JP2014147623A - Breathing corrector - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problems that: in the first place, breathing is unconsciously performed without constantly perceiving either mouth breathing or nasal breathing, and nasal breathing should be natural breathing; however, mouth breathing is unconsciously performed so as to bring the factors of tooth decay, bad breath, lowering of immune strength such as atopy, old-looking face, obesity, snore, bruxism, temporomandibular arthrosis, and sleep disorder.SOLUTION: The breathing corrector expands the airflow of expiration and inhalation by changing the shape of a tongue part to a soft palate part to close a mouth, and expanding an air passage. A structure of not bringing an upper jaw dentition part into contact with a lower jaw dentition part corrects the balance of a jaw joint, and relaxes each muscle group so as to achieve an even face.

Description

The present invention is a device located between the bottom of the mouth and the tongue, and is deformed toward the soft palate by pressing the tongue, and the pressed tongue lowers the hyoid bone, and the airway And a respiratory correction device in which the expanded airway increases the flow rate of exhalation and inspiration.
Further, the present invention relates to a respiratory correction tool that has a structure in which the upper dentition portion and the lower dentition portion do not contact each other, corrects the balance of the chin portion, relaxes each muscle group, and adjusts facial distortion.

In general, mouth breathing makes the passage of air from the nose worse, and nasal breathing alone makes it difficult for large amounts of air to enter and exit, so conscious breathing that attempts to increase air flow by opening the mouth wide and expanding the airway It is.
At present, various problems due to mouth breathing have been pointed out from various directions. This mouth breathing impairs the ability of nasal breathing, which plays a role as an air purifier, humidifier, and warmer, and also reduces saliva secretion and dryness in the oral cavity advances dental caries and periodontal disease. Increases bad breath.
In addition, the muscles around the mouth are loosened, the front teeth are pushed out due to the elasticity of the tongue becoming uneven, and snoring during sleep leads to apnea.
In addition, it has been suggested that mouth breathing is the cause of allergic diseases and immune diseases, and thorough examination and countermeasures have been made.
In addition, the adverse effects of mouth breathing are chronically progressing and are said to be the cause of numerous illnesses, but it cannot be said that the response to their seriousness has been sufficiently made.

Currently, various measures and proposals have been made as methods for preventing mouth breathing.
For example, nasal cavity expansion tapes, nose clips, etc. are used as countermeasures for the nasal cavity, pacifiers, mouthpieces, splints, buttertainers, etc. are used as countermeasures for the oral cavity, and closed mouths are used as countermeasures for the upper lip and lower lip. Ingredients such as tapes and lip pressing tools are generally used.
In addition, various efforts such as yoga and conscious breathing method are made.

  Therefore, by suckling the tongue, the mandible is lifted with respect to the skull, the posture is poor, stress disorder due to masticatory muscle group and tongue muscle hyperfunction in the cortical motor area, mouth dysfunction, and mouth aesthetic disorder For the purpose of preventing or recovering, etc., the upper jaw contact part and the lower jaw contact part are used as a fixed source, and the elasticity of the connecting part is used to apply an appropriate load to the back of the tongue. Proposals have been made to strengthen the lifting force and to enhance the adsorption force by the back of the tongue, palate and saliva. (Patent Publication No. 4360688)

The above proposal aims to reinforce the tongue that serves as a sucker that lifts the mandible from the skull.
However, in order to train the tongue muscles, the abutment with the upper and lower jaw anterior teeth and supporting the palate contact part gives tension to the jaw muscles, masticatory muscles, temporomandibular joints, etc. Tongue muscle strengthening is halfway.

  Next, the vestibule plate that covers the outer periphery of the upper and lower teeth and closes the mouth that is aware of the upper lip and lower lip prevents the tongue from protruding from the mouth, and is almost centered on the back of the vestibule plate Proposals have been made so that mouth breathing can be blocked and nasal breathing can be performed automatically by placing the tongue on a tongue stopper piece with the tongue positioned on the upper part. (Patent Publication No. 4482207)

  The above proposal is to attach and breathe the mouth so as to cover the outer periphery of the upper and lower jaw teeth, as a mask in the oral cavity that closes the mouth with a shape that forms a wall between the upper lip and lower lip, dentition It is only a function.

