KR101888373B1 - Disinfecting apparatus for animal shed using ozon - Google Patents

Abstract

The present invention relates to a disinfecting apparatus for a livestock shed which can disinfect the inner space of a livestock shed by supplying ozone to the inner space of a livestock shed. More specifically, an ozone transfer pipe, receiving ozone in a gaseous sate from an ozone supply unit and spraying into the inner space of the livestock shed, rotates by a rotating unit while spraying the ozone. Thus, ozone having the disinfecting power can be uniformly and quickly sprayed into the inner space of the livestock shed.

Description

Disinfecting apparatus for animal shed using ozone

[0001] The present invention relates to a device for sterilizing a housing by supplying ozone to an inner space of a housing, and more particularly, to a housing sterilizing device capable of sterilizing an inner space of a housing by supplying ozone to the inner space of the housing, Sterilizing apparatus using ozone which is capable of spraying ozone by rotating by a rotation driving unit and spraying ozone having sterilizing power more uniformly and rapidly into an internal space of a housing.

Generally, in houses built with livestock such as pigs, cows, chickens, ducks, dogs and the like, odor and harmful gas, which are mainly composed of ammonia and hydrogen sulfide combined with excrement, feed and livestock specific odor, are generated. And it is spreading to several kilometers away from many places and is becoming the cause of many complaints.

In addition, the air inside the house contains many bacterial microorganisms and viruses, making it easy for livestock to be exposed to infectious diseases. Infectious diseases such as foot-and-mouth disease and avian influenza cause harm to livestock farmers because they have to slaughter whole livestock in one area.

Accordingly, various methods for treating odor and harmful gas generated in the housing, which are the cause of the above-mentioned problems, and preventing infectious diseases caused by bacteria and viruses have been developed in the livestock farmers. However, And can not efficiently prevent harmful odor and infectious diseases.

The following is a typical conventional technique for sterilizing a house using ozone.

Korean Utility Model Laid-Open No. 20-2010-0005827 discloses an ozone blowing air purifying apparatus in which an ozone generating device is formed in a suction portion of a blowing device, and ozone transferring means having ozone injection holes The ozone blowing air purifier is used to transfer ozone up to 100 m.

In addition, the above-mentioned prior art has realized the effect of simultaneously removing ozone by spraying ozone through the ozone injection holes to remove odors such as ammonia and to suppress and remove various bacteria. However, the ozone- It is difficult to rapidly increase the concentration of ozone in the internal space of the housing. Therefore, there is a need for continuous research and development for solving the problem.

Korean Utility Model Publication No. 20-2010-0005827 (June 7, 2010) Korean Registered Patent No. 10-0363539 (Nov. 21, 2002) Korean Registered Patent No. 10-0809022 (Feb. 25, 2008) Korean Patent Publication No. 10-2008-0071103 (2008.08.01.)

DISCLOSURE OF THE INVENTION The present invention has been conceived to solve the problems of the prior art of the housing sterilization apparatus. Conventionally, since the sterilization of the housing has been carried out in such a manner that the operator injects the sterilizing agent directly into the inner space of the housing using an atomizer, There was a falling problem;

In addition, there has been a problem that the disinfection device of a system of spraying a liquid sterilizing agent or ozonated water by installing a certain injection pipe in the housing has a problem that the liquid environment sterilizing agent or the ozonated water is mixed into the sludge,

Particularly, it is a main object of the present invention to provide a solution to the above problem that the increase in the humidity of the internal space of the housing due to the liquid sterilizing agent or the ozonated water causes a problem of accelerating the growth of the dissolution bodies such as bacteria or viruses .

The present invention has been made to solve the above-

An ozone supply unit for supplying gaseous ozone; A plurality of ozone transfer tubes, which are supplied with ozone from the ozone supply section, cross over the housing at the upper part of the inner space of the housing, and have a plurality of spray nozzles spaced apart in the longitudinal direction; And a rotation driving unit connected to the plurality of ozone conduits to rotate the ozone conduit.

