JP2016063940A - Face muscle training tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a face muscle training tool surely giving contact stimulus to the mouth corners so as to improve and promote smile consciousness and phonation, and allowing a user to continue training of mimetic muscles with pleasure as a face contact member simply and conveniently usable.SOLUTION: A face muscle training tool is constituted from: a mounting member 10 to be detachably mounted on the head or face; and a mouth corner contact tool 7 which contacts the outside or inside of the mouth corner, or the rear edge of the mouth corner to be the mouth edge of the lip depth side of the mouth corner when mounting the mounting member 10 on the head or face.SELECTED DRAWING: Figure 9

Description

  The present invention relates to a facial muscle training tool that uses a mouth corner contact tool as a face contact member in contact with and holds the mouth corner portion by a mounting member.

Conventionally, the utterance training apparatus used for training for expanding the range of voice (ground voice) is already known as disclosed in Patent Document 1. This utterance training device is configured by connecting two nipping portions within a range of 5 to 20 mm in thickness in a U-shape in a plan view by connecting the extending portions, so that the entire two nipping portions are formed on the mouth. While being inserted, both are bitten simultaneously by the upper, lower, left and right back teeth, and the voice training is performed so as to widen the range of the voice while the both extended portions are projected and held outside the front lip.
Moreover, what is shown by patent document 2 is already well-known for the speech practice tool which practice | generates practice in the state which put the drop-shaped oral cavity body in the oral cavity.

  On the other hand, as a simple pinch tool introduced on TV, the Internet, books, etc., a tongue stick as a pinch tool that can be held sideways behind the mouth and its training method are introduced in Non-Patent Document 1, for example. As is already known. This tongue stick is obtained by cutting a cylindrical wooden stick having a diameter of about 1 centimeter into a length of 14 to 15 centimeters. It is said that it is effective to repeatedly utter various phrases such as “Distribution” and “Okinoki Chestnut Tree”. Also, if you bite with a chopstick or knife as a tongue stick, it will naturally become a smile training that raises the corner of the mouth. At this time, if you practice utterance with “Aiueo” etc., facial facial muscles such as the mouth corner muscle and the mouth ring muscle ( Aiming to be a bright smiling beauty with beautiful smile habits and a beautiful mouth while training the facial muscles, and also giving smiles and a comfortable impression to others through beautiful pronunciation conversations, human relations through beauty, health and human resource development It is said that the business will be promoted with good results (proposed by Mr. Miyako Hirabayashi and Mr. Akira Fukuzawa in Non-Patent Document 1).

Various trainings that are effective for facial muscle movement promote the increase in blood flow to the hippocampus, which activates blood flow in the brain based on brain science knowledge. Proposed to be effective. Furthermore, in recent brain research, it has been reported in the media and on television that "the movement and consciousness to raise and expand the corner of the mouth is a smile for the brain and recognizes that it is now happy." Yes. This is because, as in "People are happy because they are laughing (becoming a smile), not laughing (becoming a smile)," the philosopher Alain has proposed in the philosophy of happiness. It is said that when a smile stimulus is consciously given, the brain that receives the smile signal will be happy, because I will be happy and accumulate happiness information in the subconscious.
On the other hand, in the field of sports science that has been advocated in recent years, it has been proved that athletes who practiced with a smile in the Olympic sprint run led to record updates, and in other fields of exercise, training and practice as well. Research is being carried out on a methodology that makes it easier to practice training with a relaxed consciousness in a smiling state that eliminates unnecessary tension and attachment. According to this sports theory, since it is difficult for ordinary people to consciously maintain a smile during exercise, a tool for creating a smiling state is desired. In this way, the importance of training to maintain a smiling state has been pointed out from the subconscious knowledge.

Japanese Patent Laid-Open No. 10-293528 Japanese Utility Model Publication No. 62-81975

Book "Wise Men's Talk" (published by Gentosha Inc.), pages 124 and 125, pages 146 and 147

  The vocal training apparatus shown in the above-mentioned Patent Document 1 is excellent as a tongue stick that widens the range of the voice by putting the nipping portions formed at both ends of the U shape into the mouth and biting with the back teeth. However, since this tongue stick is U-shaped in a plan view and flat in a side view, the tongue stick raised during training is temporarily taken out from the mouth depending on the purpose and convenience, and is used on a desk or a washstand. When you start training again after placing it on a nearby pedestal (hereinafter referred to as the floor surface) at the place of use, etc., the tongue stick is soiled by the chewing part wet with saliva coming into contact with the floor surface. Since it is in a state with filthy feeling, there are drawbacks such as having to stop training and re-use it after washing, or prepare another sliding stick and continue re-training.

  In addition, the tongue stick of Patent Document 1 has a U-shaped extension that opens the lips and protrudes forward, and the speech practice tool of Patent Document 2 also has a cover and a protrusion protruding forward from the oral cavity. Therefore, when using the above training, for example, when studying or reading on a desk, reading a newspaper, or performing various physical activities such as walking, jogging or sports, or performing any daily work such as kitchen or cleaning In addition to the fact that the protruding part protruding in front of the mouth enters the field of view, there is a drawback that the nipping position is shifted as the jaw moves. In particular, the tongue stick of Patent Document 1 has a shape in which the extension part protrudes forward with the front lip always open, so that smooth tongue (voice production) training that combines the vertical movement of the lips and tongue is performed. Difficulty in breathing, difficulty in training facial muscles such as mouth and muzzle muscles that greatly affect smiles and smiles, and weak stimulation of mouth corners makes it difficult to maintain training consciousness Therefore, there is a problem that it is not suitable for the habit of smiling.

  On the other hand, the tongue stick introduced in Non-Patent Document 1 is straight, and the outer non-chipping parts on both outer sides of the mouth are sideways (left and right direction) and the outer non-chucking parts on the outer side of the mouth are held. The lip is closed and uttered with the outer peripheral surface of the outer non-chewing portion of the tongue stick in contact with the rear edge of the mouth corner as the mouth contact shaft. It can be applied to the face muscles through contact at the corners of the mouth and trained to soften the muzzle muscles. There is an advantage that a breathing method can be performed together.

  However, straight tongue sticks such as cylindrical wooden sticks and chopsticks are used only to move their voices and lips while holding them in their mouths. In addition to moving away from the corner of the mouth and losing the sense of contact with the corner of the mouth, there are disadvantages such as insufficient tongue practice at this position. In other words, when the straight conventional tongue stick is held in the mouth and touches the corner of the mouth, the inner non-chipping portion located between the left and right chewing portions sandwiched between the back teeth of the upper and lower dentitions, To control the vertical movement of the tongue by touching the base side surface of the tongue in a pressed state, located on the upper side of the base of the tongue (hereinafter simply referred to as the base side of the tongue) on the back side of the mouth There is a drawback that makes it difficult to continue long speech training. As a result, the effect of losing the mouth contact stimulation and reducing the smile and facial muscle training effect, the vertical movement of the tongue being restricted by the stick and the vertical movement of the jaw being suppressed, and the training being interrupted and shifted to the front side Frequently requires a re-chipping movement to correct the return of the tongue-to-stick to the proper position, which makes it difficult and difficult to use the tongue-to-stick for a long time, and makes you tired of training. There are problems such as being easy to accompany.

In addition, when the training is temporarily stopped and then resumed, the user once puts the tongue stick wet with saliva on the floor and then picks it up again. In addition, there is a problem in that it is necessary to clean the unclean chewing portion, and the training cannot be continued due to its complexity and troublesomeness because it cannot be quickly reused. Also, when you want to train using other work (reading, exercise, work, etc.) time, the chewing position will shift to the front side and cause a sense of incongruity only with the structure and usage of the straight tongue stick. In addition, since the proper contact stimulus to the outer skin part of the corner of the mouth is not continuously applied, there is a problem that it is insufficient for facial muscle training that places importance on smiles and smooth tongues.
Therefore, the present invention is a face contact member that can be used easily and hygienically with convenience, and that can reliably give contact stimulation (smile signal) to the corner of the mouth and improve smile awareness and utterance. An object of the present invention is to provide a facial muscle training tool that can easily continue training of facial muscles.

  In order to solve the above problems, the facial muscle training device of the present invention firstly has a mounting member 10 for detachably mounting on the head or face, and the mounting member 10 mounted on the head or face. It is characterized by comprising a mouth corner contact tool 7 that comes into contact with the outer corner of the mouth corner, the inner edge of the mouth corner or the rear edge of the mouth corner that becomes the mouth edge of the mouth corner.

  Secondly, the mouth contactor 7 is formed as an outer contact piece 7a that is contacted from the outside of the mouth corner or an intraoral contact piece 7b that is contacted from the inside of the mouth corner, and is bitten into the mouth contactor 7 by the back teeth. It is characterized by providing a biting body 2 having a biting portion 2a.

  Thirdly, the mouth corner contact tool 7 or the biting body 2 is provided integrally or detachably on a vine portion 10b provided on the left and right sides of the mounting member 10 toward the mouth corner portion.

  Fourthly, the outer contact piece 7a that makes the mouth contactor 7 contact from the outside of the mouth corner, the inner contact piece 7b that makes contact from the inside of the mouth corner, and the lip contact shaft that makes contact with the rear edge of the mouth corner between them. It is formed by the part 7c.

  Fifth, the mouth corner contact tool 7 or the biting body 2 is provided on the mounting member 10 via the mounting means 9 so as to be rotatable around the mounting axis.

  Sixth, a pillow portion 3 (8 m) that prevents the mouth contact piece 7 or the biting body 2 or the mounting member 10 from contacting the floor surface A with the biting portion of the mouth contact piece 7b or the biting body 2 that gets wet with saliva. ).

  Seventh, the mounting member 10 is attached to the lateral connecting member 10c for traversing the front of the nose, the upper part of the head or the rear or the front or the lower part of the jaw, and both end portions of the lateral connecting member 10c to make contact with the corner of the mouth. It is characterized by comprising mounting means 9 for detachably mounting the tool 7.

  Eighth, the eyeglass frame portion 45 is provided on the mounting member 10, and the eyeglass frame portion 45 is provided with training assisting means for assisting speed reading training, eye training, speech training, or the like.

  Ninth, the mounting member 10 is a coating member made of a mask 10 detachably mounted on the face or an adhesive tape or sheet, and the mouth contactor 7 is attached to the coating member. .

  Tenth, a voice device for assisting facial muscles and utterance training by voice, or facial muscle stimulation imparting electrical or dynamic stimulation to the facial muscles to the mounting member 10 or the mouth contactor 7 or the chewing body 2 It is characterized by providing training assisting means comprising means, facial muscle movement means 40 for applying a dynamic vibration load to facial muscles, fragrance means for generating beneficial incense, or auxiliary equipment 6 such as treatment equipment. .

  According to the first aspect of the present invention, when the mounting member is detachably mounted on the head or face, and when the mounting member is mounted on the head or face, the outer or inner corner of the mouth corner or the mouth corner Since it is composed of the mouth corner contact tool that contacts the mouth corner rear edge, etc., which is the mouth edge on the back of the lips, the mouth contact tool can be properly held in the mouth corner by the mounting member, so it contacts the mouth corner Stimulation can be reliably applied to facilitate facial muscle training, vocal training, and the like. In addition, the user can maintain the smile consciousness that raises the corner of the mouth by the contact stimulus applied to the corner of the mouth and can easily maintain the training described above, so that the smile activity and the tongue activity can be promoted to improve life. Can do.

  According to the invention of claim 2, the mouth corner contact tool is formed as an outer contact piece to be contacted from the outside of the mouth corner portion or a mouth contact piece to be contacted from the inside of the mouth corner portion, and the mouth corner contact tool is bitten by back teeth. By providing a chewing body having a chewing portion for pinching, voice training using the chewing body can be performed easily and efficiently in accordance with facial muscle training with a mouth-corner contact tool, and the synergistic effect of both trainings is enhanced. be able to. In addition, after training, the user is strongly accompanied by the afterglow of the contact sensation due to the contact stimulus to the corner of the mouth, so that the refreshing feeling and satisfaction of the refreshing and pleasant feeling are maintained, and it is difficult to get tired of continuing training. Can do.

  According to the invention of claim 3, the mouth contactor or the bite body is provided on the vine provided on the left and right sides of the mounting member toward the mouth corner so as to be integrated or detachable so that the head can be stably attached to the head. Since it is possible to stably hold the mouth corner contact tool or the biting body with the proper contact posture at the mouth corner portion through the hanging portion from the mounting member to be mounted, various trainings can be easily performed, and the mouth contact tool. Alternatively, it is possible to efficiently train for a long time by preventing the displacement of the biting body. In addition, the facial muscle training device provided with the mounting member of the glasses vine portion mode enables mass production using the vine technology for manufacturing glasses, so that the conventional glasses technology industry that is easily limited to only glasses applications. The field also has features such as facilitating the additional construction of vine use technology for facial muscle training related to the creation of beauty, health and human resource development culture, and enabling the creation of new business field industries in the eyeglass industry. .

  According to the invention of claim 4, the mouth contactor is contacted from the outside of the mouth corner portion, the mouth contact piece to be contacted from the inside of the mouth corner portion, and the mouth edge that is brought into contact with the mouth corner trailing edge between both. By forming with the contact shaft portion, various contact stimuli by the outer contact piece, the intraoral contact piece, and the lip contact shaft portion are given to the corner portion of the mouth, so that facial muscle training can be performed effectively. In addition, since the mouth corner contact tool can be attached to the corner portion of the mouth without difficulty, contact holding can be ensured even with a simple mounting member. As a result, it is possible to use the mouth contact device in a cantilevered state on the mounting member, and there are advantages such as creating a simple and lightweight structure and a facial muscle training device that is easy to handle.

  According to the invention of claim 5, the mouth contactor or the bite body is provided on the mounting member so as to be rotatable around the mounting axis via the mounting means, whereby the mouth contactor or the bite supported by the mounting member. The main body can be touched without difficulty according to the shape of the face and mouth and the movement of the jaw through the attachment means 9.

  According to the invention of claim 6, by providing the mouth corner contactor or the chewing body or the mounting member with the pillow part for preventing the contact between the mouth contact piece or the chewing body wet with the saliva of the chewing body and the floor surface, When temporarily placing the facial muscle training device on the floor, the pillow part touches the floor and the biting part wetted with the mouth corner contact tool or saliva of the chewing body is separated from the floor surface. Thus, the portion wetted with saliva can be used hygienically without being soiled by contact with the floor surface, and training can be facilitated.

  According to a seventh aspect of the present invention, the mounting member is attached to a lateral connection member that traverses the front of the nose or above or behind the head or the front or bottom of the jaw, and both ends of the lateral connection member. By configuring it with attachment means that detachably attaches the mouth corner contact tool, the facial muscle training tool has a simple structure that is easy to handle, and it is easy to simply touch the mouth corner contact tool to the left and right mouth corners from both sides. Can be used. In addition, it is possible to facilitate exchange and attachment / detachment of the corner contact tool with respect to the horizontal connecting member.

  According to the invention of claim 8, the wearing member is provided with a spectacle frame part, and the spectacle frame part is provided with a training assisting means for supporting speed reading training, eye training or vocal training, so that a mouth contactor or the like is used. Thus, it is possible to easily improve the training effect by the information from the training substituting means for facial muscle training and vocal training performed.

  According to the invention of claim 9, the mounting member is a coating member made of a mask or adhesive tape or sheet that is detachably mounted on the face, and by attaching a mouth contactor to the coating member, The coating member used for wearing facilitates training of facial muscles and utterances that reliably apply contact stimulation by pressing the corner contact tool against the corner of the mouth. In addition, the facial muscle training tool with a wearing member as a mask can cover the mouth while securely holding the mouth corner contact tool, so various training figures can be seen without worrying about human eyes, place, time, etc. It can be easy to do anywhere at any time.

