JP3218645U - Oral care device - Google Patents

Abstract

PROBLEM TO BE SOLVED: Oral care that can be easily carried and can be easily cared for on the go, solves hygiene and maintenance problems, and facilitates cleaning with spray of mouthwash and a smaller amount of liquid Provide ingredients. In an oral care device 1 of a simple manual compression pump for performing care in the oral cavity, the oral cavity care device 1 has a simple structure that linearly communicates between a liquid storage chamber in a pump 2 and a tip entrance / exit 5 of a nozzle 12. With a small and compact manual compression pump that allows the inside of the care device 1 to be seen through, the mouth is repeatedly washed with a mouthwash and a small amount of liquid. [Selection] Figure 1

Description

  The present invention is easy to carry and can be applied to the mouth or by spraying it with mouthwash liquid, mouthwash, dental rinse, mouthwash, mouth rinse, oral rinse, mouthwash, water, salt water, etc. The present invention relates to a manual compression-type simple oral care device for performing care in the mouth such as periodontal pockets, periodontal grooves, and teeth.

  2. Description of the Related Art Conventionally, there is known a device that can be carried out when going out and is cleaned by spraying liquid into the oral cavity manually.

JP 09-285477 A JP 2004-73558 A JP 2007-167088 A

  The ones described in Patent Documents 1 to 3 have a structure in which the liquid is washed only by jetting when the inside of the oral cavity is cared for with water, mouthwash, etc. When washing carefully, it is inconvenient to replenish the liquid frequently because a large amount of washing liquid is required.

  Further, since the cleaning is performed only by spraying, the sprayed liquid accumulates in the oral cavity, and the stored cleaning liquid becomes painful or obstructive, and it has to be discharged many times before the cleaning is completed. Moreover, there was a problem that the oral cavity was filled with water when it was patient without vomit.

  Moreover, when purchasing and washing | cleaning commercially available mouthwash liquid, a washing | cleaning liquid, etc., since it will be used in large quantities, it was uneconomical.

  In addition, it was troublesome because the liquid had to be purchased frequently.

  Patent Document 3 is troublesome because when the amount of cleaning liquid decreases, if the pressure applied to the cleaning liquid decreases, the operation being cleaned must be interrupted and pressurized again.

  When you go out in a light suit and go out with a light coat on a business trip or in extreme heat, when you use it after meals on the go, there is a problem in storing it in your pocket because it is a large washing machine.

  The sprayed liquid leaked from the gap between the lips, passed through the nozzle, dropped to the hands and arms, and even wet the clothes.

In order to achieve the above object, the present invention provides a small manual compression pump capable of sucking and injecting a liquid such as a mouthwash or water used as a cleaning liquid when performing oral care. Pressurize the pressure part or the side with your finger or palm to discharge the air in the pump storage chamber from the nozzle tip inlet / outlet part, and use the restoring force to return the pump to its original shape after discharging the liquid. Aspirate the pumped liquid into the storage chamber from the pump, pressurize the compressed part or side of the pump with your finger or palm, and direct the liquid in the water storage chamber from the front entrance to the periodontal groove, between the teeth, to the periodontal pocket, etc. And spraying the periodontal bacteria with a bactericidal liquid such as mouthwash, and eating away with the sprayed momentum. Moreover, the simple oral care tool which enabled it to repeatedly suck | inhale the liquid which was sprayed and contained in the oral cavity, and to spray again was comprised.

  Furthermore, in the above, the liquid contained in the oral cavity can be reused, and the injection and the suction can be continuously performed by the compression to the pump and the automatic suction of the pump. It was decided that it could be repeated until the liquid adheres to the oral cavity and the cleaning was completed.

  Furthermore, the oral care device has a structure that linearly communicates between the liquid storage chamber and the nozzle inlet / outlet, and is small and compact and can be easily carried.

  Furthermore, the inside condition of the oral care device can be confirmed by seeing through from the outside.

  Furthermore, the tank of the oral care device has an internal volume of about 0.1 ml to 20 ml.

  Furthermore, the tank has a bellows shape that can be compressed and restored in a fixed shape.

