KR100756539B1 - Roadway - Google Patents

Abstract

A safety inspection system of a road separation structure including a channel is provided to prevent the accident caused by difficulty in drainage by checking the drainage of rainwater or the accumulation of impurities in a channel easily. A safety inspection system of a road separation structure including a channel removes impurities quickly and promotes the drainage of rainwater by letting a manager know through an illuminant device if impurities are accumulated in a water collecting pipe. The safety inspection device includes primary and secondary floaters(50,60) placed on the inside of a water collecting pipe to be spaced out in the upstream direction and the downstream direction, a case(70) placed in the middle of the primary and secondary floaters, a moving block(80) installed to the inside of the case to be movable and provided with a projection(85), a reduction device connected to the moving block to reduce the moving speed of the moving block, primary and secondary connecting bars(100,101) formed to be expanded and contracted elastically and connecting the primary and secondary floaters and the moving block, a switch placed in the case and pressed to be on by the projection when the moving block moves, a control unit connected to the switch, and an illuminant device(140) placed on the top of a support bar(41) of a safety fence(40) and turning on a light by control signals of the control unit.

Description

Safety Diagnosis of Road Separation Structures including Waterways {Roadway}

The present invention relates to a safety diagnosis stand of the road separation structure including the waterway to inform the outside when the sediment accumulated in the waterway is not smoothly drained.

In general, both sides of the road is provided with a waterway along the road, it is configured to drain rainwater.

As shown in Figures 1 and 2, the road provided with such a waterway, the road surface 10 is paved with asphalt; Sidewalks 20 provided on both sides of the road surface 10; A water collecting pipe consisting of a cover installed at an opening of the water collecting duct 31 and a water collecting duct 31 and a plurality of drain holes 32a are formed in the space between the road surface 10 and the sidewalk 20. And a water channel 30 composed of a water collecting well 33 connected to the water collecting pipe; The safety pan 40 is composed of a support rod 41 entered into the sidewalk 20 and a support plate 42 installed on the support rod 41, and rainwater on the road is collected through the drain hole 32a of the cover. It flows into the 31, and it collects in the downstream sump 33 and drains.

However, the rainwater drained through the waterway 30 is mixed with various kinds of foreign matters (1) including garbage or fallen leaves on the road, and when such foreign matters (1) are accumulated inside the waterway (30), the waterway (30) ) Is often blocked, so that rainwater does not drain well.

However, when the waterway 30 is blocked by the foreign matter 1 in this way, it is not easy to know that the waterway 30 is blocked from the outside, and the problem that may cause an accident as the drainage of rainwater is not made smoothly. there was. Therefore, there is a need for a method of easily knowing from the outside that the foreign matter 1 is accumulated in the waterway 30.

The present invention is to solve the above problems, to provide a safety diagnostic stand of the road separation structure including a waterway so that it can be easily confirmed from the outside that the drainage is not made smoothly by foreign matters accumulated in the waterway. The purpose is.

The present invention for achieving the above object, the road surface is paved with asphalt; Sidewalks provided on both sides of the road surface; It consists of a collecting pipe composed of a cover installed in the opening of the collecting duct and a collecting duct and a plurality of drain holes formed in the space between the road surface and the sidewalk, and the collecting well connected to the collecting pipe. A water channel through which the rainwater introduced into the drain hole is collected and discharged in the catchment downstream along the water collecting pipe; In the road comprising a safety pan composed of a support rod installed in the sidewalk and a support plate installed on the support rod,

And a bracket provided on the cover, a pivoting bar whose proximal end is hinged to the bracket so as to pivot up and down, a buoyancy body provided at the distal end of the pivoting bar, and an extension bar provided at the proximal end of the pivoting bar. First and second plotters spaced apart from each other in the upstream and downstream directions of the first and second plotters;

A case provided at an intermediate portion of the first and second plotters;

A rotatable block rotatably mounted in the case and provided with a protrusion at one side;

A damping device connected to the rotating block to reduce the rotating speed of the rotating block;

And first and second bar members slidably coupled in a longitudinal direction to each other, and springs coupled to an intermediate portion of the bar member to elastically connect the bar members. First and second connecting bars connecting the rotating block to the rotating block;

A switch provided in the case and pressed on by the protrusion during the rotation of the rotation block;

A control unit connected to the switch;

It is provided on the upper end of the support rod of the safety pan and has a structure characterized in that it comprises a light emitting means that is lit by the control signal of the control unit.

Safety diagnosis of the road separation structure including a water channel according to the present invention, since the rainwater is not well drained due to the accumulation of foreign matter in the waterway 30, when the water level in the upstream than the downstream side of the waterway 30, Rotating heights of the first and second plotters 50 and 60 are changed, and the rotation block 80 is rotated by the first and second connecting bars 100 and 101 connected to the first and second plotters 50 and 60. By turning on the switch 120, the administrator checks the lighting state of the light emitting means 140 provided in the support rod 41, it is easy to see whether the foreign matter (1) accumulated in the drainage state of the rainwater or the waterway (30) By judging and taking action, there is an advantage in that an accident can be prevented as the water is not well drained.

