KR102591319B1 - Microwave instrument - Google Patents

Abstract

The present invention relates to a microwave device, which uses the heating effect of microwaves and has the effect of sterilizing and purifying bacteria and viruses in the air by using far-infrared rays, sterilizing oxygen, and hydrogen anions.
In the microwave device according to the present invention, power is supplied to the transformer 230 by operation of the power switch 120 or the timer 130 to drive the magnetron 240, and the magnetron 240 generates microwaves to produce an antenna ( A microwave generator 200 emitting light to the waveguide 270 through 250); A hydrogen gas generator that generates oxygen and hydrogen gas by electrolyzing water and passes the generated oxygen and hydrogen gas through the hydrogen generation cartridge 340 to generate sterilizing oxygen and hydrogen anion gas containing far-infrared rays and minerals that are harmless to the human body. (300); It is installed to be rotatable left and right and up and down on the upper part of the height adjuster 610 installed on the body of the microwave generator 200, and the microwave transmitted through the waveguide 270 is transmitted to an emitter installed inside the reflector 170. A head unit 160 that radiates forward through 260 and discharges far-infrared rays and sterilizing oxygen and hydrogen anion gas generated by the hydrogen gas generator 300 to the front of the reflector 170; A sonic vibration generator 400 that repeatedly generates and outputs sonic vibrations having a wavelength of a certain period in front of the reflector 170; an infrared lamp 500 disposed inside the reflector 170 and outputting infrared rays to the front of the reflector 170; And by the power switch 120, the timer 130, and the intensity control unit 140, the microwave generator 200 is operated to control the generation of the microwave, and the hydrogen gas generator 300 is operated. It includes a control unit 110 that controls the generation of far-infrared rays and sterilizing oxygen and hydrogen anion gases, and controls the operation of the sonic vibration generator 400 and the infrared lamp 500.

Description

Microwave instrument

The present invention relates to microwave devices, and more specifically, to microwave devices that can sterilize and purify bacteria and viruses in the air using the heating effect of microwaves, far infrared rays, sterilizing oxygen, and hydrogen anions.

In general, electric therapy (electromagnetic wave) re-educates denervation muscles, improves joint range of motion, promotes voluntary movement control, restores and strengthens the strength of atrophied and weakened muscles, relieves muscle spasms and spasticity, corrects contractures, and improves blood flow. , It is widely used for the purposes of improving urinary disorders, replacing braces, relaxation, treating edema, healing fractures, promoting tissue and wound healing, and alleviating pain.

In particular, microwave therapy is a treatment method that heats a specific area by using the property of microwaves to be selectively absorbed by tissues containing a lot of moisture. When microwave energy is delivered to human tissues, the molecules cause friction. When converted to heat energy, it is known to improve blood circulation and metabolism, relieve pain, increase blood flow, reduce joint stiffness, provide pain relief, relieve muscle spasms, and promote healing of chronic inflammation and infections.

Examples of such physical therapy devices for microwave therapy include the microwave therapy device disclosed in Korea Utility Model Publication No. 1990-0002376 (publication date 1990.03.26.) and Korea Patent Publication No. 10-2015-0089290 (publication date: 2015.08.05.) Examples include the microwave beam diathermy treatment device disclosed in .

However, such conventional microwave therapy devices only provide pain relief and improved blood circulation by using only one function of microwaves, and do not provide sterilization and purification of bacteria and viruses or increase the body's immunity.

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Meanwhile, devices and systems that sterilize indoor air with ultraviolet rays or sterilize instruments or objects with ultraviolet rays have been disclosed, but treatment devices that sterilize and treat bacteria or viruses by directly irradiating ultraviolet rays to the human body are concerned about the harmfulness of ultraviolet rays to the human body. The development is minimal.

In addition, there is an urgent need for research and development of devices that can efficiently sterilize and treat bacteria and viruses, which are the causes of epidemics and diseases that are a major problem around the world today.

Republic of Korea Patent Publication No. 10-2015-0089290 (Publication Date: 2015.08.05.) Republic of Korea Utility Model Publication No. 1990-0002376 (announcement date 1990.03.26.)

