KR101422735B1 - Eco-friendly disinfection system and construction method thereof - Google Patents

Abstract

An eco-friendly disinfection system according to the present invention is a disinfection system which sterilizes a vehicle which is driven on a road and a structure which is installed on the road so that the paved surface of the road of a disinfection section can be protected and a prevention medicinal substance can be collected and recycled. The eco-friendly disinfection system includes: a paved surface waterproofing layer which is formed with a reactive resin matter in order to prevent a medicinal substance which is sprayed from medicinal substance spraying equipment from directly reacting to a road by being arranged on the surface of the road at a regular interval; a pair of speed bumps which are arranged to be separated in the longitudinal direction of a road across the medicinal substance spraying equipment and are extended in the width direction of the road in order to block the flow of liquid medicinal substance which is sprayed on the paved surface waterproofing layer; a medicinal substance leakage blocking pad which is arranged in the longitudinal direction of the road in order to connect an end part of the pair of speed bumps, is installed on the paved surface waterproofing layer, and blocks the medicinal substance from being exposed toward the lateral side of the road; and a medicinal substance collecting module which collects a medicinal substance, which is accommodated in a disinfection zone which is a space which is formed by a pair of overspeed bumps and the medicinal substance leakage blocking pad, and sends the medicinal substance to the medicinal substance spraying equipment.

Description

[0001] The present invention relates to an eco-friendly disinfection system and a construction method thereof,

The present invention relates to an environmentally friendly anti-virus system capable of protecting a road surface on a road surface and recovering and reusing an anti-pollution drug.

Disinfection devices for disinfecting vehicles running on the road are widely used to prevent the spread of animal infectious diseases such as foot-and-mouse disease (FMD) and avian influenza (AI) An example of such a preventive device is disclosed in Korean Patent Publication No. 2004-0089755.

The device disclosed in the above-mentioned patent is installed all over the road, and it is reported that an average of 10,000 liters of disinfecting solution is used per day per one pest control nationwide. Toxic drugs sprayed on the roads flow unprotected to surrounding agricultural lands and rivers. Toxic drugs flowing into farmland and rivers not only adversely affect ecological environment as well as environmental pollution, but also cause economic loss due to the consumption of medicines. In addition, when the drug is released to the road along with the calcium chloride used as a snow remover in winter, the drug penetrates into the road pavement surface, causing secondary contamination, and the road is easily broken. Such a phenomenon causes not only traffic disturbance but also various safety accidents, resulting in an excessive cost for road restoration around the protection station.

The disinfectant used in the pavement installed on the road is diluted water (using tap water) such as aldehyde (glutaraldehyde), acid agent (citric acid, complex salt), smoke agent (sodium carbonate, caustic soda) . Currently, about 150 ~ 200 products are distributed on the market. In winter, the use of snow remover such as calcium chloride to prevent road icing caused by drugs has caused secondary environmental pollution as well as causes of road breakage. In addition, drugs sprayed on the road cause economic loss necessary for road recovery and cause traffic accidents.

The object of the present invention is to solve the above-mentioned problems, and it is an object of the present invention to reduce the disinfecting drug cost by improving the structure of the disinfection structure so as to protect the natural environment from indiscriminate discharge of the toxic drug, It can also save the dilution water and the fuel cost of the dilution water carrier and prevent the road breakage by preventing the penetration of the road surface of the drug, thereby remarkably reducing the risk of traffic accident and remarkably reducing the cost of repairing the damaged road Friendly anti-virus system.

In order to achieve the above object, an eco-friendly anti-burglary system according to an embodiment of the present invention includes a structure installed on a road so as to protect the road surface of a road and protect and reuse the anti- As a disinfection system,

A packaging surface waterproof layer formed of a reactive resin material disposed on the surface of the road so as to block a drug sprayed from the drug spray device from directly reacting with the road;

A pair of fastening protrusions spaced apart from each other in the longitudinal direction of the road with the drug dispensing device therebetween and extending in the width direction of the road so as to block the flow of the liquid medicament sprayed on the packing surface waterproof layer;

A drug leakage blocking pad disposed on a longitudinal side of the road so as to connect one end of the pair of overspeed preventing jaws and installed on the wrapping surface waterproofing layer to block a drug from leaking to the side of the road; And

And a drug recovery module for recovering the drug contained in the anti-vandalism zone, which is a space defined by the pair of overspeed preventing jaws and the drug leakage blocking pad, and sending the recovered drug to the drug distribution unit.

