, and snoring does not occur. When sleeping, the neuromuscular control function is reduced, pharyngeal muscles, particularly the genioglossus muscle are relaxed, a hypertrophic tongue body falls after being generated under the action of gravity, and the pharyngeal airway is easy to collapse and narrow and block if the pharyngeal airway is in the supine position sleeping, and the pharyngeal airway is not easy to block if the pharyngeal airway is in the lateral position sleeping. Many patients or companion persons who sleep with the patient find snoring severe when the patient is in the supine position and significantly reduced or alleviated if the patient is in the lateral position. In addition, if the patient is in sleep, the patient can breathe by opening the mouth if the upper airway is blocked and the mouth opening degree is larger when the patient is in sleep. Mouth breathing can make negative pressure in the oral vestibule disappear, and the relaxed tongue is more likely to fall back, so that the disease condition is aggravated and a vicious circle is formed. In clinic, doctors always order patients to adopt lateral position as much as possible during sleeping, so that the illness condition can be relieved, and meanwhile, the lower jaw should be supported for mouth closing breathing, the mouth is not required to be opened as much as possible, so that the negative pressure is kept in the oral vestibule.

There are many methods and apparatuses for keeping a lateral position sleeping and breathing in a closed mouth, and the most traditional and old method is to sew several pockets on the back of a patient's pajamas, and put tennis balls or other spherical objects on the pockets, so that the patient can not lie down when sleeping, and can only keep the lateral position, for example, chinese utility model patents CN200420009005, CN201821306012, CN2577805, CN2590549 and US 2007/0256695. US 5893365 provides a head strap and a chin strap to keep the user in a closed position, and a chest strap with a ball at the back to force the patient to sleep in a lateral position. A pulling belt is arranged behind the head belt, and the patient is forced to keep the head in a backward bending posture for sleeping by being pulled tightly on the back of the chest belt. This is beneficial for opening the upper airway, but reduces the comfort of sleep. Still other patents are designed to arrange some air bags on pillows, pajamas or sleeping mattresses, if snoring occurs during sleeping of a patient, a signal is transmitted to a controller through a sensor, an air pump is started to inflate the air bags, and the patient is turned over and lies on the side or is wakeful, such as Chinese patents CN201520075150, CN200620103414 and CN 201711015013. Still other designs are special pillows or special mattresses that force the patient to sleep in a lateral position, such as chinese patents CN200710092327, CN200610049368, CN200410070017, CN200920227864 and CN 02226347. In order to absorb the advantages of the above patent technologies, reduce the disadvantages thereof, improve the state of an illness of the snore patient suffering from sleep disordered breathing and keep comfortable sleep as much as possible, the utility model discloses make the following design.

Disclosure of Invention

The utility model provides an adjustable mandibular advancement side-lying snore relieving device includes power, sleep monitoring module, communication control module, feedback execution module, goes up tooth socket, lower tooth socket and external fixator which characterized in that: A. the power supply, the sleep monitoring module, the communication control module and the feedback execution module are integrated into a small whole and are arranged in an external fixator of the adjustable mandibular advancement device; B. the sleep monitoring module comprises an angular displacement sensor, a sound sensor, a respiratory airflow sensor and a blood oxygen pulse sensor; C. the communication control module is provided with a wireless communication device, is connected with the mobile phone APP terminal and the cloud AI intelligent data platform, and is electrically connected with the feedback execution module; D. the feedback execution module comprises a driver, a vibrator, an electrical stimulator or an acoustic stimulator. The mouth external fixator of the mandibular advancement device comprises an upper sliding plate and a lower sliding plate which can move mutually, the near ends of the upper sliding plate and the lower sliding plate are respectively connected with the upper tooth socket and the lower tooth socket, the far ends of the upper sliding plate and the lower sliding plate are respectively provided with a nut, a screw rod of a speed reducing motor is connected in the nut, and when the screw rod rotates clockwise or anticlockwise, the lower sliding plate and the lower tooth socket connected with the lower sliding plate can be adjusted to move forwards or backwards relative to the upper sliding plate and the upper tooth socket connected with the upper sliding plate.

