KR101163609B1 - Embedded deodorization - Google Patents

Abstract

PURPOSE: A deodorization device for a rainwater receiver having a foreign material removal function is provided to rapidly drain rainwater and to cut off offensive odors flowing from sewage. CONSTITUTION: A deodorization device for a rainwater receiver having a foreign material removal function comprises a duct(110), a deodorant mane(120), a fixing band(130), fastening units(140), and a contaminant discharge unit. An opening for discharging rainwater is formed on one side of the duct. The deodorant mane is arranged on the area of the opening and selectively opens and closes the opening of the duct. The fixing band integrally fixes the deodorant mane. The fastening units fasten the fixing band to the duct. When the duct is pressed, the opening of the duct is opened. When the pressing is released, the contaminant discharge unit closes the opening of the duct and automatically discharges contaminants to the outside.

Description

Rain gutter deodorizer with debris removal function {EMBEDDED DEODORIZATION}

The present invention relates to a rainwater deodorization mechanism having a foreign matter removal function, and more particularly, a foreign matter removal function capable of preventing odor coming from the sewage while quickly discharging rainwater flowing from the upper portion while having a simple and simple structure. It relates to an excellent receiving deodorization mechanism having.

Rainwater receivers are installed on the side of the road to collect rainwater that flows on the road and transfer rainwater to rainwater treatment pipes or sewage pipes through connecting pipes.

Storm drain is installed on the side of the road to drain the rainwater rainwater gutters having a constant volume to collect rainwater, grating lid is installed at the inlet of the rain gutters so that the rain water is passed, the rain gutter It is composed of a connecting pipe formed on one side of the barrel, and deodorizing means for blocking the odor discharged from the connecting pipe to prevent outflow to the outside air.

As described above, in order to prevent the odor generated in the rainwater treatment pipe or the sewage pipe and transmitted through the connection pipe to be leaked to the outside, the deodorization means formed in the rainwater receiver is a deodorizing plate method, a connector reverse displacement method, and a siphon method. It is largely divided into.

Among the deodorizing means of rainwater drainage, the raindrop deodorization means of the reverse connection method of the connector is a station installed inside the connection pipe, for example, in Korean Patent Publication No. 10-0822433 (name of the invention; rain odor blocking device for rain gutter sphere). The earthquake is normally closed to block odors and in case of rainfall, it is hinged by the load of the rainwater to drain the rainwater, so it has good rainwater drainage and deodorization function. The problem is that maintenance is very difficult.

In addition, the siphon deodorant deodorizing means, for example, registered Korean Patent No. 10-0648962 (name of the invention; trap integrated rain receptacle), for example, the field application according to the configuration of the siphon and the rain water passing function is reduced, It is practically rarely used because dirt is likely to be deposited in the lower part of the barrel.

In contrast, the deodorizing means of the deodorizing plate method is most frequently used as deodorizing means of deodorizing plates because of easy installation and maintenance and excellent field applicability.

The deodorizing means of the deodorizing plate method is divided into a deodorizing structure of the external deodorizing plate method and a deodorizing structure of the deodorizing plate of the built-in deodorizing plate method.

1 illustrates a front sectional structure and an operational state of a rainwater deodorizing structure of a conventional exterior deodorizing plate method, and FIG. 2 shows a front end surface of a rainwater deodorizing structure of a conventional general built-in deodorizing plate method.

Referring to FIG. 1, in the conventional external deodorizing plate deodorizing structure, a plurality of deodorizing plates 13 are hinged to a grating lid 12 mounted at an inlet of the rain receiving plate 11, and each deodorizing plate (13) is normally closed by the weight to block the odor 19, and during rain is instantaneously opened by the load of the rainwater is configured to collect the rainwater (18). The excellent deodorizing structure of the external deodorizing plate method can effectively prevent dirt, such as fallen leaves from infiltrating into the excellent receiving 11. Each deodorizing plate 13 of the grating lid is exposed to the outside and easily broken, and the deodorizing plate 13 is always opened by the foreign matter attached to the deodorizing function, and the inlet of the grating lid 12 is closed by fallen leaves. If the rainwater 18 is collected and the drainage to the connecting pipe is greatly reduced. In particular, since the grating lid deodorizing plate 13 itself directly receives an external shock or an external load such as a vehicle, the manufacturing cost is inevitably increased to maintain the durability of the grating lid 12, and excellent external deodorizing plate method. In order to install the deodorization structure in the existing rainwater receiving structure, there is a problem in that the cost burden is further increased because the already installed grating lid has to be discarded.

