KR101940241B1 - Plasma apparatus with medical oxygen injection function - Google Patents

Abstract

Provided is a plasma apparatus with a medical oxygen spurt function which, has various shapes of plasma probes plasma-coated on a glass material, and is capable of treating an affected area of a patient by receiving medical oxygen and generating ozone through a plasma-processing of medical oxygen. The plasma apparatus can reduce the manufacturing cost of the probe through a plasma-coating on an outer circumference of the probes, and easily treat, disinfect, and clean the affected area of the patient by using ozone. The plasma apparatus with the medical oxygen spurt function includes: a power supply unit; the plasma probes; an ozone generating unit; a first handpiece; an oxygenator; a magnetic field generating unit; a second handpiece; and a control unit.

Description

TECHNICAL FIELD [0001] The present invention relates to a plasma device having a medical oxygen-

The present invention relates to a plasma apparatus having a medical oxygen ejection function.

Currently, devices utilizing ozone characteristics in various fields are being developed or commercialized. Ozone is a strong oxidizing agent as an oxygen isotope. That is, ozone is a very unstable structure with three oxygen atoms bonded, and has a higher energy state than oxygen. The third oxygen atom among the three atoms is weakly bound and easily separated and easily binds to other components such as bacteria, pesticides, and odors.

Therefore, ozone is able to sterilize, deodorize, decolorize, disinfect, clean and purify harmful substances with strong oxidative power and inhibit microbial propagation. Ozone also has a strong sterilizing effect against Escherichia coli, Pseudomonas aeruginosa, Staphylococcus aureus, Escherichia coli, fungi, and bacteria, so it can be used for medical purposes.

For example, a plasma apparatus equipped with a medical oxygen ejection function using ozone is an ozone generating apparatus that sterilizes viruses and bacteria with a strong oxidizing power of ozone. The ozone generating device is supplied with power and the metal body of the probe is discharged, so that a minute current flows around the glass tube. This microcurrent is brought into contact with oxygen in the atmosphere, and electrolysis is performed at this time, and ozone is generated. In addition, the ozone that has already been generated generates new ozone through continuous electrolysis. The generated ozone can be effectively treated by reacting with the object to be treated. Since the electrical stimulation generated in the ozone generating apparatus is harmless to the human body, the plasma apparatus having the ozone- It is suitable for actively treating inflammation and scars of various body parts of a patient.

Generally, when a high frequency or a high voltage is supplied to the two electrodes, plasma molecules are generated by separating the gas molecules between the two electrodes. Such plasma has been applied to various fields such as semiconductor, new material synthesis, surface treatment of polymer, surface treatment of metal, environment purification, medical equipment, disinfection and disinfection of foodstuffs, .

In recent years, studies on biomedical application fields such as plasma sterilization, hemostasis and tooth whitening have been actively researched, and it has been proven that the effect of plasma use is excellent. Such a plasma is less expensive than the nano-metal and has excellent therapeutic effect, and thus it is required to be applied to the medical field.

Particularly, the plasma used for medical use oxidizes bacterial cell walls and exhibits bactericidal effect. In addition, plasma can be used for treating various diseases such as sterilization, blood coagulation and hemostasis, recovery of skin irritation and skin treatment, removal of skin foreign substances, and dental treatment.

Korean Patent Registration No. 10-1568380 (dated November 12, 2015) Korean Patent Registration No. 10-1371615 (Published on Mar. 07, 2014) Korean Patent Registration No. 10-1171091 (Published on August 06, 2012) Korean Patent Registration No. 10-0991977 (Published on Nov. 04, 2010)

SUMMARY OF THE INVENTION It is an object of the present invention to provide a plasma apparatus having a medical oxygen ejection function which has various shapes of plasma probes coated with a glass material to generate ozone to treat a treatment area of a patient.

Another object of the present invention is to provide a plasma apparatus having a medical oxygen ejection function capable of generating a magnetic field to treat a treatment area of a patient together with ozone, generating ozone water to clean a treatment area of a patient, or cleaning a medical instrument .

It is still another object of the present invention to provide a plasma apparatus having a medical oxygen ejection function for indicating the amount of ozone in use in accordance with a therapeutic use.

It is still another object of the present invention to provide a plasma apparatus having a medical oxygen ejection function using ozone to automatically charge a battery power by a wireless charging method.

