KR102588855B1 - Apparatus for removing ozone and Sauna Capsule including the same - Google Patents

Abstract

The present invention supplies plasma and negative ions to remove odor from the elderly and patients, sterilize and disinfect the skin, and strengthen immunity by increasing body temperature, and an ozone removal device that can effectively remove ozone generated during plasma generation and a sauna equipped with the same. It is about a capsule, and specifically, it is formed on the inside of the chamber and the chamber where ozone is inhaled, connected to the filter part that filters the ozone, and formed on the outside of the chamber and the heating part that heats the filtered ozone. It is provided with a display control unit that displays and controls the removal process.

Description

Ozone removal device and sauna capsule comprising the same {Apparatus for removing ozone and Sauna Capsule including the same}

The present invention supplies plasma and negative ions to remove odor from the elderly and patients, sterilize and disinfect the skin, and strengthen immunity by increasing body temperature, and an ozone removal device that can effectively remove ozone generated during plasma generation and a sauna equipped with the same. It's about capsules.

Patent Document 001 has one side connected to the inner space of a plasma chamber with a built-in plasma generator for generating plasma, so that ozone generated when plasma is generated in the inner space of the plasma chamber can be discharged to the outside of the plasma chamber. A duct portion with a flow path formed along the inside so as to provide; a suction fan installed within the duct unit to suck in air inside the plasma chamber containing ozone and move it to the other side of the duct unit; a heating unit installed inside the duct unit to reduce ozone by heating the air flowing along the flow path of the duct unit; An ozone removal unit is installed inside the duct to allow air flowing along the passage of the duct to pass through, and is provided with a manganese dioxide catalyst that decomposes and removes ozone contained in the air. .

Patent Document 002 provides an apparatus for removing malodors and harmful gases, which includes a removal device main body provided with an inlet and an exhaust part and a space formed therein; An ozone treatment chamber provided at the inlet portion of the removal device main body and equipped with an ozone generator; It is disposed in contact with the ozone treatment chamber, and a (+) electrode network and a (-) electrode network are installed before and after the ionization activation network. A high voltage generator for the ionization filter device applies high voltage to the (+) electrode network and the (-) electrode network. Ionization filter device provided; and a deozone treatment chamber disposed in the removal device main body in contact with the ionization filter device and installed with an ionizer that ions separates ozone passing through the ionization filter device.

Patent document 003 relates to a capsule for physical therapy using rotating electromagnetic waves, which consists of a planar heating element composed of a synthetic resin film coated with a paint in which carbon black for heat and far-infrared radiation is dispersed as a conductive filler, a magnet for generating a magnetic field, and humidity About a physical therapy capsule that is equipped with a humidity controller for control and at the same time installs a panel made of a material that emits rotating electromagnetic waves on the floor to enable physical therapy using rotating electromagnetic waves along with far-infrared rays, magnetic fields, and negative ions at the same time. Presenting technology.

Patent Document 004 provides a capsule-type healing device, which includes a dormant capsule containing an aromatic material made of cypress (red yang tree) and red cedar, which is provided with a dormant space and releases phytoncide into the dormant space; A sonic vibrating bed that is provided so that a user can lie down on the bottom of the dormant capsule and generates vibration by sound waves; a sensory stimulation unit that stimulates at least one of the senses of sight, hearing, smell, and touch of the user of the dormant capsule; an information acquisition unit that acquires at least one of user status information about the user of the dormant capsule and environmental information about the internal environment of the dormant capsule; and a control unit that controls the sound wave vibrating bed or the sensory stimulation unit based on at least one of user state information and environmental information acquired by the information acquisition unit.

KR 10-2020-0063867 A (June 5, 2020) KR 10-1703896 B1 (February 1, 2017) KR 10-2009-0068659 A (June 29, 2009) KR 10-2016-0119994 A (October 17, 2016)

The present invention supplies plasma and negative ions to remove odor from the elderly and patients, sterilize and disinfect the skin, and strengthen immunity by increasing body temperature, and an ozone removal device that can effectively remove ozone generated during plasma generation and a sauna equipped with the same. It's about capsules.

It is intended to solve the problems of prior inventions, and the present invention relates to an ozone removal device, including a chamber 1100 through which ozone is sucked; A filtering unit 1200 formed inside the chamber 1100 and filtering ozone; A heating unit 1300 connected to the filtering unit 1200 and heating the filtered ozone; It is formed outside the chamber 1100 and consists of a display control unit 1400 that displays and controls the ozone removal process.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the chamber 1100 presented above; Filtration unit (1200); Heating unit 1300; The invention consists of a display control unit 1400; an ozone detection sensor 1210 formed in the filtering unit 1200 and detecting ozone sucked into the chamber 1100; A filtration filter (1220) connected to the ozone detection sensor (1210) and filtering ozone; An ionizer (1230) formed to be connected to the filtering unit (1200) and separating ions from the filtered ozone; A suction fan 1240 is formed on one side of the ionizer 1230 and sucks in ozone.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the chamber 1100 presented above; Filtration unit (1200); Heating unit 1300; The invention consists of a display control unit 1400; a fastening device 1250 formed in the chamber 1100 and fastening the filtration filter 1220 and the ionizer 1230; A duct 1260 is formed outside the chamber 1100 and induces the inflow and circulation of the ozone.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the chamber 1100 presented above; Filtration unit (1200); Heating unit 1300; The invention consists of a display control unit 1400; a heating device 1310 formed in the heating unit 1300 and removing ozone that has penetrated the filtering unit 1200; A temperature sensor 1320 is formed on one side of the heating device 1310 and measures temperature.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the chamber 1100 presented above; Filtration unit (1200); Heating unit 1300; The invention consists of a display control unit 1400; a control board 1410 formed in the display control unit 1400 and controlling the filtering unit 1200 and the heating unit 1300; A display 1420 is formed on the control board 1410 and displays the removal process and residual amount of ozone.

