KR860000481B1 - Tooth brushes for cleaning sulcular areas of the teeth - Google Patents

Abstract

The bristle-supporting part of the tooth-brush has opposite faces from which the bristles extend. The handle is curved along its length to provide improved access to the gingival areas of the teeth, to penetrate up to the sulcular areas. The bristles are grouped in trfts which are arranged in rows along the bristle support part. Some of the tufts are coated with respect to each of the surfaces toward the inside of the curve. A symmetrical twist in the contour of the handle can accomodate the user's thumb and fingers at a desired orientation.

Description

Toothbrush to clean up the globules of teeth

1 is a perspective view of a toothbrush of the present invention.

2 is a front view of FIG.

3 is a cross-sectional view of FIG. 3-3.

4 is a modified cross-sectional view of the toothbrush according to FIGS. 1 and 2 showing the shape of the bristles inclined as shown in FIG.

5 is another modified cross-sectional view of the toothbrush according to FIGS. 1 and 2 with the bristles arranged obliquely, as in FIGS. 3 and 4;

Figure 5a is a longitudinal cross-sectional view of the toothbrush head illustrating the present invention.

Figure 5b is another longitudinal cross-sectional view of the toothbrush head illustrating the present invention.

6 and 7 are perspective views showing the left and right globules in the mouth.

8 is a cross-sectional view of the toothbrush inserted into the globule area.

9 is a perspective view of another explanation according to the present invention.

10 is a side view of the toothbrush of FIG.

FIG. 11 is a front view of a more deformed toothbrush with bristles added to the side as indicated in FIGS. 9 and 10.

12 is a longitudinal cross-sectional view of FIG. 12-12 of FIG.

FIG. 13 is an operational view of FIGS. 9 and 10;

14 is a longitudinal sectional view specifically showing the operation of the toothbrush of FIG.

The present invention relates to a toothbrush for preventing and treating the vaginal growth of the root fascia.

Moreover, the present invention relates to a toothbrush which has a better access to the toothpaste.

It is a natural phenomenon that in the aquatic environment hard structures dwell in many forms of reproductive growth, especially on the submerged surface of the dental bulb.

Teeth are natural habitats or ecologically demanding. Because microbiological life is the only growth of hard epidermis in the liquid environment and in the pubic bone in the mouth.

Certain types of microorganisms attach themselves to the teeth, which can proliferate or penetrate between the gum edge and the teeth and, over the years, are applied to the surface of the root.

It is proving that the root canal differs significantly from the bacteria that live in the teeth of very healthy people and those that live on surfaces adjacent to diseased tissue.

Inhabiting in association with disease differs in the form of cells, their tissues, and their function. For example, the disease is associated with elastic masses such as spiroheta, barley fungus, and amoeba.

As a result of the inability of the tissues of the root canal to toxins produced and circulated by these microorganisms, they become inflamed and decay, and gradually separate from the surface of the infected root.

Therefore, in the treatment of the root fascia, the primary goal should be to eliminate bacterial reproduction that frees the toxin by-products of the pulp and the pubic sac. In other words, it should be to remove the infection of the dental plaque. Treatments primarily take place in traditional dental hospitals.

In one advanced method of treatment, each time the patient seeks a dentist, a specimen is taken from the surface of the selected tooth root and the white blood cells predominant and motility bacteria are examined. At this time, clean or treat with disinfectant solution such as 1% crotamine-T solution for all possible spaces. The surface of the tooth is then carefully excised with scalers, files and other instruments to remove life and minimize bacterial habitat.

The scaling instrument passes through the disinfectant several times during ablation. If you add professional treatment at the dental clinic, the patient will heal and administer every day. This self-treatment usually involves brushing with toothbrushes, brushing toothbrushes to the side of the dental dog and cleaning with various preservatives or antibacterial agents. If there is severe damage to the connection area of the root canal (deep sac and uptake), there is a problem in the proper suppression of bacteria and white blood cells as a treatment in a hospital or at home.

