KR20180035655A - Medical device for cleaning bvagina by using laser and sterilized water generated by plasma - Google Patents

Abstract

The present invention relates to a medical device for cleaning vagina, which comprises: a cleaning liquid container in which a cleaning liquid is received and kept warm; a plasma generating module provided at a lower portion of the cleaning liquid container so as to be immersed in the cleaning liquid and generating an underwater plasma discharge for primary sterilization to convert the cleaning liquid into harmless sterilizing water for the human body; a light generating module for generating laser light for secondary sterilization; and a nozzle part connected to the cleaning liquid container and the light generating module, respectively, injecting the sterilized water by being inserted into the vagina and discharging the laser beam, wherein the secondary sterilization using the sterilized water using the plasma discharge and the ultraviolet ray light is possible.

Description

TECHNICAL FIELD [0001] The present invention relates to a germicidal treatment device capable of sterilizing secondary sterilization by sterilization water generated by a plasma discharge and laser light,

The present invention relates to a vaginal cleaning treatment device, and more particularly, to a vaginal cleaning treatment device capable of sterilizing water suitable for germicidal bacteria in vagina and sterilizing secondary water according to laser light after sterilizing washing water.

In general, the vagina of a female body is susceptible to bacterial infections and should be kept clean at all times. Women's vagina usually maintains a mild acid state, but during the menstrual period, caution should be exercised for the cleanliness of the vaginal mucosa as the alkalinity becomes higher and the bacterial infection becomes higher. Regardless of your own cleanliness, if many sex partners are not clean enough, you can cause bacterial vaginosis in women.

Women's vaginitis includes not only infectious vaginitis but also atrophic vaginitis caused by thinning of the vaginal mucosa after menopause. Infected vaginitis is divided into Candida vaginitis, bacterial vaginitis, and trichomoniasis vaginitis depending on the cause. The most common of these is candida vaginitis, in which 75% of women experience at least one lifetime and about 5 to 10% are repeatedly infected. Bacterial vaginosis occurs when lactic acid bacteria, called lactobacilli, which normally live in the vagina and keep the vagina acidic, disappear and anaerobic bacteria multiply. Lactobacillus lactic acid bacteria normally present in vagina are difficult to re-live once they are gone, and bacterial vaginitis is likely to recur.

In addition, Trichomonias vaginitis is a vaginitis that is infected by a circle called Trichomonas. Unlike Candida vaginitis, Trichomonas vaginitis belongs to the category of sexually transmitted diseases that are transmitted to the sex. Trichomonas vaginitis is highly prevalent, with 70% of men getting infected when they come in contact with a woman with the disease.

Women infected with vaginosis produce grayish white vaginal discharge with a strong odor and should find a hospital and treat them appropriately. As such, women's vaginitis can be easily infected by ordinary women, and can spread to other people and also high infections, it is important for women to manage themselves periodically and cleanly.

Conventionally, water has been used as a warm water or a prescribed medicinal product. However, since such a backing method requires all the operations to be performed by hand, it is often infected with bacteria during backing. Therefore, a vaginal cleaning treatment device has been developed and the vaginal cleaning treatment device is provided to be used after the user injects it into a cleaning treatment device to be diluted with tap water and the like, but in order to be reused after use, There was an inconvenience to disinfect the device.

Also, Korean Patent Laid-Open Publication No. 2002-0077858 discloses a vaginal cleaning treatment apparatus which comprises tap water property converting means for converting alkaline tap water into neutral wash water, filtration means for filtering impurities contained in the tap water, And a washing water discharging means for discharging the neutral washing water maintained at the optimum temperature to the vagina of women to thereby wash the vagina, A cleaning treatment device is disclosed. However, in the above-mentioned quality cleaning treatment apparatus, multiple filtration means are required for forming the washing water, which complicates the structure, is bulky, and is difficult to manufacture and install. Therefore, in recent years, a large number of patent documents have been filed for minimizing the volume of the vaginal cleansing apparatus and providing them in a compact and popular manner.

However, recently, the toxicity of the humidifier of Oxy-si has become more strict, and it is not allowed to add other medicines to the washing water used for the vaginal cleaning treatment device. It is changing.