Japanese Patent No. 4360688 Japanese Patent No. 4360688

In the first place, humans need to avoid misrecognition of breathing and swallowing because they have a longer pharyngeal part than other sucklings, and the airway, which is a common name, has a long and narrow structure. Also, the mouth of the esophagus is usually closed, and muddy solids mixed with saliva, water, saliva, etc. are under the function of being swallowed voluntarily, and breathing and swallowing The distinction is not conscious.
In mammals, the fact that only a person over the age of 1 can breathe through the mouth and the distinction between nasal breathing and mouth breathing are not recognized and the nasal breathing is made unconsciously.
Currently, even if the harmful effects of mouth breathing are screamed, the individual is not aware of the breathing, and there is no way to cope with the improvement.

Humans develop and develop their own muscle balance by accumulating individual lifestyle habits and affect the skeletal system to determine the individual human body. In particular, it is difficult to be aware of the impact on independent behavior. For example, the habit of walking, posture, eating, sleeping posture, etc. cannot continuously perform conscious improvement actions continuously even if consciously trying to improve.
In the first place, breathing is unconscious, and it is not always possible to breathe consciously whether it is mouth breathing or nasal breathing, and it should be natural breathing that is not conscious of nasal breathing, but mouth breathing Even at times, mouth breathing is not very conscious.
Currently, mouth breathing problems are pointed out, and various proposals have been made, but they are only coping therapy measures, lacking a basic point of view, and no answer has been found.
Recently, new approaches to breathing have been made, such as finding the cause of mouth breathing from deterioration of the tongue, focusing on the importance of breathing and proposals to solve mouth breathing by strengthening the tongue.

The present invention has been made in view of the above-mentioned problems, and has been obtained for respiratory problems in the respiratory tract.
The present invention has a three-dimensional shape with a right and left equal structure, and is an apparatus positioned between the bottom of the mouth and the tongue, and the upper lip and the lower lip are closed by the tongue being pressed and deformed toward the soft palate. I let you.
In addition, the deformed tongue presses and lowers the hyoid bone, allowing the airway to expand and increase the flow rate of exhalation and inspiration, realizing natural and easy nasal breathing. did.

Furthermore, the present invention has a structure in which the maxillary dentition and the mandibular dentition are not brought into contact with each other, so that the temporomandibular joint is brought into a neutral state to relieve stress of the temporomandibular joint and related muscle groups and balance the temporomandibular joint. Because it is normal, each muscle group relaxes, and by removing the tension of each muscle group, the facial distortion is adjusted and the respiratory correction tool which eliminates the excess wrinkles is provided.

A respiratory correction tool according to the present invention is located in a user's oral cavity, and in an apparatus for correcting respiration, from a hard palate contact portion according to a hard palate portion, a mouth bottom contact portion according to a mouth bottom portion, and a mouth bottom portion. A left and right equal three-dimensional body composed of a material having elasticity, comprising a tongue contact portion related to the soft palate portion, an upper tooth contact portion and a lower tooth contact portion related to the upper dentition portion and the lower dentition portion The structure is a structure having a shape and volume where the upper dentition and the lower dentition are not in contact with each other, and is located between the bottom of the mouth and the tongue.

  The respiratory correction tool of the present invention is characterized in that it is formed of a structure or material that is deformed into a shape that allows a user to swallow saliva.

  In the first place, human breathing is normally performed by abdominal breathing, but nasal breathing is fundamental regardless of whether it is abdominal breathing or chest breathing. In addition, spontaneous breathing performed unconsciously is nasal breathing. In addition, nasal breathing is suitable for inhalation during normal times, but when a large amount of air is required, such as during exercise, the mouth and larynx are widened by mouth breathing to widen the airway, Is expanding.