For this reason, patients are usually advised to take the antibiotic tetracycline hydrochloride for three weeks to suppress the bacteria in the affected area, preferably for two days. Patients take 250 mg tetracycline with water four times a day 1 hour before meals or bedtime. If the microscopic examination is negative after two weeks of treatment, dosing should be stopped. However, if the microscopy is not negative or healed a lot, antibiotics will continue for another week. However, if you have an acute problem, such as side wall purpura, you should not take antibiotics before scaling the roots as described above, and you should have a diet at home while he is needed. Antibiotics should not be taken again when microscopic examination reveals a recurrence of purulent or purulent growth. During the initial treatment, patients should go to the hospital 3-4 times at 6 or 8 week intervals.

In addition, clinical and microscopic examinations should be performed every two to three months to reduce the risk of bacterial recurrence in the root and pericardium muscles while continuing to treat patients with increasingly severe disease.

Every time they go to the hospital, it may be appropriate for patients to wash and scale with disinfectant. An oral hygiene plan carried out by the patient himself may reduce microorganisms formed on the surface of the tooth, but it is not a firm method. For example, treatment with various salts (sodium chloride, sodium bicarbonate, sodium resinolade, sodium periodate, aluminum chromate, magnesium sulfate, zinc phenolsulfonate, etc.) It helps to suppress bacteria in the surroundings. Preferably, patients should use a disinfectant or toothbrush, a dental dog or a toothpick immediately after eating. This is because food residues, especially carbohydrates, are good for the bacteria to grow, adhere and grow on the tooth surface. Before meals or after meals or snacks during the day, patients should:

1. Use a dental dog or dental tape to remove it.

This helps to open and clean any gaps or areas on the surface. Unfortunately, however, it does not clean the surface appeal.

2. Remove and wash with water. If the lesion is severe, it is better to start with cleaning instead of extracting it with a dog dog. Because warm salt solution is usually recommended for treating severe lesions.

When you use an electronic cleaner such as Witpick (trademark), it is better to use a low pressure. If you need to place the tip of the washing machine of the custom thing, you can experience it by the chair in front of the mirror above the sink.

티스푼되게 염을 그 용액에 추가한다. 치솔의 강모(剛毛)에 과산화수소, 소금 용액을 적시어 베이킹 소다를 묻힌다. 이때에 약간의 소다가 치솔의 강모에 달라붙게 될 것이고, 이 치솔로 검 가장자리를 문지르고 치아 사이를 문지르는 것이다. 전형적으로 이때 치솔이 치아에는 닿지 않게하는 것이다. 정말로 환자들은 버틀러 600(Butler 600)과 같은 뾰족하게 하여 자극을 주는 팁을 사용하여 박테리아와 농을 치아와 검 가장자리 사이를 조심스럽게 집어넣어 치근표면으로 부터 씻어낼 수 있고, 치아의 혀와 볼 사이에서 이들을 제거할 수 있는 것이다. 이 팁을 치아 사이에 넣어서 치근표면으로 부터 박테리아와 농을 짜내게 되는 것도 포함된다. 좋은 전등과 거울이 이들을 진행하기 위하여 통상으로 요구된다. 모든 치아를 이와같은 방법으로 처리한 후에 이 치아들에 소다-염-과산화수소 혼합물로 치솔질을 하는 것이다. 이때에 환자는 좋은 탄성이 있는 강모의 소형 치솔을 사용함이 좋다. 치솔은 치육 가장자리에 대하여 45°각이 지어야 하고, 빠르게 뒷쪽으로 흔들수 있어야 하며, 항생페이스트를 치아와 검 가장자리 즉, 치육구에 잘 전달할 수 있어야 한다. 이 목적에 부하되게 전자치솔이 개발되어 도움을 주고 있다.3. Clean the tooth with a mixture of 3% hydrogen peroxide, a salt (sodium chromide), and a baking soda (sodium bicarbonate). One way to make this mixture is to use a large cup or medicinal solution to stop the hydrogen peroxide in the cap. Pour into cup