  According to the invention of claim 10, the mounting member or the mouth contactor or the bite body is a voice device for assisting facial muscles or vocal training with voice, or a facial muscle for applying electrical or dynamic stimulation to the facial muscles. By providing a training subsidizing means comprising a stimulus applying means, a facial muscle movement means for applying a dynamic vibration load to the facial muscles, an aroma means for generating beneficial incense, or an auxiliary device such as a treatment device, etc. In addition to objective effects such as training and vocal training, the objective effects by the training support means can be obtained in a fusional manner. And it can make it easy to continue the use of various translations of facial muscle training tools and biting tools, facial muscle training and vocal training.

1 is an overall side view showing a facial muscle training device according to the present invention. FIG. 1 shows a biting tool attached to the facial muscle training tool of FIG. 1, (a) is a partially broken front view showing the entire configuration of the biting tool, (b) is a cross-sectional view taken along line aa in (a), (C) is the bb sectional view taken on the line of (a), (d) is a side view which shows the face contact part in the cc line position of (a). It is a front view which partially fractures and shows the whole structure which concerns on other embodiment of a clamping tool. It is a front sectional view which shows the whole structure which concerns on other embodiment of a clamping tool. It is a front view which shows another use aspect which provides and uses a corner | angular contact tool in a biting tool. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a sectional side view which shows the usage condition of FIG. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. The other functional glasses attached to the facial muscle training device of FIG. 10 are shown, (a) is an overall perspective view, and (b) is a side sectional view of (a). It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. The mouth angle contact tool and attachment means which can be attached to the facial muscle training tool of FIG. 12 are shown, (a) is a plane sectional view, and (b) is a plane sectional view showing another embodiment. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. The mouth angle contact tool and attachment means which can be freely attached to the facial muscle training tool of FIG. 14 are shown, (a) is a side view, (b) is a plane sectional view of (a). The other embodiment of a corner contact tool is shown, (a) is a side view, (b) is a plane sectional view. The other embodiment of a mouth contact tool is shown, (a) is a front perspective view, (b) is a top view which shows the use condition which mounted | wore the left and right mouth contact tools in a mouth corner. It is a top view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a top view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a perspective view which shows the facial muscle training tool which concerns on other embodiment of this invention. It is a side view which shows the facial muscle training tool which concerns on other embodiment of this invention. The facial muscle training tool which concerns on other embodiment of this invention is shown, (a) is a perspective view, (b) is sectional drawing which shows the attachment structure of a pinch tool, (c) is sectional drawing which shows another attachment structure. It is.

  Embodiments of the facial muscle training device 1 according to the present invention will be described below with reference to the drawings. The facial muscle training device 1 according to the first embodiment shown in FIG. 1 and FIG. 2 has a biting portion 2a that pinches the upper, lower, left, and right back teeth while holding it sideways in the mouth, and is positioned outside the biting portion 2a. Then, a clasp (sliding tongue) 1a composed of a rod-shaped biting body 2 having an outer non-chipping portion 2s as a mouth corner trailing edge contact portion that contacts a rear edge of the mouth corner portion (hereinafter simply referred to as a mouth corner trailing edge). With the face or head detachably mounted, the biting body 2 of the biting tool 1a is pinched in the mouth, that is, the left and right outer non-chipping parts 2s are formed at the mouth corner trailing edge as will be described later. It comprises a mounting member 10 having mounting means 9 consisting of a vine main body 8 and the like to be held in contact.

  First, the clamping tool 1a is demonstrated with reference to FIG. 1, FIG. The biting body 2 of the pinching tool 1a is composed of a left and right biting portion 2a, an outer non-biting portion 2s, and an inner non-biting portion 2b connecting the left and right biting portions 2a in a series of flat bar shapes. And the pillow part 3 which has the earthing | grounding part (grounding surface) 3a of the outer peripheral surface larger diameter (thickness) than the biting part 2a is provided in the outer side of the right and left outer non-chipping part 2s. As a result, when the biting tool 1a is removed from the face and placed on the floor surface A when not used, the pillow part 3 is grounded to separate the biting part 2a from the floor surface A. In addition, the said chewing main body 2 and the pillow part 3 can be manufactured as desired with raw materials, such as a synthetic resin material, a metal, a wood bamboo material.

  The biting body 2 of the illustrated example is a flat plate member (flat bar) that has an elastic force and can be bent in the vertical direction, and the thickness (height) of the biting portion 2a is about 3 to 5 mm. The width in the direction is about 7 to 15 mm, and the total length on the left and right is about 130 to 200 mm. Further, a scale not shown is provided on the surface of the biting portion 2a. The pillow part 3 has a hexagonal irregular cross section in a side view, forms a grounding part 3a that is in contact with the floor surface A on the outer periphery and restricts rolling, and has a thickness (diameter) between the opposing grounding parts 3a. ) Is about 10 to 25 mm. The pillow portion 3 of the embodiment integrally forms a thick chewing portion 2c having a circular, elliptical, or hexagonal cross section that converges inward from the ground contact portion 3a, and the chewing body 2 is formed at the substantially central portion thereof. The attachment hole 3b having the same cross-sectional shape is formed.

  Thus, the pinching tool 1a is simply configured by inserting the pillow portion 3 paired on the left and right with respect to the biting main body 2 with the thick biting portion 2c facing inward and slidably inserted from both ends through the mounting holes 3b. be able to. The thick biting portion 2c has a thickness of about 5 to 7 mm in a front view of a focusing end that converges inward, and a thickness (width in the front-rear direction) in a plan view is about 7 to 20 mm. It is desirable. The pillow portion 3 and the thick biting portion 2c may be attached to the both sides of the biting body 2 so as to be attachable / detachable and movable left and right by screwing means for screw fitting. Moreover, if the pillow part 3 is attached to the biting main body 2 in an inverted state, it is possible to form an extra-oral contact piece (7a) whose lateral end face is brought into lateral contact with the corner of the mouth from the outside.

  The biting tool 1a configured as described above is provided with a pillow portion 3 having thick biting portions 2c on both sides of the biting body 2 so as to be movable (slidable) in the left-right direction (longitudinal direction). As shown in a), when the left and right pillow parts 3 are positioned on both ends of the biting main body 2, the thinnest biting part 2a of the biting main body 2 is held by the back teeth of the upper and lower tooth rows B indicated by two-dot chain lines. Can be pinched. Further, as shown by a two-dot chain line in FIG. 2 (a), when the left and right pillow parts 3 are brought to a predetermined position inside the bite body 2, the thick chewing parts on the pillow part 3 side by the left and right back teeth of the upper and lower teeth row B The desired position of 2c can be given and can be pinched equally.

  That is, the biting tool 1a includes a training with a thin biting posture with the thinnest biting body 2 (hereinafter referred to as thin biting training) and a thick biting posture with a thickness in front view of the thick biting portion 2c. Training (hereinafter referred to as thick chewing training) can be freely selected and performed. Therefore, the biting tool 1a can easily select the thin bite and the thick bite adapted to the mouths of different sizes such as adults and children only by selecting the positions of the left and right thick bites 2c. .

  The biting tool 1a has a thickness of the biting body 2 of about 3 to 5 mm, and the thickness of the biting portion 2a integrated with the pillow portion 3 in a front view is gradually increased from about 7 mm to about 20 mm. When forming an elliptical slope with a large diameter, the user performs thin biting training with a biting thickness of about 3 to 7 mm and thick biting training of about 10 to 20 mm by moving the thick biting portion 2 c further inward. It can be done easily.

  Further, the biting tool 1a is formed in a vertical orientation obtained by turning the biting posture of the biting body 2 by 90 degrees, so that the thickness in plan view is larger than the thickness in front view of the biting portion 2a and the thick biting portion 2c. (Width in the front-rear direction) can be pinched in the direction indicated by the arrow in FIG. 2B, and larger thick biting training can be easily performed. That is, various vocal trainings can be appropriately performed by rotating and rotating one biting main body 90 by 90 degrees without preparing a plurality of tongue sticks having different biting thicknesses as in the prior art. In this case, it is desirable to provide the biting body 2 with a structure that can be switched and rotated with respect to the mounting member 10.

  Further, the facial muscle training tool 1 shown in the figure can be provided with attachment means for attaching various auxiliary devices 6 and various equipment as training support means for supporting use during smile and vocal training, such as smile and vocal training. To make it more effective. That is, the facial muscle training device 1 has a storage hole 6a in which the auxiliary device 6 or various equipment can be provided, in the main body of the pillow portion 3 from one side to the inner side. The auxiliary device 6 is a voice generating device for guiding smiles and utterance training by voice, a recording device for recording training, a communication means with a smartphone, a personal computer, etc., and a vibration or ultrasonic wave on the biting body 2 and the mouth contactor 7. It is desirable to use a vibration generator as a facial muscle stimulation applying means for applying electrical or dynamic stimulation to facial muscles, or an aroma means for generating beneficial incense.

  The auxiliary device 6 such as the sound generating device is provided with necessary operation means such as a battery and its operation switch. In addition, the beneficial aroma is desirably a fragrance that enhances treatment and immunity and is effective for refreshing, and this fragrance is contained in the body of the pillow portion 3 and, if necessary, the chewing body 2 and the thick chewing portion 2c. It can be installed in the corner contact tool 7 and the mounting member 10 by a suitable configuration, and can be supplied from a supply device (not shown) installed outside.

Further, the biting main body 2 as the biting tool 1a is provided with a mouth corner contact tool 7 as a face contact member that is brought into contact with the mouth corner or cheek of the face when used in the mouth so as to be attachable / detachable and the attachment position can be adjusted. The mouth-corner contact tool 7 shown in the figure can perform facial muscle training such as facial muscles for controlling smiles and facial expressions in parallel with utterance training while applying contact stimulation to the mouth corner.
In other words, the mouth corner contact tool 7 of the embodiment shown in FIGS. 2 (a) and 2 (d) has a plate-like main body portion having elasticity that contacts the outer skin portion C of the mouth corner surface or point from the outside. The contact piece 7a is inserted into the thick biting portion 2c or the biting portion 2a through a mounting hole 7t formed in the main body portion so as to be movable in the left-right direction so as to be able to contact the outer skin portion C.

  Thereby, the mouth corner contact tool 7 can be arranged on both sides of the biting body 2 in a state of being inserted into the thick biting portions 2c of the left and right pillow portions 3, and the left and right pillow portions 3 can be moved inward from here. By directly moving the mouth corner contact tool 7, the mouth corner contact tool 7 can be contacted and adjusted to the mouth corner portion or the surrounding outer skin portion C as indicated by a two-dot chain line. In addition, the pillow part 3 of the example of illustration can be reversed and can be provided, and the edge part of this pillow part 3 can also be made to contact the outer skin part C using the outside contact piece 7a.

  Further, the outer contact piece 7a as the corner contact tool 7 can be an arcuate surface indicated by a solid line or an uneven surface indicated by a two-dot chain line in FIG. Further, the extraoral contact piece 7a is greatly extended upward as shown by a two-dot chain line, so that the tip portion can be brought into contact with both sides of the nose or the conical line. As a result, the mouth corner contact tool 7 gives a contact stimulus or a pressure stimulus to the contact portion of the outer skin part C, so that the user can maintain the consciousness of raising the mouth angle or breathing by the stimulus. Facial muscles that raise lip naturally widen the nasal cavity and promote deep nasal breathing, which can improve mouth breathing habits. Therefore, it can be used while enjoying the expectation of promoting the habit of smiling and eliminating the habit of the mouth. Since the mouth corner contact tool 7 can contact the outer skin portion C such as the mouth corner and give a contact stimulus even when not speaking, the user can smile even by simply wearing the facial muscle training tool 1. It is also possible to carry out smile training that is conscious of facial muscles, facial muscle training by contact stimulation, and the like.

  The biting tool 1a configured as described above can be used with the biting body 2 held in the mouth and supported, and various forms described later as mounting means that can be detachably mounted on the face or head. The mounting member 10 can be used as a facial muscle training tool 1 that supports and supports the proper training posture. That is, the mounting member 10 of the facial muscle training device 1 shown as the first embodiment in FIGS. 1 and 2A has a plate-like cross section manufactured with a design by the same manufacturing means as the glasses. A support portion 8a including attachment means 9 is formed in a substantially horizontal shape at the front portion of the vine main body 8, and a ridge portion 8b that is inclined upward from the support portion 8a is formed. In the vine portion 8b, a hook portion 8c serving as an ear hooking portion, a string or a through hole 8d through which an engaging member for storage can be passed can be provided in the rear portion.

  It is desirable to provide a plurality of the hook portions 8c in the front-rear direction with the lower surface of the vine main body 8 being recessed. In this case, a child with a small face can select and use the front hook portion 8c. The hook portion 8c is not limited to the above-described configuration, and may be structured to be slidably adjustable in the front-rear direction with respect to the hanging portion 8b, and the hook portion 8c may be adjusted by a structure that can be bent in the front-rear direction. The mounting member 10 is preferably provided with a mounting hole 8f in the vine body 8 in advance, and in this case, a cover 8e that blocks the left and right outer field of view is detachably attached to the mounting hole 8f as necessary. The other function glasses 35 as described later can be freely installed.

  The support portion 8a can be provided with a lateral connection member 10c at a portion extended forward and connect the left and right vine main bodies 8 to constitute a mounting member 10 that is a U-shaped frame in plan view. Further, the mounting member 10 in the illustrated example is provided with a pillow portion 8m on the support portion 8a, so that the lower portion of the face contact member 7 is separated from the floor surface A when not in use so as to be used in a sanitary manner. The pillow portion 8m can be simply configured by extending the support portion 8a downward in a wide shape, or by providing a protrusion protruding downward, and has the same effect as the pillow portion 3 described above. ing. The mounting member 10 comprising the vine body 8 having a plate-like cross section can be easily decorated by a user using a wide plate-like surface or a cover 8e with a favorite illustration or adhesive decoration material, and has a rich design. Thus, there is an advantage that it is easy to make the facial muscle training tool 1 a favorite tool.

  The facial muscle training device 1 configured as described above is a face such as the external body contact piece 7a that is brought into contact with the mouth corner from the outside and the bite body 2 that is brought into contact with the rear edge (mouth corner rear edge) of the mouth corner from the inside. When using the clasp 1a having a muscle contact member (corresponding to the lip contact shaft portion 7c described later) in a state where it is detachably attached to the face via the vine body 8, the heel also wears glasses. It is possible to make it easy to perform speech training together with facial muscle training while holding the biting main body 2 with the hook portions 1b hung on both ears with the same ease as in FIG. Therefore, even if the user loosens the biting portion of the biting portion 2a during training, the biting main body 2 is always held in an appropriate training posture because the attachment member 10 restricts movement toward the front side of the mouth.

  Further, the facial muscle training tool 1 can use the mounting member 10 without having to hold the biting tool 1a by hand, and can pinch stably at an appropriate position in the mouth. Can be done well. Further, since the biting tool 1a can be easily attached and detached from the mounting member 10, if necessary, it is possible to efficiently replace various kinds of biting tools 1a or use the removed biting tool 1a as needed. There are features. Further, the mounting member 10 can support the biting body 2 or the mouth contactor 7 with at least a small amount of movement in the front-rear direction by an elastic force via an elastic support mechanism 8s provided in the support portion 8a. In this case, both of the mounting member main body (such as the hanging portion 8b) can be allowed to allow a small amount or a minute movement based on the elasticity of the elastic support mechanism 8s in accordance with the change of the pinching movement in the mounting use state. ) Has an advantage of enhancing the feeling of use and making it easier to perform training while buffering and suppressing the displacement movement.

  Moreover, since the biting tool 1a of the embodiment can be used, it is possible to easily select both thin biting training in which the thin biting body 2 is held and thick training in which the thick biting portion 2c is set. A wide range of trainings such as a wide range of pronunciation training for various utterances and facial expression muscle training (hereinafter simply referred to as facial muscle training) that raises the corner of the mouth or simply moves the lips without producing speech . In addition, the biting main body 2 can be easily formed as shown by a two-dot chain line as shown in FIG.