In the apparatus for sterilizing an ozone using the ozone according to the present invention, ozone in a gaseous state is temporarily injected into the inner space of the housing through the ozone feeding tube installed in the housing, and the ozone concentration in the housing inner space is maintained for a predetermined time The effect of sterilizing germs and viruses present in the internal space of the housing can be obtained;

Also, since the sterilizing agent sprayed through the pipeline is composed of ozone in a gaseous state, it is possible to obtain an effect of keeping the environment for raising livestock favorably;

Particularly, because ozone in a gaseous state is injected into the internal space of the house, the humidity of the internal space of the house is not increased due to the liquid sterilizer or ozone water, thereby preventing the proliferation of bacteria or virus due to excessive humidity The effect can be obtained.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1A is a side cross-sectional view showing a housing provided with a housing sterilizer using ozone according to a preferred embodiment of the present invention; Fig.
FIG. 1B is an AA flat cross-sectional view showing a house equipped with a housing sterilizing apparatus using ozone according to a preferred embodiment of the present invention. FIG.
BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to an ozone sterilizing apparatus.
3 is a cross-sectional view taken along line AA in FIG. 1 showing a case where an air blowing unit is provided in an apparatus for sterilizing a housing using ozone according to a preferred embodiment of the present invention.
FIG. 4 is a plan sectional view of the ozone tank according to the preferred embodiment of the present invention, in which the ozone tank is provided.
FIG. 5A is a side cross-sectional view showing a case in which a rotating roller and a holder are provided in an ozone transfer tube of an ozone-based housing sterilizer according to a preferred embodiment of the present invention. FIG.
FIG. 5B is a plan sectional view of the ozone sterilization apparatus using ozone according to a preferred embodiment of the present invention, in which a rotating roller and a holder are provided in the ozone transfer tube. FIG.
6A and 6B are detailed cross-sectional views of a portion C showing a case where a rotating roller is provided in an ozone transfer tube of an ozone-based housing sterilizer according to a preferred embodiment of the present invention.
7A and 7B are detailed sectional views of a portion D showing a case where a holder is provided in an ozone transfer tube of an ozone-based housing sterilizing apparatus according to a preferred embodiment of the present invention.
FIG. 8A is a side cross-sectional view showing a case in which a pressurizing cylinder, a sliding bar, and a pressure plate are provided in a housing sterilizing apparatus using ozone according to a preferred embodiment of the present invention; FIG.
FIG. 8B is an EE flat cross-sectional view showing a case in which a pressurizing cylinder, a sliding bar, and a pressure plate are provided in a housing sterilizing apparatus using ozone according to a preferred embodiment of the present invention. FIG.
FIG. 8C is a detailed sectional view of a portion F showing a case where a pressurizing cylinder, a sliding bar, and a pressure plate are provided in a housing sterilizing apparatus using ozone according to a preferred embodiment of the present invention. FIG.
FIG. 9A is a side sectional view showing an operating state in a case where a pressurizing cylinder, a sliding bar, and a pressure plate are provided in a housing sterilizing apparatus using ozone according to a preferred embodiment of the present invention. FIG.
FIG. 9B is a sectional view taken along the line GG in FIG. 8A showing a state where the pressurizing cylinder, the sliding bar, and the pressure plate are provided in the housing sterilizing apparatus using ozone according to the preferred embodiment of the present invention.
FIG. 9c is a detailed sectional view of a portion H in an operating state when a pressurizing cylinder, a sliding bar, and a pressure plate are provided in an apparatus for sterilizing ozone according to a preferred embodiment of the present invention. FIG.
10 is a cross-sectional view showing a case where the housing sterilizer using ozone according to a preferred embodiment of the present invention is connected to a vehicle temporary stop.

The present invention relates to a device for sterilizing a housing capable of sterilizing the interior space of the housing by supplying ozone to the inner space of the housing, comprising: an ozone supply part (10) for supplying gaseous ozone; A plurality of ozone transfer tubes 20 supplied with ozone from the ozone supply unit 10 and provided across the housing in an upper part of the internal space of the housing and having a plurality of injection nozzles 21 spaced apart in the longitudinal direction; And a rotation driving part (30) connected to the ozone conveyance pipe (20) to rotate the ozone conveyance pipe (20).

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the invention are shown.

First, a barn where the housing sterilization apparatus according to the present invention is installed may be a structure in which a plurality of frames are connected to each other by raising a generally known domestic animal, and preferably the sidewall 100 or the roof of the barn When the internal space of the housing is sterilized as ozone by the housing sterilization apparatus according to the present invention, the side wall 100 and the roof can be opened or closed so that the air stored in the internal space of the housing can be maintained in a temporarily closed state It is preferable to be configured to be able to maintain the closed state.

In addition, the housing includes an exhaust device 110 including an exhaust blower for inducing rapid ventilation after the ozone is maintained for a predetermined concentration and a predetermined time in the internal space of the housing by the housing sterilizer according to the present invention And a filter 111 may be further provided in the air flow path of the exhaust device 110 to filter out the demolition body and odor contained in the air discharged from the internal space of the housing to the outside Can be configured.