The present invention relates to a sauna capsule equipped with an ozone removal device, a case 2100 in which a user is seated, and which measures the user's pulse and status information; A cover 2200 coupled to one end of the case 2100 by a hinge and accommodating a part of the user's body; A sterilizing device 2300 accommodated in the case 2100 and supplying sterilizing material between the covers 2200 to sterilize the user's body; The ozone removal device 1000 of claim 1 removes residual ozone generated in the sterilization device 2300.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the case 2100 presented above; cover(2200); Sterilization device (2300); The invention consists of an ozone removal device (1000), which is formed in the case (2100) and includes a main body (2110) in which the sterilizing device (2300) and the ozone removal device (1000) are accommodated; A support 2120 that is coupled to the upper part of the main body 2110, on which the user sits, and has a plurality of supply holes 2121 through which a sterilizing material is supplied to the sterilizing device 2300. A variable device 2160 is formed on both sides of the case 2100 and changes the position of the cover 2200.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the case 2100 presented above; cover(2200); Sterilization device (2300); In the invention consisting of an ozone removal device (1000), the cover (2200) includes a partition plate (2210) that surrounds the user's neck and completely blocks and seals the body to partition it; An operating device 2230 is formed on the outside of the cover 2200 and operates the sterilizing device 2300 and the ozone removing device 1000.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the case 2100 presented above; cover(2200); Sterilization device (2300); The invention consists of an ozone removal device (1000); a plasma generator (2400) formed in the sterilization device (2300) and supplying plasma to sterilize the user's body; A negative ion generator 2500 that is formed integrally with or separate from the plasma generator 2400 and supplies negative ions to the user's body; A supply fan 2600 is formed at one end of the plasma generator 2400 and/or the negative ion generator 2500 and supplies plasma and negative ions.

The present invention relates to an ozone removal device and a sauna capsule equipped with the same, and includes the case 2100 presented above; cover(2200); Sterilization device (2300); The invention consists of an ozone removal device (1000), which is formed in the plasma generator (2400) and includes a moving part (2410) through which air is introduced; A plasma generating unit 2420 is formed on the moving unit 2410 and generates plasma by high pressure.

The present invention can increase the filtration effect by simultaneously filtering ozone using a filtration filter and an ionizer.

The present invention can effectively decompose ozone because the ionizer is formed as a soft x-ray photo ionizer.

The present invention allows filtered ozone to be heated to remove residual ozone.

The present invention can remove odor and increase the effect of sterilizing and disinfecting the skin by supplying plasma generated from a plasma generator to the elderly and patients accommodated inside the case.

The present invention can induce a user's skin regeneration effect and smooth blood circulation by using negative ions and ozone generated from a negative ion generator.

The present invention allows the user to sterilize and disinfect the skin while lying down or sitting.

According to the present invention, skin sterilization and disinfection can be performed while the user is seated in a wheelchair.

1 is a perspective view of the ozone removal device of the present invention.
Figure 2 is a cross-sectional view of the ozone removal device shown in Figure 1.
Figure 3 is a cross-sectional view showing a duct installed in an ozone removal device according to another embodiment.
Figure 4 is a cross-sectional view showing a filtration filter according to another embodiment.
Figure 5 is a perspective view showing the sauna capsule of the present invention.
Figure 6 is a cross-sectional view showing the sauna capsule shown in Figure 5.
Figure 7 is a perspective view showing the sterilization device of the present invention.
Figure 8 is a cross-sectional view showing the support of the present invention.
Figure 9 is an exemplary diagram showing the control device of the present invention.
10 to 11 are cross-sectional views showing a sauna capsule according to another embodiment.

Hereinafter, the most preferred embodiments of the present invention will be described in detail in order to enable those skilled in the art to easily practice the present invention.

Numbers cited in the examples below are not limited to the objects of citation and can be applied to all examples. An object that has the same purpose and effect as the configuration presented in the examples is an equivalent replacement object. The high-level concept presented in the examples includes low-level concept objects that are not described.

(Example 1-1) The present invention provides an ozone removal device (1000), comprising: a chamber (1100) into which ozone is inhaled; A filtering unit 1200 formed inside the chamber 1100 and filtering ozone; A heating unit 1300 connected to the filtering unit 1200 and heating the filtered ozone; It is formed outside the chamber 1100 and includes a display control unit 1400 that displays and controls the ozone removal process.

(Example 1-2) In Example 1-1, the ozone removal device of the present invention includes an inlet 1110 formed at the end of the chamber 1100 and through which ozone is sucked; It is formed at the other end of the inlet 1110 and an outlet 1120 through which ozone-free air is discharged.

(Example 1-3) In Example 1-1, the ozone removal device of the present invention includes that the chamber 1100 is made of a metal material.

(Example 1-4) In Example 1-1, the ozone removal device of the present invention is formed in the chamber 1100 and includes a power supply device to which electric power is supplied.

(Example 1-5) In Example 1-1, the ozone removal device of the present invention includes that the filtering unit 1200 and the heating unit 1300 are arranged with their positions changed.

The present invention relates to an ozone removal device. Specifically, the ozone removal device 1000 removes ozone generated from various causes such as plasma, LED, automobiles, and mechanical devices. This ozone removal device 1000 performs a sterilization or disinfection function and removes ozone generated from a plasma generator that decomposes chemicals. Ozone is widely used in wastewater treatment, water purification, microbial sterilization, air pollutant treatment, and odor removal. However, if unreacted ozone is discharged into the atmosphere, residual ozone can cause other environmental problems and serious problems such as respiratory diseases, so it must be removed using an appropriate treatment device. At this time, referring to FIG. 1, the ozone removal device 1000 is formed as a box-shaped chamber 1100. The chamber 1100 is made of a metal material and has an inlet 1110 and an outlet 1120 through which ozone is sucked. is formed.

At this time, the intake port 1110 and the discharge port 1120 are formed at both ends of the chamber 1100, respectively, and are formed in various sizes. In addition, the chamber 1100 is formed with a cover to replace the internal filtering unit 1200 and heating unit 1300, and the cover is formed to be in close contact with the chamber 1100 to improve airtightness. In addition, the chamber 1100 is formed with a power supply device, and receives external power and transmits it to the expression control unit 1400 to drive the filtering unit 1200 and the heating unit 1300. And the filtering unit 1200 formed inside the chamber 1100 filters the ozone sucked into the chamber 1100. The ozone filtered by the filtering unit 1200 is heated in the heating unit 1300 to remove ozone. will be. At this time, the positions of the filtering unit 1200 and the heating unit 1300 can be changed, so that ozone can be heated in the heating unit 1300 and then filtered. In addition, the display control unit 1400 formed on the outside of the chamber 1100 displays the ozone removal process or has an operation button to control the filtering unit 1200 and the heating unit 1300.

