KR101229485B1 - Drain - Google Patents

Abstract

PURPOSE: A drain for connection for the installation of a curb side is provided to prevent a traffic accident, an electric shock accident, and a safety accident by effectively pumping out foreign substances, rainwater and so forth. CONSTITUTION: A drain for connection for the installation of a curb side includes a reinforcement unit(13), a sewage guide space, a sewage discharge port(16), a body(11), and a reinforcement support part(18). The reinforcement unit is placed on the lower side of a sewage inlet(12) protruded on the same level as a concrete cover and has the same thickness as the concrete cover. The sewage guide space is formed so that the sewage is drained from the inside to the lower part of the sewage inlet. The sewage discharging port is formed on the front of the sewage guide inclined surface formed toward the lower side of the rear of the sewage guide space and on the lower side of the reinforcement unit. The body is connected to supporting parts from both sides of the with a drain channel at the lower side of a concrete cover. The reinforcement support part is protruded from the lower part of the reinforcement unit and the sewage discharging port, and connected with the supporting part.

Description

Drainage for connection to the side of the boundary stone

The present invention relates to a drain for connection to the side wall of the boundary stone, and more particularly, even when a place without a drain cover or a drain cover is installed, even if a large amount of water is instantaneously during heavy rains or heavy rains without clogging. The present invention relates to a drainage for connection to the side of the boundary stone, which can be installed on the side of the boundary stone so that the drainage can be made stable or by connecting a drain cover (grating) to the drain.

Generally, at the boundary area between the road and the sidewalk, a side section is formed between the road and the boundary stone for drainage of water generated due to rainy weather or road cleaning, and a drainage system for draining water is provided between the boundary stone and the side wall. It is essentially provided.

Thus, in the conventional drainage system provided between the boundary stone and the side opening, first, the whole side of the mouth portion is formed as a drainage path, and a drainage cover for continuously filtering and draining foreign matters on the upper portion thereof is drained, and the bottom of the side mouth portion. A drainage cover is formed on the upper surface to filter foreign matters so that water flowing down from the side of the road or sidewalk can be drained to the drainage at regular intervals between the drainage and the drainage. Loss is divided into the manner in which the manhole is installed.

1 and 2, the drainage cover 20 is installed on the upper side of the conventional drainage passage 28 or the manhole, the drainage cover 20 is the inside of the frame frame 23 is formed in a square When the bearing bar 21 and the cross bar 22 are installed at regular intervals such that the drain hole 24 is formed in one direction, rain water is generated, and cone foreign matter is transferred through the bearing bar 21 and the cross bar 22. When the filter is to be introduced into the interior, or when the concrete cover 29 is installed on the top of the drainage 28, the rainwater flows along one side of the boundary stone 26 and flows into the interior from the location where the drain cover 20 is installed. Used as

However, in the case where the concrete cover 29 is installed, when rainwater occurs, the rainwater must be moved between the boundary stone 26 and the drain cover 20 so that a lot of difficulties arise in drainage. When the drain cover 20 is installed, even if a certain amount of precipitation occurs, the rainwater is drained to the drainage passage 28 while catching a foreign substance.

However, when a large amount of water is instantaneously blocked due to a foreign object such as fallen leaves or a large amount of water due to a heavy rain or heavy rain, various foreign substances that are swept away with the water are disposed on the upper part of the drain cover. By blocking the drain hole, the drainage or collection block formed in the lower part of the drainage cover is not drained smoothly, and the water collects to the surroundings.

In addition, even when foreign matters are not caught in the drain hole, when the heavy rain occurs, the defect of not being able to drain all the rainwater due to the concentrated lake by only the space of the drain cover.

Therefore, the problem of the present invention devised to solve the above-mentioned drawbacks, so as to project higher than the concrete cover between the concrete cover and the boundary stone so that rainwater, etc. generated to the upper side of the concrete cover to be supplied to the drainage channel of the lower side. The purpose is to install a sewage inlet on the side.

