KR100603533B1 - Tooth cleaner - Google Patents

Abstract

Disclosed is a tooth cleaning apparatus which can remove impurities in the oral cavity by spraying the cleaning liquid into the oral cavity using compressed gas. The cleaning solution is kept above a predetermined pressure by using a cleaning solution consisting of a gargle solution for cleaning the mouth and a storage means for storing compressed gas and a pressure at which the compressed gas is injected to remove impurities between teeth and teeth and between teeth and gums. It is composed of the injection means to be injected into the oral cavity, it is to be able to remove the impurities in the oral cavity by the compressed gas and the cleaning liquid injected through the injection means.

Storage means, injection means, cleaning liquid, compressed gas

Description

Tooth Cleaner {TOOTH CLEANER}

1 is an exploded perspective view showing a tooth cleaning apparatus according to a first embodiment of the present invention;

Figure 2 is a cross-sectional view showing a cross-sectional view of the tooth cleaning device shown in FIG.

FIG. 3 is an enlarged cross-sectional view of part “A” shown in FIG. 2;

4 is a cross-sectional view showing a section “B-B” shown in FIG. 2;

5 is a cross-sectional view showing a tooth cleaning apparatus as a second embodiment of the present invention;

6 is a cross-sectional view showing a state in which the on-off valve shown in FIG.

7 is a cross-sectional view showing a tooth cleaning apparatus as a third preferred embodiment of the present invention;

** Description of the symbols for the main parts of the drawings **

10, 110, 210: storage means 20, 120, 220: injection means

The present invention relates to a tooth cleaning apparatus, and more particularly, has a structure that can be miniaturized and easy to carry, and by spraying the gargle liquid to the teeth using the pressure of the compressed gas, to clean the teeth and at the same time to form a film on the teeth It relates to a tooth cleaning device that can be prevented by caries.

In general, the toothpaste is applied to toothpaste with a toothbrush coated toothpaste for 2 to 3 minutes, or brushed to the teeth, or a combination of odor, fluorine, silicon dioxide, sodium silicate, calcium carbonate, silica One or more compounds selected from the group consisting of, and a cleaning solution, such as a goggle solution made of a mixture of a mixture of vitamins and minerals, etc. were contained in a predetermined amount in the mouth and gargled (Garglin).

However, this is a factor that causes oral disease due to the complete removal of the food and the remaining food between the teeth, and badly brushing teeth has the side effect of hurting the gums.

In order to solve this problem, conventionally, a mouthwasher configured to remove food debris or foreign matter remaining between teeth while spraying washing water with a brush tip is disclosed.

Conventional oral irrigator is to pump the water stored in the tank with a small motor pump to supply to the hose and to electronically supply and shut off the washing water sprayed to the brush tip using the electronic check valve.

The conventional mouthwasher thus formed requires a power source for driving a motor pump and a check valve and has to have a separate tank for storing water for spraying the washing water. There is a problem that the price is large and expensive.

In addition, since the wash water is used as tap water, by leaving the used toothbrushes less hygienic, the microscopic bacteria and foreign matters remaining in the toothbrushes, there was a problem that harmful to the human body when reused.

The object of the present invention devised in view of the above point is to make it compact and easy to carry, and to spray the cleaning liquid into the mouth using compressed gas, thereby to clean the mouth and to form a fluorine film to prevent tooth decay. To provide a tooth cleaning device.

The tooth cleaning device for achieving the object of the present invention as described above is fluorine, chloropyridinium chloride, chimol, methyl silicic acid, silicon dioxide, sodium silintoalutate, calcium carbonate, A storage means including a mixing container filled with a cleaning liquid containing at least one component selected from the group consisting of silica and a compressed gas, and a lid covering an opening formed at one side of the mixing container; And an injection member having a protruding pin protruding to form a through hole in the cover in one side of the one side in which the screw coupling portion is screwed into the mixing vessel, and an extension of the guide passage along the longitudinal direction; Composed of an opening and closing valve to open and close the guide flow path in the middle area by using the pressure of the cleaning liquid injected with the compressed gas to remove the impurities between the teeth and teeth and teeth and gums, The cleaning liquid sprayed above is sprayed between the teeth and the teeth and between the teeth and the gums to clean the inside of the mouth and prevent tooth decay.

Hereinafter, with reference to the accompanying drawings, a tooth cleaning device which is a preferred embodiment of the present invention will be described in detail.

1 is an exploded perspective view showing a tooth cleaning apparatus according to a first preferred embodiment of the present invention, FIG. 2 is a cross-sectional view showing the tooth cleaning apparatus shown in FIG. 1, and FIG. 4 is an enlarged cross-sectional view of a portion “BB” shown in FIG. 2, and FIG. 4 is a cross-sectional view of a portion of the “BB” shown in FIG. A mixed container in which a cleaning solution made of a gargle solution and a compressed gas are stored at a predetermined ratio and an opening 12 is formed at one side, and a cover 13 is maintained at the opening 12 to keep the cleaning liquid and the compressed gas filled. Storage means (10) consisting of (11), and detachably coupled to the opening portion 12 forming portion of the mixing vessel 11 forming the storage means 10, the injection means for injecting the cleaning liquid to a predetermined pressure or more (20) ) All.