  Furthermore, the inner diameters of the nozzle and the tip entrance / exit part of the oral care device were set to about 0.1 mm to 4 mm suitable for the size of the tank.

  The total length of the oral care device is about 2 cm to 15 cm which improves operability and is convenient for carrying.

  The width of the oral care device was set to about 0.3 cm to 3 cm which is convenient for carrying in consideration of the capacity and operability of the storage chamber.

  An anti-sagging device was attached to the oral care device, and the liquid flowing out from the gap between the lips was received by the anti-sagging device and allowed to flow down.

  According to the present invention, since the spraying of mouthwash or the like into the oral cavity and the cleaning of the oral cavity are completed with a small amount of liquid, the trouble of replenishing the liquid into the container can be saved.

  In addition, since the spraying and cleaning in the oral cavity are completed with a small amount of liquid, no extra cost is required.

  Moreover, since the spraying and cleaning in the oral cavity are completed with a small amount of mouthwash, the labor required for purchase is reduced.

  Since it is small and compact, it can be moved in a pocket even in light clothing.

  In addition, even when I went out and stayed, if I sprayed or washed the liquid in the periodontal pocket before sleeping, it penetrated into the periodontal bacteria by the next morning and was able to suppress discoloration of saliva due to proliferation.

  For this reason, since the present invention can be easily carried, it is possible to take care of the oral cavity and spray and cleanse the periodontal grooves and teeth immediately after eating meals at various places such as restaurants, companies, business trips, accommodations, etc. It became so.

  In addition, because it is small and compact, and it can be sprayed and washed with less liquid until it finishes in the oral cavity, people with disabilities in the lower body that are difficult to move or elderly people, such as sleeping beds and living rooms I was able to take care of the oral cavity while staying at the center.

  In particular, by using a mouthwash containing a bactericidal component before going to bed and spraying or repeatedly spraying the periodontal pocket, the discoloration of saliva collected in the oral cavity is suppressed the next morning, Tooth pain caused by periodontal disease was resolved.

  When the anti-sagging device is attached to the oral care device 1 and the liquid flows from the pipe, the anti-sagging device receives the liquid and causes the liquid to flow downward, so that hands and clothes are prevented from getting wet.

  Since the tip inlet / outlet portion 5 is made uneven to prevent adhesion to the gums when sucking liquid from the tip inlet / outlet portion 5, the suction and ejection of the liquid from the periphery of the tip inlet / outlet portion 5 can be performed smoothly. It became so.

1 is a perspective view of an oral care device according to the present invention. 1 is a plan view of an oral care device according to the present invention. It is a right view of the oral care tool which concerns on this invention. It is the sectional view on the AA line in FIG. 2 of the oral care tool which concerns on this invention. 1 is a front view of an oral care device according to the present invention. 1 is a rear view of an oral care device according to the present invention. It is the sectional view on the AA line in FIG. 2 which provided the bottom water supply / drain pipe in the storage chamber. It is the perspective view which showed the movement of the liquid and air by the pressurization of a compression part, and an automatic decompression | restoration. It is the perspective view which attached the dripping prevention tool to the oral care tool which concerns on this invention. It is the top view which made the front-end entrance / exit part of the oral care tool which concerns on this invention uneven | corrugated. It is the schematic diagram which orient | assigned the front-end | entrance entrance / exit part of the oral care tool to the periodontal groove. It is a schematic diagram in the middle of using the oral care tool.

  Hereinafter, a simple manual oral care device according to an embodiment of the present invention will be described in detail with reference to the drawings. The invention is not limited to the embodiments, and constituent elements in the embodiments include those that can be easily assumed by those skilled in the art or those that are substantially the same.

1 is an overall perspective view according to the present invention, FIG. 2 is an overall plan view, FIG. 3 is an overall right side view, FIG. 4 is an overall cross-sectional view, FIG. 5 is a front view, and FIG. FIG. 7 is a cross-sectional view taken along the line AA in FIG. 2 in which a bottom water supply / drain pipe is provided in the storage chamber, and FIG. 8 is a perspective view showing injection when the pump of the oral cleaning device is pressurized and suction by automatic restoration of the pump. is there.
The configuration of the oral cleaner 1 will be described with reference to FIGS.