In the conventional vaginal cleaning treatment apparatus, the apparatus was formed so that the washing water can be simply sprayed. Because of the nature of the vaginal cleansing device, a part of the device must be inserted into the human body, so if the cleaning liquid is included, the medical device class may be classified up to grade 4, and a class 2 medical device . ≪ / RTI > For this reason, there is no improvement in how to treat the cleaning liquid sprayed directly into the human body on the apparatus, and it is presently only to add general filtration function or spray function only on the apparatus.

On the other hand, it is known that plasma, which is evaluated as a future light, is absorbed into the dermis and sterilizes cells or regenerates skin tissue. Plasma refers to a group of ionized gases that are said to be in a state of a fourth material other than solid, liquid, or gaseous. At the stage of the study, it is known that plasma can sterilize parasitic bacteria in a short time, with little injury to the living tissue. However, there are few cases where plasma sterilization technology is directly linked to medical devices. At present, there is a case that a plasma is fused to a tooth whitening machine and implemented as a product, but there is no application to a vaginal cleaning treatment device.

Thus, the present applicant has found that in a vaginal cleaning treatment device which is inserted into a body of a woman to perform cleaning, a separate filtration device is not used so as not to increase the volume, and a sterilizing water which is particularly suitable for sterilization, Technology to maximize the performance of vaginal cleaning treatment devices. In this process, it is difficult for the vaginal cleaning treatment apparatus to dilute a separate additive to the cleaning liquid according to the food preparation policy, and it is difficult to use the raw water (artificial water) which has not been subjected to the artificial treatment as a cleaning liquid or use hypochlorous acid water It is designed to effectively sterilize Escherichia coli, bacteria, Candida, Staphylococcus, Trichomonas and gonorrhoeae in vagina with a small plasma module.

In summary, in the vaginal cleaning treatment apparatus, in which sterilization is the most important function, since the conventional vaginal cleaning apparatus is difficult to sterilize or sterilize and merely has the function of washing, the present applicant is particularly suitable for sterilization and sterilization, And then dried by light and air blowing, thereby devising a vaginal cleaning treatment device which can be used for cleaning and treating the vagina.

Korean Unexamined Patent Publication No. 2002-0077858

It is an object of the present invention to provide a method and apparatus for sterilizing water by converting raw water or hypochlorous acid water that has not been subjected to artificially chemical treatment into sterile water harmless to the human body by using plasma, And to provide a vaginal cleaning treatment device capable of being sterilized.

In order to accomplish the above object, the present invention provides a cleaning liquid container, comprising: a cleaning liquid container in which a cleaning liquid is received and kept warm in a vaginal cleaning treatment device; A plasma generation module provided at a lower portion of the cleaning liquid container to be immersed in the cleaning liquid and generating a plasma discharge underwater for primary sterilization to convert the cleaning liquid into harmless sterilizing water for the human body; A light generating module for generating laser light for secondary sterilization; And a nozzle unit connected to the cleaning liquid container and the light generating module, the nozzle unit being inserted into the vagina to spray the sterilizing water and to emit the laser beam, wherein the sterilizing water using the plasma discharge and the secondary sterilization .

Preferably, the cleaning liquid is slightly acidic with hypochlorous acid water.

Preferably, the cleaning liquid container has a through-hole formed in a lower surface thereof, the plasma electrode of the plasma generating module is exposed to the through-hole to generate the sterilizing water by underwater plasma discharge, and a hot- Can be heated and kept warm.

Preferably, the plasma generating module includes a pair of plasma electrodes, an insulating frame disposed between the pair of plasma electrodes, and a conductive screw for applying a different polarity power to the pair of plasma electrodes, The conductive screw may expose the terminal to a lower portion of the frame of the electrode module.

Preferably, the pair of plasma electrodes are formed in a plate shape having a slit formed in a lower portion of the cleaning liquid container so that the cleaning liquid can pass through the pair of plasma electrodes. The pair of plasma electrodes may be disposed on the electrode module such that the slits cross each other.

Preferably, the light generating module may include an ultraviolet light emitting diode (UV LED) emitting laser light having a wavelength of 250 nm to 290 nm.