The opening 12 of the mixing vessel 11 is formed in the cylindrical portion protruding in a cylindrical shape, the male screw 12a is formed on the outer circumferential surface, the compressed gas to be filled in the mixing vessel 11 is preferably made of oxygen gas, The pressure is approximately 170-200 Kgf / cm 2 and the ratio of the volume of the cleaning liquid to the total volume is preferably about 10 to 20 percent. The cleaning solution composed of gargle solution is resistant to acid, which is a direct cause of tooth decay, forms a fluorine film, inhibits the enzyme action of bacteria and prevents decalcification, and inhibits plaque and oral harmful bacteria that cause gum disease. Cecil pyridinium chloride prevents gum disease such as periodontal disease by inhibiting activity, plaque and gingivitis inhibiting plaque and gingivitis, such as harmful bacteria and food waste caused by bactericidal action, and anti-inflammatory effect of gum disease in oral cavity It contains one or more components selected from the group consisting of methyl silicic acid, silicon dioxide, sodium silintoaluminate, calcium carbonate, and silica, which are effective in preventing inflammation and oral odors. Flavors, vitamins and minerals are added.

The cover 13 has a plate shape having a circular cross section so as to cover the opening 12 of the mixing vessel 11, and the bottom surface of the mixing vessel 11 is disposed on one side of the mixing vessel 11 in contact with the inside of the mixing vessel 11. A tubular suction pipe 14 extending to the end is formed.

The injection means 20 is an injection member 30 and the injection member 30, the one side is screwed to the opening 12 side of the mixing vessel 11 and the guide passage 31 is extended therein along the longitudinal direction. It is mounted in the middle region of the opening and closing valve 40 to open and close the guide passage (31).

The injection member 30 has a tubular shape forming a cylinder with a guide passage 31 formed therein, and the other end is bent at a predetermined angle to have a shape that is convenient to be drawn into the oral cavity.

The injection member 30 has a tubular shape having a guide passage 31 formed therein, the other end is bent at a predetermined angle, and has a shape that is convenient to be drawn into the oral cavity. A female screw 32 to which the male screw 12a formed in 12 is fastened is formed to form a screw coupling portion, and a protruding pin 33 protruding sharply to a predetermined height toward the cover 13 is formed inside the female screw 32 forming portion. It is formed, the guide passage 31 is communicated from one end of the inside to the other end.

In addition, the other end of the injection member 30 is bent at a predetermined angle so that the cleaning solution can be easily injected between the teeth to the inside of the mouth and the end is covered with a rubber film 30a made of a rubber material. At this time, the bent angle is preferably bent at about 45 degrees having a range not exceeding 90 degrees. And the other end of the bent injection member 30 is formed with a plurality of discharge ports 34 in communication with the guide flow path 31 extending to the inner side. At this time, the discharge port 34 has an inner diameter of 0.08mm ~ 0.1mm and is preferably arranged to form an equilateral triangle as shown in Figure 4, the size and arrangement of the inner diameter is not limited only to the structure as described above, The inner diameter may be formed in a range of about 0.05 mm to 0.5 mm so as to be injected over a predetermined pressure, it may be arranged to have a variety of shapes, such as polygonal or arranged in a line.

In addition, a sliding hole 35 penetrates through the middle portion of the injection member 30 in a direction perpendicular to the longitudinal direction of the guide passage 31, and a locking jaw 35a is provided at one end of the sliding hole 35. The cover 35b is covered in the other opening portion.

The on-off valve 40 has a cross-sectional shape corresponding to the inner surface shape of the sliding hole 35 and one side is protruded to the outside through the locking jaw 35a, the middle area is inserted in the cover 35b mounting direction A communication path 41 is formed in communication with the guide passage 31 only in a state, and a spring 42 is mounted between the other end surface of the on-off valve 40 and the cover 35b to close the communication path 41. By pressure support to maintain a state that one end of the on-off valve 40 protrudes to the outside.

A tooth cleaning device according to the first embodiment of the present invention configured as described above is formed in a state in which a cover 13 is covered with the opening 12 in a state in which a cleaning gas consisting of a compressed gas consisting of oxygen gas and a gargle liquid is filled therein. The injection member 30 is fastened to the mixing container 11 which is the means 10. As the male screw 12a formed on the mixing vessel 11 is fastened to the female screw 32 formed on one side of the injection member 30, the protruding pin 33 presses the cover 13 and the protruding pin ( A through hole is formed in the cover 13 by the cover 33, and the cleaning liquid is sucked through the suction pipe 14 out of the state in which the mixed gas and the cleaning liquid are confined.