It is another object of the present invention to provide a plasma apparatus having a medical oxygen ejection function for facilitating the storage and management of peripheral devices including a plasma probe, a handpiece, and an ozonated water supply device.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described herein, there is provided a plasma apparatus having a medical oxygen-ejecting function, including plasma probes of various shapes plasma-coated with a glass material, And to treat the site of treatment. The plasma apparatus having the medical oxygen sparging function of the present invention can reduce the manufacturing cost of the probe by coating the outer circumferential surface of the probe with the plasma, and can easily treat, disinfect and clean the treatment area of the patient using ozone .

According to the present invention, there is provided a plasma apparatus having a medical oxygen-

A plasma apparatus having a medical oxygen ejection function, comprising:

A power supply unit for supplying power to the plasma apparatus having the medical oxygen ejection function;

A plasma probe having an end formed in a shape corresponding to a treatment area of a patient and plasma-coated on a surface of a double glass material;

An ozone generator electrically connected to the power supply unit to generate a high voltage for generating ozone;

The ozone generator generates ozone at the contact end between the plasma pro- portion and the treatment area by plasma generated by applying the high voltage applied from the ozone generator to the plasma probe, A first handpiece having a plurality of oxygen discharge holes formed at a connection end with the plasma probe to inject oxygen;

An oxygen supplier for supplying oxygen to the first handpiece;

A magnetic field generating unit for generating a magnetic field;

A second handpiece coupled to one of the plasma probes to generate ozone at a treatment site of the patient and outputting a magnetic field and ozone generated from the magnetic field generator to a patient treatment site; And

The ozone generator is controllably connected to the power supply unit, the ozone generator, the first handpiece, the second handpiece, the oxygen supplier, and the magnetic field generator so that an ozone amount set by the controller is generated And a controller for adjusting the high voltage and the oxygen amount applied to the first handpiece and adjusting the ozone amount and the strength of the magnetic field in the second handpiece.

The plasma apparatus having the medical oxygen sparging function includes an ozone water generator for receiving distilled water from the outside under the control of the control unit and generating ozone water by receiving ozone from the ozone generator, And may further include an ozone water feeder that is stored or supplied to the outside during the time.

As described above, the plasma apparatus having the medical oxygen sparging function of the present invention includes the magnetic field generator and the plasma probe, and can effectively increase the sterilizing power and the therapeutic effect by generating ozone to treat the patient.

In addition, it is possible to solve problems caused by components other than ozone by treating the patient by generating ozone in the plasma probe by medical oxygen.

In addition, the plasma apparatus having the medical oxygen sparging function of the present invention can effectively treat a treatment region by using a plasma probe having various shapes to contact various treatment regions of a patient.

In addition, the plasma apparatus having the medical oxygen sparging function of the present invention generates a magnetic field together with ozone to provide electrical stimulation to the treatment site, thereby enabling in-depth and effective treatment.

In addition, the plasma apparatus having the medical oxygen ejection function of the present invention can generate, store and supply ozonated water, thereby cleansing the treated region of the patient or cleaning the medical device using the ozonated water.

In addition, the plasma apparatus having the medical oxygen sparging function of the present invention includes a display unit for displaying the amount of ozone to be used at the time of treatment, so that the amount of ozone used at the time of treatment can be accurately confirmed.

In addition, the plasma apparatus having the medical oxygen sparging function of the present invention has a mounting portion and a cover for storing various types of plasma probes on the body, thereby facilitating the storage and management of the plasma probe.

In addition, since the plasma apparatus having the medical oxygen sparging function of the present invention generates ozone by supplying oxygen for medical treatment and plasma treatment, it is possible to prevent generation of contaminated radicals by generating active radicals using conventional ambient air have.

In addition, the plasma apparatus having the medical oxygen spouting function of the present invention moves to automatically charge the battery by a wireless charging method, thereby facilitating power management and use of the apparatus.

1 is a perspective view illustrating a schematic configuration of a plasma apparatus having a medical oxygen ejection function according to the present invention;
FIG. 2 is a view showing a cover structure according to an embodiment of the plasma apparatus having the medical oxygen ejection function shown in FIG. 1;
FIG. 3 is a block diagram showing a specific configuration of the plasma apparatus having the medical oxygen ejection function shown in FIG. 1; FIG.
Figure 4 illustrates various types of plasma probes according to embodiments of the invention;
5 is a view showing the configuration of a probe and a first handpiece according to an embodiment of the present invention using medical oxygen; And
6 is a perspective view illustrating a configuration of a second handpiece for generating a magnetic field according to an embodiment of the present invention.

