KR101948086B1 - Disinfection equipment for vehicles - Google Patents

Abstract

The present invention relates to a base station type vehicle disinfection facility purifying waste wheel cleaning water generated during wheel cleaning of a vehicle to discharge or recycle the wastewater when cleaning wheels of a vehicle. According to the present invention, the base station type vehicle disinfection facility comprises: an air sprayer (30) installed between a wheel cleaning apparatus (20) and a vehicle disinfection unit (11) to remove water existing on a surface of a vehicle; a waste wheel cleaning water collection tank (25) installed on one side of the wheel cleaning apparatus or a bottom in which the wheel cleaning apparatus (20) is installed; and a waste wheel cleaning water purification unit (70) purifying the waste wheel cleaning water collected in the waste wheel cleaning water collection tank (25) to discharge the purified water or to supply the purified water to a wheel cleaning water supply means (40) so as to recycle the purified water.

Description

[0001] Disinfection equipment for vehicles [

More particularly, the present invention relates to a vehicle disinfection apparatus capable of reliably preventing a vehicle entering a livestock farming house including a passenger through disinfection and disinfection of a vehicle as well as disinfection of a vehicle, And more particularly, to a point-type vehicle disinfection apparatus capable of purifying the three-wheeled water and reusing it as a discharged or three-wheeled water.

In general, feed animals, livestock transportation vehicles, medicines, etc. that enter and exit Usa, pig farms, poultry farms, slaughterhouses, and feed mills often house lots of houses

As a result, livestock communicable diseases (for example, swine cholera virus, avian influenza virus, swine respiratory virus, etc.) are contaminated with car bodies such as feed vehicles, livestock transportation vehicles, It is frequently spread in livestock.

Therefore, all the vehicles entering and exiting the house where the entrance of the livestock farmhouse enters the first prevention area are disinfecting the vehicle at the entrance of the house.

However, most of the vehicle disinfection apparatuses currently installed in the livestock farmhouse have a problem that the disinfectant sprayed on the vehicle is blown by the wind by spraying the disinfectant on the vehicle in the outdoor environment, which makes it impossible to completely disinfect the vehicle. There is a problem in environmental pollution.

Further, in general, when the vehicle is disinfected, it is not sanitized by the public, nor is disinfected inside the vehicle, so that the disinfection is not completely performed.

Accordingly, it is possible not only to use the chemical but also to disinfect the inside of the vehicle, the inside of the vehicle, and the public, and it is possible to provide the vehicle driver or the vehicle disinfection manager with information about disinfecting the vehicle when entering the livestock farm, It is required to completely manage the disinfection of the entering vehicle.

In recognition of these problems, Korean Patent Registration No. 10-1547570 (automatic anti-base system for base stations), Korean Patent No. 10-1573763 (base anti-fog system), Korean Patent No. 10-1597162 , Korean Patent No. 10-177593, Korean Patent No. 10-1736388 (Vehicle Base Sterilizer Control System), Korean Patent No. 10-1789197 In recent years, disinfection facilities have been installed at one or more bases in administrative districts, and vehicles and vehicle drivers visiting livestock farms located within the administrative area have been disinfected, Disinfection and management of vehicles entering the livestock farms are provided by providing information on disinfection of the vehicle to the anti-abuse manager or the wand management organization.

However, in the case of the existing base-type vehicle anti-vandalism facility, the water wheel generated in the process before the disinfection of the vehicle is discharged without any purification process, thereby causing environmental pollution. Of course, in the prior art, there is disclosed a technology for purifying and reusing the three-wheeled water, but since it is a structure that allows the filter to pass therethrough, the purified water can not be properly purified, so that the wheel is often washed with muddy water. And the burden of management occurred.

In addition, the conventional disinfection facility has a phenomenon in which the disinfectant injected into the disinfection unit enters the vehicle disinfection unit while the wheel washers are still on the surface of the vehicle after the disinfection process, Disinfection is not performed.

