KR20170018591A - Manufacturing methods used to cure tooth ache because of their weariness and a tooth guard to prevent a pine tree extract and the product - Google Patents

Abstract

The present invention relates to a production method of a tooth guard for treating and preventing tooth ache using a pine tree extract, which can prevent the dental caries phenomenon in advance, and a tooth guard produced therefrom and, more specifically, to a production method of a tooth guard for treating and preventing tooth ache using a pine tree extract, comprising: a cleaning step (S10); a cutting step (S20); a drying step (S30); a crushing step (S40); a mixing step (S50); and a sterilizing step (S60); and a tooth guard processing step (S70).

Description

Technical Field [0001] The present invention relates to a method of manufacturing a tooth guard for treatment and prevention of tooth whitening using a pine extract, and a method of manufacturing the tooth guard using the pine extract,

The present invention relates to a method of manufacturing a tooth guard for preventing and treating tooth whitening by using a by-product extracted from a pine tree, and a tooth guard produced therefrom, and more particularly, to a tooth guard which is one of causes of pain, For the treatment and prevention, the pine tree branches, rosin, pine needles, pine cones, pine cones, pine cones were extracted, dried and pulverized and mixed with the polymer resin, It is expected that the effect of pine trees will be reduced by antiseptic, anti-inflammatory, antioxidant, and inflammation-inhibiting effects by effectively preventing and treating natural tooth-shirring. To be able to prevent and treat tooth whitening without relying on antibiotics One, to a method for producing a tooth for a dental guard sirim treatment and prevention using a pine extract and teeth guard is made from it.

Commonly known dental tissues consist of enamel, cement and dentin. The outer part of the exposed teeth is covered with enamel, and the outer part of the tooth root located in the alveolar bone is covered with cementite, and dentin is present inside these teeth. In the dentin, a fine tube called dental tubules is distributed throughout the dentin.

Particularly, the gums in the oral cavity are liable to be retracted along with periodontal disease or aging of the living body. When the gums retreat, the root of the tooth (齒 根 部), which has not been exposed until then, is exposed. At the root of the tooth, the dentin is present without being covered with enamel.

Since dentin has a large number of organic layers mainly composed of collagen as well as having innumerable tubule structure, mineral dentin has a low mineral density of about 50% and physical and chemical properties compared with enamel having a mineral density of about 97% weak. Therefore, when the root portion is exposed in the oral cavity due to the retraction of the gums, caries (dentin dental caries) easily occurs. The dentin caries of the root of the tooth, which is exposed at the root of the tooth root, is called root surface caries.

症機序)로서는 우선, 구강 내에 노출한 상아질 표면에 플라크가 부착하고, 플라크 중의 세균에 의해 당(糖)의 대사가 일어나고, 산(酸)이 산생된다. 그 산에 의해 상아질의 미네랄 성분이 용출(탈회(脫灰))하고, 유기질(콜라겐)층이 노출한다. 다시 콜라겐층은, 물리적·화학적으로 파괴되어, 치아의 근원은 실질적으로 결손(缺損)이 된다.Origin of dentin caries (hardened caries)

First, plaque adheres to the surface of the dentin exposed in the oral cavity, metabolism of sugar is caused by bacteria in the plaque, and acid (acid) is produced. The mineral component of the dentin is eluted (demineralized) by the acid, and the organic (collagen) layer is exposed. Again, the collagen layer is physically and chemically destroyed, and the root of the tooth is virtually defect.

Such dentin caries phenomenon causes dental dentin hypersensitivity.

Such dentin hypersensitivity refers to the occurrence of very uncomfortable pain when the dentin is exposed to the root portion of the dentin, which is accompanied by thermal, chemical and mechanical external stimuli.

Treatment of dentin hypersensitivity includes dentinal tubule sealing and dimensional neuron desensitization. Dentin tubule sealing is a treatment for filling the exposed dentinal tubules with resin and the like, and the dental neuron desensitization method is a treatment for increasing the content of potassium ions and preventing the nerve from feeling sickness. Meanwhile, toothpastes capable of alleviating and treating the dentin hypersensitivity of the teeth have been developed and marketed without being subjected to the above-mentioned professional treatment by visiting a dentist. A typical example is a toothbrush, such as GloxoSmithKlein's Sensodyne, to be.

