JPH11180857A - Gargling, production of water used for gargling and device therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for gargling, capable of gargling with non- smelling water without causing an uncomfortable touch and an anxious feeling by putting the gargling water in a throat. SOLUTION: This method for gargling comprises holding gargling water 1 containing a fine amount of ozone 2 in a mouth, washing the mouth and spewing the water. Therein, the used gargling water is prepared by blowing ozone 2 in the stored water 1 to dissolve the ozone in the water. Concretely, a device provided with a water tank 3 for storing water, a pouring mechanism 5 for pouring out the water stored in the water tank 3 by a prescribed operation, an ozone generator 6, and an ozone-blowing mechanism 7 for blowing the ozone 2 generated with the ozone generator 6 into the water 1 stored in the water tank 3 is preferably used.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gargle method for providing water containing ozone to gargle, and a gargle water producing method and apparatus used for the method.

[0002]

2. Description of the Related Art Conventionally, gargle is used with tap water as it is or with a little salt, or with a special gargle or gargle.

[0003] Water containing salt has a bactericidal action, and a special gargle and gargle have a bactericidal and deodorizing action.

[0004]

However, salted water has so-called saltiness, and it is uncomfortable for adults even if it enters the throat a little. Dedicated gargles and gargles include isodine and mondamine, but because they contain chemicals, they have a peculiar smell and are uncomfortable.

SUMMARY OF THE INVENTION An object of the present invention is to provide a method for producing gargling water and a method and apparatus for producing gargling water used for the purpose of the method, wherein the odor of gargle water and the gargle water enter the throat.

[0006]

In order to achieve the above object, a gargle method of the present invention is provided for rinsing water containing fine air bubbles of ozone into a mouth. Is performed.

In such a configuration, a small amount of ozone is dissolved in water and / or gargling water containing fine bubbles of ozone is provided to gargle. Even a short time operation with a small amount of ozone that does not have odor or smell will remove bacteria in the mouth, deodorize and cleanse, show a sufficient gargle effect, and use gargle water because it has no odor and is not chemical. It is preferable because there is no discomfort and no discomfort or anxiety is caused even when entering the throat. In addition, ozone decomposes and returns to oxygen in a short time, particularly at high temperatures, and is harmless and safe for the human body.

The method of producing gargle water according to the present invention is characterized in that a small amount of gargle water is produced by blowing ozone into stored water and dissolved therein and / or having fine bubbles.

[0009] In such a configuration, ozone is blown into the stored water to obtain water containing ozone in an appropriate amount and state, and this water can be supplied to the gargle at any time.
Gargle without waiting time.

In this case, every time the ozone amount in the storage water becomes equal to or less than a predetermined value, ozone is blown to recover the ozone amount. When the ozone amount in the storage water is once suitable for gargle, no more ozone is blown. The ozone in the stored water is decomposed over time and returns to oxygen, and the amount of ozone becomes less than the specified value, while gargle, so that the ozone is excessive and does not become unpleasant or harmful. However, it is possible to prevent a situation that is ineffective.

A gargle water generating apparatus according to the present invention includes a water storage section for storing water, a discharge section for discharging the water stored in the water storage section to the outside by a predetermined operation, an ozone generator, and an ozone generator. And an ozone blowing mechanism for blowing ozone generated in the water storage section into the water storage section.

In such a configuration, while the water is stored in the water storage section, ozone is generated by the ozone generator, and the generated ozone is blown into the water by the ozone blowing mechanism to dissolve the water, thereby automatically gargle the water. It can be used as it is, and can be used by appropriately receiving it in a pouring container by a predetermined operation of the pouring section.

In this case, there are provided a sensor for detecting the amount of ozone in the stored water, and control means for operating the ozone generator and the blowing mechanism to recover the amount of ozone when the detected ozone amount is equal to or less than a predetermined value. In this case, the control means drives and stops the ozone generator and the blowing mechanism in accordance with the ozone amount of the gargle in the stored water detected by the sensor. It can always be maintained in a range and avoid being unpleasant, harmful or ineffective when used.