And a plurality of drug guiding grooves formed on the bottom surface of the protection zone and arranged so that the drug contained in the protection zone flows toward the outer side of the road.

And a drug collecting groove for guiding the drug guided toward the outer side of the road through the drug guiding groove to the passage connected to the drug recovery module.

And a sealing layer is disposed between the packing surface waterproof layer and the overspeed preventing surface, and between the packing surface waterproof layer and the drug leakage blocking pad.

Preferably, the sealing layer is made of a soft rubber pad, a silicon pad, or a urethane pad.

The packaging surface waterproof layer preferably contains any one of a methyl methacrylate (MMA) resin, an epoxy resin (ER), and a urethane resin (PUR).

The packaging surface waterproof layer is preferably a mixture of a reactive resin and a powdery or granular rock.

The drug recovery module includes a drug recovery tank for storing the drug recovered from the anti-virus zone and precipitating foreign substances; And

And a purified water tank for introducing the drug stored in the drug recovery tank, filtering the foreign substance from the drug, and supplying the drug to the drug spray device.

In order to achieve the above object, a method of constructing an eco-friendly anti-infecting system according to an embodiment of the present invention includes a structure installed on a road so as to protect the road surface of a road and protect and reuse the anti- A method for disinfecting a vehicle running on a vehicle,

A step of applying a liquid phase reactive resin material to the surface of the road so as to prevent the drug sprayed from the drug spray device from reacting directly with the road,

And a pair of fastening restricting jaws extending in the width direction of the road so as to block the flow of the liquid medicament sprayed on the wrapping surface waterproofing layer are disposed so as to be spaced apart from each other in the longitudinal direction of the road with the drug- Installation phase;

And a leakage preventing pad disposed on a longitudinal side of the road so as to connect one end portion of the pair of overspeed preventing jaws and provided with a drug leakage preventing pad which is provided on the packing surface waterproofing layer and blocks the drug from flowing out toward the outer side surface of the road step;

And a drug recovery module installation step of installing a drug recovery module for recovering the drug contained in the anti-overspread zone, which is a space defined by the pair of overspeed inhibition jaws and the drug leakage blocking pad, to the drug dispersion unit .

And a drug guiding groove construction step of constructing a plurality of drug guiding grooves on the bottom surface of the protection zone so that the drug contained in the protection zone flows toward the outer side of the road.

At least one of the packaging surface waterproofing layer, the drug recovery tank, and the purified water tank may be provided with a heat radiation device for preventing icing.

The eco-friendly anti-fouling system and the method of constructing the same according to the present invention protect the road by preventing direct contact between the road and the drug by the wrapping surface waterproof layer attached to the surface of the road, It is possible to protect the natural environment from indiscriminate discharge of the toxic drug by reusing it by supplying it to the drug spraying device. In addition, the eco-friendly antiseptic system according to the present invention not only reduces the cost of the disinfectant, but also saves the fuel cost of the diluted water and the dilute water transport vehicle. In addition, the eco-friendly anti-virus system according to the present invention prevents the drug sprayed by the waterproof layer on the road surface from penetrating the road surface, thereby preventing the road breakage phenomenon, thereby remarkably reducing the risk of traffic accidents, There is an effect of providing an eco-friendly antidisaster system that can be remarkably reduced.

1 is a schematic perspective view of an environmentally friendly anti-virus system according to an embodiment of the present invention.
Figure 2 is a top view of the protection system shown in Figure 1;
3 is a sectional view taken along the line III-III shown in Fig.
4 is a sectional view taken along the line IV-IV shown in Fig.
5 is a view showing a construction process of the environmentally friendly anti-virus system shown in FIG.