The embodiments of the present invention can be modified into various forms and the scope of the present invention should not be interpreted as being limited by the embodiments described below. The present embodiments are provided to enable those skilled in the art to more fully understand the present invention. Therefore, the shapes and the like of the components in the drawings are exaggerated in order to emphasize a clearer explanation.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing a schematic configuration of a plasma apparatus having a medical oxygen ejection function according to an embodiment of the present invention, FIG. 2 is a perspective view of a plasma apparatus having a medical oxygen ejection function shown in FIG. 1 And Fig.

Referring to FIG. 1, a plasma apparatus 100 having a medical oxygen sparging function according to the present invention generates ozone by generating plasma, and one of a plurality of plasma probes 132 of various shapes coated with plasma Disclosed is a medical device capable of treating, disinfecting, and cleaning ozone by supplying ozone to a part of a body of a patient, that is, a treatment area, in combination with the first handpiece (130).

In addition, the plasma apparatus 100 having the medical oxygen spouting function of the present invention generates a magnetic field and supplies the ozone and the magnetic field to the treatment area of the patient through the second handpiece (130a in Fig. 8) Provide a medical device that can be treated.

The plasma apparatus 100 having the medical oxygen sparging function according to the present invention generates and supplies ozone water to sterilize, disinfect and clean the treatment area of the patient, or to treat peripheral devices such as the plasma probe 132 and other medical devices Sterilized and cleaned (not shown).

1, a plasma apparatus 100 having a medical oxygen ejection function according to an embodiment of the present invention includes a main body 120, a support 110, a mount 150, a cover 160, A ground electrode 140, and a first handpiece 130. The plasma apparatus 100 having a medical oxygen ejection function includes first and second connection units 170 and 172 provided at one side of the main body 120, a display unit 108, a control unit 109, Button (or switch) 122. The plasma apparatus 100 having the medical oxygen ejection function includes a holder 134 for holding the first handpiece 130 at one side of the holder 110 and a holder 134 disposed at the lower end of the holder 110, And a roller 112 for moving the plasma apparatus 100 having an ejection function.

The main body 120 is provided on the upper part of the support part 110 and is provided with devices for generating ozone, ozone water, and a magnetic field inside the plasma apparatus 100 having the medical oxygen ejection function. The main body 120 is provided with a control unit 109, first and second connection units 170 and 172, and a display unit 108 on one side. The configuration of the main body 120 will be described in detail in Fig.

The control unit 109 is provided, for example, with a knob or the like to turn on or off the power, adjust the amount of ozone generated using a menu displayed on the display unit 108, or set a treatment time or the like. The buttons 122 of this embodiment include a first button for generating or stopping ozone and ozonated water, a second button for starting or stopping the generation of a magnetic field, and a third button for automatically opening and closing the cover 160.

The first and second connection portions 170 and 172 are connection ports for supplying electricity and oxygen to the first handpiece 130 and the second handpiece 130a.

The display unit 108 displays a menu for setting an ozone amount, a treatment time, and the like, displays an ozone amount adjusted by the adjustment unit 109, or displays an ozone amount used at the time of treatment. At this time, the display unit 108 displays the amount of ozone step by step in units of ppm, 占 퐂 / l, 占 퐂 / m3 and the like in accordance with the intensity of ozone in use. For example, when the use ozone amount of the plasma apparatus 100 having the medical oxygen sparging function of the present invention is adjusted in the range of intensity 1 to intensity 5, the display unit 108 may display 5,000 ppm , 15,000 ppm, 30,000 ppm, 45,000 ppm, and 300,000 ppm. The display unit 108 displays various information such as the ozone amount and the treatment time to monitor and confirm the operation state of the plasma apparatus 100 having the medical oxygen ejection function.

The supporting part 110 forms a space in which a medical oxygen tank (not shown in the figure), an oxygen supplier (135 in FIG. 3), an ozonated water supply device 114 and a second handpiece 130a are accommodated and stored, The main body 120 is installed. The supporting part 110 is provided at one side thereof with a cradle 134 on which the first handpiece 130 is mounted. The supporting portion 110 includes a plurality of rollers 112 at a lower end thereof and a driving portion 182 in FIG. 3 for driving the roller 112 therein.

