KR20210154390A - Disinfection device - Google Patents

Abstract

The present invention relates to a disinfection device which comprises: a case including an upper mounting part and a lower mounting part provided with a disinfecting part and a waste collection part from the top to the bottom; an upper disinfecting means mounted on the upper mounting part of the case and supplying a disinfectant to the disinfecting part; a lower disinfecting means mounted on the lower mounting part of the case and supplying a disinfectant to a lower storage space, wherein wastes are collected through the waste collection part; and a collection box mounted in the lower storage space of the lower mounting part and accommodating the waste introduced through the waste collection part. The disinfection device according to the present invention has the effect of not only easily disinfecting household items and belongings such as food materials, cell phones, masks, keys, wallets, etc., in addition to hand disinfection through the upper disinfecting means, but also increasing the disinfection power of hands and belongings through the partition wall formed in the disinfecting part.

Description

Disinfection device

The present invention relates to a disinfection device, and more particularly, by forming a disinfection space in the upper part to disinfect hands and belongings (cell phone, mask, car key, wallet, card, etc.), daily necessities and food and drink, and to disinfect the lower part in the lower part It relates to a sterilization device capable of sterilizing and sterilizing medical waste stored in storage space, household products contaminated with viruses or harmful germs due to contact with air or microparticles, and masks, gloves, protective clothing and medical containers.

In order to prevent the virus or flu virus of H1N1 flu, use a gel-type disinfectant that is a hand sanitizer, spray spray, or use a surfactant at any multi-use facility, office, home, or government office that is usually visited by many people. Wash your hands to keep your hands clean.

To this end, all multi-use facilities and restaurants in public offices provide wet towels to customers, but this is inconvenient to have to be continuously managed, and users are not relieved of their concerns about sanitary conditions.

Another method is to measure body temperature at the entrance of a multi-use facility and use a gel-type disinfectant and spray disinfectant to install a washbasin in a building, shopping mall, home, public office, or restaurant interior. There was a problem in that the cost was significantly increased because it had to be filled with water and had to do plumbing for water supply and drainage.

On the other hand, gel type and spray type at the entrance of multi-use facilities are unpleasant and not refreshing after use, and there are cases where hands and clothes are contaminated. Without separate management, it was difficult to maintain cleanliness.

In addition, there is a problem in that water resources are wasted unnecessarily because the amount of water consumed for washing hands in the sink is significantly greater than the amount required for actual washing.

Recently, in order to solve this problem, a portable hand washing device capable of reducing the waste of water resources and performing washing and drying at the same time has been proposed, and furthermore, the present invention provides a more advanced, safe and sanitary method.

1 is a view schematically showing a general hand washing device. As shown, the hand washing device has a washbasin 11 through which hands enter and exit, a body frame 10 is installed in the front center, and the A washing water storage unit 20 for storing washing water to be sprayed into the washbasin, and a sewage water storage unit 50 for storing waste water used for washing are provided at the lower end.

And the water stored in the washing water storage unit 20 is controlled so that only the minimum amount necessary for washing is raised through the motor, and is sprayed to the washing water spray nozzle 22 through the water supply pipe 21 .

In addition, the washing water spray nozzle 22 and the liquid detergent spray nozzle 31 connected to the liquid detergent storage unit 30 are installed at the upper end of the washbasin 11 . The liquid detergent of the liquid detergent storage unit 30 is also controlled so that only the minimum amount necessary for washing is supplied through the liquid detergent spray nozzle 31 . When the user finishes washing, hot air is generated from the drying fan 40 installed at the top of the washbasin 11 to remove the water on the user's hand.

However, the conventional hand washing device has the advantage of significantly reducing water consumption compared to the usual method of washing hands using the water facility of the washbasin, but since the capacity of the water stored in the washing water storage unit is limited, hand washing is performed more than a certain number of times. When the washing machine is used, the administrator has to refill the water.

In addition, in the conventional hand washing device, if an administrator does not keep the inside of the device clean, bacteria easily proliferate in the water stored inside the device in summer when the outside temperature is high, making hygiene management difficult.

Republic of Korea Patent Publication No. 10-0946764 Republic of Korea Utility Model Registration Publication No. 20-200575

The present invention has been proposed in view of the above circumstances, and in addition to hand disinfection through upper and lower sterilization means, it provides a disinfection device that can easily sterilize belongings such as household items, meals, mobile phones, masks, keys, wallets, etc. There is a purpose.