As shown in FIG. 2, the injection member 30 is prevented from being injected by blocking the guide passage 31 from the on / off valve 40 formed in the middle of the guide passage 31 through which the mixed gas and the cleaning liquid are guided. When the other end of the inlet is inserted into the oral cavity so as to clean the teeth and gums, and press one end of the on-off valve 40 in the direction in which the spring 42 is compressed, the communication path 41 is a guide flow path ( The on-off valve 40 is moved to a position in communication with 31 so that the compressed gas and the cleaning liquid are guided along the guide passage 31 toward the other end of the injection member 30.

The compressed gas and the cleaning liquid guided to the other end of the injection member 30 along the guide passage 31 are injected by increasing the blowing speed and pressure while passing through the discharge hole 34 having a fine inner diameter.

As described above, while the user adjusts the spraying direction of the cleaning liquid sprayed to the predetermined pressure or more through the discharge hole 34, impurities caught between the teeth and the teeth and the gums can be removed. In addition, by forming the fluorine film on the teeth by the components contained in the cleaning solution, it inhibits the enzymatic action of bacteria, inhibits plaque that causes gum disease, and prevents oral harmful bacteria from preventing gum disease such as periodontal disease. By removing the harmful bacteria and food debris that cause oral disease by suppressing the gingivitis.

Similarly, the tooth cleaning device according to the second preferred embodiment of the present invention is stored at a constant ratio in which the cleaning solution and the compressed gas are stored, and the opening 112 is formed at one side as shown in FIG. An opening 112 of the mixing container 111 constituting the storage means 110 and the storage means 110, the cover 113 is covered with a cover 113 for maintaining the state filled with the cleaning liquid and the compressed gas (112). (112) It is configured to be detachably coupled to the injection means 120 for spraying the cleaning liquid to a predetermined pressure or more.

The opening 112 of the mixing vessel 111 is formed in a cylindrical shape and protrudes in a cylindrical shape, the male screw 112a is formed on the outer peripheral surface, the compressed gas filled in the mixing vessel 111 is preferably made of oxygen gas. The pressure is approximately 170-200 Kgf / cm 2 and the ratio of the volume of the cleaning liquid to the total volume is preferably about 10 to 20 percent. The cleaning solution composed of gargle solution is resistant to acid, which is a direct cause of tooth decay, forms a fluorine film, inhibits the enzyme action of bacteria and prevents decalcification, and inhibits plaque and oral harmful bacteria that cause gum disease. Cecil pyridinium chloride inhibits activity and prevents gum disease such as periodontal disease, plaque and gingivitis inhibitory effect such as harmful bacteria and food waste which cause oral disease by sterilization, and gum disease in oral cavity by anti-inflammatory action It contains at least one component selected from the group consisting of methyl silicic acid, silicon dioxide, sodium silintoaluminate, calcium carbonate, and silica, which are effective in preventing inflammation and oral odors. And vitamin minerals are added.

The cover 113 has a plate shape having a circular cross section so as to cover the opening 112 of the mixing container 111 and the bottom surface of the mixing container 111 on one side contacting the inside of the mixing container 111. A tubular suction tube 114 extending to is formed.

The injection means 120 is screwed to the male screw (112a) formed in the opening 112 to the on-off valve assembly 130 and the on-off valve assembly 130 to open and close the compressed gas and the cleaning liquid filled in the mixed container 110. It is equipped with an injection member 140 for guiding and discharging the compressed gas and the cleaning liquid.

The on-off valve assembly 130 has a tubular shape with an inner diameter having a predetermined diameter, and an inner thread 131a screwed with the male screw 112a is formed at one end of the inner end, and an inner through hole is formed at the other end side. The inner space of the valve housing 131 is mounted on the valve housing 131 provided with the communication hole 131b and the valve housing 131 which forms a predetermined distance from the female screw 131a forming portion to draw the inner space of the valve housing 131 into the suction region 132a. ) And a cylindrical shape having an outer diameter corresponding to the inner diameter of the valve housing 131 and the first o-ring 132 partitioned into the discharge area 132b and inserted into the inner diameter of the valve housing 131 and the first o-ring 132. The on-off valve 133 and the on-off valve 133, which are sliding in close contact with the inner diameter of the inner side, are formed with a protruding pin 133a protruding sharply at a predetermined height from one end surface in the direction in which the cover 113 is mounted. It penetrates inside and one side is connected to the injection hole (131b) The other side of the guide passage 135 penetrates the upper end of the portion in contact with the first O-ring 132, and the locking jaw corresponding to each other is formed in the middle area of the inner diameter of the valve housing 131 and the on-off valve 133, The second O-ring 136 is mounted in the middle region of the on-off valve 133, which is the lower end of the locking jaw forming part, and is in close contact with the inner diameter of the valve housing 131, and is inserted into the valve housing 131. Washing liquid and compression that is supported by the 132 and the other side is mounted to the other end of the spring 137, the second O-ring 136 and the on-off valve 133 is in close contact with the inner diameter of the valve housing 131 And a third o-ring 138 which prevents gas from leaking.