  The oral care device 1 is a small and compact mouth care device that can be easily carried around. It is a mouthwash with a small amount of mouthwash, oral rinse, mouthwash, dental rinse and other liquids such as mouthwash and water. As a simple manual compression type oral care device 1 that can be sprayed or washed to prevent periodontal disease and the like.

  The oral care device 1 is configured such that the internal state of the oral care device 1 can be seen through from the outside.

  The oral care device 1 has a structure that linearly communicates from the storage chamber 3 of the pump 2 to the distal end entrance 5 of the water pipe 4.

  The oral care device 1 was made of a resin material capable of seeing the hygienic state inside the oral care device 1 from the outside.

  Further, the oral care device 1 is preferably made of polyethylene having a simplified structure with an integrated structure made of the same material.

  The pump 2 manually holds the grip part 6 of the pump 2 with a fingertip, pressurizes 9 the compression part 8 with a finger or palm, injects air 7 from the inlet / outlet part 5, and applies pressure to the compression part 8. When the pressure 9 is released, liquid or air is sucked into the storage chamber 3 from the front end inlet / outlet portion 5 with a restoring force 10 that returns to the original shape of the pump, and when the pump is further pressurized 9, the liquid or air stored in the storage chamber 3 is supplied at the front end inlet / outlet portion. From 5, spraying 7 can be repeated continuously with spraying.

  As a matter of course, the oral care device 1 does not repeatedly perform the liquid 7 and air injection 7 and the suction 11, and can be used only by the injection 7.

  The structure of the pump 2 is that when the compression part 8 of the pump 2 is pressurized 9 with one hand, in the case of a spherical or square pump 2, there is a place where the storage chamber 3 cannot be pressurized 9 and liquid remains in the storage chamber 3. Therefore, in order to inject the stored liquid 7 to the maximum, the bellows-like pump 2 is capable of pressurizing 9 the entire storage chamber 3 to reduce the remaining amount.

  The shape of the pump 2 may be spherical or angular as long as the suction 11 and the injection 7 can be sprayed or sprayed continuously.

  The pump 2 is preferably a resin material such as polyethylene that can be confirmed by seeing through the situation inside the oral care device, but may be a material that can be restored after pressurizing 9 the pump such as rubber.

  The water pipe 4 is a tubular pipe that allows suction 11 and injection 7 from the tip entrance / exit part 5 of the nozzle 12 and communicates with the storage chamber 3.

  The material of the water conduit 4 may be metal or rubber, but is preferably polyethylene capable of confirming the internal situation and having a structure in which the oral care device 1 is integrated.

  The maximum width of the inner diameter of the tip entrance / exit part 5 can efficiently inject liquid into the periodontal pocket 21, and is about 0.1 mm to 4 mm in diameter depending on the capacity of the storage chamber 3, the amount of injection and the amount of suction per time.

  Further, the capacity of the storage chamber 3 is set to about 0.1 ml to 20 ml with an optimal injection amount for washing the periodontal pocket 21 and an easy-to-use size.

  In addition, the overall length of the oral care device 1 is about 2 cm to 15 cm, which is easy to carry with work efficiency.

  Moreover, the width | variety of the oral care tool 1 shall be about 0.3 cm-3 cm which is easy to carry with operativity.

  The nozzle 4 can spray 7 to the front side of the teeth and between the teeth 17 and to the inside. It is supposed to be bent in a curved shape.

  Further, the nozzle 4 may be straight and straight, but it is preferable that the nozzle 4 can be sprayed toward the front and back of the teeth 16, between the teeth 17, the periodontal pockets 21, etc. in an angular and bent shape.

  The shape of the tip entrance / exit portion 5 may be a round shape that is easy to control when the liquid is sprayed 7 toward the details of the periodontal pocket 21, but the tip entrance / exit portion along the periodontal pocket 21 on the front and back surfaces of the tooth 16. 5 is an ellipse or a rectangle that allows easy liquid injection.

  FIG. 7 is a cross-sectional view taken along the line AA of FIG. 2 in which a flexible bottom water supply / drain pipe 14 that sinks in the liquid in the storage chamber is provided at the storage chamber inlet / outlet portion 13.