However, as described above, materials that can alleviate and cure the tooth surface are sold as toothpaste or mouthwash. As a result, they are diluted very quickly in the course of brushing, and they are washed away while rinsing the mouth. There is a problem that it can not be done. In addition, when used as a toothpaste or mouthwash, there is also a problem that it is not possible to accurately treat a tooth with dentin hypersensitivity teeth.

Korean Patent No. 10-0395974 or No. 10-0806050 discloses a dentifrice composition for suppressing the development of silk. However, as in the case of the present invention, a natural-friendly pine by-product or the like There has been no disclosure of an invention in which a tooth guard is used to have a continuous effect on a patient's teeth without side effects.

As a result, the present inventor has made intensive efforts to recognize and solve the above-mentioned problems. As a result, the present inventors have found that, in order to treat and prevent dental plaque hypersensitivity, The present invention has been accomplished on the basis of the present invention, which provides a method of treating a patient suffering from dentin hypersensitivity of a tooth through a chewing action of a patient and a tooth guard capable of preventing the symptom.

Korea Patent No. 10-0395974 Korea Patent No. 10-0806050

Accordingly, the present invention has been made to solve the above-mentioned problems and to provide a dentifrice dentifrice, which is derived from the treatment or prevention of dentin hypersensitivity symptoms by physicochemical reaction, The object of the present invention is to prevent the dentin caries phenomenon in patients suffering from hypersensitivity or preferably before causing dentin hypersensitivity.

According to an aspect of the present invention,

(S10) for collecting and washing pine by-products including pine branches, pine needles, pine cones and pine cones;

A cutting step S20 of cutting the pine by-products through the cleaning step S10 to a size of 3 to 4 cm;

Drying the cut pine by-products by hot air drying (S30); A pulverizing step (S40) of pulverizing the pine by-product and the pulverized powder obtained through the drying step (S30) to obtain a powder;

In the pulverized pine by-product powder respectively pulverized in the pulverizing step (S40)

5 wt% of pine bark crushed, 5 wt% of pine bark crushed, 5 wt% of pine wood crushed, 5 wt% of crushed pine tree branches, 5 wt% of pine needle crushed, 2 wt% wt.%, and dye 2 wt.% (S50);

A sterilizing step (S60) of sterilizing the mixture after the mixing step;

And a tooth guard processing step (S70) of processing the teeth with a tooth guard using a mixture obtained through the sterilization step (S60). The present invention also provides a method for manufacturing a tooth guard for treating and preventing tooth whitening using a pine extract .

According to the present invention, it is possible to avoid the treatment or prevention of symptoms of dentin hypersensitivity by physicochemical reaction such as potassium nitrate which has been used in the past, and to express the tooth guard by using the effect contained in natural pine , It is expected that the dentin caries phenomenon before the dentin hypersensitivity can be prevented in patients suffering dentin hypersensitivity without using side effects while using natural materials.

1 is a flowchart of the process of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of the term in order to describe its invention in the best way Accordingly, the present invention should be construed as meaning and concept consistent with the technical idea of the present invention. Therefore, the embodiments described in the specification of the present invention and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. It should be understood that various equivalents and modifications are possible or possible.

Dentin is a hard, white, yellowish tissue that forms the majority of dental tissue, and dentin tubules are distributed throughout the dentin. The cell protrusions in the dental pulp are distributed as enamel from the dimension to constitute the dental tubules, and the space between the dental tubules and the cell protrusions is filled with the dentin fluid.

Dentin hypersensitivity refers to a case in which the external stimulus such as a temperature stimulus causes a symptom of ache in a tooth, or a case in which the symptom persists for a long time and develops into pain. Tooth cervical erosion refers to a state in which the gum of the root portion is lowered and the exposed surface of the tooth is worn, and the dentin in the cement is exposed when the gum is lowered.