The injection member 140 has a tubular shape formed with a guide passage 141 therein, the other end is bent at a predetermined angle and has a shape that is convenient to be drawn into the oral cavity, one end of which is the injection hole 131b Removably mounted on the guide passage 141 extends from one end to the other end penetrated so as to communicate with the injection port (131b). At this time, the injection port (131b) and the injection member 140 is preferably screwed.

In addition, the other end of the injection member 140 is bent at a predetermined angle and the end is covered with a rubber film 140a made of a rubber material to easily spray the cleaning solution between the teeth to the inside of the mouth. At this time, the bent angle is preferably bent to about 45 degrees having a range not exceeding 90 degrees. And the other end of the bent injection member 140 is formed with a plurality of discharge ports 144 communicating with the guide flow path 141 extending to the inner side. At this time, the discharge port 144 preferably has an inner diameter of 0.08mm ~ 0.1mm and is arranged to form an equilateral triangle, but the size and arrangement of the inner diameter is not limited only to the above structure, the cleaning liquid can be injected above a certain pressure The inner diameter may be formed in a range of about 0.05 mm to 0.5 mm, and may be arranged to have various shapes such as polygons or arranged in a line.

And the intermediate region of the injection member 140 is made of a flexible pipe 145 to be easily bent.

When not using the tooth cleaning apparatus of the second preferred embodiment of the present invention configured as described above, as shown in FIG. 5, the flexible pipe 145 of the injection member 140 may be easily stored.

Then, the on-off valve assembly 130 is fastened to the mixing container 111 formed in a state in which a cover 113 is covered with the opening 112 in a state in which a compressed gas composed of oxygen gas and a gargle liquid are filled therein. Pressing the opening / closing valve 133 in the state where the male screw 112a formed in the mixing container 111 is fastened to the female screw 131a formed on one side of the housing 131 causes the protruding pin 133a to press the cover 113. Thus, through holes are formed in the cover 113 to allow the cleaning solution to be sucked through the suction pipe 114 out of the state in which the mixed gas and the cleaning solution are restricted.

As shown in FIG. 6, the flexible pipe 145 of the injection member 140 is straightened and the other end of the injection member 140 is introduced into the oral cavity while being blocked by the on / off valve 133. When the other end of the on-off valve 133 is pressed in the direction in which the spring 137 is compressed, and the gum 137 is compressed, one end of the guide path 135 communicating with the discharge area 132b is first. After the O-ring 132 is moved to a position in communication with the suction area (132a).

As described above, when one end of the guide passage 135 communicates with the suction region 132a, the compressed gas and the cleaning liquid are guided along the guide passage 135 to the position of the injection hole 131b, and the compressed gas passing through the injection hole 131b and The cleaning liquid is guided to the other end along the guide path 141 of the injection member 140.

The compressed gas and the cleaning liquid guided to the other end of the injection member 140 along the guide passage 141 pass through the discharge port 144 having a fine inner diameter and are injected with an increased jet speed and pressure.

As described above, while the user adjusts the spraying direction of the cleaning liquid sprayed by the predetermined pressure or more through the discharge port 144, impurities caught between the teeth and the teeth and the gums can be removed. In addition, by forming the fluorine film on the teeth by the components contained in the cleaning solution, it inhibits the enzymatic action of bacteria, inhibits plaque that causes gum disease, and prevents oral harmful bacteria from preventing gum disease such as periodontal disease. By removing the harmful bacteria and food debris that cause oral disease by suppressing the gingivitis.

Similarly, in the third embodiment of the tooth cleaning apparatus of the present invention, the compressed gas container 211 and the compressed gas container 211 in which the opening 212 filled with the compressed gas are covered with the cover 213 as shown in FIG. 7. Removably coupled to the upper end of the storage means 210 consisting of a cleaning liquid container 215 is filled with a cleaning liquid consisting of a gargle liquid for cleaning the mouth, and the opening of the compressed gas container 211 constituting the storage means 210 ( 212) is formed detachably coupled to the injection means 220 for injecting compressed gas to a predetermined pressure or more.

The opening 212 of the compressed gas container 211 is formed in a cylindrical shape and protrudes in a cylindrical shape, the external thread is formed with a male screw 212a, the compressed gas filled in the compressed gas container 211 is made of oxygen gas Preferably at about 170-200 Kgf / cm 2.

The cleaning solution container 215 is inserted through the insertion hole 216 in the central region and detachably coupled to the upper end of the compressed gas container 211, the cleaning solution is filled in the inner receiving space. The cleaning solution composed of gargle solution is resistant to acid, which is a direct cause of tooth decay, forms a fluorine film, inhibits the enzyme action of bacteria and prevents decalcification, and inhibits plaque and oral harmful bacteria that cause gum disease. Cecil pyridinium chloride inhibits activity and prevents gum disease such as periodontal disease, plaque and gingivitis inhibitory effect such as harmful bacteria and food waste which cause oral disease by sterilization, and gum disease in oral cavity by anti-inflammatory action It contains at least one component selected from the group consisting of methyl silicic acid, silicon dioxide, sodium silintoaluminate, calcium carbonate, and silica, which are effective in preventing inflammation and oral odors. And vitamin minerals are added.