Add a teaspoon of salt to the solution. Toss bristle soak with hydrogen peroxide and salt solution and bake soda. At this point, a little soda will stick to the bristles of the toothbrush, rubbing the edge of the sword and rubbing between the teeth. Typically the toothbrush does not touch the tooth. Indeed, patients can use a pointed and irritating tip, such as Butler 600, to carefully insert bacteria and pus between the teeth and the edge of the sword to wash them off the root surface, between the tongue and cheeks of the teeth. You can remove them from. This may include inserting the tip between the teeth to squeeze out bacteria and pus from the root surface. Good lamps and mirrors are usually required to run them. After all teeth are treated in this way, they are brushed with a soda-salt-hydrogen peroxide mixture. At this time, the patient should use a small toothbrush of bristles with good elasticity. The toothbrush should be at an angle of 45 ° to the edge of the tooth, be able to swing back quickly, and be able to transfer the antibiotic paste to the teeth and the edge of the gum, i. Electronic toothbrushes have been developed to help with this purpose.

The quick swinging action will help you put the soda paste into the jig and help you reach other hard-to-reach places. This electronic toothbrush, made by Water Pik, is well suited for this purpose by rotating operation. Toothpicks in a special handle, or "Perio-Aid," can be used where more aggressive action is required. Various types of special toothbrushes have been recommended under special circumstances. Consultation with a dentist or hygienist is necessary for the patient for proper use in this process. After using the salt preparation, the patient should shut the mouth with water until the salt taste is gone.

When patients want low-salt foods, they can replace magnesium sulfate (Epsom salt, M _g So ₄ ) instead of sodium chromide or sodium carbonate. The taste will be the first time you try it, but it's not that bad. Magnesium sulphate mixed in the paste may be powdered, or may be added gglycerol, glyoxide or other binder. This effect can be obtained by microscopic examination of specimens taken around the root muscle for a certain period of time.

4. If a gum is created and the tooth surface is very bad, the patient should drop a few drops of fluoride gel (1% neutral or slightly acidic sodium fluoride gel preparation) and treat the bad area with cotton wool or with a stimulus or toothbrush. The floyd treatment is performed after the teeth are clean as described above, and there is no need to rinse the mouth after the treatment.

Usually, it is good to continue for several days, and if necessary, this gel may be processed again.

This process takes at least 35 minutes a day and requires an intellectual level to do all this well or to understand it well. It is also desirable that these processes be well taken into consideration and that the steps 1-2 may be shortened. To date, various toothbrushes have been provided, which are made to clean the teeth and the inner proximal area of the tooth.

For example, Proxabrush (trademark) manufactured by Jean O Butler is standard in size, fits between teeth and inner proximal surfaces and is constructed by special handles. This is US Pat. No. 4,222,143, which aims to clean the inner proximal surface of the tooth, but my invention aims to clean the globules between the tooth and the gum.

Toothbrushes have been further developed to clean the inner proximal surfaces of various teeth. Toothbrushes are also being developed that are suitable for cleaning certain areas of teeth and examination teeth. In other words, there is one toothbrush that is well delivered to the sword and is surrounded by the center bristles as softer, longer bristles to clean the teeth. Some toothbrushes have toothbrush heads with curved toothbrushes or bristles placed opposite. For example, the toothbrush, patented by Gray as US Pat. No. 1,513,104, is enclosed with bristles from the bottom of the elliptical toothbrush head to the center and covered with its shaft facing upwards, so that the inner tooth is brushed with this bristles, plate and top. Bend over the teeth. Toothbrushes with a curved toothbrush head as described in the invention by Hunk of U.S. Patent No. 2,697,239 have the toothbrush head bent outwardly on the toothbrush shaft, which causes the handle to be directed out of the mouth, Is at right angles.

There have been a number of such proposals, but there is no toothbrush that is combined with a curved toothbrush head by arranging bristles on both sides of the toothbrush to access teeth and globules.