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

1 is a schematic perspective view of an environmentally friendly anti-virus system according to an embodiment of the present invention. Figure 2 is a top view of the protection system shown in Figure 1; 3 is a sectional view taken along the line III-III shown in Fig. 4 is a sectional view taken along the line IV-IV shown in Fig. 5 is a view showing a construction process of the environmentally friendly anti-virus system shown in FIG.

1 to 5, an environmentally friendly anti-virus system 10 according to an embodiment of the present invention is installed on a road 110 so as to protect the surface of the road 110 in the protection zone and recover and reuse the anti- Is a system for disinfecting a vehicle that runs on the road 110 including a structure.

The eco-friendly anti-virus system 10 includes a packaging surface waterproof layer 20, an overspeed protection 30, a drug leakage blocking pad 40, and a drug recovery module 50.

The packaging surface waterproof layer 20 is disposed on the surface of the road 110 at a predetermined interval. More specifically, the packaging surface waterproof layer 20 is formed by applying a viscous reactive resin material onto the surface of the road 110, followed by solidification and curing. The material of the packaging surface waterproof layer 20 may include any one of a methyl methacrylate (MMA) resin, an epoxy resin (ER), and a urethane resin (PUR). The packaging surface waterproof layer 20 may be formed by mixing a reactive resin and powdered or granular rock. The rock to be mixed with the packaging surface waterproof layer 20 may be, for example, silica sand. The packaging surface waterproof layer 20 functions to prevent a drug sprayed from the drug sprinkler 100 from reacting directly with the road 110. The thickness of the packaging surface waterproof layer 20 may be 3 to 10 mm. The packaging surface waterproofing layer 20 forms a surface having a large friction coefficient and serves as a kind of anti-slip layer.

The overspeed preventing jaws 30 are spaced apart from each other in the longitudinal direction of the road 110 with the drug dispensing device 100 therebetween. Normally, a pair of the overspeed preventing chucks 30 are installed. The overspeed preventing jaw 30 blocks the liquid medicine sprayed on the wrapping surface waterproofing layer 20 from flowing in the longitudinal direction of the road 110. The overspeed preventing chin 30 is disposed so as to extend in the width direction of the road 110. The upper portion of the overspeed preventing chin 30 has a smooth curved section that draws a gentle arc and a lower section has a flat cross section.

A sealing layer (22) is disposed between the packing surface waterproof layer (20) and the overspeed preventing chin (30). The sealing layer 22 may be formed of any one of a soft rubber pad, a silicone pad, and a urethane pad. The sealing layer 22 may have a size of, for example, 100 to 150 mm in width and 10 to 30 mm in thickness, and may be prepared in the form of a roll having no limitation in length. The sealing layer 22 functions to block the flow of the drug through the gap between the packing surface waterproof layer 20 and the overspeed preventing chin 30.

The drug release blocking pad 40 is disposed in the longitudinal direction of the road so as to connect one end of the pair of overspeed protection tails 30. The drug leakage preventing pad 40 is provided on the packaging surface waterproofing layer 20. The drug release blocking pad 40 serves to prevent the drug from leaking to the lateral side of the road 110. The drug leakage blocking pad 40 may employ a steel pad. In this case, the drug leakage preventing pad 40 may have a width of 100 to 150 mm, a thickness of 5 to 20 mm, and a length of 0.5 to 2 m. The above-described sealing layer 22 is disposed between the packaging surface waterproof layer 20 and the drug leakage blocking pad 40. The sealing layer 22 functions to block the flow of the drug between the packing surface waterproof layer 20 and the drug leakage preventing pad 40. The sealing layer 22 is prepared in the form of a roll having a width of 100 to 150 mm and a thickness of 10 to 30 mm and a length unlimited and is released between the packing surface waterproof layer 20 and the drug leakage blocking pad 40 So that it can be easily applied.

The drug release blocking pad 40 may be disposed only on the edge of the road 110 according to the gradient of the road and may be provided on both the center line and the edge of the road 110 as the case may be.