The cover 213 has a plate shape having a circular cross section so as to cover the opening 212 of the compressed gas container 211, and the compressed gas container 211 is formed on one side thereof in contact with the inside of the compressed gas container 211. A tubular suction pipe 214 is formed extending to the bottom surface of the tube.

The injection means 220 is screwed to the male screw (212a) formed in the opening 212, the on-off valve assembly 230 and the on-off valve assembly 230 for opening and closing the compressed gas and the cleaning liquid filled in the compressed gas container 210 Is mounted to the injection member 240 for guiding and discharging the compressed gas and the cleaning liquid.

The on-off valve assembly 230 has a tubular shape with an inner diameter having a predetermined diameter, and an internal thread 231a screwed with an external thread 212a is formed at one end of the end thereof, and an internal through hole is formed at the other end side thereof. The inner space of the valve housing 231 is installed in the valve housing 231 provided with the communication port 231b and the valve housing 231 at regular intervals from the female screw 231a forming portion, and the suction space 232a is connected to the valve housing 231. ) And a cylindrical shape having an outer diameter corresponding to the inner diameter of the valve housing 231 and a first o-ring 232 partitioned into the discharge area 232b and inserted into the inner diameter of the valve housing 231 and being the first o-ring 232. The on-off valve 233 and the on-off valve 233, which slide in close contact with the inner diameter of the inner side and are provided with a protruding pin 233a protruding sharply at a predetermined height, on one end surface in the direction in which the cover 213 is mounted. It penetrates inside and one side is connected to the injection hole (231b) The other side of the guide passage 235 through the upper end of the portion in contact with the first O-ring 232, and the locking step corresponding to each other is formed in the middle area of the inner diameter of the valve housing 231 and the on-off valve 233 The second O-ring 236 is mounted in the middle region of the on-off valve 233, which is the lower end of the locking step forming portion, and is in close contact with the inner diameter of the valve housing 231, and is inserted into the valve housing 231, and one side of the first O-ring is inserted into the valve housing 231. The washing liquid and the compression that are supported by the 232 and the other side is mounted on the other end of the spring 237 supported by the second O-ring 236 and the other end of the on-off valve 233 and in close contact with the inner diameter of the valve housing 231. The third o-ring 238 prevents gas from leaking.

The injection member 240 has a tubular shape formed with a guide passage 241 therein, the other end is bent at a predetermined angle and has a convenient shape to be drawn into the oral cavity, one end of the injection hole 231b In communication with the guide passage 241 extends from one end to the other end penetrated so as to communicate with the injection port (231b).

In addition, the other end of the injection member 240 is bent at a predetermined angle so that the cleaning solution can be easily injected between the teeth to the inside of the mouth and the end is covered with a rubber film 240a made of a rubber material. At this time, the bent angle is preferably bent to about 45 degrees having a range not exceeding 90 degrees. And the other end of the bent injection member 240 is formed with a plurality of discharge ports 244 in communication with the guide passage 241 extending to the inner side. At this time, the discharge port 244 is preferably arranged to form an equilateral triangle having an inner diameter of 0.08mm ~ 0.1mm, the size and arrangement of the inner diameter is not limited only to the above structure, the cleaning liquid can be injected above a certain pressure The inner diameter may be formed in a range of about 0.05 mm to 0.5 mm, and may be arranged to have various shapes such as polygons or arranged in a line.

In addition, a screw coupling portion 242 is formed in the middle portion, which is a portion projecting outward through the cleaning liquid container 215, to which the female screw 242a and the male screw 242b are paired, and are detachably assembled, and the cleaning liquid container 215 is formed. A branch pipe 243 is formed at the middle portion of the portion inserted into the guide passage 241 extending to the bottom surface of the cleaning liquid container 215 in the lower direction and connected to the cleaning liquid filled in the cleaning liquid container 215. do.

In the case of not using the tooth cleaning apparatus of the third preferred embodiment of the present invention configured as described above, the flexible pipe 245 of the injection member 240 is bent to facilitate storage.

Then, the on-off valve assembly 230 is fastened to the compressed gas container 211 in which the compressed gas is filled therein and the cover 213 is covered in the opening 212. When the on-off valve 233 is pressed in the state in which the male screw 212a formed in the compressed gas container 211 is fastened to the female screw 231a formed at one side of the housing 231, the protruding pin 233a pressurizes the cover 213. The through hole is formed in the cover 213 so that the cleaning liquid may be sucked through the suction pipe 214 out of the state in which the mixed gas and the cleaning liquid are restricted.

In this state, straightening the flexible pipe 245 of the injection member 240 and the other end of the injection member 240 is introduced into the oral cavity in the state that the injection by the on-off valve 233 is blocked, cleaning the teeth and gums When it is positioned so as to press the other end of the on-off valve 233 in the direction in which the spring 237 is compressed, one end of the guide path 235 communicating with the discharge area 232b is the first O-ring 232. It passes to the position communicating with the suction area 232a.