In order to solve the above-mentioned problems, the technical problem to be achieved by the present invention is to present a microwave device that can sterilize and purify bacteria and viruses in the air by using the heating effect of microwaves and using far-infrared rays and sterilizing oxygen and hydrogen anions. There is a purpose to doing so.

In addition, another technical problem to be achieved by the present invention is to electrolyze water to generate oxygen and hydrogen gas, and to pass the generated oxygen and hydrogen gas through a hydrogen generation cartridge to produce sterilizing oxygen and hydrogen containing far-infrared rays and minerals that are harmless to the human body. The purpose is to present a microwave device that generates negative ion gas.

In addition, another technical problem to be achieved by the present invention is to add natural scents, herbs, and disinfectants extracted from natural ingredients to alkaline distilled water and acidic distilled water to create a natural scent, and to sterilize and sterilize bacteria, viruses, etc. The purpose is to present a microwave device that can improve its functionality.

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The problems to be solved by the present invention are not limited to those mentioned above, and other problems not mentioned can be clearly understood by those skilled in the art from the description below.

As a means to solve the above-mentioned technical problem, the microwave device according to the present invention supplies power to the transformer 230 by operating the power switch 120 or the timer 130 to drive the magnetron 240. A microwave generator 200 that generates microwaves in the magnetron 240 and emits them to the waveguide 270 through the antenna 250; A hydrogen gas generator that generates oxygen and hydrogen gas by electrolyzing water and passes the generated oxygen and hydrogen gas through the hydrogen generation cartridge 340 to generate sterilizing oxygen and hydrogen anion gas containing far-infrared rays and minerals that are harmless to the human body. (300); It is installed to be rotatable left and right and up and down on the upper part of the height adjuster 610 installed on the body of the microwave generator 200, and the microwave transmitted through the waveguide 270 is transmitted to an emitter installed inside the reflector 170. A head unit 160 that radiates forward through 260 and discharges far-infrared rays and sterilizing oxygen and hydrogen anion gas generated by the hydrogen gas generator 300 to the front of the reflector 170; A sonic vibration generator 400 that repeatedly generates and outputs sonic vibrations having a wavelength of a certain period in front of the reflector 170; an infrared lamp 500 disposed inside the reflector 170 and outputting infrared rays in front of the reflector 170; And by the power switch 120, the timer 130, and the intensity control unit 140, the microwave generator 200 is operated to control the generation of the microwave, and the hydrogen gas generator 300 is operated. It may be configured to include a control unit 110 that controls the generation of far-infrared rays and sterilizing oxygen and hydrogen anion gases, and controls the operation of the sonic vibration generator 400 and the infrared lamp 500.

The microwave generator 200 includes a transformer 230 that turns on the power switch 120 and sets the time by operating the timer 130, so that power is supplied for the set time to drive the magnetron 240; A cooling fan 220 to prevent overheating of the transformer 230; and a magnetron 240 that receives power from the transformer 230, generates microwaves, and emits them to the waveguide 270 through the antenna 250.

The head unit 160 includes a receiving pin 190 that receives microwaves emitted through the waveguide 270; An emitter 260 that radiates microwaves transmitted from the receiving pin 190; A coupler 191 that fixes the positions of the receiving pin 190 and the radiator 260; A bushing 192 that maintains insulation between the receiving pin 190 and the coupler 191; A reflector 170, one side of which is coupled to the coupler 191, reflects the microwaves radiated from the radiator 260 in the direction of the opening of the other side, and the inner surface is coated with bioceramics; and a cover 180 configured in the direction in which the other side of the reflector 170 is opened and has a plate shape or a mesh shape with a plurality of holes formed thereon.

According to the present invention, microwaves are stably and uniformly irradiated and penetrated deeply into the human body, and heat distribution in the human body is evenly distributed, thereby facilitating metabolism through warmth and blood stimulation.

In addition, it can effectively sterilize and purify bacteria and viruses in the air by generating and discharging high-purity hydrogen anions, far-infrared rays harmless to the human body, and sterilizing oxygen containing a large amount of minerals.