Another problem of the present invention is that the drainage cover (grating) is prefabricated between the drain cover and the boundary stone to be combined with the drain hole cover (draining) space in addition to the drain hole space to drain the rainwater from the side by the drain smoothly made smoothly The purpose is to make it possible.

The present invention is a drain hole provided so that the water can be drained to the drainage in the side of the boundary stone installed between the concrete cover and the side of the road installed on the top of the drainage,
A reinforcing part having the same thickness as the concrete cover to the lower side of the sewage inlet formed to protrude at the same height as the concrete cover, a sewage guide space for draining from the inside of the sewage inlet to the lower side, and a rear lower side of the sewage guide space. A sewage discharge port formed at the front of the sewage guide slope and the lower side of the reinforcing portion formed by a convex protrusion, and a body formed by connecting the sewage discharge port to a drainage channel from the lower side of the concrete cover;
Reinforcing support portion protrudes on the lower side of the reinforcement and the upper side of the sewage outlet is characterized in that it is installed so as to be connected to the pedestal.

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The present invention is installed as a side of the road at the top of the drainage and formed a grid of bearing bars and crossbars in the interior of the rectangular rim frame to install a drain cover having a plurality of drain holes on the side of the boundary stone to drain the water is provided To
Forming a fixed guide groove on both sides of the rim frame, coupled to the side drain port formed with a fixed head on the connecting shaft protruding from the position coinciding with the fixed guide groove on both sides of the reinforcing portion with the drain cover and the connecting means;
The connecting means includes a reinforcement part formed at a lower side of the sewage inlet protruding from the same height as the drain cover, a sewage guide space formed to be drained from the inside of the sewage inlet to the lower side, and at the rear of the sewage guide space. A body having sewage outlets formed at the front of the sewage guide slope and the lower side of the reinforcement formed on the lower side, and a pedestal protrudes from both sides of the body to connect the sewage outlet to the drainage path from the lower side of the drain cover to the lower side and the sewage outlet. Reinforcing support is protruded on the upper side of the installation characterized in that it is installed to support the drain cover.

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The present invention provides a sewage inlet that protrudes higher than the concrete cover between the concrete cover and the boundary stone to install rainwater generated on the upper side of the concrete cover on the side of the boundary stone so as to be supplied to the drainage channel on the lower side so that the drainage of the rainwater is on the side. It also provides the effect of making it happen.

According to the present invention, the top surface of the drain cover is clogged due to foreign matters, or in particular, even when a large amount of water is generated instantaneously during heavy rains or heavy rains, a sewage inlet is formed so that water or foreign matters can be discharged to the side, without clogging with foreign matters. By allowing the drainage to be made, it is possible not only to prevent water from accumulating around the drain cover but also to provide an excellent effect of preventing flooding and the like.

The present invention can be compatible according to the position of the boundary cover contacting the drain cover and the concrete cover is installed on the side of the road, and also has an excellent compatibility effect by adjusting the position of the side drain in accordance with the installation condition of the boundary stone .

The present invention is excellent in drainage effect that can be installed integrally with the boundary stone, or to drain the rainwater sideways without causing any obstacles to the running and walking of the road from the side of the boundary stone.

The present invention can be quickly and conveniently installed in the required position by being assembled prefabricated with the existing drain cover (grating) is installed, it is to provide an effect that can further improve the amount of water drainage.

1 is a cross-sectional view of a state in which a conventional drain hole is installed
2 is another cross-sectional view of a state in which the conventional drainage is installed
3 is a perspective view showing a preferred embodiment of the present invention
4 is a cross-sectional view showing an installation state of Figure 3 of the present invention.
Figure 5 is an exploded perspective view of the present invention applied to the drain cover
Figure 6 is a cross-sectional view of the separation state of Figure 5 of the present invention
Figure 7 is a cross-sectional view of the installation state of Figure 6 of the present invention
8 is a cross-sectional view showing a connecting means of the present invention
9 is a cross-sectional view of another embodiment showing the connecting means of the present invention
10 is a cross-sectional view of another embodiment showing the connecting means of the present invention

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

Figure 3 is a perspective view showing a preferred embodiment of the present invention, Figure 4 shows a cross-sectional view showing the installation state of Figure 3 of the present invention.

