Center-lane-type road drainage system

Abstract

The present invention relates to a center-lane-type road drainage system. The objective of the present invention is to enable rainwater of a road to be collected in the center lane of the road and quickly and clearly drained, drainage failure due to waste from everyday life to be prevented, and pedestrian accidents to be prevented. The present invention relates to the road drainage system comprising: a collecting flow conduit which is formed as a circular pipe body buried under the center lane of the road so that the collected rainwater flows and is drained, which has a rainwater collection hole with an opened upper portion, and which has a predetermined length; collecting wall bodies each being fastened to one of two ends of the rainwater collection hole of the collecting flow conduit by a conduit fastening means and protruding upward, and having a predetermined length; a grating provided on the collecting wall bodies so that rainwater can flow therein and the inflow of foreign material can be prevented; and a median barrier member provided in the center of the grating so that the center lane can be distinguished.

Description

Center lane type road drainage system

[0001] The present invention relates to a center lane type road drainage system, and more specifically, to a road drainage system, comprising: a collection flow pipe formed as a circular pipe, which is installed in the center lane of a road to allow collected rainwater to be drained in a flow manner, and which has a rainwater collection hole with an open upper portion, and which is provided with a predetermined length; and a collection wall which is connected to each end of the rainwater collection hole of the collection flow pipe by a pipe connection means and protrudes upward and is provided with a predetermined length, so as to collect rainwater on the road into the center lane of the road and drain it quickly and clearly, and to prevent poor drainage caused by household waste and to prevent safety accidents for pedestrians.

[0002] In general, a road drainage system drains rainwater from the road to the sidewalk.

[0003] The road drainage system described above is composed of sump wells installed at regular intervals on the sidewalk side of the road, drainage pipes connecting the sump wells, and gratings installed on top of the sump wells.

[0004] In this type of drainage pipe, rainwater that falls on the road during rainy weather flows down the road and is collected in a sump, and the collected water is drained through a drain pipe connected to the sump.

[0005]

[0006] However, the conventional road drainage system as described above is composed only of sumps installed at equal intervals on the road shoulder on the side of the road, so there are problems such as the lack of smooth drainage of rainwater, the grating on the top of the sump is easily contaminated by household waste, which prevents smooth drainage, and the occurrence of safety accidents for pedestrians due to the grating being opened for smooth drainage during rainy weather.

[0007] Accordingly, the present invention aims to solve the problems such as the conventional road drainage system as described above being composed only of a sump, which does not allow smooth drainage, the upper part of the sump being contaminated by household waste, which prevents smooth drainage, and causes pedestrian safety accidents.

[0008] That is, the present invention is characterized by comprising a collection flow pipe formed as a circular pipe and having a rainwater collection hole with an open upper portion so as to be able to drain rainwater collected by being buried in the center lane of a road and having a predetermined length, a collection wall formed to have a predetermined length by being connected to each end of the rainwater collection hole of the collection flow pipe by a pipe connection means and protruding upward, a grating provided on the upper portion of the collection wall so as to allow rainwater to flow in and prevent the inflow of foreign substances, and a center divider provided in the center of the grating so as to be able to form a center lane.

[0009] The present invention is characterized in that the pipe connection means is configured with a connection rod provided at the end of a superior collection hole and a connection clip formed at the end of the collection wall and having an open lower portion so that the connection rod can be fitted and connected from the side.

[0010]

[0011] The present invention is characterized by forming a grating mounting protrusion that is formed to extend outward so that grating is mounted on the top of the capture wall.

[0012]

[0013] The present invention is characterized in that the central divider is formed by painting a central lane painted section on a grating, and the central lane painted section is provided with a sight guidance bar installed at regular intervals to clearly recognize the central lane.

