JP2006345884A - Sticking tooth, and method of varying mouth expression by using the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily deform a row of teeth in a short period of time by attaching artificial teeth to irregular teeth without cutting the teeth and to change the expression of the mouth by pushing up the muscles around the mouth by the artificial teeth. <P>SOLUTION: In the method of varying the mouth expressions by using the sticking tooth, the expression of the mouth of a person is varied by sticking the sticking tooth 1 to a tooth T at a part of an irregular row of teeth. An impression of the irregular row of teeth is formed by using an impression material first (S1), the sticking tooth 1 which forms an appropriate row of teeth by being stuck to the tooth T at a specified part and is provided with prescribed thickness so as to push the muscles of the mouth to an upper outer side for instance is prepared on the basis of the formed impression material (S5), and the prepared sticking tooth 1 is stuck to the tooth T which is the cause of the irregular row of teeth with cement. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an affixing tooth that can change the facial expression of a person's mouth by affixing the teeth of a person to the tooth of the person and a method for changing the facial expression using the same.

  A person's tooth arrangement and tooth shape and color greatly affect the facial expression of the person. The beautiful smile brewed from the person's mouth gives a refreshing, clean and bright image to the people around him. Therefore, a person with an incorrect dentition, so-called poor alignment, often performs orthodontic treatment, tooth cleaning, whitening, and the like as a child.

  Conversely, people with poor tooth alignment and tooth color often feel complex in their mouths. Women in particular felt a strong complex. There are various types of human dentitions that greatly affect facial expressions. For example, there are “disturbed teeth”, “maxillary front teeth”, “opposite bite”, “open bite”, “overlap bite”, “cut bite” and the like.

  Here, the “disturbed teeth” are called “octane teeth, crowding”, and the upper and lower jaws are in a state of teeth that are rattling without the teeth being neatly arranged in an arch. The “maxillary front teeth” are so-called “protruding teeth”, which are in a state of teeth that are easy to break or lip when the teeth are out, with the upper teeth protruding forward. The “opposite bite” is referred to as a so-called “receiver”, and is a state of biting in which the lower teeth come out ahead of the upper teeth. “Open bite” is called “open bite”, which means that the front teeth do not close even though they are biting, and the upper front teeth and the lower front teeth are not engaged with each other and the gap is open. The “overbite bite” is a state where the front teeth are deeply bite and the lower front teeth cannot be seen. “Cut edge occlusion” is a state where the upper and lower front teeth do not overlap and the cut edge and the cut edge collide. When correcting such a tooth arrangement, correction or prosthetic correction has been conventionally performed.

  For example, this orthodontic treatment is a treatment method using a device consisting of a wire and a bracket, and it is an orthodontic method that tends to make a large difference in very delicate parts, such as the power of moving teeth, the angle, the speed of movement, etc. is there. In the case of orthodontic treatment using this wire, there is a problem that a long treatment period of about 3 to 4 years is required. Recently, a method of attaching the wire to the back side of the dentition in order to make the wire inconspicuous has been proposed. However, this backside correction of the dentition requires a more complicated technique.

  Therefore, the inventor of the present invention has a large and small degree of irregularities in the irregular dentition, and when the tooth arrangement is extremely poor, such an dentition correction using the wire is necessary. However, although the facial expression is affected, we focused on the fact that correction with a wire is not always necessary when the unevenness of the teeth is not extreme.

  On the other hand, the inventors of the present invention focused on the fact that a human's irregular dentition greatly affects the muscle groups forming the mouth and the facial expression of the face. For example, as shown in FIG. 17 and FIG. 18, most of the mouth muscles responsible for facial expressions occur from the front of the upper and lower jaw bones, gather toward the nodule just outside the corner of the mouth, and move through it. It spreads to the lips of the sex and is involved in the composition of the mouth muscles. Therefore, although these muscles depend on the tension of the original muscles, they are supported to some extent by the alveolar part and the dentition and maintain their positions and shapes. That is, the facial expression of the person's mouth is formed by the alveolar portion and the dentition.

  For example, when a tooth is lost and absorption of the alveolar portion occurs, the lip recedes, the nasal cleft deepens, and the facial expression changes. Similarly, if the teeth are poorly aligned, the mouth muscles also change, and the aesthetic balance of the face is lost. Furthermore, the upper and lower occlusal relations are also unstable, the contact range of the upper and lower lips is widened, and a large change occurs in the facial expression of the mouth.

