KR200343829Y1 - Sterilizing and drying device with ozone - Google Patents

Abstract

The present invention relates to an ozone sterilization dryer, and more particularly, has a drying and de-ozonation function in addition to the sterilizing and deodorizing effect, thereby minimizing the air emission of ozone gas to prevent air pollution as well as heat generated during deozone. It is possible to achieve the power saving effect by using in forming high temperature when drying, and as the ozone sterilizer which reduces the number of parts by integrating the above functions and simplifies the structure, it is connected to the ozone generator 20 and the ozone generator 20 and sealed. Sterilization drying unit 25 of the predetermined space, the inlet is connected to the sterilization drying unit 25 and the outlet is open to the outside, there is an electric superheat plate 30 for de-zone ozone inside and the electric superheater plate ( Deozone 45 having a heat transfer unit 40 for transferring the heat generated by the 30 to the outside, and connected to the sterilization drying unit 25 to supply external air to the sterilization drying unit Pungpaen (15) and to the ozone disinfection dryer comprising a hot air dryer (50) having therein the heat transfer portion 40.

Description

Ozone Sterilization Dryer {STERILIZING AND DRYING DEVICE WITH OZONE}

In addition to the sterilization and deodorization effect, the present invention has a drying and de-ozone function, thereby minimizing the air emission of ozone gas to prevent air pollution, and by using heat generated during de-ozone for high temperature drying, The present invention relates to an ozone sterilization dryer which can reduce the number of parts by integrating the above functions and simplify the structure.

Ozone generators are generally applied to water treatment, but the sterilization and deodorization properties of ozone are not only applied to water treatment as described above, but also to form ozone chambers and introduce objects into the chambers, thereby It is also applicable to the purpose of causing sterilization and deodorization. In particular, in the case of gas masks, dust masks or heat radiation clothing used in steel mills, smelters, etc., harmful gas and secretions such as sweat and saliva secreted from the human body during the work of the wearer are doubled in the gas masks, dust masks or heat radiation clothing. Dust masks or heat sinks are difficult to clean. Therefore, if these harmful gases and secretions are not sterilized, an unpleasant odor occurs due to the growth of bacteria and molds during storage, and bacteria may penetrate into the respiratory tract and cause unpleasant feelings when reused, and may be exposed to respiratory diseases. have.

In order to solve the above problems, some devices have been developed for supplying ozone gas to a certain space, sterilizing the object or air in the predetermined space by using ozone sterilizing and deodorizing properties, and removing the smell of the object or air.

However, in the case of the ozone sterilizer of the ozone chamber type as described above, the sterilization and deodorization effect may be affected by the sterilization and deodorization process, but the sweat emitted from the human body inside such as the gas mask, dust mask, or heat-dissipating suit may be If moisture such as other secretions remain intact, there is a problem of causing discomfort such as stickiness to the user during reuse. In addition, in the case of ozone sterilizer of the ozone chamber type, when the ozone chamber is opened after sterilization treatment, residual ozone in the chamber is released into the air to contaminate the air.

In order to solve the problems of the prior art as described above, the present invention, in addition to the sterilization and deodorizing effect of a general ozone sterilizer, ozone sterilizer having a de ozone function that can prevent air pollution by minimizing the air release of ozone gas and the drying function of the object. The purpose is to provide.

In addition, it is an object of the present invention to provide an ozone sterilizer capable of reducing the number of parts, simplifying the structure, and achieving a power saving effect by integrating a drying apparatus, a ozone generator, and an ozone generator.

1 is a schematic diagram of an embodiment of the present invention.

Figure 2 is a cross-sectional view of one embodiment of the deozone apparatus of the present invention.

3 is a cross-sectional view of an embodiment of a hot air dryer of the present disclosure.

4 is a schematic diagram of another embodiment of the present invention.

5 is a schematic diagram of yet another embodiment of the present invention.

6 is a schematic diagram of yet another embodiment of the present invention.