The first effect of the respiratory correction tool of the present invention is that the three-dimensionally shaped right and left respiratory correction tool is positioned between the mouth bottom and the tongue, and the tongue is pressed and deformed against the soft palate. The tongue gathered into the soft palate, increased in thickness and lowered the hyoid bone, and the lowered hyoid bone attracted the epiglottis, thus expanding the airway.
In addition, the respiratory correction tool of the present invention is characterized in that it can simultaneously perform a rapid speed of exhalation and inspiration during nasal breathing and a large amount of exhalation and inspiration during mouth breathing. .
That is, the respiratory correction tool of the present invention makes it possible to correct mouth breathing to natural nasal breathing while taking advantage of the characteristics of mouth breathing.

Next, the second effect of the respiratory correction tool of the present invention is to form a right and left three-dimensional structure having a shape and a volume that do not allow the upper dentition and the lower dentition to contact each other, and between the mouth bottom and the tongue. Since the tongue is pressed and deformed to the soft palate, it is applied to the reaction that the upper lip and lower lip are closed by itself, it is not forced to close by physical means, it is natural I was able to achieve nasal breathing.
At this time, the upper lip and lower lip closing is a form that mimics the action of closing the upper lip and lower lip when chewing or swallowing. It applies an unconscious reaction to the positioning of

In addition, the third effect of the respiratory correction tool of the present invention is that it has a right and left three-dimensional structure having a shape and a volume that do not allow the upper dentition and the lower dentition to contact each other, so that the temporomandibular joint is relaxed and normal and neutral. As a result, the tension of the muscle group related to the temporomandibular joint could be removed, and a normal and balanced temporomandibular joint could be realized without applying a forced load.

In addition, the fourth effect of the respiratory correction tool of the present invention is that the temporomandibular joint is formed into a right and left three-dimensional structure having a shape and a volume that do not allow the upper dentition and the lower dentition to contact each other. It was possible to relax each muscle group by leading to the state and to remove the tension of each muscle group such as facial muscle group and masticatory muscle group, correct facial distortion and remove wrinkles.

  In addition, since the fifth effect of the respiratory correction tool of the present invention is formed in an elastic material or structure, the respiratory correction tool can be operated in the oral cavity of the user, and further, when saliva is swallowed Since it was made possible to change, a suitable feeling of use was obtained, and in particular, the use in a lying position during sleep was made suitable.

In addition, the sixth effect of the respiratory correction tool of the present invention is the use of a material that can be freely operated in a state where the tongue is pushed and pressed by the respiratory correction tool. As a result, the tongue muscle group can be strengthened to prevent the tongue from falling into the airway during sleep.
At present, efforts are being made to prevent mouth breathing by strengthening the tongue muscle, but the respiratory correction tool of the present invention is characterized in that it can strengthen the tongue muscle while realizing nasal breathing.
In addition, strengthening of the tongue muscle also corresponds to prevention of aspiration of the elderly.

In addition, the seventh effect of the respiratory correction tool of the present invention can be manufactured in a simple structure at a low cost, so that it can be used in general daily life. In addition, since it can be manufactured at a low cost, it can be used cleanly with the assumption that it will be used up.

Next, bruxism is recognized as a bad oral habit that bothers not only the person but also others, but there is no fundamental therapy and coping therapy is being used. Currently, sprints are widely used for the purpose of usually protecting the tooth part and relieving temporomandibular joint pain.
However, it is a device that only prevents direct contact between the upper and lower teeth, and the teeth are rubbed on the sprint, and the temporomandibular joint and muscle groups are kept in tension, so the basic solution is not reached. In fact, the mechanism of action of splint therapy is not yet fully understood

The eighth effect of the respiratory correction tool of the present invention is to solve the problem of splint therapy, and is made of a material having elasticity and formed into a material or shape that is transformed into a shape that allows the user to swallow saliva. In addition, since the upper and lower dentitions are formed in a right and left three-dimensional structure with a shape and volume that do not contact the dentition, the temporomandibular joint is brought into a neutral state, and each muscle group is relaxed, thereby It is characterized by being able to correct imbalances and distortions normally without using a force.
Furthermore, the maxillary dentition and mandibular dentition do not rub, prevent the development of bruxism during sleep, eliminate the forced stress on the temporomandibular joint, and have a simple structure and maxillary dentition It was realized based on a new viewpoint that does not fix the upper part and the lower dentition.