A technique for adjusting, improving, or recovering a person who has a bad bite has been proposed. For example, as disclosed in Japanese Patent Application Laid-Open No. 11-206786 of "Patent Document 1", the whole is formed in an elongated plate shape having a desired thickness so that it can be interposed between the back teeth of each person, and the number is small. In both cases, the left and right chewing plates having a cheek plate connected to the outer edge thereof in a substantially T-shaped cross section are integrally formed using a synthetic resin material having elasticity, and the two chewing plates are spaced from each other to the left and right. There has been proposed a meshing adjuster which is configured such that the tip portions are connected together using a connecting line that can be bent, with the gaps arranged side by side.
JP-A-11-206786

In the “bite adjuster” of Patent Document 1, since the muscles around the oral cavity are symmetrically attached to the skeleton, the volume in the oral cavity becomes small and distortion occurs in the balance of muscle movement. There is a change in the size and shape of the eyes, the thickness and shape of the lips, and the face and systemic changes such as the length of the limbs, which causes headaches along with lifestyle movements, It has the effect of improving various symptoms such as stiff shoulders, low back pain, knee pain, or difficulty walking.
The “bite adjustment device” disclosed in Patent Document 1 has a great effect when improving mastication, but it does not change the facial expression that the present invention poses as a problem.

  The present invention has been developed to solve such problems. That is, the object of the present invention is to easily deform a dentition in a short period of time by pressing artificial teeth on artificial teeth by cutting artificial teeth on poorly arranged teeth without cutting teeth. It is an object of the present invention to provide a sticking tooth that can change the facial expression of a person's mouth and a method for changing the facial expression using the same. That

According to the sticking teeth of the present invention, the mouth muscles on the front surface of the upper and lower jaw bones, which occupy most of the mouth muscles responsible for the facial expression of a person's mouth, are pressed from within the oral cavity to vary the facial expression of the mouth. 2) Adhering teeth (1) to be affixed to the teeth (T) of the irregular dentition, the adhering tooth surface part (3) having the same color as human teeth, and the mouth muscles are pressed appropriately. The surface of the sticking tooth main body (2) having such a thickness that an appropriate tooth row is formed, and the back surface of the sticking tooth main body (2) so as to engage with the surface shape of each tooth (T) The sticking tooth | gear characterized by having the sticking surface (4) which formed was provided.
It is preferable to form fine irregularities that improve the adhesive strength of cement on the adhesive surface (4) of the adhesive tooth (1).
A pattern can be formed on the surface of the sticking tooth (3) of the sticking tooth (1).
The sticking tooth (1) is made of plastic or ceramic.

  According to the method for changing the facial expression of the present invention, the facial expression of the mouth using the sticking tooth that changes the facial expression of the person's mouth by sticking the sticking tooth (1) to the tooth (T) in the irregular dentition. First, an improper dentition is shaped using an impression material (S1), and an appropriate dentition is obtained by pasting it on a tooth (T) at a specific site based on the shaped impression material. A sticking tooth (1) that is formed and has a predetermined thickness capable of pressing the mouth muscle from within the oral cavity is created (S5), and the created sticking tooth (1) is used as a tooth that causes the irregular dentition. There is provided a method for changing the expression of the mouth using the sticking teeth, which is sticking (T6) with cement (S6).

The said sticking tooth (1) is stuck on the tooth | gear (T) in the specific site | part of a dentition so that the great zygomatic muscle and the levator ani muscle in the said mouth muscle may be pressed.
Adhering teeth (1) having different wall thicknesses are affixed to the respective teeth (T) in the entire maxillary and mandibular dentition.
For the maxillary and mandibular molars, attach the thicker tooth (1) than the anterior tooth (1) so that the greater zygomatic and levator ani muscles are pressed upward and outward. paste.
When the said sticking tooth (1) is created, it can create, measuring the appropriate thickness and shape of the sticking tooth (1) using a face contour (S3).