Accordingly, the present invention should be understood that the curvature of the toothbrush is limited to allow the toothbrush to clean the curves of the teeth and access well to certain areas in the mouth.

For example, a toothbrush with a bristles down with its axis of curvature turns to the left from the handle, making it useful for cleaning the jaws and cheeks of teeth located in the left and upper jaws.

On the other hand, the teeth in the lower, upper jaw and upper jaw is configured to be well wiped. Furthermore, in order to approach between the teeth and the globules, the curvature of the toothbrush is often necessary to operate as a toothbrush suitable for root and examination teeth without rupture of the gum. In addition, it is good to clean bristles of teeth by bonding bristle in a special way, and it is simple because of daily tooth brushing, and it has the advantage of saving time as well as convenience.

As the toothbrush approaches the globules, the teeth are naturally clean and have the advantage of functioning as a normal toothbrush.

An object of the present invention is to clean the teeth, that is, up to the globules of the teeth, and to contact the globules of the gums in particular to provide a toothbrush that is constrained and convex to treat the change of the fascia. The toothbrush configured in this way is simple, saves time, and makes it easy for ordinary people to repeat by routinely brushing the patients. Furthermore, one object of the present invention is to allow the thinning of the bristles to come out on both sides of the curved bristle support, and to allow the curve to extend to the handle and to be placed in the curvature so that the teeth and proximal areas of the examination are accessible.

In addition, another object of the present invention is that the roots of the bristles are planted obliquely to the curved recesses, so as not only to fully exhibit the function of the toothbrush, but also to approach the globules. Moreover, the thumb and front fingers hold the handles, making the toothbrush more functional and making it easier to contact the globules.

Another object of the present invention is to mold the bristles of the toothbrush to the bristle support site to access the inner proximal region of the tooth so that the toothbrush penetrates to the lower globules of the inner proximal gumline.

The present invention will be described in detail with reference to the drawings.

As shown in FIG. 1, the toothbrush 21 of the present invention is composed of a shaft 23 having a handle 25 and a bristle support head 27.

As in the conventional toothbrush, the handle 25 and the head 27 are molded in one piece. Thinning 31 of the bristles, as indicated in FIGS. 1 to 3, is arranged generally parallel to the plate of the head 27 on the head 27 extending on either side of the platen 29. have. The ordinary head 27 is curved to form a disc.

As can be seen in Figure 3 thinning (31) extends from the head (27), which is planted on both sides of the head (27). On the other hand, the toothbrush of FIG. 1 can be bent to the right as seen in the handle 25 as shown in the perspective view, which can be curved to the left as seen in FIG. To have a thin (31) on both opposite surfaces of the toothbrush plate 29 can be balanced.

As will be clear later on, even with a curved toothbrush, a single head of the toothbrush is useful for all teeth, as described later. Thinning (31) is better made of soft and round bristles to clean the globules without harming the soft tissue of the globules. As described above, the toothbrush head 27 is curved and convex so that it can approach the globule site. Furthermore, to enhance this function, one or more angles can be seen, as seen in FIGS. 4 and 5. In these figures thinnings 33, 34 and 35 are inclined to the recesses of the toothbrush heads 27 'and 27 ". This inclination can be at various angles and is usually the central axis of curvature from parallel. Up to 15 ° is typical.

As shown in FIG. 4, there are also the same as thinning 39 at the end of thinning, and the density of thinning may vary depending on the function of the toothbrush. In other words, it can be ordered by the user in order to minimize the force or, in particular, the power. Inclination of thinning (31) is also easy to achieve the purpose of wiping without severe rubbing by the bristles in the patient ball.

As specifically shown in FIGS. 5A and 5B, the thinning is inclined along the central axis of the toothbrush and extends perpendicularly from the surface of the head.