  The bottom water supply / drainage pipe 14 uses a pipe made of a flexible material such as rubber or resin. Even when the liquid level in the storage chamber 3 falls below the storage chamber inlet / outlet portion 13, the liquid is sucked up from the bottom portion of the storage chamber 3 and the discharge direction 22 is set. Passing through and allowing injection.

  When there is liquid in the storage chamber, the bottom water supply / drainage pipe 14 is capable of quick injection 7 because the tip of the bottom water supply / drainage pipe 14 sinks to the bottom of the liquid and the liquid always enters the bottom water supply / drainage pipe 14.

  The bottom water supply / drainage pipe 14 is a soft rubber pipe that is bent in the storage chamber 3 and continues to be discharged even when the storage chamber 3 is compressed 9 and becomes narrow.

  [FIG. 8] shows that the liquid 7 and air stored in the storage chamber 3 of the oral care device 1 are injected by the pressurization 9 to the compression unit 8 of the pump and the pressurization 9 of the pump 2 when the pump 2 is stopped. It is a perspective view showing suction 10 by restoring force 10.

  By pressurizing 9 the compression unit 8, the liquid or air in the storage chamber 3 is ejected from the front end inlet / outlet portion 5, and when the pressurization of the compression unit is stopped, the liquid or air is sucked into the storage chamber by the restoring force of the pump. .

  [FIG. 9] is a perspective view for mounting the anti-sagging device on the oral care device 1 and allowing the anti-sagging device to receive and flow down when liquid flows from the pipe.

  FIG. 10 is a plan view in which the distal end entrance 5 of the oral care device 1 is made uneven.

  [FIG. 11] shows the oral care device 1 and the periodontal groove 15, the teeth 16, the gingiva 17, the interdental 20, and the periodontal pocket 21 when the distal end entrance 5 of the oral care device 1 is directed toward the periodontal groove 15. FIG.

  [FIG. 12] shows the oral care device 1 in which the mouth care device 1 is filled with liquid or air such as mouthwash liquid, water, etc., and the distal end portion 5 is inserted into the mouth through the gap of the lips 19; It is a schematic diagram which shows the state in use which is injecting the liquid or air 7 toward the inside of an oral cavity.

  According to the above, cleaning of the oral cavity using less liquid for oral care uses a bellows-like pump whose capacity of the water storage chamber 3 of the oral care device 1 is about 10 ml, and puts it in a container such as a cup. A liquid such as a mouthwash of about 10 ml is put in, the compression unit 8 is pressurized 9 in advance to discharge the air in the storage chamber 3, and the front end inlet / outlet unit 5 is inserted into the liquid in the cup. The pressure 9 is released and about 10 ml is automatically sucked into the storage chamber 3 from the tip entrance / exit portion 5 by the restoring force 10 of the pump 2, the tip entrance / exit portion 5 is inserted into the mouth through the gap between the lips 19, and the periodontal groove 15 7 is sprayed toward the teeth 20 and between the teeth, and the oral cavity is cleaned and the pinch is removed. The sprayed mouthwash liquid is left in the mouth, and about 8 ml of the upper layer part of the sprayed liquid is sucked by the restoring force 10 of the pump 2 from the inlet / outlet part 5 of the mouthwash liquid. Then, the jet 7 is sprayed again toward the periodontal groove 15, the interdental 20 and the oral cavity. This operation can be repeated to wash each part.

  The cleaning with air is preferably used after removing meals between the interdental teeth 20 or the like after a meal. The tip entrance 5 is inserted into the mouth from the lips 19 and is already in the storage chamber 3. The compressed air 8 is pressurized 9 by spraying the absorbed air toward the periodontal groove 15 and the inter-tooth 20 and the like, and the object pinched by the injection 7 can be eliminated.

  Furthermore, when sucking and removing the pinched object, the compression unit 8 is pressurized 9 in advance to discharge the air in the storage chamber 3, and the tip inlet / outlet part 5 is applied to the pinched object to add the compression unit 8. The pressure 9 was released and suction 11 could be performed with the restoring force 10 of the pump 2.