Snoring is caused by constriction of the upper airway during sleep, accompanied by respiratory movement, and vibrates surrounding tissues when air passes through a narrow portion of the upper airway. Snoring is a breathing noise that occurs in synchronization with breathing motion. When this upper airway constriction further advances to obstruction, breathing stops, obstructive apnea occurs, and sleep apnea bottom respiratory disease syndrome develops.
In daily life, even if there is a nasal occlusion when awakening, breathing does not stop by mouth breathing, but during sleep, while breathing through the nose, which is the original respiratory passage, Breathing stops may occur when there is a nasal congestion.
Currently, the cause of sleep apnea bottom respiratory disease syndrome is due to stenosis and obstruction of the upper airway during sleep. Measures to prevent time apnea have been taken, and the therapeutic effect is highly evaluated.
This device has a structure for forcibly maintaining the anterior orientation of the mandible, and is troublesome when accompanied by a sense of discomfort or pain in the temporomandibular joint when waking up, and is custom-made and expensive.

The ninth effect of the respiratory correction tool of the present invention is that the respiratory correction tool of the present invention is a three-dimensional shape and volume that does not allow the upper dentition and the lower dentition to come into contact with each other. Since it has an equal three-dimensional structure, when the respiratory correction tool of the present invention is positioned in the oral cavity, the temporomandibular joint is guided to the neutral state and relaxed. At this time, the lower jaw applies the action of moving slightly forward, and sleep sprint. Produces the same effect.
Furthermore, since the respiratory correction tool of the present invention is positioned between the bottom of the mouth and the tongue, the deformed tongue is pressed against the soft palate, and the deformed tongue is returned to its original shape. Since the working respiratory correction tool is pushed back, the respiratory correction tool pushes the mandibular part forward. This operation does not forcibly move the lower jaw, which is a function of a general sleep splint, and its action is soft, and there is no problem if the temporomandibular joint is uncomfortable or painful when waking up.

An embodiment of the respiratory correction tool 1 of the present invention will be described with reference to FIGS. 1, 2, 3, and 4. FIG.
FIG. 1 is a perspective view showing an embodiment of the respiratory correction tool 1 of the present invention. 2 is a cross-sectional view taken along line XX in FIG. FIG. 3 is a longitudinal sectional view showing a use state of the present invention. FIG. 4 is a longitudinal sectional view showing the characteristics of a general pharynx.
Embodiments of the present invention will be described below with reference to the drawings. However, the technical idea of the present invention is not impaired, and the present invention is not limited to specific examples.

The respiratory correction tool 1 of the present invention has a three-dimensional shape composed of a material having elasticity, and a material that is harmless to the human body is selected and used in consideration of being positioned and used in the oral cavity 19 of the user. Of course, the use of a synthetic resin is preferred, and a soft material silicone is used. However, other materials may be used, and the present embodiment is not specified or limited.
In addition, the respiratory correction tool 1 of the present invention is entirely composed of a curved surface, and it is natural that an elastic material is selected and used on the assumption that the oral cavity is not damaged.
Moreover, the respiratory correction tool 1 of this invention presupposes that the shape in a user's oral cavity part 19 is not uniform. Moreover, the shape and structure which closely_contact | adhered in the user's oral cavity part 19 are abolished, and it forms using the raw material which has elasticity with the shape and structure which have some play.
Also, multiple sizes selected from shapes that are modeled on the shape and structure of the oral cavity that are generally assumed should be prepared, and selected from the performance and functions of many materials. Is natural. Also, the weight and hardness that match the user's preference are selected and used.
In addition, the respiratory correction tool 1 of the present invention is preferably formed and used in a shape suitable for the user's oral cavity, but the user's oral cavity is not uniform, and its size is left, right, front, back, Naturally, it is formed in a shape that assumes that the temporomandibular joint is in a neutral state by forming the upper and lower parts evenly.
Moreover, you may form the respiratory correction tool 1 of this invention in the solid shape comprised by curved surfaces, such as a spherical shape and a rugby ball shape.
Moreover, the shape, structure, material, etc. described in the present embodiment are not limited or specified.