Another object of the present invention is to provide a disinfection apparatus capable of preventing contamination by the wastes through a lower disinfection means while easily collecting wastes such as household products, masks, gloves, and protective clothing.

Disinfection apparatus according to an embodiment of the present invention is a case consisting of an upper mounting portion and a lower mounting portion provided with a disinfection unit and a waste collection unit in a downward direction from the top; an upper disinfecting means mounted on the upper mounting part of the case and supplying a disinfectant to the disinfecting part; a lower disinfecting means mounted on the lower mounting part of the case and supplying a disinfectant to the lower storage space where wastes are collected through the waste collection part; and a collection box mounted in the lower storage space of the lower mounting unit and accommodating the waste introduced through the waste collection unit.

And the case has a rectangular box shape, the upper mounting portion is formed therein an upper storage space; It is disposed under the upper mounting part, a disinfection space is formed inside, a disinfection inlet communicating with the disinfection space is formed on the outer surface, respectively, and a partition wall in an "X" shape to partition the inside is formed in the disinfection space Disinfectant formed; a lower mounting unit disposed under the disinfection unit, having a lower storage space formed therein, a height pedestal for support formed in the lower portion, and a case doorway mounted on the front side to open or close the lower storage space; and an upper and lower rotational shaft disposed in upper and lower portions and radially overlapping plates on an outer surface, an upper and lower gear respectively mounted on one side of the upper and lower rotational shaft, a driving motor coupled to a rotational shaft coupled to the lower gear and supplying rotational force, the driving It may include; a waste collection unit comprising a shaft support portion each provided with bearings coupled to the upper and lower rotation shafts disposed on the other side of the motor.

Next, the upper disinfecting means includes a fixed bracket mounted in the upper center of the upper storage space constituting the upper mounting unit, a blowing fan mounted to the fixed bracket, and disinfectant in the disinfecting space formed through the partition wall constituting the disinfecting unit. Consisting of a plurality of disinfectant supply units each supplying, the lower disinfecting small end is a fixed bracket mounted in the upper center of the lower storage space constituting the lower mounting portion, a blowing fan mounted to the fixing bracket, and disposed on both sides of the blowing fan and may consist of a disinfectant supply device for supplying a disinfectant.

Here, in place of the disinfectant supply unit constituting the upper and lower disinfection means, hydrogen peroxide is ionized spray, an anion supply unit, an ozone generator, any one or a combination configuration may be installed.

In addition, a flexible blocking film having an incision formed at the disinfection inlet of the disinfection unit may be mounted, respectively.

In addition, a detection sensor that detects hands and belongings into a disinfection space for disinfection and transmits an operation signal to the upper disinfection means is mounted inside the disinfection entrance, and medical waste, household consumer products, A detection sensor that detects the inflow of a mask, gloves, and protective clothing and transmits an operation signal to the waste collection unit may be installed.

The disinfection device according to the present invention can not only disinfect household items, food and beverages, mobile phones, masks, keys, wallets, etc., in addition to hand disinfection through the upper disinfection means, but also disinfect hands and It has the effect of increasing the disinfection power of belongings.

In addition, the disinfection apparatus according to the present invention has the effect of preventing contamination by the wastes through the lower disinfection means while easily collecting wastes such as household products, masks, gloves, and protective clothing.

1 is a view schematically showing a general hand washing device.
Figure 2 is a perspective view showing a disinfection device according to the present invention.
Figure 3 is a front view showing a disinfection device according to the present invention.
4 and 5 are a front cross-sectional view and a side cross-sectional view showing a disinfection device according to the present invention.
Figure 6 is a perspective view showing a disinfection unit constituting the disinfection device according to the present invention.

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a variety of different forms, and only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is defined by the description of the claims. On the other hand, the terms used herein are for the purpose of describing the embodiments and are not intended to limit the present invention. In this specification, the singular also includes the plural unless specifically stated otherwise in the phrase. As used herein, “comprises” or “comprising” refers to the presence or absence of one or more other components, steps, operations and/or elements other than the stated elements, steps, acts and/or elements. addition is not excluded.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings, in which FIG. 2 is a perspective view showing the sterilizing apparatus according to the present invention, and FIG. 3 is a front view showing the sterilizing apparatus according to the present invention, FIG. 4 and 5 is a front cross-sectional view and a side cross-sectional view showing the disinfection apparatus according to the present invention, and FIG. 6 is a perspective view showing the disinfection unit constituting the disinfection apparatus according to the present invention.