In addition, although ozone has a sterilizing power, even if it has a concentration above a certain concentration or a concentration below a certain concentration, if the animal is exposed for a predetermined time or more, it may have harmful effects on the animal. On the contrary, ozone sprayed into the inner space of the housing by the housing sterilization apparatus according to the present invention is treated according to the judgment of a person skilled in the art using a known technique so as to be accommodated in the inner space of the housing And an ozone measuring device (not shown) for measuring the concentration of ozone in the internal space of the housing can be further provided.

The housing sterilizing apparatus according to the present invention includes the ozone feeding section 10, the ozone feeding tube 20 or the rotation driving section 30 macroscopically.

That is, the ozone supply unit 10 is configured to supply ozone in the gaseous state. The ozone supply unit 10 supplies gaseous ozone that provides the main germicidal power of a demolition body such as bacteria or viruses.

Specifically, the ozone supply unit 10 may be constituted by an ozone tank 12 capable of supplying the following ozone transfer pipe 20 in a state in which pure ozone is received, or ozone may be directly generated using oxygen in the air, And the ozone generator 11 may be constructed by combining the ozone generator 11 and the ozone tank 12 so as to supply the ozone into the ozone supply unit 10.

That is, when the ozone supply unit 10 comprises only the ozone generator 11, the ozone generator 11 generates pure ozone by air in the air or another oxygen tank (not shown) The ozone can be transferred to the ozone transfer pipe 20.

When the ozone supply unit 10 includes the ozone generator 11 and the ozone tank 12, the ozone generator 11 is connected to the ozone tank 12, The ozone generated in the ozone tank 12 is stored in the ozone tank 12 when the ozone generated in the ozone generator 11 is not supplied to the internal space of the house, The ozone generator may be supplied independently to the ozone conduit 20 or may be combined with the ozone generated by the ozone generator 11 to be supplied to the ozone conduit 20.

In addition, the ozone generated in the ozone supply unit 10 may be supplied to the ozone conduit 20 when the internal space of the housing is sterilized, and may be stopped when the internal space of the housing is not sterilized.

In connection with the above, the ozone supply unit 10 may generate ozone even during non-sterilization of the internal space of the housing, and then supply the generated ozone to a sterilization tank (not shown) in which a certain internal space is formed.

That is, the sterilization tank can contain atmospheric air in a certain internal space, and the air contained in the sterilization tank can be sterilized by the ozone supplied from the ozone supply unit 10. At this time, the sterilized air received in the inner space of the sterilization tank is supplied to the inner space of the housing sterilized by the housing sterilization apparatus of the present invention through the following ozone transfer tube 20, It can be used as air to keep it in a pleasant state.

The ozone conduit 20 is supplied with ozone from the ozone supply unit 10 and is disposed across the housing space above the internal space of the housing, and a plurality of the plurality of the spray nozzles 21 spaced apart in the longitudinal direction The ozone supplied from the ozone supply unit 10 is transferred and injected into the internal space of the housing.

That is, the ozone conduit 20 is formed in the shape of a pipe such as a pipe or a hose, one side is connected to the ozone discharge port of the ozone supply unit 10, and a plurality of injection nozzles 21 are provided.

Specifically, the ozone conduit 20 mainly has a length in the longitudinal direction or the width direction of the internal space of the housing, and the ozone transfer tube 20 is provided with a length in the housing space so that the longitudinal direction of the ozone- .

The plurality of ozone transfer tubes 20 may be connected in series or in parallel at the ozone supply unit 10 to be connected to the ozone supply unit 10 in various forms as long as ozone can be smoothly supplied thereto, 1, a main ozone transfer pipe 22 having an inner diameter larger than that of the ozone transfer pipe 20 is connected to the ozone discharge port of the ozone supply unit 10, The plurality of ozone transfer tubes 20 are connected in parallel so that a plurality of ozone transfer tubes 20 can receive ozone from the main ozone transfer tube 22.

That is, the main ozone conveyance pipe 22 is connected to the ozone supply unit 10 to receive ozone, and the plurality of ozone conveyance pipes 20 are installed in the house, crossing the house interior space, One side of the ozone transfer pipe 20 is connected to the main ozone transfer pipe 22 to receive ozone from the main ozone transfer pipe 22.