In the present invention, a large amount of exhalation or inhalation, which is a preferable effect during mouth breathing, is made possible during nasal breathing by enlarging the airway portion 24, and thus unconscious and natural nasal breathing is realized. is there.
The respiratory correction tool 1 of the present invention is positioned between the mouth bottom part 14 and the tongue part 11 and presses the tongue part 11 toward the soft palate part 13, and has a shape and volume that can deform the tongue part 11. It has a three-dimensional structure with equal left and right.
In the present invention, since the respiratory correction tool 1 is positioned in the oral cavity portion 19 and the tongue portion 11 is pressed and deformed toward the soft palate portion 13, the pressed tongue portion 11 lowers the hyoid bone portion 31. Furthermore, since the hyoid laryngeal ligament 32 attracts the epiglottis 38 and presses the mouth cartilage 37, the airway 24 near the laryngeal mouth 27 can be enlarged. This is an increase in the amount of breath in and out.
Next, since the upper dentition part 15a and the lower dentition part 15b were formed in a shape and volume that do not contact each other, the muscle groups related to the temporomandibular joint were relaxed, so that the distortion of the temporomandibular joint could be corrected. .
In addition, since the distortion of the temporomandibular joint was corrected, it was possible to normalize the facial distortion by normalizing the muscle balance of each muscle group related to the temporomandibular joint.
As described above, the respiratory correction tool 1 of the present invention realizes that the breathing is corrected, the temporomandibular joint is corrected, and the balance of the face is normally led.

As shown in FIGS. 1 and 2, the respiratory correction tool 1 of the present invention includes a hard palate contact portion 2 related to the hard palate portion 12, a bottom contact portion 4 related to the bottom portion 14, and a mouth bottom portion 14. The tongue portion abutting portion 3 related to the soft palate portion 13, and the maxillary dentition portion abutting portion 5a and the maxillary dentition portion abutting portion 5b related to the maxillary dentition portion 15a and the mandibular dentition portion 15b.
Further, in this embodiment, a three-dimensional integrally formed product is preferable, but it may be a structure having voids, a structure containing liquid, gas, gel substance, etc. inside, and a framework structure. However, the present invention is not limited or specified by the present embodiment in terms of formation method, material, composition, and shape.
Moreover, what is necessary is just to select and use combining the function, raw material, etc. which were engaged with the internal shape of the user's intraoral 19, and should just not impair the technical idea of this invention.
In addition, the respiratory correction tool 1 of the present invention is formed in a three-dimensional structure having a volume and shape in which the maxillary dentition portion 15 a and the mandibular dentition portion 15 b do not contact, and is positioned between the mouth bottom portion 14 and the tongue portion 11. It is used and is characterized by a three-dimensional structure that can press the tongue 12 toward the soft palate 13.
In addition, it is natural to use a volume, shape, and material that are not accidentally swallowed. As a countermeasure, a method of forming the surface in a corrugated shape and a countermeasure for preventing accidental ingestion such as attaching a string are naturally not specified or limited in this embodiment.

As shown in FIGS. 1 and 2, the tongue contact portion 4 of the respiratory correction tool 1 is formed in a concave shape. The tongue contact portion 4 is formed in a structure that allows the tongue tip portion 16 of the user's tongue portion 10 to contact. In addition, weakening of the tongue muscle group has been pointed out as one of the causes of mouth breathing, and the tongue 11 of a user or the like who has weakened the force to lift the tongue tip 16 is brought into contact with the concave portion to operate it. , It can be strengthened while playing the tongue muscle group.
In addition, since the respiratory correction tool 1 is easily pressed with the tongue 11, the concave part is intended to be moved slightly forward by pressing the lower jaw part, which improves the feeling of use of the respiratory correction tool 1 of the present invention. It is intended.
Moreover, although the tongue contact part 4 of the respiratory correction tool 1 has been shown to be formed in a concave shape, it is not limited to this shape, and the user's preference and the state of the tongue muscle group are taken into consideration. It is preferably formed and is not specified or limited to this embodiment.