Since the toothbrush head 27A of FIG. 5A is twisted by the handle 25, the angle α between the AA center axis of the handle 25 and the center axis BB of the head 27A is about 42-48 °, preferably It is 45 °. The surfaces 28A, 28C, 28B and 28D of the toothbrush head 27A are inclined by an angle β from the extended thinning and are separated by the steps 30A and 30B. The angle β has an angle of about 10 ° -15 °. Surfaces 28A, 28B, 28C and 28D are inclined by central axis B-B and thinnings 34A, 34B, 35A and 35B are inclined by thin center axis B-B because they extend at right angles from the surface. Typically thinnings 34A, 35A, 34B and 35B are the same length.

More specifically, in FIG. 5B, the toothbrush head 27 is twisted by the handle 25 at the same angle as shown in FIG. 5A. However, the longitudinal section of the head is in the form of a wedge, and the surface of the place where the thinning is continued is not a step because the surface is continuous.

As illustrated in FIG. 5B, the toothbrush head 27B is wedge-shaped, and the "W" portion of the head is thicker than the "T" portion on the other side. Faces 28E and 28F are inclined at an angle α along the central axis C-C of the toothbrush at an angle α. In other words, the faces 28E and 28F are formed at an angle of 20 ° -30 ° to each other.

As the surface was inclined in this manner, thinnings 34 and 35 were inclined by the central axis C-C although they extended from the surfaces 28E and 28F. Typically thinnings 34 and 35 are the same length.

As described in detail in FIGS. 5A and 5B, the user has a rounded corner to prevent the user from hurting his sword. What is more noticeable is the special arrangement of thin layers, such as the two planted in parallel, and some modifications are possible. For example, round bristles of bristles may be made of nylon according to conventional methods, which may also be replaced by natural bristles to make bristles of round tips. Even more noticeable is the wide variety of inclination angles and bristles lengths, and it is desirable to have stable lengths and angles in order to approach the mouth area of the tooth more.

As can be seen from FIGS. 6 to 7, the toothbrush 21 has been shown to be used in a way that represents a more improved approach to normal access to the globules. This shows a state in which the toothbrush is held at an urgent angle with the surface of the tooth to bring the bristles 31 to the lower globules.

As can be seen in FIG. 8, the globules 41 were treated with drugs, but because of disease, they should be separated from the adjacent teeth 43. Therefore, the bristles 31 which contact the teeth by being located in the toothbrush 21 are very close to the toothed edge 45. The tooth edge 45 is defined by the boundary between the sword and the tooth, and subsequently by the globule 41 where the gum is attached to the tooth.

Particularly, it is more preferable that the thinning portion 31 is inserted deeply in order to bring the minority 41 and the water polo portion of the tooth 43 together.

The handle 25 is more convex as shown in Figs. In these figures, the handle 25 is twisted, and the other side of the handle is a depression 49. At this time, the user can grasp the rounded portion 51 of the handle 25 with his finger, and can grasp the depression 49 with his thumb, or according to his preference, the shaft which is close to the toothbrush head 27 ( 23) it is possible to catch the site.

It can also be seen that the toothbrush can be turned over because depressions 49 are formed on both sides of the toothbrush 21. Furthermore, in Fig. 6, A side is turned upside down in Fig. 11, and A is turned upside down in Fig. 11. In either case, the plate 29, which is the back side of the A side, is in contact with the teeth and the thinning 31 on the recess of the toothbrush 21 is in contact with the outer portion of the tooth as in FIG. The convex bristles come into contact with the teeth as shown in FIG. As can be clearly seen in the figure, cleaning of other teeth also results in the contact of these teeth with another thinning 31.

Although not shown, everyone is touching his chin when brushing teeth and outer parts, and at the same time, the upper and lower parts of the teeth are cleaned.

Of course, this is because the bristles are inclined as shown in FIGS. 5, 5a and 5b. It is preferable to use a toothbrush with a small curvature head as indicated in FIGS. 9-14 to access the globules on the inner proximal face of the tooth. As shown in FIG. 9, the less toothed tooth 55 is the one previously described, in which the extended bristles 57 are planted on both sides of the curved toothed head 59.

