KR200333359Y1 - A road side drange hold construction - Google Patents

Abstract

The present invention is provided with a grating that can walk the rainwater flows into the drain to induce the flow of sewage in the basement of the road side, the gutter to walk with the rainwater, is mounted on the upper sump associated with the drain and the side, In the sump for drainage to be inserted into the sump, the upper side is formed to the edge of the sump to extend to the lower end of the sump and extending to the lower end side is provided with a sieve network to the central side side slope, the sedimentation tank to the lower end of the sieve net It is characterized by consisting of a water tank which is divided and formed integrally, by opening the grating by the operator to remove the drainage water tank from the water collection tank at a time so that it is possible to easily remove the sedimentation in the inside, to remove impurities in the water collection tank This can be done easily and easily, as well as the ambient conditions When installing a water tank in an area where a large amount of intestines or other miscellaneous goods can be generated, the second screen is filtered by a top screen net that can be selectively installed on the top of the tank, so that only the top screen net can be easily withdrawn periodically for cleaning. Thus, the cleaning cycle of the sump itself installed in the area where a large amount of miscellaneous water is generated can be secured for a certain period of time, thereby facilitating the cleaning of the sump and reducing the working time and thereby reducing labor costs. The present invention relates to a roadside sump for collecting sediments.

Description

A road side drange hold construction for sediment collection

The present invention relates to a water collecting tank for roadside drainage, which is installed to collect sediments such as sand and sand remaining on the roadside in rainy season. The sedimentation tank is formed integrally and the central portion is provided with a drainage sump in which a sieve mesh is formed into a slope to allow the sewage flowing through the drainage to pass. It is settled inside, and the upper surface is covered with grating, rainwater flows during rainy weather, and various deciduous lights are caught by the grating, so that the sediment of sand, etc. contained in the rainwater passes through the grating and settles in the bottom trough of the sump for drainage. This drainage flows through the drain in the sump. Relates to drainage water tank at a time to open the grating, such as when you want to clean the water tank to accommodate the roadside times for deposits collected to allow you to easily detached from the sump to remove the sediment inside the water tank.

Generally, both sides of the road are provided with drainage holes for draining rainwater on the road during rainfall, and drainage drains are provided at predetermined intervals as needed. It is well-known that the soil and miscellaneous goods are filtered and discharged to the sewer.

In the case of the rainwater collection tank formed with the sediment collection tray, which is registered and registered with the Korean Patent Office, Utility Model Registration No. 268429, a collection tray for collecting sediment in the collection tank is provided for cleaning and removing the collection tray from the inside of the collection tank for cleaning. There was a problem such as the complexity of the back and the sewage flowing from the drain in the sump is not easily flowed.

On the other hand, in the case of a drainage device for removing foreign substances with utility model registration No. 224137, previously filed by the Korean Intellectual Property Office, or in the case of a drainage catcher for drainage and utility model registration No. 268507 for utility model registration No. 197327, Although the effect of the sump can be expected, the structure of the sump is complicated, and the production cost is considerably high. In addition, if the sump is to be taken out and cleaned from the sump, the complex itself is not easily cleaned. The problem is pointed out.

In addition, in the case of the insertable mesh net for rain gutter, which is a utility model published in the Korean Patent Office published in 1998-59575, forms a structure made of wire and the like so that the net is settled therein so as to be inserted into the sump. In the state, the upper part is covered with grating, and when rainwater flows, various leaves and cigarette butts are filtered out of the strainer and flow through the drain, but the soil does not get caught by the strainer, such as sand and sand. In the same case, both the grating and the strainer are passed through, and the sedimentation tank at the bottom of the catchment is settled to settle. In cleaning the inside of the catchment, the strainer first takes out the strainer and removes the miscellaneous material therein. Take out the sedimentation tank deeply located at the bottom and remove soil and sand. It is a task because there are problems of inefficiency and bustle of the work in accordance with the dual task.

In addition, in the case of such a structure, a sedimentation tank for sedimentation of sediment, etc. must be separately provided on the bottom surface of the sump, and the design of the first drain and the sump should be designed in consideration of the factors. In the case of a water collecting well by a drain having a smooth surface as before, there are problems that are not suitable to employ the above-described configuration.

Therefore, the present invention has been devised to solve the above problems,

When rainwater is washed down the roadside in rainy weather, it is easy to filter out miscellaneous materials such as fallen leaves contained in rainwater, and to facilitate sedimentation of sand and sand contained in the rainwater. The purpose of the present invention is to provide a water collection tank for roadside drainage having a relatively simple configuration that allows the removal of various kinds of miscellaneous goods and sedimentary soils at a time by extracting the water collection tank from inside the crystal, making it easy and easy to remove impurities in the water collection tank. There is this.