As described above, when one end of the guide passage 235 communicates with the suction region 232a, the compressed gas is guided along the guide passage 235 to the position of the injection hole 231b, and the compressed gas and the cleaning liquid passing through the injection hole 231b are It is guided in the direction of the other end along the guide path 241 of the injection member 240.

When the compressed gas moves at high speed along the guide passage 241, the cleaning liquid is sucked along the branch pipe 243 by the Bernoulli principle, and the sucked washing liquid is injected with the compressed gas moved along the guide passage 241. Guided to the other end of the), the compressed gas and the cleaning liquid is injected by increasing the blowing speed and pressure while passing through the discharge port 244 having a fine inner diameter.

As described above, while the user adjusts the spraying direction of the cleaning liquid sprayed at a predetermined pressure or more through the discharge port 244, impurities caught between the teeth and the teeth and the gums can be removed. In addition, by forming the fluorine film on the teeth by the components contained in the cleaning solution, it inhibits the enzymatic action of bacteria, inhibits plaque that causes gum disease, and prevents oral harmful bacteria from preventing gum disease such as periodontal disease. By removing the harmful bacteria and food debris that cause oral disease by suppressing the gingivitis.

As described above, the tooth cleaning apparatus according to the present invention uses the pressure of the compressed gas so that the cleaning liquid composed of the gargle liquid is sprayed to a predetermined pressure or more, and the compressed gas and the cleaning liquid are sprayed by using the injection member between the teeth and the teeth and between the teeth and the gums. By spraying in between, it removes impurities and at the same time forms a fluorine film on the teeth by the ingredients contained in the cleaning liquid to inhibit the enzyme action of bacteria, inhibit plaque that causes gum disease, and inhibit the activity of harmful oral bacteria. It prevents gum disease such as periodontal disease, and removes harmful germs and food wastes that cause oral disease by sterilizing action to suppress gingivitis.

As described above, the tooth cleaning apparatus according to the present invention uses the pressure of the compressed gas so that the cleaning liquid composed of the gargle liquid is sprayed to a predetermined pressure or more, and the compressed gas and the cleaning liquid are sprayed by using the injection member. By removing impurities between the gums and the gums, it is effective to clean the oral cavity and to prevent tooth decay and periodontal disease.

In addition, by miniaturizing the storage means in which the compressed gas and the cleaning liquid are accommodated, it is easy to carry, so that impurities in the oral cavity can be easily removed after meals or food intake, thereby increasing convenience of use.

In addition, it is possible to form a fluorine film or to prevent periodontal disease by the gargle liquid containing compressed oxygen or a cleaning liquid used as a compressed gas, thereby improving the performance of the product.

Claims (22)