  In use, in the thin biting training, the thin biting portion 2a can be lightly bitten and held by the back teeth, so that the front teeth in the thin biting posture that makes it easy to close the upper and lower lips without imposing a heavy load on the chin and lips. Voice training and conversation training peculiar to the thin biting posture with the lips and lips can be performed easily for a long time, and it is suitable for reading newspapers and books with the face facing down, studying, and when using a personal computer etc. Can do. Furthermore, when using the mounting member 10, since it can be used easily and for a long time during exercises such as jogging and dancing and various exercises, a training synergistic effect in which exercise and facial muscles are performed simultaneously is novel. Can be increased.

  In thick bite training, various phrasing phrases such as those described above are applied to the lip and peculiar to the thick bite posture and the breathing method, as in the conventional round stick-like tongue stick with a diameter of about 10 mm. It is possible to devise and train utterance training that sings repeatedly and the like. In this case, since it is necessary to move the lips and the corner of the mouth greatly, it is possible to further promote training and the like that raises the activity of the smooth tongue and raises the corner of the mouth to make a facial expression smile.

  That is, the pinching tool 1a capable of performing various trainings as described above can appropriately hold the biting posture of the biting body 2 using the mounting member 10, so that it can be used not only for studying and exercise but also for bathing. It can be suitably used also when driving a car or the like. In particular, when switching from thin bite training to thick bite training, the biting stimulus that greatly opens and closes the mouth and the stimulus that raises the mouth angle are increased, so that drowsiness during study and driving can be effectively prevented.

  Furthermore, the biting tool 1a can be used hygienically for a long time by using the one biting tool 1a by providing the pillow portion 3 at the side end of the biting body 2. In other words, the clasp 1a can be randomly placed (temporarily placed) on the floor surface A in the vicinity of the place of use when training is temporarily interrupted and taken out from the mouth as well as when not in use. In this case, since the left and right pillow parts 3 are in contact with the floor surface A and the chewing parts 2a and 2c are separated from the floor surface A, the biting tool 1a is chewed with saliva like a conventional tongue stick. The part can be temporarily placed without being soiled by contact with the floor surface A.

  Then, it is not necessary to clean the chewing body 2 or replace it with another tongue bar to interrupt the training for a short time. Training can be resumed and continued. In addition, voice training and smile training performed by pressing the chewing body 2 deeply into the mouth can be easily held stably with the pillow 3 or the vine body 8. On the other hand, the pillow portion 3 having the ground contact portion 3a formed by the irregular cross section is configured so that the ground contact portion 3a stably contacts the floor surface A and restricts rolling, so that the clasp 1a removed from the mounting member 10 is Assist the sanitary use by preventing the situation that the floor A rolls and falls. On the other hand, the pillow portion 8m provided on the mounting member 10 prevents the ground contact with the floor A from various forms of the face contact member 7 attached to the support portion 8a as will be described later. Even when the biting main body 2 that is not provided is mounted, contact with the floor surface A can be prevented. Therefore, the facial muscle training device 1 is easy to use anywhere by anyone and enables a design that fuses the functions of use. Therefore, the facial muscle training device 1 promotes effective training use that is difficult to get tired of. There is.

  Next, various other embodiments according to the present invention will be described with reference to FIGS. In addition, about the structure and effect | action similar to the thing of the said 1st Embodiment, the same code | symbol is attached | subjected and description is abbreviate | omitted. First, with reference to FIGS. 3-5, other embodiment of the pinching tool 1a which can be used also for facial muscle training by various aspects is described. The biting tool 1a shown in FIG. 3 is provided with a thick biting portion 2c, a corner contact tool 7 and a pillow portion 3 that are paired on the left and right sides of the biting body 2 so as to be detachable and movable left and right. The mouth corner contact tool 7 has an outer contact piece 7a that is brought into contact with the mouth corner portion from the outside, an intraoral contact piece 7b that is brought into contact with the inside, and a lip contact that is brought into contact with the mouth edge (mouth corner rear edge) on the lip side of the mouth corner portion. The shaft portion 7c is integrally formed, and the main body portion is provided with a mounting hole 7t into which the biting main body 2 can be inserted.

  Thereby, the biting tool 1a can pinch the thick biting portion 2c with the back teeth at the position of the solid line, and the adjacent mouth corner contact tool 7 places the mouth contact piece 7a on the mouth corner with the mouth contact piece 7b inserted in the mouth. Contact support in which the lip contact shaft portion 7c is inscribed in the trailing edge of the mouth corner while being in contact with the outer skin portion C such as the cheek and holding the mouth corner trailing edge between the mouth contact piece 7a and the mouth contact piece 7b. In this state, the intraoral contact piece 7b is brought into contact with the inner skin portion of the mouth corner. In addition, it is desirable that the mouth contact tool 7 is formed so as to protrude from the lip contact shaft portion 7c with the outside contact piece 7a having a large diameter and the inside contact piece 7b having a small diameter. While deepening the portion, it is possible to easily and reliably insert and position the mouth corner contact tool 7 in the mouth corner portion, thereby making it easier to use it more suitably.

  That is, in the mouth contactor 7 in the illustrated example, the mouth contact piece 7b inserted into the mouth pushes and biases the mouth corner from the mouth toward the rear and the upper side, so that the mouth corner and the cheek are moved from the inside to the outside. It can be used to mitigate towards the face, ensuring a smile training effect that widens the corner of the mouth. At this time, it becomes easy to add a movement (mouth movement) for opening and closing the mouth, and facial muscle training for training so as to soften the mouth muscles such as the corner muscles and the muzzle muscles can be effectively translated. In addition, the training aftereffect effect (reverberant) that keeps the smile consciousness long after use can be improved by using a strong contact stimulus from the inside of the mouth. In addition, since the mouth corner contact tool 7 can be used by being reversed, it is possible to easily use the outer skin contact portion 7a in contact with the entire surface of the large-diameter mouth contact piece 7a.

And since both the thick chewing part 2c and the mouth angle contact tool 7 are provided in the chewing main body 2 so that a movement is possible, the training adapted to the magnitude | size of a user's mouth and the training objective can be made free. Also, it is desirable that the pillow portion 3 is also made of a synthetic resin ring having elasticity. In this case, the pillow portion 3 can be easily detached from the biting body 2, and then the mouth corner contact tool 7 and the thick biting portion 2c are also easy. Therefore, it is possible to facilitate maintenance work such as cleaning of parts, replacement of parts of different sizes and shapes, and manufacture of parts.
In addition, it is easy and free to use the mouth contactor 7 and the thick biting portion 2c for inverted insertion and use the one corresponding to the size of the face and the training purpose, making it possible to perform desired training over a wide range. There is. The biting body 2 from which the pillow part 3 has been removed is formed to be a pillow part 8m in which the outside contact piece 7a of the mouth contactor 7 has a large diameter and the lower part is grounded to the floor surface A. As a result, the biting main body 2 at the time of temporary placement separates the mouth contact piece 7b and the biting portion 2a where the pillow portion 8m comes into contact with the floor surface A and gets wet with saliva, and removes the portion wetted with saliva like the pillow portion 3 It can be used hygienically without being polluted.

  Further, as shown by a two-dot chain line at the center of the bite body 2, the front part is placed at a position where the lips can be pinched by the upper and lower lips in a state where the thin plate-like lip pinching member 2 k is attached or detached or integrally attached. It is extended. According to this biting tool 1a, it is possible to simultaneously perform training to speak and breathe while pinching the front part of the lip pinching member 2k with the lips in a state where the thick biting part of the biting body 2 is bitten with the back teeth. For this reason, vocal training that focuses on shaping the shape of the mouth and lips during training, and the mouth muscles (muzzle muscles, etc.) are also trained to improve the smooth tongue and mouth, as well as to improve the smile and breathing methods. Can be done automatically. Further, the lip pinching member 2k can be a thin flat plate or a corrugated plate, and can be configured to have a blowing structure such as a bead or a whistle. Therefore, in this case, the above training can be performed more happily and effectively while listening to the sound generated by breathing, and the purpose of the new training is to hold the lip sandwiching member 2k between the lips and various breathing methods. It is possible to perform the training that has been done happily.

  Next, the biting tool 1a shown in FIG. 4 will be described. In this biting tool 1a, the biting body 2 is made of a synthetic resin pipe having a substantially circular cross section having elastic force and flexibility, so that the biting body 2 is deformed against the elastic force when pinching. However, the biting impact on the teeth is buffered. Further, the pillow portion 3 having a diameter larger than that of the biting main body 2 is inserted into the biting main body 2 so as to be slidable in the left-right direction, and a biting thickness adjusting member 16 for adjusting the biting thickness is provided through a support rod 17. doing. The biting thickness adjusting member 16 is formed of a conical slope that converges from the base side toward the tip.

  In the sandwiching tool 1a configured as described above, when the pillow portion 3 is pushed and pulled to the left and right and the thickness adjusting member 16 is moved to the solid line position, the bite main body 2 resists the elastic force by the biting pressure and has a conical slope. Since it is deformed and thinned to the biting posture shown by the two-dot chain line regulated in (1), thin biting training can be performed. Further, when the biting thickness adjusting member 16 is moved inward from the solid line position, the biting training can be performed with less deformation of the biting body 2. Therefore, the biting tool 1a can switch one biting main body 2 between a large-diameter thick biting state and a small-diameter thin biting state. In addition, thin biting training and thick biting training can be easily performed. The biting body 2 is preferably formed of a soft silicone-based material. In this case, chewing training for training the jaw can be easily performed by biting the biting body 2 several times.

  Further, as shown by a two-dot chain line in FIG. 4, the biting main body 2 may be provided with a protruding thick biting portion 2c integrally protruding at a position having a biting width by left and right back teeth on the surface of the main body. . In this case, from a thin biting training posture in which the biting portion 2a of the biting main body 2 is pinched, to a thick biting training posture in which the right and left thick biting portions 2c are pinched by simply moving the biting main body 2 in the left-right direction. Therefore, both trainings can be easily repeated by moving left and right. Further, the pinching tool 1a provided with the thick biting portion 2c in a protruding shape with respect to the straight biting main body 2 can simplify the structure and facilitate the handling and manufacture.

  The biting tool 1a shown in FIG. 5 includes a biting main body 2 and a biting thickness adjusting member 16 similar to those shown in FIG. 4, and cylindrical support members 18 are inserted into both sides of the biting main body 2 so as to be movable in the left-right direction. The mouth contactor 7 having the form shown in FIG. 3 can be slid and inserted into the support member 18 freely. The mouth corner contact tool 7 of the illustrated example is composed of a large-diameter outer contact piece 7a and a small-diameter mouth contact piece 7b with predetermined intervals on both sides of the rim contact shaft portion 7c, and is reversed from the solid line posture. It can be inserted to switch to the posture. Thereby, the pinching tool 1a can make the outer contact piece 7a and the intraoral contact piece 7b contact the proper contact position of the outer skin part C according to the size of the face of an adult or a child.

  When the mouth corner contact tool 7 is reversed from the solid line state, it becomes possible to insert the upper and lower back teeth between the mouth contact piece 7b on the inside and the mouth contact piece 7a on the outside to bite. In addition to the biting training, it is possible to enable a new training that gives mouth stimulation. That is, in this case, the contact piece 7b in the mouth is brought into contact with the inside of the gum, and the contact piece 7a in the mouth is brought into contact with the outside of the gum and the cheek inner surface. In addition, there is a feature that the positioning of the pinching tool 1a by the contact can be ensured and the movement to the front side of the mouth can be regulated.

  Furthermore, in the illustrated example of the pinching tool 1a, the biting body 2 is formed of a silicone-based soft pipe material, and its outer diameter is dynamically changed to forcibly and continuously perform thin biting training and thick biting training. 3 illustrates an embodiment that can be performed. That is, the biting main body 2 is inflated when the pressure inside the pipe chamber is increased by intermittently supplying air from a vent 17a formed on the support rod 17 side into the pipe chamber closed at both ends. The mouth opening and closing movements that force the jaws to move up and down are promoted by setting them into a large thick biting training state and a thin biting training state in which the diameter is reduced by reducing the pinching force when the air pressure is lowered. I am doing so.

  Therefore, the bite body 2 is a tool in the field of improving mastication and dementia, because for users who need to improve biting force and jaw movement, the mouth movement is promoted and subsidized by external force simply by holding it. Can also be newly optimized. The air supplied into the biting body 2 can be controlled from the air pipe 17b through the support rod 17 by the control of an air supply device (not shown). The biting diameter changing means for changing the diameter of the biting main body 2 is not limited to the illustrated example, and is, for example, a reciprocating power mechanism that reciprocates the biting thickness adjusting member 16 in the left-right direction, or an elliptical shape. It can also be performed by a rotational power mechanism that rotates the left and right thickness adjusting members 16 having a modified cross section around a shaft as a rotating member.

  Next, the facial muscle training tool 1 shown in FIGS. 6 and 7 will be described. This facial muscle training tool 1 shows an embodiment in which a vine portion 10b corresponding to the vine main body 8 of the mounting member 10, a mouth corner contact tool 7 and a biting main body 2 of the biting tool 1a are integrally formed. First, the biting body 2 constituting the biting tool 1a is provided with a tongue moving part 5 that is curved toward the front in the mouth at the central part (the intermediate part in the left-right direction of the biting part 2a), so that the tongue D is provided during training. A space 5a that can be freely moved is formed. That is, the biting main body 2 has a main body shape in which the left and right biting portions 2a are connected by a tongue moving portion 5 that forms a space portion 5a therebetween.

  In addition, the biting body 2 in the illustrated example is a lightweight or synthetic resin having a diameter of about 3 to 5 mm as a suitable lightweight member that is lightweight, has elastic force and rigidity, and does not give a sense of discomfort such as pain to the mouth corner when pinched. It is comprised by the linear member which consists of molded articles etc. When the linear member is a wire having elasticity and flexibility, the bite body 2 can bend and extend the curved tongue moving part 5 and other essential parts. The user can freely adjust the spacing and the mounting. Further, the wire portion of the mounting member 10 has an advantage that a necessary portion such as a biting portion can be easily covered with a coating member such as a paint or a pipe material. In this case, if the biting part 2a and the tongue moving part 5 are inserted and covered with a silicone tube or straw used in the food and medical fields, the bending feeling and the sense of use of the pinching can be easily made without any trouble. It can be optimized.

  The facial muscle training device 1 in the illustrated example has a series of pillow portions 3 that do not ground the chewing portion 2a to the floor surface A by bending a linear member extended from both sides of the chewing body 2 in a chordal shape. The mounting part 10 is formed and provided, and the pillow part 3 is used as a connecting part (attachment part) 10a as an attachment member 10 formed integrally with a vine part 10b having an ear hook part 10e having substantially the same shape as that of glasses. Thus, the facial muscle training device 1 is provided with a series of biting body 2, pillow part 3 and mounting member 10 by means of linear members, and the bite body 2 is attached to the face with the same ease as when wearing eyeglasses. The left and right vine portions 10b can be hung on both ears in a state of being frightened to perform facial muscle training.

  Therefore, even if the user loosens the biting portion of the biting portion 2a during training, the biting portion of the biting main body 2 is restricted by the mounting member 10 to the front side of the mouth. The biting position 2a and the contact position of the corner of the mouth are always properly maintained. Further, even when the biting body 2 having the tongue moving part 5 is used alone without using the mounting member 10, the tongue movement is hindered by the tongue moving part 5 which becomes a non-chipping part between the left and right biting parts 2a. The tongue D can be freely moved up and down and left and right using the space portion 5a, so that the following tongue movement (smooth tongue) and vocal training can be performed, and the bite body 2 can be It is also possible to communicate with a person who is still biting.