In addition, when high-purity hydrogen anions are inhaled or contacted, it promotes the production and activity of various antioxidant enzymes, protects cells by controlling oxidation caused by lymphocyte (a type of white blood cell) activity, and regenerates antioxidant substances that have been acidified after antioxidant. It has powerful antioxidant activity by selectively removing hydroxy radicals, which are toxic oxygen radicals.

In addition, the generation of far-infrared rays can sterilize and sterilize bacteria and viruses that cause various diseases.

In addition, the light from the electric bath of the LED can be combined in parallel, and the shielding cap blocks the leakage of microwaves in an abnormal direction, thereby improving the user's safety during use.

Additionally, since the direction and angle of microwave emission can be easily adjusted regardless of the user's posture, convenience and ease of use can be improved.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

1 is a configuration diagram of a microwave device 100 according to an embodiment of the present invention.
Figure 2 is a perspective view showing the head portion 160 of the microwave device 100.
Figure 3 is an internal configuration diagram of the head portion 160
Figure 4 is a perspective view showing the reflector 170 and the emitter 260.
Figure 5 is an exploded perspective view showing the reflector 170, radiator 260, receiving pin 190, coupler 191, and bushing 192.
Figure 6 is a block diagram of the microwave device 100.
Figure 7 is a block diagram of the microwave generator 200.
Figure 8 is a configuration diagram of the microwave generator 200.
Figure 9 is a block diagram of the hydrogen gas generator 300.
Figure 10 is a configuration diagram of the hydrogen generation cartridge 340

Below, with reference to the attached drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. In order to clearly explain the present invention in the drawings, parts unrelated to the description have been omitted, and similar parts will be described with similar reference numerals throughout the description of the invention.

Hereinafter, specific technical details to be implemented in the present invention will be described in detail with reference to the accompanying drawings.

Example

FIG. 1 is a configuration diagram of a microwave device 100 according to an embodiment of the present invention, FIG. 2 is a perspective view showing the head portion 160 of the microwave device 100, and FIG. 3 is an internal configuration of the head portion 160. 4 is a perspective view showing the reflector 170 and the radiator 260, and Figure 5 is a perspective view showing the reflector 170, the radiator 260, the receiving pin 190, the coupler 191, and the bushing 192. It is an exploded perspective view, FIG. 6 is a block diagram of the microwave device 100, FIG. 7 is a block diagram of the microwave generator 200, FIG. 8 is a configuration diagram of the microwave generator 200, and FIG. 9 is a block diagram of the microwave device 100. This is a block diagram of the hydrogen gas generator 300, and Figure 10 is a configuration diagram of the hydrogen generation cartridge 340.

As shown in FIGS. 1 to 6, the microwave device 100 according to an embodiment of the present invention includes a control unit 110, a power switch 120, a timer 130, a strength control unit 140, and an operation indicator lamp ( 150), a microwave generator 200, a hydrogen gas generator 300, a sonic vibration generator 400, and an infrared lamp 500.

Here, the power switch 120 is a switch that turns on/off the power of the microwave device 100, and when the power switch 120 is turned on, the operation display lamp 150 turns on to indicate operation. The timer 130 sets the operating time of the microwave device 100 and supplies power only for the set time to operate the microwave device 100. The intensity control unit 140 is a switch that adjusts the intensity of operation of the microwave device 100. The operation strength of the microwave generator 200, the hydrogen gas generator 300, the sonic vibration generator 400, and the infrared lamp 500 are adjusted by the control switch of the intensity control unit 140. do.

The microwave generator 200 supplies power to the transformer 230 by operating the power switch 120 or the timer 130 to drive the magnetron 240 and generates microwaves from the magnetron 240 to create an antenna. It is emitted to the waveguide 270 through (250). At this time, the microwaves emitted through the waveguide 270 are radiated through the radiator 260 installed in the head part 160 of the microwave device 100.

The control unit 210 controls the generation of the microwave by operating the microwave generator 200 by the power switch 120, the timer 130, and the intensity control unit 140, and sets the operation time and intensity. takes control.

As shown in FIGS. 7 and 8, the microwave generator 200 includes a control unit 210, a cooling fan 220, a transformer 230, a magnetron 240, an antenna 250, and an radiator 260. It can be configured as follows.