Therefore, the ozone removal device 1000 of the present invention has the feature of removing ozone generated by plasma by filtering and then heating it.

(Example 2-1) The present invention relates to an ozone removal device, and in Example 1-1, an ozone detection device is formed in the filtering unit 1200 and detects ozone sucked into the chamber 1100. sensor 1210; A filtration filter (1220) connected to the ozone detection sensor (1210) and filtering ozone; An ionizer (1230) formed to be connected to the filtering unit (1200) and separating ions from the filtered ozone; It is formed on one side of the ionizer 1230 and includes a suction fan 1240 that sucks ozone.

(Example 2-2) In Example 2-1, the ozone removal device of the present invention includes the ozone detection sensor 1210 detecting one selected from ozone gas, plasma, negative ions, and positive ions.

(Example 2-3) In Example 2-1, the ozone removal device of the present invention includes the filtration filter 1220 made of carbon and a plurality of through holes 1221 through which ozone passes.

(Example 2-4) In Example 2-1, the ozone removal device of the present invention includes that the ionizer 1230 is formed of a soft x-ray photo ionizer 1230 (Photo Ionizer). .

(Example 2-5) In the ozone removal device of the present invention in Example 2-1, the filtration filter 1220 and the ionizer 1230 are formed to be detachable from the chamber 1100. Includes.

(Example 2-6) In Example 2-1, the ozone removal device of the present invention includes a high voltage generator 1231 formed in the ionizer 1230 and outputting a high voltage; It is formed at the end of the high voltage generator 1231 and includes an irradiation module 1232 that irradiates soft x-rays.

The present invention relates to the filtering unit 1200, and specifically, the filtering unit 1200 filters ozone sucked into the chamber 1100. Referring to FIG. 2, this filtering unit 1200 includes an ozone detection sensor 1210 formed in the direction of the inlet 1110 of the chamber 1100, and the ozone detection sensor 1210 is formed in plural numbers to detect ozone gas, A variety of gases and ozone can be measured among plasma, negative ions, and positive ions. And the ozone detected by the ozone detection sensor 1210 passes through the filtration filter 1220 and is filtered. The filtration filter 1220 is made of carbon, and a plurality of through holes 1221 are formed therein. At this time, the through hole 1221 is formed in a polygonal shape such as a circle, triangle, or square, and is formed to connect the front and back sides to allow ozone to smoothly penetrate. In addition, the ozone that has penetrated the filtration filter (1220) passes through the ionizer (1230) and is removed as the ozone moves by the suction fan (1240) formed at the rear of the ionizer (1230).

At this time, the ionizer 1230 is formed of a soft An ozone removal space is formed at one end through which ozone penetrates. And the irradiation module 1232 formed in the high voltage generator 1231 in the direction of the ozone removal space irradiates soft x-rays, and the soft x-rays penetrating into the ozone removal space ionize gas in the air and generate Ozone is removed by removing the charge of ozone by positive and negative ions or electrons.

(Example 2-7) In Example 2-1, the ozone removal device of the present invention includes a plurality of filter plates 1234 formed in the filtration filter 1220 and through which ozone passes; It includes a control plate 1235 formed between the filter plates 1234 and controlling the direction of movement of ozone.

(Example 2-8) In Example 2-7, the ozone removal device of the present invention includes a plurality of filter plates 1234 and a filter box 1233 surrounding the control plate 1235.

The present invention relates to a filtration filter 1220, and specifically, the filtration filter 1220 is one through which ozone is removed. Referring to FIG. 4, this filtration filter 1220 is formed as a filtration box 1233, and a plurality of filtration plates 1234 are formed in the filtration box 1233. At this time, the filter box 1233 and the filter plate 1234 are formed with a plurality of through holes 1221 through which ozone passes, and the filter plate 1234 is made of carbon and filters ozone. In addition, a control plate 1235 is formed between the plurality of filter plates 1234, and the control plate 1235 is formed with one end in contact with the filter box 1233 open, and the other control plate 1235 is formed to be spaced apart from the control plate 1235. The other end is open and ozone moves. For example, the ozone that has penetrated the filter plate (1234) moves through the opening formed at the upper end of the control plate (1235) so that it is directed to the other filter plate (1234), and the ozone that has penetrated the other filter plate (1234) moves to the other filter plate (1234). Ozone moves through an opening formed at the bottom, the other end of the control plate 1235, and penetrates another filter plate 1234. In this way, the plurality of filter plates 1234 are moved in a zigzag manner by the control plate 1235. This is to increase the filtration efficiency by increasing the time for ozone to move inside the filter box 1233.

(Example 3-1) The present invention relates to an ozone removal device. In Example 2-1, an ozone removal device is formed in the chamber 1100 and the filtration filter 1220 and the ionizer 1230 are fastened. fastening device (1250); It includes a duct 1260 formed outside the chamber 1100 and leading to the inflow and circulation of the ozone.

(Example 3-2) In the ozone removal device of the present invention in Example 3-1, the fastening device 1250 is formed inside the chamber 1100, and the filtration filter 1220 and the ionizer It includes a guide rail on which (1230) is guided.

(Example 3-3) In Example 3-2, the ozone removal device of the present invention includes a separation prevention protrusion formed on the guide rail and preventing separation of the fastening device 1250.

(Example 3-4) In the ozone removal device of the present invention in Example 3-1, the duct 1260 is a first duct 1261 connecting the ozone detection sensor 1210 and the suction fan 1240. ); It includes a second duct 1262 connecting the ozone detection sensor 1210 and an end of the heating unit 1300.

(Example 3-5) In Example 3-1, the ozone removal device of the present invention includes a circulation fan 1263 formed in the duct 1260 and circulating ozone.