The space formed by the packing surface waterproof layer 20, the overspeed preventing chin 30, and the drug leakage blocking pad 40 will be referred to as a protection zone 45.

The drug guide groove 24 is provided so that the drug contained in the anti-virus zone 45 flows toward the outer side of the road. That is, the packing surface waterproof layer 20 is provided with the drug guide groove 24 and the drug collecting groove 26. A plurality of the drug guiding grooves 24 are provided. The drug guide groove 24 is disposed so as to extend in the width direction of the road 110. The drug guide groove 24 is formed by cutting the surface of the packaging surface waterproof layer 20 and the surface of the road 110 in consideration of a drainage gradient. A coating type reactive resin is applied to the inner surface of the drug guide groove 24 to perform a waterproof treatment. The drug guide groove 24 is arranged to be spaced apart in the longitudinal direction of the road 110. The drug guiding groove 24 serves to guide the drug sprayed on the packaging surface waterproof layer 20 to the outside of the road. The drug collecting groove 26 guides the drug guided to the outer side of the road 110 through the drug guiding groove 24 to a passage connected to a drug recovery module 50 to be described later. The drug collecting groove 26 is formed in a structure similar to the drug guiding groove 24. The drug collecting groove 26 is formed long in the longitudinal direction of the road 110. The drug release blocking pad 40 may be provided with a piping connection jack for installing the collecting pipe 52 connected to the drug recovery module 50. The height of the drug leakage blocking pad 40 may be varied according to the gradient of the road 110 when the drug leakage blocking pad 40 is installed both at the center line of the road and at the edge of the road.

The drug recovery module 50 is configured to remove the drug contained in the anti-fouling zone 45, which is a space formed by the packaging surface waterproof layer 20, the pair of overspeed protection taps 30 and the drug leakage blocking pad 40 And sends it to the drug dispensing apparatus 100.

The drug recovery module 50 includes a collecting pipe 52, a drug recovery tank 54, and a purified water tank 56.

The collecting pipe 52 allows the drug sprayed in the protection zone 45 to flow to a specific point through the drug guiding groove 24 and the drug collecting groove 26 and then to a drug recovery tank 54 It is a tube to transport. The collector pipe 52 may employ a rubber hose having flexibility, and a steel pipe such as a pipe may be employed.

The drug recovery tank 54 is a tank that stores the drug recovered from the anti-virus zone 45 and precipitates foreign matter. Preferably, the drug recovery tank 54 is positioned lower than the road 110 side. Meanwhile, when it is difficult to install the drug recovery tank 54 lower than the road surface 110, a pump may be installed between the drug recovery tank 54 and the collector pipe 52 as occasion demands. A drain valve (not shown) may be installed at the bottom of the drug recovery tank 54 to drain the foreign substances. The drug recovery tank 54 may be manufactured using the same material as the storage tank of the disinfectant, and may be made of other materials such as a rubber tank or a steel tank as necessary.

The purified water tank 56 is a tank in which the drug stored in the drug recovery tank 54 is stored. The purified water tank 56 functions to filter the foreign substances from the drug and re-supply the drug to the drug sprinkler 100. The purified water tank 56 may include, for example, a filter for removing oil water and removing fine contaminants. The filter that may be employed in the purified water tank 56 may be a sand filter, a mesh filter network, or the like.

By providing the drug recovery module 50, the amount of dilution water used for diluting the disinfectant can be saved, and the fuel cost of the transportation vehicle for carrying the diluted water can be saved.

Hereinafter, a method for constructing the eco-friendly anti-virus system 10 including the above-described components will be described in detail.

The method of constructing the eco-friendly antiseptic system includes disinfecting the vehicle running on the road 110, including a structure installed on the road 110 so as to protect the road surface 110 of the sanitary zone and to recover and reuse the sanitized medicines It is a method of constructing an anti-virus system.

The method of constructing the eco-friendly anti-virus system includes a packaging surface waterproof layer construction step S10, an overspeed protection step installation step S20, a leakage blocking pad installation step S30, and a drug recovery module installation step S40.