Here, when the transformer 230 is activated by turning on the power switch 120 or setting the timer 130, power is supplied for a set time to drive the magnetron 240. At this time, when the power switch 120 is turned on, the cooling fan 220 operates to prevent overheating of the transformer 230.

The magnetron 240 receives power from the transformer 230, generates microwaves, and radiates them to the waveguide 270 through the antenna 250.

The radiator 260 is disposed inside the head unit 160 of the microwave device 100, and receives microwaves transmitted through the waveguide 270 through the receiving pin 190 to emit radiation inside the head unit 160. It is radiated forward to the reflector 170.

Subsequently, the head part 160 of the microwave device 100 is installed to be rotatable left, right, up and down on the upper part of the height adjuster 610 installed on the body of the microwave generator 200, and the waveguide 270 The microwaves transmitted through are radiated forward through the emitter 260 installed inside the reflector 170, and the far-infrared rays and sterilizing oxygen and hydrogen anion gases generated by the hydrogen gas generator 300 are transmitted to the reflector 170. ) is discharged to the front.

As shown in FIGS. 2 to 5, the head portion 160 of the microwave device 100 includes a reflector 170, a cover 180, a receiving pin 190, a coupler 191, a bushing 192, It may be configured to include an emitter 260.

Here, the reflector 170 is installed inside the body of the head 160, one side is coupled to the coupler 191, and the microwave radiated from the radiator 260 is directed to the other side of the opening, that is, the cover ( 180). The reflector 170 may be constructed by coating the inner surface with hydrogen bioceramic. At this time, the hydrogen bioceramic emits hydrogen anion gas and far-infrared rays by the heat generated when the emitter 260 and the infrared lamp 500 operate.

The receiving pin 190 may be configured in the form of a round bar with a certain length in order to efficiently receive microwaves emitted through the waveguide 270, and may be made of a conductive metal material to ensure excellent reception efficiency of microwaves. . The receiving pin 190 is connected to the waveguide 270 that transmits microwaves emitted from the magnetron 240.

The emitter 260 is connected to the receiving pin 190 to radiate microwaves emitted from the magnetron 240. The radiator 260 may be formed by winding a wire or round bar made of a conductive material such as copper or phosphor bronze into a helical coil so that microwaves are uniformly radiated. The radiator 260 radiates the microwaves transmitted from the receiving pin 190 forward.

A coupler 191 is installed inside the reflector 170 to fix the positions of the receiving pin 190 and the radiator 260, and maintains an insulating state between the receiving pin 190 and the coupler 191. The bushing 192 is installed. The bushing 192 is preferably made of an insulating material such as fluoropolymer (Teflon) or silicon.

The head portion 160 may be formed by molding a metal material or synthetic resin with excellent thermal conductivity for good heat dissipation characteristics.

The cover 180 may be configured to be coupled to the open direction of the other side of the reflector 170. The cover 180 may be configured in the shape of a plate with a plurality of holes, and may also be configured in the form of a net or mesh. The cover 180 may be made of a non-metallic material such as plastic (eg, PC, etc.) or glass that naturally and smoothly transmits microwaves without absorbing them.

Next, the hydrogen gas generator 300 electrolyzes water to generate oxygen and hydrogen gas, and passes the generated oxygen and hydrogen gas through the hydrogen generation cartridge 340 to sterilize the body and contain far-infrared rays and minerals that are harmless to the human body. Oxygen and hydrogen anion gases are generated.

As shown in FIGS. 9 and 10, the hydrogen gas generation unit 300 includes a control unit 310, a purification filter 320, an electrolysis device unit 330, a hydrogen generation cartridge 340, and a carbon filter 350. It may be configured to include.

Here, the purification filter 320 removes and purifies impurities contained in water, and the electrolysis device unit 330 serves to electrolyze the water purified from the purification filter 320 into oxygen and hydrogen gas. do.