Accordingly, in recent years, the excellent deodorizing structure of the built-in deodorizing plate method has shown a more preferred trend.

2 and the Korean Patent Publication No. 2008-113514 (name of the invention: odor preventing rain gutter structure) of the conventional built-in deodorizing plate method as an example, the lower portion of the grating lid 12 The deodorizing plate 13 made of stainless steel or plastic is hinged by the hinge shaft 15 on the formed body, and the deodorizing plate is normally closed by a spring 14, a weight, or a seesaw principle to block odors. In case of rainfall, it is configured to open instantaneously by the load of rainwater and drain the rainwater into the connecting pipe. The excellent deodorizing structure of the built-in deodorizing plate method is that the deodorizing plate 13 is opened by foreign matters caught on the hinge shaft 15, and the deodorizing function may be lost, and when the seal elapses, the tension of the spring 14 is increased. Natural deterioration is natural and because of this the deodorizing plate 13 is always open, there is a problem that the deodorizing function is lost.

In addition, the excellent deodorizing structure of the conventional built-in deodorizing plate method is because the deodorizing plate is made of an inelastic material of metal (mainly stainless steel) or plastic, the compressibility and elasticity of the deodorizing plate is reduced, during the manufacturing and handling of the deodorizing plate Even a slight twist may inevitably generate a gap between the deodorizing plate and the opening of the body. In addition, when debris is caught in the hinge shaft, which is the driving part, or the material changes such as corrosion as the seal elapses, the deodorizing function is lost, and the deodorizing plate is not opened properly in rainy weather, and thus the rainwater is not drained smoothly. May cause flooding.

In addition, the research and development of the deodorization structure of the excellent receiving bar has been progressed, in Korea Patent Publication No. 10-0837429 (invention name: odor prevention device for rain catchment catchment) is usually elastically supported by an elastic material, during rain Has disclosed a rain gutter collecting odor prevention device that includes a pair of inclined plates that are instantaneously opened by a load of water to discharge rainwater, but such rain gutter collecting odor preventing device lacks adhesion between the inclined plate and the inclined plate. As a result, the odor is normally leaked to the outside as it is, in particular, when the foreign material caught on the cover piece there is a problem that the inclined plate is opened to lose the deodorizing function.

On the other hand, the Korean Utility Agency Registration Utility Model Publication No. 20-0239550 discloses a odor catchment catcher, which drains the drainage is made only when the drainage drains to the catchment drainage drainage and drainage If not, the drain hole is closed to prevent air pollution by blocking the emission (atmosphere) of odor caused by foreign substances deposited and deposited in the drain.

However, the technique disclosed in this document also requires a new alternative because the structural limitation was somewhat insufficient to prevent the odor coming from the sewage while rapidly draining rainwater flowing in the upper part.

Korea Utility Agency Registration Utility Model Publication No. 20-0239550

An object of the present invention is to provide a rainwater deodorizing mechanism having a simple and simple structure and having a foreign matter removal function capable of preventing the odor coming from the sewage while quickly discharging rainwater flowing from the upper portion.

The object includes: a duct in which an opening is formed at an end thereof to discharge rainwater; And a deodorizing grinder having a debris removal function disposed in the opening region of the duct to selectively open and close the opening of the duct, but manufactured in the form of a fiber bundle.

The fiber bundle forming the deodorant grind may be provided with a hydrophobic fiber made of an emulsifying resin material such as PE, PP, PVC to remove oil from the initial rainwater, the fixing band to integrally fix the deodorant grind; A fastening part for fastening the fixing band to the duct; And a flange provided between the flange forming the upper surface of the duct and the deodorizing grind so that the opening of the duct is opened when pressurized, and the opening of the duct is blocked when pressurized to release the pollutant automatically. The unit may further include.

The pollutant automatic discharge unit, the support plate for supporting the deodorant grind from the rear of the deodorant grind; A first link having an upper end exposed to an upper portion of the flange and a lower end disposed inside the duct; A second link having both ends freely rotatably connected to the first link and the support plate; And a first elastic footrest elastically supporting an upper end portion of the first link exposed to the upper portion of the flange.