The disinfection apparatus 100 according to the present invention includes a case 200 , an upper disinfecting means 300 , a lower disinfecting means 400 , and a collection box 500 .

The case 200 is formed to have a predetermined size.

Here, the shape of the case 200 may be variously formed depending on the environment and purpose, and in the present invention, the case 200 will be described as an example formed in a rectangular shape.

At this time, one surface of the case 200 is configured to be separated so that various components can be accommodated therein.

And the case 200 is composed of an upper mounting unit 210 , a disinfecting unit 220 , a lower mounting unit 230 , and a waste collection unit 240 .

The upper mounting part 210 has a rectangular box shape and an upper receiving space 211 is formed therein.

That is, the upper mounting part 210 is formed in the shape of a square box with an open lower part, and the upper disinfection means 300 is mounted into the upper storage space 211 .

Here, it is revealed that a well-known display can be mounted on the outer surface of the upper mounting part 210 for publicity and information provision.

The disinfection unit 220 is formed under the upper mounting unit 210 .

In addition, the disinfection unit 220 has a disinfection space 221 formed therein, and a disinfection inlet 222 communicating with the disinfection space 221 is formed on the outer surface, respectively.

That is, in the state where the disinfection unit 220 is disposed in the disinfection space 221 through the disinfection entrance 222, the disinfection unit 220 disinfects hands and belongings (cell phones, masks, car keys, wallets, cards, etc.), household items and food items, When the upper disinfection means 300 is operated, it is possible to disinfect hands and belongings.

In addition, in the disinfection space 221, a partition wall 223 is formed in an "X" shape to partition the inside.

That is, the disinfection unit 220 forms a partition wall 223 formed in an "X" shape on a plane inside the disinfection space 221 to separate and disinfect belongings and hands, as well as a plurality of You get the advantage of being able to disinfect your belongings at the same time.

Here, at the disinfection inlet 223 of the disinfection unit 200, a flexible blocking film 250 having a cutout 252 is mounted.

That is, the disinfection unit 200 is equipped with a flexible blocking film 250 at the disinfection inlet 223 to prevent the disinfectant from being discharged to the outside during hand disinfection and disinfection of belongings, while increasing the disinfection power.

At this time, the flexible blocking film 250 is preferably formed of a transparent material so that the inside can be checked.

In addition, a detection sensor S that detects hands and belongings into the disinfection space 221 for disinfection and transmits an operation signal to the upper disinfection means 300 may be mounted inside the disinfection inlet 223 . .

That is, the detection sensor S detects hands and belongings for hand disinfection, and transmits an operation signal to the upper disinfection means 300 .

The lower mounting part 230 is disposed below the disinfecting part 220 .

And the lower mounting part 230 has a lower receiving space 231 is formed therein, a height pedestal 232 for support is formed in the lower part, and a case so that the lower receiving space 231 can be opened or closed on the front side. An entrance 233 is mounted.

That is, the lower mounting part 230 is formed in the lower part of the disinfecting part 220, and forms a lower receiving space 231 to accommodate the lower disinfecting means 400 and the collection box 500 therein, and at the front A case entrance 233 is mounted to open or close the lower storage space 231 .

In addition, a plasma generator 260 may be further mounted in the lower receiving space 231 of the lower mounting part 230 .

That is, the lower mounting part 230 mounts the plasma generator 260 in the lower receiving space 231 to sterilize and sterilize the lower receiving space 231 .

The waste collection unit 240 is mounted on the lower mounting unit 230 .

That is, the waste collection unit 240 is disposed on the lower mounting unit 230 located on the upper part of the case entrance 233, and is contaminated with viruses or harmful germs due to contact with medical waste in the air or in the air. Masks, gloves, protective clothing and medical containers can be collected in the collection box 500 located in the lower storage space 231 .

And the waste collection unit 240 is disposed at the upper and lower parts, and the upper and lower rotation shafts 241 and 242 in which the plates 243 are radially overlapped on the outer surface, and the upper and lower portions respectively mounted on one side of the upper and lower rotation shafts 241 and 242 Gears 244a and 244b, a drive motor 245 coupled to the rotary shaft 242 coupled to the lower gear 244b and supplying rotational force, an upper and lower rotary shaft 241 disposed on the other side of the drive motor 245, The bearings 247 coupled to the 242 are respectively provided with a shaft support 246 .