The hydrogen generation cartridge 340 combines the electrolyzed oxygen and hydrogen gas with magnesium (30% by weight), diamond (0.1% by weight), crystal (0.1% by weight), platinum (0.1% by weight), and calcium (1% by weight). %), rare earths (8% by weight), and charcoal (the remaining weight%) are passed through a cartridge containing alkaline and acidic chemical reactions to generate far-infrared rays harmless to the human body and sterilizing oxygen and hydrogen anions containing minerals. .

For example, high-purity hydrogen anions can be generated through a chemical reaction between magnesium (Mg), calcium (Ca), rare earth elements, and charcoal (amorphous carbon) that make up the hydrogen generating cartridge 340 and the high-temperature water vapor. .

For example, magnesium (Mg) and calcium (Ca) metals are known to be very reactive with water and oxygen.

When magnesium (Mg) and water (H ₂ O) react, magnesium hydroxide (Mg(OH) ₂ and hydrogen (H ₂ ) gas are generated.

Mg + 2H ₂ O → Mg(OH) ₂ + H ₂ ↑

Here, Mg(OH) ₂ is an ion of Mg2 ⁺⁺ , 2OH ^_ , and hydroxide ion is generated. So it becomes basic, and the color of the PP solution turns red.

Likewise, when calcium (Ca) and water (H ₂ O) react, calcium hydroxide (Ca(OH) ₂ and hydrogen (H ₂ ) gas are generated.

Ca + 2H ₂ O → Ca(OH) ₂ + H ₂ ↑

Here, Ca(OH) ₂ is an ion of Ca2 ⁺⁺ , 2OH ^_ , and hydroxide ion is generated.

In addition, the high-purity hydrogen anion can be generated by the hydrogen anion sterilization and purification device of the present applicant's Patent No. 10-1372999 (registration date: March 5, 2014).

The hydrogen anion sterilization and purification device of Patent No. 10-1372999 provides a supply chamber and a sealed independent space ionization chamber, magnetization chamber, and sterilization chamber within the case, and a plurality of ventilation holes for intake of external air outside the supply chamber. An air supply device is installed inside the supply chamber so that the end of the first supply pipe coupled to the air supply device is located inside the ionization chamber, and a ventilation hole is formed at the end of the first supply pipe located inside the ionization chamber. A densely formed first ceramic supply pipe is combined, and the first ceramic supply pipe is located at the bottom of the supply chamber, and natural minerals such as morazite, zenotine, illite-mica, A catalyst is added to a mixture of at least one of zeolite and tourmaline, and then the natural photocatalyst negative ion sphere formed into a sphere is introduced into the ionization chamber to form a natural photocatalyst at the top of the first ceramic supply pipe. Negative ion spheres are stacked, the end of the second supply pipe installed at the top of the ionization chamber is located inside the magnetization chamber, and the second supply pipe has dense ventilation holes formed at the end of the second supply pipe located inside the magnetization chamber. The ceramic supply pipe is combined, and the second ceramic supply pipe is located at the bottom of the magnetization chamber. Magnetized magnesium spheroids are introduced into the magnetization chamber, and the magnetized magnesium spheroids are stacked on the upper part of the second ceramic supply pipe, and the upper part of the magnetization chamber is stacked. The end of the third supply pipe installed in the sterilization room is positioned inside the sterilization room, and a third ceramic supply pipe with dense ventilation holes is coupled to the end of the third supply pipe located inside the sterilization room. It is located at the bottom of the room, natural vinegar is introduced into the sterilization chamber so that the third ceramic supply pipe is immersed in natural vinegar, and the end of the fourth supply pipe installed at the top of the sterilization chamber is discharged to the outside of the case to make the fourth ceramic supply pipe. It is constructed by coupling the fourth ceramic supply pipe to the end of the supply pipe.

In addition, the high-purity hydrogen anion can be produced by the natural light nib anion production method disclosed in Patent Publication No. 10-2005-0028640 (publication date: March 23, 2005) filed by the present applicant.