That is, the tongue moving portion 5 has a curved front end side that approaches or contacts the inside of the front lower teeth and gums in the mouth, so that the front side movement of the biting main body 2 is restricted and the outer non-biting portion 2s on the left and right outer sides. Is used as the rim contact shaft portion (7c), and the rear edge of the mouth corner is securely pressed, and in this state, the biting portion 2a is placed in an appropriate position and pinched. As a result, the biting body 2 also serves as a mouth corner contact tool (7), and can efficiently perform speech training and facial muscle training while applying a strong contact stimulus to the mouth corner.
Therefore, this facial muscle training device 1 allows the user to synergistically translate each of the above trainings while allowing the user to freely move the tongue, and after training with an appropriate contact stimulus, a feeling of contact with the mouth corner (smiling afterfeeling) ) Will surely persist, and it will make it easier to continue smiling, with a refreshing and refreshing feeling and satisfaction. Further, in the plan view, the biting main body 2 having the above-described configuration is preferably formed so that the inner end side of the left and right biting portions 2a is inclined inward from the outer end toward the back of the mouth. There exists an advantage which makes it easy to pinch the biting part 2a which becomes the point contact shape equally by the left and right back teeth.
And since the base part side of the tongue moving part 5 is located behind the biting part 2a and the biting body 2 increases the bending allowance in the front-rear direction, the adjustment of the front end position of the tongue moving part 5 and the adjustment of the left and right width are more free. Thus, there is a feature that each user can easily continue proper biting over a long period of time while adjusting the biting posture during training corresponding to the size of the mouth.

  Further, the biting body 2 capable of performing tongue movement as described above is recommended from medical knowledge, for example, “upper and lower repulsive movement of the tongue that rebounds strongly after the tip of the tongue is sucked on the upper jaw” Can effectively strengthen the tongue and mouth muscles, promote health promotion effects such as prevention of mouth breathing and saliva depletion during sleep, as well as lip training and smooth tongue improvement training effects. Improvements can be made. In addition, the recommended vertical repulsive movement of the tongue described above is easy to avoid adverse effects such as sleep apnea syndrome and sleep disorders caused by dry mouth syndrome, and decreased immunity, which are particularly noticeable in recent years. And it is said to effectively prevent and prevent.

  Further, the facial muscle training device 1 in the illustrated example is provided with an outer contact piece 7a in which the front base side of the vine portion 10b is bent inward from the outer non-chipping portion 2s through the connecting portion 10a outside the biting portion 2a. The mouth-angle contact tool 7 which contacts a part laterally is comprised. It is desirable that the mouth contactor 7 has a receding inclined surface in which the protrusion amount gradually decreases toward the rear while increasing the protrusion amount on the front side in plan view. As a result, the user is strongly aware of the corner of the mouth because it receives a strong pressing contact with the mouth contact piece 7a at the corner of the mouth and receives a new contact stimulus due to the movement of the outer skin C by moving the mouth and lips in this state. Facial muscle training can be performed effectively.

  The facial muscle training device 1 configured and used as described above can be easily attached to the face as if using glasses, and the connecting portion 10a and the mounting member 10 can be appropriately bent and stretched. Therefore, it is possible to facilitate appropriate wearing adjustment for various different faces. And when the facial muscle training device 1 is removed from the face, the connecting portion 10a becomes the pillow portion 3 and can be placed on the floor surface A without grounding the biting portion 2a, thus enabling hygienic use. . Further, since the mounting member 10 having substantially the same shape as that of the glasses is integrally formed from the pillow portion 3, there is a feature that a single wire member can be manufactured easily, cheaply, lightly, easily and easily. The facial muscle training device 1 is not limited to the shape of the illustrated example, and can be designed to incorporate a folding structure or design of a vine similar to existing glasses.

  The facial muscle training tool 1 in the illustrated example can be easily and inexpensively manufactured by simply bending the wire, and is easy to use as, for example, an elementary school work material. In this case, the planning and design method, It can be easily connected to improvement of processing technology and design sensitivity. Furthermore, both the facial muscle training device 1 and the clasp device 1a of the above-described embodiment can be easily produced by children, and can be easily used at the same time as studying, for example, when taking a bath. can do.

  Therefore, this kind of work produced by him / her makes it easier to live a healthy and healthy life by wearing interests and customs for training in the theme field according to the present invention from a young age. That is, through the production and use of the facial muscle training device 1 as described above, improvement of manufacturing ability and communication fields such as correct utterances, words and manners, training of the tongue and muzzle muscles, acquisition and utilization of breathing methods, etc. Therefore, it is possible to create features that can be suitably linked to human resource development that aims to improve human power and business ability from the school days.

  Next, referring to FIG. 6 and FIG. 7, utilization means performed using the configuration of the facial muscle training device 1 will be described. The facial muscle training tool 1 is provided with a tooth engaging tool 14 as a utilization means by using the tongue moving part 5 of the biting body 2. That is, the tooth engaging tool 14 can be detachably locked to a predetermined locking tooth of the upper or lower tooth row B while being supported by the tongue moving portion 5, and the locking tooth can be The positioning of the biting body 2 can be ensured in the opening. Further, when the biting main body 2 is supported in the pulling direction via the temple portion 10b of the mounting member 10 mounted on the ear or the head, the teeth are pulled and urged to the inner side of the mouth via the tooth engaging tool 14. And it is desirable for the tooth engaging tool 14 to have a mouthpiece shape having a recessed groove that can be fitted into the tooth row, and to be provided on the tongue moving portion 5 via the attachment piece 14a. It becomes a tooth correction tool for correcting a desired dentition to be engaged, and has a feature of creating a new application for correcting a tooth from the biting body 2 side in the field of dentistry.

  In addition, the facial muscle training device 1 can be formed with a locking portion 10h recessed in the vine portion 10b of the mounting member 10 as necessary, and the left and right locking portions 10h can be formed into a horizontal connecting member 10c such as a wire, a band or a string. When connecting by, it is possible to restrict the floating of the vine portion 10b. That is, in the mounted state of the mounting member 10, the lateral coupling member 10c that connects the middle part of the vine part 10b and the lower jaw part in a U shape in front view restricts the lifting of the part 10b that moves the jaws greatly up and down. Therefore, the tooth engaging tool 14 can be held in the proper correction posture in a state where the biting body 2 is in proper contact with the corner of the mouth.

  Next, an adding means for adding various auxiliary devices 6 as shown by a two-dot chain line in FIG. 6 to the facial muscle training device 1 and usage examples will be described. The facial muscle training device 1 includes an acupoint contact member 30 that presses the temple portion and cheek area in front of the ear, and a conductor portion 32 of a biological negative ion generator (therapeutic device) 31 shown as another example of the auxiliary device 6. Can be provided using the structure of the mounting member 10 and the biting body 2.

  That is, the acupuncture contact member 30 includes an attachment portion 30a that can be attached to the vine-shaped mounting member 10, and an acupuncture contact portion (acupressure protrusion) 30b that protrudes inwardly at the tip of the attachment portion 30a. When the biting tool 1a is attached to the face, the acupoint contact portion 30b contacts the required portion such as the temple and performs acupressure. Further, it is desirable that the conductor portion 32 is detachably attached to the mounting member 10 by a clip structure. In this case, the negative electrons generated and supplied from the biological negative ion generator 31 due to the conductive property of the mounting member 10 are peeled off from the outer skin of the face. Since it can be easily sent to the body from the body, it is possible to increase the user's biological negative ions to facilitate health improvement and maintenance.

  In addition to the mounting member 10, the conductor portion 32 can be structured such that the biting portions 2a, 2c or the mouth contactor 7 are energized members or are detachably provided using the biting portions 2a, 2c. . For reference, the biological negative ion generator 31 (hereinafter simply referred to as a treatment device) is a well-known “biological negative ion generation treatment device” which has been scientifically verified as “Takata ion therapy”. desirable. The output conductor of this treatment device 31 is preferably a stainless steel conductor (metal plate), and by using this conductor by gripping it by hand, the body energy is mainly composed of biological negative ions. It is said to effectively promote the improvement of diabetes, periodontal disease and many other illnesses, as well as the constitution of the body that is difficult to get tired.

  Therefore, in the facial muscle training device 1 in which the guiding portion 32 of the treatment device 31 is provided so as to be able to come into contact with the body, it is necessary to grip the guiding portion 32 directly by hand like the conventional treatment device 31. Therefore, it is possible to eliminate the drawbacks of obstructing a hand for studying, using a personal computer, and various operations that require manual work. That is, the pinching tool 1a including the guiding portion 32 can simultaneously perform the treatment content intended by the treatment device 31 together with voice training, smile training, etc., so that the treatment and training time can be efficiently and used. There are features such as making it easier to continue use without getting tired while synergistically enhancing the effect.

Further, the facial muscle training device 1 provided with the auxiliary device 6 or the treatment device 31 described above is used for, for example, data corresponding to voices, facial muscles or blood flow uttered by a person during training, for example, corresponding appropriate tests. By detecting with a device and monitoring and pattern learning using a personal computer, smartphone, etc., it is possible to make better training ideas and improvements easier, and at the same time create new uses in the medical and therapeutic fields etc. To do.
Furthermore, when voice training is performed using auxiliary equipment 6 such as voice guide and recording, it is possible to easily understand voice characteristics such as various words, phrases or onomatopoeia, and to improve the data. It has features such as facilitating new development and development in the field.

  Next, the facial muscle training tool 1 shown in FIG. 8 will be described. In addition, about the structure and effect | action similar to the thing of above-mentioned FIG. 6, FIG. 7, the same code | symbol is attached | subjected and description is abbreviate | omitted. The facial muscle training tool 1 is configured such that a clamping tool 1a formed of a pipe material that can be used independently is detachably attached to a mounting member 10 that is formed in series by a wire member such as a wire. In the biting tool 1a, a thick biting part 2c having a pillow part 3 also serving as a mouth corner contact tool 7 indicated by a two-dot chain line is inserted into a biting body 2 having a tongue moving part 5 similar to that shown in FIG. In this state, it can be detachably attached to the mounting member 10.

  The mounting member 10 is provided with an attachment portion 10d to which the clasp 1a is mounted and the corner contact tool 7 is formed by bending the tip of the left and right vine portions 10b inwardly. It is formed by bending downward at the rear part, the rear end side of the ear hooking part 10e is turned upward to provide a bent part 10f, and both bent parts 10f are connected and formed in series by a downwardly curved upper connecting part 10g. ing. Thus, the mounting member 10 can stably hang the left and right ear hooks 10e on the respective ears by an operation of fitting the upper connecting portion 10g to the head from above. At this time, the left and right attachment portions 10d that are bent inwardly have a hook shape that faces inward in a plan view, so that they are inserted into the corners of the mouth from both sides of the face and hooked on the rear edge of the mouth corner (the back of the lips). And can be used as the lip contact shaft portion 7c and the biting portion 2a.

  That is, when the attachment portion 10d extends further inward from the position of the illustrated example, this extended portion can be used as the biting portion 2a. In other words, the mounting member 10 has the mounting portion 10d as the lip contact shaft portion 7c in the mounted state, and the left and right mouth corners are directed in the ear direction or upward by elastic force via the left and right ear hooking portions 10e and the hanging portion 10b. It can be brought into contact so as to be pulled up lightly, and a mouth having a smiley shape with its mouth corner urged upward can be obtained. Also, since the left and right mounting portions 10d can expand and contract the mounting width against the elastic force of the mounting member 10, both ends of the clasp 1a can be easily mounted, and the desired shape of the clasp 1a is selected. The used training can be performed, and the biting tool 1a can be attached and used with the convenience of being able to rotate and rotate around the attachment axis.

  Further, the mounting portion 10d is detachably provided with a mouth-corner contact tool 7 formed of, for example, a silicon-based material, which is illustrated as one aspect of a mouth-corner trailing edge contact portion that softly contacts the corner of the mouth with a predetermined shape and size. Can be inserted and installed. The mouth corner contact tool 7 in this case can be configured to serve as both the mouth edge contact shaft portion 7c that is inserted into the mouth and contacts the rear edge of the mouth corner, and the attachment portion (hole) to which the bite body 2 is inserted and attached. it can. In other words, the mouth corner contact tool 7 can be formed in a shape corresponding to the mouth edge contact shaft portion 7c shown in FIG. 3 and provided with the mouth contact piece 7b. In this case, the extension portion can be used as the biting portion 2a. Further, the mounting member 10 is bent at the vine portion 10b as indicated by a two-dot chain line, and can be freely contacted with a depression (on the statutory line) below the cheekbone, for example, obliquely rearwardly above the corner of the mouth, or at the acupuncture points on both sides of the nose. By providing the contact-free mouth-angle contact tool 7, it is possible to apply finger pressure with appropriate finger pressure so as to produce an effect peculiar to each acupuncture point, and to wet the mounting member 10 by inserting it into the mouth. It can be commercialized as a non-outside facial muscle training device 1. It should be noted that the constituent means of the above-mentioned facial muscle training tool 1 for outside the mouth can be similarly configured for the embodiments shown in FIG. 10, FIG. 12, FIG. 14, and FIG.

  The facial muscle training device 1 configured as described above can mainly perform utterance training when the biting device 1a is attached to the attachment member 10, and can mainly smile when the biting device 1a is not provided. The mounting member 10 made of a linear member is inexpensive because the left and right vine portions 10b, the ear hooking portion 10e, the upper connecting portion 10g, and the mounting portion 10d are integrated. Even a wire member such as a wire can be easily manufactured with a rigid structure. Further, since the bending of the bent portion 10f and the bent shape of the vine portion 10b can be bent and stretched against the elastic force, the length of each portion can be easily adjusted with respect to the size of the face. There is. The mounting member 10 raises the upper connecting portion 10g upward from the ear hooking portion 10e to open the back of the head, so that the training performed with the head placed on the chair is performed without being interrupted by the mounting member 10. be able to. Further, the mounting member 10 has an advantage that it can be easily stored and stored because the upper connecting portion 10g can be easily hooked on a hook or a hook such as a wall surface when not in use.

  Then, if necessary, the left and right vine portions 10b can be positioned by connecting the middle portions thereof with the horizontal connecting members 10c, thereby positioning the left and right mounting portions 10d and making the frame structure rigid. In this case, when the left and right vine portions 10b close to the attachment portion 10d are connected from below by the horizontal connecting member 10c as shown by a two-dot chain line, the horizontal connecting member 10c is positioned below or in front of the chin and out of view. Can be put in. Further, in this case, the left and right vine portions 10b are integrated by the front side connecting member 10c, so that a simple structure in which the upper connecting portion 10g is omitted can be achieved, and the mounting member 10 is removed to remove the floor surface. When placed on A, there is an advantage that the horizontal connecting member 10c becomes the pillow portion 8m and prevents the corner contact tool 7 from being grounded and can be reused in a sanitary manner.

  Furthermore, the mounting member 10 in the illustrated example shows an embodiment in which the front face connecting member 11 is provided as necessary. This front face connecting member 11 is provided with a nose pad portion 11a that straddles the nose at the center of a bifurcated U-shaped linear member that is released from the rear, and is in contact with the left and right sides of the front face connecting member 11. Is attached to the left and right vine portions 10b such that the contact height position of the nose pad portion 11a is adjustable. In addition, the right and left nose pad portions 11a can bend and deform the linear member to adjust the width of the contact position and the front-rear direction. You can make it easy and make you aware of nasal breathing. In addition, a pressing member 11b such as a weight can be attached to the front face connecting member 11, and in this case, the pressure points of the pressing member 11b can be used to press the acupoint points and the like freely. Therefore, the mounting member 10 including the front face connecting member 11 easily creates new features such as prevention of mouth respiratory syndrome and easy improvement of the symptoms. Further, the biting body 2 having the tongue moving part 5 can be attached to the mounting member 10 so as to be rotatable. In this case, the tongue moving part 5 moves up and down in accordance with the shape of the mouth and the movement of the jaw. There is an advantage that training can be easily performed to suppress the fluctuation force on the mounting member 10.