[0014]

[0015] The present invention is characterized in that a water level sensor is provided at the bottom of a sight-guide pole to measure the water level of rainwater according to the amount of rain, a water quantity transmitter is provided at the top of the sight-guide pole to transmit the water level detected by the water level sensor to a management center when the water level exceeds a certain level, a solar cell is provided at the top of the sight-guide pole to generate electricity using solar energy, a battery is provided inside the sight-guide pole to store electricity generated by the solar cell, and a water level warning light is provided at the top of the sight-guide pole to notify the surroundings of danger when a water level exceeding a certain level is detected through the water level sensor.

[0016] The present invention comprises a buried support connecting member that is mutually connected to the connecting portions of the trapping walls and can increase the burial bearing capacity of the trapping walls; the buried support connecting member comprises a connecting body having connecting grooves formed on both sides for connecting the trapping walls, a connecting wall formed in a plate shape protruding from the connecting body, and a connecting support formed in a T shape at an end of the connecting wall; and the connecting wall is characterized in that its upper end is formed to be inclined downward in the protruding direction so as not to interfere with the pavement layer of a road.

[0017]

[0018] The present invention is characterized in that it comprises a grating connection provided between gratings, the grating connection provided comprising a grating connection bar formed with the same width as the width of the grating, a grating clip provided with a shape that is opened downward so that the end of the grating can be clipped when provided at equal intervals on both sides of the grating connection bar, a capture wall fastening hole provided by penetrating downward at the end of the grating connection bar, and a grating pin provided with a numerical material softer than the capture wall body that is inserted and fastened to a jaw fastening hole formed in a grating fixing jaw by penetrating the capture wall fastening hole.

[0019]

[0020] Accordingly, the present invention comprises a rainwater collection pipe formed as a circular pipe and having a rainwater collection hole with an open upper portion and a predetermined length, which is installed in the center lane of a road to allow the collected rainwater to be drained, and a collection wall which is connected to each end of the rainwater collection hole of the collection pipe by a pipe connection means and protrudes upward and has a predetermined length, thereby having the effect of collecting rainwater on the road into the center lane of the road and draining it quickly and clearly, preventing poor drainage caused by household waste, and preventing safety accidents for pedestrians.

[0021]

[0022] Figure 1 is an example of a separation state according to an embodiment of the present invention.

[0023] Figure 2 is a side view illustrating an assembly state according to an embodiment of the present invention.

[0024] Figure 3 is an example of a gaze guide bar according to an embodiment of the present invention.

[0025] Figures 4 and 5 are examples of buried support connecting bodies according to embodiments of the present invention.

[0026] Figure 6 is a block diagram of a buried support connecting body according to an embodiment of the present invention.

[0027] Figure 7 is an example of a grating connection according to an embodiment of the present invention.

[0028] Figure 8 is an example of a grating connection installation according to an embodiment of the present invention.

[0029] Hereinafter, the detailed description will be given with reference to the attached drawings.

[0030] The present invention is to collect rainwater from a road into the center lane of a road and drain it quickly and clearly. The terms or words used in this specification and claims should not be interpreted as limited to their usual or dictionary meanings, and should be interpreted as meanings and concepts that conform to the technical idea of ​​the present invention based on the principle that the inventor can appropriately define the concept of the term in order to explain his or her own invention in the best way.

[0031] Accordingly, the embodiments described in this specification and the configurations illustrated in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention. Therefore, it should be understood that there may be various equivalents and modified examples that can replace them at the time of filing this application.

[0032]

[0033] That is, the present invention is a road drainage system, which is composed of a collection flow pipe (100), a collection wall (200), a grating (400), and a central divider.

[0034]

[0035] Here, the above-mentioned collection flow pipe (100) is formed as a circular pipe to allow the collected rainwater to be drained by being buried in the center lane of the road, and a rainwater collection hole (120) with an open upper portion is formed and provided with a certain length.

[0036]

[0037] In addition, the above-mentioned collection wall (200) is provided by being connected to both ends of the superior collection hole (120) of the collection flow pipe (100) by a pipe connection means, protruding upwards, and formed to a certain length.