That is, the waste collection unit 240 rotates the driving motor 245 when medical waste, household products, medical containers, etc. are introduced, and the rotational force of the driving motor 245 is the upper and lower gears 244a and 244b. It is transmitted to the upper and lower rotation shafts 241 and 242 through the rotatable plate 243 to deliver medical waste, household products, medical containers, etc. to the collection box 500 located in the lower storage space 231. do.

In addition, a detection sensor S1 that transmits an operation signal to the waste collection unit 240 may be mounted at the entrance of the waste collection unit 240 .

That is, the detection sensor S1 delivers the medical waste, household consumption agent, medical container, etc. to the waste collection unit 240 when the inflow of the medical waste, household consumption agent, medical container, and the like, and delivers the medical waste, household consumption agent, and medical container to the collection box 500 . made it possible

The upper disinfecting means 300 is mounted on the upper mounting part 210 of the case 200 .

That is, the upper disinfection means 300 is mounted on the upper storage space 211 constituting the upper mounting part 210 , and supplies the disinfectant to the disinfection space 221 of the disinfection part 220 .

And the upper disinfection means 300 includes a fixing bracket 310 mounted in the upper center of the upper receiving space 211 constituting the upper mounting part 210 and a blowing fan 320 mounted on the fixing bracket 310 . and a plurality of disinfectant supplies 330 that respectively supply disinfectant to the disinfection space 221 formed through the partition wall 223 constituting the disinfection unit 220 .

That is, the upper disinfecting means 300 mounts a fixing bracket 310 having a predetermined height in the upper center, then mounts the blowing fan 320 to the fixing bracket 310, and the blowing fan 320 It is to be able to supply the disinfectant by mounting the disinfectant supply 330 in the four parts at the center.

In a more supplementary explanation, the upper disinfecting means 300 is equipped with a disinfectant supply 330 in the upper portion corresponding to the four sides partitioned through the partition wall 223, and a blowing fan 320 is mounted in the center, Alternatively, the disinfectant supplied through the disinfectant supply unit 330 may be supplied to the whole.

At this time, the disinfectant is supplied to the disinfectant supply unit 330 according to a set time.

And the disinfectant supply 330 constituting the upper disinfection means 300 may be configured by ionizing hydrogen peroxide water in place of the disinfectant supply 330 according to the environment and purpose, etc. reveal that there is

The lower disinfection means 400 is mounted on the lower mounting part 230 of the case 200 .

That is, the lower disinfecting means 400 is mounted on the upper portion of the lower storage space 231 constituting the lower mounting portion 230 , and supplies the disinfectant to the lower storage space 231 .

And the lower disinfection stage 400 is a fixing bracket 410 mounted in the upper center of the lower receiving space 211 constituting the lower mounting part 230 and a blowing fan 420 mounted to the fixing bracket 410 ). and a disinfectant supplier 430 disposed on both sides of the blowing fan 420 and supplying a disinfectant.

That is, the lower disinfection means 400 mounts a fixing bracket 410 having a predetermined height in the upper center, then mounts the blowing fan 420 to the fixing bracket 410, and the blowing fan 420 is installed. By mounting the disinfectant supply 430 on both sides or four parts of the center, the disinfectant can be supplied.

In a more supplementary explanation, the lower disinfecting means 400 not only disinfects the lower storage space 231 through the disinfectant supplied through the disinfectant supply 430, but also a collection box 500 disposed in the lower storage space 231. ) can prevent contamination by medical waste, household products, masks, gloves, and protective clothing.

At this time, the disinfectant is supplied to the disinfectant supplier 430 according to a set time.

And the disinfectant supply 430 constituting the lower disinfection means 400 may be configured by ionizing hydrogen peroxide water in place of the disinfectant supply 430 according to the environment and purpose, etc. reveal that there is

The collection box 500 is mounted on the lower mounting part 230 .

That is, the collection box 500 is mounted in the lower accommodating space 231 of the lower mounting unit 230 to receive the waste introduced through the waste collection unit 240 .

In addition, the collection box 500 is composed of a collection box case 510 having a receiving space therein and a plastic collection box 520 mounted inside the collection box case 510 .

That is, the collection box 500 collects medical waste, household products, masks, gloves, and protective clothing supplied through the waste collection unit 240 inside the plastic 520 , and collects the plastic 520 in the collection box. After being removed from the case 510, the plastic collection box 520 in which the medical waste, household products, masks, gloves, and protective clothing are accommodated can be discharged to the outside.