Dentin hyperesthesia refers to a phenomenon that becomes sensitive to various stimuli when dentin is exposed due to wear and tear of enamel and cementitious materials, and retraction of periodontal tissue. The cause of such symptoms is that the entrance of the ivory tubule is exposed. When the enamel or cementum is destroyed and the entrance of the dentinal tubule is exposed to the outside, the stimulation is transmitted to the dimension by the cell protrusion, nerve and dentin liquid of the dentinal tubule, and the pain is felt.

The present invention relates to a method for preventing and treating dentin hypersensitivity, and particularly, a tooth guard is obtained by polymer processing after mixing and pulverizing using pine and its by-products.

The present invention uses a pine tree and its byproducts that have proved its efficacy and effectiveness, including a washing step (S10) for collecting and washing pine by-products, a cutting step (S20) for cutting the washed pine by- A drying step (S30) of drying the cut pine by-product, a pulverizing step (S40) of pulverizing the pine by-product through the drying step, and a mixing step of mixing the powders obtained by the pulverizing step (S40) (Step S70) of obtaining a tooth guard by using a mixture of step S50, sterilization step S60 and sterilization step.

Hereinafter, each step of the present invention will be described in detail in time series.

Cleaning step - S10

The pine tree which is adopted as the main material in the present invention is an evergreen needle tree of the pine tree of the gymnosperm plant. It contains a large amount of chlorophyll, protein, crude fat, phosphorus, enzyme, essential oil, minerals, vitamin A and vitamin C . As for the pine tree, the pine leaves include ascorbic acid, carotene, vitamin K, vitamin B, solid matter, flavonoid, anthocyanin, resin, tannin, carbohydrate p-nonanoic acid, Lead-type lead, kina acid, sikimic acid, chlorophyll and essential oil, and the bark contains tannin, anthocyanin, pimaric acid,? -Sitosterol, dihydro-? -Sitosterol, glucotanine, eicosanol and tetracosanol .

In the neck region, there are terpene hydrate, pinosylvin, pinosylvin monomethyl ester, dihydropinosylvin monomethyl ester, pinosembrine, pinovan, propionaldehyde, serotinic acid, unperic acid, The oil of the node contains carnipol, abietic acid, essential oil.

The raw pine from the pine tree contains 70% of essential oil and 25% of resin and contains myrcene, terphenol, α-β-karen, α-β-pinene and sesquiterpene- Pine rosin contains 18-22% of essential oil and 70-75% of resin and contains α-β-pinene, camphene, phellandrene, terpene alcohol, densipimaric acid and palustoic acid. Songin powder contains adenine, histidine, choline , Isoramethine, and quercetin, and the seed contains sikimic acid.

The ingredients of the pine tree are known to have various beneficial effects on the human body. They are known to have various effects beneficial to the human body, such as antiseptic effect, antioxidative effect, suppression of harmful substance formation, strengthening of immunity, wound healing, pore contraction, washing effect, cell regeneration, Hematopoiesis, circulation, blood circulation, detoxification, digestion, metabolism, peripheral vasodilatation, and allergic action have been reported in academia.

This step refers to a step of collecting and washing pine and its by-products having the above-mentioned effect and effect, and the pine and its by-products refers to pine branches, pine needles, pine cones, Since the pine by-product includes the pine resin powder and the pine powder, however, in describing the cleaning step (S10) for explaining the process of the present invention, the pine resin powder is not included, so that the object to be cleaned in the cleaning step (S10) , Pine cones, and pine bark.

In addition to the effect and efficacy of the pine tree mentioned above, the pine tree has analgesic and anti-inflammatory effects. In the case of pine leaves, it is known that oxylphthalimine acid contained in pine leaves has a strong antioxidative effect. The present invention intends to use this.

In addition, the essential oil of rosin extracted from the pine tree has the effect of eliminating the infectious effect and inflammation. Songin powder contains adenine, histidine, choline, isorhamnetine and quercetin, It has antimicrobial and anti-cancer effect. Essential oil component of pine cone contains Beta-Pelendrene, Sabinene, Beta-Kathyfilene, Marceene, etc.