In addition, when the disinfectant is sprayed on the inner wall of the disinfecting unit by the disinfectant sprayed into the air during the disinfection process of the vehicle, the disinfectant is contaminated within a short period of time, It is difficult to secure the visibility due to the scattered disinfectant, which makes it difficult to move the vehicle to the exit.

Patent Registration No. 10-1707593 (2017.02.10, base type mist control facility) Registered Patent Publication No. 10-1736388 (2017.05.10, Vehicle base sterilizer control system) Registered Patent Publication No. 10-1573763 (2015.11.26, base type smoke control system) Registered Patent Publication No. 10-1597162 (2016.02.18, automatic disinfection apparatus of closed type base station for farm access vehicles)

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a water purifier for purifying waste water, In this way, waste water generated during the three-wheel work can be greatly reduced. In particular, the waste water wheel received by the filtration tank is uniformly supplied to the filtration layer without being concentrated on any part of the filtration layer, To thereby provide a disinfection apparatus of a throttle type which can be purified without deteriorating the efficiency even if the amount of waste water is large.

In addition, since the air sprayer is installed between the vehicle wheel disinfecting unit and the vehicle wheel disinfection unit, the disinfectant sprayed from the disinfecting unit can be removed from the three- To prevent dislodgement of the water from flowing down.

In order to accomplish the above object, the present invention provides a vehicle disinfection apparatus, comprising: a vehicle disinfection chamber (10) formed in a tunnel shape so that a vehicle entering an entrance thereof is directed to an exit at a rear end thereof and a vehicle disinfection section (11) (20) installed in front of the entrance of the vehicle body disinfection unit (10) or in front of the disinfecting unit in the vehicle disinfection unit for spraying and washing wheel water on the wheels and the lower part of the entrance vehicle, A water dispenser 40 for spraying the water droplets through the nozzle to pump the incoming vehicle and an intervening disinfection chamber 51 provided adjacent to one side of the vehicle disinfection chamber 10 for disinfecting the vehicle occupant A disinfection certificate issuing unit 60 installed at one side of the inside of the disinfection room 50 for issuing a disinfection certificate to a passenger who has been disinfected and a disinfection unit 50 for disinfecting the disinfection unit 11 and the disinfection unit 51 To the spray nozzle And a sterilizing liquid supply means (45) for supplying a disinfectant to the vehicle wheel sterilizing unit (11), wherein the wheel warmer (20) An air injector 30 is provided to inject air and remove water present on the surface of the vehicle, and on one side of the floor or the wheel loader on which the wheeler 20 is installed, A wheel cylinder water collecting tank 25 is provided for circulating the waste water collected in the waste water collecting tank 25 to the waste water wheel collecting tank 25, (70) is provided, and the purified part number of the remaining number of wheel rings (70) is supplied with the number of waste rings stored in the waste collection container (25) to separate the separation subject material containing soil If the internal space is high A sedimentation tank 71 which is partitioned by the other diaphragm 71a in a multistage manner and a waste water supply pipe connected to the sedimentation tank 71 by a waste water transfer pipe 72 and pumped by a pump 73, And a filtration tank 74. The filtration tank 74 is provided with a filtration tank main body 75 having a drainage pipe 75a for draining the purified water from the lower side of the filtration tank 74, A spray plate 76 provided with a plurality of waste water wheel spray nozzles 76a for spraying the waste water supplied through the waste water wheel moving pipe 72 and a spray plate 76 disposed below the spray plate 76 A filter portion 77 having a plurality of filter layers so that the waste water sprayed from the sprayed nozzle wheel 76a is filtered while passing through a waste water wheel falling therefrom and the filter portion 77 is provided on the inner lower side of the filter body 75, And the filtered waste water is passed through the filtration unit, And the upper portion of the uppermost filtration layer of the filtration unit 77 is sprayed through a waste water wheel spray nozzle 76a of the spray plate 76, A dispersion induction pipe 79 having a plurality of dispersion inducing holes 79a formed on its surface is provided so that the number of waste rings to be dispersed is dropped to the uppermost filtration layer.