[0038] The above pipe connection means is composed of a connection rod (301) provided at the end of the superior collection hole (120) and a connection clip (302) formed at the end of the collection wall (200) and having an open bottom so that it can be inserted and connected at the side of the connection rod (301).

[0039] At the top of the above-mentioned capture wall (200), a grating mounting protrusion (210) is formed that is extended outward so that a grating (400) can be mounted.

[0040]

[0041] In addition, the grating (400) is provided to allow water to flow into the upper part of the collecting wall (200) and prevent foreign substances from flowing in.

[0042]

[0043] In addition, the central divider is provided so as to form a central lane in the center of the grating (400).

[0044] The above central divider can be implemented by configuring a central lane painting section (510) formed by painting a grating (400).

[0045] The center lane coloring section (510) above can be implemented by providing a sight guidance pole (520) installed at regular intervals to clearly recognize the center lane.

[0046] The above line-of-sight guidance rod (520) is provided with a water level sensor (610) at the bottom to measure the water level according to the amount of rain, and a water quantity transmitter (620) is provided at the top of the line-of-sight guidance rod (520) to transmit the water level detected by the water level sensor (610) to the management center when the water level is detected to be above a certain level, and a solar cell (630) that can generate electricity using solar energy is provided at the top of the line-of-sight guidance rod (520), and a battery (640) that stores electricity generated by the solar cell is provided inside the line-of-sight guidance rod (520), and a water level warning light (650) that lights up to notify the surroundings of danger when a water level above a certain level is detected by the water level sensor (610) at the top of the line-of-sight guidance rod (520) can be implemented.

[0047]

[0048] Meanwhile, another embodiment of the present invention can be implemented by providing a buried support connecting member (700) at the connecting portion of the collecting wall (200) to interconnect the collecting wall (200) and increase the buried support capacity of the collecting wall (200).

[0049] The above-mentioned buried support connecting body (700) can be implemented by configuring a connecting body (710) that forms a connecting groove (711) in which a collecting wall (200) is connected on both sides, a connecting wall (720) formed in a plate shape protruding from the connecting body (710), and a connecting support (730) formed in a T shape at the end of the connecting wall (720).

[0050] The above connecting wall (720) can be formed so that the upper part slopes downward in the protruding direction so as not to interfere with the road pavement layer.

[0051]

[0052] In addition, it can be implemented by providing a grating connection (800) between the gratings (400) and the gratings (400).

[0053] The above grating connection (800) is composed of a grating connection bar (810) formed with the same width as the width of the grating (400), a grating clip (820) provided with a shape that is opened downward so that the end of the grating (400) can be clipped when provided at equal intervals on both sides of the grating connection bar, a capture wall fastening hole (831) provided by penetrating downward at the end of the grating connection bar (810), and a grating pin (840) provided with a softer numerical material than the capture wall body (200) that is inserted and fastened to a jaw fastening hole (832) formed in the grating mounting jaw (210) by penetrating the capture wall fastening hole (831).

[0054] The above grating pin (840) has a catch wedge (841) formed on the outer surface.

[0055]

[0056] Hereinafter, the operational effects according to the application of the present invention will be described as follows.

[0057] As described above, in a road drainage system, the present invention is implemented by applying a collection flow pipe (100) formed in a circular shape and having a rainwater collection hole (120) with an open upper portion so that rainwater collected by being buried in the center lane of a road can be drained, and having a predetermined length, a collection wall (200) that is connected to both ends of the rainwater collection hole (120) of the collection flow pipe (100) by a pipe connection means and protrudes upward and has a predetermined length, a grating (400) that is provided on the upper portion of the collection wall (200) so as to allow rainwater to flow in and prevent the inflow of foreign substances, and a central divider that is provided in the center of the grating (400) so as to form a central lane, so that rainwater on the road can be collected in the center lane of the road and drained quickly and clearly.