The boundary stone 26 is installed between the road and the sidewalk or between the sidewalk and the flower bed, and is usually installed higher than the road to prevent traffic accidents and to prevent foreign substances such as earth and sand from entering.

In the boundary stone 26 installed between the road and the sidewalk, the drainage path 28 is usually installed in the direction of the road. The drainage cover 20 is installed on the upper side of the drainage path 28 or the concrete is paved to drain the drainage path 28. It will be blocked.

The side drain 10 installed in the direction of the road in the boundary stone 26 is installed to protrude from the boundary stone 26, it is possible to install so as not to protrude in the same state as the boundary stone 26 if necessary.

The side drain 10 is formed by forming a body 11 made of a metal material, the sewage inlet 12 to be installed so as to be exposed to the upper side at the same height as the drain cover 20 in the road direction is generated rainwater, etc. to the inside It is installed to be inflow.

The reinforcing part 13 is formed at the lower side of the sewage inlet 12 so as to be integral with the body 11, and the sewage guide space 14 is formed in the inner direction and the lower direction of the sewage inlet 12. It is to perform the action of draining the incoming rain water to the lower side.

The reinforcement portion 13 is formed to a height corresponding to the height of the drain cover 20.

The lower side of the sewage guide space 14 is formed so that the sewage guide inclined surface 15 is inclined in the direction of the road so that the sewage drained is effectively drained without clogging in the drainage path 28 in front of the sewage guide inclined surface 15. In the front of the road in the direction of the sewage outlet 16 is formed so that rainwater is drained without stagnant.

The sewage outlet 16 is preferably formed below the reinforcement 13 and is formed below the drain cover 20.

The side drain 10 is installed to be in close contact with the side in the direction of the road from the boundary stone 26, the sewage inlet 12 is largely open as it is, such as soil, dust, fallen leaves generated above the drain cover 20 Since the foreign matter or rainwater is to be discharged to the drainage path 28, the rainwater is to be drained as it is without stagnation in the road or drain cover 20, it is possible to greatly improve the water flow effect.

Rainwater flowing into the sewage inlet 12 provides a wider side space without clogging in the sewage guide space 14 so that it falls as it is, and falling rainwater moves straight without stagnation in the sewage guide slope 15. It is to provide a structure that flows into the drainage path 28 through the front wastewater outlet 16.

Therefore, the side drain 10 provides a structure to drain to the side while providing a state in which the drainage channel 28 is not exposed, such as the drain cover 20, without affecting the passage of the vehicle and the pedestrian walking at all. It is to solve the problems that may occur due to the exposure of the cover 20, and to provide a very beneficial water supply capacity.

The body 11 of the side drain 10 may be formed in a quadrangular shape, and both ends of the upper part may be inclined, or the upper side may be generally applied in various forms such as round shapes to harmonize with the surrounding environment and landscape. You can do it.

The side drain 10 may be used after forming a space that can be inserted into the boundary stone (26).

"형이 되도록 보강 받침부(18)를 형성하였다.A pedestal 17 is installed on both sides of the sewage discharge port 16 and the sewage guide inclined surface 15 so that both sides are blocked, and the reinforcing wall 13 and the pedestal 17 are viewed from the front. ) Is "

The reinforcement base part 18 was formed so that it might become "shaped.

The reinforcement support part 18 is formed integrally with the body 11 and protrudes forward of the reinforcement part 13, and thus, when the concrete cover 29 or the drain cover 20 is installed, the reinforcing support part 18 serves as a pedestal from the lower side. The water was allowed to drain smoothly.

Figure 5 is an exploded perspective view of a state in which the present invention is applied to the drain cover, Figure 6 is a cross-sectional view of the separation state of Figure 5 of the present invention, Figure 7 shows a cross-sectional view of the installation state of Figure 6 of the present invention.

Side drain 10 is fixed to form a cover engaging groove (19a) for fixing the frame frame 23 of the drain cover 20 is coupled to the upper side of the reinforcing support portion 18 in front of the reinforcement portion (13). The protrusion 19 is used to form more.