In the present invention, the sticking tooth (1) is stuck to the dented tooth (T) of the irregular dentition, and the mouth muscles on the front surface of the upper and lower jaw bones occupying most of the mouth muscles are upward or downward or outward from the oral cavity. The facial expression of the person's mouth can be changed by pressing to. That is, it is possible to improve the change in the mouth muscles caused by the tooth (T) in the specific part of the dentition, and the aesthetic balance of the face is broken. Furthermore, it is possible to stabilize the upper and lower occlusal relations and improve the expression of the mouth without widening the contact range of the upper and lower lips.
In particular, in the present invention, since teeth are not cut, the arrangement of teeth can be corrected easily and in a short time, and the facial expression of a person can be changed.

Since the method of the present invention does not use a wire and a bracket, it does not require a long period of 2 to 3 years, and various facial expressions are created by changing the sticking teeth (1). It is also possible to do.
Furthermore, since it is affixed to the front surface of the dentition, not only the direction and shape of the teeth can be changed, but also the dull teeth can be finished into white teeth.

  The present invention applies a sticking tooth to a tooth in a recessed part of an irregular dentition, presses the mouth muscle of the oral cavity from the mouth with this sticking tooth, and relaxes the tension of the mouth muscle. This is an affixing tooth and a variable method for changing the facial expression of the mouth.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a flowchart showing a method for changing the expression of the mouth using the sticking teeth of Example 1 of the present invention. FIG. 2 shows the shaping of the maxillary dentition and is a state diagram seen from below. FIG. 3 is a state diagram of the upper and lower jaw dentitions in a state where the upper and lower jaws are aligned from the front.
In the method for changing the expression of the mouth using the sticking tooth of the present invention, first, as shown in FIGS. 2 and 3, the irregular tooth row is shaped using an impression material (S1). In this human dentition, both back teeth (molars and molars) are slightly recessed inward, as is apparent in the patterning of the upper and lower jaw dentitions in FIG. This dent greatly affects the facial expression of the mouth.

FIG. 4 is a state diagram of the state where the sticking teeth are fitted to the mold of the maxillary dentition as seen from below. It is the state figure which looked at the state which match | combined the state which stuck the sticking tooth | gear with the upper jaw dentition from the front in the shaping of the upper and lower jaw dentition of FIG.
Next, based on the shaped impression material, an incorrect tooth row is measured (S2), and a sticking tooth 1 for sticking to the tooth T at a specific site is created (S5). About this sticking tooth 1, a predetermined shape and thickness are measured so as to press the mouth muscle of the mouth from the inside of the mouth (S4), and a shape that compensates for it is created (S5). That is, it has a shape and thickness so that an appropriate dentition is formed by pasting on the dented tooth T of the irregular dentition. As thickness of the sticking tooth 1, the range of 0.5-3 mm was many.

FIG. 6 is an enlarged cross-sectional view showing an example of the sticking tooth of the present invention, wherein (a) shows the sticking tooth for the front tooth, and (b) shows the sticking tooth for the molar.
The sticking tooth 1 of the present invention is made of a material such as plastic or ceramic provided with a sticking tooth surface portion 3 on the surface of the sticking tooth main body 2 and a sticking surface 4 on the back surface thereof. The sticking tooth main body 2 is a portion having a thickness enough to press the mouth muscle from the oral cavity to the dented tooth T of the human irregular dentition and form an appropriate dentition. An adhesive tooth surface portion 3 having the same color as the other teeth T was formed on the surface side of the adhesive tooth body 2. Moreover, the sticking surface 4 which formed the copying surface so that it might engage with the surface shape of the dented tooth T was formed in the back surface of the sticking tooth main body 2. FIG.
In this way, the adhesive tooth 1 for molars has a main function of pushing up the mouth muscles from the inside of the mouth, and the adhesive tooth 1 for the front teeth reflects external light to brighten the dentition, that is, the mouth. Is the main function.

FIG. 7 shows an example of creating an adhesive tooth according to the present invention. (A) is an enlarged cross-sectional view of a state in which the adhesive tooth is attached to a slightly dented tooth, and (b) is an indented state. It is an expanded sectional view of the state which sticks a sticking tooth on a tooth.
The thickness of the sticking tooth 1 of the present invention is determined in accordance with the state of the tooth T to which the sticking tooth 1 is stuck. When this affixed tooth 1 is affixed to the dented tooth T of the irregular dentition, it is formed so as to have a protruding amount to the extent that the mouth muscle on the front surface of the maxilla and mandible occupying most of the mouth muscle is pressed from within the mouth To do. For example, as shown to Fig.7 (a), when the tooth | gear T is in the state where it was dented a little, what the paste-tooth main body 2 formed thinly is sufficient. On the contrary, as shown in FIG. 7B, when the tooth T is greatly dented, the sticking tooth body 2 is thick and gradually thickens in the direction of the front end (lower end) or the rear end (upper end). To form.