The main ozone transfer pipe 22 is formed on the outside or inside of the housing to have a length in a longitudinal direction or a width direction of the housing. The plurality of ozone transfer pipes 20 are connected to the main ozone transfer pipe 22, So that they can be installed in the space inside the housing.

In connection with the above, the ozone conduction pipe 20 is installed at a portion corresponding to the upper part of the internal space of the housing, and the ozone injected from the injection nozzle 21 of the ozone conduction pipe 20 sinks to the lower part of the internal space of the housing So that it can be diffused.

The plurality of injection nozzles 21 provided in the ozone conduction pipe 20 can use a known injection nozzle 21 if the ozone transferred to the ozone transfer pipe 20 can be uniformly injected into the inner space of the housing And a plurality of spray nozzles 21 may be provided at predetermined intervals in the ozone conduction pipe 20.

In addition, when a plurality of ozone conduits 20 are installed in the housing interior space as shown in FIG. 2, each of the injection nozzles 21 provided in the ozone conduction pipe 20 is arranged in a mutually staggered manner, .

That is, as shown in FIG. 2, a plurality of injection nozzles 21 provided in any one of the plurality of ozone transfer tubes 20 and an ozone transfer tube 20 adjacent to one ozone transfer tube 20, When the plurality of injection nozzles 21 provided in the transfer pipe 20 are formed in a staggered configuration, the ozone injection area of any one of the ozone transfer pipes 20 is different from the injection area of the ozone injected from the injection nozzles 21 Since the injection regions of the ozone injected from the injection nozzles 21 of one ozone transfer pipe 20 can be alternated with each other, the effect that the ozone can be uniformly injected and diffused into the entire internal space of the housing can be obtained have.

In order to increase the spraying force on the ozone injected from the injection nozzle 21 after being supplied from the ozone supply unit 10 and transferred to the ozone transfer pipe 20, The ozone transfer conduit 20 connected to the ozone supply unit 10 may be further connected to the blowing unit 40 as shown in FIG.

That is, the blowing unit 40 is provided between the ozone supply unit 10 and the ozone transfer pipe 20 to apply a blowing force to the ozone transferred to the ozone transfer pipe 20.

In more detail, the blowing unit 40 is constituted by a device such as a blower, and is configured to suck air outside the housing to blow air into the ozone conduit 20, 20 is connected to the main ozone conduit 22, the blowing unit 40 is connected to the main ozone conduction pipe 22 connected to the ozone discharge port of the ozone supply unit 10, So that a plurality of ozone transfer tubes 20 can be provided with a wind power.

The ozone supply unit 10 is provided between the ozone supply unit 10 and the ozone transfer pipe 20 and the ozone supply unit 10 includes the ozone generator 11 and the ozone tank 12, The ozone tank 12 is connected to the main ozone transport pipe 22 and the blower unit 40 is connected to the main ozone transport pipe 22 and the ozone tank 12 So that the ozone is transferred from the ozone generator 11 to the main ozone transport pipe 22 and the ozone transported from the ozone tank 12 to the main ozone transport pipe 22 have.

The plurality of ozone transfer pipes 20 are connected to the plurality of ozone transfer pipes 20 to rotate the ozone transfer pipes 20, Means a part of the ozone transfer tube 20 installed in the internal space of the housing except for a part of the ozone transfer tube 20.

That is, the rotation driving unit 30 rotates each of the plurality of ozone transfer tubes 20 installed in the internal space of the housing to discharge the ozone in the gaseous state injected from the ozone transfer tube 20 through the injection nozzle 21, Thereby uniformly injecting the air into the entire portion of the upper portion, the side portion, and the lower portion of the inner space.

Each of the plurality of ozone transfer tubes 20 is coupled to the housing so that the ozone transfer tube 20 is rotatable around the central longitudinal axis of the ozone transfer tube 20, And a motor 31. The ozone is connected to the transmission pipe 20 by a connecting member such as a belt or a gear.

More specifically, the ozone transfer pipe 20 is fastened to a part of the structure such as a frame provided on the upper part of the housing to be rotatable so that a part of the ozone transfer pipe 20, including one side and the other side, And rotates around the axis. At this time, either one of the ozone transfer pipe 20 is provided with a pulley 32 to which a belt is connected, or another gear to which gears are coupled, and the drive motor 31 included in the rotation drive unit 30 The ozone is connected to the pulley 32 or other gear provided in the delivery pipe 20 by a belt or a gear so that the ozone transfer pipe 20 can be rotated by the driving force of the drive motor 31 .