[0058] In addition, the road drainage system is formed in the central lane to prevent poor drainage caused by grating blockage due to household waste, and it is formed in the central lane rather than on the sidewalk to prevent pedestrian safety accidents.

[0059] <Explanation of symbols>

[0060] 100: Capture flow pipe 120: Rainwater capture well

[0061] 200: Capture wall 210: Grating anchoring bracket

[0062] 301: Binding rod 302: Binding clip

[0063] 400: Grating

[0064] 510: Center lane painting section

[0065] 520: Gaze-inducing stick

[0066] 610 ; Water level sensor

[0067] 620: Quantity transmitter

[0068] 630: Solar cell

[0069] 640: Battery

[0070] 650: Water level warning light

[0071] 700: Buried support connector

[0072] 710: Connecting body 711: Connecting groove

[0073] 720: Connecting wall

[0074] 730: Connecting support

[0075] 800: Grating connector

[0076] 810: Grating connecting bar 820: Grating clip

[0077] 831: Capture wall fastener 832: Jaw fastener

[0078] 840: Grating pin 841: Hook wedge

Claims

1. In road drainage systems; A rainwater collection pipe is formed in the form of a circular pipe and has an open upper portion to allow the collected rainwater to be drained in the center lane of a road, and is provided with a rainwater collection hole formed and formed with a predetermined length, a rainwater collection wall that is connected to both ends of the rainwater collection hole of the rainwater collection pipe by a pipe connection means and protrudes upward and has a predetermined length, a grating that is provided on the upper portion of the rainwater collection wall to allow rainwater to flow in and prevent the flow of foreign substances, and a center divider that is provided in the center of the grating to divide the center lane; The above pipe connection means is composed of a connection rod provided at the end of the superior collection hole and a connection clip formed at the end of the above collection wall and having an open bottom so that it can be inserted and connected from the side of the connection rod. At the top of the above-mentioned capture wall, a grating mounting protrusion is formed that is extended outward so that the grating can be mounted, A support member is provided at the connection part of the capture wall to interconnect the capture walls and increase the support capacity of the capture wall; The above-mentioned buried support connecting body is composed of a connecting body having connecting grooves formed on both sides to which the collecting walls are connected, a connecting wall formed in a plate shape protruding from the connecting body, and a connecting support formed in a T shape at the end of the connecting wall; A center lane type road drainage system characterized in that the above connecting wall is formed with the upper end sloped downward in a protruding direction so as not to interfere with the road pavement layer.

2. In paragraph 1; The above central divider is composed of a central lane painted section formed by painting the grating; The center lane painting section above is equipped with guidance poles installed at regular intervals to clearly recognize the center lane; A center lane type road drainage system characterized in that the lower part of the above-mentioned sight-guide pole is provided with a water level sensor to measure the water level of rainwater according to the amount of rain, the upper part of the sight-guide pole is provided with a water quantity transmitter to transmit the water level detected by the water level sensor to a management center when the water level exceeds a certain level, the upper part of the sight-guide pole is provided with a solar cell to generate electricity using solar energy, the inside of the sight-guide pole is provided with a battery to store electricity generated by the solar cell, and the upper part of the sight-guide pole is provided with a water level warning light that lights up to notify the surroundings of danger when the water level exceeds a certain level detected by the water level sensor.

3. In paragraph 1; A center lane type road drainage system characterized by having a grating connection between the above gratings.

4. In paragraph 3; The above grating connection is composed of a grating connection bar formed with the same width as the width of the grating, a grating clip provided with a shape that is opened downward so that the end of the grating can be clipped when provided at equal intervals on both sides of the grating connection bar, a capture wall fastening hole provided by penetrating downward at the end of the grating connection bar, and a grating pin provided with a numerical material softer than the capture wall body that is inserted and fastened to a jaw fastening hole formed in a grating fixing jaw by penetrating the capture wall fastening hole; A center lane type road drainage system characterized in that the grating pin has a catch wedge formed on the outer surface.

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