  The purpose of the sticking tooth 1 of the present invention is not only to justify the incorrect dentition, but also to stick the sticking tooth 1 to the dented tooth T to change the facial expression of the person's mouth. Therefore, the shape and thickness of the sticking tooth 1 are important. From the state where the sticking tooth 1 is fitted to the mold shown in FIG. 4 or FIG. 5, the shape is specified while assuming the facial expression of the person's mouth. For example, the sticking tooth 1 can be created while measuring the appropriate thickness and shape of the sticking tooth 1 using the face contour lines (S3). For example, the thicker teeth 1 than the front teeth 1 are affixed to the maxillary and mandibular molars so as to press the greater zygomatic muscle and the angle levator ani upward and outward.

  The sticking tooth 1 created in this way sticks to the tooth T that causes an irregular dentition with cement. For example, the sticking tooth 1 is stuck on the tooth T in the specific part where the dentition is recessed so as to press the levator levator muscle in the mouth muscle. Thereby, in this invention, without cutting a tooth, by attaching the sticking tooth 1 to the specific tooth T with which the irregular dentition dented, the dentition can be deformed easily and in a short time, and the facial expression of the person's mouth Can be changed. In this invention, since it is a method which does not use a wire and a bracket, it does not require a long period of 2 to 3 years, and it is also possible to foster a different facial expression by changing the adhesive tooth 1 is there.

  The sticking tooth 1 of the present invention is stuck to a tooth T at a specific part of the maxillary or mandibular dentition so as to press the large zygomatic and levator ani muscles in the mouth muscle. Or the sticking tooth | gear 1 from which the thickness differs is affixed to each tooth | gear T in the whole dentition, respectively. Thus, when pasted on the entire dentition, not only the direction and shape of the teeth are changed, but the dull teeth can be finished into white teeth. Moreover, it becomes difficult to peel by forming the fine uneven surface which improves the sticking power of cement on the sticking surface 4 of the sticking tooth 1, and the stable mounting | wearing is attained.

  In addition, a pattern can be formed on the sticking tooth surface portion 3 of the sticking tooth 1. For example, affixing the adhering tooth 1 on which the predetermined pattern is drawn on the adhering tooth surface part 3 or the adhering tooth 1 on which a sheet-like object on which the pattern is drawn is affixed to one or several front teeth. Is also possible.

  In the present invention, the sticking tooth 1 is thus stuck to the dented tooth T of the irregular dentition, and the muscles at the front of the upper and lower jaw bones that occupy most of the mouth muscles are pushed upward and outward when the upper jaw. When the lower jaw is pressed, the facial expression of the person's mouth can be changed by pressing downward. That is, it is possible to improve the change in the mouth muscle caused by the dented tooth T of the irregular dentition and the aesthetic balance of the face is broken. The facial expression can be improved without being involved in the upper and lower occlusal relationships.

FIG. 8 is a state diagram in which the sticking teeth of the present invention are partly stuck to the mold. FIG. 9 is a state diagram showing the sticking teeth stuck on the mold shown in FIG.
The sticking tooth 1 of the present invention sticks only to the dented tooth T of the dentition. For example, as shown in FIG. 8, it sticks partially on a canine tooth, a 1st premolar, and a 2nd premolar. The canines and the first premolars are portions that greatly affect the mouth muscles, as shown in the explanatory view showing the direction of the muscle bundle in FIG.
On the contrary, with the tooth T which dented the thick sticking tooth 1, the thin sticking tooth 1 is stuck also to the tooth T which is not dented, and these sticking teeth 1 are stuck to the whole dull tooth T of the front. By doing so, you can finish white teeth at the same time that the facial expression changes.

FIG. 10 to FIG. 16 show the state of the mouth before sticking (a) and the state of the mouth after sticking (b) by the mouth expression variable method using the sticking teeth of the present invention. .
Next, an embodiment of a method for changing the expression of the mouth using the sticking tooth of the present invention will be described.
[Attachment example (1)]
FIG. 10 is an example (1) of sticking that shows the expression of the mouth of a male in the first half of age 40. (a) is the state before sticking, and (b) is the state after sticking.
In this pasting example (1), the pasting tooth 1 of the present invention was pasted on the entire maxillary dentition. The sticking tooth 1 of the present invention was pasted. As shown in the state diagram after sticking, the expression on the mouth looks soft. Furthermore, the metal crown that was visible in the upper premolar second premolar of FIG. 10 (a) was no longer visible, and the face looked clean.