Description of the main symbols in the drawings

10: discharge part 12: high voltage generating part

15: blower fan 20: ozone generator

25: sterilization drying unit 30: electric heating plate

35: partition 40: heat transfer portion

45: deozone machine 50: hot air dryer

In order to achieve the above object of the present invention, the ozone generator 20 and the sterilization drying unit 25 in a predetermined space sealed and connected to the ozone generator 20 and the inlet are connected to the sterilization drying unit 25. The outlet is open to the outside air and the inside is equipped with an electric heating plate 30 for deodorization zone and the outside ozone depressor having a heat transfer unit 40 for transferring the heat generated by the electric heating plate 30 to the outside ( 45) and a blowing fan 15 connected to the sterilization drying unit 25 and supplying external air to the sterilization drying unit and a hot air dryer 50 having the heat transfer part 40 therein. It provides an ozone sterilization dryer.

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

The ozone sterilization dryer according to the present invention includes an ozone generator 20, a sterilization drying unit 25 in a predetermined space which is connected to the ozone generator 20 and sealed, and an inlet is connected to the sterilization drying unit 25 and the outlet is The ozone depressor 45 which is open to the outside and is provided with an electric superheating plate 30 for the deodorization zone therein and an heat transfer unit 40 for transferring the heat generated by the electric superheating plate 30 to the outside. And a blower fan 15 connected to the sterilization drying unit 25 and supplying external air to the sterilization drying unit, and a hot air dryer 50 having the heat transfer part 40 therein.

1 is a view schematically showing an embodiment of the ozone sterilization dryer of the present invention, the ozone generator 20 is applicable to the present invention various types of ozone generator that can generate and supply ozone. In particular, as shown in FIG. 1, the discharge unit 10 for ozone generation and the high voltage generator 12 for generating a high voltage to supply the discharge and supplying the discharge unit to the discharge unit and the ozone gas generated in the discharge unit are described. Or a blower fan 15 for supplying the sterilization drying unit 25 and supplying air to the discharging unit for discharging the sterilization drying unit 25 or by an ozone lamp, an ozone lamp power supply, and the ozone lamp. It may be configured to include a blowing fan for supplying the generated ozone to the sterilization drying unit 25 may be configured to further include a control unit for controlling each of the components.

The sterilization drying unit 25 is connected to the ozone generator 20 to receive the ozone gas generated from the ozone generator 20 and to supply the ozone generator with air necessary for ozone generation of the ozone generator 20. It is configured to have a fixed space so that the supplied ozone gas cannot be released into the air. The sterilization drying unit 25 is equipped with a multi-stage shelf for holding an object to be sterilized and dried, such as a gas mask or a heat dissipation suit, to hold a plurality of objects, and to include a door for inserting and removing the object. can do. In addition, as described above, the entire area may be configured as one chamber, and the interior may be divided into shelves, etc., so that the divided area may be formed with separate chambers for each zone, and each chamber may have a separate door. have. In this case, the ozone gas supplied to the ozone generator 20 may be dividedly supplied to each chamber through a distribution pipe, and a valve may be installed at each front of the chamber to control the supply of ozone gas to each chamber. Can be configured.

The dezoner 45 is connected to the sterilization drying unit 25 and has an electric superheating plate 30 for deozone therein, and transmits heat generated by the electric superheating plate 30 to the outside. It can be configured in the form provided with the heat transfer part 40. In general, the ozone sterilizer deozone group is classified into an adsorption type and an electric superheat type, and in the case of the deozone group 45 applied to the present invention, an electric superheating type ozone group 45 is an electric superheater plate 30 as a heater therein. ). As shown in FIG. 2, the electric heating plate 30 may be manufactured by coating ceramic on a heating wire such as nichrome wire or by coating ceramic on a hot plate, and thereby heating the electric heating plate 30 to a predetermined temperature or more. Unstable ozone is reduced to oxygen and released into the air. The temperature is preferably 300 ° C or more. The ozone depressor 45 is ozone remaining in the sterilization drying unit 25 when the sterilization of the sterilization drying unit 25 is completed and the user opens the door to take out the object in the sterilization drying unit 25. After the sterilization is completed, the sterilization drying unit (25) is opened when the valve located between the sterilization drying unit 25 and the de-zoner 45 is opened after the electric superheating plate 30 is heated to an appropriate temperature. 25) The air inside is discharged to reduce oxygen. In the discharge of the air, as shown in FIG. 1, a method of forcibly discharging by additionally installing the blower fan 15 at the front end or the rear end of the valve may be applied, or simply opening the valve without the blower fan 15. It is also possible to induce natural discharge by ventilating with the atmosphere, and the sterilization drying unit 25 is configured in such a way that the sterilization drying unit 25 is opened to the atmosphere through the deozone unit 45 by omitting all of the blower fan 15 and the valve. You may. As shown in FIG. 2, the electric superheat plate 30 is disposed in the sterilization drying unit 25 so that the ozone-containing air may be in contact with the electric superheat plate 30 when the air is discharged. The outlet of the electric heating plate 30 can be configured so that the outlet of the electric heating plate 30 is located at the right end, in addition to the zigzag-shaped deozone having a partition wall 35 having an outlet at the left end on the top of the electric heating plate 30 The base 45 may have a duct structure or a labyrinth duct structure.