As shown in FIG. 3, when the respiratory correction tool 1 of the present invention is positioned in the oral cavity 19, the tongue 11 is pressed and deformed, and the tongue tip 16 comes into contact with the soft palate 13. In this operation, the upper lip portion 26a and the lower lip portion 26b are closed by themselves, so that mouth respiration is prevented by the closed mouth portion.
Furthermore, since the respiratory correction tool 1 of the present invention is formed into a three-dimensional shape having a shape and a volume where the upper dentition portion 15a and the lower dentition portion 15b do not come into contact with each other, The upper lip portion 26a and the lower lip portion 26b are closed by themselves for the effect of leading to the neutral state and the effect of retaining the foreign matter in the oral cavity portion 19.
In addition, when the user swallows saliva, the respiratory correction tool 1 is characterized in that it can be slightly operated in the oral cavity 19, and has a play on the premise that the operation is easy. A material having shape and elasticity is selected and used.

As shown in FIG. 3, the respiratory correction tool 1 of the present invention has a structure and a shape in which the maxillary dentition portion 15 a and the mandibular dentition portion 15 b do not contact each other. This feature is that the maxillary dentition portion 15a and the mandibular dentition portion 15b do not come into contact with each other, so that the temporomandibular joint becomes a neutral state and moves slightly forward.
In addition, the muscle groups related to the temporomandibular joints relax and other muscle groups related to the face, neck, chest, head, etc. relax in conjunction with the relaxed muscle groups, and the facial skin also relaxes in conjunction with it. I was able to.
In addition, the strain of the muscle group related to the distortion of the temporomandibular joint can be removed, so that the distortion of the temporomandibular joint can be corrected.
In addition, the relaxation of the masticatory muscles also promotes the relaxation of the facial muscles, and as a result, the stiff facial distortion was corrected and the facial imbalance was corrected. In addition, a normal and even face allowed a normal temporomandibular joint.

  The operation of the respiratory correction tool 1 of the present invention will be described in order with reference to FIG.

When the respiratory correction tool 1 of the present invention is positioned between the mouth bottom part 14 and the tongue part 11 of the oral cavity 19, and the tongue part 11 is pressed and deformed toward the soft palate part 13, the deformed tongue part 11 becomes the soft palate part. 13 acts to push up 13, and the uvula 18 tilts toward the tongue 11. At this time, since the airway part 24 near the canal palate fold part 22 is enlarged, air can easily pass and breathing can be easily performed.
Although the soft palate portion 13 is slightly lifted by the tongue portion 11, depending on the user, the tongue portion 11 may be unaccustomed to touching the soft palate portion 13 and may cause discomfort. It does not matter whether it touches or not, and the tongue 11 is pressed and deformed toward the soft palate 13 side.

  Next, the tongue portion 11 is pressed by the respiratory correction tool 1 to be deformed toward the soft palate portion 13 and the tongue base portion 17 is lowered. At this time, since the epiglottis portion 38 tilts to the tongue base portion 17, the airway portion 24 in the vicinity of the palatopharyngeal arch portion 23 is enlarged, so that air can easily pass and breathing can be easily performed.

Next, when the tongue tip portion 11 is deformed into a shape located on the soft palate portion 13 side, the hyoid bone portion 31 is lowered and the geniohyoid muscle portion 36 is also dragged and lowered, and further, the geniohyoid muscle portion 35 is moved to the tongue base portion. Since the airway portion 24 that draws 17 is enlarged, air can easily pass and breathing can be easily performed.
At this time, when the hyoid bone portion 31 is lowered, the hyoid epiglottis ligament portion 32 is also drawn to the hyoid bone portion 31 and operates so that the epiglottis portion 38 abuts against the tongue base portion 17, so that the airway near the palatopharyngeal arch portion 23 is enlarged. This makes it easier for air to pass and breathing easily.
Further, when the entire tongue portion 11 is pressed and deformed, the tongue base portion 17 is particularly lowered. At this time, the hyoid bone portion 31 is lowered by the pressing force of the tongue portion 11, and the geniohyoid muscle portion 36 and the genital tongue muscle portion 35. The entire tongue 11 is pressed and lowered while being deformed in conjunction with each other. By this action, the vicinity of the laryngeal mouth part 27 is enlarged, so that air can easily pass and breathing can be performed easily.