The plurality of ozone conveyance pipes 20 may be connected to a plurality of drive motors 31 to rotate and one drive motor 31 may be connected to the plurality of ozone conveyance pipes 20 in a lump And may be configured to provide a driving force.

That is, when one drive motor 31 provides a driving force to the plurality of ozone conveyance pipes 20 as described above, one drive motor 31, as shown in FIG. 4, And the other ozone transfer pipe 20 adjacent to the one ozone transfer pipe 20 is connected to one of the ozone transfer pipes 20 And a plurality of tributary ozone conduction pipes 20 are connected to each other as a belt or a gear in the above-described manner.

The ozone transfer pipe 20 rotated by the rotation driving unit 30 can be rotated not only about the longitudinal center axis of the ozone transfer pipe 20 but also the ozone transfer pipe 20 rotating horizontally It may be configured to be movable.

That is, the ozone conveyance pipe 20 is fastened so that one side and the other side of the ozone conveyance pipe 20 can be rotated and horizontally moved to both side walls 100 of the housing, and the side wall 100 of the housing is connected to the ozone conveyance pipe 20 A helical groove 61 in which a part of the end of the guide rod 50 is inserted is formed in an annular shape at least on one side or the other side of the ozone transfer tube 20 The rotating roller 60 may be provided.

Specifically, the ozone transferring structure 20 having the above construction includes the rotary roller 60 on one side or the other side, and the side wall 100 of the housing, which is coupled to the rotary roller 60 so as to be rotatable, The ozone transfer tube 20 is rotated by the guide roller 50 so that the rotation roller 60 is interfered with the guide rod 50. As a result, So that the delivery pipe 20 can be horizontally moved.

The side wall 100 of the housing may correspond to a frame forming the side wall 100 of the housing and the guide rod 50 may be formed on the side wall 100 of the housing The ozone can be formed in the holder 120 that protrudes or is attached to the side wall 100 of the housing to be rotatable so that the ozone conduit 20 can rotate.

That is, the holder 120 is configured such that an outer portion thereof is fixedly fastened to a predetermined upper portion of the side wall 100 of the housing, and a hole formed in the holder 120 is connected to one side of the ozone transfer tube 20 And the rotating roller 60 provided on the other side is rotatably inserted.

At this time, the guide rod 50 protrudes from the center of the hole in the hole of the holder 120, and is inserted into the spiral groove 61 of the rotary roller 60 which is inserted into the hole.

6A, 6B and 6C, the spiral groove 61 formed in the rotary roller 60 forms a spiral upward from one side of the outer circumference of the longitudinal half of the rotary roller 60 to the other side, In the longitudinal direction, and a downwardly directed helical shape is formed in the other half of the longitudinal direction.

In other words, the annular helical groove 61 having the above-described structure is formed in such a manner that when the ozone transfer tube 20 is rotated to rotate the rotary roller 60, The guide rod 50 which has been inserted into one side of the helical groove 61 is moved to the other side of the helical groove 61 so that the rotary roller 60 can be moved in one direction by the rod 50 State).

When the rotation roller 60 continues to rotate in a state in which the guide rod 50 is inserted into the other side of the helical groove 61, the rotation roller 60 is movable in the other direction, At this time, the guide rod 50 which has been inserted into the other side of the helical groove 61 has been moved to one side of the helical hop.

More specifically, since the guide rod 50 is kept fixed to the side wall 100 on the housing, when the rotation roller 60 continuously rotates, the annular helical shape formed on the rotation roller 60 The grooves 61 allow the rotary roller 60 to reciprocate in one direction and the other direction continuously with reference to the guide rod 50. As a result, the ozone transfer tube 20 is provided with a plurality of injection nozzles The ozone sprayed from the ozone generator 21 is reciprocally moved from one side of the internal space of the housing to one side of the other side and can be uniformly injected into the internal space of the housing.

The ozone transfer tube 20 is rotated about the longitudinal central axis of the ozone transfer tube 20 and the ozone transfer tube 20 is rotated by the rotation roller 60 and the guide rod 50 20) is horizontally movable at a predetermined interval (a distance corresponding to the length from the one side to the other side of the annular helical groove 61) in the longitudinal direction of the ozone- The pulley 32 or the gear provided at another portion of the ozone generator 20 may be connected to the ozone conduit 20 by a holder 23 having a spline 24a.

That is, when the ozone conduit 20 is configured to be reciprocally movable in the horizontal direction of the longitudinal center axis of the ozone transfer tube 20 by the rotation roller 60 and the guide rod 50, The pulley 32 or the gear provided at a certain portion of the ozone transfer pipe 20 can also be horizontally moved by the reciprocating movement of the ozone transfer pipe 20 in the horizontal direction.