In the packaging surface waterproof layer construction step S10, a liquid reactive resin material is disposed on the surface of the road 110 so as to block the drug sprayed from the drug sprinkler 100 from directly reacting with the road 110 It is cured after applying a certain section. The packaging surface waterproof layer construction step forms a non-slip package having a waterproof function with a thickness of 3 to 10 mm on the surface of the road 110 with a reactive resin. The packaging surface waterproof layer 20 coatings the surface of the concrete or asphalt road surface (waterproof treatment) to prevent the medicament from penetrating into the road surface. In addition, the packaging surface waterproof layer 20 serves to flow the sprayed medicine to a certain place. The construction area of the packaging surface waterproof layer 20 is preferably set to be wider than the installation area of the drug leakage blocking pad 40. That is, the packaging surface waterproofing layer 20 is extended and packed in the overspeed preventing jaw 30 provided at the rear of the drug sprinkler 100 for a predetermined interval in consideration of a drug that moves on the vehicle wheel. The packaging surface waterproof layer 20 is excellent in slip resistance and durability and can be used after 1 hour after the application. As the material of the packaging surface waterproof layer 20, any one of methyl methacrylate (MMA) resin, epoxy resin (ER) and urethane resin (PUR) can be employed. In addition, the packing surface waterproof layer 20 may include a mixture of rock materials such as silica in the form of powder or granule.

After the packaging surface waterproof layer construction step (S10), the drug guide groove construction step (S50) may be performed. In the drug guiding groove construction step S50, a plurality of drug guiding grooves 24 are formed on the bottom surface of the protection zone 45 so that the drug contained in the protection zone 45 flows toward the outer side of the road. A plurality of drug guide grooves 24 may be formed on the packaging surface waterproof layer 20. The drug guide groove 24 is formed in the packaging surface waterproofing layer 20. The drug guide groove 24 is cut with a width of 5 to 10 mm and a depth in consideration of a drainage gradient. The drug guiding groove 24 cuts the packing surface waterproof layer 20 and the road together to form a groove. In this case, a coating type reactive resin is applied to the inner surface of the drug guide groove 24 to perform a waterproof treatment. The drug guide groove 24 serves to guide the drug contained in the anti-virus zone 45 to the drug recovery module 50 easily. The drug guide groove 24 can be appropriately determined in the field in consideration of the gradient of the road surface. The coating type reactive resin applied on the inner surface of the drug guide groove 24 has a high durability and is excellent in waterproof effect and can be used after 1 hour after the application. The coating type reactive resin may employ the same material as the packaging surface waterproof layer 20.

Further, the drug-collecting groove 26 may be formed in the packaging surface waterproof layer 20. [ The drug collecting groove 26 may be disposed in a direction perpendicular to the drug guiding groove 24. The drug can be more easily guided to the collecting pipe 52 connected to the drug recovery module 50 through the drug collecting groove 26. The method of constructing the drug collection channel 26 may be performed in the same manner as the construction of the drug delivery channel 24 described above. After the drug guiding groove construction step (S50), the drug collection groove 26 may be additionally constructed. That is, the drug guiding groove 24 and the drug collecting groove 26 are formed on the bottom surface of the protection zone 45.

The overspeed preventing jig mounting step S20 arranges the overspeed preventing jaws 30 such that the overspeed preventing jaws 30 are spaced apart from each other in the longitudinal direction of the road 110 with the drug applicator 100 interposed therebetween. The overspeed preventing jaw 30 is installed so as to extend in the width direction of the road so as to block the flow of the liquid medicament sprayed on the packaging surface waterproof layer 20. The pair of the overspeed preventing chucks 30 serve to prevent the leakage of the medicine to the front and rear of the anti-break zone 45. The pair of overspeed protection tails 30 serve as front and rear waterproof pads of the protection zone 45.