The mounting part 150 is installed on the upper part of the main body 120 and a plurality of plasma probes 132 of various shapes are mounted and stored in an inner space formed by the cover 120 and the upper part of the main body 120. For this purpose, the mounting portion 150 is formed with a plurality of mounting grooves 152 into which the plasma probe 132 is inserted. Each of the mounting grooves 152 may be provided in a form having the same size and depth or may be provided in a form substantially similar to or identical to the shape of each of the plasma probes 132 of various shapes.

The cover 160 covers the upper portion of the mounting portion 150. The cover 160 is automatically opened by the third button 122. In this embodiment, the cover 160 is provided with a pivot cover 162 and a fixed cover 164 as shown in Fig. 2, and when the third button 122 is pushed, the pivot cover 162 is automatically And is rotated along the inner surface of the fixed cover 164 to open the mounting portion 150. Of course, the cover 160 may be integrally provided, and may be opened and closed by being rotated around the edge of one side of the upper surface of the main body 120. The cover 160 may have a structure that is electrically opened and closed through a cover driving unit (not shown) such as a motor or a gear.

The ground electrode 140 is electrically connected at one side of the main body 120 through a connector or the like, and is in contact with a part of the body of the patient. For example, the ground electrode 140 is an electrode for grounding held in a patient's hand, and is intended to provide electrical safety by preventing over-current, short-circuiting, etc. of the plasma apparatus 100 having a medical oxygen ejection function.

A plasma probe 132 coated with plasma is attached to the outer surface of the first handpiece 130 and connected to the first connection unit 170 through a helical cable to receive electricity and oxygen from the main body 120. The first handpiece 130 supplies ozone generated from the main body 120 to the treatment area of the patient.

The plasma probe 132 is provided in various shapes according to the treatment purpose and is provided in the form of a double glass tube coated with a plasma on the surface. That is, the plasma probe 132 is composed of a cold cathode fluorescent lamp that generates a sterilizing oxygen conductor from the oxygen supplied by the oxygen supplier 135, and a glass tube surrounding the cold cathode fluorescent lamp. The configuration of such a plasma probe 132 will be described in detail in Fig. 4 below.

3 is a block diagram showing the control relationship of the plasma apparatus having the medical oxygen ejection function shown in FIG. Here, the description of the configurations described in FIGS. 1 and 2 will be omitted.

3, the control unit 102 for controlling all operations of the plasma apparatus 100 having the medical oxygen ejection function of the present invention includes a display unit 108, an adjustment unit 109, a button 122, The ozone generating unit 104, the ozone generating unit 105, the ozone water supplying unit 114, the ozone generating unit 104, the oxygen supplier 130, the magnetic field generating unit 106, the battery 180, the driving unit 182, , And is connected to the wireless charge receiving unit 190 to transmit a control signal.

A control unit 102, an oxygen supplier 135, an ozone generating unit 104, an ozonated water generating unit 105, a magnetic field generating unit 106, a display unit 108, an adjusting unit 109, The battery 180 is installed in the main body 120 and includes an ozonated water supply unit 114, an oxygen tank (not shown), a wireless charging receiver 190, a sensor 192, and a driver 182, Respectively. The plasma apparatus 100 having the medical oxygen ejection function further includes a power supply unit (not shown) for supplying a DC power to operate the plasma apparatus 100 having a medical oxygen ejection function by receiving an AC power from the outside can do.

The control unit 102 controls the respective components to process various operations of the plasma apparatus 100 having the medical oxygen ejection function. For example, when the first or second button 122 is pressed, the control unit 102 receives power from the battery 180 or a power supply unit (not shown) The ozone generator 104 is controlled so as to generate ozone and the ozone generator 105 is controlled to generate ozone water or the magnetic field generator 106 is controlled to generate ozone water, To generate a magnetic field. In addition, the control unit 102 controls the display unit 108 to display the ozone amount, the treatment time, and the like set from the adjustment unit 109. [ The control unit 102 checks the charged amount of the battery in real time and senses the position of the wireless charging transmission unit 200 through the sensor 192 when charging is required. When the wireless charging reception unit 190 detects the position of the wireless charging transmission unit 200 The driving unit 182 is operated to charge the battery 180.