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At this time, it is preferable that the filtration layer constituting the filtration part 77 is composed of an activated carbon layer, an anthracite layer, a fissure layer, a quasi-layer, a crown layer and a gravel layer from the upper side.

The injection plate 76 is formed as a circular or polygonal plate with an empty interior and a coupling tube 76b connected to the waste ring transfer tube 72 is formed at an upper central portion of the injection plate 76. The injection plate 76 A guide hole 76c is formed in a conical shape so as to guide the wasted wheel wash water introduced through the coupling pipe 76b to the edge, and the guide hole 76c is provided with a through- A plurality of holes are formed in the inner surface of the ejection plate 76 or a predetermined distance is spaced from the inner bottom surface of the ejection plate 76 so that the number of waste rings moved to the edge through the spacing space can be introduced.

The disinfection certificate issuing unit 60 comprises a voice recognition based issuer for outputting vital input information for issuing a disinfection certificate to a person to be disinfected through a speaker and recognizing and processing the voice information answered by the person to be disinfected .

According to the disinfection apparatus for a fulcrum type vehicle having the above-described structure, it is possible to expect the effect of preventing environmental pollution by discharging or reusing the number of wasted wheel rings generated after three wheels, as well as reducing water waste due to the wheel work, The water can be uniformly supplied to all portions of the filtration layer, so that filtration efficiency can be increased as well as the filtration efficiency can be improved without deteriorating the efficiency even if the amount of waste water is large.

In addition, since strong wind is sprayed on the surface of the vehicle entering the car disinfection unit after the wheel, the disinfection of the disinfection liquid is prevented by entering the disinfection unit of the vehicle with the wheel washers existing on the surface of the vehicle being removed, There is an effect that can be greatly increased.

FIG. 1 is a schematic plan view of a disinfection system for a point-based vehicle according to the present invention,
FIG. 2 is a cross-sectional side view showing a snow remover, an air injector, and a disinfecting unit in a disinfection system according to the present invention.
FIG. 3 is a cross-sectional view showing a purified water wheel cylinder water purifying unit in a point-based type vehicle disinfection apparatus according to the present invention,
FIGS. 4A and 4B are sectional views showing a spray plate provided with a guide hole,
FIG. 5 is a plan view of a spray plate showing a formation position of a waste water wheel injection nozzle according to the present invention and a shape of a guide,
6 is a state in which the dispersion induction pipe is installed in the filtration unit according to the present invention,
FIG. 7 is a view showing a disinfectant particle collecting means installed in a vehicle disinfection unit according to the present invention; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a disinfection system for a point-based type vehicle according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 and 2, the disinfection apparatus for a fulcrum type vehicle according to the present invention includes a disinfecting chamber 10, a wheel washer 20, an air injector 30, a coolant supply means 40, (45), an interpersonal disinfection room (50), and a disinfection certificate issuer (60).

The car wash water supply means 40 and the disinfectant solution supply means 45 are provided in a machine room installed in the disinfecting room or separately installed in the vehicle disinfection room Each of which can be installed to be connected to the gas cooler and the disinfecting unit of the vehicle.

The vehicle disinfection chamber 10 is structured in a tunnel shape in which the vehicle enters the internal space and is intercepted from the outside so as to perform disinfection through spraying of the disinfectant liquid, and has an inlet and an outlet formed in forward and backward directions.

The vehicle disinfection chamber 10 may be formed as a disinfecting space for the vehicle as a whole, or may be formed as a disinfection space. In the case where the disinfecting unit 11 is installed at one side space as shown in the drawing, The wheel loader 20 can be installed.

It is preferable that the door 12 is installed at the entrance and the exit of the disinfection chamber 10 and the door 12 is installed as a screen door which is fully operated by the ascending / descending opening / closing or the left / right opening / closing structure.

A vehicle recognizer 13 is installed in front of the entrance of the vehicle disinfection chamber 10 to recognize the vehicle entering the entrance. The vehicle recognizer 13 recognizes the vehicle entering the vehicle disinfection chamber 10, To the control unit 15 installed in the management room or the like.