In the leakage blocking pad installation step S30, a drug leakage blocking pad 40 disposed in the longitudinal direction of the road 110 is installed so as to connect one end of the pair of overspeed protection tiles 30 to each other. The drug leakage preventing pad 40 is provided on the packaging surface waterproofing layer 20. The drug release blocking pad 40 serves to prevent the drug from flowing out toward the outer side of the road. The drug leakage blocking pad 40 can be installed on the edge of the road according to the gradient of the road. In some cases, the drug leakage blocking pad 40 can be installed both at the center line of the road and at the edge of the road. The drug leakage preventing pad 40 is detachably attached to the packaging surface waterproofing layer 20. The drug leakage blocking pad 40 may be formed by employing a rod-shaped iron material. A sealing layer (22) is disposed between the drug release blocking pad (40) and the packaging surface waterproof layer (20). The sealing layer 22 may be prepared in the form of a roll in the form of a soft rubber, silicone or urethane resin.

As a result, the drug sprayed into the anti-vandal zone 45, which is a space defined by the pair of overspeed preventing jaws 30, the drug leakage blocking pad 40 and the packing surface waterproof layer 20, The effect of protecting the road by blocking direct reaction with the surface is implemented. The drug guiding groove construction step S50 may be performed after the leakage blocking pad installation step S30 as occasion demands.

In the drug recovery module installation step S40, the drug contained in the anti-vandal zone 45, which is a space defined by the pair of overspeed inhibiting tails 30 and the drug leakage blocking pad 40, ) To the drug recovery module. One end of the collector pipe 52 included in the drug recovery module 50 is connected to the anti-virus zone 45 and the other end is coupled to the drug recovery tank 54 described above. The drug recovery tank 54 can filter foreign matter by depositing a relatively heavy substance among the foreign substances contained in the drug to the bottom of the tank. Meanwhile, in the purified water tank 56 connected to the drug recovery tank 54, the drug is again filtered through the filter and re-supplied to the drug sprinkler 100. The drug recovery module 50 may be equipped with a device such as a pump if necessary. A heat ray device may be provided on the packaging surface waterproof layer 20, the collector pipe 52, the drug recovery tank 54 and the purified water tank 56 to prevent breakage by freezing in an environment such as a winter time.

As described above, the eco-friendly anti-virus system and the method of constructing the system according to the present invention protect the road by preventing direct contact between the road and the drug by the packaged waterproof layer installed on the surface of the road, The drug is recovered and supplied to the drug spraying device, thereby reusing the drug, thereby protecting the natural environment from indiscriminate discharge of the toxic drug. In addition, the eco-friendly anti-virus system according to the present invention is advantageous in not only reducing the cost of the disinfectant drug but also saving the fuel cost of the dilution water and the dilution water carrier vehicle by providing the drug recovery module.

In addition, the eco-friendly anti-virus system according to the present invention prevents the drug sprayed by the waterproof layer on the road surface from penetrating the road surface, thereby preventing the road breakage phenomenon, thereby remarkably reducing the risk of traffic accidents, There is an effect of providing an eco-friendly antidisaster system that can be remarkably reduced.

Meanwhile, the eco-friendly anti-abatement system constructed in this way has an advantage that the original function of the road can be completely recovered because the dismantling can be performed promptly when the control period ends. Also, dismantled structures and materials have the advantage of being recyclable. That is, the packaging surface waterproof layer provided in the anti-scatter zone functions to keep the road surface protection and the anti-slip function. In addition, the drug guide groove performs a rain water treatment and a slip prevention function on the road surface. In addition, both the drug release block pad and the drug recovery module can be dismantled and reused.

While the present invention has been described with reference to the preferred embodiments, it is to be understood that the invention is not to be limited by the example, and various changes and modifications may be made without departing from the spirit and scope of the invention.