The present invention relates to the chamber 1100, and specifically, the chamber 1100 is equipped with a filtration filter 1220 and an ionizer 1230. If ozone is not removed, the ozone is circulated and filtered again. Referring to FIG. 3, this chamber 1100 has a fastening device 1250 inside which the filtration filter 1220 and the ionizer 1230 are fastened, and the fastening device 1250 is formed as a guide rail to achieve filtration. The filter 1220 and ionizer 1230 are smoothly inserted. The fastening device 1250 is formed of a guide rail, and a separation prevention protrusion is formed at the bottom to prevent the filtration filter 1220 and the ionizer 1230 inserted into the guide rail from moving upward. And the fastening device 1250 is formed to be spaced apart from each other in order to adjust the gap between the filtration filter 1220 and the ionizer 1230. In addition, the fastening device 1250 is formed in plural, and the plurality of filtration filters 1220 and the ionizer 1230 can be fastened to overlap each other or fastened sequentially to increase filtration efficiency.

The filtration filter 1220 and the ionizer 1230 are fastened to the fastening device 1250, and if ozone is not properly filtered after penetrating the filtration filter 1220 and the ionizer 1230, the first duct It is filtered again according to (1261). The first duct 1261 is formed with an ozone detection sensor 1210 to determine the filtration rate of ozone passing through the ionizer 1230. If the ozone is not filtered smoothly, a suction fan ( 1240) and the front of the filtration filter 1220. And a circulation fan 1263 is formed in the first duct 1261 to circulate ozone.

And, if ozone is not removed after the ozone is heated in the heating unit 1300, the ozone is circulated to the front of the filtration filter 1220 through the second duct 1262. In this way, the first duct 1261 and the second duct 1262 are formed with valves to control the direction of ozone and circulate ozone according to the ozone filtration rate.

Accordingly, the chamber 1100 of the present invention is equipped with a filtration filter 1220 and an ionizer 1230 in a detachable manner, and a duct 1260 is formed to effectively filter ozone by circulating it.

(Example 4-1) The present invention relates to an ozone removal device. In Example 3-1, the heating device is formed in the heating unit 1300 and removes ozone that has penetrated the filtering unit 1200. (1310); It is formed on one surface of the heating device 1310 and includes a temperature sensor 1320 that measures temperature.

(Example 4-2) In Example 4-1, the ozone removal device of the present invention includes the heating device 1310 adjusting the temperature according to the amount of ozone.

(Example 4-3) In Example 4-1, the ozone removal device of the present invention includes the temperature sensor 1320 measuring the temperature of air passing through the heating device 1310.

The present invention relates to the heating unit 1300, and specifically, the heating unit 1300 heats and removes ozone filtered and delivered by the filtering unit 1200. The heating unit 1300 removes ozone filtered in the filtering unit 1200 by the suction fan 1240 by heating it, thereby forming the heating device 1310. The heating device 1310 may be formed as a PTC heater that heats by electric current, and the heating method of the heating device 1310 is not limited. In addition, the temperature of the heating device 1310 is controlled by the expression control unit 1400, and the amount of ozone filtered by the filtering unit 1200 is limited depending on the amount of ozone, so the heating unit 1300 operates at a higher temperature. This removes residual ozone.

In addition, an outlet 1120 is formed at the rear of the heating device 1310, and a temperature sensor 1320 is formed between the heating device 1310 and the outlet 1120 to measure the temperature of the air discharged after ozone is removed. will be.

(Example 5-1) The present invention relates to an ozone removal device, and in Example 4-1, it is formed in the expression control unit 1400 and controls the filtering unit 1200 and the heating unit 1300. a control board 1410; It is formed on the control board 1410 and includes a display 1420 that displays the removal process and residual amount of ozone.

(Example 5-2) In Example 5-1, the ozone removal device of the present invention includes a filtration control unit formed on the control board 1410 and controlling the filtration unit 1200; It includes a heating control unit that controls the heating unit 1300.

(Example 5-3) In the ozone removal device of Example 5-1, the control board 1410 includes a position control unit that measures the position at which ozone is removed.

(Example 5-4) In Example 5-1, the ozone removal device of the present invention includes the display lamp 2250, where the display 1420 displays the progress of ozone.

(Example 5-5) In Example 5-1, the ozone removal device of the present invention includes displaying the replacement time of the filter unit 1200.

The present invention relates to the display control unit 1400. Specifically, the display control unit 1400 displays the position where ozone is filtered and controls the filtering unit 1200 and the heating unit 1300. This display control unit 1400 is formed outside the chamber 1100 as shown in FIG. 1, and a display 1420 is formed to display the process of ozone being filtered and removed. And a control board 1410 is formed in the chamber 1100 to control the filtering unit 1200 and the heating unit 1300. The control board 1410 is formed with a filtration control unit that controls the filtration unit 1200 and a heating control unit that controls the heating unit 1300, and the filtration control unit determines the lifespan of the filtration filter 1220 and the ionizer 1230. At the same time, the ionizer 1230 determines ozone and operates it. And the heating control unit controls at least one heating unit 1300, and can control the temperature of the heating unit 1300.

In this way, the ozone removal process in the control board 1410 is displayed on the display 1420, and the display 1420 sequentially displays the ozone removal steps through the plurality of display lamps 2250. And the display 1420 displays the lifespan of the filtration filter 1220 and the ionizer 1230 to determine replacement time.

(Example 6-1) The present invention relates to a sauna capsule equipped with an ozone removal device, and in Example 5-1, a case 2100 in which a user is seated and measures the user's pulse and status information; A cover 2200 coupled to one end of the case 2100 by a hinge and accommodating a part of the user's body; A sterilizing device 2300 accommodated in the case 2100 and supplying sterilizing material between the covers 2200 to sterilize the user's body; It includes the ozone removal device 1000 of Example 1-1, which removes residual ozone generated in the sterilization device 2300.

(Example 6-2) In Example 6-1, the sauna capsule equipped with the ozone removal device of the present invention controls the sterilizing device 2300 and the cover 2200, and uses an external smart device 2190. It includes a control device 2180 that works with.

(Example 6-3) In Example 6-1, the sauna capsule equipped with the ozone removal device of the present invention is formed in the control device 2180, and includes the cover 2200 and the sterilization device 2300. a control unit that controls; It includes a communication unit that transmits user information to the smart device (2190).

(Example 6-4) In Example 6-1, the sauna capsule equipped with the ozone removal device of the present invention is formed in the control unit and supplies current to the cover 2200 and the sterilizing device 2300. Includes a power supply unit.