Preferably, the nozzle unit includes: a first nozzle connected to an inlet of the cleaning liquid container to spray the sterilizing water; And a second nozzle connected to an air pump provided in the main body of the vaginal cleansing treatment device, wherein the light generating module is embedded on the handpiece and the laser beam for secondary sterilization and the air for drying are emitted .

Preferably, the first nozzle includes a spray nozzle connected to an inlet of the washing liquid container to spray the sterilizing water; And a suction port which is sprayed from the spray port and collects the sterilized water that has been washed in the vagina.

Preferably, the first nozzle further includes a detachable bracket fixedly coupled to each of the nozzles to which the spray port and the suction port are coupled, and the spray port and the suction port are fitted on the detachable bracket so as to be replaceable Can be attached to the nozzle.

According to the present invention, it is possible to convert common raw water or hypochlorous acid water into sterilizing water harmless to the human body without adding chemicals or medicines due to the plasma generating module combined with the washing liquid container. The hypochlorous acid water can be produced by adding sodium chloride to the raw water, and if the plasma discharge is caused to the hypochlorous acid water, sterilization water having excellent sterilizing power can be produced even if the water capacity is large.

The vaginal cleaning treatment apparatus according to the present invention can remove sterilized water suitable for vaginal cleaning by removing germs and residual impurities present in general water without a separate filtration filter or additives.

At this time, the sterilizing water generated by the underwater plasma discharge can be sterilized more than 90% of Escherichia coli, Bacteria, Candida, Staphylococcus, Trichomonas and gonorrhoeae, and thus is particularly suitable as a cleansing water for vaginal cleaning.

In addition, sterilizing water converted by the plasma generating module according to the present invention has a size of about 5.58 nanometers in size of water particles. Accordingly, when the vaginal washing is performed, the adsorbing force with foreign matter including the strain is excellent, and the washing power can be greatly improved.

In addition, the present invention is characterized in that the first nozzle is composed of a nozzle to which a nozzle is connected and a nozzle to which a suction port is connected, and the wastewater which has been sucked and washed simultaneously with the spraying of the sterilizing water can be quickly removed from the body.

In addition, since the spraying port and suction port of the first nozzle can be easily replaced through the attaching / detaching bracket, cleaning and maintenance of the nozzle are easy after using the vaginal cleaning treatment device.

In addition, the present invention is also applicable to a method of cleaning a wastewater, such as a wastewater or a wastewater, by irradiating UV laser light that is inserted into the vagina after secondary cleaning using the first nozzle to assist in secondary sterilization and cell regeneration, And the sterilizing power can be improved.

1 is a perspective view of a vaginal cleaning apparatus according to an embodiment of the present invention.
2 shows a first nozzle and a second nozzle according to an embodiment of the present invention.
FIG. 3 is a rear view of a vaginal cleaning treatment device according to an embodiment of the present invention, and is a schematic cross-sectional view illustrating the arrangement of the vaginal cleaning treatment device.
4 shows a cleaning liquid container and a plasma generating module according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to or limited by the exemplary embodiments. Like reference numerals in the drawings denote members performing substantially the same function.

The objects and effects of the present invention can be understood or clarified naturally by the following description, and the purpose and effect of the present invention are not limited by the following description. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail.

1 shows a perspective view of a vaginal cleaning treatment device 1 according to an embodiment of the present invention. 2 shows a first nozzle 501 and a second nozzle 503 according to an embodiment of the present invention. FIG. 3 is a rear view of the vaginal cleaning treatment device 1 according to the embodiment of the present invention, and is a sectional view schematically showing the arrangement of the vaginal cleaning treatment device. 4 shows a cleaning liquid container 10 and a plasma generating module 30 according to an embodiment of the present invention.

1 to 4, the vaginal cleaning treatment apparatus 1 includes a cleaning liquid container 10, a plasma generating module 30, a plasma power module 40, a nozzle unit 50, an air pump 60, a valve 71, a feed pump 73, and a collection tube 70. [

The main body frame is provided with an instrument panel (3) indicating the spraying time or the like and an operation switch, and a collection box (70) for collecting sterilized water sucked as waste water at the bottom of the body. The user can control the plasma generation module 30 and the light generation module 5033 via the instrument panel 3 or the first nozzle 501 and the second nozzle 503 Can be controlled.