The vehicle recognizer 13 can photograph only the license plate or the entire vehicle and transmit the photographed image to the controller 15. [

The wheel loader 20 is installed in front of the entrance of the vehicle disinfection chamber 10 or in front of the disinfecting section of the vehicle in the disinfection chamber of the vehicle. The wheel washers are sprayed on the wheels and the lower portion of the entrance vehicle prior to disinfection, Cleaning.

A vehicle detection sensor 21 is installed on the floor on which the vehicle wheelchair 20 is installed to detect the entry of the vehicle and to control the operation of the wheel warmer.

The wheel loader 20 is for removing foreign matter such as clay adhering to a wheel or a lower portion of a vehicle by spraying a three-wheeled water, and has the same structure as a known general wheel loader.

The wheel-like water supply means 40 installed to supply the wheel ring 20 with the wheel ring water is constituted by a known pump, a wheel-water tank in which the wheel ring water is stored, and a supply hose connected to the wheel-

The wheel rims 20 are operated to carry out a three-wheel work, thereby generating a waste wheel ring in which foreign matters such as small stones, sand, earth, etc. are mixed. In order to collect such wasted wheel rings, A wastewater collection unit 25 for collecting and storing the wasted wheel wash water used for the wheel washing operation can be installed at one side of the wastewater collection unit 25. The wastewater collection unit 25 includes a wastewater collection unit And is connected to the integer part (70).

The purified pulsating water integer part 70 will be described later.

The air injector 30 is disposed behind the wheel loader 20 and is positioned between the wheel winder and the vehicle disinfecting unit to blow air at a strong wind speed.

The air injector 30 is installed to remove the water droplets present on the surface of the vehicle before disinfection. The air injector 30 is installed on the side of the vehicle as well as above and below the vehicle, The number of rings to be removed.

At this time, the air injector 30 injects air during the movement of the vehicle to remove the three-wheeled water, so that the air injector 30 is installed at a predetermined angle in a direction in which the four-wheeled vehicle is installed, thereby effectively removing the three-wheeled water.

As described above, the air injector 30 is provided to eliminate the number of wheel rings present on the surface of the vehicle, thereby eliminating or significantly reducing the number of wheel rims remaining on the outer surface of the vehicle. As a result, When the disinfectant sprayed on the surface of the vehicle is sprayed on the surface of the vehicle, it can be prevented from flowing down together with the water, so that disinfection can be performed better.

That is, the disinfection efficiency is minimized by minimizing the flow of the disinfectant by the three-wheel water, thereby increasing the disinfection efficiency.

After the vehicle has been removed from the vehicle sterilizing section 11 by the air injector 30, the vehicle is stopped at a position where disinfection is performed.

A plurality of spray nozzles provided on the vehicle disinfection unit 11 are installed on the ceiling of the vehicle disinfection unit, the left and right side walls and the bottom surface so as to spray the disinfectant on the upper side and the side and the lower side of the vehicle, The disinfectant solution is supplied.

The disinfectant supply unit 45 supplies the disinfectant to the disinfecting unit 51 in addition to the vehicle disinfecting unit 11 and comprises a known pump, a disinfectant tank, a connection hose, and the like.

In the present invention, the heating water and the disinfectant supplied by the coolant supply means 40 and the disinfectant supply means 45 may be separately provided with heating means (not shown) to prevent freezing in the winter season, A heating means may be installed inside the disinfection chamber 10 to increase the internal temperature.

The vehicle disinfection unit 11 is provided with a vehicle detection sensor (not shown) separately on the floor of the vehicle disinfection unit to detect the entry of the vehicle and to detect whether the vehicle is located at an accurate position.

The disinfection room 50 is provided adjacent to one side of the disinfecting room 10 for sterilizing a person to be disinfected, such as a passenger, So that the door can be opened and closed.

A disinfection unit (51) is provided in the interior of the disinfection room (50) as a space for disinfecting the disinfection object (50). A disinfection unit (51) A disinfection certificate issuing device 60 for issuing a disinfection certificate to the subject is provided.