The present invention relates to a sauna capsule equipped with an ozone removal device. Specifically, the sauna capsule (2000) allows the user to sit inside and emit far-infrared rays, plasma, and negative ions to the user in order to sterilize the skin and strengthen immunity by increasing body temperature. It is to supply. This sauna capsule (2000) does not discriminate between users' various ages and genders, but is generally suitable for the elderly and the disabled for sterilization and disinfection by removing senile odor and preventing skin aging. And the sauna capsule for disinfection (2000) can deodorize and disinfect bad odors, skin diseases, and strange diseases that occur in elderly people, disabled people, or patients who have difficulty in bathing due to long-term hospitalization or environmental conditions and whose skin regeneration is not smooth. In addition, the sauna capsule for disinfection (2000) is movable and supplies far-infrared rays, plasma, and negative ions as current is supplied, so it can be used at home, hospitals, nursing homes, etc.

Referring to FIG. 5, the disinfection sauna capsule 2000 is formed into a case 2100 in which a user is seated and the pulse and status information of the user are measured. And one end of the case 2100 is connected by a hinge to form a cover 2200 that accommodates a part of the user's body, and various sterilizing substances such as plasma and anions are supplied between the case 2100 and the cover 2200. A sterilizing device 2300 that sterilizes the user's body is formed. Then, an ozone removal device 1000 is formed to remove ozone from the sterilizing substances supplied from the sterilization device 2300, and the ozone removal device 1000 filters and removes ozone.

In addition, referring to FIG. 9, the control device 2180 controls the sterilizing device 2300 and the cover 2200, so that the cover 2200 comes into close contact with the user after the user is seated, and the cover 2200 and the sterilizing device 2300 ) is controlled respectively to control the user's sterilization and sauna. And the control unit formed in the control device 2180 and controlling the cover 2200 and the sterilizing device 2300 controls the plurality of far-infrared ray generators 2240 formed in the cover 2200 to increase the user's body temperature. This can be displayed through the display device 2220 of the cover 2200. Additionally, the sterilizing device 2300 can be driven by turning off the power to the far-infrared ray generator 2240 of the cover 2200. At this time, the control unit can control the cover 2200, the far-infrared ray generator 2240, and the sterilization device 2300 through a control process of blocking and supplying current supplied from the power source.

In addition, the communication unit can transmit the user's temperature, pulse, sterilization process, sterilization time, etc. displayed on the display device 2220 to the smart device 2190 of the user and manager. At this time, the smart device 2190 can be formed in various ways, such as a smartphone or a PC, and the screen displayed on the smart device 2190 is the same as that of the display device 2220 or is formed similarly to the configuration of the display device 2220. . In addition, the smart device 2190 stores the sterilization process and sterilization time applied differently depending on the user's physical condition, and displays it as information later when the user uses the sauna capsule 2000 to compare and register the sterilization process and time settings. can do.

At this time, the smart device 2190 has an operation function of the operation device 2230 added in addition to the image displayed by the display device 2220, so that the administrator can check and control the user's status through the smart device 2190.

(Example 7-1) The present invention relates to a sauna capsule equipped with an ozone removal device. In Example 6-1, it is formed in the case 2100, and includes the sterilization device 2300 and the ozone removal device. A main body (2110) in which (1000) is accommodated therein; A support 2120 that is coupled to the upper part of the main body 2110, on which the user sits, and has a plurality of supply holes 2121 through which a sterilizing material is supplied to the sterilizing device 2300. It includes a variable device 2160 that is formed on both sides of the case 2100 and changes the position of the cover 2200.

(Example 7-2) In Example 7-1, the sauna capsule equipped with the ozone removal device of the present invention is formed at the lower part of the case 2100 and includes a moving device that guides the movement of the case 2100. (2170);

(Example 7-3) In Example 7-1, the sauna capsule equipped with the ozone removal device of the present invention is formed in the case 2100, and includes the sterilization device 2300 and the ozone removal device 1000. Includes a receiving space 2111 where is accommodated.

(Example 7-4) In Example 7-1, the sauna capsule equipped with the ozone removal device of the present invention includes the support 2120 being formed as a bed for the user to use while lying down.

(Example 7-5) In Example 7-1, the sauna capsule equipped with the ozone removal device of the present invention includes a heating device 2130 formed on the support 2120 and supplying heat to the user. do.

(Example 7-6) In Example 7-5, the sauna capsule equipped with the ozone removal device of the present invention includes a plurality of current supply devices 2131 that are formed in the heating device 2130 and supply heat; It includes a heating wire 2132 that connects the plurality of current supply devices 2131 and generates heat by current.

(Example 7-7) In Example 7-6, the sauna capsule equipped with the ozone removal device of the present invention is formed in the heating device 2130, and includes the current supply device 2131 and the heating wire 2132. It includes a heating material (2133) surrounding the.

(Example 7-8) In Example 7-7, the sauna capsule equipped with the ozone removal device of the present invention is formed at the bottom of the support 2120, and includes a heating plate on which the heater 2130 is mounted. (2134);

The present invention relates to a case 2100, and specifically, the case 2100 is what the user sits on. Referring to FIG. 6, this case 2100 is installed on the floor where the sauna capsule 2000 is installed, and is equipped with a plurality of moving devices 2170 at the bottom so that it can move freely. Here, the moving device 2170 is formed in various ways, such as wheels and rails, and is not limited in the present invention. And the case 2100 is formed with a receiving space 2111 in which the sterilizing device 2300 and the ozone removing device 1000 are accommodated, and a main body 2110 is formed with an open upper part to form an open surface. . In addition, it is formed to be detachable on the open surface of the main body 2110 so that the user can lie down, sit, or place a wheelchair, and a plurality of supply holes 2121 through which sterilizing substances such as plasma and anions are supplied to the sterilizing device 2300. A support 2120 having a is formed.

The main body 2110 is formed to be long in one direction so that the user can be seated while lying down between the case 2100 and the cover 2200, and an end in the longitudinal direction is raised upward so that the user's head can be seated. At this time, a cushion is formed on the head to encourage the user to lie down comfortably for a long time. In addition, the main body 2110 is equipped with a sterilizing device 2300 and an ozone removal device 1000 in a receiving space 2111 formed to be open inside, and the sterilizing material generated by the sterilizing device 2300 escapes to the outside. It is formed in a sealed structure to prevent it from happening. In addition, a step is formed on the open surface of the main body 2110 so that the support 2120 is detachable, and the support 2120 is fixed to the main body 2110 by a fixing device.