This thinning is a single bristle thinning, or a large number of bristle as shown. Therefore, the bristles are molded in the same material as one of the toothbrush 55, and it is not necessary to plant thinners 57 of bristles separately in the toothbrush head 59 in the mold of the less toothbrush.

11 and 12 illustrate that it is also possible to plant short bristles 61 on both convex and curved sides of the toothbrush head 59.

Some parts of the teeth are bent in line with the toothbrush head 59 to clean the gums and gums that are inevitably arranged in a line with the toothbrush by contacting the toothbrush head 59 better than just thinning 57. will be.

13 and 14, the space between the inner proximal portion and the teeth 67, 68 is widened during the deterioration of the disease of the periodontal root because the diseased gum is recessed downward. So, there is a limit to the internal space of the adjoining space. Therefore, the small toothbrush 55 according to the present invention should be made less than 1 cm on both sides of thinning (57). Furthermore, in order to suit the physical type of toothbrush head 59, each thinning should not be longer than 4 mm. More specifically, thinning 57 is about 2 mm so that the total length between thinning tips is about 6 mm. If it is a little longer, one line of thinning (57) is in contact with the globule to apply force to the opposite line of thinning (57).

Since the small toothbrush 55 is so small, it is limited to add other forces than the reciprocating force exerted by the user's hand force. Thus, a less balanced handle 67 is envisioned and designed to hold tightly between the user's thumb and front finger. This is to make the small toothbrush 55 is well touched by the user to each part of the globules in contact with each tooth as shown in FIG. This flat handle 67 is symmetrically reversed to the curved direction of the toothbrush by the user, as is the handle 25 as opposed to the curved direction of the toothbrush 21.

Since the present invention is described with respect to the shape of a special toothbrush, it is obvious that various modifications belong to the present invention as long as they do not depart from the concept of the invention described above.

For example, it may be possible to combine small, large or curved toothbrush heads on both sides. Lockch sole heads are a completely different form, but one example of such an arrangement can be found in Couser, US Pat. No. 890,143. Accordingly, the invention described herein is limited to what is claimed in the claims.

It is also noted that the small (inner proximal) toothbrush can be made straighter than the curved head described, because the material is elastic. This straight form also bonds to the curved areas of the inner root area. This straight toothbrush also has the advantage that sometimes there is no need to turn the toothbrush depending on the direction the patient is bent.

The toothbrush according to the present invention may have a shaft that can be fitted to a conventional (electronic) toothbrush handle with a motor, which may be used for toothbrushes with a motor, depending on the patient. The toothbrush heads 27 and 59 can also be removed from the handles 25 and 67, which are intended to reduce decay and to be used more dryly, and to be used only for planting the bristles.

Claims (21)