10: Environment-friendly anti-virus system
20: packing surface waterproof layer
22: sealing layer
24: drug induction groove
26: Drug collection home
30: Speed bounce
40: Drug leakage blocking pad
45: Protective zone
50: Drug recovery module
52: house water pipe
54: Drug recovery tank
56: Water tank
100: drug dispensing device
110: Road
S10: Packing surface Waterproofing layer construction step
S20: Overspeed bounce mounting step
S30: Steps to install leak-proof pads
S40: Steps to install the drug recovery module
S50: Drug guide groove construction step

Claims (11)

A system for disinfecting a vehicle traveling on a road including a structure installed on the road so as to be able to protect road pavement surfaces and preventive drug recovery and reuse,
A packaging surface waterproof layer formed of a reactive resin material disposed on the surface of the road so as to block a drug sprayed from the drug spray device from directly reacting with the road;
A pair of fastening protrusions spaced apart from each other in the longitudinal direction of the road with the drug dispensing device therebetween and extending in the width direction of the road so as to block the flow of the liquid medicament sprayed on the packing surface waterproof layer;
A drug leakage blocking pad disposed on a longitudinal side of the road so as to connect one end of the pair of overspeed preventing jaws and installed on the wrapping surface waterproofing layer to block a drug from leaking to the side of the road; And
And a drug recovery module for recovering the drug contained in the anti-overspread zone, which is a space formed by the pair of overspeed preventing jaws and the drug leakage blocking pad, and sending the collected drug to the drug sprinkling device,
Wherein the packaging surface waterproof layer is formed by applying a viscous reactive resin material onto the road surface and then solidifying and curing the surface. The method according to claim 1,
And a plurality of drug guiding grooves formed on the bottom surface of the protection zone and arranged so that the drug contained in the protection zone flows toward the outer side of the road. 3. The method of claim 2,
And a drug collecting groove for guiding a drug guided to the outer side of the road through the drug guiding groove to a passage connected to the drug recovery module. The method according to claim 1,
Wherein a sealing layer is disposed between the wrapping surface waterproof layer and the overspeed preventing surface, and between the wrapping surface waterproof layer and the drug leakage blocking pad. 5. The method of claim 4,
Wherein the sealing layer comprises one of a soft rubber pad, a silicone pad, and a urethane pad. The method according to claim 1,
Wherein the packaging surface waterproof layer comprises any one of methyl methacrylate (MMA) resin, epoxy resin (ER), and urethane resin (PUR). The method according to claim 1,
Wherein the packaging surface waterproof layer is formed by mixing a reactive resin and a powdered or particulate rock. The method according to claim 1,
The drug recovery module includes a drug recovery tank for storing the drug recovered from the anti-virus zone and precipitating foreign substances; And
And a purified water tank for introducing the drug stored in the drug recovery tank, filtering the foreign substance from the drug, and supplying the drug to the drug spray device. A method for constructing a disinfection system for disinfecting a vehicle running on a road including a structure installed on the road so as to enable road pavement protection and prevention and recovery of the road pavement in the protection zone,
A step of applying a liquid phase reactive resin material to the surface of the road so as to prevent the drug sprayed from the drug spray device from reacting directly with the road,
And a pair of fastening restricting jaws extending in the width direction of the road so as to block the flow of the liquid medicament sprayed on the wrapping surface waterproofing layer are disposed so as to be spaced apart from each other in the longitudinal direction of the road with the drug- Installation phase;
And a leakage preventing pad disposed on a longitudinal side of the road so as to connect one end portion of the pair of overspeed preventing jaws and installed on the wrapping surface waterproofing layer and provided with a drug leakage preventing pad for preventing the drug from flowing out toward the outer side surface of the road step;
And installing a drug recovery module for recovering the drug contained in the anti-vandalism zone, which is a space defined by the pair of overspeed preventing jaws and the drug leakage blocking pad, and sending the collected drug to the drug delivery device,
Wherein the packaging surface waterproof layer is formed by coating a viscous reactive resin material on the road surface and then solidifying and curing the surface. 10. The method of claim 9,
And a drug guiding groove construction step of constructing a plurality of drug guiding grooves on the bottom surface of the anti-vandalism zone so that the drug contained in the anti-vandalism zone flows toward the outer side of the road. 9. The method of claim 8,
Wherein at least one of the packaging surface waterproofing layer, the drug recovery tank, and the purified water tank is provided with a heat radiation device for preventing icing.

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