An example of the disinfection device configured as described above will be described below.

First, an upper mounting portion 210 having an upper storage space 211 formed therein in a rectangular box shape, is disposed below the upper mounting portion 210, a disinfection space 221 is formed inside, and the disinfection is provided on the outer surface. A disinfection inlet 222 communicating with the space 221 is formed, respectively, in the disinfection space 220, the disinfection unit 220 in which a partition wall 223 is formed in an "X" shape to partition the interior; It is disposed under the disinfection unit 220, a lower storage space 231 is formed therein, a height pedestal 232 for support is formed in the lower portion, and the lower storage space 231 is opened or closed on the front side. The lower mounting part 230 to which the case entrance 233 is mounted, and the upper and lower parts are arranged so that the upper and lower rotation shafts 241 and 242 are arranged to overlap the plate 243 radially on the outer surface of the upper and lower rotation shafts 241 and 242. Upper and lower gears 244a and 244b respectively mounted on one side, a driving motor 245 coupled to a rotation shaft 242 coupled to the lower gear 244b and supplying rotational force, the other side of the driving motor 245 A case 200 including a waste collection unit 240 including a shaft support portion 246 provided with bearings 247 coupled to the upper and lower rotation shafts 241 and 242 to be disposed is formed.

At this time, a flexible blocking film 250 having a cutout 252 formed thereon is mounted at the disinfection inlet 223 of the disinfection unit 200 .

In addition, a detection sensor (S) that detects hands and belongings into the disinfection space 221 for disinfection and transmits an operation signal to the upper disinfection means 300 is mounted inside the disinfection inlet 223, and the waste A detection sensor S1 that transmits an operation signal to the waste collection unit 240 is mounted at the entrance of the collection unit 240 .

And a fixing bracket 310 mounted in the upper center of the upper receiving space 211 of the upper mounting part 210, a blowing fan 320 mounted on the fixing bracket 310, and the disinfection unit 220 are configured. The upper disinfection means 300 consisting of a plurality of disinfectant supplies 330 for supplying disinfectant respectively to the disinfection space 221 formed through the partition wall 223 is mounted.

Next, a fixing bracket 410 mounted in the upper center of the lower receiving space 231 of the lower mounting part 230, a blowing fan 420 mounted to the fixing bracket 410, and the blowing fan 420 The lower disinfection means 400 are mounted on both sides and composed of the disinfectant supply 430 for supplying the disinfectant.

And a collection box 500 consisting of a collection box case 510 having an accommodation space formed therein as the lower storage space 231 of the lower mounting part 230 and a plastic collection box 520 mounted inside the collection box case 510 . ), the installation work of the disinfection device 100 is completed.

Here, it is revealed that the installation order of the disinfection device may be different from the above.

In such a state, when it is desired to disinfect hands and belongings (cell phone, mask, car key, wallet, card, etc.) using the disinfection device 10, it is as follows.

First, when a hand or belongings are inserted into the disinfection space 222 through the disinfection inlet 223 of the disinfection unit 220, the detection sensor S detects the hand or belongings and then the upper disinfection means 300 to transmit an operation signal.

Thereafter, the upper disinfecting means 300 operates the disinfector supply 330 corresponding to the detection sensor S to supply the disinfectant to the lower portion for a set time.

At this time, the blower fan 320 operates in conjunction to serve to uniformly distribute the disinfectant supplied through the disinfectant supply unit 330 .

Next, when it is desired to supply medical waste, household products, masks, gloves, and protective clothing to the collection box 500 using the disinfection device 10 , it is as follows.

First, when medical waste, household products, masks, gloves, and protective clothing are supplied to the waste collection unit 240 , the detection sensor S1 detects this and then transmits an operation signal to the waste collection unit 240 . do.

Thereafter, the waste collection unit 240 rotates the driving motor 245 when medical waste, household products, medical containers, etc. are introduced, and the rotational force of the driving motor 245 is the upper and lower gears 244a and 244b. It is transmitted to the upper and lower rotation shafts 241 and 242 through the rotatable plate 243 to deliver medical waste, household products, medical containers, etc. to the collection box 500 located in the lower storage space 231. do.

Next, if medical waste, household products, masks, gloves, and protective clothing are not detected through the detection sensor S1 of the waste collection unit 240 , the waste collection unit 240 stops operating.