  Further, the horizontal connecting member 10c for connecting the left and right vine main bodies 8 can be provided with a breath blowing device 12 having an arbitrary structure in an appropriate position in the middle thereof, and a breathing method or wind instrument using the breath blowing device 12 can be used. Practice and vocal training can be performed effectively. The breath blowing device 12 can be provided with a body portion having a breathing portion 12a and a breath exhausting portion 12b for breathing in from the mouth, and can be attached to and detached from the lateral connecting member 10c via the mounting member 12c and the mounting angle and position can be adjusted. . As a result, the facial muscle training tool 1 uses the breath blowing tool 12 while performing training with the biting tool 1a or with the biting tool 1a removed, and effectively performs, for example, breathing practice of the wind instrument or mouth training. It can make it easy to make good mouth habits. In addition, utilization accessories, such as the breath blowing tool 12 attached using the horizontal connection member 10c as mentioned above, can also be used by being attached to a detachable horizontal connection member 10c of an arbitrary shape separately prepared. In addition, if each lateral connecting member 10c is made of a material that can be bent and stretched, the user can freely adjust the support interval of the left and right support portions 8a.

  Next, the facial muscle training tool 1 shown in FIG. 9 will be described. In addition, about the structure and effect | action similar to each above-mentioned embodiment, the same code | symbol is attached | subjected and description is abbreviate | omitted. The facial muscle training tool 1 can be provided with a biting tool 1a detachably on the mounting member 10 via the biting body 2. Further, a thick biting portion 2c is detachably inserted and attached to the biting body 2 having the biting portion 2a and the tongue moving portion 5 similar to those shown in FIG. In addition to the auxiliary device 6, the mounting member 10 is equipped with other functional glasses 35 having functions such as electronic glasses or a view change glasses as wearable terminals as described later, and various facial acupressure devices 38 and 39. Etc. can be installed.

  The mounting member 10 has a substantially U-shaped synthetic resin band that can be mounted on the head, and has a slit shape that can be expanded with flexibility and elasticity at the tips of the left and right vines. Mounting means 9 comprising holes or the like is provided. As a result, the mounting member 10 can attach the biting body 2 via the attaching means 9 and can attach various mouth contactors 7 detachably. In addition, the mounting member 10 is provided with an auxiliary mounting member (upper connecting portion) 36 that makes it easy to mount the auxiliary device 6 or the like in the middle of the vine portion in a mounting state fitted over the head. The auxiliary mounting member 36 is a synthetic resin band formed in a U-shape facing downward from the front, and the leg portions on both sides thereof are connected to the left and right vine portions of the mounting member 10 so as to be positioned and detachable, and the member. A mounting base 36a to which the auxiliary device 6 and the like can be freely mounted is provided in the middle part.

  Next, an embodiment of the mouth contactor 7 attached to the left and right of the mounting member 10 via the attachment means 9 will be described. The mouth corner contact tool 7 includes an outer mouth contact piece 7a that is brought into contact with the mouth corner portion from the outside, an inner mouth contact piece 7b that is brought into contact with the inside, a mouth edge contact shaft portion 7c that is brought into contact with the rear edge of the mouth corner, and the outside of the mouth contact piece 7a. The mounting portion 7d to be protruded has an integrated structure, and a mounting hole 7t through which the biting main body 2 can be inserted is passed through the main body portion. As a result, the left and right face contact members 7 are mounted and supported symmetrically in pairs by inserting the shaft-shaped mounting portions 7 d into the holes as the mounting means 9 of the mounting member 10. Further, the face contact member 7 in the illustrated example has a mouthpiece contact piece 7a shown in FIG. 3 by forming the outer contact piece 7a into a large-length vertical oval shape and the mouth contact piece 7b into a small-size horizontal ellipse shape. It is easy to perform wearing on the corner of the mouth and training of facial muscles.

The facial muscle training device 1 configured as described above has the mouth contact piece 7b and the lip contact shaft portion 7c in contact with the outer skin portion C while the mouth contact piece 7a is in contact with the outer skin portion C in a use state in which the bite body 2 is removed. Contact from the inside of the mouth to apply mouth angle stimulation. Further, since the face contact member 7 comes in contact with the corner of the mouth via the mounting member 10 so as to pull it up toward the ear, the smile, facial muscle training, vocal training, and the like in this state can be effectively performed.
Furthermore, the left and right mouth corner contactors 7 are restricted from moving left and right by the band-like mounting member 10 and the auxiliary mounting member 36, and the mouth contact piece 7b is locked to the mouth corner rear edge from the inside. Therefore, the mouth corner contact tool 7 in a cantilever support state can be used without being detached from the face. As in the case shown in FIG. 8, utterance training can be easily performed using the mouth contact tool 7 that is cantilevered without providing the bite body 2, and the lower part of the mouth contact piece 7a is a pillow. By making the portion 8m, contact between the mouth contact piece 7b and the floor surface A that gets wet with saliva is prevented.

  In addition, the attachment member 10 can be provided with various auxiliary devices 6 and treatment devices 31 similar to those of the above-described embodiments by corresponding attachment means, and in this case, the guide portion 32 of the treatment device 31 has a mouth angle. It is desirable that the contact tool 7 and the end of the biting body 2 are detachably attached as shown by a two-dot chain line. Moreover, the auxiliary | assistant mounting member 36 can attach the auxiliary equipment 6 etc. easily to the attachment base 36a formed on the head, and can make it easy to carry the auxiliary equipment 6 around.

  Furthermore, the mounting member 10 in the illustrated example is present on the forehead, around the nose, around the nose, around the mouth, etc. from the front side of the face with respect to the vines on both sides and the U-shaped auxiliary mounting member 36 facing downward. Facial acupressure devices (upper and lower acupressure tools) 38, 39 and the like having acupressure protrusions 37 that perform acupressure action by pressing the outer skin of the acupressure points can be provided. Thus, the facial muscle training device 1 performs the acupuncture finger pressure while training the facial muscles and vocalization by the mounting member 10 including the biting body 2 and the acupressure device 38, and the mounting member 10 from which the biting body 2 is removed is a single unit. It can be used as a facial pressure device. Note that the biting main body 2 removed from the mounting member 10 at this time can be placed hygienically on the floor surface A because the portion having the maximum diameter outside the thick biting portion 2c becomes the pillow portion 3.

  The facial acupressure device shown in the figure includes an upper acupressure tool 38 having a plurality of acupressure protrusions 37 that respectively contact the acupoints of the upper left and right eyebrows and the upper eye part at the forehead, the lower part of the left and right eyes, and both sides of the nose. And a lower acupressure tool 39 having a plurality of acupressure protrusions 37 to be brought into contact with the acupoints of the mouth and the upper part of the mouth. The upper acupressure base 38a and the lower acupressure base 39a are attached to the mounting member 10 or the auxiliary mounting member 36 so that the mounting position is adjustable and detachable by belt-shaped mounting members 39b. In addition, the attachment means of each corresponding member can be easily comprised by using a hook-and-loop fastener etc. The acupressure protrusions 37 are detachably attached to the upper acupressure base 38a and the lower acupressure base 39a, and are attached by attachment means that can be adjusted in the horizontal and vertical directions.

  As a result, each of the acupressure protrusions 37 can be surely and easily positioned according to the size of the face and the desired acupressure area, so that the acupressure device 38 can appropriately acupressure. The lower finger pressure base 39a is provided with a nose insertion hole 39c for inserting the tip of the nose without blocking the nostril at the center. Thus, when the facial acupressure device is attached to the face via the attachment member 10 and the auxiliary attachment member 36, the upper acupressure base 38a and the lower acupressure base 39a are stably positioned above and below the eyes, and the acupressure protrusions 37 correspond to each other. Appropriate contact with each point is possible. At this time, the tip of the nose protrudes from the nasal insertion hole 39c of the lower finger pressure base 39a.

  The acupressure protrusion 37 may be vibrated by a vibrating means if necessary, heated by a heating means, or may be used as a conductor of the treatment device 31. The acupressure protrusion 37 can appropriately apply acupressure even when the face is covered with a pack such as a film member. In addition, the facial muscle training device 1 according to the embodiment can be used by providing a visual field aid 46 and other functional glasses 35 as will be described later with reference to FIG. 11 on the auxiliary mounting member 36 of the mounting member 10.

  Next, the facial muscle training tool 1 shown in FIGS. This facial muscle training device 1 shows an embodiment in which the mounting member 10, the mouth corner contact device 7, and the spectacle frame portion 45 are configured in series by a linear member made of a wire having elasticity and flexibility. Since the facial muscle training tool 1 according to this example can be manufactured integrally with the above three members simply and inexpensively with a single linear member, as in the case shown in FIGS. It can be optimized as a manufacturing tool for children. After the work, the various facial muscle training tools 1 produced can be utilized as educational reinforcement tools for practical training of training corresponding to the purpose of use.

  In addition, the eyeglass frame portion 45 can be provided with a visual field aid 46 or the like as shown in FIG. 11 regardless of the presence or absence of the eyeglass lens. As a result, the facial muscle training tool 1 can use the eyeglass frame 45 and the visual field aid 46 in accordance with the purpose of the facial muscle training, voice training, and the educational reinforcement tool. In addition, a synergistic effect can be created when using a personal computer, a smartphone, or the like, or when performing eye training for enhancing the dynamic visual acuity.

  The facial muscle training tool 1 shown in the figure has an upper frame 45a of a spectacle frame portion 45 that also serves as a lateral connecting member 10c at the center of a single wire having a predetermined length, and its ends are bent downward and rounded. After forming the lens part frame 45b, the mounting member 10 having the eyeglass frame part 45 can be easily and inexpensively manufactured by extending the end side to the rear and forming the vine part 10b having the ear hooking part 10e. To be able to.

  The mounting member 10 is provided with a downwardly twisted portion 10k in the middle of the vine portion 10b and a support vine portion 45c provided with a mouth contactor 7 on the lower side, and then a twisted portion 10m at the lower end of the heel portion 45c. In addition, the corner contact tool 7 is formed inward and a twisted portion 10n is provided above the twisted portion 10m, thereby forming a mounting portion 10a as a mounting means 9 to which the biting body 2 can be freely mounted. The wire-working facial muscle training device 1 as described above is bent by a hand-made jig in which nails or wood screws are arranged and struck on a square-shaped wood in the same manner as in FIGS. This has the advantage that even children can easily make it. Further, the face contact member 7 forms the lip contact shaft portion 7c by bending the lower portion of the support vine portion 45c in an inward hook shape. Since the contact piece 7b and the like can be freely made, the mouth contactor 7 can be easily manufactured.

  The facial muscle training device 1 manufactured as described above has the right and left mouth contactors 7 stably positioned at the support positions due to the rigid structure of the eyeglass frame 45 that becomes the lateral coupling member 10c in the mounted and used state. In addition, the positioning of the mouth contactor 7 and the mounting portion 10a can be easily adjusted by expanding or contracting or bending the distance between the two wires formed on the support temple 45c. be able to. Moreover, since the attachment part 10a can form the shape and magnitude | size of an attachment hole freely, the biting body 1 of the said various forms can be inserted, and the biting tool 1a can be attached. At this time, it is desirable that the mouth contactor 7 be bent in an inverted manner as shown by a two-dot chain line.

  On the other hand, a visual field aid 46 as shown in FIG. 11 can be detachably attached to the eyeglass frame portion 45, and the use thereof can be effectively performed together with the mouth corner contact tool 7. The visual field aid 46 in the illustrated example is configured such that a hood-like cover 47 covering at least the upper side and the lateral side of the visual field can be detachably attached to the eyeglass frame portion 45 in a fitted state depending on the shape of the cover 47. This visual field aid 46 has already been proposed in the visual field formed by the cover 47 by the visual field shutter switching means or the visual field changing means 46a such as a screen or monitor means by the liquid crystal glass or liquid crystal film technology, or by the applicant of the present application. By providing the light-emitting element 48a of the eye training device 48 and the like as described in JP-A-10-118140, eye training for improving moving body visual acuity during facial muscle training can be performed simultaneously and easily. There are features such as.

  The field-of-view changing tool 46a and the eye training device 48 can be operated freely through a programmed control unit 48b. The visual field aid 46 is provided with a cylindrical cover 47a that can form the visual field of the left and right eyes simultaneously or individually as indicated by a two-dot chain line, and the visual field range is arbitrarily defined in the cover 47a such as a rectangular shape. It is desirable to configure the field stop adjusting means 49 that can be adjusted to the shape. The cover 47a is provided with a visual field shutter switching means made of a known technique for changing the visual field transmission.

  That is, the visual field aid 46 provided with the visual field aperture adjusting means 49 and the visual field shutter switching means 49a, when reading a screen of a book, a newspaper, a personal computer or the like, reliably blocks the visual field into an arbitrary size and quickly reads it. Visual recognition can be facilitated. Also, by adjusting the shutter timing for turning the field of view on and off, it is possible to guide the eye to blink appropriately for rapid reading. As a result, for example, “Blink fast reading” (authored by the author, Warrior Sennin, publisher, Takeda Random House Japan), and the range of visibility in the text. It is possible to facilitate the block reading speed reading method, etc., in which the character frame (view frame) is defined and the characters are read in blocks. In addition, the character frame may be an image taken with a camera (not shown) attached thereto, for example, and may be viewed with electronic glasses or a wearable terminal. It has features such as making it easy to continue happily while saving time and sharing with training.

  Next, the facial muscle training tool 1 shown in FIGS. In this facial muscle training tool 1, the mounting member 10 is a glasses-shaped vine main body 8 having a plate-like cross section similar to that shown in FIG. 1, and the left and right vine main bodies 8 are attached to the face contact portion 7 or the biting main body 2. A supporting portion 8a having the attaching means 9 and a head hanging portion 8b to be attached to the head portion or the ear portion in a sandwiched manner through the folding portion 50 having a hinge structure or the like on the supporting portion 8a. Further, the support portions 8a of the left and right vine main bodies 8 are freely connectable by a lateral connection member 10c. In addition, the folding part 50 can be made into the flexible coupling which consists of an alloy, a synthetic resin member, or a wire member member which can be bent or bent besides a hinge structure. Since this flexible joint 50 can easily perform the interposition to the base portion or midway portion of the linear vine portion 10b shown in FIG. 6, the folding angle can be freely selected and regulated. A thinner and more compact folding shape can be achieved.

  As a result, the mounting member 10 can fold each head vine portion 8b inwardly via the fold portion 50 in a state where the left and right vine portions 10b have an integrated unit structure. can do. Further, the head hang part 8b can be provided with a hook part (ear hook part) 8c if necessary, and a vine part insertion part 51 as shown by a two-dot chain line is bent outward at a position near the hook part 8c. Can be provided. The vine portion insertion portion 51 can straddle the vine portion of the glasses worn separately by the user, prevents interference with the vine portion of the glasses, and uses the facial muscle training device 1 with the glasses on. Make it easier to do.

  Next, the mouth corner contact tool 7, the support portion 8a, and the attachment means 9 shown in FIGS. 12 and 13 will be described. First, the support portion 8a is formed with a long hole-shaped mounting hole 52 cut out from one side (front) to the other side (rear) of the vertically oriented plate-shaped piece. The mouth corner contact tool 7 shown in FIG. 13A which is one mode of the mouth corner contact tool 7 shown in FIG. The mouth corner contact tool 7 in FIG. 13 (a) has a mouth corner contact shaft portion 7c that contacts the contact tool body with the rear edge of the mouth corner, and a mouth corner portion that integrally protrudes from the outer periphery of the end portion of the mouth contact shaft portion 7c. It is comprised from the inside contact piece 7b made to contact inside, and the attachment shaft part 7e which protruded in the base side of the edge contact shaft part 7c.