The cleaning liquid container 10 means a space in which raw water is received and kept warm. The vaginal cleaning treatment device 1 according to the present embodiment can use raw water not containing a chemical additive as a cleaning liquid. The raw water can be converted into sterilized water by the plasma generating module 30 to be described later. Here, the sterilizing water conversion efficiency of the cleaning liquid may vary depending on the capacity of the raw water contained in the cleaning liquid container 10. That is, as the amount of raw water increases, the efficiency of the sterilizing water converted into plasma can be reduced. Accordingly, the raw water used as the cleaning liquid is preferably a hypochlorous acid water produced by adding sodium chloride. The cleaning liquid can be slightly acidic with hypochlorous acid water, and when the plasma discharge is performed on the hypochlorous acid water, it is possible to convert the sterilizing water into a sterilizing water having excellent sterilizing power even when the volume of the washing liquid is large.

The cleaning liquid container 10 has a through hole 101 formed in the lower surface thereof and the plasma electrode 301 of the plasma generating module 30 is exposed through the through hole 101 so that the cleaning liquid is converted into sterilized water do.

In this embodiment, a heat ray heater is provided on the lower surface of the cleaning liquid container 10 to heat and maintain sterilized water. The sterilization power generated by the plasma discharge should be maintained at an appropriate temperature to optimize the sterilizing power. Keep the sterilized water at 25 ℃ ~ 30 ℃ (please set the temperature range). The sterilized water has excellent sterilizing power in the state of low temperature as described above, and does not stimulate the inside of the vagina of women. The vaginal cleaning treatment device 1 according to the present embodiment has the effect of forming sterilized water by underwater plasma discharge so that the cleaning liquid is heated and kept warm without providing a separate heater. However, considering the use time, It is more preferable that a hot-wire heater is provided.

The plasma generation module 30 is provided in the lower portion of the cleaning liquid container 10 so as to be immersed in the cleaning liquid, and can generate a plasma discharge underwater for primary sterilization, thereby converting the cleaning liquid into a harmless sterilizing water to the human body.

The vaginal cleaning treatment apparatus 1 according to the present embodiment generates a plasma discharge in water using an underwater discharge which makes water into an underwater plasma ion state, and generates an anion (O ^- , O ₃ ^- , OH ^- HOCI, H ₂ O ₂ ) to sterilize various bacteria, viruses, bacteria, etc. in water. It has been reported that sterilizing water containing anions such as hydroxyl groups can sterilize more than 90% of Escherichia coli, Bacteria, Candida, Staphylococcus, Trichomonas and Gonorrhea. The quality cleaner, which in the prior art was the main function of cleaning, had a complex filtration system for removing bacteria in the water to provide cleaner raw water. The vaginal cleaning treatment device 1 according to the present embodiment is capable of spraying sterilized water excellent in bacterial elimination in the vat in addition to removal of bacteria in raw water by plasma discharge.

The underwater plasma discharge generated by the plasma generating module 30 according to the present embodiment can generate a large amount of negative ions by inducing underwater discharge even when a low voltage is applied. In other words, water molecules are decomposed using the principle of underwater discharge to make them a mechanism to have sterilizing power. In this process, water molecules are decomposed into hydrogen ions (H ⁺ ) and oxygen ions (O ^- ), and oxygen ions, which are anions, form a hydroxyl group (OH ^- ) while continuing to react with other water molecules do. The hydroxyl group (OH ^- ) at this time has a strong sterilizing power and an oxidizing power, and it plays a role of removing bacteria and residual impurities present in water. In addition, HOCL, H ₂ O ₂ , and the like, together with the oxygen (O ^- , O ₃ ^- ) anion generated together, play the same role. In addition, since the anion generated at this time is reduced to water due to the reducing action, sterilization power having sterilizing power can be continuously generated without causing contamination such as other chemical additives.