The pollutant automatic discharge unit, but supporting the deodorizing grind, the rotation plate is separated from the duct, the groove is formed on one side; A hinge provided between the pivoting plate and the duct; An upper end portion exposed to an upper portion of the flange and a lower end portion of the pressure rod disposed in the groove portion of the pivot plate in the duct; And a second elastic scaffold elastically supporting an upper end portion of the pressing rod exposed to the upper portion of the flange.

According to the present invention, while having a simple and simple structure, there is an effect that can prevent the odor coming from the sewage while quickly draining rainwater flowing from the top.

1 is a front cross-sectional view of the excellent receiving deodorizing structure of the conventional exterior deodorizing plate system.
Figure 2 is a front cross-sectional view of the excellent receiving deodorizing structure of the conventional built-in deodorizing plate system.
3 is a front view of the storm receiver deodorizing mechanism having the foreign matter removing function according to the first embodiment of the present invention.
Fig. 4 is a side structural view of Fig. 3 showing the opening of the duct closed by deodorizing grind.
5 is a view of the opening of the duct by the deodorizing grind in FIG.
Figure 6 and Figure 7 is a side structural view according to the operating state of the rain receiver deodorizing mechanism having a foreign matter removing function according to the second embodiment of the present invention, respectively.
Figure 8 and Figure 9 is a side structural view according to the operating state of the rain receiver deodorizing mechanism having the foreign matter removing function according to the third embodiment of the present invention, respectively.
10 is a perspective view of the storm receiving deodorizer having a foreign matter removing function according to a fourth embodiment of the present invention.
FIG. 11 is a side structural view of FIG. 10; FIG.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

3 is a front view of the rainwater deodorizing mechanism having the foreign matter removing function according to the first embodiment of the present invention, FIG. 4 is a side view of the structure of FIG. 3 showing the opening of the duct closed by the deodorizing grind, and FIG. 5 is a view of the opening of the duct by the deodorizing grind in FIG.

As shown in these figures, the rainwater deodorant mechanism having the foreign matter removal function of the present embodiment is a device for preventing odors such as odors from rising to the top while discharging rainwater, duct 110 and deodorization grind 120 It includes.

Duct 110 is a funnel-shaped facade structure. It can be made of a metal material that is both rigid and rust-free. One side of the duct 110 is formed with an opening 111 to discharge rainwater. The grating lid is disposed above the duct 110.

Deodorizing grind 120 is disposed in the opening 111 region of the duct 110 serves to selectively open and close the opening 111 of the duct 110. Deodorizing grind 120 may be manufactured in the form of a fiber bundle unlike the prior art.

The deodorizing grind 120 is fixed integrally by the fixing band 130, and then fixed to one side of the opening 111 region of the duct 110 by the fastening part 140.

The fiber bundle forming the deodorizing grind 120 may be provided with, for example, hydrophobic fibers made mainly of an emulsified resin such as PE, PP, and PVC. Due to this material feature, rainwater flowing in from the top can be discharged quickly, and countercurrent odor can be effectively prevented.

In addition, the deodorizing grind 120 made of a soft resin fiber yarn is introduced from the upper side, and the contaminants, for example, wastes flowing into the inside of the duct 110 are opened by their own weight, so the waste can be easily discharged downwards. have.

As such, the deodorizing grind 120 may be composed of a fiber bundle made of a hydrophobic material, and the hydrophobic material has a feature of adsorbing oil, and thus may have a function of selectively removing oil introduced with rainwater. . At this time, the fiber bundles may have a higher oil removal rate when made of microfiber.

Inflowing oil has a property to float in water, so in order to flow out to the bottom it must be in contact with the fiber bundle that is deodorizing grind 120, at this time oil and toxic substances can be removed.

Therefore, the deodorizing grind 120 is to be replaced if used for a certain time, as described above, the deodorizing grind 120 is fastened with the fastening part 140 by the fixing band 130, due to this structure deodorizing grind ( There is an advantage that the replacement of 120) is easy.