  As a result, as shown in FIG. 13A, the attachment means 9 is inserted into the screw portion with the attachment shaft portion 7e inserted into the attachment hole 52 and the nut 56 after the attachment seat 55 of the lateral coupling member 10c is inserted from the outside. Is configured to be screwed and fastened. Therefore, this facial muscle training device 1 is made into the mounting member 10 having a rigid structure while the left and right vine main bodies 8 are detachably and integrally connected by the lateral connection member 10c. In addition, the lateral connecting member 10c can be adjusted so as to be freely attached in a side view, and can be flexed and stretched to a desired position (angle) and shape that are easy to use, enabling simple and diverse use.

  Further, the lateral connecting member 10c for connecting the left and right vine main bodies 8 has a facial muscle load that can be trained by applying a load to the facial muscles in addition to the breath blowing device 12 as shown in FIG. The applicator 57 can be provided easily. A facial muscle load applicator 57 shown in FIG. 12 includes a main body portion having a holding portion (mouthpiece) 57a made of a flexible member that can be held in the mouth and a load applying portion 57b, and an attachment member 58 made of a universal joint or the like. The horizontal connecting member 10c is provided so as to be attachable / detachable, attachable, and position adjustable. The load applying portion 57b generates a dynamic vibration by a swing weight 57c provided in the spring member or a vibration generating mechanism installed therein, and applies a load to muscles such as the face and the neck through the mouth. be able to.

  Accordingly, the facial muscle load imparting device 57 transmits the external force applied by the facial muscle load imparting device 57 to the various muscles of the mouth and the face while using the mouth contact device 7, and the sagging of the face by mouth training and facial muscle training. Training effects such as prevention can be improved, and since the facial muscle load imparting device 57 is held on the horizontal connecting member 10c without being placed on the floor during the rest, the training can be resumed promptly. Further, in the case of using a training device that exclusively performs facial muscle training using the power load generated by the facial muscle load applicator 57, it is desirable to use the mounting member 10 that does not include the mouth contactor 7. The facial muscle load imparting device 57 may employ facial muscle exercise means 40 as will be described later with reference to FIG.

In addition, each mouth corner contact tool 7 in the illustrated example has a mounting hole 7t having a predetermined depth at which the end of the biting body 2 can be detachably inserted from the inner end side at the center of the body. Accordingly, the left and right mouth corner contactors 7 can be supported by inserting both end portions of the biting body 2 detachably at a predetermined depth into the mounting holes 7t with a simple configuration.
Further, the mounting hole 7t can be a through hole penetrating the main body as in the illustrated example. In this case, the mounting hole 7t can be used as a vent (7t) communicating with the atmosphere outside the mouth when the facial muscle training device 1 is attached and used without the bite body 2 attached. It becomes possible to create a breathing training pattern.

  That is, the mouth contactor 7 having the above-described configuration can be configured to be inserted into the left and right mouth corners and used in a state where the lips are pinched or in a state where the teeth are pinched. While closing the lips strongly, through the mounting holes 7t serving as the vents, mouth breathing that is narrowly and long (calls) from the left and right mouth corners, and the vents (mounting holes) 7t exclusively when the front lip is always closed. It is possible to facilitate a novel mouth-mouth breathing method that is performed through the device. At this time, the mouth-breathing method makes the mouth of a suitable smile state that naturally raises the mouth corner part by concentrating the consciousness on the mouth corner part by the facial muscle action (facial muscle movement) action that closes the front lip in a chewing posture, Since the nasal cavity naturally expands, nasal breathing can be easily promoted, and health effects such as improvement of mouth respiratory syndrome as described above and effects for a smiling beautiful woman can be improved. Further, the mouth angle breathing method, the facial muscle training device 1 that can move the tongue freely in accordance with the mouth angle breathing method, and the front lip can always be easily closed while breathing from the corner of the mouth via the vent 7t. Therefore, it is possible to create a new mouth-mouth-respiratory tongue movement type facial muscle training device 1 that enables a tongue muscle training method and a smooth tongue activation method in which only the tongue is moved for a long time, and also expands the training mode and is fun, easy and effective. Can be used.

In addition, after the facial muscle training device 1 is removed, the afterglow of the residual mouth sensation of smile can be maintained for a longer time. Therefore, there is a feature that it can be suitably used as a forced smile tool for enhancing the above various training effects.
In addition, the left and right mouth corner contact tools 7 can attach and detach the biting tool 1a detachably by inserting both end portions of the biting body 2 using the hole shape of each mounting hole 7t. ), The one-side pinching tool 1b which makes a pair on the left and right can be attached. The one-side pinching tool 1b in the illustrated example is a biting body 2 including a biting portion 2a that can perform thin biting training, a thick biting portion 2c that can perform thick biting training, and the like. By making the amount of protrusion to the inside of the mouth freely changeable, it is possible to easily perform both the above-mentioned trainings by selecting the position between the biting portion 2a and the thick biting portion 2c.

  Next, another embodiment of the mouth corner contact tool 7 and the attachment means 9 will be described with reference to FIG. The mouth corner contact tool 7 of the illustrated example is provided with an outer contact piece 7a that makes the outer contact portion 7a having the mouth contact piece 7b widely contact the outer skin C around the mouth corner portion from the outside of the mouth. An attachment piece 7f that comes into contact with the outside contact piece 7a so as to sandwich the support portion 8a is integrally provided at the shaft end of the portion 7e, and an attachment hole 7t is formed along the axis of the main body portion. As a result, the mouth contactor 7 is mounted so that the support portion 8a is sandwiched between the elastic contact and the flexible contact piece 7a and the attachment piece 7f when the attachment shaft portion 7e is inserted into the attachment hole 52 of the support portion 8a. The means 9 can be configured and the face contact member 7 can be positioned and fixed at a desired position.

  The mouth corner contact tool 7 inserts the mouth contact piece 7b into the mouth, and when the mouth contact piece 7a is brought into contact with the outer skin portion C of the mouth corner portion, the mouth edge (lips and cheek meat around the mouth edge) is placed. It can be made the mounting state clamped between the intraoral contact piece 7b and the extraoral contact piece 7a. Accordingly, the mouth-corner contact tool 7 can be put into a mouth-corner wearing state by the mouth contact piece 7b and the mouth contact piece 7a on the rear edge of the mouth corner. Can be improved. Further, the extraoral contact piece 7a is a wide hook-shaped piece that restricts direct contact between the outer skin portion C and the support portion 8a to prevent a sense of incongruity at the time of wearing. The shape of the mouth contactor 7 may be formed long in the front-rear direction in a side view and may be formed in a bowl shape or a sucker shape in a plan view, as will be described later with reference to FIG.

  Next, with reference to FIG. 13, an embodiment in which a one-side pinching tool (one-side tongue stick) 1 b is provided for the mouth corner contact tool 7 will be described. 13 (a) is provided with a thick biting portion 2c that enables thick biting training on the outer side of the biting main body 2, and a biting portion 2a that enables thin biting training on the inner side. 2 is inserted into the mounting hole 7t so as to be movable in the left-right direction, so that the pinching position by the back teeth can be changed. 13 (b) is provided with a thin biting portion 2a and a thick biting portion 2c on the inside and outside of the biting main body 2, and the biting main body 2 can be inserted in the mounting hole 7t so as to be reversibly inserted. By doing so, the pinching position can be changed. The mounting hole 7t of the face contact member 7 can be closed by the biting body 2 and, if necessary, can be closed using a plug (not shown). Further, the mouth corner contact tool 7 can be integrally provided so that the short biting body 2 from the lip contact shaft portion 7c can be caught in the tooth row B.

Next, another embodiment of the facial muscle training device 1 will be described with reference to FIGS. 14, 15, 16 and 17, 18, 19, 20 and 21. In addition, the same code | symbol is attached | subjected about the structure and effect | action similar to the thing of each above-mentioned embodiment, and description is abbreviate | omitted.
First, the facial muscle training device 1 shown in FIG. 14 and FIG. 15 has a simple structure mounting member 10 in which a support portion 8a in a single mode in which the spectacle frame-like vine portion 8b shown in FIG. 12 is omitted is connected by a lateral connecting member 10c. In addition, the face contact member 7 is provided on the support portion 8a by the attachment means 9 substantially the same as that shown in FIG. As a result, the facial muscle training device 1 has a simple structure that can be used simply by bringing the left and right mouth corner contact tools 7 into contact with the corner portions of the mouth corners from both outer sides, and can be used easily for a long time. It is easy to use.

  That is, the mounting member 10 selects a plurality of connecting holes 61 provided in the plate-like support portion 8a at both ends of the U-shaped or U-shaped horizontal connecting member 10c, and connects each axis via a screw. It is possible to detachably attach in the rotation direction. Further, a bent / extended portion 62 bent outward is provided in the middle of the horizontal connecting member 10c, and the mounting shape can be changed by bending / extending the bent / extended portion 62. 7 can be easily adjusted. In addition, the lateral connecting member 10c can be freely used in such a manner that it crosses the front of the nose or above or behind the head or the front or bottom of the jaw or the back of the head or neck and the front of the face. Therefore, the facial muscle training device 1 has a simple structure in which the support portion 8a including the mouth corner contact device 7 is connected by the lateral connection member 10c, so that it has the convenience of handling and is used for wearing general glasses. It can also be used as a stable state in which the horizontal connecting member 10c is engaged with the eyeglass frame of the person from above. In addition, the mouth contactor 7 can be easily attached to the vine portion of the general glasses via the support portion 8a.

  The mouth contactor 7 in the illustrated example is a simple structure in which an outer contact piece 7a and an attachment piece 7f are integrally projected on an attachment shaft portion 7e similar to that shown in FIG. 13 by molding a synthetic resin such as silicon rubber. It has a structure. The outer contact piece 7a has an ear shape or a tongue shape in which the front side of the mounting shaft portion 7e is short and the rear side is long in a side view, and is formed in a bowl shape or a sucker shape in a plan view. Is provided in the shape of a bowl so as to hold the support portion 8a between the contact piece 7a and the outside contact piece 7a. Thus, the mouth corner contact tool 7 can configure the facial muscle training tool 1 by inserting the mounting shaft portion 7 e into the mounting hole 52 formed in the support portion 8 a of the mounting member 10. And the facial muscle training tool 1 can contact the left and right mouth corner contact tools 7 from the outside to the mouth corner portion in a pressing state through the mounting member 10 during use. At this time, the outer contact piece 7a comes into contact with the outer peripheral edge of the suction cup shape having elasticity and flexibility along the outer skin portion C of the mouth corner portion while following and deforming as shown by a two-dot chain line, A wearing stimulus is suitably applied without causing pain while ensuring positioning.

  In addition, as shown by a two-dot chain line in FIG. 15, the mouth corner contact tool 7 can be provided with a mouth corner projection 7g that makes point contact with the mouth corner portion and performs finger pressure inside the outer contact piece 7a. In this case, since the mouth corner projection 7g determines the acupuncture point pressure point of the mouth corner portion and applies the finger pressure stimulus, the training effect can be enhanced synergistically with the outer contact piece 7a. When various acupressure protrusions 37 for the acupressure points such as the nose and around the mouth near the corner of the mouth are required, the acupressure protrusions 37 project integrally from the base side of the outer contact piece 7a to the outer periphery. In addition, it can be detachably provided from the support portion 8a. Further, if the mouth contactor 7 is provided with an attachment hole 7t similar to that described above, if necessary, the attachment hole 7t can be attached to the biting body 2 of the pinching tool 1a or the one-side pinching tool 1b. The vent 7t can be used with convenience.

  Next, various mouth corner contactors 7 having a clip function for directly attaching a face will be described with reference to FIGS. First, the mouth contactor 7 shown in FIGS. 16 (a) and 16 (b) is provided with an outer contact piece 7a as shown in FIG. The attachment piece 7f is integrally protruded, and the in-mouth contact piece 7b is protruded from the end of the lip contact shaft portion 7c provided in the extending direction of the attachment shaft portion 7e. The extraoral contact piece 7a is formed in a hook shape or a sucker shape in the shape of an ear or a tongue piece as described above, and has a shape having flexibility toward the outer periphery. Further, the lip contact shaft portion 7c forms a contact shaft inclined surface that converges in a small diameter from the mouth contact piece 7b side toward the mouth contact piece 7a, and a mouth edge trailing edge is formed between the mouth contact piece 7a and the mouth contact piece 7b. A clamping interval for inserting and clamping is provided. Further, the face contact member 7 can be formed with the mounting holes 7t described above as necessary.

  Thus, the mouth corner contact tool 7 can configure the facial muscle training tool 1 by inserting the mounting shaft portion 7 e into the mounting hole 52 formed in the support portion 8 a of the mounting member 10. When the facial muscle training tool 1 is placed in the mounting posture by the mounting member 10, the mouth contact piece 7 b is inserted into the mouth and the mouth contact piece 7 a is brought into contact with the outer skin portion C of the mouth corner. 7b and the outside contact piece 7a can be put in a sandwiched state, and at this time, the inner surface of the rear edge of the mouth corner can be moved along the contact shaft slope to make a deep sandwiched state. . Therefore, the mouth-corner contact tool 7 can be clamped and attached to the mouth corner by the mouth-contact piece 7b, the mouth-side contact piece 7a, and the mouth-edge contact shaft portion 7c. It can be given to improve the training effect. In addition, the mouth contactor 7 that is in a clamped state at the corner of the mouth can regulate the disengagement to the outside of the mouth and the positional deviation in the front-rear direction, and therefore facial muscle training that supports the mouth contactor 7 in a cantilevered support state. The mounting posture of the tool 1 can be properly maintained.

  Furthermore, even if the mouth corner contact tool 7 clamped and attached to the mouth corner portion by the above configuration and shape is used by being detached from the attachment member 10, the mouth corner contact tool 7 maintains the mounting posture to the mouth corner portion without being separated and dropped due to pinching by the lips. Therefore, it is possible to use the mounting member 10 alone without using the mounting member 10. In other words, when the mouthpiece contact tool 7 is used alone, the mouthpiece contact piece 7a and the mouthpiece contact piece 7b having the elastic force are sandwiched between the mouthpiece contact section 7b and the mouth contact piece 7b. Thus, the mounting member 10 having a clip function to be mounted is combined. For this reason, it is possible to easily perform facial muscle training, vocal training, etc. without the need for the head-mounted mounting member 10 composed of various above-mentioned vine-shaped members. A new face-directed facial muscle training tool 1 that can be easily used is created.

  Accordingly, in the above-described single-type small face-directed facial muscle training device 1, the outer contact piece 7a, the intraoral contact piece 7b, and the lip contact shaft portion 7c serve as a clip-type mounting member 10 for direct face attachment. It can be securely attached to the corner of the mouth and can be easily removed from the front, so it can be worn freely even when massaged on the head, neck and face without being disturbed by the vine There are advantages such as being able to be used together. In addition, the mouth-corner contact tool 7 is provided with a mounting member 10 made of a holding member such as a rubber band or a hook-like linear member on the mounting shaft portion 7e, and the holding member 10 held on the ear is sandwiched and attached to the mouth-corner portion. Since the mouth contactor 7 in the state is urged upward, the training effect can be enhanced and the convenience of portable use can be provided.

  Next, the mouth corner contact tool 7 having the clip function for directly attaching the face shown in FIGS. 17 (a) and 17 (b) will be described. The mouth-corner contact tool 7 has a sandwiching distance between the rear edge of the mouth corner on the outer side and the inner side of the mouth-contact shaft portion 7c, with the base portion of the wide-mouth-like outer contact piece 7a and the narrow-mouth-like mouth contact piece 7b. In addition to being provided integrally, the intraoral contact piece 7b is overlapped with the extraoral contact piece 7a in a side view and extended rearward so as to be U-shaped in a plan view. The extra-oral contact piece 7a has a shape that is smoothly expanded in the vertical direction from the front end to the rear, and the outer periphery of the rear end is bent in a folded shape to form the gripping portion 7u. The gripping portion 7u can be used as a mounting portion for a mounting member (such as a rubber band) 10. On the other hand, the contact piece 7b in the mouth forms a guide surface 7v for clamping by smoothly bending the rear end inward.