In case of using the drainage cover 20 to the front without using the side drain 10 independently, the side drain 10 is installed and at the same time the front of the reinforcement part 13 can be used. Pushing any one of the frame frame 23 in the direction into the cover coupling groove (19a) is integrally combined so as not to be separated by the front fixing projection (19), in order to secure more firmly before supplying to the site In the state coupled to the production plant in the frame frame 23 and the fixed protrusions 19 or reinforcement 13 in a portion can be fixed to be integrally formed by welding.

As such, when the side drain 10 is used in combination with the drain cover 20, the drain cover 20 may be drained to the side through the side drain 10 and described above with reference to FIGS. 3 and 4. It is possible to expect the normal drainage effect to the lower side where the drainage passage 28 is directly installed.

When the side drain 10 and the drain cover 20 are used at the same time, the rain is discharged downward through the drain hole 24 of the drain cover 20 when a dangerous situation of sudden increase in water is discharged, and the drain hole 24 is foreign matter. If a limited situation occurs in the drainage, it is possible to maximize the drainage effect while draining more to the sewage inlet (12) through the side drain (10), so even in the event of an unexpected difficult situation such as a crisis or rainy season, rainwater or the like By effectively draining your back, you can prevent traffic accidents, electric shocks, and safety accidents.

Figure 8 is a cross-sectional view showing a connecting means of the present invention, Figure 9 is a cross-sectional view of another embodiment showing a connecting means of the present invention, Figure 10 shows a cross-sectional view of another embodiment showing a connecting means of the present invention.

The connecting means 30 is to connect the side drain 10 to the drain cover 20 so that it can be used together, the connection hole 33 on either side of the rim frame 23 of the drain cover 20 And a hole 33a is formed in the reinforcing portion 13 of the side drain 10 so that the connection hole 33 coincides with the bolt 34 at the connection hole 33 to form the hole 33a. After penetrating and protruding, the nut 35 can be combined to be integrated.

The connecting means 30 has a connecting shaft 40 in the reinforcement part 13 to have a thickness of the frame frame 23, and the fixed head 41 is formed in a spherical shape at the tip of the connecting shaft 40. It is to be coupled to and separated from the fixed guide groove (43).

The fixed guide groove 43 is a combination of two circles, such as a pentagon shape is fixed head 41 is fitted in a large circle to be coupled to a small circle below to be fixed.

When the drainage cover 20 and the side drain 10 are combined to be integrally formed by the connecting means 30, the drainage cover 20 is installed on the upper side of the drainage passage 28, and the drainage cover 20 and the boundary stone are installed. Since the side drain 10 is installed between the (26) so that the rain water in the rain flows into the drain 28 through the drain hole 24 of the drain cover 20 so that rain water does not remain on the road, heavy rain When rainwater cannot be discharged through the drain hole 24 at the time of heavy rain or heavy rain, or foreign matter such as fallen leaves or garbage is caught on the bearing bar 21 and the cross bar 22 to block the drain hole 24 to maintain a normal drainage function. When it is difficult to provide, since the sewage inlet 12 of the side drain 10 is exposed from the side of the boundary stone 26, the drainage is smoothly drained through the sewage inlet 12 so that rainwater remains on the road. To quickly drain without it being not cause any inconvenience caused to traffic and flooded with traffic accidents.

In addition, the reinforcing support vessel 18 and the pedestal 17 is supported from the lower side of the drain cover 20 to improve the coupling force, it is to be able to maintain the installation state of the side drain 10.

The connecting means 30 is welded to the screw shaft 45 on both sides of the reinforcing part 13 to be integral, and the connecting hole 33 is formed in the frame frame 23 corresponding to the screw shaft 45. After passing through the connection hole 33 with the screw shaft 45, it is possible to combine the side drain port 10 and the drain cover 20 by integrally by using a nut 46.