The ozone generating unit 104 generates a high voltage for discharging the cold cathode fluorescent lamp of the plasma probe 132 by receiving power from the battery 180 under the control of the control unit 102, Generates a voltage, converts it into a high frequency of several tens of KHz, and outputs electric energy corresponding to the converted high frequency to supply it to the first handpiece 100.

The oxygen supplier 135 regulates the amount of medical oxygen supplied from the medical oxygen tank to the first handpiece 130 under the control of the control unit 102. The oxygen supplied to the first handpiece 130 is injected into the probe 132 so that ozone is generated by the medical oxygen. The oxygen supplier 135 may include a solenoid valve for adjusting the opening and closing of the oxygen tank in accordance with the control signal of the controller 102.

The first handpiece 130 is coupled to the electrode 137 of the plasma probe 132 to generate a plasma by transmitting a high voltage applied from the ozone generator 104 to the plasma probe 132, Is sprayed by the plasma probe 132 to generate ozone by the medical oxygen. The first handpiece 130 is connected to the first connection part 170 through a cable and receives electricity and oxygen. It is preferable that an oxygen supply pipe and an electric power supply wire are disposed in the cable. The first handpiece 130 is provided with a separate operation button (not shown in the figure) so that the therapist can adjust the supply of oxygen and voltage by the operation during the treatment operation so that the treatment can be performed while adjusting the ozone generation. An operation signal of the operation button of the handpiece 130 is applied to the control unit 102 so that the control unit 102 controls the ozone generation unit 104 and the oxygen supply unit 135. [

When the first button 122 is pressed, the ozonated water generating unit 105 receives distilled water from the outside through the control of the control unit 102, receives ozone generated by the ozone generating unit 104 to generate ozone water And supplies the generated ozonated water to the ozonated water supply unit 114.

The ozone water supply unit 114 supplies the ozone water to the first handpiece 130 and the first handpiece 130 supplies the ozone water to the treatment probe or the plasma probe 132 side to treat the treatment area of the patient with ozone water, Disinfection and cleaning. An ozonated water supply line may be disposed in the cable connecting the first hand piece 130 and the connection portion 170 of the main body 110. [

When the second button 122 is pressed, the magnetic field generating unit 106 generates a magnetic field by being supplied with power through the control of the control unit 102. At this time, the magnetic field generator 106 supplies a magnetic field to the second handpiece 130a. The second handpiece 130a includes a plasma probe for generating ozone and a magnetic field supply unit for supplying a magnetic field to the affected part so that the ozone and the magnetic field simultaneously act on the affected part. The magnetic field allows ozone to be delivered to the patient's treatment area in depth.

The battery 180 is provided as a rechargeable secondary battery and supplies power to the plasma apparatus 100 having the medical oxygen spraying function under the control of the control unit 102, Via the wireless charging receiver 190. [

The sensor 192 senses the position of the wireless charging transmitter 200 provided outside and transmits sensing information to the controller 102.

The driving unit 182 receives the sensing information from the sensor 192 and drives the roller 112 under the control of the control unit 102 to transmit the plasma apparatus 100 having the medical oxygen ejection function to the wireless charging transmission unit 200 Move to an adjacent position.

The wireless charge receiving unit 190 includes an energy receiving resonant coil such as a magnetic resonance method, for example, wirelessly. The wireless charge receiving unit 190 is located within a predetermined distance from the wireless charge transmitter 200 and receives a high frequency signal from the charge charge transmitter 200, Thereby charging the battery 180.

The plasma probe 132 according to the embodiment of the present invention is provided in various shapes according to a treatment purpose and a treatment site. That is, the plasma probe 132 is provided in various shapes corresponding to various therapeutic subjects such as, for example, dentistry, otolaryngology, orthopedic surgery, dermatology, plastic surgery, obstetrics and gynecology, and urology.

4 is a diagram illustrating plasma probes according to an embodiment of the present invention.

The plasma probe 132 includes an electrode 137 for applying a high voltage to the cold cathode fluorescent lamp, a glass tube 136 having a double structure surrounding the cold cathode fluorescent lamp and the outside thereof, And a contact end 138 at which ozone is generated. When a high voltage is applied, a plasma is generated inside the dual structure glass tube 136, and when the contact end 138 contacts the treatment area of the patient, ozone is generated due to ionization and bonding of oxygen at the contact part by the plasma.