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

3 to 7, the safety diagnosis according to the present invention is a road surface (10) paved with asphalt; Sidewalks 20 provided on both sides of the road surface 10; The upper surface is open and the collecting duct 31 and the plurality of drain holes 32a are formed in the space between the road surface 10 and the sidewalk 20 to the cover 32 is installed in the opening of the collecting duct 31 Comprising a water collecting pipe and a water collecting pipe 33 connected to the water collecting pipe, the rainwater flowing into the drain hole (32a) of the cover 32 is a water channel that is collected and discharged in the downstream water collecting pipe 33 along the water collecting pipe 30; It is the same as the conventional road provided with a safety pan 40 composed of a support rod 41 installed in the sidewalk 20, and a support plate 42 installed on the support rod 41.

In addition, the safety diagnosis according to the present invention includes a first and a second plotter (50, 60) arranged to be spaced apart in the up and down direction in the interior of the collection pipe; A case 70 provided at an intermediate portion of the first and second plotters 50 and 60; A rotation block (80) rotatably mounted in the case (70) and having a protrusion (85) at one side thereof; A damping device (90) connected to the rotation block (80) to reduce the rotation speed of the rotation block (80); First and second connection bars (100, 101) configured to be elastically stretchable to connect the first and second plotters (50, 60) and the rotation block (80); A switch 120 provided at the case 70 and pressed on by the protrusion 85 when the rotation block 80 is rotated; A control unit 130 connected to the switch 120; The light emitting means 140 is further provided on the support rod 41 of the safety pan 40 and is turned on by the control signal of the control unit 130.

The first and second plotters 50 and 60 are rotated by brackets 51 and 61 provided on the lower side of the cover 32 and proximal ends hingedly coupled to the brackets 51 and 61. Bars 52 and 62, buoyancy bodies 53 and 63 provided at the distal ends of the pivot bars 52 and 62, and extension bars 54 and 64 provided at the proximal ends of the pivot bars 52 and 62, respectively. It consists of.

At this time, the extension bars (54, 64) is extended to the upper side of the cover 32 through the drain hole (32a) of the cover 32, the buoyancy body (53, 63) is raised when the water level inside the collection pipe is increased Rotating bar (52, 62) and extension bar (54, 64) is rotated.

6 and 7, the case 70 is formed of a synthetic resin material, and openings 71 through which the first and second connection bars 100 and 101 pass are formed at both sides thereof, and a cover 32. It is fixed to the upper surface of.

The rotating block 80 is formed in an elongated plate shape having extension portions 81 and 82 in the up and down direction, and the support shafts 83 provided at the central portions on both sides of the bracket 84 are provided in the case 70. It is rotatably mounted on, and the extension parts 81 and 82 are comprised so that it may rotate to an up-down direction.

As shown in FIG. 7, the damping device 90 is provided inside the case 70 and is coupled to an end of the support shaft 83 at the outside of the bracket 84 to rotate the block 80 using frictional force. The brake function is to make this rotate slowly. At this time, by injecting a high viscosity mucus to the contact surface of the damping device 90 and the support shaft 83, while preventing the contact surface of the damping device 90 and the support shaft 83 to wear, the rotation block by the viscosity of the mucus It is preferable to allow 80 to rotate slowly.

The first and second connection bars 100 and 101 are coupled to an intermediate portion of the first and second bar members 101, 102, 111, and 112 slidably coupled to each other in the longitudinal direction, and the bar members 101, 102, 111, and 112. Consists of the springs 103 and 113 to elastically connect the, so that the length can be increased or decreased elastically.

At this time, both ends of the first connection bar 100 are hinged to the extension bars 54 and 64 of the first plotter 50 and the lower extension 81 of the rotation block 80, respectively, to thereby provide a first plotter. When the rotation bars 52 and 62 of 50 are lifted and rotated upward, the lower extension portion 81 of the rotation block 80 is pulled to rotate the rotation block 80 clockwise. In addition, both ends of the second connection bar 101 are hinged to the extension bars 54 and 64 of the second plotter 60 and the upper extension 82 of the rotation block 80, respectively. When the rotation bar 52, 62 of the 60 rises and rotates the upper side, the upper extension portion 82 of the rotation block 80 is pushed to rotate the rotation block 80 counterclockwise.

The switch 120 is located on the right side of the rotation block 80 as shown in the figure, and is pressed on by the protrusion 85 of the rotation block 80 when the rotation block 80 is rotated clockwise.

When the switch 120 is turned on, the control unit 130 continues to light the light emitting means 140 until the manager inputs a release signal.

The light emitting means 140 is configured by mounting the LED on the top of the support rod 41 of the safety pan (40).

The operation of the safety diagnosis system configured as described above is as follows.

First, when foreign matters 1 are not accumulated inside the collection pipe, or only a very small amount of foreign matters 1 are accumulated to prevent the rainwater from flowing, as shown in FIG. 8A when it rains, The water level of the collecting pipe is higher in the downstream side than in the upstream side, or almost the same in the water level on the upstream and downstream sides.