In general, the cause of mouth breathing is a complex result of the position and shape of the tongue 11, muscle strength deterioration, and other temporomandibular joint inequalities due to lifestyle habits. Have difficulty.
The present invention corrects so that the operation of deforming the tongue tip 16 into a shape positioned toward the soft palate 13 can be made unconsciously.
When the respiratory correction tool 1 of the present invention is positioned in the oral cavity 19, the internal thyroid cartilage portion 37 is pushed down in conjunction with the lowering operation of the hyoid bone portion 31. The hyoid bone portion 31 is lowered by the pressing force of the tongue portion 11, and the geniohyoid muscle 36 and the genioglossus muscle portion 35 are interlocked and deformed to be pressed and pressed down in the whole tongue portion 11, thereby causing the airway portion 24. Can be confirmed visually and in contact.

At present, interest in mouth breathing is increasing, and it is said to be the cause of important diseases such as apnea syndrome.
The respiratory correction tool of the present invention has been solved based on a new idea of expanding the airway.
The respiratory correction tool of the present invention unconsciously corrects nasal breathing by being positioned in the oral cavity, and corrects the efficiency of breathing by expanding the flow rate of exhalation and inspiration.
In addition, the tongue part is raised so that the tongue muscles are strengthened to prevent aspiration, and the upper and lower dentitions are not brought into contact, so that the temporomandibular joint is relaxed, the temporomandibular disorders are alleviated, and the tension of each muscle group is removed. Therefore, it is effective to make the face uniform and eliminate the frying lines.
In addition, it can be used in daily life and can be manufactured at a low cost with a simple structure.

The perspective view which shows the example of embodiment of this invention. Sectional drawing on the XX line of FIG. The longitudinal cross-sectional view of the use condition of embodiment of this invention. It is a longitudinal cross-sectional view which shows the characteristic of a general pharynx.

1, respiratory correction tool 2, hard palate contact portion 3, tongue contact portion 4, bottom contact portion 5 a, maxillary dentition contact portion 5 b, mandibular dentition contact portion 11, tongue 12 , Hard palate part 13, soft palate part 14, bottom part 15a, maxillary dentition part 15b, mandibular dentition part 16, tongue tip part 17, tongue base part 18, uvula part 19, oral cavity part 21, nasal cavity part 22, ear canal palate fold Part 23, palatopharyngeal arch part 24, airway part 26 a, upper lip part 26 b, lower lip part 27, laryngeal mouth part 31, hyoid bone part 32, hyoid laryngeal ligament part 33, epiglottis part 34, tongue tonsil part 35, mental Tongue muscle 36, geniohyoid muscle 37, mouth cartilage 38, epiglottis

Claims (2)

In a device for correcting breathing, located in the oral cavity 19 of a user,
A hard palate contact portion 2 according to the hard palate portion 12, and
The bottom contact portion 4 according to the bottom 14;
The tongue contact portion 3 from the bottom 14 to the soft palate 13;
It consists of a maxillary dentition contact portion 5a and a mandibular dentition contact portion 5b related to the maxillary dentition portion 15a and the mandibular dentition portion 15b,
It is a right and left three-dimensional structure composed of elastic material,
A structure having a shape and a volume where the upper dentition portion 15a and the lower dentition portion 15b do not contact,
The respiratory correction tool 1 is located between the mouth bottom 14 and the tongue 11. The respiratory correction tool is
The respiratory correction tool 1 according to claim 1, wherein the respiratory correction tool 1 is formed of a structure or a material that deforms into a shape that allows a user to swallow saliva.

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