And the main body 2110 is formed with a heart rate measuring device and a thermometer that measure status information such as the user's pulse and body temperature, and the heart rate measuring device and thermometer are formed to surround the wrist or come into contact with the support 2120 on the user's back. Additionally, the support 2120 formed on the main body 2110 is formed with a heating device 2130 to apply heat to the user. Referring to FIG. 8, the heating device 2130 connects a plurality of current supply devices 2131 and a plurality of current supply devices 2131 that supply heat by current, and has a heating wire 2132 that generates heat by current. is formed A plurality of heating wires 2132 are formed to be spaced apart from each other at equal intervals, and the current supply device 2131 and the heating wire 2132 are formed to be surrounded by a heating material 2133 made of rubber. In this way, a plurality of the heating devices 2130 are formed in a predetermined size and arranged in a module form at the bottom of the support 2120. At this time, the heating plate 2134 has a shape that is recessed downward, and the heating device 2130 is disposed at the recessed position.

In addition, the main body 2110 is formed with a variable device 2160 on both sides to raise, lower, and rotate the cover 2200, and the variable device 2160 is formed as a cylinder to raise and lower the cover 2200 by hydraulic and pneumatic pressure. do. At this time. The ends of the cover 2200 and the main body 2110 are coupled by a hinge, and the cover 2200 rotates at a predetermined angle at the end of the main body 2110 to open and close. One end of the cylinder is coupled to the main body 2110, and the other end is coupled to the cover 2200 to open and close the cover 2200 as the cylinder drives. In addition, the variable device 2160 rotates at the end of the main body 2110 by a motor in addition to the cylinder and opens and closes, allowing the user to simply lie down on the main body 2110.

(Example 7-9) In the sauna capsule equipped with the ozone removal device of the present invention in Example 7-1, the support 2120 is a chair or wheelchair holder on which the user enters and sits inside the case 2100. It includes being formed as a selected one.

(Example 7-10) In Example 7-9, the sauna capsule equipped with the ozone removal device of the present invention includes an entry door 2140 through which the user enters.

(Example 7-11) In Example 7-9, the sauna capsule equipped with the ozone removal device of the present invention includes a rotating device 2150 in which both ends of the support 2120 rotate.

The present invention relates to the support 2120, and specifically, the support 2120 is formed as a chair and wheelchair holder on which the user enters and sits inside the case 2100. Referring to FIGS. 10 and 11, this support 2120 is formed inside the case 2100, and when the support 2120 is formed as a chair, both ends of the chair are rotated by the rotating device 2150, so that it is attached to the chair. The user's posture can be adjusted in various ways. And when the support 2120 is formed as a wheelchair stand, the user enters the inside of the case 2100 when the entry door 2140 inside the case 2100 is opened and closed. At this time, the case 2100 is smaller than when used lying down because the user does not lie down but protrudes the neck outward and then sits on the support 2120 of the case 2100 or sits in a wheelchair. Since it can be installed even in a small space, it can sterilize the user.

(Example 8-1) The present invention relates to a sauna capsule equipped with an ozone removal device. In Example 7-1, the cover 2200 surrounds the user's neck and completely blocks and seals the body. partition plate 2210; It is formed outside the cover 2200 and includes an operating device 2230 that operates the sterilizing device 2300 and the ozone removing device 1000.

(Example 8-2) The sauna capsule equipped with the ozone removal device of the present invention is in Example 8-1, wherein the partition plate 2210 is such that the user's body excluding the head is connected to the cover 2200 and the main body ( 2110) and an open hole formed to the same size as the neck to be accommodated therebetween.

(Example 8-3) In Example 8-1, the sauna capsule equipped with the ozone removal device of the present invention is formed at the top of the partition plate 2210, and is a display device that displays the sterilization process and conveys it to the user. (2220);

(Example 8-4) In Example 8-1, the sauna capsule equipped with the ozone removal device of the present invention is formed inside the cover 2200 and generates heat to increase the user's body temperature. It includes a far-infrared ray generator (2240).

(Example 8-5) In the sauna capsule equipped with the ozone removal device of the present invention in Example 8-4, the far-infrared ray generator 2240 is formed on the inner upper part of the cover 2200 and is formed in a zigzag pattern. Includes; becoming.

The present invention relates to the cover 2200, and specifically, the cover 2200 is formed to surround the user as it is raised, lowered, opened and closed at the top of the case 2100. This cover 2200 is formed with a partition plate 2210 that surrounds the user's body excluding the neck. The partition plate 2210 is formed on the hinge and the other end, and extends to the bottom of the cover 2200 to cover the user's neck. It is formed to surround. The partition plate 2210 is designed to completely block, seal, and partition the body, and has an open hole of the same size as the neck so that the user's body, excluding the head, can be accommodated between the cover 2200 and the main body 2110. The open hole is formed over a certain size to apply to all people and is wrapped with elastic material. Additionally, the partition plate 2210 is formed as a blackout film to prevent light emitted from the inside of the cover 2200 from being exposed to the outside. In addition, the cover 2200 is formed so that the rear and both sides where the hinge is coupled are bent toward the main body 2110, and a partition plate 2210 is coupled to the front of the cover 2200. This partition plate 2210 is formed to surround the user's neck, but in the present invention, the partition plate 2210 can be formed in various ways, such as being formed in a square shape inside the cover 2200. Specifically, the partition plate 2210 is formed inside the cover 2200 and has a structure that completely seals the area below the user's neck.

Additionally, a display device 2220 is formed on the front of the cover 2200, and at the top of the partition plate 2210, the user can check the operating state of the sterilizing device 2300 after the cover 2200 is closed. This display device 2220 is preferably formed as a monitor, and displays images such as video and music to pass the operating process and time of the sterilizing device 2300 and the user's filtering time. At this time, the display device 2220 displays the user's pulse, the operating time and switch of the sterilizing device 2300, the humidity and temperature inside the case 2100, and user information.