In addition, as shown in FIG. 3, since the wall surface of the de-zoner 45 is also heated by heat conduction during heating of the electric superheater plate 30, the heat transfer part 40 is simply the de-zoner. It may be part or the whole wall of (45). In addition, the material of the wall may be made of stainless steel having high thermal conductivity and high corrosion resistance, and may be configured in a form without adding a heat insulating member to the outside of the wall. In addition, as shown in an embodiment in Figure 3 for more effective heat transfer by adding a cooling fin to increase the heat transfer area on the outside of the wall surface of the heat transfer portion 40 for the heat transfer of the ozone detonator 45, ) Can be configured.

The hot air dryer 50 is connected to the sterilization drying unit 25, and has a heating fan 40 for supplying external air to the sterilization drying unit 25 and the heating unit 40 as a heating device therein. It can be configured in the form. In order to efficiently dry the object in the sterilization drying unit 25, it is preferable to supply high temperature air, so that the hot air dryer 50 is connected to the sterilization drying unit 25 to heat external air and supply the high temperature air. do. In order to supply the air at a high temperature, a separate heating device may be installed on the air supply flow path, and in order to more efficiently manage energy and save power through the power supply, the heat transfer using heat generated by the heating of the electric superheat plate 30 may be performed. Inlet air may be heated through the unit 40. In addition, the hot air dryer 50 may be configured to include a whole deozone 45 in the hot air dryer 50 to increase the heat transfer efficiency, as shown in the embodiment of FIG. The heated air may be supplied into the sterilization drying unit through the blowing fan 15. The position of the blower fan 15 may be located at the rear end of the heat transfer part 40 as shown in FIG. 1, or may be located at the front end of the heat transfer part as necessary in the configuration of the apparatus.

In the ozone sterilization dryer, the hot air dryer may be configured such that an inlet and an outlet of the hot air dryer are connected to the sterilization dryer to circulate air in the sterilization dryer. By circulating only the internal air without introducing external air into the sterilization drying unit, the time of air heating through the heat transfer unit can be shortened and heat loss can be reduced. Also in this case, as in the exemplary embodiment illustrated in FIG. 1, the blower fan and the valve under the deozone unit may omit only the blower fan or the valve, or omit the blower fan and the valve, as necessary. In this way, the overall configuration can be simplified, and a natural ozone deodorization method can be adopted.

In addition, as shown in FIG. 4 as another embodiment of the present invention, in the case of the ozone sterilization dryer, the heat transfer part 40, the blowing fan 15, and the ozone generator 20 may be integrally installed in one duct. have. As shown in FIG. 1, in the ozone sterilization dryer, a blower fan 15 is provided in the ozone generator 20, the deozoneizer 45, and the hot air dryer 50, respectively. 40, when the blower fan 15 and the ozone generator 20 are configured on one flow path, all operation states of the ozone sterilization, ozone gas discharge and hot air drying may be possible through one blower fan 15. have.

As shown in FIG. 4, the ozone generator 20 having the blower fan 15, the inlet and the outlet of the ozone generator 20 are connected to each other, and the sterilization drying unit 25 in a predetermined space is sealed and the sterilization is performed. The heat transfer part 40 is connected to a pipe including a drying part 25 and a valve, and has an electric superheat plate 30 for de-ozone therein, and transmits heat generated by the electric superheat plate 30 to the outside. And a blower fan 15 and the heat transfer part 40 connected therein, which are connected to an inlet of the ozone generator and supply external air to the sterilization drying unit 25. Hot air dryer 50, the inlet of the ozone generator 20 may be configured to include a three-way connecting the sterilization drying unit 25 and the outlet of the hot air dryer (50).