The vertical shaft with bristles on the front part connected to the handle and the shaft, the bristle support planted with bristles on both sides of the shaft, and the bristles that can reach the globules to access the globules of the teeth. The shim extends on both sides of the bristle support, which is composed of bristles supported on both sides of the bristle support allowing toothbrushes to contact the upper and lower surfaces of the tooth located in all parts of the mouth in the form of bent teeth. A toothbrush that cleans up the globules of a tooth with a large number of bristles. 2. The toothbrush of claim 1, wherein the bristles are thin, and the thinning of the bristles cleans up to the globule region of the teeth arranged parallel to both sides of the bristle support. 3. A toothbrush according to claim 2, wherein a plurality of bundles are arranged with respect to the vertical of the thinning bristles and at least up to the small globules of the teeth arranged inclined from each face toward the inside of the curve of the bristle supports. 4. A toothbrush according to claim 3, wherein the toothbrush cleans up to the globule of the tooth, inclined toward the inside of the curve, as described above. 4. The toothbrush of claim 3, wherein one row of bundles is inclined toward the inside of the curve as described above and cleans up to the globules of the teeth that are inclined at least at right angles to the surfaces described above. 5. The toothbrush of claim 4, wherein the handle is a two-twist symmetrically convex symmetrical at the proper angle of the bristle support to allow the user to hold the toothbrush with a thumb. 6. The toothbrush of claim 5, wherein the handle cleans up to the globules of the tooth with improved operation by convexly symmetrically twisting the toothbrush at a suitable angle of the bristle support to allow the user to hold the toothbrush with the thumb and fingers. The toothbrush of claim 1, wherein the bristles are molded into the bristle holder, and the bristles are cleaned up to the globules of the teeth, the length of the bristles extending from the surface no longer than 3 mm. 8. The toothbrush of claim 7, wherein the toothbrush cleans up to the globules of the tooth with a flat surface to fold between the user's thumb and fingers while the handle actuates the bristle support toward the globule. The method of claim 1, wherein the handle is twisted along the bristle support, each side of the bristle support is a step, the thin bristles of thin bundles extending perpendicularly from the rear surface is inclined along the central axis of the bristle support. A toothbrush that cleans up the globules of teeth. The bristles of claim 1, wherein the handles are twisted along the bristle supports, the planted surfaces of both sides of the bristle supports are inclined at an angle of 20 ° -30 ° to each other so that the bristle supports are wedge-shaped, and thinning of bristles. A toothbrush that cleans up the globules of the teeth perpendicular to the bristle support. Located on the longitudinally extending top of the shaft, there are two sides of the bristles planted and extended parallel to the face of the bristle support, allowing the user to wipe both sides of the curved tooth located on all areas of the mouth with the covered side of the toothbrush. There are curves along the length to reach the tooth globules and clean up to the tooth globules, with bristles arranged in large bundles perpendicular to the bristle supports and at least inclined into the curves of the bristle supports. A toothbrush that cleans the teeth and the globules of the handle. 13. A toothbrush according to claim 12, wherein each thinning is formed by a plurality of hairs extending through the bristle support, and cleans up to the globules of the teeth implanted on both sides. Multiple thinnings of the bristles extending on both sides of the bristle support are located on top of the vertical part of the handle and the shaft, are planted on both sides of the bristle support of the shaft, and are generally planted parallel from the surface of the bristle support. It's planted on the curved surface to reach the globules of the teeth and to treat the globules, and the user can access the curved surface of the toothbrush on both sides of the curved teeth located in every part of the mouth. Hair extension on both sides, the handle is twisted according to the bristle support, the back side becomes a staircase, and the teeth of the teeth which have been planted in a thin bundle at right angles from the surface to extend to the bristle support to be inclined with respect to the central axis ( Small toothbrush to clean the area. The longitudinal axis consists of a bristle support and a handle located along the top of the shaft. The bristle support of the shaft is planted on both sides of the shaft, and the bristle support is improved and curved to allow access to the teeth of the teeth. When the bristles are curved and the bristles are curved by the user by the user, the bristles reach the front and back of the curved teeth located in all parts of the mouth and the wedges are wedge-shaped, perpendicular to the planted surface. Thinning of bristles is formed to form angles to each other, and there are two twist handles depending on the bristle support to the globules of the teeth with many thinning of the bristles extending on both sides of the bristle support. Toothbrush to clean. 16. The toothbrush of claim 15, wherein the toothbrush cleans up to the globule area of the tooth whose angle does not exceed 30 °. The toothbrush of Claim 15 which cleans up to the globule part of a tooth whose angle is 20-30 degrees. Plates, which are bent to the curve of the teeth, have bristles on both sides, and at least the shafts of the teeth with a shaft consisting of a bristle support and a handle inclined inward toward at least the inwardly curved side Toothbrush to clean up. 19. The toothbrush of claim 18 wherein both sides of the planted wool are parallel and at least to clean up the globules of the teeth at which the planted bristles are inclined along the plane. 19. The toothbrush of claim 18, wherein the bristles are cleaned obliquely along the faces on both sides of the planted teeth up to the globules of the teeth that have been planted at right angles to the back surface. 19. The toothbrush of claim 18, wherein the toothbrush comprises at least one step on both sides of the planted side, each step inclined along a plane, and at least a right angle along the steps to clean up the globules of the teeth with bristles planted on both sides. .

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