The natural light nib anion production method of Patent Publication No. 10-2005-0028640 includes common natural minerals, morazite, zenotine, illite-mica, zeolite, A process of grinding bentonite, tourmaline, and herbal medicinal minerals and mixing them together. After mixing the minerals, water is mixed with the minerals and aged for 36 hours, and then the moisture is completely evaporated at 150°. A process of heating to form a natural mixed lump, a process of pulverizing the natural mixed lump again and catalyzing it, and neutralizing/substituting the natural mixed lump by treating it with mild heat (less than 100°) for 3 hours or more to produce anionic powder. It is characterized by

Subsequently, the hydrogen generation cartridge 340 generates high-purity hydrogen anions and generates far-infrared rays that are harmless to the human body. At this time, far-infrared rays are emitted from diamond (0.1% by weight), crystal (0.1% by weight), platinum (0.1% by weight), rare earth (8% by weight), and charcoal (remaining % by weight), etc., which constitute the hydrogen generating cartridge 340. It can happen.

In addition, hydrogen anion generating solid materials (magnesium (30% by weight), diamond (0.1% by weight), quartz (0.1% by weight), platinum (0.1% by weight), calcium (1% by weight) included in the hydrogen generating cartridge 340 %), rare earths (8% by weight), and charcoal (remaining weight%)), it generates high-purity hydrogen anions and far-infrared rays, and generates sterilizing oxygen containing a large amount of minerals. Here, minerals refer to elements other than carbon, hydrogen, oxygen, and nitrogen as inorganic substances (inorganic dyes), and may include calcium (Ca), magnesium (Mg), etc.

In addition, the hydrogen generating cartridge 340 can be configured to add natural scents to the sterilizing oxygen and sterilize bacteria and viruses by adding fragrances, herbs, and disinfectants that are harmless to the human body extracted from natural ingredients. there is.

The carbon filter 350 passes far-infrared rays and sterilizing oxygen and hydrogen anions generated from the hydrogen generating cartridge 340 to remove and purify impurities and output high purity sterilizing oxygen and hydrogen anions.

The control unit 310 operates the hydrogen gas generator 300 by the power switch 120, the timer 130, and the intensity control unit 140 to generate the far infrared rays, sterilizing oxygen, and hydrogen anion gas. Control, and control its operating time and intensity.

Next, the sound wave vibration generator 400 repeatedly generates sound wave vibrations with a wavelength of a certain period and outputs them to the front of the reflector 170. The sonic vibration generator 400 repeatedly generates sonic vibrations with a wavelength of a certain period, thereby removing waste products from the pores of the human body and making the skin clean. It is good for cleaning pores and skin, and is also effective in improving skin color and elasticity. Alternatively, it has the effect of stimulating the skin with sonic vibration and massaging it.

The sound wave vibration generator 400 may be configured to repeatedly generate and output sound waves having a predetermined height (for example, sound waves having the height of a 1st to 5th chord) in one cycle.

Next, the infrared lamp 500 is placed inside the reflector shade 170 and functions to heat the reflector shade 170 by outputting infrared rays to the front of the reflector shade 170. The operation of the infrared lamp 500 is controlled by the power switch 120, the timer 130, and the intensity control unit 140, and may be composed of an infrared lamp or an infrared LED element.

Finally, the control unit 110 controls the generation of the microwave by operating the microwave generator 200 using the power switch 120, the timer 130, and the intensity control unit 140, and the hydrogen The gas generator 300 is operated to control the generation of far-infrared rays and sterilizing oxygen and hydrogen anion gases, and the infrared lamp 500 is operated to control the output of infrared rays.

As described above, the microwave device according to the present invention has the effect of sterilizing and purifying bacteria and viruses in the air by using the heating effect of microwaves and using far-infrared rays, sterilizing oxygen, and hydrogen anions.

The preferred embodiments of the present invention described above have been disclosed to solve technical problems, and those skilled in the art can make various modifications, changes, additions, etc. within the spirit and scope of the present invention. This will be possible, and such modifications and changes should be considered as falling within the scope of the claims below.