The sleep monitoring module, the communication control module and the feedback execution module can be simplified to be composed of a body position sensor, a battery and a speed reducing motor, a screw rod of the speed reducing motor is connected with an upper sliding plate and a lower sliding plate far-end nut of an external mouth fixer of the mandibular advancement device, the speed reducing motor rotates clockwise to increase mandibular advancement amount when in a supine position, rotates anticlockwise to reduce mandibular advancement amount when in a lateral position, and the upper sliding plate and the lower sliding plate are provided with limit sensors to limit the maximum value and the minimum value of the mandibular advancement amount. The position sensor can be formed by welding two groups of ball switches or mercury switches at an angle of 90-110 degrees, when the position sensor faces upwards, the position sensor is equivalent to a supine position, a speed reduction motor forward rotation circuit is controlled to be switched on, a screw rod of the speed reduction motor rotates clockwise, the lower jaw forward displacement is increased, when the position sensor faces leftwards or faces rightwards, a speed reduction motor reverse rotation circuit is controlled to be switched on, the screw rod of the speed reduction motor rotates anticlockwise, and the lower jaw forward displacement is reduced.

The sleep monitoring module, the communication control module and the feedback execution module can be simplified into a button shape formed by combining a body position sensor, a battery and a vibrator, the button shape is oval or circular, a control switch can be additionally arranged, and the button shape is installed on a fixer of the adjustable mandibular advancement lateral-lying snore stopping device. The position sensor can be formed by serially welding two ball switches or mercury switches at an angle of 90-110 degrees, and when the position sensor faces upwards, the position sensor is equivalent to a supine position, a circuit is connected, and the vibrator works. When the body position sensor faces to the left or the right, one of the switches is disconnected, the circuit is closed, and the vibrator stops working. The power adopts button cell or rechargeable lithium cell, the vibrator adopts miniature flat vibrating motor, and above parts can adopt the simplest series switch circuit connection, and as an organic whole is sealed with the resin, and is waterproof, is equipped with charging contact and switch.

The sound sensor and the respiratory airflow sensor of the sleep monitoring module are integrated into a fine integrated sensor which is spherical, elliptical or button-shaped, are fixed by an external oral fixer of the mandibular advancement device and are close to the mouth and nose so as to monitor snore and the respiratory airflow of the mouth and nose, and the light emitting and receiving element of the blood oxygen pulse sensor is close to the mucous membrane of the mouth and the lip so as to accurately monitor blood oxygen and pulse. Data that sleep monitor module acquireed are uploaded to cell-phone APP terminal and high in the clouds AI intelligent data platform through wireless communication device, and cell-phone APP terminal and high in the clouds AI intelligent data platform are equipped with dedicated sleep software, form user's sleep monitor and treatment effect report through data analysis, store in cell-phone or high in the clouds, and the downloadable printing. The other embodiment is additionally provided with a structure with a labial plate and a tongue sleeve, and is provided with a body position sensor, a battery and a vibrator, wherein the labial plate is in a sheet shape and is arranged between the anterior teeth and the lips of the oral cavity, and the central part of the labial plate protrudes to form the tongue sleeve for sealing the lips, keeping the vestibule of the oral cavity to form negative pressure and attracting the tip of the tongue to prevent the tongue from falling backwards.

When sleeping, the adjustable lower jaw forward side-lying snore stopping device is installed, a battery is installed in the mouth external fixator, a power switch is switched on, and the upper tooth socket and the lower tooth socket are respectively sleeved in the upper tooth and the lower tooth to slightly bite the jaw for fixing. The mouth and the lip comprise an upper sliding plate and a lower sliding plate which can move mutually, the user sleeps in a lateral position, at the moment, the circuit of the body position sensor is disconnected, the vibrator does not work, and the user can stay quiet and fall asleep. If the patient changes to the supine position sleep, the position sensor circuit is connected, the vibrator works to generate vibration, the user is wakeful, the patient turns over to the lateral position, and the stimulation is stopped. This device has a minor effect on sleep but only vibrates when the user is in the supine position. When the pillow is in the lateral position, the pillow is in a static state, and cannot cause stimulation and arousal to a user. This stimulation is small and mild relative to the apnea, suffocation, and arousal caused by OSAHS in patients. Because the snore patient can keep sleeping on side, the mandibular advancement quantity regulated by the upper tooth socket and the lower tooth socket can be reduced, the damage to the temporomandibular joint is correspondingly reduced, the curative effect can be improved and the uncomfortable feeling can be reduced.