Meanwhile, as described above, when the pine by-product, which is a by-product of pine, pine needle, pine needle, pine cone and pine bark are washed, the pine by-product is first washed in hot water maintained at a temperature of 30 to 40 ° C, It is preferable to carry out the second washing in the low temperature water which is relatively lower than the temperature in the second low temperature water and the third washing in the cold water which keeps the normal temperature.

Cutting step - S20

The pine by-products that have been subjected to the cleaning step (S10) are each cut to a size of 3 to 4 cm.

Drying step - S30

In this step, the pine by-products that have been subjected to the cutting step (S20) are subjected to hot air drying.

In the drying step S30, each pine by-product which has been subjected to the cutting step S20 is subjected to microfiltration using a filter and then subjected to a primary drying step (S30-1) for natural drying for 1 to 1.5 days.

The pine by-products which have undergone the primary drying step (S30-1) are dried in a secondary drying step (S30) for maintaining the moisture content of 10 to 20% by drying for 10 to 20 minutes while maintaining the drying temperature at 30 to 40 -2).

The third step (S30-3) of maintaining the moisture content of 8-10% by drying the pine by-product through the second drying step (S30-2) at a temperature of 50-60 ° C for 20-25 minutes, And the pine by-product which has been subjected to the third drying step (S30-3) is subjected to a fourth drying step (S30-4) for drying for 20 to 30 minutes at a temperature of 50 to 80 ° C.

In the drying step (S30), the rosin collected from the pine tree is also included.

Grinding step - S40

The pulverization step (S40), which is the main step, refers to a step of pulverizing the pine branches, pine branches, pine needles, pine cones, pine tree bark, and pine root powder obtained through the drying step (S30) to obtain a powder, It is preferable to crush pine by-products to have a particle size of 400 to 1,000 Mesh.

Mixing step - S50 / Sterilization step - s60

In the pulverized pine by-product powder, 51 wt% of the crushed pine tree branches, 5 wt% of the pine needle crush, 2 wt% of the pine cone crushed, 5 wt% of the crushed pine crust, 10 wt% , 2 wt% of Songwoo powder, 20 wt% of gum base, 3 wt% of fragrance and 2 wt% of pigment.

Mixtures of the above components are collectively referred to as mixtures.

The gum base is a generic term for insoluble substances that allows the user to feel the chewing feeling of gum for a long time. In general, the gum base contains 20-30% of gum base, 60-80% of carbohydrate, 1-2% It is a little. It is preferable that the gum base gel has affinity with saliva, is softened by body temperature, does not adhere thereto, has appropriate viscoelasticity, is tasteless and stable over time, and has good affinity with sugar or flavor.

However, since there is no raw material having all of these properties, the gum base agent is formulated with various raw materials to impart proper chewiness. The raw materials used in the gum base agent include chicle, vegetable resin, vinyl acetate resin, ester gum, polyisobutylene, wax, and emulsifier (Naver Knowledge / Encyclopedia of Food Science and Technology, ). In the present invention, it should be understood that the gum bases, carbohydrates, perfumes and the like are included.

On the other hand, the sterilization step (S60) in which the mixture obtained through the mixing step (S50) is sterilized is preferably subjected to a gamma sterilization treatment in the sterilization treatment.

Gamma rays / radiation, which have a strong form of electromagnetic radiation generated by nuclear processes such as radioactivity and electron-positron annihilation, have the highest energy range in the electromagnetic spectrum and, due to their robustness, So that it is suitable for the sterilization treatment work in the present invention.

Tooth Guard Step - S70

This step means a step of processing the tooth guard with the mixture obtained through the sterilization step (S60). By mixing the polymer resin after the sterilization treatment of the mixture and shaping it into a tooth guard shape, Can be used in the form of a tooth guard to be inserted into a tooth by a user who wishes to use the tooth guard for prevention.

In the present invention, the shape of a tooth guard to be inserted into a tooth is described. Alternatively, the tooth guard may be formed into a gum shape having a gum shape. However, the tooth guard and the gum- To a thickness of 2 to 5 mm.