For example, as shown in FIG. 4, the dental plasma probes 132a to 132d are used to remove bacteria after extraction 132a, tooth dressings after tooth extraction, root treatment for periodontal treatment and periodontal treatment Removal of bacteria for treatment of crown, 132c for removal of bacteria after treatment of gums, and removal of bacteria for treatment of cavities 132d.

Therefore, when the plasma probe 132 is mounted on the first handpiece 130 and high voltage is applied to the electrode 137 according to the treatment purpose, electrons in the cold cathode fluorescent lamp move at high speed to the electrode 137, A discharge caused by the secondary electrons generated in the collision is generated and ionizing oxygen and oxygen atoms having sterilizing power are generated from the oxygen supplied from the ozone and the oxygen supplier in the electric field through the continuous discharge of the secondary electrons. In addition, the plasma probes 132 (132a to 132o) rapidly accelerate the generation of oxygen conductors from ozone and oxygen in the atmosphere, so that the amount of oxygen conductor is relatively increased and the sterilizing power is also increased. Further, the plasma probes 132 (132a to 132o) generate a plasma, and the effect of directly sterilizing bacteria and viruses is large.

5 is a view illustrating a state where the first handpiece 130 and the plasma probe 132 are coupled according to the embodiment of the present invention. An electrode of the first handpiece 130 is coupled to an electrode of the plasma probe 132 so that a high voltage generated by the ozone generating unit 104 is applied to the plasma probe 132 through the first handpiece 130. An oxygen discharge hole 138 is formed at the connection end of the plasma probe 132 of the first handpiece 130. The oxygen discharge hole 138 is preferably formed such that the discharged oxygen is injected along the outer surface of the plasma flame 132. The medical oxygen supplied by the discharge hole 138 is ionized by the plasma to generate ozone, so that when ozone is generated by ionizing the atmospheric oxygen, it is possible to solve the problem caused by other components generated by other substances.

6 is a view illustrating a second handpiece 130a according to an embodiment of the present invention. The second handpiece 130a of this embodiment is connected to the second connection portion 172 and is adapted to be mounted such that the magnetic field generated by the magnetic field generating portion 106 can act on the treatment site of the patient such as the temporomandibular joint, . The second handpiece 130a includes a plasma probe for generating ozone and a magnetic field supply unit for supplying a magnetic field to the affected part so that the ozone and the magnetic field simultaneously act on the affected part. Applying a magnetic field treatment to ozone treatment will allow deep ozone penetration and treatment. In particular, it can improve the muscular relaxation dysfunction of the mandible, improve blood microcirculation through vasodilation, increase partial oxygen pressure, and increase oxygen saturation in the tissues.

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. Various changes and modifications are possible.

100: Plasma apparatus having a medical oxygen ejection function 102:
108: Display unit 109:
110: support part 120: body
122: Button 130: First handpiece
130a: second handpiece 132, 132a-132d: plasma probe
135: Medical oxygen supplier 138: Oxygen discharge ball
140: ground electrode 150: mounting part
160: cover 170, 172:
180: Battery 190: Wireless charging receiver
200: Wireless charging transmitter

Claims (2)

A power supply unit for supplying power;
A plasma probe having an end formed in a shape corresponding to a treatment area of a patient and plasma-coated on a surface of a double glass material;
An ozone generator electrically connected to the power supply unit to generate a high voltage for generating ozone;
The ozone generator generates ozone at the contact end between the plasma pro- portion and the treatment area by plasma generated by applying the high voltage applied from the ozone generator to the plasma probe, A first handpiece having a plurality of oxygen discharge holes formed at a connection end with the plasma probe to inject oxygen;
An oxygen supplier for supplying oxygen to the first handpiece;
A magnetic field generating unit for generating a magnetic field;
A second handpiece coupled to one of the plasma probes to generate ozone at a treatment site of a patient and to output a magnetic field and ozone generated from the magnetic field generator to a patient treatment site; And
Wherein the ozone generator is controllably connected to the power supply unit, the ozone generator, the first handpiece, the second handpiece, the oxygen supplier, and the magnetic field generator to apply a control signal, And a controller for adjusting the high voltage and the oxygen amount applied to the first handpiece and adjusting the ozone amount and the strength of the magnetic field in the second handpiece.
The method according to claim 1,
An ozonated water generator for receiving distilled water from the outside under the control of the control unit and generating ozonated water by receiving ozone;
Further comprising an ozone water supply device for storing the ozonated water generated from the ozonated water generator for a predetermined time or supplying the ozonated water to the outside.

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