Another embodiment is that the sound sensor, the respiratory airflow sensor and the blood oxygen pulse sensor of the sleep monitoring module are integrated into a fine integrated sensor which is in a spherical shape, an oval shape or a button shape, and are fixed with the adjustable mandibular advancement lateral-lying snore stopping device outside the mouth and close to the mouth and the nose so as to monitor the snore, the respiratory airflow of the mouth and the nose and the blood oxygen and pulse of the mucous membrane of the mouth and the lip. When the sleep monitoring module monitors that the snore exceeds a set value (such as 60dB), the apnea time is more than 20 seconds or the blood oxygen saturation is lower than 85%, the communication control module triggers the feedback execution module to send out sound, light, electricity or vibration to stimulate the patient to be aroused. Data that sleep monitor module acquireed are uploaded to cell-phone APP terminal and high in the clouds AI intelligent data platform through wiFi or bluetooth wireless communication device, and cell-phone APP terminal and high in the clouds AI intelligent data platform are equipped with dedicated sleep software, form user's sleep monitor and treatment effect report through data analysis, store in cell-phone or high in the clouds, and the downloadable printing also can upload to sleep medical center or sleep service center. The central cloud platform can store, analyze, display and print reports on data of patients and can feed the reports back to doctors in charge and patients. Because the utility model discloses the volume is tiny, convenient to use, but continuous house is used. The data are uploaded to a cloud platform sleep center, analysis of a big data cloud platform can be performed, statistical analysis of short-term and long-term sleep states of individuals and groups is facilitated, and a proper treatment scheme or an adjustment scheme is given.

The beneficial effects of the utility model reside in that: the method of adopting the side position sleep and the method of lower jaw antedisplacement are the effective treatment method of the clinical proof at home and abroad to snore disease and mild and moderate OSAHS case, the utility model discloses combine above-mentioned two kinds of methods, adopt intelligent monitoring and control, further improve the curative effect, reduce the adverse reaction, simple and convenient practical, safe effective, can use in the medical department and also recommend to patient application at home. Reducing medical cost and reducing incidence and disease condition of cardiovascular and cerebrovascular endocrine diseases related to OSAHS.

Drawings

Fig. 1 is the utility model discloses an embodiment square frame schematic diagram that has wireless communication and is connected with smart mobile phone APP and AI cloud platform.

Fig. 2 is a schematic structural view of the present invention, which is provided with an upper and a lower tooth sockets and a gear motor to control the mandibular advancement.

Fig. 3 is a schematic structural diagram of the split or integrated belt body position sensor and vibrator with the upper and lower tooth sockets according to the present invention.

Fig. 4 is the utility model discloses integrated structure schematic diagram with position sensor, button cell and vibrator.

Fig. 5 is a schematic structural view of the sensor with snore, airflow and blood oxygen pulse.

Fig. 6 is a schematic structural view of the utility model with a labial plate, a tongue cover, a body position sensor, a button cell and a vibrator.

Detailed Description

The following detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings.

Referring to fig. 1, 2, 3, 4, 5 and 6, an adjustable mandibular advancement lateral-position snore stopping device comprises a power supply 1, a sleep monitoring module 2, a communication control module 3, a feedback execution module 6, an upper dental mouthpiece 17, a lower dental mouthpiece 16 and an external oral fixator 23, wherein: A. the power supply 1, the sleep monitoring module 2, the communication control module 3 and the feedback execution module 6 are integrated into a small whole and are arranged in an external oral fixator 23 of the adjustable mandibular advancement device; B. the sleep monitoring module comprises an angular displacement sensor 8, a sound sensor 9, a respiratory airflow sensor 10 and a blood oxygen pulse sensor 11; C. the communication control module 3 is provided with a wireless communication device 5, is connected with a mobile phone APP terminal 7 and a cloud AI intelligent data platform 4, and is electrically connected with a feedback execution module 6; D. the feedback execution module 6 comprises a driver 12, a vibrator 13, an electrical stimulator 14 or an acoustic stimulator 15. The mouth external fixator 23 of the mandibular advancement device comprises an upper slide plate 19 and a lower slide plate 18 which are movable relative to each other, the proximal ends of the upper slide plate 19 and the lower slide plate 18 are respectively connected to the upper shell and the lower shell, the distal ends of the upper slide plate 19 and the lower slide plate 18 are respectively provided with a nut 20, the nut 20 is connected to a screw 21 of a reduction motor 22, and when the screw 21 is rotated clockwise or counterclockwise, the lower slide plate 18 and the connected lower shell 16 can be adjusted to move forward or backward relative to the upper slide plate 19 and the connected upper shell 17.