As described above, the disinfection device of the present invention forms a disinfection space at the upper part to disinfect hands and sterilize belongings, and at the lower part, medical waste stored in the lower storage space and living consumer products contaminated with viruses or harmful germs due to contact with air or microflora It has the advantage of being able to easily collect masks, gloves, protective clothing, and medical containers.

The above description is merely illustrative of the technical idea of the present invention, and various modifications and variations are possible by those skilled in the art to which the present invention pertains without departing from the essential characteristics of the present invention.

Accordingly, the embodiments expressed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed by the following claims, and all technical ideas that are equivalent to or within the equivalent range should be construed as being included in the scope of the present invention.

100: disinfection device 200: case
210: upper mounting portion 211: upper storage space
220: disinfection unit 221: disinfection hall
222: disinfection entrance 223: partition wall
230: lower mounting portion 231: lower storage space
232: height pedestal 233: case entrance
240: waste collection unit 241: upper rotating shaft
242: lower rotation shaft 243: plate
244a: upper gear 244b: lower gear
245: drive motor 246: shaft support
247: bearing 250: flexible barrier film
252: cutout 260: plasma generator
300: upper disinfection means 310: fixing bracket
320: blowing fan 330: disinfectant supply
400: lower disinfection means 410: fixing bracket
420: blow fan 430: disinfectant supply
500: collection box 510: collection box case
520: collection box vinyl

Claims (6)

a case comprising an upper mounting unit and a lower mounting unit provided with a disinfection unit and a waste collection unit in a direction from the top to the bottom;
an upper disinfecting means mounted on the upper mounting part of the case and supplying a disinfectant to the disinfecting part;
a lower disinfecting means mounted on the lower mounting part of the case and supplying a disinfectant to the lower storage space where wastes are collected through the waste collection part; and
Disinfecting apparatus including a; a collection box mounted in the lower storage space of the lower mounting portion to receive the waste introduced through the waste collection portion.
The method according to claim 1, The case,
an upper mounting part having an upper storage space formed therein in a rectangular box shape;
It is disposed under the upper mounting part, a disinfection space is formed inside, a disinfection inlet communicating with the disinfection space is formed on the outer surface, respectively, and a partition wall in an "X" shape to partition the inside is formed in the disinfection space Disinfectant formed;
a lower mounting part disposed under the disinfection unit, having a lower storage space formed therein, a height pedestal for support formed in the lower portion, and a case doorway mounted on the front side to open or close the lower storage space; and
Upper and lower rotation shafts disposed in the upper and lower parts and radially overlapping plates on the outer surface, upper and lower gears respectively mounted on one side of the upper and lower rotation shafts, a drive motor coupled to a rotary shaft coupled to the lower gear and supplying rotational force, the drive motor Disinfecting apparatus comprising a; waste collection unit comprising a shaft support each provided with bearings coupled to the upper and lower rotation shafts disposed on the other side of the sterilizer.
The method according to claim 1,
The upper disinfecting means supplies a disinfectant to a disinfectant space formed through a fixed bracket mounted in the upper center of the upper storage space constituting the upper mounting unit, a blower mounted to the fixed bracket, and a partition wall constituting the disinfecting unit, respectively. Consists of a plurality of disinfectant supplies,
The lower disinfection stage is a fixed bracket mounted in the upper center of the lower storage space constituting the lower mounting part, a blowing fan mounted to the fixing bracket, and a disinfectant supply device disposed on both sides of the blowing fan and supplying a disinfectant. Disinfecting device characterized.
4. The method according to claim 3,
Disinfecting apparatus, characterized in that the hydrogen peroxide water ionization injection, anion supply, and ozone generator are installed in place of the disinfectant supply unit constituting the upper and lower disinfection means, or a combination of any one or a combination.
3. The method according to claim 2,
A sterilization apparatus, characterized in that each of the flexible blocking membranes with cutouts are mounted at the disinfection inlet of the disinfection unit.
3. The method according to claim 2,
A detection sensor that detects hands and belongings into a disinfection space for disinfection and transmits an operation signal to the upper disinfection means is mounted inside the disinfection entrance,
Disinfection device, characterized in that a detection sensor is mounted at the entrance of the waste collection unit to detect the inflow of medical waste, household products, masks, gloves, and protective clothing and transmit an operation signal to the waste collection unit.

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