On the other hand, the removal of oil in the early rainwater has a lot of meanings as well as endocrine disruptor (environmental hormone), which is a toxic substance that is generated by the traffic of the vehicle and flows into rainwater pipes with rainwater. The majority of polycyclic aromatic hydrocarbons (PAHs) and many of volatile organic compounds (VOCs) have high octanol water coefficients as shown in [Table 1]. Higher octanol water coefficients are difficult to dissolve in water and It has a tendency to be concentrated, indicating that selective removal of oil from the initial stormwater can remove these toxic substances.

[Table 1]

With this configuration, when rain drops, rain or garbage can be discharged in the direction of the arrow through the opening 111 of the duct 110 while the deodorizing grind 120 is opened due to the weight of the rain as shown in FIG. 5. In this case, as described above, the oil in the initial rainwater may be removed by the deodorizing grind 120 in the form of a fiber bundle.

When rain is stopped, the deodorizing grind 120 closes the opening 111 of the duct 110 by its own weight, thereby blocking odors such as odor flowing back to the top.

According to the present invention having such a structure and action, while having a simple and simple structure, it is possible to prevent the odor coming from the sewage while quickly draining the rainwater flowing from the top.

6 and 7 are side structural diagrams according to the operating state of the rain receiver deodorizing mechanism having the foreign matter removing function according to the second embodiment of the present invention, respectively.

Rainfall deodorizing mechanism having a foreign material removal function according to the present embodiment also has a duct 210, a deodorizing grind 220 made of a fiber bundle for opening and closing the opening 211 of the duct 210, in addition to Also provided with an automatic pollutant discharge unit (250).

The automatic pollutant discharge unit 250 is provided between the flange 212 forming the upper surface of the duct 210 and the deodorizing grind 220 to open the opening 211 of the duct 210 when pressurized, when the pressurized release The opening 211 of the duct 210 is blocked to serve to automatically discharge pollutants such as garbage.

The automatic pollutant discharge unit 250, the support plate 251 for supporting the deodorizing grind 220 at the rear of the deodorizing grind 220, the upper end is exposed to the upper portion of the flange 212 and the lower end duct 210 A first link 252 disposed in the interior thereof, both ends of the first link 252 and a second link 253 freely connected to the support plate 251, and exposed to an upper portion of the flange 212. A first elastic footrest 254 elastically supports the upper end of the first link 252.

Thus, in the state in which the first elastic footrest 254 is not pressurized as shown in FIG. 6, the openings 211 of the duct 210 are blocked because the first and second links 252 and 253 are not operated. When the first elastic footrest 254 is pressed as shown in FIG. 7, the pressing force is transmitted to the second link 253 through the first link 252, so that the deodorizing grind 220 is rotated by the second link 253. Opening 211 of 210 is opened. At this time, contaminants such as garbage can be discharged, and when the pressing force is released, it is returned to its original position as shown in FIG. 5 by the elastic force of the first elastic scaffold 254.

8 and 9 are side structural diagrams according to the operating state of the rain receiver deodorizing mechanism having the foreign matter removing function according to the third embodiment of the present invention, respectively.

In the case of the present embodiment, in addition to the duct 310 and the deodorizing grind 320 is disclosed a structure in which the automatic pollutant discharge unit 350 is provided.

At this time, the automatic pollutant discharge unit 350, but supporting the deodorizing grind 320, and separated from the duct 310, the rotating plate 352 and groove 351 is formed on one side, the rotating plate 352 and Hinge 353 provided between the duct 310 and the upper end is exposed to the upper portion of the flange 312 and the lower end is a pressure rod disposed in the groove portion 351 of the rotating plate 352 in the interior of the duct 310 ( 354 and a second elastic footrest 355 elastically supporting the upper end of the pressure rod 354 exposed to the upper portion of the flange 312.

Thus, in the state in which the second elastic scaffold 355 is not pressurized as shown in FIG. 8, the automatic pollutant discharge unit 350 is not operated to maintain a closed state of the opening 311 of the duct 310. When pressing the second elastic footrest 355 as shown in FIG. 9, the pressing force is transmitted to the pressure rod 354 so that the pivoting plate 352 is rotated together with the deodorizing grind 320 by the hinge 353 to open the duct 310. 311 is opened. At this time, contaminants such as garbage can be discharged, and when the pressing force is released, it is returned to its original position as shown in FIG. 8 by the elastic force of the second elastic scaffold 355.