Therefore, in the case of the integrated ozone sterilization dryer, when the ozone sterilization, only the three-way disinfection drying unit 25 and the ozone generator 20 are connected, and the valve between the deozone unit 45 and the sterilization drying unit 25 is closed. The ozone generator 20 and the sterilization drying unit 25 are circulated, and when the sterilization step is completed, the three sides are closed, and the valve between the deozone unit 45 and the sterilization drying unit 25 is completed. The air in the sterilization drying unit 25 is discharged by natural discharge to open, and at this time, residual ozone is subjected to a deozone stage removed by the deozone unit 45, and after the deozone stage is completed, The three-way valve is opened between the hot air dryer 50 and the ozone generator 20, and the valve between the deozone 45 and the sterilization dryer 25 is also opened, and the hot air is introduced into the sterilization dryer 25. Operation cycle for discharging through the deozone 45 You can do

Alternatively, after the sterilization step, in addition to the operation cycle, the three-way valve is opened between the hot air dryer 50 and the ozone generator 20, and a valve between the deozone 45 and the sterilization dryer 25 is also opened to obtain hot air. The air introduced into the sterilization drying unit 25 and discharged from the air may proceed to an operation cycle for the de-zoned by the de-zoner 45 to proceed. In this case, in the case of the embodiment of FIG. 1, an apparatus requiring two to three blowing fans 15 may be driven by one blowing fan 15.

In addition, in the embodiment shown in Figure 4, the valve of the lower ozone zone may be replaced by a blower fan or a blower fan and a valve, or omission of the blower fan and the valve as necessary. Through this, it is possible to meet the requirements of the flow characteristics and operation mode, etc., if omitted all can simplify the overall configuration and take the de-ozone method of natural exhaust method.

As shown in another embodiment of the present invention in Figure 5, 6 ozone generator 20, the outlet of the ozone generator 20 is connected and sealed sterilization drying unit 25 in a predetermined space, the inlet is The heat transfer unit is connected to the sterilization drying unit 25 and the outlet is opened to the outside and has an electric superheat plate 30 for the deodorization zone therein, and transmits the heat generated by the electric superheat plate 30 to the outside. Deozone 45 having a 40, the outlet is connected to the inlet of the ozone generator 20, the inlet is connected to the sterilization drying unit 25 or open to the outside and the heat transfer unit 40 It may be configured to include a hot air dryer 50 provided therein, and a blowing fan 15 located on the flow path of the hot air dryer and the ozone generator.

In the case of applying the internal circulation method as shown in FIG. 5, the time of air heating through the heat transfer part 50 by circulating only the internal air without introducing external air into the sterilization drying unit 25. It is possible to shorten and to reduce the heat loss, it is possible to operate the entire operating state even if only one blower fan (15). In addition, in the embodiment shown in FIG. 5, the dezoner 45 does not include a blower fan and a valve, thereby simplifying the overall configuration, and taking the deozone zone of a natural exhaust method. As an example, a blower fan or a valve may be further included below the deozone unit as necessary.

In the case of supplying the outside air through the hot air dryer as shown in FIG. 6, the drying time may be reduced by circulating outside air with low humidity, and the outside air may be continuously supplied to generate ozone, and a blowing fan Even if only one (15) is provided, operation in all operating states is possible. In addition, in the embodiment shown in FIG. 6, the dezoner does not have a blower fan and a valve, thereby simplifying the overall configuration, and may take a deodorization method of a natural exhaust method, as in the above-described other embodiment. A blowing fan or a valve may be further included below the dezoner as necessary.

In one embodiment described above, in order to further enhance the sterilization power of the ozone sterilization dryer, the ultraviolet lamp may be further included in the ozone generator or the sterilization dryer. In the case of adding an ultraviolet lamp in the ozone generator, an ultraviolet lamp is installed in the ozone generator or in the pipes before and after the ozone generator, and the ultraviolet rays are irradiated to the air passing through the ozone generator, thereby sterilizing the air by ultraviolet rays. To lose. In addition, in the case of installing the ultraviolet lamp in the sterilization drying unit sterilization of the air in the sterilization drying unit and ultraviolet rays are directly irradiated on the object in the sterilization drying unit so that the sterilization action through this.