In addition, the present invention, when installing the collection tank in an area where a large amount of environmental conditions, such as construction sites or other miscellaneous goods can be installed to selectively filter the net in the upper tank in order to filter the miscellaneous goods, etc. By easily withdrawing only the upper strainer periodically to enable cleaning, it is possible to secure the cleaning cycle of the sump itself installed in the area where a large amount of miscellaneous material is generated for a certain period of time to facilitate the cleaning operation of the sump and at the same time There are other objectives to expect savings such as reduction and labor costs.

1 is an exploded perspective view of the present invention,

Figure 2 is an exploded perspective view of the sump for drainage showing another embodiment of the present invention,

Figure 3a, b is an exploded perspective view showing another embodiment of the present invention,

4A and 4B are schematic cross-sectional views illustrating a state in which FIGS. 1 and 3 are coupled to a sump well.

※ Brief description of the main symbols in the drawings

One; Miscellaneous goods 2; Fine miscellaneous goods

10; Sump 11; Step

20; Drain 30; Grating

100; Sump tank 101; Border

102; Groove 110; Mesh

120; Tide tank 130; Upper mesh

140; Tapered portion 150; Body

H; space

The present invention for achieving the above object,

Grating (30) that can walk through the rainwater flows into the drain 20 to induce the flow of sewage in the basement side of the road, the gutter (30) associated with the drain 20, the sump (10) In the water collecting tank for seating is provided on the upper step 11, and inserted into the water collecting well 10,

The upper side forms an edge portion 101 so as to be caught by the upper end step 11 of the water collecting well 10 and extends to the lower end side thereof, and the filtering mesh 110 is provided at the central portion side slope, and the filtering mesh 110 The lower part of the sedimentation tank 120 is divided into equal parts, characterized in that consisting of a collection tank 100 formed integrally.

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

1 is an exploded perspective view of the present invention, Figure 2 is an exploded perspective view of the sump for drainage showing another embodiment of the present invention, Figure 3a, b is an exploded perspective view showing another embodiment of the present invention, 4A and 4B are schematic cross-sectional views illustrating a state in which FIGS. 1 and 3 are coupled to a sump well.

The present invention is included in the deciduous leaves or various miscellaneous goods and rainwater flowing with rainwater during rain to filter the soil, such as the sand is washed down together with the worker at the same time to facilitate the collection tank (100) in the sump (10) It is to provide a collection basin for the drainage of the road for sediment collection for easy and easy cleaning of the sediment in the water collecting tank (100) by extraction, as shown in the accompanying drawings, the collection basin formed at equal intervals on both sides of the road ( 10) and the grating 30 covering the upper end side of the water collecting well 10 and the water collecting tank 100 positioned below the grating 30 while being seated at the upper end of the water collecting well 10.

The sump 10 is a concrete structure with the same / similar structure as in the prior art, and has a predetermined depth on each side of the road and is deeply spaced at equal intervals, and each sewage 10 is connected to the living sewage. It has a conventional structure that is connected by a drain hole 20 for flowing to be purified and guided to the after-treatment water treatment plant.

Here, the present invention, by forming a separate sedimentation groove or sedimentation tank on the lower end side of the sump (10) as in the prior art as a concrete structure, the sediment and the like contained in the sewage in the process of flowing sewage, etc. Eliminating the separate process, such as in the concrete placing work to form the sedimentation tank, such as to accommodate the sedimentation by making it easy to work when installing the formwork for the construction of the sump.

By forming the step (11) to the inner peripheral surface portion of the upper end of the sump (10) to allow the grating 30 and the sump (100) to be described later to be seated.

The grating 30 covers the upper end of the sump 10 and is a means for preventing various leaves, such as roadsides, and the like, which have a relatively large size, from flowing into the sump 10. The through-holes 31 and the like are formed so that rainwater is passed through, and various materials 1 having a certain size such as fallen leaves or paper to be swept in with the rainwater are filtered out by the grating 30. Has a structure.

The water collecting tank 100 passes through the sand or grating contained in the rainwater while the rainwater introduced through the grating 30 flows in the state of being caught by the upper end circumferential side side step 11 of the above-mentioned water collecting well 10. As a means for filtering a fine miscellaneous material, as shown in the drawing, the upper part is formed to have an open shape, and the edge portion 101 is integrally formed to be hung on the upper end 11 of the sump well 10 toward the upper outer circumferential side thereof. In turn, the body portion 150 is formed below the body portion 150, as shown in the accompanying drawings, forming a sieve network 110 in a central area that is uniformly divided into three equal parts, and drain holes ( Sewage, etc. flowing from 20) passes through the strainer 110 and is drained.

In addition, the sedimentation tank 120 is integrally formed at the lower end of the strainer 110, and has sand or other weight included in the rainwater first filtered from the grating 30 placed on the top of the sump tank 100. The fine miscellaneous materials passed through the grating 30 may be precipitated.