In the present invention, the pulley (32) or the gear provided in the ozone conduction pipe (20) is always positioned at a certain position and receives driving force from the rotation driving part (30) Or the gear is provided in a holder 23 formed with a spline 24a so that the driving force transmitted to the gear can be continuously transmitted to the ozone transferring pipe 20, Can be fastened to the corresponding spline (24b) formed in a certain portion of the transfer tube (20).

More specifically, a corresponding spline 24b having a projecting step and an inner groove is formed on the outer circumference of the other side or one side of the ozone transfer pipe 20 with a length in the longitudinal direction of the ozone transfer pipe 20 And the pulley 32 or the holder 23 to which the gear is fastened may be fastened to the corresponding spline 24b. At this time, a spline 24a into which the corresponding spline 24b is inserted is formed in the holder 23.

That is, the driving force by the rotation driving unit 30 is transmitted to the holder 23 through the pulley 32 or the gear, and the holder 23 is rotated by the rotation of the ozone transfer pipe 20, It is possible to provide continuous driving force to the ozone conduction pipe 20 through the spline 24a and the corresponding spline 24b.

The holder 23 should be rotatably supported on a supporting frame 130 fixed to a frame provided on the upper part of the housing so that the ozone can always maintain the same horizontal position on the conveying pipe 20 .

The present invention is also characterized in that when the gaseous ozone is injected through the plurality of injection nozzles 21 provided in the ozone transfer tube 20, the nitrate or the periphery of the injection nozzle 21, which is an additive generated in the ozone supply part 10, (Hereinafter referred to as "scale") formed by the reaction between the substance in the air present in the air and the ozone in the gaseous state is fixed to the injection nozzle 21 to block the injection port of the injection nozzle 21 The scale removing brush 70 or the water spray nozzle may be further provided on the front side of the spray nozzle 21. In this case,

That is, any one of a plurality of scale cutting blades, a scale removal brush (70), and a water spray nozzle capable of being in contact with the injection openings of the plurality of spray nozzles (21) provided in the ozone conduit (20) Can be configured.

At this time, the scale-cutting blade is formed in a plate-like shape and can remove the scale fixed to the jetting port of the jetting nozzle 21 while being in contact with the jetting nozzle 21, and the scale- And the scale attached to the injection port of the injection nozzle 21 can be removed while being in contact with the spray nozzle 21. The water spray nozzle receives water of a predetermined water pressure from the water pump, The scale fixed to the injection port of the injection nozzle 21 can be removed by spraying the nozzle 21 at a constant pressure. Hereinafter, any one of the scale-cutting blade, the scale removal brush 70, and the water spray nozzle will be referred to as a 'scale removal brush 70'.

The scale removing brush 70 is disposed at a position where the spray nozzle 21 provided on the rotating ozone transport pipe 20 is positioned at a predetermined position while rotating around the central axis of the ozone transport pipe 20, 21, and can be constructed in various forms as long as it can remove the scale fixed to the jetting port. Preferably, one side is fastened to a frame disposed on the upper part of the housing, and the other side is connected to the rotation of the jetting nozzle 21 It can be configured so that a plurality of bristles can be located in the radius.

In addition, the present invention can be configured such that the scale removal brush 70 is always fixed to the housing, as described above. However, in order to enable the descaling nozzle 21 to be brought into contact only when it is necessary to remove the scale from the ejection opening, The brush bristles can be horizontally moved in the longitudinal direction of the ozone transfer tube 20. [

More specifically, according to the present invention, as shown in FIGS. 8A, 8B, 8C, 9A, 9B and 89C, the housing has a length in the same direction as the longitudinal direction of the ozone transfer tube 20, A sliding bar 91 which is fastened so that one side and the other side can reciprocate horizontally in the longitudinal direction of the ozone conduit 20; The sliding bar 91 is configured to include any one of a plurality of scale cutting blades, a scale removal brush 70, and a water injection nozzle. The sliding bar 91 may be connected to the pressurizing cylinder 90 so that the ozone can be horizontally reciprocated in the longitudinal direction of the delivery pipe 20 by a pressing force of the pressurizing cylinder 90.

That is, the sliding bar 91 is formed in the inner space of the housing, forming a length in the longitudinal direction or the width direction of the housing, like the ozone conduit 20, And the other side are fastened horizontally to both side walls 100 of the housing.