[0014] Further, if the sensor is provided with a sensor for detecting the water storage amount and a water supply means for replenishing the water storage section with water when the detected water storage amount is equal to or less than a predetermined value, the water storage amount detected by the sensor is detected. The water supply means replenishes water to the water storage section and stops it, so that a predetermined amount of gargle water to be stored in the water storage section can always be secured, and a predetermined amount of gargle water can be used at any time. Can be.

The apparatus for producing gargle water according to the present invention further comprises an ozone inlet for an external gargle water container, an ozone generator, and an ozone outlet for blowing ozone generated by the ozone generator from the outlet. And a mechanism.

In such a configuration, the ozone generated by the ozone generator is blown out from the ozone blowing port directed to the outside by the blowing mechanism, so that the blowing port is inserted into the water contained in the gargle water container. By approaching, the blown-out ozone is blown into the water and dissolved therein, so that the ozone-containing gargle water can be generated and used as it is.

In this case, if the ozone generator and the ozone blowing mechanism are driven and stopped by a manual switch, the ozone can be blown out and used as desired by the user, so that it is convenient to use.

Further, the ozone generator and the ozone blowing mechanism are driven by a hand-operated switch and provided with control means for stopping the drive when a predetermined time has elapsed from the start of the drive. When a predetermined amount of water is put in the tank and it is used, by setting the time according to the amount of water used, the drive is started by human operation and the ozone amount is used each time. It is possible to produce water that is short or too long.

Further, the gargle water generator in each of the above cases is
Although it can be used as a hand-held device, if the device has a stationary portion for stationary the device,
It can be gargled by keeping it in place at a predetermined location and receiving gargle water from them as necessary, or by blowing ozone into the contained water.

In this case, if the stationary portion has a container placing portion for placing a gargle container, the placing portion is made to correspond to the gargle water pouring position or the ozone outlet, so that the gargle can be placed at the same position. The position is a guide and it is easy to place the gargle water container according to the gargle water discharge position and the ozone outlet.
Since the position can be easily stabilized, the problem that the gargle water container is unstable or misaligned is eliminated.

Further objects and features of the present invention will become apparent from the following detailed description and drawings, and the above and other features may be employed individually or in various combinations as necessary. Therefore, each operation and effect can be exhibited.

[0022]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Some embodiments of the present invention will be described below in detail with reference to the accompanying drawings together with the embodiments.

(Embodiment 1) This embodiment 1 is shown in FIG.
With reference to the above, a small amount of ozone 2 is dissolved, and / or water having fine bubbles of ozone 2 is rinsed into the mouth and discharged to gargle. In this way, if the mouth 1 is rinsed with gargle water containing an appropriate amount of ozone 2 in the water 1, even if the water has no harm or smell, for example, a very small ozone content of about 1 ppm, the bacteria can be removed from the mouth in a short time. And deodorant,
Cleansing is performed, and it shows a sufficient gargle effect, and since water 1 has no odor and is not chemical, there is no discomfort in use,
It is suitable because it does not cause discomfort or anxiety even when entering the throat. In addition, the ozone 2 is decomposed into oxygen in a short time, particularly at a high temperature, and returns to oxygen, so that it is harmless and safe for the human body.

The production of gargle water containing ozone 2 is as follows:
As shown in FIG. 1, it is preferable that ozone 2 is blown into the water stored in the water storage unit 3 to dissolve the water, or mixed as fine bubbles to be used for use. Since the gargle water 1 can be supplied to the gargle at any time, gargle can be performed without waiting time.

Further, every time the ozone amount in the storage water 1 becomes equal to or less than a predetermined value, the ozone 2 is blown in to recover the ozone amount. While not blowing, the ozone 2 in the storage water 1 is decomposed over time to return to oxygen and the amount of ozone becomes equal to or less than a predetermined value, while making it available for use at any time with a trace amount of ozone containing no unpleasant or harmful,
A situation in which gargling has no effect can be prevented.