Therefore, when rainwater flowing along the road side in rainy weather is led to the sump (100) side, in the grating (30) formed on the top of the sump (100), the general matter (1) having a certain size, such as deciduous leaves and various papers 1 The sand contained in the rainwater or the fine small general matters passing through the grating 30 are introduced into the water collecting tank 100 while the car is filtered, and the sand having a weight is integrally formed at the lower end side of the water collecting tank 100. The sedimentation tank 120 is formed to sedimentation and the weight of the light weight is relatively small and caught on the strainer 110 formed on the side of the collecting tank 100 to maintain the state remaining in the collecting tank (100).

That is, even though the sewage flowing through the drain 20 flows into the sump 10 and flows through the sieve network 110 on the side of the sump 100, the sieve network 110 is formed of a relatively dense mesh body. , Small items such as relatively small in the inside of the sump tank 100 can completely prevent the phenomenon that the separation to the outside of the sump tank (100).

In addition, the tapered portion 140 is formed so that the upper end side of the body portion 150 of the water collecting tank 100 is inclined as shown in FIG. 2, and the filter mesh 110 and the sedimentation tank 120 are directly connected to the lower end side thereof. By forming a), such that the rainwater introduced through the upper end side of the water collecting tank 100 is introduced along the inner surface of the tapered portion 140, when the body portion 150 is formed in the vertical direction as described above the water collecting tank 100 Rainwater flowing into the) can be prevented from floating to the bottom through the grating 30, the sedimentation of the sedimentation in the sedimentation tank 120 is suspended.

In addition, as shown in Figure 3 or 4b to form a considerable thickness of the edge portion 101 of the top of the sump (100) after forming a groove 102 on the upper side and a separate that can be seated in the groove 102 By passing through the upper strainer 130 of the grating 30 may be formed to form a space (H) spaced between the bottom side and the upper strainer 130 side.

By the configuration of the water collecting tank 100, the grating 30 is first filtered through a large-sized miscellaneous material 1 and the like contained in the rainwater, and then secondly filtered by the upper strainer 130. In order to accommodate the secondary goods (2) filtered in H), relatively small miscellaneous goods contained in rainwater, etc. introduced in a considerably short time during heavy rain flow into the sump tank 100 at a time, and the sedimentation tank 120 and the like. Sediment overflows to the upper boundary line of the strainer 110 removes the hassle of having to clean the catchment tank 100 frequently in rainy weather, and removes only the grating 30 and is seated in the groove 102 at the upper side of the catchment tank 100 at the bottom thereof. By lifting only the upper strainer 130 to facilitate the cleaning, it can be selectively employed depending on the construction conditions or other local conditions where a large amount of miscellaneous goods, etc. can be generated around the collection tank 100 is installed. It is preferable to.

Therefore, according to the present invention, when rainwater is washed down the roadside during rainy weather, it is possible to easily filter out fallen leaves and daily necessities included in the rainwater, and to facilitate the precipitation of sand and the like contained in the rainwater. Afterwards, it is possible to easily and easily remove impurities in the sump by the worker, as well as to install the sump at the top of the sump when the sump is installed in an area where a large amount of surrounding conditions, namely, a construction site or other miscellaneous items can be generated. By collecting the miscellaneous goods, etc. in two times, and by simply taking out the upper filter net periodically and can be cleaned, it is possible to secure the cleaning cycle of the sump itself installed in the area where a large amount of miscellaneous goods are generated for a certain period of time to clean the water tank To facilitate the work and at the same time It is a very useful design that can be expected to reduce the liver and the savings such as labor costs.

Claims (3)

Grating (30) that can walk through the rainwater flows into the drain 20 to induce the flow of sewage in the basement side of the road, the gutter (30) associated with the drain 20, the sump (10) In the water collecting tank for seating is provided on the upper step 11, and inserted into the water collecting well 10, The upper side forms an edge portion 101 so as to be caught by the upper end step 11 of the water collecting well 10 and extends to the lower end side thereof, and the filtering mesh 110 is provided at the central portion side slope, and the filtering mesh 110 The sedimentation tank 120 is divided into equally divided into the lower end of the water collection tank for roadside drainage for sediment collection, characterized in that consisting of a collection tank 100 is formed integrally. The method of claim 1, Form the thickness of the upper edge portion 101 of the sump (100) considerably to form the groove 102 into the upper surface of the edge portion, and install the upper strainer 130 in the groove 102, the upper strainer ( 130) and the water collecting tank for the roadside drainage for sediment collection comprising the space (H) spaced between the bottom side of the grating (30) is formed. The method according to claim 1 or 2, The water collecting tank 100 for the roadside drainage for sediment collection, including a tapered portion 140 is tapered from the lower side to the strainer 110.