  As a result, the left and right mouth corner contact tools 7 paired with each other can grasp the gripping portion 7u of the outer contact piece 7a and move it backward while inserting the inner contact piece 7b into the mouth. Can be inserted without difficulty in a hooked state, and can be quickly mounted on the face in a state where the mouth corner rear edge K is in contact with the mouth edge contact shaft portion 7c. Then, in the mounted state of the mouth corner contact tool 7, the mouth contact piece 7b suitably gives a contact stimulus without pain to the mouth corner portion between the mouth contact piece 7a and the mouth contact piece 7a by the smooth surface shape and the sandwiching elastic force. . The extra-oral contact piece 7a can cover the statutory line portion with a good appearance by its wide shape, and can make the wearer feel more comfortable at the corner of the mouth. Further, the mouth corner contact tool 7 can be easily removed from the mouth corner portion by an operation reverse to the mounting operation described above, and the gripping portion 7u side is grounded to the floor surface A so as to be temporarily placed without a pillow portion. be able to.

  Further, as shown in FIG. 17B, the mouth corner contact tool 7 can be attached by inserting the biting body 2 of the pinching tool 1a in a detachable and slidable manner in a mounting hole 7t formed on the front side as required. The biting tool 1a can be appropriately mounted on the mouth without the need for the head-mounted mounting member 10. Thus, the user can perform both facial muscle training using the mouth-contact tool 7 and utterance training in which the biting body 2 is pinched by the upper and lower teeth B. In addition, the corner | angular part mounting means of the corner | angular contact tool 7 is not limited to the said structure, It is used when attaching accessories, such as earrings and earrings, to the ear | edge, for example, the gap | interval adjustment similar to the clamping attachment means which clamps an earlobe It can be configured by using a structure or a holding force adjusting structure that is elastically held by a spring or a magnetic force. Moreover, the constituent material of the mouth-corner contact tool 7 can also be made into a suitable quality structure excellent in contact and design with various kinds of precious metals and titanium alloys used in conventional accessories.

  The mouth-corner contact tool 7 configured as described above can decorate the mouth circumference because it can combine design added value such as shape materials for accessories and practicality by giving mouth-corner contact stimulus as in the case of earrings. While creating a new accessory field, it has features such as facilitating training of facial muscles, smooth tongue and vocalization anytime and anywhere. Further, the various mouth corner contactors 7 having the above-mentioned outside contact piece 7a are not limited to the mounting means and the shape by the various mounting members 10 shown in the figure, but by the mounting means using a pasting member such as a gummed tape or an adhesive seal, for example. It is possible to use mounting means such as attaching and assisting the mouth contact piece 3e to the corner of the mouth, or sticking the mouth contact portion 7a on the inner surface of the mouth contact piece 7a using the outer skin adhesive. In this case, it is possible to improve the portability and make it easy to use the mouth-corner contact tool 7 at any time while reducing the size and manufacturing at a low cost.

  Next, another embodiment of the facial muscle training device 1 will be described with reference to FIGS. 18, 19, 20, and 21. The facial muscle training device 1 shown in each of the above figures is similar to that shown in FIG. 1 in that various types of holding the biting body 2 that is pinched while holding the mouth sideways from the ear or head to the corner of the mouth. It is comprised from the mounting member 10 as a mounting means. First, the facial muscle training tool 1 shown in FIG. 18 has a bite body 2 as a bar-like pipe and is provided with pillow portions 3 made of ring-shaped protrusions on both sides of an outer peripheral bite portion 2a. In addition, the mounting member 10 is an elastic mounting member (in the illustrated example, an elastic band formed in a rubber band shape) is detachably inserted into the hollow portion of the biting main body 2, and pipe ends are provided at both ends of the elastic mounting member 10. A stopper 65 for contact is provided. The elastic mounting member 10 can be a linear spring member that can expand and contract.

  In the facial muscle training device 1 having the above-described configuration, the elastic mounting member 10 draws the left and right stoppers 65 by its elastic force when not in use, and the left and right stoppers 65 come into contact with the ends of the biting body 2. At this time, the end is covered to a non-use posture in a straight bar state. In use, the left and right stoppers 65 can be picked and the elastic mounting member 10 can be pulled out against the elastic force. Thereby, each elastic mounting member 10 can be ring-shaped as shown by a two-dot chain line and can be hung on the left and right ears, and supports the biting body 2 in the pinching posture. When the bite is used, the facial muscle training device 1 has the lip contact shaft in which the outer periphery of the bite body 2 is inscribed in the rear edge of the mouth corner because the bite body 2 is pulled and biased in the ear direction by the left and right elastic mounting members 10. It becomes a face contact member similar to the part 7c, and elastically presses against a proper position in a smiling state where the corner of the mouth is pulled up. Therefore, the facial muscle training tool 1 that is used by providing the attachment member 10 having tensile elasticity on the biting tool 1a performs a new form of facial muscle and vocalization training by pressing and pressing the face contact member against the corner of the mouth. There are also features such as being able to create.

  The facial muscle training device 1 shown in FIG. 19 has a bite body 2 as a linear member having a tongue moving part 5, and a rubber string member (in the illustrated example) similar to that of the above embodiment on the outside of the left and right bite parts 2 a. A concave-convex support portion 2e is formed on which a mounting member (elastic mounting member) 10 made of a rubber band is detachably or integrally attached. Thus, the facial muscle training device 1 has the same effects as those of FIG. 18 when the left and right elastic mounting members 10 are hooked and the biting body 2 is pinched.

  The biting body 2 in the illustrated example is provided with a plurality of support portions 2e toward the outside of the left and right biting portions 2a, and the tongue movement similar to that described above with reference to FIGS. 6 and 7 between the left and right biting portions 2a. Part 5 is provided. As a result, the facial muscle training device 1 can be mounted so that the bite body 2 can be switched from a normal posture indicated by a solid line to a tongue-restricting posture indicated by a two-dot chain line X and a front toothed posture indicated by a two-dot chain line Y. . And among the plurality of support portions 2e that lock the elastic mounting member 10 and mount it on the mouth, the inner and outer support portions 2e can be mounted in the normal posture and the front toothed posture of the biting body 2, A middle support portion 2e having a concave groove formed in the opposite direction is adapted to mount the biting body 2 in a tongue regulating posture.

  That is, when the facial muscle training tool 1 (chipping tool 1a) uses the biting body 2 in the normal posture and the front toothed posture of the two-dot chain line Y, the elastic mounting member 10 locked to the inner support portion 2e. Can perform the mounting member contact training in a state where the middle is in contact with the mouth corner portion or the outer skin C of the cheek, and the elastic mounting member 10 is locked by the outer support portion 2e. Can be easily performed by separating the skin from the outer skin C. Further, when the biting body 2 is reversed from the normal posture and the elastic mounting member 10 is locked to the middle support portion 2e, the tongue moving portion 5 can be switched to the tongue regulating posture indicated by the two-dot chain line X, and can be biased. Therefore, it is possible to effectively perform a new utterance training by intensively moving the lips while controlling the movement of the tongue.

  Further, the biting body 2 can be easily switched from the normal posture to the front toothed posture of the two-dot chain line Y against the elastic force of the elastic mounting member 10, and at this time, the inner curved surface of the tongue moving portion 5 is moved up and down. Since the tooth row B can be selected and brought into contact with the shape of the tooth row, the bite body 2 can be removed from the mouth and held in the tooth row B without being temporarily placed on the floor surface A. It is possible to perform conversations, use and breaks in a state where training of muscles and vocalization is temporarily released, without any trouble, and to quickly resume training. Further, the bite body 2 including the curved shape and the elastic mounting member 10 can be used in the field of dentistry as a tooth correction tool or the like by providing the mouthpiece described above with reference to FIG. 6 and FIG. There are features such as the ability to create new uses. Moreover, it is easy to provide the mouthpiece body 2 with the mouth corner contact tool 7 having the vent 7t as shown in FIGS. 12, 13, 15, and 16, and the mouth angle breathing tongue movement type constructed thereby. Since the facial muscle training device 1 can easily and freely breathe through the mouth, it can also be used in various applications in the medical field as described above.

  The facial muscle training device 1 shown in FIG. 20 includes a manufacturing means for manufacturing the biting body 2 of the biting tool 1a with a thin plate member 66 made of paper or synthetic resin, an attaching means 9 for attaching the elastic mounting member 10, and the like. An example is shown. The biting body 2 is a belt-like thin plate member 66 having a predetermined width and length, and the biting portion 2a is formed in the length direction by bending the middle of the band width indicated by a two-dot chain line into a square shape in a side view. To be able to. Further, the thin plate member 66 forms an attachment piece 66a for winding a part of the elastic mounting member 10 by bending the outer end of the biting portion 2a, and attachment means for adhering the bent inner surface of the attachment piece 66a to the thin plate main body surface. 9

  The facial muscle training tool 1 configured as described above can be manufactured easily and inexpensively because the biting body 2 that becomes the biting tool 1a can be a thin plate-like member such as paper and the mounting member 10 is a rubber band or the like. can do. As a result, even when a plurality of facial muscle training devices 1 are stacked, a compact packaging can be achieved, and convenience in carrying and use can be created. In addition, when the user bends the plate width indicated by the two-dot chain line as indicated by the solid line, the facial muscle training tool 1 freely forms the biting portion 2a having an arbitrary biting height by this bending width. Can be used. When the biting main body 2 is pinched, the biting portion 2a and the folding portion 66b formed between the biting portion 2a and the attachment means 9 in a fold-down manner are pulled by the tension of the elastic mounting member 10. It becomes a face contact member (mouth corner contact tool 7) that comes into contact with the corner portion of the mouth, and has the effect of imparting mouth corner contact stimulation in the same manner as in the above embodiment.

  Next, with reference to FIG. 21, the facial muscle training device 1 that can use the mask as the mounting member 10 for the biting tool 1a or the pair of one-sided pinching tools 1b and the mouth corner contact tool 7 will be described. First, the mask 10 has a mask body 10s formed in a flat shape by a general-purpose member made of nonwoven fabric, paper, or synthetic resin, and attachment means (hereinafter simply referred to as a hanging strap) 10r such as a rubber band or a string on both sides thereof. It is a simple flat mask that is inexpensively manufactured and marketed. When the mask 10 is worn on the ear, the pair of left and right one-side pinching tools 1b are attached with an adhesive at a position where the mask main body 10s faces the left and right mouth corners. It is attached by attachment means 9 such as sewing.

  In the one-side pinching tool 1b, it is desirable that the biting main body 2 is a thin plate member made of the same material as that shown in FIG. 20, and the base portion closer to the outside is attached to the left and right ends of the mask main body portion 10s by the attaching means 9. At the same time, the other end side (inner side) is configured to be freely raised and lowered as a free end biting portion 2a. As a result, the biting main body 2 has a stowed posture along the mask main body portion 10s indicated by the solid line with the biting portion 2a, and a usage posture that allows the biting portion 2a to be bitten into the mouth when standing up in a bent shape as indicated by the two-dot chain line. It can be switched freely. Further, the one-side pinching tool 1b is provided with a mouth-corner contact tool 7 to be brought into contact with the mouth corner portion or the vicinity thereof on the outside of the biting body 2 as a laterally long projection having a semicircular arc cross section. The corner contact tool 7 is not limited to the shape shown in the drawing, and may be provided as an outside contact member made up of a plurality of protrusions such as a spherical shape.

  The mask type facial muscle training device 1 configured as described above can be used as a normal mask in the stowed posture of the one-side pinching tool 1b. And when using it for facial muscle training, the biting part 2a of each one side clamping tool 1b is stood up and it is set as a use posture. As a result, when the user puts the strap 10r on his / her ear and wears the mask 10 while sandwiching the left and right biting portions 2a, the user hides the mouth in the wearing state and performs training such as facial muscles and vocalization and the mouth corner portion. Training to apply a contact stimulus that presses the mouth corner contact tool 7 can be performed. Therefore, this facial muscle training tool 1 can easily and easily perform the above-described various kinds of training anywhere and anytime without worrying about the eyes, place, time, etc., and the new usage and application of the mask are inexpensive. There are advantages such as creating.

  In addition, the mouth contactor 7 provided in the mask 10 simply attaches a linear or strip-like bending and stretching member having elasticity and flexibility to the mask main body portion 10s as shown by a dotted line in FIG. Can also be configured with the same action. That is, an appropriate number of vertically extending / stretching members can be arranged as a pair of left and right face contact members (7) on the inside or on the inner side of the mask body 10s. The mouth contactor 7 thus installed applies contact stimulation by pressing the top and bottom of the mouth corner or its vicinity depending on the thickness and the upper and lower arrangement length (range) when the mask is mounted. The effect can be produced similarly.

  Furthermore, in this case, the mask body 10s is in the state of a pressing sheet-like surface that presses the entire outer skin C around the mouth, and the vertical mouth corner contact 7 strongly presses the upper and lower lips. By applying resistance to the opening of the lips and opening the mouth and enlarging the nasal cavity, the nasal breathing can be promoted without difficulty while naturally suppressing mouth breathing that tends to occur when wearing a mask. Therefore, since the mask 10 that can be used for facial muscle training suppresses mouth breathing and facilitates nasal breathing easily, there is an advantage that it can be easily connected to prevention of mouth breathing syndrome and pollen syndrome. is there. And there exists the characteristic which can create the utilization method of a new type mask, and a new type mask.

  In addition, the mouth corner contact tool 7 having the above-described configuration can be easily bent inward from the extended posture of the package when not in use, and appropriately gives a contact stimulus to the mouth corner portion by adjusting the protrusion of the bent portion. can do. Moreover, since the mouth contactor 7 that can be used in the vertical orientation as described above can be easily manufactured and attached, it can be suitably used as a mask accessory or kit that can be retrofitted to the existing mask 10. There are advantages you can do.

  The mounting member 10 in the illustrated example shows a planar mask made of non-woven fabric or cloth, but can be a three-dimensional mask made of synthetic resin or processed paper. Further, the installation means for installing the facial muscle training device 1 on the mask 10 is not limited to the one shown in the above-described example. For example, the mouth corner contact device 7 shown in FIGS. 16 and 17 and the biting device 1a shown in FIG. The mask 10 has a compact and easy-to-use installation structure, and can be installed and used detachably. Further, the mouth contactor 7 formed by the bending / stretching member is provided at a predetermined position of a film body such as a tape or a sheet that can be stuck to the outer skin portion C, thereby providing a novel facial muscle training tool 1 of a film body type. can do.

Next, an exercise type (running type) facial muscle training tool 1 that can be suitably used during exercise shown in FIG. 22 will be described. This facial muscle training device 1 is used on a wearing member (band) 10 that is fitted in a headband shape or a hair band shape on the head, and the biting device 1a is shown in a solid line through the vine portion 10b. And a storage posture temporarily supported in a non-use posture in which the pinch is released.
This band 10 is a ring-shaped or U-shaped band-like body having a headband-like width that enables the installation of a sweat-absorbing member, and is fitted to the head via its own elastic force or tightening structure. Installed. The band 10 is attached to the rear ends of the vine portions 10b that support both ends of the biting tool 1a via the left and right attachment portions 10t, and from the use posture to the non-use time via the posture change means. Posture holding means 13 comprising a hook, a box or the like for holding the posture of the clasp 1a that can be switched to the storage posture is provided.

  In other words, the posture holding means 13 of the embodiment has a structure in which an L-shaped hook portion 13 a that can detachably engage the hanging portion 10 b on both sides of the band 10 or a front portion of the band 10 is engaged. It can be configured by providing a C-shaped box portion 13b capable of releasably locking the clip 1a. The posture changing means for switching the biting tool 1a between the use posture and the storage posture is based on a slide support structure that allows the attachment portion 10t to be moved back and forth on the band 10 or a flexible extension structure. Can be configured. Thus, the facial muscle training tool 1 can suitably use the pinching tool 1a when performing exercises such as running, jogging and dancing, or karaoke practice, or utilizing the smartphone mail time.