In the first embodiment, in particular, a stationary gargle water generator as shown in FIGS. 1 and 2 is used to generate the gargle water. To explain this, there is provided an apparatus main body 4 having a water storage section 3 in a part thereof, and a pouring section 5 for discharging the water 1 of the water storage section 3 to the outside of the apparatus main body 4 by a predetermined operation as appropriate. Generator 6 and this ozone generator 6
And an ozone blowing mechanism 7 for blowing the ozone 2 generated in the water into the water storage 1 of the water storage unit 3. Ozone generator 6
Any type may be used. However, if ozone is generated by discharging or irradiating light into the air, it is easy and convenient to use. In this case, the ozone blowing mechanism 7 is also used as shown in FIG. A simple device having only a pump 7a and an air passage 7b for blowing air containing ozone into the water storage 1 after sending outside air to the generator 6 and subjecting it to generation of ozone 2 is sufficient.

In such an apparatus, the ozone generator 6 generates ozone 2 while the water 1 is stored in the water storage section 3, and the generated ozone 2 is stored in the water storage 1 by an ozone blowing mechanism 7 as shown in the figure. To be dissolved, and / or mixed with fine bubbles to automatically generate gargle water, which can be used as it is,
It can be used by a predetermined operation of the pouring section 5 and appropriately receiving it in a pouring container. In the spout section 5 of the second embodiment, a cock 3c in the middle of a spout 3b extending from the bottom of the water storage tank 3a of the water storage section 3 is manually operated to allow the spout to flow naturally. However, it is not limited to this. What is necessary is just to pressurize with a manual pump or an electric pump, or to discharge | pour out through a predetermined | prescribed channel | path by the function of a pump.

In the first embodiment, the ozone sensor 13 for detecting the amount of ozone in the water storage 1 and the ozone generator 6 and the blowing mechanism 7 are operated when the detected ozone amount is equal to or less than a predetermined value. A control means 12 as shown in FIG. 3 for recovering the amount is provided, and the control means 1 is controlled according to the ozone amount of the gargle in the stored water detected by the ozone sensor 13.
Since the ozone generator 6 drives and stops the ozone generator 6 and the blowing mechanism 7, the amount of ozone in the gargle water in the water storage 1 can always be maintained within a predetermined range, and it is unpleasant or harmful when used. Or ineffectiveness can be avoided. The control means 12 preferably uses a microcomputer, but is not limited to this. The ozone sensor 13 can detect the amount of ozone based on the pH and conductivity of the water 1.

A water sensor 11 for detecting a water storage amount;
There is also provided a water supply means 14 for supplying water to the water storage section 3 when the detected water storage amount is equal to or less than a predetermined value. In accordance with the amount of water stored by the water sensor 11, the water supply means 14
Since the water is replenished and stopped, a predetermined amount of the gargle water 1 stored in the water storage unit 3 can always be secured, and a predetermined amount of gargle water can be used at any time.
In the first embodiment, when the water supply pump 14a is driven, the water supply means 14 is connected to the water supply pipe 14b connected to the water storage tank 3a.
The water is supplied into the water storage tank 3a through the water tank.
However, the present invention is not limited to this, and the water supply pipe 14b may be connected to a water pipe and opened and closed by a solenoid valve. The water sensor 11 can detect the amount of water based on conduction or non-conduction through the water 1 at each level or a change in the capacitance of the water 1.

Such a gargle water generating apparatus can be used as a hand-held apparatus. In the first embodiment, the apparatus main body 4 has a stationary section 4a for fixing the apparatus, and The gargling water can be gargled by always holding the gargling water at a predetermined place in a place where the irrigation is performed, such as a table or a sink, and receiving the gargling water from the stationary device main body 4 into the gargling water container 21 such as a cup as needed. In addition, in the first embodiment, the container placing part 22 for placing the gargle water container 21 on the stationary part 4a is provided. For this reason, as shown in FIG. 1, by associating the container mounting portion 22 with a pouring position from the gargle water outlet 3 b or the like, a guide recess provided in the container mounting portion 22 and the like can be used as a guide. It is easy to place the gargle water container 21 in accordance with the gargle water discharge position, and it is easy to stabilize the position.
The problem of unstable or misaligned 1 is eliminated.