In addition, a manipulation device 2230 is formed on the cover 2200, and the manipulation device 2230 is displayed on the display device 2220 or is formed on the front outside of the cover 2200, and the cover 2200 is connected to the main body 2110. After being closed, the manager is configured to operate the sterilizing device 2300, etc.

And the cover 2200 is formed with a far-infrared ray generator 2240 that increases the user's body temperature. The far-infrared ray generator 2240 is formed on the inner surface of the cover 2200 and is made of ceramic far-infrared rays, etc. to form the case 2100. ) is settled on. At this time, the far-infrared ray generator 2240 is formed on the inner upper part of the cover 2200 and is formed in a zigzag pattern to supply heat to the entire body of the user. Accordingly, the temperature inside the case 2100 rises and the user's sweat and waste products are discharged. This far-infrared ray generator 2240 can maintain an appropriate temperature with an 80-90 W far-infrared carbon heater so that infrared rays with a wavelength of 25 ㎛ or more are maintained at 25-75°C for 30 minutes.

In this way, as heat is supplied from the far-infrared ray generator 2240, waste products are discharged along with the user's sweat, helping to eliminate bacteria that cause various diseases, and expanding capillaries to promote blood circulation and cell tissue production. Helpful. And when it comes in contact with the moisture and protein molecules that make up cells, it shakes the cells finely 2,000 times per minute, activating cellular tissue, which is effective in preventing aging, promoting metabolism, and preventing various adult diseases such as chronic fatigue.

In addition, the cover 2200 has a plurality of lamps 2250 formed on both sides of the interior to provide convenience to the user, and a thermometer and a hygrometer are provided inside.

(Example 9-1) The present invention relates to a sauna capsule equipped with an ozone removal device. In Example 8-1, it is formed in the sterilization device 2300 and supplies plasma to sterilize the user's body. A plasma generator (2400) that performs; A negative ion generator 2500 that is formed integrally with or separate from the plasma generator 2400 and supplies negative ions to the user's body; It includes a supply fan 2600 that is formed at one end of the plasma generator 2400 and/or the negative ion generator 2500 and supplies plasma and negative ions.

(Example 9-2) The sauna capsule equipped with the ozone removal device of the present invention is in Example 9-1, wherein the plasma generator 2400 and the negative ion generator 2500 are formed to contact each other. Includes.

(Example 9-3) In Example 9-1, the sauna capsule equipped with the ozone removal device of the present invention is the supply fan 2600 of the plasma generator 2400 and the negative ion generator 2500. It includes those formed at the ends.

(Example 9-4) The sauna capsule equipped with the ozone removal device of the present invention is in Example 9-1, wherein the negative ion generator 2500 includes a current supply unit that supplies high-voltage current; A charging unit in which negative ions are generated by the high-voltage current supplied from the current supply unit; It includes a supply unit that supplies negative ions generated in the charging unit to the user's body.

The present invention relates to a sterilizing device 2300, and specifically, the sterilizing device 2300 generates and supplies plasma and negative ions. Referring to FIG. 7, this sterilizing device 2300 generates plasma and negative ions by high-voltage current, and the plasma and negative ions are supplied by the supply fan 2600 as they are generated sequentially. At this time, the plasma generator 2400 and the negative ion generator 2500 are formed to be in contact with each other, and plasma and negative ions are sequentially generated by the control device 2180. The plasma generator 2400 generates plasma by high voltage, and the negative ion generator 2500 receives a high-voltage current from the plasma generator 2400 and supplies negative ions. At this time, the negative ion generator 2500 includes a current supply unit to which high-voltage current is supplied, a charging unit to generate negative ions by the high-voltage current supplied from the current supply unit, and a supply unit to supply the negative ions generated in the charging unit to the user's human body. have wealth

The current supply unit is connected to the high-voltage current unit of the plasma generator 2400, and supplies the high-voltage current supplied from the high-voltage current unit to the charging unit. The charging part is shaped like a plate made of copper and generates negative ions by high-voltage current. At this time, when a high voltage of 5,000 to 7,000 volts is applied to the charging part, negative ions are generated from the metal. Negative ions remove dust in the air, are effective in regenerating the skin, and can facilitate the supply of influence within cells. In addition, negative ions discharge waste products outside the cells, which can relieve pain and increase blood purification effects. These negative ions are supplied into the case 2100 through the supply unit, and the supply unit can supply the negative ions using a separate pump.

In this way, the plasma generated from the plasma generator 2400 and the negative ions generated from the negative ion generator 2500 are supplied to the user's body in an appropriate amount, but the amount and time must be adjusted differently depending on the user, so the plasma and negative ions are absorbed and discharged. A pipe 2700 may be provided in the case 2100.

And the discharge pipe 2700 is connected to the ozone removal device 1000 of Examples 1-1 to 5-1, so that ozone between the case 2100 and the cover 2200 is filtered and removed through the ozone removal device 1000. and is discharged. Ozone is filtered through the filtration filter 1220 and ionizer 1230 of the ozone removal device 1000, and as it is supplied to the heating unit 1300 by the suction fan 1240, the remaining ozone is removed and only air is discharged. .

(Example 10-1) The present invention relates to a sauna capsule equipped with an ozone removal device, and in Example 9-1, a moving part 2410 formed in the plasma generator 2400 and into which air flows is provided. ; It is formed on the moving part 2410 and includes a plasma generating part 2420 that generates plasma by high pressure.

(Example 10-2) In Example 10-1, the sauna capsule equipped with the ozone removal device of the present invention includes an electrode plate formed in the plasma generating unit 2420 and generating a current short circuit by current. Includes.

(Example 10-3) The sauna capsule equipped with the ozone removal device of the present invention includes Example 10-1, wherein the electrode plate is formed of a PDP plate.

(Example 10-4) In Example 10-1, the sauna capsule equipped with the ozone removal device of the present invention includes a high-voltage current unit that converts the current supplied to the moving unit 2410 into high voltage.

(Example 10-5) The sauna capsule equipped with the ozone removal device of the present invention includes Example 10-4, wherein the high-voltage current unit is formed of AC.