In addition, the ozone sterilization dryer of the present invention is connected to the ozone generator 20, the de-zoner 45 and the hot air dryer 50 to perform the operation cycle of the type described above, the ozone of the ozone generator 20 The ozone sterilization step by supply, the deozone step by the electric superheated plate 30 of the de-zoner 45 and the control unit or the ozone generator to sequentially proceed with the drying step by the hot air supplied from the hot air dryer 50 (20), the ozone sterilization step by the ozone supply of the ozone generator (20), connected to the deozone (45) and hot air dryer (50), by the electric superheated plate 30 of the deozone (45) Connected to the control unit or the ozone generator, the de-zoner and the hot air dryer which sequentially proceed with the step of simultaneously drying the deionized zone and the hot air supplied from the hot air dryer 50, and starting the operation of the ozone generator. First stage , Wherein it can be configured after the start of step 1 to start the de-ozone group and an operation of hot-air drier after a certain period of time so as to further include a control unit for proceeding to the second step to proceed with the ozone sterilization, the ozone and de-air dried at the same time.

In addition, the ozone sterilization dryer has a great use when sterilizing and drying an object that is difficult or inconvenient to clean, such as a gas mask, a dust mask, or a heat radiation suit.

Hereinafter will be described in detail through the working method of the present invention.

The user opens the door of the sterilization drying unit 25 of the ozone sterilization dryer of the present invention, and puts objects such as a gas mask, a dust mask, and a heat radiation suit for sterilization, deodorization and drying in the sterilization drying unit 25 and then closes the door. Prepare for operation of the ozone sterilization dryer. The ozone generator 20 in the sealed sterilization drying unit 25 generates and supplies ozone.

At this time, in the case of the embodiment of Figure 1, the valves of the hot air dryer 50 and the deozone 45 is operated in a closed state, the ozone generated by the blowing fan 15 in the ozone generator is the sterilization drying unit It is supplied into 25. After the sterilization step, the ozone generator 20 is stopped, and the desuperheater 45 and the sterilization drying unit 25 are sufficiently heated after the electric superheating plate 30 of the dezoner 45 is sufficiently heated. When the air in the sterilization drying unit 25 is discharged by natural exhaust only or the blower fan 15 is installed between the de-zoner 45 and the sterilization drying unit 25, forced exhaust is made. During the discharge process, the ozone is reduced to oxygen. When the deodorization zone is completed, a valve between the hot air dryer 50 and the sterilization drying unit 25 is further opened to dry the object in the sterilization drying unit 25, and heated according to the heating of the electric superheater plate 30. The suction air is supplied to the sterilization drying unit 25 in a heated state by the heat transfer part 40 and discharged through the deozone unit 45. In addition, the process may be carried out simultaneously in order to enhance the heat transfer effect without separating the deozone and drying steps as described above. That is, after the sterilization step is completed, after the electric heating plate 30 is sufficiently heated, both valves are opened, and external air is heated and supplied from the hot air dryer 50, and the sterilization is carried out through the dezoner 45. Residual ozone in the drying unit 25 may proceed with the reduction process in accordance with the discharge. In addition, in the exemplary embodiment of FIG. 1, when there is no valve and a blower fan at the bottom of the de-ozonizer, natural exhaust is performed. When a certain time elapses after the operation of the ozone generator starts, ozone of the sterilization drying unit becomes a certain concentration or more and the natural exhaust. Operation time can be shortened by operating ozone deodorizer and hot air dryer at the time when ozone concentration of the air exceeds the reference value, so that ozone generation, deozone and drying occur simultaneously.