After the power switch 30 is closed, the control means 12 shown in FIG. 3 closes the ozone switch 31 to close the ozone generation switch 32 and the pump switch 33, thereby turning on the ozone generator. 6 and the pump 7a are driven, and ozone 2 is blown into the water storage 1 for a predetermined time set by an internal timer. The set time of this timer is changed according to the detection amount of the water storage 1 so that the ozone amount of gargle water can be set at a constant rate. To indicate this operation state, the power lamp 34 corresponding to the power switch 30 and the ozone lamp 3 corresponding to the ozone switch 31
5 are provided.

FIG. 4 is a flowchart showing one embodiment of a specific operation sequence of the main control of the control means 12. To explain this, the power lamp is turned on when the power is turned on by closing the power switch. Then
When the ozone switch is closed, the ozone lamp is turned on, the pump switch and the ozone generation switch are closed in conjunction with each other, and the ozone generator and the ozone blowing mechanism operate to blow ozone into the water storage 1. Start. If the detected value of the ozone sensor does not reach the predetermined value P1 for blowing, after performing water supply and non-water supply processing according to the detected value of the water sensor, it is checked whether the detected value of the ozone sensor is the predetermined value ozone lower limit P2. If it is, the ozone lamp is turned off. If not, the ozone lamp is turned on to display that the stored water 1 can be used as effective gargle and can be used. It repeats until it reaches the blowing predetermined value P1. Therefore, P1> P2. Prescribed value P1
Is reached, the predetermined amount of ozone has been blown into the storage water 1 and, after that, it is in a state where it can be used as an effective gargle for a predetermined time, and the pump switch and the ozone generation switch are opened to perform the ozone blowing operation. To end. Next, after the water supply process based on the detection of the water sensor is performed, the detection value of the ozone sensor again becomes the ozone lower limit predetermined value P
If it is less than 2, the ozone lamp is turned off, the process returns to the routine of closing the pump switch and the ozone generation switch, and the ozone is re-injected. Value P
The process returns to the determination process of whether or not the number is 1, and the above control is repeated.

FIG. 5 is a flowchart showing another embodiment of the operation sequence. More specifically, when the power switch is closed, the power lamp is turned on and waits. Next, when the ozone switch is closed, the ozone lamp is turned on to indicate that the ozone blowing operation is started, the internal timer t1 is started, the pump switch and the ozone generation switch are closed, and the ozone blowing is started. . Here, until the timer t1 expires,
The ozone blowing operation is continued while performing the water supply process by the detection of the water sensor. When the timer t1 expires, it is assumed that a predetermined amount of ozone has been blown, and after resetting it, the ozone lamp is turned off, another internal timer t2 is started, the pump switch and the ozone generation switch are closed, and the ozone blowing operation is performed. Stop. Then
Until the timer t2 expires, the water supply process based on the detection of the water sensor is repeated. When the timer t2 expires, it is considered that the injected ozone diverges from the water storage 1 and is no longer effective, so the timer t2 is reset and the process returns to the start process of the timer t1, so that the ozone is blown again.

(Embodiment 2) In Embodiment 2, as shown in FIG. 6, an ozone blowing port 41 into an gargle water container 21 directed to the outside, an ozone generator 42, and an ozone generator 42, An ozone blowing mechanism 43 for blowing out the generated ozone 2 from the blowing port 41 and an apparatus main body 44
In preparation. As a result, the pump 43a constituting the blowing mechanism 43 for discharging the ozone 2 generated by the ozone generator 42
And the air passage 43b is blown out from the ozone blowing port 41 directed to the outside, so that the blowing port 41 is inserted into the water 1 placed in the gargle water container 21 as shown in FIG. The blown-out ozone 2 is blown into the water 1 and dissolved therein, so that it is formed into gargle water containing ozone 2 and used as it is.

In the case of the second embodiment, in particular, the ozone generator 42 and the ozone blowing mechanism 43 are preferably driven and stopped by the ozone switch 31 which is a manually operated switch. It is easy to use because it can be used by blowing out ozone as it is. Further, the ozone generator 42 and the ozone blowing mechanism 43 are driven by a hand-operated switch, and are provided with control means as in the case of Embodiment 1 which stops driving when a predetermined time has elapsed from the start of this driving. , Gargle water container 21
Is of a predetermined size, and a predetermined amount of water 1 is put into the container for use. When the time is set in accordance with the amount of water used, driving is started by a human operation and the user can use the vehicle without permission. However, it is possible to generate irrigation water with an excess or deficiency of the ozone amount each time.