In summary, sterilizing water containing anions such as hydroxyl groups produced in the raw water by the plasma discharge is excellent in the ability to remove the five typical microorganisms that live mainly in the vagina. As a result, an anion can be formed in the raw water without an additive for separate sterilization, thereby enabling sterilization as well as washing in the vagina. In addition, the sterilizing water formed by the plasma discharge is environmentally friendly without causing secondary pollution because it is reduced by itself over time, and is particularly suitable as a sterilizing water for cleaning which is harmless to the human body.

The plasma generating module 30 includes a pair of plasma electrodes 301a and 301b, an insulating frame 303 disposed between the pair of plasma electrodes 301a and 301b, a pair of plasma electrodes 301a and 301b, And conductive screws 305a and 305b for applying electric powers of different polarities to the electrodes 305a and 305b are provided inside the frame.

The pair of plasma electrodes 301a and 301b are made of titanium which is harmless to the human body and has excellent corrosion resistance, acid resistance, heat resistance and mechanical tensile strength, and is made of a platinum group metal such as platinum, iridium, palladium, For example, by coating or vapor deposition. In addition, the manufacturing cost can be reduced by coating or vapor depositing titanium on the general steel plate and then using the platinum group material described above. Conventional plasma electrodes are generally made of copper. In this embodiment, a pair of plasma electrodes (301a, 301b) may be coated with an oxidizing agent ferric (Fe ₂ O _3).

The conductive screws 305a and 305b may expose the terminals to the lower part of the frame of the plasma electrode module. Referring to FIG. 4, the conductive screws 305a and 305b are electrically connected to other electrodes through one of the pair of plasma electrodes 301a and 301b, and the terminals are connected to the lower portion of the cleaning liquid container 10 And is brought into contact with the terminals 405a and 405b located above the plasma power module.

The pair of plasma electrodes 301a and 301b are formed in a plate shape having slits formed therein so as to allow the raw water to pass therethrough by being exposed to the lower portion of the cleaning liquid container 10 and arranged such that the slits cross each other on the plasma electrode module 30 . The slits formed in the plasma electrode 301 may be of a crossed mesh type. Note that the mesh of the first plasma electrode 301a and the mesh of the second plasma electrode 301b are not arranged so that their lattice directions coincide with each other.

In one example, the first plasma electrode 301a may be formed with a slit in the x-axis direction. The slit is intended to allow the raw water to flow in and out of the plasma electrode module exposed to the cleaning liquid container 10. The shape of the slit is not limited to the elongated shape, and it may be formed into a lattice mesh shape. However, such a slit structure is arranged in either direction to be opposed to the second plasma electrode 301b to be described later. Here, the opposing arrangement is such that the mesh of the first plasma electrode 301a and the mesh of the second plasma electrode 301b are arranged so as to coincide with each other in the lattice direction. In this case, As shown in FIG.

In the present embodiment, when the slits of the pair of plasma electrodes 301a and 301b are disposed to be opposed to each other, the water particles can be decomposed to a smaller extent at the time of underwater plasma discharge. If the size of the water particles is small, it can be understood that the sterilized water injected into the vagina can more easily capture the bacteria, which improves the washing power.

The first plasma electrode 301a is formed with a screw groove through which the conductive screws 305a and 305b pass. At this time, two screw grooves are formed on both sides of the first plasma electrode 301a. It is further noted that the two screw grooves formed in the first plasma electrode 301a have different diameters of the grooves. One of the screw grooves is formed to have a diameter at which the conductive screw 305a can be screwed, and the other screw groove is formed at a large diameter at which the conductive screw 305a can pass without being contacted.

The conductive screws 305a and 305b are each supplied with power of different polarity to generate a plasma discharge. The conductive screws 305a and 305b are in contact with only one plasma electrode 301a and 301b, respectively, in order to connect the first plasma electrode 301a and the second plasma electrode 301b with electric power of different polarity.

The second plasma electrode 301b is disposed to face the first plasma electrode 301a and the insulation frame 303 is disposed between the first plasma electrode 301a and the second plasma electrode 301b.