delete delete A cleaning liquid containing at least one component selected from the group consisting of fluorine, chloropyridinium chloride, zimol, methyl silicic acid, silicon dioxide, sodium silicate, sodium carbonate, calcium carbonate and silica to clean the mouth. Storage means consisting of a lid for covering the opening and formed on one side of the mixing vessel and the mixed container filled with a mixture of compressed gas and; And An injection member having a protruding pin protruding to form a through hole in the cover and having a guide passage extending in a length direction in the inside of one side in which a screw coupling portion screwed into the mixing vessel is formed, and an intermediate portion of the injection member; A spraying means mounted to an area and configured to open and close the guide passage to remove impurities between teeth and teeth and teeth and gums by using a pressure of a cleaning liquid injected with the compressed gas; Tooth cleaning device comprising a. The tooth cleaning according to claim 3, wherein the cover is provided with a tubular suction tube extending from one side contacting the inner side of the mixing container to the bottom surface so as to suck the cleaning liquid filled into the mixing container. Device. 4. A tooth cleaning apparatus according to claim 3, wherein the volume of the cleaning liquid filled in the mixing vessel accounts for 10 to 20 percent of the total volume. delete The method of claim 3, wherein the on-off valve A latching jaw is formed at one side and the other side is inserted into the sliding hole penetrated in a direction perpendicular to the guide passage so as to be covered by the cover, and one side is protruded to the outside and the other side is elastic by springs supported by the cover. A tooth cleaning device, characterized in that a communication path communicating with the guide passage is formed only in the intermediate region when the spring is compressed. According to any one of claims 3 to 5, the other end of the injection member is bent to facilitate the injection of the cleaning liquid to the teeth and gums, etc., covered with a rubber material and the end surface is in communication with the guide flow path And at least one discharge hole having a size of 0.05 mm to 0.5 mm to discharge the cleaning liquid. 9. The tooth cleaning apparatus according to claim 8, wherein three ejection openings are arranged to form a triangle. It consists of a gargle solution containing one or more components selected from the group consisting of fluorine, saccharin pyridinium chloride, chimol, methyl silylic acid, silicon dioxide, sodium silitolamate, calcium carbonate, and silica to clean the mouth. A mixing vessel filled with a mixture of a cleaning liquid and oxygen compressed at a ratio of 10 to 20 percent by volume, and opening the opening of the mixing vessel to suck the cleaning liquid filled inside the mixing vessel. Storage means provided with a cover formed with a tubular suction pipe extending from one side in contact with the inner side of the mixing vessel to the bottom surface; One end is screwed into the opening of the mixing vessel, a protruding pin is formed to protrude through the cover to form a through hole in the inside of one side formed with the screw coupling portion and the guide flow path is extended along the longitudinal direction, the other end The part is bent to facilitate the injection of the cleaning solution into teeth and gums, and is covered with a rubber material, and its end surface communicates with the guide passage so that the three discharge ports form a triangle with a size of 0.05 mm to 0.5 mm to discharge the cleaning solution. Injection member formed; And A locking jaw is formed on one side of the injection member so as to open and close the guide flow path, and the other side is inserted into the sliding hole penetrated in the right direction with respect to the guide flow path so as to be covered by a cover. One side protrudes to the outside and the other side is elastically supported by a spring that is supported by the cover, the middle region of the opening and closing valve formed in the communication passage communicating with the guide flow path only when the spring is compressed; Tooth cleaning device. delete A cleaning liquid containing at least one component selected from the group consisting of fluorine, chloropyridinium chloride, zimol, methyl silicic acid, silicon dioxide, sodium silicate, sodium carbonate, calcium carbonate and silica to clean the mouth. Storage means consisting of a lid for covering the opening and formed on one side of the mixing vessel and the mixed container filled with a mixture of compressed gas and; A valve housing having a tubular shape and a screw coupling portion screwed to the mixing vessel is formed at one end thereof, and a valve housing provided with a penetrating injection hole at the other end side thereof, and installed at a predetermined distance from one end of the inner diameter of the valve housing. A first O-ring which divides the inside of the valve housing into a suction region and a discharge region, and a protrusion inserted into an inner diameter of the valve housing and sliding in close contact with an inner diameter of the first o-ring and protruding at a predetermined height from one end surface; A pin is formed in the opening and closing valve, and the through-opening valve is formed so as to open and close the cleaning liquid discharged through the injection port, one side is in communication with the injection port and the other side is the suction area and the sliding according to the opening and closing valve A guide path selectively communicating with a discharge area, and mounted in an intermediate area of the on / off valve to allow the inside of the valve housing to A second O-ring in close contact with the spring, one side of which is supported by the first O-ring and the other side of which is supported by the second O-ring so as to elastically support the opening / closing valve, and is mounted and sprayed on the other end of the opening / closing valve. On-off valve assembly consisting of a third O-ring to prevent the cleaning fluid from leaking into the gap with the valve housing and And an injection member connected to the injection port of the injection valve assembly to guide the cleaning solution and spray the cleaning solution between the teeth and the teeth in the oral cavity and between the teeth and the gums. The method of claim 12, wherein the injection member is a screw coupling portion screwed to the injection port of the on-off valve assembly is formed at one end, the guide flow path is extended along the longitudinal direction, the other end is the injection of cleaning liquid to the teeth and gums, etc. At least one discharge port having a size of 0.05 mm to 0.5 mm to be bent to be easily formed, covered with a rubber material, and communicated with the guide passage to discharge the cleaning liquid. 