The gargle water generator of the second embodiment can also be used as a hand-held device, but the second embodiment is similar to the first embodiment because it is fixed to the main body 44 of the device. Of the gargle, such as a basin or a basin. Can gargle. In addition, a container placement part 45 for placing the gargle water container 21 on the stationary part 44a is provided. Therefore, FIG.
As shown in (2), the container mounting part 45 is made to correspond to the position of the ozone blowing port 41 or the like, so that the position of the container mounting part 45 and the guide concave portion provided in the container mounting part 45 are used as a guide. Since it is easy to place and stabilize the position corresponding to the blowing position, the problem that the gargle water container 21 is unstable or displaced is eliminated. The ozone blowing port 41 is connected to the container mounting portion 45.
In order to make it easier to put in the water 1 of the gargle water container 21, it is preferable to use a material that expands and contracts like a bellows or a multiple tube, or a material that is flexible like a resin hose. In addition, even if these characteristics are not provided, the apparatus
4 may be stored or retracted. Also, the shorter the distance from the ozone generator to the water 1, the more efficiently the ozone can be blown without observing the disappearance of the generated ozone.

An operation sequence example of the second embodiment shown in FIG. 7 will be described. When the power lamp is lit by closing the power switch and the ozone switch is closed,
When the internal timer starts, the ozone lamp is turned on, the ozone generation switch and the pump switch are closed, and the ozone is blown out.
For example, the operation of turning on the ozone lamp and blowing ozone is repeated until 30 seconds elapse. When the timer expires, it is assumed that a predetermined amount of ozone 2 has been blown into the predetermined amount of water 1 in the gargle water container 21. The timer is reset to return to the power lamp lighting operation time.

[0038]

According to the gargle method of the present invention, since a small amount of ozone is contained in water, gargling water is supplied to gargle. Even in the state, sterilization and deodorization in the mouth can be performed by a short operation,
Cleansing is performed, and it shows a sufficient gargle effect, and since gargle water does not smell and is not a chemical, it does not cause discomfort in use and does not cause discomfort or anxiety even if it enters the throat. It is suitable. In addition, ozone decomposes and returns to oxygen in a short time, particularly at high temperatures, and is harmless and safe for the human body.

According to the method of producing gargle water of the present invention, the stored water is gargled by blowing ozone into the gargle, so that the gargle can be used for gargle at any time, and gargle can be performed without waiting time.

In this case, the ozone amount of the stored water is once set to a state suitable for gargle, and ozone is not blown any more.
The ozone in the stored water is decomposed over time and returns to oxygen, and the amount of ozone becomes less than the specified value. Can be prevented.

According to the gargle water generator of the present invention, while storing water in the water storage section, ozone is generated by the ozone generator, and the generated ozone is blown into the water by the ozone blowing mechanism to dissolve or / or dissolve the water. The gargle is mixed with air bubbles to automatically generate gargle water, which can be used as it is, and can be used by a predetermined operation of the pouring section and appropriately received in a pouring container.

In this case, the control means drives and stops the ozone generator and the blowing mechanism in accordance with the ozone amount of the gargle in the stored water detected by the sensor. , And can be avoided from being uncomfortable, harmful or ineffective at any time.

Further, the water supply means replenishes water to the water storage section and stops the water supply in accordance with the water storage amount detected by the sensor. Therefore, it is always possible to secure a predetermined amount of gargle water to be stored in the water storage section. Yes, at any time, a predetermined amount of gargle water can be made available for use.

According to another feature of the gargle water generator of the present invention, the ozone generated by the ozone generator is blown out from the ozone blowout port directed to the outside by the blowout mechanism. By inserting or approaching the water into the water, the blown ozone is blown into the water and dissolved, so that the ozone-containing gargle water is generated and used as it is. it can.

In this case, by manual driving and stopping,
Ozone can be blown out and used as desired by the user, so it is convenient to use.