[Attachment example (2)]
FIG. 11 is a sticking example (2) showing the expression of the mouth of a woman in the first half of 20 years old, (a) is the state before sticking, and (b) is the state after sticking.
In this pasting example (2), the pasting tooth 1 of the present invention was pasted on the entire maxillary dentition. The tetracycline coloring that was visible in the state diagram before sticking in FIG. In addition, the impression of the mouth became brighter.

[Attachment example (3)]
FIG. 12 is a pasting example (3) showing the expression of the mouth of a late 40-year-old male. (A) is a state before pasting, and (b) is a state after pasting.
In this sticking example (3), the sticking tooth 1 of the present invention was stuck to the entire maxillary dentition. The darkness on the right side of the face disappeared due to the sticking tooth 1 stuck to the first and second premolars, which was conspicuous in the state diagram before sticking in FIG. The face is no longer distorted, and the whole tooth appears white and looks youthful.

[Attachment example (4)]
FIG. 13: is an example (4) of sticking which shows the facial expression of a 40-year-old woman, (a) is the state before sticking, (b) is the state after sticking.
In this sticking example (4), the sticking tooth 1 of the present invention was stuck to the entire upper dentition. As shown in FIG. 13 (b), the distortion of the corner of the mouth disappeared, and the mouth became tight.

[Attachment example (5)]
FIG. 14 is an example (5) of sticking that shows the expression of the mouth of a woman in the first half of the age of 20, where (a) shows the state before sticking and (b) shows the state after sticking.
In this sticking example (5), the sticking tooth 1 of the present invention was stuck to the entire upper dentition. In the state diagram of FIG. 14 (a), the first teeth, second incisors, first and second premolars, which were conspicuous, have the mouth corner raised and the entire face appears to be tightened. Became.

[Attachment example (6)]
FIG. 15 is an example (6) of sticking that shows the expression of the mouth of a woman in the first half of the age of 20, where (a) shows the state before sticking and (b) shows the state after sticking.
In this pasting example (6), the pasting tooth 1 of the present invention was pasted on the entire maxillary dentition. As shown in FIG. 15 (b), the mouth is brilliant.

[Attachment example (7)]
FIG. 16: is an example (7) of sticking which shows the expression of the mouth of a woman in the first half of 20 years old, (a) is the state before sticking, (b) is the state after sticking.
In this sticking example (7), the sticking tooth 1 of the present invention was stuck to the entire upper dentition. As shown in FIG. 16B, the darkness of the mouth could be erased by hiding the double teeth.

  In addition, this invention is not limited to embodiment of the invention mentioned above, It does not cut a tooth | gear, By attaching the artificial sticking tooth 1 to the tooth T with bad tooth arrangement, a dentition can be carried out easily and in a short time. If it is a method that can change the facial expression of a person's mouth by deforming and pressing the surrounding muscles of the oral cavity with the sticking teeth 1, it is not limited to the configuration shown in the figure, and does not depart from the gist of the present invention. Of course, various changes can be made within the range.

  The sticking tooth of the present invention and the method of changing the mouth expression using the same do not require cutting of the tooth, so that the sticking tooth is temporarily stuck and then used as a removable tooth for photography. It can be used for applications.