The second plasma electrode 301b is formed with a slit to allow the raw water to flow in and out of the plasma electrode module due to the characteristics of the plasma electrode module exposed to the cleaning liquid container 10. At this time, the direction of the slit may be a y-axis direction orthogonal to the first plasma electrode 301a. When the first plasma electrode 301a and the second plasma electrode 301b to which different polarities are applied are different in the slit direction or in the direction of the mesh, the electrodes are alternately arranged. When the electrodes are alternately arranged, the electrolysis performance of water is greatly increased, water molecules can be decomposed into fine particles, and the efficiency and cleaning power of sterilized water can be increased.

Like the first plasma electrode 301a, the second plasma electrode 301b is formed with a screw groove through which the conductive screws 305a and 305b pass. The second plasma electrode 301b has two screw grooves formed on both sides thereof. The two screw grooves formed in the second plasma electrode 301b are formed to have different diameters of the grooves. One of the screw grooves is formed to have a diameter at which the conductive screw 305b can be screwed, and the other screw groove is formed at a large diameter at which the conductive screw 305b can pass without being contacted.

The insulating frame 303 may be provided in a hollow structure so as not to interfere with the flow of water passing through the electrodes, and electrically isolate the pair of plasma electrodes 301a and 301b.

The plasma power module 40 may apply power to the plasma generation module 30. [ The plasma power module 40 may include a power supply unit that generates power in a condition suitable for the sterilized water. In this embodiment, the plasma power module 40 may be provided with a specification of a rated voltage of AC 220V, a rated frequency of 55 to 65 Hz, and a power of 1.5 to 1.9 kVA, under conditions suitable for producing sterile water.

Although not shown in the drawing, a separate LED for visualizing the operating state of the plasma generating module 30 may be provided below the cleaning liquid container 10, and the plasma power module 40 may supply power to the LED, So that the underwater plasma discharge state can not be seen.

The air pump 60 is connected to the valve 71 or the supply pump 73 to inject air. The air pump 60 is connected to a second nozzle 503 to be described later.

The nozzle unit 50 includes a plurality of spray nozzles and may be connected to the cleaning liquid container 10 and the air pump 60, respectively. The nozzle of the nozzle unit 50 can be inserted into the vagina to spray the sterilizing water generated by the plasma discharge in the cleaning liquid container 10 and perform the laser light emission and drying function for the secondary sterilization.

The nozzle unit 50 may include a first nozzle 501 and a second nozzle 503.

The first nozzle 501 is connected to an inlet of the cleaning liquid container 10 to spray sterilizing water. The first nozzle 501 may include a spray nozzle 50133 and a suction nozzle 50131 and may include a detachable bracket 5015.

The valve 71 is connected to the first nozzle 50 and can control the degree of dissolution of sterilizing water sprayed from the first nozzle 50. The supply pump 73 is connected to the first nozzle 50 and can discharge the sterilizing water flowing from the cleaning liquid container 10 to the first nozzle 50.

A spray nozzle 5011 may be connected to the end of the spray nozzle 50133. A suction port 5013 can be connected to the end of the suction nozzle 50131. The infusion port 5011 is connected to an inlet of the cleaning liquid container 10 to spray the sterilizing water. The suction port 5013 can be sprayed from the spray port 5011 to recover the sterilized water that has been washed in the vagina. The suction port 5013 is formed longer than the spray port 5011 and bent at least once in the direction away from the spray port 5011 so that the suction of the waste water can be facilitated without interfering with the dissolution of the sterilized water .

The attachment and detachment bracket 5015 can be engaged with the suction port 5011 and the suction port 5013 so that the spray port 5011 and the suction port 5013 can be replaced on the first nozzle 501. The attachment / detachment bracket 5015 may have a shape in which slits capable of fitting the spray port 5011 and the suction hole 5013 are formed therein, and the rear side is opened. The detachable bracket 5015 includes a detachable bar 5017. The detachable bar 5017 is fitted to the rear of the opening of the detachable bracket 5015 so that the spray water 5011 inserted into the detachable bracket 5015, The sphere 5013 can be pressed and fixed.

The second nozzle 503 may include a detachable cap 5031 and a handpiece 5035 and a light generation module 5033 to be held by the user. The cap 5031 is formed so as to be hollow in the axial direction so that air can be emitted and light can be guided and emitted. The cap 5031 can be replaced after use as a consumable.