14. The tooth cleaning apparatus according to claim 13, wherein three ejection openings are arranged to form a triangle. The tooth cleaning apparatus according to claim 13 or 14, wherein the injection member is made of a flexible pipe so that the intermediate region thereof can be easily bent. It consists of a gargle solution containing one or more components selected from the group consisting of fluorine, saccharin pyridinium chloride, chimol, methyl silylic acid, silicon dioxide, sodium silitolamate, calcium carbonate, and silica to clean the mouth. A mixing vessel filled with a mixture of a cleaning liquid and oxygen compressed at a ratio of 10 to 20 percent by volume, and opening the opening of the mixing vessel to suck the cleaning liquid filled inside the mixing vessel. Storage means provided with a cover formed with a tubular suction pipe extending from one side in contact with the inner side of the mixing vessel to the bottom surface; A valve housing having a tubular shape and a screw coupling portion screwed to the mixing vessel is formed at one end thereof, and a valve housing provided with a penetrating injection hole at the other end side thereof, and installed at a predetermined distance from one end of the inner diameter of the valve housing. A first O-ring which divides the inside of the valve housing into a suction region and a discharge region, and a protrusion inserted into an inner diameter of the valve housing and sliding in close contact with an inner diameter of the first o-ring and protruding at a predetermined height from one end surface; A pin is formed to open and close the valve, and the through-opening valve is formed to open and close the cleaning liquid discharged through the injection port, one side is in communication with the injection port and the other side is the suction area according to the sliding of the opening and closing valve And a guide path selectively communicating with the discharge area, and mounted in an intermediate area of the on-off valve. A second O-ring in close contact with a diameter, a spring supported on one side of the first O-ring and the other side supported by the second O-ring so as to elastically support the opening / closing valve, and mounted on the other end of the on / off valve An on-off valve assembly provided with a third O-ring to prevent the cleaning liquid from leaking into a gap with the valve housing; And One end is screwed to the injection port of the valve housing, the guide flow path is extended along the longitudinal direction is provided with a flexible pipe so that it can be easily bent in the middle area, the other end is easy to spray the cleaning liquid to the teeth and gums, etc. And a spray member formed to form a triangle having three discharge holes having a size of 0.05 mm to 0.5 mm to be bent to be made, covered with a rubber material, and communicated with the guide passage to discharge the cleaning liquid. Device. delete delete Compressed gas container filled with compressed gas; A component detachably coupled to the upper end of the compressed gas container, and selected from the group consisting of fluorine, cementyl pyridinium chloride, chimol, methyl silylic acid, silicon dioxide, sodium silintoalunate, calcium carbonate and silica. A cleaning solution container filled with a cleaning solution containing at least one; A valve housing having a tubular shape so that the compressed gas filled in the compressed gas container is injected, and a screw fitting hole screwed to the compressed gas container is formed at one end thereof, and a perforated injection hole is formed at the other end side thereof; A first O-ring is installed at a distance from one end of the inner diameter of the housing to partition the inside of the valve housing into the suction region and the discharge region, and is inserted into the inner diameter of the valve housing and in close contact with the inner diameter of the first O-ring. An opening / closing valve which slides and has a protruding pin protruding to a predetermined height on one end surface, and is formed to penetrate the opening / closing valve so as to open and close the cleaning liquid discharged through the injection hole, and one side thereof communicates with the injection hole. And the other side of the guide path being selectively communicated with the suction area and the discharge area according to the sliding of the on-off valve, A second o-ring mounted in an intermediate region of the on-off valve and in close contact with the inner diameter of the valve housing, and one side supported by the first o-ring and the other side supported by the second o-ring so as to elastically support the open / close valve; And an opening and closing valve assembly configured to be mounted on the other end of the opening and closing valve to prevent the cleaning solution from being leaked into the clearance gap with the valve housing. And The guide flow path is coupled to the injection port of the on-off valve assembly and communicated along the longitudinal direction, the other end is covered with a rubber material and communicated with the guide flow path is formed at least one discharge port for discharging the cleaning liquid, the guide flow path And an injection member having a branch pipe branched from the guide passage and connected to the cleaning liquid filled in the cleaning liquid container so that the cleaning liquid can be injected by the compressed gas passing through the cleaning gas. 20. The tooth cleaning device of claim 19, wherein the jetting member is formed to have a screwing portion that is detachably cut and screwed to a portion protruding beyond the cleaning liquid container. The tooth cleaning apparatus according to claim 19 or 20, wherein three ejection openings of the ejecting member are arranged to form a triangle. Compressed gas container filled with a compressed gas made of oxygen and the screw coupling portion formed in the opening; Removably coupled to the upper end of the compressed gas container and the inside is composed of fluorine, chloropyridinium chloride, chimol, methyl silicic acid, silicon dioxide, sodium silinate aluminate, calcium carbonate, silica to clean the mouth A cleaning liquid container in which a cleaning liquid consisting of a gargle liquid containing at least one component selected from the group is filled at a ratio of 10 to 20 percent with respect to the total volume; A valve housing having a tubular shape and having a screw coupling portion screwed to an opening of the compressed gas container at one end thereof, and a valve housing having a penetrating injection hole at the other end side thereof, and having a predetermined distance from one end of the inner diameter of the valve housing. A first O-ring installed in the valve housing to divide the inside of the valve housing into a suction zone and a discharge zone, and inserted into an inner diameter of the valve housing and sliding in close contact with an inner diameter of the first o-ring, and having a predetermined height at one end surface. An opening / closing valve having a protruding protruding pin, and formed to penetrate the opening / closing valve so as to open and close the cleaning liquid discharged through the injection hole, one side of which is in communication with the injection hole, and the other side of the opening valve A guide path selectively communicating with the suction area and the discharge area, and mounted in an intermediate area of the on / off valve; A second O-ring in close contact with the inner diameter of the housing, a spring supported on one side of the first O-ring and the other side supported on the second O-ring so as to elastically support the opening / closing valve, and the other end of the on / off valve. An opening / closing valve assembly having a third O-ring which prevents the cleaning liquid injected and installed from leaking into a gap with the valve housing; And One end portion is coupled to the injection port of the valve housing is in communication with the guide passage extending along the longitudinal direction is formed in the threaded portion to be detachably cut and screwed to the part protruding beyond the cleaning liquid container, the cleaning liquid, A flexible pipe is formed in the intermediate region protruding out of the container so that the flexible pipe can be easily bent. In the intermediate region introduced into the cleaning liquid container, the cleaning liquid can be injected by the compressed gas passing through the guide channel. A branch pipe is branched to be connected to the cleaning liquid filled in the cleaning liquid container, and the other end is bent to facilitate the injection of the cleaning liquid into teeth and gums, covered with a rubber material, and communicated with the guide passage to discharge the cleaning liquid. Three outlets with a size of 0.05mm to 0.5mm Tooth cleaning apparatus comprising: a; injection member formed to fulfill the triangle.

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