Thus, the first and second plotters 50 and 60 rise to approximately the same height, or the second plotter 60 rises more and the extension bars 54 of the first and second plotters 50 and 60 rise. As the 64 rotates, the force applied to the first and second connection bars 100 and 101 is about the same, or the force applied by the second plotter 60 is stronger.

Thus, as shown in FIG. 9A, the rotation block 80 maintains a neutral state, or rotates counterclockwise, so that the switch 120 maintains an off state. At this time, when the water level is generally increased inside the collection pipe so that the first and second floaters 50 and 60 float at the same height, the springs 103 and 113 of the first and second connection bars 100 and 101 are compressed and the force is increased. In balance, the rotating block 80 is maintained without being rotated.

As illustrated in FIG. 8B, when the foreign matter 1 accumulates inside the water collecting pipe, in particular, between the first and second plotters 50 and 60, the first plotter 50 is formed. Since the water level of the upstream side is increased, the force of pulling the first connection bar 100 by the first plotter 50 becomes stronger than the force of pushing the second connection bar 101 by the second plotter 60. As shown in (b) of FIG. 9, the rotation block 80 is rotated clockwise. Accordingly, the switch 120 is turned on to emit light.

Therefore, the manager may visually confirm that the light emitting means 140 emits light and recognize that the foreign matter 1 is accumulated inside the water collecting pipe at the corresponding position.

The safety diagnosis unit of the road separation structure including the water channel configured as described above uses the water level difference generated by the accumulation of the foreign matter 1 inside the water collecting pipe, and when the foreign material 1 is accumulated inside the water collecting pipe, the light emitting means 140 By alerting the administrator through), the administrator can quickly remove the foreign matter (1), there is an advantage that can be safe by preventing accidents caused by rain water is not drained.

In addition, the damping device 90 is connected to the rotation block 80, the first and second plotter 60 is shaken by the wave generated as the rain water flows, the rotation block 80 Since it can be prevented to rotate in the clockwise direction at this moment, there is an advantage that can improve the reliability by preventing malfunction caused by the wave.

1 is a side cross-sectional view showing a conventional road,

2 is a front sectional view showing a conventional road,

Figure 3 is a side cross-sectional view showing a safety diagnosis of the road separation structure including a waterway according to the present invention,

Figure 4 is a front sectional view showing a safety diagnosis of the road separation structure including a waterway according to the present invention,

5 is a configuration diagram showing a switch, a control unit, and a light emitting device;

Figure 6 is a side cross-sectional view showing a case of the safety diagnosis of the road separation structure including a waterway including a waterway according to the present invention,

7 is a reference diagram showing the attenuation device of the safety diagnosis of the road separation structure including a waterway according to the present invention,

8 and 9 is a reference diagram for explaining the operation of the safety diagnosis of the road separation structure including a waterway according to the present invention.

Claims (1)

Asphalt paved road surface 10; Sidewalks 20 provided on both sides of the road surface 10; A water collecting pipe consisting of a cover installed at an opening of the water collecting duct 31 and a water collecting duct 31 and a plurality of drain holes 32a are formed in the space between the road surface 10 and the sidewalk 20. And, consisting of a sump (33) connected to the sump pipe, the rainwater flowing into the drain hole 32a of the cover is a water channel 30 is collected and discharged in the sump (33) downstream along the sump; In the road including a safety pan 40 composed of a support rod 41 entered into the sidewalk 20 and a support plate 42 installed on the support rod 41, Brackets 51 and 61 provided on the cover, pivot bars 52 and 62 whose hinges are rotatably hinged to the brackets 51 and 61, and tip portions of the pivot bars 52 and 62, respectively. A buoyancy body 53 and 63 provided and extension bars 54 and 64 provided at proximal ends of the pivoting bars 52 and 62, and are arranged to be spaced apart in the upstream and downstream directions of the collection pipe. First and second plotters 50 and 60; A case 70 provided at an intermediate portion of the first and second plotters 50 and 60; A rotation block (80) rotatably mounted in the case (70) and having a protrusion (85) at one side thereof; A damping device (90) connected to the rotation block (80) to attenuate the rotation speed of the rotation block (80); The first and second bar members 101, 102, 111 and 112 slidably coupled to each other in the longitudinal direction and the springs 103 and 113 coupled to the middle portion of the bar members 101, 102, 111 and 112 to elastically connect the bar members 101, 102, 111 and 112 to each other. A first and second connection bars 100 and 101 configured to include the first and second plotters 50 and 60 and the rotation block 80; A switch 120 provided at the case 70 and pressed on by the protrusion 85 when the rotation block 80 is rotated; A control unit 130 connected to the switch 120; Safety diagnosis stand of the road separation structure including a waterway, characterized in that it comprises a light emitting means 140 which is provided on the top of the support rod 41 of the safety pan 40 and is turned on by the control signal of the control unit 130. .

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