The sleep monitoring module 2, the communication control module 3 and the feedback execution module 6 can be simplified to be composed of a body position sensor 26, a battery 25 and a speed reducing motor 22, a screw 21 of the speed reducing motor 22 is connected with an upper sliding plate 19 of an external mouth fixer 23 of the mandibular advancement device and a nut 20 at the far end of a lower sliding plate 18, the mandibular advancement amount is increased in the supine position, the mandibular advancement amount is decreased in the lateral position, and limit sensors are arranged on the upper sliding plate 19 and the lower sliding plate 18 to limit the maximum value and the minimum value of the mandibular advancement amount. The position sensor 26 can be formed by welding two groups of ball switches or mercury switches at an angle of 90-110 degrees, when the position sensor 26 faces upwards, the position is equivalent to a supine position, a forward rotation circuit of the speed reducing motor 22 is connected, the screw rod 21 of the speed reducing motor 22 rotates clockwise, the lower jaw forward movement amount is increased, when the position sensor 26 faces leftwards or rightwards, a reverse rotation circuit of the speed reducing motor 22 is connected, the screw rod 21 of the speed reducing motor 22 rotates anticlockwise, and the lower jaw forward movement amount is reduced.

The sleep monitoring module 2, the communication control module 3 and the feedback execution module 6 can be simplified into a button shape formed by combining a body position sensor 26, a battery 25 and a vibrator 24, are oval or circular, can be additionally provided with a control switch, and are arranged on a fixer 23 of the adjustable mandibular advancement side-lying snore stopping device. The position sensor 26 may be formed by two ball switches or mercury switches welded in series at an angle of 90 to 110 degrees, and when the position sensor 26 faces upward, which is equivalent to a supine position, the circuit is connected and the vibrator 24 works. When the position sensor 26 is facing left or right, one of the switches is open, the circuit is closed and the vibrator 24 is deactivated. The battery adopts button cell or the lithium cell that can charge repeatedly, vibrator 24 adopts miniature flat vibrating motor, and above parts can adopt the simplest series switch circuit to connect, and as an organic whole is sealed with the resin, and is waterproof, establishes charging contact and switch.

In another embodiment, the sound sensor 9 and the respiratory airflow sensor 10 of the sleep monitor module 2 are integrated into a small integrated sensor 28, which is in a ball shape, an oval shape or a button shape, and are fixed by the external oral fixture 23 of the mandibular advancement device and close to the mouth and nose for monitoring snore and nasal cavity 31 or oral respiratory airflow, and the light emitting and receiving element 27 of the blood oxygen pulse sensor 11 is close to the mucosa of the upper lip 29 for accurately monitoring blood oxygen and pulse. When the sleep monitoring module monitors that the snore exceeds a set value (such as 60dB), the apnea time is more than 20 seconds or the blood oxygen saturation is lower than 85%, the communication control module triggers the feedback execution module to send out sound, light, electricity or vibration to stimulate the patient to arouse a micro-arousal, the muscle tension is improved, and the upper airway is opened. Data that sleep monitor module 2 obtained upload cell-phone APP terminal 7 and high in the clouds AI intelligent data platform 4 through wiFi or bluetooth wireless communication device 5, and cell-phone APP terminal 7 and high in the clouds AI intelligent data platform 4 are equipped with dedicated sleep software, form user's sleep monitoring and treatment effect report through data analysis, store in cell-phone or high in the clouds, and downloadable printing also can upload to sleep medical center or sleep service center. The central cloud platform can store, analyze, display and print reports on data of patients and can feed the reports back to doctors in charge and patients.