6 to 9 described above, all have an effect of lifting and releasing the deodorizing grinds 220 and 320 by the pressing force of a passerby. Such structural features make garbage, for example, a piece of toilet paper having a relatively low weight, It may serve to discharge tobacco tobacco, etc. to the bottom. In particular, such an operation may be repeated by pedestrians or traffic such as a vehicle, so that the road may be effective in preventing pollution.

In particular, functions such as FIG. 6 to FIG. 9 may be effective in places where pedestrians pass frequently, such as pedestrian-only roads, as well as preventing the spread of odors and maintaining cleanliness in aesthetic view.

In these places, garbage such as ice cream wrappers and cigarette butts are light in weight, so it is difficult to clean them naturally or to discharge them to the lower part until rainfall occurs.In addition to the aesthetics of the garbage itself, the organic substances attached to the garbage in the summer decay. It also smells bad.

Therefore, if the installation of automatic pollutant discharge unit (250,350) of the structure as shown in Figure 6 to 9 in this place must be able to maintain a comfortable walking environment due to the occasional discharge of garbage.

10 is a perspective view of the storm receiver deodorizing mechanism having a foreign matter removal function according to a fourth embodiment of the present invention, Figure 11 is a side structural view of FIG.

Also in this embodiment, the storm receiving deodorization mechanism is provided with a duct 410 and the deodorizing grind 420, in addition to the support 460 is further provided on the upper portion of the flange 412.

At this time, the support 460 may have a circular or triangular cross section, and the rubber plate 470 is further interposed around the support 460.

This is explained further. Several inventions have been made to prevent the spread of odor generated in the storm drain, most of which consisted of installing a deodorizer between the upper steel grating lid and the concrete structure.

However, these conventional structures have a problem in that when the car passes through the upper plate between the lid and the concrete structure to generate noise or the device is damaged by the impact of the vehicle barrel.

In the present embodiment, in order to solve such a conventional problem, a method of placing the duct 410 through the flange 412 is applied to the support 460 that can move left and right. At this time, the support 460 may be configured in a circular or triangular cross-section as described above, so as to avoid interference with the support bar of the non-constant grating lid. That is, at the time of installation, the support 460 can be positioned between the flesh when the pressure, such as weight, is applied from the upper portion regardless of the position of the flesh of the grating lid, so that any impact is applied to the upper grating lid. The shock is not directly transmitted to the 410.

The rubber plate 470 serves to prevent the spread of the odor by minimizing the gap between the duct 410 and the concrete structure.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. Therefore, such modifications or variations will have to be belong to the claims of the present invention.

110: duct
111: opening
120: deodorant grind
130: fixed band
140: fastening portion

Claims (4)

delete A duct in which an opening in which rainwater is discharged is formed at an end thereof; And
It is disposed in the opening area of the duct to selectively open and close the opening of the duct includes a deodorizing grind manufactured in the form of a fiber bundle,
The fiber bundle forming the deodorizing grind is provided with a hydrophobic fiber made of an emulsified resin material such as PE, PP, PVC for removing oil from the initial rainwater,
A fixing band which integrally fixes the deodorizing grind;
A fastening part for fastening the fixing band to the duct; And
The pollutant automatic discharge unit is provided between the flange forming the upper surface of the duct and the deodorizing grind so that the opening of the duct is opened when pressurized, and the opening of the duct is blocked when pressurized. Excellent receiving deodorizer having a foreign matter removal function, characterized in that it further comprises. The method of claim 2,
The pollutant automatic discharge unit,
A support plate for supporting the deodorizing grind at the rear of the deodorizing grind;
A first link having an upper end exposed to an upper portion of the flange and a lower end disposed inside the duct;
A second link having both ends freely rotatably connected to the first link and the support plate; And
And a first elastic scaffold for elastically supporting the upper end of the first link exposed to the upper portion of the flange. The method of claim 3,
The pollutant automatic discharge unit,
A rotating plate supporting the deodorizing grind but separated from the duct and having a groove formed on one side thereof;
A hinge provided between the pivoting plate and the duct;
An upper end portion exposed to an upper portion of the flange and a lower end portion of the pressure rod disposed in the groove portion of the pivot plate in the duct; And
And a second elastic scaffold for elastically supporting the upper end of the pressurized rod exposed to the upper portion of the flange.

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