It is a flowchart which shows the variable method of a mouth expression using the sticking tooth | gear of this invention. It is a state diagram showing the shaping of the maxillary dentition and seen from below. It is the state figure which looked at the thing of the state which matched up-and-down of the upper and lower jaw tooth arrangement from the front. It is the state figure which looked at the thing of the state which stuck the sticking tooth to the shaping of the upper dentition. It is the state figure which looked at the state which put together the state which stuck the sticking tooth to the upper jaw dentition from the front and lower in the model of the upper and lower jaw dentition. It is an expanded sectional view which shows an example of the sticking tooth of this invention, (a) is the sticking tooth for front teeth, (b) is the sticking tooth for molars. The example of preparation of the sticking tooth of this invention is shown, (a) is an expanded sectional view of the state which sticks a sticking tooth to the tooth of a slightly dented state, (b) is a state of being greatly dented It is an expanded sectional view of the state where a sticking tooth is stuck on a tooth. FIG. 8 is a state diagram in which the sticking tooth (1) of the present invention is partly stuck to the mold. FIG. 9 is a state diagram showing the sticking teeth stuck on the mold shown in FIG. It is the pasting example (1) which shows the expression of the mouth of a 40-year-old first half male, (a) is the state before sticking, (b) is the state after sticking. It is the pasting example (2) which shows the facial expression of a woman in the first half of 20 years old, (a) is the state before pasting, (b) is the state after pasting. It is the pasting example (3) which shows the facial expression of a 40-year-old male, (a) is the state before sticking, (b) is the state after sticking. It is the pasting example (4) which shows the facial expression of a 40-year-old female, (a) is the state before sticking, (b) is the state after sticking. It is the pasting example (5) which shows the facial expression of a woman in the first half of 20 years old, (a) is the state before pasting, (b) is the state after pasting. It is the pasting example (6) which shows the facial expression of a woman in the first half of 20 years old, (a) is the state before pasting, (b) is the state after pasting. It is the pasting example (7) which shows the facial expression of a woman in the first half of 20 years old, (a) is the state before pasting, (b) is the state after pasting. It is explanatory drawing which shows the state of the muscle bundle which converges on the nodule outside a corner of the mouth. It is explanatory drawing which shows the direction of the muscle bundle which converges on the nodule outside a corner of the mouth.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Adhesive tooth 2 Adhesive tooth main body 3 Adhesive tooth surface part 4 Adhesive surface T Teeth S1 Type-drilling S2 Measurement of irregular dentition S3 Face contour measurement S4 Measurement of the shape and thickness of an adhesive tooth S5 Creation of an adhesive tooth S6 Cement sticking

Claims (10)

In order to press the mouth muscles in front of the upper and lower jaw bones, which occupy most of the mouth muscles responsible for the facial expression of the person's mouth, from inside the oral cavity, the teeth of the irregular dentition (T) Adhering teeth (1) to be applied to
A sticking tooth surface portion (3) having a color similar to a human tooth;
A sticking tooth body (2) having a thickness to the extent that an appropriate dentition is formed by pressing the mouth muscle;
An affixing surface (4) in which a copying surface is formed on the back surface of the affixing tooth body (2) so as to engage with the surface shape of each tooth (T);
An affixing tooth characterized by comprising. The sticking tooth according to claim 1, wherein fine unevenness for improving the sticking power of cement is formed on the sticking surface (4) of the sticking tooth (1). The sticking tooth according to claim 1, wherein a pattern is formed on the sticking tooth surface portion (3) of the sticking tooth (1). The sticking tooth according to claim 1, wherein the sticking tooth (1) is made of plastic. The sticking tooth according to claim 1, wherein the sticking tooth (1) is made of ceramic. A method of changing the facial expression using an adhesive tooth that changes the facial expression of a person by applying the adhesive tooth (1) to the tooth (T) in the irregular dentition,
First, using an impression material, the irregular dentition is shaped (S1),
Based on this shaped impression material, affixed teeth (1) having a predetermined thickness that can be applied to teeth (T) at specific sites to form an appropriate dentition and press the mouth muscles from the oral cavity. Create (S5)
A method for changing the expression of the mouth using the sticking tooth, wherein the sticking tooth (1) thus created is stuck to the tooth (T) causing the irregular dentition with cement (S6). The tooth according to claim 6, wherein the affixing tooth (1) is affixed to a tooth (T) in a specific part of the dentition so as to press the greater zygomatic and levator ani muscles in the mouth muscle. A method of changing the facial expression by straightening the rows. 7. The method of changing the mouth facial expression by orthodontic correction according to claim 6, wherein each of the teeth (T) in the entire maxillary and mandibular dentition is affixed to each of the teeth (1) having different thicknesses. . For the maxillary and mandibular molars, attach the thicker tooth (1) than the anterior tooth (1) so that the greater zygomatic and levator ani muscles are pressed upward and outward. The method of changing a mouth expression according to orthodontics according to claim 7, wherein: The said sticking tooth (1) is created while measuring the appropriate thickness and shape of the sticking tooth (1) using facial contour lines (S3). , 8 or 9 orthodontic correction of mouth expression.