  That is, even if the biting tool 1a is subjected to intense vertical movement during exercise, the tongue moving portion 5 restricts the movement of the biting tool 1a to the front side of the mouth and the biting tool 1a is connected to the band 10 via the hanging part 10b. Since the use posture of the solid line in the mouth is maintained, speech, facial muscles, smile training and the like can be performed without any trouble. In addition, when it is desired to temporarily interrupt facial muscle training or the like during the above exercise, the clasp 1a is moved forward against the posture maintaining force of the posture changing means and removed from the mouth, and the attachment portion 10t side is used as a fulcrum. By locking the vine portion 10b to the hook portion 13a or by directly locking the biting tool 1a to the box portion 13b, the bandage 10 moves to the head side while retracting the biting tool 1a from the face. Can be temporarily supported. In addition, the tongue part case 13c which can accommodate the clamping tool 1a as needed can be attached to the box part 13b so that attachment or detachment is possible.

  The facial muscle training device 1 configured as described above is attached to the mounting member (band) 10 to be fitted to the head and attached to the attachment member (band) 10b from the jaw usage posture indicated by the solid line through the temple portion 10b. Since the nipping tool 1a in the non-use posture with the nail pinched released is switched to the storage posture temporarily supported by the band 10, it can be quickly reused by the reverse operation, so that it can be used for a long time running, walking, etc. It is possible to facilitate the synergistic training using the time-chipping tool 1a. In addition, based on the sports theory that has been proposed in recent years that proves that facial muscles are in a smiling state in short-distance running leads to improved record update, this clasp 1a is easy to run in a smiling state. In addition, there is a feature that it is possible to easily perform challenge training for record update of various sports. The facial muscle training device 1 can be provided with a nasal mask 34 configured to cover only the nose locally on the band 10 as indicated by a two-dot chain line. In this case, air pollution is a concern. Training can be performed conveniently without any problems. Further, if necessary, a front cover 34 a can be provided, and the mouth side can be easily covered in the same manner as the mask 10. In addition, the nose mask 34 and the biting tool 1a may be configured to supply, for example, a fragrance, a sweetener, a nutrient, a drug, or the like to the user by automatic or manual means.

  Next, with reference to FIG. 23, a facial muscle training tool 1 capable of detachably attaching the biting tool 1 a to the foldable mounting member 10 will be described. This facial muscle training tool 1 comprises mounting means 9 for detachably mounting the left and right ends of the pinching tool 1a on the left and right sides of a U-shaped horizontal connecting member 10c similar to that described above. 9 is connected via a folding part 25 constructed in the vicinity of the lower part of 9. The attachment means 9 shown in FIGS. (A) and (b) includes an engaging member 26 that faces inwardly and engages both ends of the sandwiching tool 1a in a holder 27 fixed to the lateral coupling member 10c. In a state of being supported so as to be movable left and right, a tension spring 27a is interposed between the two to bias the engaging member 26 in the engaging direction. The engaging member 26 forms locking pieces 26a and 26b to be locked by fitting the end of the clamping tool 1a on the inner side or by outer fitting, and a hook-shaped stopper 26c is projected on the outer side. Has been established.

  As a result, as shown by the solid line, the attachment means 9 can be supported in the use posture by fitting the left and right ends of the pipe hole of the pinching tool 1a into the locking pieces 26a of the left and right engaging members 26. By moving the combined member 26 outward against the urging force of the spring 27a, it is possible to release the use posture and remove the pinching tool 1a. Further, since the engaging member 26 has a conical fitting surface inside the locking piece 26b, the use of the large clamping tool 1a as shown by a two-dot chain line in FIG. It is possible to attach and detach the clasp 1a having different shapes in a one-touch manner. In addition, since the pinching tool 1a facilitates the rotation support around the mounting axis, it makes it easy to temporarily hold such as a feeling of use in the mouth at the time of the above-mentioned pinching and holding at the front side of the training pause state. There are advantages such as being able to.

Further, for example, it is easy to form the hollow portion 26d in the engaging member 26 by using the mounting structure of the mounting means 9, and auxiliary devices 6 such as a speaker, a microphone, and a vibration generator are formed in the hollow portion 26d. Storing the can improve the usability of the facial muscle training device 1 for each application described above.
On the other hand, the attachment means 9 shown in FIG. 2C can insert the left and right ends of the sandwiching tool 1a having the pillow portion 3 into the attachment holes 28 of the engaging members 26 formed at both ends of the horizontal connecting member 10c. Thus, the biting tool 1a is supported in the use posture, and the end of the lateral coupling member 10c is moved in the direction of the arrow, thereby releasing the engagement of the biting tool 1a with the mounting hole 28 and easily removing it. be able to. At this time, the pillow 3 protruding from the left and right of the biting body 2 also serves as a stopper member for restricting the right and left movement of the biting tool 1a, so that the use posture of the biting tool 1a is stably held and removed. The biting tool 1a can be temporarily placed and stored hygienically.

The mounting member 10 is provided with a folding portion 25 having a hinge structure on the outer side surface formed in a curved shape on the left and right upper portions of the horizontal connecting member 10c with a predetermined folding angle. The base part of the vine part 10b is pivotally supported via this. In addition, the vine portion 10b is formed by extending an ear hooking portion 10e toward the rear side through a standing portion raised upward from the base portion.
As a result, the facial muscle training device 1 can perform utterance training or the like by putting the ear hooking portion 10e over the ear while holding the biting device 1a in the mouth when the left and right vine portions 10b are in a use posture indicated by a solid line. . The left and right vine portions 10b can be folded in the direction of the arrow, and the left and right sides of the clasp tool 1a are positioned on the upper side of the clamping tool 1a as shown by the two-dot chain line by the structure of the fold portion 25 and the standing shape of the vine portion base. A thin folding storage state can be achieved without increasing the folding posture of the vine portion 10b. At this time, the tongue stick rotatably supported by the horizontal connecting member 10c via the attaching means 9 can be flatly fitted in the side portion 10b and the horizontal connecting member 10c in the retracted state. It can be in a compact storage state that is not bulky.

In addition, when the bent part 10b is provided with a bending / extending part 29 bent in a U or inverted U shape in the middle part thereof, the length of the vine part can be easily adjusted through deformation adjustment (tuning) of the bending / extending part 29. be able to. The bending / extending portion 29 can be a mounting portion for a desired acupressure device.
The facial muscle training tool 1 configured as described above can be easily used by providing the mounting member 10 with the biting tool 1a so as to be rotatable and detachable, and can be in a thin folded storage state. Convenience at the time of carrying can be improved. Further, the folding structure of the vine portion 10b is not limited to the hinge structure, and the vine portion 10b is manufactured simply and inexpensively by a flexible joint made of a synthetic resin member, an alloy member, or a wire member that can be bent or bent inward. May be formed into a thin and compact folded shape along the biting tool 1a. In addition, the facial muscle training device 1 having the above-described configuration can be easily manufactured by using precious metals for each component member, so that various trainings can be comfortably performed while providing a simple and gorgeous aesthetic appearance. There is a feature that it can be made difficult.

  On the other hand, this vocal training tool 1a shows an embodiment in which the facial muscle exercise means 40 for applying a dynamic vibration load to the facial muscle can be configured and used. That is, the facial muscle exercise means 40 shown in the figure can be detachably provided at both ends of the tongue stick 1 or the left and right mounting members 10, and exercise by the facial muscle exercise means 40 through the tongue stick 1 held in the mouth. Can be conveyed to the face. This makes it possible to forcibly and easily train facial muscles that are difficult to train on a daily basis, and to aim for training that is less likely to get tired while arousing curiosity and fun. The facial muscle movement means 40 includes a drive unit 41 composed of a desired mechanism such as a rotational movement mechanism, a reciprocating movement mechanism, and a vibration mechanism, and an attachment part 42 for connecting the drive unit 41 to the tongue stick 1 or the engaging member 26. Further, it is constituted by a belt plate-like or round bar-like actuating member 43 having elastic force supported by the drive unit 41 and operable.

  Further, the actuating member 43 is provided with a weight (balance weight) 45 at the free end of the belt-like plate having a predetermined length, so that the amplitude energy in the plate thickness direction and the energy in the centrifugal direction based on the movement of the drive unit 41 are further increased. ing. Further, when the user performs a motion to move the face up and down or left and right while the drive unit 41 is stopped, the resonance motion of the actuating member 43 having the weight 45 based on the motion motion is increased, and this energy is applied to the sliding tongue It is possible to efficiently transmit the load to the mouth and facial muscles via the stick 1. In this way, the utterance training tool 1a including the facial muscle exercise means 40 selects the operation switch of the drive unit 41 while holding the sliding tongue 1 so that the operating member 43 is indicated by a two-dot chain line arrow. Forward, reverse or vertical movement can be transmitted to the mouth strongly with the action of the weight 45, facilitating facial muscle training while reliably applying power load to a large number of 40 muscles It can be carried out.

  Further, when the driving unit 41 is stopped, there is a feature that a desired facial muscle training can be freely performed by the user moving the face. Further, the facial muscle movement means 40 can be used alone on the sliding tongue 1 without the mounting member 10 and can be used alone on the mounting member 10 without the sliding tongue 1. In any case, facial muscle training is favorably promoted, and a beautiful face with a tightening effect that improves sagging by forcibly forging the lower half muscles of the face can be aimed at an early stage.

When performing dynamic facial muscle training by the facial muscle exercise means 40 through the tongue stick 1, the mouthpiece having a cushioning property corresponding to the thick chewing portion 2c as indicated by a two-dot chain line on the chewing portion 2a. A member can be attached or detached or provided integrally. Further, when the actuating members 43 are provided integrally or detachably on both sides of the tongue stick 1, the drive units 41 made of vibration devices can be suitably provided as weight addition members on the left and right weights 45.
In this case, it is possible to easily commercialize a facial muscle training tool in which the actuating member 43 is provided on a tongue stick or a biting tool having an arbitrary shape in addition to the tongue moving portion 5. Further, it is desirable that the left and right drive units 41 are provided so that constant or indefinite vibration can be switched.

  The pinching tool 1a and the facial muscle training tool 1 configured as described above can be used for, for example, a product lineup (series) corresponding to training and purpose of use, application development, and new development of the training method. Through research and development of verification and development of various training effects, research and construction of linkage methods of smiles, vocalizations, and exercises, as well as the development of business-active human resources, the creation and use of effective tools in cognitive activity and related medical fields Create and develop cultures.

  On the other hand, as mentioned above, it can be optimized as a teaching material for elementary school students and junior high school students, and as a research theme material for elucidating training of smooth tongues, smiles, vocalizations, facial muscles, etc. it can. Furthermore, in various learning cram schools and training-related fields, as a comprehensive learning opportunity using the facial muscle training device 1 and the biting device 1a, business based on the purpose proposed in Non-Patent Document 1 in a class for improving academic ability Facilitates promotion of integrated classes that combine special added values such as human resource development. Therefore, it is characterized by the ability to improve the conversation skills of young people and the practice of early businessman education more efficiently and easily, which are urgently required in Japan.

  In addition, the words and phrases used during training are keywords that are useful for the creation of one's life, in addition to the conventional ones that are widely used, and that excel in reading aloud, making the vocabulary easier to enter the subconscious and forming better memories. It is desirable to be able to excel in simple creative keywords such as “Ming Qing Yu, Full Pleasure, Joka Ryoko Kori, Yuyu Tsutomu, Senso Sogaku, Yoshitomo Jin, Motoi…” and reading rhythm For example, the training terminology that enhances the skills required for creativity and business will be made into a manual by systematizing the development of the maxims and vocabularies by the leaders in each field, such as the “Six Lessons” loved by Katsu Kaifune. be able to. In addition, the promotion of skill-up training as described above can facilitate the creation and development of a tongue stick-use culture by establishing training assistance (subsidy) technology using a personal computer, wearable device, etc. and training methods. New issues for construction can be provided.

1 Facial muscle training device 1a Biting tool (smooth tongue stick)
1b One-side pinching tool 2 Biting body 2a Biting portion 2a
2b Inner non-chewing portion 2c Thick chewing portion 2s Outer non-chipping portion 3 Pillow portion 5 Tongue moving portion 6 Auxiliary device (training assistance means)
7 Mouth contact tool (face contact part)
7a Outside contact piece 7b Inside contact piece 7c Edge contact shaft 7t Mounting hole (vent)
8 Vine body 8a Support portion 8b Vine portion 8c Hook portion 8m Pillow portion 9 Mounting means 10 Mounting member (mask)
10b Vine portion 10c Lateral connecting member 10d Mounting portion (edge contact shaft portion)
10e Ear hook 35 Other functional glasses 40 Facial muscle exercise means (training support means)
45 Glasses frame part A Floor B Dental row C Skin part D Tongue

Claims (10)

  A mounting member (10) for detachably mounting on the head or face, and when the mounting member (10) is mounted on the head or face, the outside or inside of the mouth corner or the back of the mouth corner A facial muscle training device comprising a mouth-corner contact tool (7) that comes in contact with the mouth-corner trailing edge or the like serving as the mouth edge of the mouth.   The facial muscle training device according to claim 1, wherein the mouth corner contact device (7) is provided with a biting body (2) having a biting portion (2a) to be pinched by back teeth.   The mouth corner contact tool (7) or the bite body (2) is provided integrally or detachably on a vine portion (10b) provided toward the mouth corner on the left and right of the mounting member (10). The facial muscle training device according to claim 1 or 2.   An oral contact piece (7a) for contacting the mouth corner contact tool (7) from the outside of the mouth corner portion, an intraoral contact piece (7b) for contacting the mouth corner contact device from the inside of the mouth corner portion, and a mouth edge for contacting the trailing edge of the mouth corner between them The facial muscle training device according to any one of claims 1 to 3, wherein the facial muscle training device is formed by a contact shaft portion (7c).   The said mouth corner contact tool (7) or the biting body (2) is provided on the mounting member (10) via the mounting means (9) so as to be rotatable around the mounting axis. Item 5. The facial muscle training device according to any one of Items 4 to 4.   The mouth contactor (7), the bite body (2) or the mounting member (10) is brought into contact with the biting portion and the floor surface (A) wetted by the saliva of the mouth contact piece (7b) or the bite body (2). The facial muscle training device according to any one of claims 1 to 5, wherein pillow portions (3) and (8m) for preventing are provided.   A lateral coupling member (10c) for traversing the mounting member (10) in front of the nose, above or behind the head, or in front of or below the jaw, and attached to both ends of the lateral coupling member (10c). The facial muscle training device according to any one of claims 1 to 6, wherein the facial muscle training device comprises an attachment means (9) for detachably attaching the mouth corner contact device (7).   The eyeglass frame (45) is provided on the mounting member (10), and training support means for supporting speed reading training, eye training, speech training, or the like is provided on the eyeglass frame (45). The facial muscle training device according to any one of claims 1 to 7.   The mounting member (10) is a mask member (67) that is detachably mounted on the face, or a coating member made of adhesive tape or sheet, and the mouth contactor (7) is attached to the coating member. The facial muscle training device according to any one of claims 1 to 5, characterized in that:   The mounting member (10), the mouth contactor (7), or the bite body (2) is an audio device that assists facial muscles or vocal training with voice, or facial muscles that apply electrical or dynamic stimulation to the facial muscles. Training assistance means comprising stimulation applying means, facial muscle movement means (40) for applying a dynamic vibration load to facial muscles, fragrance means for generating beneficial incense, or auxiliary equipment (5) such as treatment equipment The facial muscle training device according to claim 1, wherein the facial muscle training device is provided.

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