100: Microwave device
110: Control unit 120: Power switch
130: Timer 140: Strength control unit
150: operation indicator lamp 160: head part
161: Angle adjustment screw 170: Reflector shade
180: cover 181: hole
190: Receiving pin 191: Coupler
192: Bushing
200: Microwave generator
210: Control unit 220: Cooling fan
230: Transformer 231: Power outlet
240: Magnetron 250: Antenna
260: emitter 270: waveguide
300: Hydrogen gas generator
310: Control unit 320: Purification filter
330: Electrolysis device unit 340: Hydrogen generating cartridge
350: Carbon filter 360: Tube
400: Sonic vibration generator 410: Cable
420: Sonic vibration output unit
500: Infrared lamp 600: Support
610: Height adjuster

Claims (3)

In microwave devices,
By operating the power switch 120 or the timer 130, power is supplied to the transformer 230 to drive the magnetron 240, and the magnetron 240 generates microwaves to be transmitted through the antenna 250 to the waveguide 270. A microwave generator 200 that emits;
A hydrogen gas generator that generates oxygen and hydrogen gas by electrolyzing water and passes the generated oxygen and hydrogen gas through the hydrogen generation cartridge 340 to generate sterilizing oxygen and hydrogen anion gas containing far-infrared rays and minerals that are harmless to the human body. (300);
It is installed to be rotatable left and right and up and down on the upper part of the height adjuster 610 installed on the body of the microwave generator 200, and the microwave transmitted through the waveguide 270 is transmitted to an emitter installed inside the reflector 170. A head unit 160 that radiates forward through 260 and discharges far-infrared rays and sterilizing oxygen and hydrogen anion gas generated by the hydrogen gas generator 300 to the front of the reflector 170;
A sonic vibration generator 400 that repeatedly generates and outputs sonic vibrations having a wavelength of a certain period in front of the reflector 170;
an infrared lamp 500 disposed inside the reflector 170 and outputting infrared rays in front of the reflector 170; and
By operating the power switch 120, the timer 130, and the intensity control unit 140, the microwave generator 200 is operated to control the generation of the microwave, and the hydrogen gas generator 300 is operated. A control unit 110 that controls the generation of far-infrared rays and sterilizing oxygen and hydrogen anion gases, and controls the operation of the sonic vibration generator 400 and the infrared lamp 500;
Microwave devices including. In claim 1,
The microwave generator 200,
When the power switch 120 is turned on and the timer 130 is set to set the time, power is supplied for the set time to drive the magnetron 240, the transformer 230;
A cooling fan 220 to prevent overheating of the transformer 230; and
It includes a magnetron 240 that receives power from the transformer 230, generates microwaves, and radiates them to the waveguide 270 through the antenna 250,
The head portion 160 is,
A receiving pin 190 that receives microwaves emitted through the waveguide 270;
An emitter 260 that radiates microwaves transmitted from the receiving pin 190;
A coupler 191 that fixes the positions of the receiving pin 190 and the radiator 260;
A bushing 192 that maintains insulation between the receiving pin 190 and the coupler 191;
A reflection shade 170, one side of which is coupled to the coupler 191, reflects the microwaves radiated from the radiator 260 in the direction of the opening of the other side, and the inner surface is coated with hydrogen bioceramic; and
A cover 180 configured in the direction in which the other side of the reflector 170 is opened and has a plate shape with a plurality of holes formed therein or a cover 180 configured in the form of a mesh,
Microwave device. In claim 1,
The hydrogen gas generator 300,
A purification filter 320 that removes and purifies impurities contained in water;
An electrolysis device unit 330 that electrolyzes the water purified from the purification filter 320 into oxygen and hydrogen gas;
The electrolyzed oxygen and hydrogen gases are mixed with magnesium (30% by weight), diamond (0.1% by weight), crystal (0.1% by weight), platinum (0.1% by weight), calcium (1% by weight), and rare earth elements (8% by weight). ), charcoal (remaining weight %) is passed through a cartridge containing alkaline and acidic chemical reactions to generate far-infrared rays harmless to the human body and sterilizing oxygen and hydrogen anions containing minerals, and a harmless fragrance extracted from natural ingredients, A hydrogen generating cartridge (340) that adds herbs and disinfectants to give the sterilizing oxygen a natural scent and sterilizes and sterilizes bacteria and viruses; and
A carbon filter (350) that removes and purifies impurities by passing far-infrared rays and sterilizing oxygen and hydrogen anions generated from the hydrogen generation cartridge (340);
Microwave devices including.