The present invention relates to a plasma generator 2400, and specifically, the plasma generator 2400 generates plasma by a current short generated in a plurality of electrode plates. This plasma generator 2400 is formed with a moving part 2410 through which air flows, and the moving part 2410 moves the air supplied by the supply fan 2600. And the high-voltage current unit, which converts the current supplied to the moving part 2410 into high voltage, supplies current to supply high-voltage current to the plasma generating part 2420 formed in the moving part 2410, and the supplied current is converted to AC. It is generally used in homes, nursing homes, etc. and is converted to 30,000 volts in the high voltage current section. At this time, the high-voltage current is transmitted to the plasma generator 2420 to generate plasma and form a plasma space. In addition, the plasma generator 2420 is formed on a PDP plate at the top and bottom, respectively, and a high-voltage current is supplied to the metal electrode line formed on the PDP plate, causing a current short circuit. Accordingly, the air supplied through the moving part 2410 is decomposed to generate plasma.

At this time, plasma is supplied to the main body 2110 and the cover 2200 through a plurality of supply pipes 2310, and the plasma sterilizes the user's body accommodated in the case 2100. This plasma is mixed with the body's sweat to remove harmful substances such as bacteria, and can be absorbed into the body to remove various harmful substances such as bacteria.

Accordingly, various odors such as unpleasant odors and disinfection odors of the elderly, the disabled, or patients can be removed, and the wound area can be disinfected.

1000: Ozone removal device 1100: Chamber
1110: Inlet 1120: Outlet
1200: Filtering unit 1210: Ozone detection sensor
1220: Filtration filter 1221: Through hole
1230: Ionizer 1231: High voltage generator
1232: Investigation module 1233: Filtration enclosure
1234: Filter plate 1235: Control plate
1240: Suction fan 1250: Fastening device
1260: Duct 1261: First duct
1262: Second duct 1263: Circulation fan
1300: heating unit 1310: heating device
1320: Temperature sensor 1400: Display control unit
1410: Control board 1420: Display
2000: Sauna Capsule 2100: Case
2110: main body 2111: accommodation space
2120: support 2121: supply hole
2130: Heating device 2131: Current supply device
2132: heating wire 2133: heating material
2134: Heated mounting plate 2140: Entry door
2150: Rotating device 2160: Variable device
2170: Mobile device 2180: Control device
2190: Smart device 2200: Cover
2210: partition plate 2220: display device
2230: Control device 2240: Far-infrared ray generator
2250: Lamp 2300: Sterilization device
2310: Supply piping 2400: Plasma generator
2410: moving part 2420: plasma generating part
2500: Negative ion generator 2600: Supply fan
2700: Discharge pipe

Claims (10)

A chamber 1100 where ozone is inhaled;
A filtering unit 1200 formed inside the chamber 1100 and filtering ozone;
A heating unit 1300 connected to the filtering unit 1200 and heating the filtered ozone;
A display control unit 1400 is formed outside the chamber 1100 and displays and controls the ozone removal process,
The filtering unit 1200,
An ozone detection sensor 1210 that detects ozone sucked into the chamber 1100;
A filtration filter (1220) connected to the ozone detection sensor (1210) and filtering ozone;
an ionizer (1230) formed to contact the filtering unit (1200) and separating ions from the filtered ozone;
It includes a suction fan 1240 formed on one side of the ionizer 1230 and sucking in ozone,
The filtration filter 1220 is,
A plurality of filter plates 1234 through which ozone passes;
It includes a control plate 1235 formed between the filter plates 1234 and controlling the direction of movement of ozone,
A fastening device 1250 formed in the chamber 1100 and fastened to the filtration filter 1220 and the ionizer 1230;
It includes a duct 1260 formed outside the chamber 1100 and leading to the inflow and circulation of the ozone,
The duct 1260 is,
A first duct 1261 connecting the ozone detection sensor 1210 and the suction fan 1240;
It includes a second duct 1262 connecting the ozone detection sensor 1210 and an end of the heating unit 1300,
The ozone removal device (1000) includes filtering the ozone again through the first duct (1261) if the ozone is not properly filtered after passing through the filtration filter (1220) and the ionizer (1230).
delete delete In claim 1,
A heating device 1310 formed in the heating unit 1300 and removing ozone that has penetrated the filtering unit 1200;
An ozone removal device (1000) including a temperature sensor (1320) formed on one surface of the heating device (1310) and measuring temperature.
In claim 4,
A control board 1410 formed in the expression control unit 1400 and controlling the filtering unit 1200 and the heating unit 1300;
An ozone removal device (1000) including a display (1420) formed on the control board (1410) and displaying the removal process and residual amount of ozone.
A case 2100 in which the user is seated and the user's pulse and status information are measured;
A cover 2200 coupled to one end of the case 2100 by a hinge and accommodating a part of the user's body;
A sterilizing device 2300 accommodated in the case 2100 and supplying sterilizing material between the covers 2200 to sterilize the user's body;
A sauna capsule equipped with an ozone removal device including an ozone removal device (1000) of claim 1, which removes residual ozone generated in the sterilization device (2300).
In claim 6,
A main body 2110 formed in the case 2100 and containing the sterilizing device 2300 and the ozone removing device 1000 therein;
A support 2120 that is coupled to the upper part of the main body 2110, on which the user sits, and has a plurality of supply holes 2121 through which a sterilizing material is supplied to the sterilizing device 2300.
A sauna capsule provided with an ozone removal device including a variable device (2160) formed on both sides of the case (2100) and varying the position of the cover (2200).
In claim 6,
The cover 2200 includes a partition plate 2210 that surrounds the user's neck and completely blocks and seals the body.
A sauna capsule including an ozone removal device, which is formed outside the cover 2200 and includes an operating device 2230 that operates the sterilization device 2300 and the ozone removal device 1000.
In claim 6,
A plasma generator 2400 formed in the sterilization device 2300 and supplying plasma to sterilize the user's body;
A negative ion generator 2500 that is formed integrally with or separate from the plasma generator 2400 and supplies negative ions to the user's body;
A sauna capsule including an ozone removal device including a supply fan 2600 formed at one end of the plasma generator 2400 and/or the negative ion generator 2500 and supplying plasma and negative ions.
In claim 9,
A moving part 2410 formed in the plasma generator 2400 and through which air flows;
A sauna capsule provided with an ozone removal device including a plasma generating unit 2420 formed on the moving unit 2410 and generating plasma by high pressure.