10: side drain 11: body
12: sewage inlet 13: reinforcement
14: Sewage guide space 15: Sewage guide slope
16: sewage outlet 17: pedestal
18: reinforcing base 19: fixed protrusion
19a: cover coupling groove 20: drain cover
21: bearing bar 22: cross bar
23: frame frame 24: drain hole
26: boundary stone 28: drainage
29: concrete cover 30: connection means
33: hole 33a: hole
34: bolt 35, 46: nut
40: connecting shaft 41: fixed head
43: fixing guide groove 45: screw shaft

Claims (6)

In the drain hole which is provided so that water can be drained to the drainage channel 28 on the side of the boundary cover 26 provided between the concrete cover 29 and the sidewalk installed on the side of the road at the top of the drainage path 28,
A reinforcing part 13 having the same thickness as that of the concrete cover 29 and a lower side of the sewage inlet 12 formed to protrude at the same height as the concrete cover 29 and from the inside of the sewage inlet 12 to the lower side. A sewage discharge space 16 formed at the front of the sewage guide inclined surface 15 formed at the rear of the sewage guide space 14 and the lower side of the reinforcement part 13 to allow drainage; Pedestal 17 protrudes on both sides of the outlet 16 is made of a body 11 formed by connecting the sewage outlet 16 to the drainage channel 28 in the lower side of the concrete cover 29;
Connection drain for the boundary stone side installation, characterized in that the lower side of the reinforcement portion 13 and the upper side of the sewage discharge port 16 is installed so as to protrude and connect with the pedestal (17).
It is installed on the side of the road at the top of the drainage path 28 and forms the bearing bar 21 and the crossbar 22 in a grid shape in the inside of the rectangular frame 23, and has a drain cover 20 having a plurality of drain holes 24. In the drain provided to the side of the boundary stone 26 to drain the water,
Fixed guide grooves 43 are formed on both sides of one side of the frame frame 23, and fixed to the connecting shaft 40 protruding at the same position as the fixed guide grooves 43 on both sides of the reinforcement part 13. The side drain port 10 formed with the head 41 is coupled to the drain cover 20 and the connecting means 30;
The connecting means 30 is a reinforcement part 13 formed at the lower side of the sewage inlet 12 protruding at the same height as the drain cover 20, and the inside of the sewage inlet 12. Sewage discharge space 16 in front of the sewage guide space 14 formed to drain to the lower side, and the lower side of the reinforcement 13 and the front of the sewage guide inclined surface 15 formed from the rear of the sewage guide space 14 to the lower side The reinforcement part 13 while connecting the sewage outlet 16 to the drainage passage 28 from the lower side of the drainage cover 20 by protruding the base 17 from both sides of the body 11 and the body 11 formed with Reinforcing support portion 18 protrudes on the lower side and the upper side of the sewage discharge port 16 is installed so as to support the drain cover 20, the drainage for connecting the boundary stone side.
The method of claim 2,
The connecting means 30 for connecting the side drain 10 to the drain cover 20 has a connection hole 33 in the frame frame 23 in which the screw shaft 45 protrudes and faces both sides of the reinforcing part 13. Connection drain for the boundary stone side installation, characterized in that to form a) connecting the screw shaft (45) with a nut (46).
The method of claim 2,
The connecting means 30 connecting the side drain 10 to the drain cover 20 has a fixed guide groove 43 formed at a portion in which the connecting shaft 40 protrudes and faces both sides of the reinforcing part 13. Connection drain 40 for the side wall installation, characterized in that for connecting the connecting shaft 40 to the fixed guide groove (43).
The method of claim 2,
The side drain 10 is installed in the front of the reinforcing portion 13 in front of the reinforcing support portion 18 to form a fixing projection 19 to form a cover engaging groove (19a) for coupling the frame 23 to the frame frame Connection drain for the boundary stone side installation, characterized in that 23 is fixed to the cover coupling groove (19a).
The method of claim 2,
The connecting means 30 for connecting the side drain 10 to the drain cover 20 forms a connecting hole 33 on both sides of one side of the frame 23, and on both sides of the reinforcing part 13. Forming a hole (33a) coinciding with the connecting hole 33 through the bolt 34 through the connecting hole 33 and the hole (33a) for connecting to the boundary stone side installation, characterized in that Drain for connection.

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