At this time, the horizontal movement direction of the sliding bar 91 is configured to have the same direction as the longitudinal direction of the ozone conduction pipe 20, and a plurality of scale cutting blades provided on the sliding bar 91, a scale removal brush 70 ) Or a water spray nozzle (hereinafter, referred to as a 'scale removal brush 70') can be horizontally moved in the longitudinal direction of the ozone transfer pipe 20.

Each of the plurality of scale removing brushes 70 is provided on a sliding bar 91 positioned to correspond to each of the plurality of spray nozzles 21 provided in the ozone conveying pipe 20, So as to be brought into contact with the injection nozzle 21 or to remain in a non-abraded state.

The pressing cylinder 90 is connected to the sliding bar 91 to provide a pressing force for horizontally moving the sliding bar 91. More specifically, the pressing cylinder 90 receives hydraulic or pneumatic pressure from the outside, And the sliding bar 91 connected to the cylinder rod can reciprocate horizontally in the length direction of the ozone pipe 20 by the forward and backward movement of the cylinder rod.

At this time, the longitudinal direction of the cylinder rod of the pressurizing cylinder 90 and the longitudinal direction of the sliding bar 91 may be positioned in a straight line, and the cylinder rod and the sliding bar 91 may have different orientations. (Not shown) may be provided between the sliding bar 91 and the sliding bar 91 to convert the forward and backward movement of the cylinder rod into a horizontal reciprocating movement of the sliding bar 91.

In the present invention, when the sliding bar 91 and the pressurizing cylinder 90 are further provided on the housing, the housing is further provided with a pressing plate 92 connected to the cylinder rod of the pressing cylinder 90 A slope 93 is formed on either side of the pressing plate 92 in a direction perpendicular to the longitudinal direction of the sliding bar 91 and the slope 93 is provided on the sliding bar 91 And may be configured to form interference with the support block 94 provided.

That is, the pressing plate 92 is configured such that one side of the pressing plate 92 has a constant inclination in a direction perpendicular to the longitudinal direction of the sliding bar 91 as shown in FIGS. 8A and 9A.

At this time, a certain portion of the sliding bar 91 on which the inclined surface 93 is located is provided with a supporting block 94 which can be interfered with and correspond to the inclined surface 93, The supporting block 94 is moved by the inclined surface 93 of the pressing plate 92 to move the ozone transfer tube 20 in the forward and backward directions in the direction perpendicular to the longitudinal direction of the sliding bar 91, As shown in Fig.

The sliding bar 91 can be horizontally moved in the longitudinal direction of the ozone conduction pipe 20 by the horizontal movement of the support block 94. As a result, (70) may have a state of being in contact with or non-abutting with the ejection port of the ejection nozzle (21).

The width of the pressing plate 92 (the length of the portion perpendicular to the forward and backward movement direction) is set to a distance that can control the interference of the descaling brush 70 with respect to the ejection opening of the ejection nozzle 21 A person skilled in the art can appropriately adjust the width of the pressure plate 92 in accordance with the degree of separation of the descaling brush 70 with respect to the ejection port of the ejection nozzle 21. [

When the sliding block 91 is further provided with the supporting block 94, the pressing rod 92 of the pressing cylinder 92 may be provided at one side or the other side by the pressing plate 92, One end of the sliding bar 91 is fixed to the housing bar on one side or the other side of the sliding bar 91 so that the sliding bar 91 horizontally moved to the other side can be returned to its original position, The elastic member 95 may be further provided.

It is to be understood that the pressing plate 92 should be constituted by a plurality of pressing plates 92 arranged in each of the plurality of sliding bars 91. The pressing plates 92 are pressed by a plurality of pressing cylinders 90, The sliding bar 91 can be reciprocated independently in the longitudinal direction of the ozone transfer pipe 20 and the sliding bar 91 can be moved collectively by a single number of the pressurizing cylinders 90 to the length of the ozone transfer pipe 20 Direction.

That is, the sliding bar 91 and the pressing plate 92 are formed so as to be adjacent to each of the ozone transfer tubes 20, and the plurality of pressing plates 92 are formed by pressing the adjacent pressing plates 92 And are connected to each other by a connecting bar 96 so that a plurality of pressing plates 92 can be collectively moved by a single pressurizing cylinder 90. [

The connection bar 96 has a length corresponding to a distance between any one of the plurality of sliding bars 91 and another adjacent sliding bar 91, And the other end of the connecting bar 96 is connected to the front end of the pressing plate 92 disposed on the other one of the sliding bars 91, And to the rear end.