Further, by performing control for stopping the drive when a predetermined time has elapsed from the start of the drive, the gargle water container is made to have a predetermined size so that a predetermined amount of water is put into the container and used. Then, by setting the time that matches the amount of water used, it is possible to generate irrigation water with an excess or deficiency in the amount of ozone each time, while starting the driving by a human operation and using the device without permission.

Further, the gargle water generator in each of the above cases is
Although it can be used as a hand-held device, if the device has a stationary portion for stationary the device,
It can be gargled by keeping it in place at a predetermined location and receiving gargle water from them as necessary, or by blowing ozone into the contained water.

In this case, a gargle water container is provided as a guide by providing a container mounting portion for mounting a gargle container on the stationary portion to correspond to a gargle water discharge position or an ozone outlet. It is easy to place the gargle according to the pouring position of the gargle and the ozone outlet, and it is also easy to stabilize the position, so that the problem of the gargle water container being unstable or displaced is solved.

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram showing a method and an apparatus for producing gargle water as Embodiment 1 of the present invention.

FIG. 2 is a perspective view of the apparatus of FIG.

FIG. 3 is a control circuit diagram of the device of FIG. 1;

FIG. 4 is a flowchart of one embodiment showing a main operation control sequence of the control circuit of FIG. 3;

FIG. 5 is a flowchart of another embodiment showing a main operation control sequence of the control circuit of FIG. 3;

FIG. 6 is a schematic configuration diagram illustrating a gargle water generation device according to a second embodiment of the present invention.

FIG. 7 is a perspective view of the apparatus of FIG. 6;

FIG. 8 is a flowchart of one embodiment showing a main operation control sequence of a control circuit of the apparatus of FIG. 6;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Water 2 Ozone 3 Reservoir part 4 Main body 4a Stationary part 5 Outlet part 6 Ozone generator 7 Ozone blowing mechanism 11 Water sensor 12 Control means 13 Ozone sensor 14 Water supply means 21 Gargle water container 22 Container mounting part 30 Power switch 31 Ozone switch 32 Ozone generation switch 33 Pump switch 41 Ozone blowing port 42 Ozone generator 43 Ozone blowing mechanism 44 Main body 44a Stationary section 45 Container mounting section

Claims (11)

[Claims] 1. A method of gargle, wherein a small amount of ozone is dissolved and / or water containing fine bubbles of ozone is rinsed into the mouth and discharged to gargle. 2. A method for producing gargle water, wherein a very small amount of ozone is blown into the stored water to produce gargle water having a very small amount of dissolved water and / or fine bubbles, and the resulting gargle water is used. 3. The method of producing gargle water according to claim 2, wherein the ozone is blown every time the amount of ozone in the stored water becomes equal to or less than a predetermined value to recover the amount of ozone. 4. A water reservoir for storing water, a pouring mechanism for pouring water stored in the water reservoir to the outside by a predetermined operation, an ozone generator, and an ozone generator for storing ozone generated by the ozone generator. A gargle water generator, comprising: an ozone blowing mechanism for blowing into the water storage of the section. 5. A sensor for detecting an amount of ozone in stored water,
5. The gargle water generator according to claim 4, further comprising control means for operating the ozone generator and the blowing mechanism to recover the ozone amount when the detected ozone amount is equal to or less than a predetermined value. 6. The water supply device according to claim 4, further comprising a sensor for detecting a water storage amount, and a water supply means for supplying water to the water storage portion when the detected water storage amount is equal to or less than a predetermined value. Gargle water generator. 7. An ozone blow-in port for an external gargle water container, an ozone generator, and an ozone blow-out mechanism for blowing out ozone generated by the ozone generator from the blow-out port. Gargle water generator. 8. The gargle water generator according to claim 7, wherein the ozone generator and the ozone blowing mechanism are driven and stopped by a manual operation switch. 9. The ozone generator and the ozone blowing mechanism are driven by a hand-operated switch, and provided with control means for stopping the drive when a predetermined time has elapsed from the start of the drive. A gargle water generator as described. 10. The gargle water generator according to claim 5, wherein the main body of the apparatus has a stationary part for fixing the apparatus. 11. The gargle water generating apparatus according to claim 10, further comprising a container mounting portion for mounting the gargle container on the stationary portion.