  Easy-to-carry and easy-to-carry, so those who have difficulty brushing their teeth due to going out at work, travel destinations, restaurants, morning sickness, etc. Intraoral care is facilitated.

  In addition, it is easy to carry and immediately after eating, oral fluid or air is sprayed into the interdental 20 and the periodontal pocket 21 to clean the food residue and suck away the food residue sandwiched between the interdental teeth 20 from the tip entrance / exit portion 5 to eliminate it. As a result, it is possible to remove wastes that become nutrients of bacteria due to food residue so that they do not become plaques. The liquid used for cleaning includes mouthwash, cleaning liquid, water, etc. Those containing ingredients that suppress the fungicidal action of bacteria and the inflammation of gums and inflammation are desirable.

  To prevent bacterial growth such as periodontal bacteria and gingivitis, toothbrush, mouthwash, dental rinse, mouthwash, mouthwash, oral rinse, mouthwash, etc. that have bactericidal action before going to bed It is preferable that the peripheral pocket 20 and the gingival groove 15 are sprayed or repeatedly sprayed to the back to care for the oral cavity.

  The above-mentioned liquids for periodontal bacteria cleaning and periodontal absorptive prevention are the mouthwash fluorophores, IPMP (isopropylmethylphenol), CPC (cetylpyridinium chloride), CHX (chlorhexidine). ) And other antibacterial agents and the like are desirable.

  In this way, the compact and compact oral care device 1 can be easily brought to the outside, can be maintained in the oral cavity immediately after meals, and can be efficiently sprayed or repeatedly supplied to the periodontal pocket with a small amount of cleaning liquid. Periodic bacteria can be sterilized and washed, and those who have difficulty in moving the lower body or elderly people can take care of the oral cavity even when they are in the bed or living room. Furthermore, by supplying a cleaning solution containing a bactericidal component and an anti-inflammatory component, oral care such as periodontal grooves 15 and periodontal pockets 21 and interdental teeth 20, sterilization of periodontal bacteria, prevention of bacterial growth, and gingivitis It can greatly contribute to prevention and prevention of alveolar pyorrhea.

DESCRIPTION OF SYMBOLS 1 Oral care tool 2 Pump 3 Reservoir chamber 4 Water flow pipe 5 Tip entrance / exit part 6 Grip part 7 Injection 8 Compression part 9 Pressurization 10 Restoring force 11 Suction 12 Nozzle 13 Reservoir entry / exit part 14 Bottom supply / drain pipe 15 Periodic groove 16 Teeth 17 Gingiva 18 Hand 19 Lip 20 Interdental 21 Periodontal pocket 22 Discharge direction 23 Dripping prevention tool A Cross-section direction B Water level

Claims (7)

  In an oral care device with a manual compression pump structure that puts liquid in the oral cavity, a pump having a liquid storage chamber inside the pump and capable of manual compression, a water pipe communicating from the storage chamber, and a front-end inlet / outlet at the tip of the water pipe A simple oral care device characterized in that when the pump is compressed, the liquid stored in the storage chamber is put out from the front end entrance / exit part and applied to the oral cavity.   In an oral care device having a manual compression type pump structure for applying liquid to the oral cavity, a pump having a liquid storage chamber inside the pump and capable of manual compression and automatic restoration, a water conduit leading from the storage chamber, and a tip of the water conduit And the liquid stored in the storage chamber when the pump is compressed is taken out from the tip inlet / outlet part, and the discharged liquid is removed from the tip inlet / outlet part by the restoring force of the pump after the compression of the pump. A simple oral care device characterized in that the liquid is sucked into the oral care device and repeatedly sucked and jetted with the discharged liquid to apply the liquid into the oral cavity.   The oral care device according to any one of claims 1 and 2, wherein a nozzle having the tip entrance / exit part is bent.   The oral cavity cleaning device according to any one of claims 1 to 3, wherein the tip entrance / exit part is formed in an uneven shape.   The oral care device according to claim 1, wherein the pump is a bellows structure pump.   The oral care device according to any one of claims 1 to 5, wherein the liquid is a mouthwash.   The oral care device according to any one of claims 1 to 6, wherein a sagging prevention device is provided.

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