The utility model discloses another embodiment is to add the structure of establishing and having labial lamina 34 and tongue cover 35 to be furnished with position sensor 26, battery 25 and vibrator 24, labial lamina 34 is the slice, arranges in between oral cavity front row tooth and the lips, and labial lamina 34 central part is protruding to form tongue cover 35, is used for sealing the lips, keeps the oral cavity vestibule to form the negative pressure and can attract the tongue point, prevents the tongue tenesmus. And the patient can be promoted to keep a lateral lying position by adding the device of the body position sensor 26, the battery 25 and the vibrator 24, so that the aim of relieving the collapse and blockage of the upper airway is fulfilled.

When sleeping, the adjustable mandibular advancement side-lying snore stopping device is firstly installed, the battery 25 is arranged in the mouth external fixator 23 and the power switch is switched on, the upper tooth socket 17 and the lower tooth socket 16 are respectively sleeved in the upper teeth 30 and the lower teeth 32 to be slightly bitten into the jaw for fixation. The upper lip 29 and the lower lip 32 comprise an upper sliding plate 19 and a lower sliding plate 18 which can move mutually, and the lateral recumbent position is used for sleeping, wherein the circuit of the position sensor 26 is disconnected, the vibrator 24 does not work, and the sleeping is kept quiet. If the patient changes to the supine position sleep, the circuit of the body position sensor 26 is connected, the vibrator 24 works to generate vibration, the user is wakeful, the patient turns to the lateral position, and the stimulation is stopped. This device has a minor effect on sleep but only vibrates when the user is in the supine position. When the pillow is in the lateral position, the pillow is in a static state, and cannot cause stimulation and arousal to a user. This stimulation is small and mild relative to the apnea, suffocation, and arousal caused by OSAHS in patients. Because the snore patient can sleep on side, the mandibular advancement amount regulated by the upper dental mouthpiece 17 and the lower dental mouthpiece 16 can be reduced, the damage to the temporomandibular joint is correspondingly reduced, the curative effect can be improved and the discomfort can be reduced.

The beneficial effects of the utility model reside in that: the method of adopting the lateral position sleep and the method of lower jaw antedisplacement are the effective treatment method of the clinical proof at home and abroad to snore disease and mild and moderate OSAHS case, the utility model discloses combine above-mentioned two kinds of methods, adopt intelligent monitoring and control, further improve the curative effect, reduce the adverse reaction, simple and convenient practical, safe effective. Because the utility model discloses the volume is tiny, convenient to use, but continuous house is used. The data are uploaded to a cloud platform sleep center, analysis of a big data cloud platform can be performed, statistical analysis of short-term and long-term sleep states of individuals and groups is facilitated, and a proper treatment scheme or an adjustment scheme is given. Can be used in medical department and also recommended to be applied to the home of patients. Reducing medical cost and reducing incidence and disease condition of cardiovascular and cerebrovascular endocrine diseases related to OSAHS.

Claims (10)

1. An adjustable mandibular advancement lateral-lying snore stopping device comprises a power supply, a sleep monitoring module, a communication control module, a feedback execution module, an upper tooth socket, a lower tooth socket and an external mouth fixer, and is characterized in that: the power supply, the sleep monitoring module, the communication control module and the feedback execution module are integrated into a small whole and are arranged in an external fixator of the adjustable mandibular advancement device; the mouth external fixator comprises an upper sliding plate and a lower sliding plate which can move mutually, the near ends of the upper sliding plate and the lower sliding plate are respectively connected with an upper tooth socket and a lower tooth socket, the far ends of the upper sliding plate and the lower sliding plate are respectively provided with a nut, a screw rod of a speed reducing motor is connected in the nut, and when the screw rod rotates clockwise or anticlockwise, the lower sliding plate and the lower tooth socket connected with the lower sliding plate can be adjusted to move forwards or backwards relative to the upper sliding plate and the upper tooth socket connected with the upper sliding plate.

2. The adjustable mandibular advancement side lying snore stopping device according to claim 1, wherein: the sleep monitoring module comprises an angular displacement sensor, a sound sensor, a respiratory airflow sensor and a blood oxygen pulse sensor; the communication control module is provided with a wireless communication device, is connected with the mobile phone APP terminal and the cloud AI intelligent data platform, and is electrically connected with the feedback execution module; the feedback execution module comprises a driver, a vibrator, an electrical stimulator or an acoustic stimulator.