More specifically, when the pressing cylinder 90 presses one of the plurality of pressing plates 92 and moves forward, the sliding bar 91 of any one of the plurality of sliding bars 91, Each of the plurality of scale removing brushes 70 provided on one of the sliding bars 91 is horizontally moved so as to be fixed to the spray holes of the plurality of spray nozzles 21 provided in any ozone transfer pipe 20 Remove the scale; The other pressing plate 92 connected to the one pressing plate 92 and the connecting bar 96 is pressed simultaneously with the pressing of one of the pressing plates 92 so that the other one of the plurality of sliding bars 91 The sliding bar 91 is horizontally moved so that each of the plurality of scale removing brushes 70 provided on the other sliding bar 91 is moved in the direction of the plurality of spray nozzles 21 provided on the other ozone conveying pipe 20. [ The scale attached to the spray hole can be removed.

Thereafter, when the pressurizing cylinder 90 releases the pressure and moves backward, the descaling of the descaling brush 70 with respect to the ejection port of the ejection nozzle 21 is released. At this time, The elastic member 95 provided provides a restoring force for returning the sliding bar 91 to its original position.

In addition, in general, a vehicle passage is formed outside the housing to enter the vehicle as a barn. At this time, harmful substances such as bacteria or viruses on the vehicle moving through the vehicle passage cause pollution of the housing.

On the other hand, according to the present invention, as shown in Fig. 10, ozone supplied from the ozone supply unit (10, ozone generator (11) or ozone tank (12) And the drawn ozone may be injected into the vehicle to sterilize the vehicle.

At this time, a certain portion of the vehicle passageway may be provided with a vehicle temporary railway station 80 that is hermetically sealed to the outside and can temporarily accommodate the vehicle, and the ozone supply unit 10 may supply Ozone can be sprayed.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It is possible to carry out various changes in the present invention.

10: ozone supply part 11: ozone generator
12: ozone tank 20: ozone transfer pipe
21: injection nozzle 22: main ozone injection pipe
23: holder 24a: spline
24b: corresponding spline 30: rotation driving part
31: drive motor 32: pulley
40: feeder part 50: guide rod
60: rotating roller 61: spiral groove
70: Scale removal brush 80: Vehicle temporary railway station
90: pressure cylinder 91: sliding bar
92: pressing plate 93: inclined surface
94: support block 95: elastic member
96: connecting bar 100: side wall of the housing
110: blower 111: filter
120: holder 130: support

Claims (5)

An ozone supply unit 10 for supplying gaseous ozone; A plurality of ozone transfer tubes 20 supplied with ozone from the ozone supply unit 10 and provided across the housing in an upper part of the internal space of the housing and having a plurality of injection nozzles 21 spaced apart in the longitudinal direction; And a rotation driving unit 30 connected to the plurality of ozone conduction pipes 20 to rotate the ozone conduction pipe 20,
In the housing,
A scale removing brush 70 or a water spray nozzle capable of being in contact with an ejection opening of a plurality of ejection nozzles 21 provided in the ozone conveyance pipe 20, A device for sterilization of housing using ozone.
The method according to claim 1,
Between the ozone supply unit 10 and the ozone conduction pipe 20,
Further comprising a blowing section (40) for applying a blowing force to ozone to be delivered to the ozone conveyance pipe (20).
An ozone supply unit 10 for supplying gaseous ozone; A plurality of ozone transfer tubes 20 supplied with ozone from the ozone supply unit 10 and provided across the housing in an upper part of the internal space of the housing and having a plurality of injection nozzles 21 spaced apart in the longitudinal direction; And a rotation driving unit 30 connected to the plurality of ozone conduction pipes 20 to rotate the ozone conduction pipe 20,
The ozone conduction pipe 20 is connected to the ozone-
One side and the other side in the longitudinal direction are fastened to both side walls 100 of the housing to be rotatable and horizontally movable,
A guide rod 50 protruding toward the ozone conduction pipe 20 is provided on the sidewall 100 of the housing,
A rotary roller 60 having an annular shape formed with a spiral groove 61 in which a part of the end of the guide rod 50 is inserted is provided at one or more of the ozone transfer pipe 20 Wherein the ozone is supplied from the ozone generator.
delete The method according to claim 1,
The ozone generated in the ozone supply unit
And is configured to be capable of being supplied to a vehicle temporary railway station (80) provided in a vehicle passage formed for entering a vehicle on a staging path outside the housing and capable of temporarily accommodating the vehicle.

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