In the present invention, the tooth guard is manufactured by mixing the by-products of pine when the tooth guard is manufactured. However, in the state where the tooth guard is first formed using the silicone resin, the mixture according to the present invention is used to fill the tooth guard There is also a possibility that it can be manufactured and used in the form of gel.

That is, during the time when the wearer wears the mixture of the present invention having a gel-like shape into the tooth guard before the user wears the tooth guard, and then wears the mixture in the user's teeth, Can react with the surface of the tooth and react to the tooth, thereby relieving the pain and allowing the tooth to be treated.

Of course, in addition to this method, even if the tooth guard is manufactured so as to be wearable by the user so that the mixture of the present invention manufactured by the by-product of pine is incorporated into the tooth guard itself as described above in the present invention, do.

While the present invention has been described with reference to the particular embodiments and drawings, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Various modifications and changes may be made.

Accordingly, it is to be understood that the technical idea of the present invention is to be understood by the following claims, and all of its equivalents or equivalents fall within the technical scope of the present invention.

S10 washing step
S20 cutting step
S30 drying step
S40 crushing step
S50 mixing step
S60 sterilization step
S70 Step for machining tooth guard

Claims (9)

(S10) for collecting and washing pine by-products including pine branches, pine needles, pine cones and pine bark;
A cutting step S20 of cutting the pine by-products through the cleaning step S10 to a size of 3 to 4 cm;
Drying step (S30) of hot-air drying each of the cut pine branches, pine needles, pine cones and pine bark by-products and pine cones;
A pulverizing step (S40) of pulverizing together the pine by-products and the plowing powder which have been subjected to the drying step (S30) to obtain a powder,
In the pulverized pine by-product powder, 51 wt% of the crushed pine tree branches, 5 wt% of the pine needle crush, 2 wt% of the pine cone crushed, 5 wt% of the crushed pine crust, 10 wt% , 2 wt% of Songwoo powder, 20 wt% of gum base, 3 wt% of fragrance and 2 wt% of pigment (S50);
A sterilizing step (S60) of sterilizing the mixture after the mixing step;
And a tooth guard processing step (S70) of processing the tooth guard with the tooth guard using the mixture obtained through the sterilization step (S60). The method according to claim 1,
In the cleaning step (S10), the pine branches, pine branches, pine needles, pine cones and pine tree bark, which are by-products of the pine, are first washed in hot water maintaining a temperature of 30 to 40 ° C, A method for manufacturing a tooth guard for treating and preventing tooth whitening using a pine tree extract, which comprises washing the car and washing third time in cold water maintaining the normal temperature. The method according to claim 1,
The drying step S30 may include a primary drying step S30-1 in which each pine by-product passed through the cutting step S20 is naturally dried for 1 to 1.5 days after microfiltration using a filter,
The secondary drying step (S30-2) in which the pine by-product which has undergone the primary drying step (S30-1) is dried at a drying temperature of 30 to 40 DEG C for 10 to 20 minutes to maintain a moisture content of 10 to 20% )Wow,
A third drying step (S30-3) in which the pine by-product passed through the secondary drying step (S30-2) is maintained at a temperature of 50 to 60 DEG C for 20 to 25 minutes to maintain a moisture content of 8 to 10% ,
And a fourth drying step (S30-4) of drying the pine by-products through the tertiary drying step (S30-3) at a temperature of 50 to 80 DEG C for 20 to 30 minutes. A method of manufacturing tooth guard for treating and preventing tooth whitening. The method according to claim 1,
And crushing each pine by-product to a particle size of 400 to 1,000 Mesh in the pulverizing step (S40). The method according to claim 1,
Wherein the sterilizing step (S60) comprises gamma-ray sterilization treatment. The method according to claim 1,
In the tooth guard processing step (S60), the toothbrush of the toothguard user is opened, and the mixture sterilized in the sterilization step (S60) according to the toothbrush is mixed with the polymer resin and molded into a tooth guard A method for manufacturing a tooth guard for treating and preventing tooth whitening using pine extract. Wherein the tooth guard obtained in the tooth guard processing step (S60) is formed into a gum shape having a thickness of 2 to 5 mm. . A tooth guard manufactured by any one of claims 1 to 8.

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