A plurality of spray nozzles are provided on the top and side walls of the disinfection unit 51 for spraying the disinfectant liquid. A foot disinfector is installed on the floor for disinfection of shoes, The ultraviolet ray irradiator is installed.

The disinfection certificate issuing device 60 is a voice recognition based issuing device that guides input information to a person to be disinfected through a speaker in accordance with an issuance manual set in advance and hears the contents of the disinfected person's voice, If you answer the necessary information by voice, you will recognize it and issue a disinfection certificate.

Here, a small reader detection sensor 65 may be installed on one side of the disinfection certificate issuing machine 60. The small reader detection sensor 65 senses a person to be disinfected after completion of the personal disinfection, 15, and informs that there is a disinfected subject to be disinfected, and operates the disinfection certificate issuing device 60 to issue the disinfection certificate.

The disinfection certificate issuing device 60 is normally in a power saving mode, and when the object to be disinfected exists, the disinfection mode is canceled and the disinfection certificate is issued. It is preferable that the disinfection certificate issuing device 60 is automatically switched to the power saving mode after a predetermined time .

The control unit 15 judges the sensed signal transmitted from the small reader detection sensor 65 and transmits an issuance progress signal to the disinfection certificate issuing unit 60 when it is determined that the person to be disinfected exists, When receiving the issuance proceeding signal from the control unit, the power saving mode is canceled and the necessary input information for issuing the disinfection certificate is voiced to the disinfection person according to the issuance manual set in advance, The disinfection certificate is issued based on the information.

Of course, there is a case where the person to be sterilized does not answer by voice, the voice is unclear, or the person wants to receive the disinfection certificate by himself or herself rather than the voice. Therefore, the disinfection certificate issuer 60 is provided with the information input / And a disinfection certificate can be issued by inputting information through the touch panel.

In the present invention, in addition to the information of the vehicle and the driver, information on the disinfection subject who has actually been disinfected, as well as information on the disinfection destination, (Origin, destination, moving route, etc.).

According to the disinfection procedure of the present invention having the above-described structure, the recognition of the vehicle by the vehicle recognizer, the injection of the wheel water by the operation of the wheel washing machine, the operation of the air injector to the vehicle entering the vehicle disinfection unit, and the disinfection of the inside and outside of the vehicle in the vehicle disinfection unit , Disinfection by the interpersonal disinfection department, disinfection through the disinfection certificate issue process.

In the present invention, the purified water wheel number water purifying unit 70 is configured to purify the number of wasted wheel rings collected in the wasted wheel center water collecting tank 25, and is discharged after purified water or returned to the water wheel supply means 40 Can be supplied and reused.

As the number of wasted wheel rings is kept constant, environmental pollution is prevented. In addition, when the wheel is reused, the amount of wasted wheel water used can be reduced, thereby minimizing waste of water.

3 to 6, the purified water wheel integral part 70 is composed of a settling tank 71 and a filtration tank 74. [

The sedimentation tank (71) is configured to receive the waste water from the waste water collection tank (25) and separate the separation target material including the soil existing in the waste water from the waste water by the precipitation process. And is divided into a plurality of spaces by the other diaphragm 71a, and a plurality of spaces are formed by the other diaphragms 71a, and a discharge port is provided in the lower portion of each of the compartment spaces for discharging the precipitated foreign substances to the outside.

The filtration tank 74 is connected to the sedimentation tank 71 through a waste water transfer tube 72 and supplies waste water to be pumped by a pump 73 provided on the waste water transfer tube 72 And is filtered.

The filtration tank 74 is provided with a filtration tank main body 75 having a drain pipe 75a for draining the purified wastewater water purified at the lower side thereof and a waste water wheel transfer pipe 72 at the upper inside of the filtration tank main body 75 A spray plate 76 provided with a plurality of waste water wheel spray nozzles 76a in a radial direction so as to spray the waste water supplied through the spray nozzles 76, A filter unit 77 having a plurality of filter layers to be filtered while passing through a waste water wheel sprayed from the filter body 76a and falling down, and a filter unit 77 supported on the lower side of the inside of the filter body 75, And a supporting portion 78 which is a plate having a plurality of perforated holes formed on the surface of the netting or the surface thereof so that the waste water wheel purified through the portion passes.