3. An adjustable mandibular advancement side lying snore stopping device according to claim 1 or 2 wherein: the sleep monitoring module, the communication control module and the feedback execution module can be simplified to be composed of a body position sensor, a battery and a speed reducing motor, a screw rod of the speed reducing motor is connected with an upper sliding plate and a lower sliding plate far-end nut of an external mouth fixer of the mandibular advancement device, the speed reducing motor rotates clockwise to increase mandibular advancement amount when in a supine position, rotates anticlockwise to reduce mandibular advancement amount when in a lateral position, and the upper sliding plate and the lower sliding plate are provided with limit sensors to limit the maximum value and the minimum value of the mandibular advancement amount.

4. An adjustable mandibular advancement side lying snore stopping device according to claim 3 wherein: the position sensor can be formed by welding two groups of ball switches or mercury switches at an angle of 90-110 degrees, when the position sensor faces upwards, the position sensor is equivalent to a supine position, a speed reduction motor forward rotation circuit is controlled to be switched on, a screw rod of the speed reduction motor rotates clockwise, the lower jaw forward displacement is increased, when the position sensor faces leftwards or faces rightwards, a speed reduction motor reverse rotation circuit is controlled to be switched on, the screw rod of the speed reduction motor rotates anticlockwise, and the lower jaw forward displacement is reduced.

5. An adjustable mandibular advancement side lying snore stopping device according to claim 1 or 2 wherein: the sleep monitoring module, the communication control module and the feedback execution module can be simplified into a button shape formed by combining a body position sensor, a battery and a vibrator, the button shape is oval or circular, a control switch can be additionally arranged, and the button shape is installed on a fixer of the adjustable mandibular advancement lateral-lying snore stopping device.

6. An adjustable mandibular advancement side lying snore stopping device according to claim 5 wherein: the position sensor can be formed by serially welding two ball switches or mercury switches at an angle of 90-110 degrees, when the position sensor faces upwards, the position sensor is equivalent to a supine position, a circuit is connected, and a vibrator works; when the body position sensor faces to the left or the right, one of the switches is disconnected, the circuit is closed, and the vibrator stops working.

7. An adjustable mandibular advancement side lying snore stopping device according to claim 5 wherein: the battery adopts button cell or rechargeable lithium cell, the vibrator adopts miniature flat vibrating motor, position sensor, battery and vibrator adopt simplest series switch circuit to connect, and as an organic whole is sealed with the resin, and is waterproof, is equipped with charging contact and switch.

8. An adjustable mandibular advancement side lying snore stopping device according to claim 2 wherein: the sound sensor and the respiratory airflow sensor of the sleep monitoring module are integrated into a fine integrated sensor which is spherical, elliptical or button-shaped, are fixed by the mouth external fixator of the mandibular advancement device and are close to the mouth and nose so as to monitor snore and the respiratory airflow of the mouth and nose, and the light emitting and receiving element of the blood oxygen pulse sensor is close to the mucous membrane of the mouth and the lip, so that blood oxygen and pulse can be accurately monitored.

9. An adjustable mandibular advancement side lying snore stopping device according to claim 1 or 8 wherein: data that sleep monitor module acquireed are uploaded to cell-phone APP terminal and high in the clouds AI intelligent data platform through wireless communication device, and cell-phone APP terminal and high in the clouds AI intelligent data platform are equipped with dedicated sleep software, form user's sleep monitor and treatment effect report through data analysis, store in cell-phone or high in the clouds, and the downloadable printing.

10. The adjustable mandibular advancement side lying snore stopping device according to claim 1, wherein: the upper tooth socket, the lower tooth socket and the mouth external fixator are additionally provided with a structure with a labial lamina and a tongue socket, and are provided with a body position sensor, a battery and a vibrator, the labial lamina is in a sheet shape and is arranged between the front teeth and the lips of the oral cavity, and the central part of the labial lamina protrudes to form the tongue socket so as to seal the lips, keep the vestibule of the oral cavity to form negative pressure and attract the tip of the tongue and prevent the tongue from falling backward.

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