In addition, in the exemplary embodiment of FIG. 1, when the air flowing into the hot air dryer is supplied from the sterilization drying unit and the internal circulation is performed, the valve of the deozonizer 45 is operated in a closed state, and a blowing fan in the ozone generator ( Ozone generated by 15) is supplied into the sterilization drying section (25). After the sterilization step, the ozone generator 20 is stopped, and the desuperheater 45 and the sterilization drying unit 25 are sufficiently heated after the electric superheating plate 30 of the dezoner 45 is sufficiently heated. When the air in the sterilization drying unit 25 is discharged by natural exhaust only or the blower fan 15 is installed between the de-zoner 45 and the sterilization drying unit 25, forced exhaust is made. During the discharge process, the ozone is reduced to oxygen. When the deodorization zone is completed, the sterilization drying unit and a blowing fan of a hot air drying period are operated to dry the object in the sterilization drying unit 25 and the heating unit 40 heated according to the heating of the electric superheating plate 30. By the suction air is supplied to the sterilization drying unit 25 in a heated state and is discharged through the dezoner (45). In addition, the process may be performed simultaneously without separating the deozone and drying steps as described above. That is, after completion of the sterilization step, the valve is opened after the electric superheating plate 30 is sufficiently heated, and the internal air is circulated and supplied from the hot air dryer 50, and the sterilization drying is performed through the deozone unit 45. Residual ozone in the part 25 may proceed with the reduction process in accordance with the discharge. In addition, since there is no valve and a blower fan in the lower part of the dezoner as in the embodiment of FIG. 1, since natural exhaust is performed, when a certain time elapses after the operation of the ozone generator starts, the ozone of the sterilization drying unit becomes more than a predetermined concentration. When the ozone concentration of the natural exhaust air exceeds the reference value, the deozone and hot air dryer can be operated to simultaneously generate ozone, deozone, and drying, thereby reducing operating time.

In the exemplary embodiment of FIG. 4, the three-way valve connects only the ozone generator 20 and the sterilization drying unit 25, and closes the remaining valves, and also closes the valve between the ozone generator 45 and the sterilization drying unit 25. Is driven. Therefore, ozone generated by the blowing fan 15 in the ozone generator 20 is supplied into the sterilization drying unit 25.

In the case of the embodiment of FIG. 4, as in the embodiment of FIG. 1, the deozone process and the drying process may be separated or performed simultaneously. That is, when the ozone sterilization process and the drying process are separated, only the three-sided sterilization drying unit 25 and the ozone generator 20 are connected to each other during ozone sterilization, and the deozone unit 45 and the sterilization drying unit 25 are used. The valve of the liver is closed so that the circulation between the ozone generator 20 and the sterilization drying unit 25 is made, and when the sterilization step is completed, the three sides are closed, and the deozone unit 45 and the sterilization drying unit ( The valve between the 25 is opened and naturally discharged, or the air in the sterilization drying unit 25 is discharged by forced blowing by the blower fan 15, at which time residual ozone is removed by the de-zoner 45. After the deozone step, and after the deozone step, the three-way valve is opened between the hot air dryer 50 and the ozone generator 20, and the valve between the deozone 45 and the sterilization dryer 25 is also opened. Open air heated by the heat transfer part 40 flows into the sterilization drying part 25. After the can to be discharged through the de-ozone exchanger (45).

In addition, when the deozone process and the drying process are performed at the same time, after the sterilization step, the three-way toilet is opened between the hot air dryer 50 and the ozone generator 20, and the deozone 45 and the sterilization dryer 25. The valve of the liver may also be opened to allow high temperature air to flow into the sterilization drying unit 25, and to proceed with deozone in the discharged air. In addition, in the exemplary embodiment of FIG. 4, when there is no valve in the lower part of the ozone degassing device, since natural exhaust is performed, when a predetermined time elapses after the operation of the ozone generator is started, the ozone of the sterilization drying unit becomes a certain concentration or more. When the ozone concentration exceeds the reference value, the deozone and hot air dryer can be operated to simultaneously generate ozone, deozone, and drying, thereby reducing operating time.

5 and 6, in the case of including the valve in the lower portion of the deozone, ozone sterilization, deozone and hot air drying as described above or carried out separately, or ozone sterilization proceeds first and then deozone and hot air Drying can be performed at the same time, and as shown in FIGS. 5 and 6, when the valve is not included in the lower ozone degassing device, since natural exhaust is performed, the operation of the ozone generator is started to supply ozone to the sterilization drying unit first. After a certain time has elapsed since the start of the operation, the ozone generation, deozone and drying are operated by operating the deozone and hot air dryers when the ozone concentration of the sterilization drying unit exceeds a certain concentration and the ozone concentration of the natural exhaust air exceeds the reference value. The operation time can be shortened by allowing the to occur simultaneously. In addition, the determination of the time point exceeding the reference value may be determined by a predetermined time elapsed or by measuring the concentration. In particular, in the above embodiment, since there is one blower fan, the operation of the hot air dryer does not require a separate operation signal, and since the air flow in the hot air dryer is continuously generated by the blower fan, the electric superheater plate is automatically heated. The air passing through the hot air dryer is heated.