Since the waste water wheel spray nozzle is radially provided on the lower surface of the spray plate 76, the supplied waste water wheel water can be uniformly sprayed onto the upper surface of the uppermost filter layer of the filter portion 77 .

The injection plate 76 is formed as a circular or polygonal plate with an empty interior and a coupling pipe 76b connected to the waste ring transfer pipe 72 is formed at an upper center portion.

Here, a guide hole 76c is formed in the center of the injection plate 76 in a conical shape.

The reason why the guide hole 76c is formed is that the number of wasted wheel rings supplied to the inner space of the spray plate through the coupling pipe is guided to the edge so that the phenomenon of being concentrated at the center and being injected is prevented, It is possible to uniformly supply all the upper surface portions of the filtration layer by injecting the water and to increase the filtration efficiency. In addition, even if the amount of the waste water to be filtered is large, .

At this time, a plurality of holes for passing the pink ring water may be formed on the surface of the guide hole 76c for spraying the waste water of the closed wheel through the central portion of the spray plate 76 provided with the guide hole 76c, The guide holes 76c may be spaced apart from the inner bottom surface of the injection plate 76 by a predetermined distance so that the number of waste wheels moved to the edges through the spaced spaces may be introduced.

The coupling pipe 76b is coupled to the upper portion of the filtration tank main body 75 via a bearing 75b so that the injection plate 76 is installed to rotate by receiving the driving force of the driving motor.

The reason why the injection plate 76 is rotated is that even if a plurality of waste ring injection nozzles are radially formed in the injection plate 76 for smooth filtration of the waste water, It is possible to supply the waste water spray nozzles to a plurality of areas and filter them even when the waste water wheel spray nozzles are installed relatively loudly.

In addition, a dispersion induction pipe 79 having a plurality of dispersion induction holes 79a formed on the upper surface of the uppermost filtration layer of the filtration unit 77 may be installed to increase the filtration efficiency.

When the dispersion induction pipe 79 is provided, the number of waste rings injected through the waste water wheel injection nozzle 76a of the injection plate 76 is dispersed and falls into the uppermost filter layer, So that the filtration efficiency is remarkably increased by being filtered while passing through the filtration layer.

In the present invention, it is preferable that the filtration layer constituting the filtration part 77 is composed of an activated carbon layer, an anthracite layer, a fissure layer, a quasi-layer, a crown layer and a gravel layer from above.

The activated carbon layer adsorbs odor as well as organic substances contained in the supplied waste water, and the anthracite layer disposed thereunder is for re-filtering the waste water having passed through the activated carbon layer, Layer and the anthracite layer are provided, so that a large number of waste wheel rings can be filtered and the filtration speed can be reduced even if a large number of waste wheel rings are generated by the three-wheel process because there are many disinfection vehicles.

1 to 7, in the disinfecting facility of the present invention, the disinfecting section 11 of the vehicle disinfection chamber 10 is disinfected or disinfected through disinfection nozzles, An internal sterilizer 80 is installed.

The in-vehicle sterilizer 80 is installed in the vicinity of the door glass on both sides of the vehicle for spraying the disinfectant into the vehicle. The in-vehicle sterilizer 80 includes a spray head 81 for spraying the disinfectant, And a transfer unit 82 for transferring the spray head 81 vertically, horizontally, and laterally so that the disinfectant can be effectively sprayed into the vehicle interior space.

The transfer unit 82 is composed of a plurality of guide rails and a motor and transfers the spraying head 81 vertically and horizontally.

In the present invention, a disinfectant collecting tank (not shown) is installed on the bottom of the vehicle disinfection chamber for collecting the disinfectant flowing down to the floor when the vehicle is disinfected, and the disinfectant collected in the disinfectant collecting tank is disposed in a space The disinfectant can be recovered to the disinfectant collecting tank 14 provided in the disinfectant collecting tank 14.