The second nozzle 503 incorporates the light generating module 5033 on the handpiece 5035 to emit laser light for secondary sterilization. Further, the second nozzle 503 can be connected to an air pump 60 to discharge air for drying in the vagina.

The light generating module 5033 may include an ultraviolet light emitting diode (UV LED) that emits laser light having a wavelength of 250 nm to 290 nm. More preferably, the ultraviolet light emitting diode can emit light with a wavelength of 275 nm. It is noted that the ultraviolet light emitting diode is a low output diode and the wavelength is controlled not to exceed 300 nm. The light generating module 30 generates ultraviolet light to be irradiated into the human body. If the wavelength exceeds 300 nm, ozone can be generated, and the fragile body cells can be destroyed.

 While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. will be. Therefore, the scope of the present invention should not be limited to the above-described embodiments, but should be determined by all changes or modifications derived from the scope of the appended claims and equivalents of the claims.

1: vaginal cleaning treatment device 3: instrument panel
10: Cleaning liquid container 101: Through hole
30: Plasma generating module 301: Plasma electrode
303: Insulation frame 305: Conductive screw
40: plasma power module 405: terminal
71: valve 60: air pump
73: Feed pump 50: Nozzle part
501: first nozzle 5011: spray nozzle
5013: Suction ball 50131: Spray nozzle
50133: Suction nozzle 5015: Mounting bracket
5017: detachable bar 503: second nozzle
5031: cap 5033: light generating module
5035: Handpiece 70:

Claims (9)

A cleaning liquid container in which the cleaning liquid is received and kept warm;
A plasma generation module provided at a lower portion of the cleaning liquid container to be immersed in the cleaning liquid and generating a plasma discharge underwater for primary sterilization to convert the cleaning liquid into harmless sterilizing water for the human body;
A light generating module for generating laser light for secondary sterilization; And
And a nozzle unit connected to the cleaning liquid container and the light generating module, respectively, for injecting the sterilizing water into the vagina and discharging the laser beam,
Characterized in that sterilization water using plasma discharge and secondary sterilization using ultraviolet light are possible.
The method according to claim 1,
The cleaning liquid,
Characterized in that it is slightly acidic with hypochlorous acid water.
The method according to claim 1,
The cleaning liquid container,
A through hole is formed in a lower surface of the through hole, and the plasma electrode of the plasma generating module is exposed to the through hole to generate the sterilizing water by underwater plasma discharge,
And a hot-wire heater is provided on the lower surface to heat the sterilized water to keep the sterilized water warm.
The method according to claim 1,
The plasma generation module includes:
An electrode module comprising a pair of plasma electrodes, an insulating frame disposed between the pair of plasma electrodes, and a conductive screw for applying electric power of different polarity to the pair of plasma electrodes,
Wherein the conductive screw comprises:
And the terminal is exposed to the lower portion of the frame of the electrode module.
5. The method of claim 4,
Wherein the pair of plasma electrodes comprise:
And a slit formed in the lower part of the cleaning liquid container to allow the cleaning liquid to pass therethrough,
Wherein the slits are disposed in the electrode module so that the slits cross each other.
The method according to claim 1,
The light generating module includes:
And a UV light emitting diode (UV LED) that emits a laser beam having a wavelength of 250 nm to 290 nm.
The method according to claim 1,
In the nozzle unit,
A first nozzle connected to an inlet of the washing liquid container to spray the sterilizing water; And
And a second nozzle connected to an air pump provided in the body of the vaginal cleansing treatment device and having the light generating module embedded in the handpiece to discharge the laser beam for secondary sterilization and air for drying. Vaginal cleaning treatment device.
8. The method of claim 7,
Wherein the first nozzle
A spray nozzle connected to an inlet of the washing liquid container to spray the sterilizing water; And
And a suction port which is sprayed from the spray port and collects the sterilized water that has been washed in the vagina.
9. The method of claim 8,
Wherein the first nozzle
Further comprising a detachable bracket fixedly coupled to each of the nozzles to which the spray port and the suction port are coupled,
Wherein the spray port and the suction port are engaged with the nozzle so as to be fitted on the detachable bracket and replaceable.

Images