The ozone sterilization dryer of the present invention has sterilization and deodorization effect of a general ozone sterilizer, and can sterilize and deodorize an object. Especially, the sterilization and deodorization effect is effective for items that cannot be cleaned or difficult to clean, such as gas masks, dust masks, and heat-resistant clothing. Can be harvested. In addition, it has a drying function and a ozone function of the object to provide a more comfortable environment for users of the sterilized and dried objects, and to minimize the air pollution by minimizing the air emissions of ozone gas, the sterilization, deodorization The drying can be carried out through one treatment at a time, so that the article can be managed effectively and easily.

In addition, it is possible to reduce the number of parts by integrating the drying device, the ozone generator, and the ozone generator, to simplify the structure, to make the production easier, and to reduce the manufacturing cost, and to use the heat dissipation generated from the electric heating plate more effectively. Reaping has the advantage of reducing the operating cost of the facility.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and those skilled in the art can be variously modified without departing from the spirit and scope of the present invention described in the utility model registration claims below. Modifications and variations are also included within the scope of the present invention.

Claims (9)

An ozone generator, a sterilization drying unit of a predetermined space sealed and connected to the ozone generator, an inlet is connected to the sterilization drying unit, an outlet is opened to the outside, and there is an electric superheater plate for de-ozone inside, and Deozone zone having a heat transfer unit for transferring the heat generated by the hot plate to the outside, and a blowing fan connected to the sterilization drying unit and supplying external air to the sterilization drying unit and a hot air dryer having the heat transfer unit therein; Ozone sterilization dryer, characterized in that. The method of claim 1, The hot air dryer is an ozone sterilization dryer, characterized in that the inlet and outlet of the hot air dryer is connected to the sterilization drying unit to circulate the air in the sterilization drying unit. An ozone generator having a blower fan, a sterilization drying unit of a predetermined space in which both the inlet and the outlet of the ozone generator are connected and closed, the inlet is connected to the sterilization drying unit, the outlet is open to the outside, and inside the deodorization zone. A deozone unit having an electric superheater plate and having a heat transfer unit configured to transfer heat generated by the electric superheater to the outside, a blower fan connected to an inlet of the ozone generator and supplying external air to the sterilization dryer; A hot air dryer having a heat transfer unit therein, and an ozone sterilization dryer comprising three sides connecting the inlet of the ozone generator, the sterilization drying unit and the outlet of the hot air dryer. The ozone generator, the sterilization drying unit of a certain space is connected and the outlet of the ozone generator is closed, the inlet is connected to the sterilization drying unit, the outlet is open to the outside, there is an electric superheater plate for de-zoned outside Deozone device having a heat transfer unit for transferring the heat generated by the electric heating plate to the outside, the outlet is connected to the inlet of the ozone generator, the inlet is connected to the sterilization drying unit or open to the outside and the heat transfer unit is provided inside And a hot air dryer, and a blowing fan positioned on a flow path between the hot air dryer and the ozone generator. The method according to any one of claims 1 to 4, An ozone sterilizing dryer, further comprising an ultraviolet lamp in the ozone generator or the sterilizing drying unit. The method according to any one of claims 1 to 4, The first step is connected to the ozone generator, deozone and hot air dryer, the first step of ozone sterilization by the ozone supply of the ozone generator, the second step of deozone by the electric superheater plate of the ozone generator and supplied from the hot air dryer Ozone sterilization dryer, characterized in that further comprising a controller for sequentially proceeding the third step of drying by hot air. The method according to any one of claims 1 to 4, The first step is connected to the ozone generator, deozone group and hot air dryer, the first step of ozone sterilization by the ozone supply of the ozone generator, by the deozone by the electric superheater plate of the deozone group and by hot air supplied from the hot air dryer Ozone sterilization dryer, characterized in that further comprising a controller for sequentially proceeding the second step of proceeding at the same time drying. The method according to any one of claims 1 to 4, Connected to the ozone generator, deozone and hot air dryer, the first step of starting the operation of the ozone generator, start the operation of the deozone and hot air dryer after a certain time after the start of the first step ozone sterilization, desorption An ozone sterilizing dryer further comprising a control unit for performing a second step of simultaneously performing ozone and hot air drying. The method according to any one of claims 1 to 4, The ozone sterilization dryer is an ozone sterilization dryer, characterized in that to sterilize and dry the gas mask, dust mask or heat radiation clothing.