It is preferable that the disinfectant recovered in the disinfectant collecting tank 14 is recovered in the disinfection engine and processed separately, and the contaminated water purifying device can be separately installed and cleaned.

Meanwhile, when the vehicle is disinfected, the disinfectant liquid splashes into the air of the disinfecting unit of the vehicle. Such disinfected disinfectant particles may adhere to the surface of the disinfecting chamber of the vehicle or may escape to the outside environment and may contaminate the surrounding environment. There is a difficulty in moving the vehicle to the exit because the visibility is difficult to secure after finishing.

Accordingly, in order to solve such a problem, the disinfectant particle collecting means 85 is installed in the inside of the vehicle disinfecting section 11 to collect the disinfectant suspended particles floating in the air after the completion of the disinfection of the outside and inside of the vehicle.

7, the disinfectant particle collecting means 85 includes a particle separating portion 86 for collecting the disinfectant particles to condense the disinfectant fine particles or vapor and separate them from the air, A sterilizing liquid suction fan 88 installed at the suction pipe 87 for generating a suction force for sucking air inside the vehicle disinfection chamber, And a recovery pipe 89 connected to a lower portion of the particle separating portion 86 to guide the disinfectant separated and separated from the particle separating portion 88 to the disinfectant collecting tank 14, Air is discharged into the air or discharged to the vehicle disinfection unit.

Since the disinfectant particle collecting means 85 is installed, it is possible to secure a view within a short time and to be able to escape through the outlet without collision of the vehicle after disinfection, and the passenger, especially the driver, It is possible to prevent the occurrence of a safety accident or a stinging of eyes due to the footstep which may be caused in the case of the present invention.

On the other hand, a car wash means 90 for washing the car which has been sterilized through washing water and air spraying may be installed on the inside and outside of the vehicle disinfection chamber 10 of the present invention.

The car wash unit 90 is configured to wash car after disinfection because there is a high possibility of spots on the surface of the vehicle due to the injected disinfectant. For example, a steam car washer and an air injector may be installed.

10: Vehicle disinfection room 11: Vehicle disinfection part
12: door 13: vehicle recognizer
14: disinfectant collection tank 15:
20: Car Wheeler 21: Vehicle Detection Sensor
25: Waste water collection tank 30: Air injector
40: Cooling water supply means 45: Disinfectant supply means
50: Disinfection room for adults 51: Disinfection department for adults
60: disinfection certificate issuer 65: small reader detection sensor
70: Waste water wheel water Int. Part 71: Settling tank
71a: diaphragm 72: closed wheel diameter movement tube
73: Pump 74: Filtration tank
75: Filtration tank main body 75a:
75b: bearing 76: spray plate
76a: waste water wheel jetting nozzle 76b: coupling pipe
76c: guide port 77:
78: support part 79: dispersion induction pipe
79a: dispersion induction hole 80: interior sterilizer
81: spray head 82:
85: disinfectant particle collecting means 86: particle separator
87: Suction pipe 88: Disinfectant suction fan
89: Recovery pipe 90: Car wash means

Claims (8)

A vehicle disinfection chamber 10 formed in a tunnel shape so as to allow the vehicle to enter the entrance at the rear and having a vehicle disinfection unit 11 installed therein and a vehicle disinfection chamber 10 in front of the entrance of the vehicle disinfection chamber 10, (20) for spraying and spraying three-wheeled water onto the wheel and the lower part of the entrance vehicle, and a control unit A disinfection chamber 50 provided adjacent to one side of the vehicle disinfection chamber 10 and provided with a disinfection section 51 for disinfecting a vehicle occupant; And a disinfectant supply unit 60 for supplying disinfectant to the spray nozzles installed in the vehicle disinfection unit 11 and the personal disinfection unit 51. The disinfectant dispenser 60 has a disinfectant dispenser (45) In the sterilization plant also based expression vehicle,
An air injector (30) is provided between the wheel vehicle (20) and the vehicle disinfecting part (11) to inject air onto the surface of a vehicle that has been subjected to a wheel work in the vehicle wheeler (20) A wheel cylinder water collecting tank 25 for collecting and storing the waste water wheel used for the wheel work is provided on one side of the floor or the wheel loader on which the wheel loader 20 is installed,
The number of waste wheel rings collected in the waste water collection container 25 is set so as to be purified or supplied to the water wheel supply means 40 so as to be reused, The water purification unit 70 is supplied with the waste water from the waste water collecting tank 25 to separate the separation target material including the soil existing in the waste water from the waste water, And a filtration tank 74 connected to the settling tank 71 by a waste water wheel moving pipe 72 and supplied with waste water from the waste water wheel pumped by the pump 73, ,
The filtration tank 74 is provided with a filtration tank main body 75 having a drainage pipe 75a for discharging purified wastewater discharged at a lower side thereof and a waste water wheel transfer pipe 72 disposed above the inside of the filtration tank body 75, A spray plate 76 provided with a plurality of waste water wheel spray nozzles 76a for spraying the waste water supplied through the spray nozzles 76a and 76b, A filter unit 77 having a plurality of filter layers to be filtered while passing through a waste water wheel falling and being sprayed from the filter body 75 and a filtration unit 77 supported under the inner side of the filtration tank body 75, And a supporting portion 78 which is a plate having a plurality of perforated holes formed on its surface or a surface thereof so as to allow water to pass therethrough,
The upper surface of the uppermost filtration layer of the filtration unit 77 is provided with a plurality of dispersions (not shown) on the surface thereof so that the number of waste rings injected through the waste water wheel injection nozzle 76a of the injection plate 76 is dispersed, And a dispersion induction pipe (79) having an induction hole (79a) formed therein.
delete The method according to claim 1,
Wherein the filtration layer constituting the filtration section (77) is composed of an activated carbon layer, an anthracite layer, a feminine layer, a quasi layer, a crown layer and a gravel layer from above.
The method according to claim 1,
The injection plate 76 is formed as a circular or polygonal plate with an empty interior and a coupling pipe 76b connected to the waste ring transfer pipe 72 is formed at an upper central portion of the injection plate 76, And a guide hole 76c is formed in a conical shape so as to guide the wasted wheel wash water introduced through the coupling pipe 76b to the edge, and the guide hole 76c is provided with a plurality Wherein a number of holes are formed or spaced apart from an inner bottom surface of the jet plate (76) so that the number of waste wheels moved to the edge through the spacing space can be introduced.
5. The method of claim 4,
Wherein the coupling pipe 76b is coupled to the inside of the filtration tank main body 75 via a bearing 75b and the injection plate 76 is installed to be rotated by receiving the driving force of the driving motor. Disinfection facility.
delete The method according to claim 1,
The disinfection certificate issuing device 60 comprises a voice recognition based issuer for outputting vital input information for issuing a disinfection certificate to a person to be disinfected through a speaker and recognizing and processing the voice information answered by the person to be disinfected A base type vehicle disinfection facility.
The method according to claim 1,
A disinfectant collecting tank (14) for collecting the disinfectant used in the disinfecting operation is installed at one side of the vehicle disinfecting unit (11) or at one side of the vehicle disinfecting room,
The vehicle disinfection unit 11 is provided with a disinfectant particle collecting means 85 for sucking and collecting disinfectant particles floating in the air after disinfecting the inside and the outside of the vehicle,
The disinfectant particle collecting means 85 includes a particle separating portion 86 for collecting the disinfectant particles to condense the disinfectant fine particles or vapor and to separate them from the air and a second end connected to the particle separating portion 86, A disinfectant suction fan 88 installed on the suction pipe 87 to generate a suction force for sucking air in the disinfecting unit of the vehicle, and a disinfectant suction fan 88 disposed on the particle separator 86 , And a recovery pipe (89) connected to a lower portion of the particle separating portion (88) and guiding the disinfectant separated and condensed to the disinfectant collecting tank (14).

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