KR200294719Y1 - Sidewalk part mounting structure of road - Google Patents

Abstract

The present invention relates to a sidewalk installation structure of the road, and more specifically, the new construction structure of the walkway boundary stone, el-shaped side gates and sidewalk blocks to prevent the problem of subsidence of the sidewalk block after a long period of time and improve the rainwater generated on the road It relates to a sidewalk installation structure of the road that allows for fast drainage.

According to the present invention, in the sidewalk part of a general road formed by the driveway part and the sidewalk part, the sidewalk road boundary stone provided between the driveway part and the sidewalk part is provided with two types of sidewalk road boundary stones A and the sidewalk road boundary stone B, The sidewalk boundary stone installed in the sidewalk is formed with a seating portion horizontally on one side and the sidewalk boundary boundary A and the sidewalk boundary boundary B are formed in a structure in which the seating portion is horizontally opposed to the sidewalk boundary stone on one side, and the seating portion of the sidewalk boundary stone And a block supporting member is inserted into the insertion member to support the lower portion of the sidewalk block in a state where the insertion member is in close contact with the seating portions of the sidewalk road boundary stone A and the sidewalk road boundary stone B, respectively. Light reflector groove and rainwater inflow groove are formed, the cutting groove portion is formed in the longitudinal direction on the side, the above-mentioned roadway boundary stone B While the cut groove is formed on the side in the longitudinal direction, the sidewalk road boundary stone A is spring-operated by inserting the light reflector into the light reflector groove, and the foreign matter prevention net is coupled to the rainwater inflow groove, the sidewalk road boundary stone A and the sidewalk road boundary stone. The elbow side of the lower part of which B is seated is provided with a plastic catchment groove part, and when the sidewalk road boundary stone A and the sidewalk boundary B are seated on the upper side, the sidewalk portion of the road is characterized in that a drainage path is formed by the cutting groove and the plastic house groove part. Provide structure.

Description

Sidewalk installation structure of road {SIDEWALK PART MOUNTING STRUCTURE OF ROAD}

The present invention relates to a sidewalk installation structure of the road, and more specifically, by configuring the installation structure of the sidewalk side boundary stone, el-shaped sideways and sidewalk blocks, it is possible to prevent the settlement problem of the sidewalk block occurring in the sidewalk after a long period of time, The present invention relates to a sidewalk installation structure of a road that newly improves the structure of a sidewalk road boundary stone so that rainwater generated on a road can be drained quickly.

In general, when the road is constructed, the sidewalk block is installed on both sides or one side of the road based on the boundary stone, wherein the road is composed of a driveway part and a sidewalk part, and an el-type formed by pouring concrete on both sides or one side of the driveway in the longitudinal direction. The side opening is installed, and the sidewalk block boundary stone is installed in connection with the elbow side opening, and the sidewalk block is installed in connection with the boundary stone.

The sidewalk portion is composed of a sidewalk boundary stone, a sidewalk block and a sidewalk boundary stone, while a manhole is installed at a predetermined distance at which the sidewalk block is installed.

In the general road structure described above, in the case of heavy rains such as rainy seasons, water collecting holes and drainage manholes are formed on the roads to treat rainwater, and during the rainy season or after the rainy season, the sidewalk blocks are settled by rainwater to pit a lot of places. It occurs in several places.

FIG. 1A is a diagram illustrating a general road structure, and FIG. 1B is a diagram illustrating a cut state of FIG. 1A.

The road 10 is composed of a roadway part 20 and a sidewalk part 30, and the sidewalk road boundary stone 40 is installed between the roadway part 20 and the sidewalk part 30 so as to distinguish the roadway part 20 and the sidewalk part 30.

The driveway portion 20 is the el-shaped side opening 50 is installed on both sides of the longitudinal direction and the sidewalk 40 is seated on the upper side of the el-shaped side opening 50, wherein the el-shaped side opening 50 is installed In the position, the catchment port 60 is installed at a predetermined distance.

In addition, the sidewalk block (70) is provided on the sidewalk block 70 is provided on the side to facilitate the passage of people, while the manhole 90 is provided for each predetermined length of the sidewalk block 70 is installed and the A sidewalk boundary stone 80 that closes the sidewalk block 70 is installed on the side surface on which the sidewalk block 70 is installed.

Rainwater generated in the roadway part 20 and the sidewalk part 30 is collected into the manhole 90 'installed on the driveway part 20 through the water collecting port 60.

The manhole 90 installed in the sidewalk 30 and the manhole 90 'installed in the driveway 20 are often installed separately in the case of forming a sewer pipe.

The road structure having the above-described general structure is a situation in which the sidewalk block is subsided by heavy rain after the rainy season or the rainy season, and the national tax is wasted by replacing the sidewalk block every year.

In addition, the above-described road structure has a disadvantage of providing a factor that hinders the driving performance of a vehicle driving the roadway part of the road because it does not properly drain the rain generated on the roadway part in the rainy season.

The present invention to solve the above-described problems, the present invention, to improve the structure of the elbow-shaped side hole and the sidewalk boundary stone can be smoothly drained and install the light reflector in the boundary road of the sidewalk to induce safe driving of the vehicle On the other hand, an object of the present invention is to provide a sidewalk installation structure of the road to prevent the settlement of the sidewalk block to the maximum by installing the lower grid structure at the position where the sidewalk block and the sidewalk block is in contact.

1A is a view showing a general road structure, Figure 1B is a view showing a cut state of Figure 1A.

Figure 2a is a perspective view of a sidewalk road boundary stone constituting the sidewalk installation structure of the road of the present invention, Figure 2b is a perspective view of another sidewalk road boundary stone constituting the sidewalk installation structure of the road of the present invention, Figure 2c is a sidewalk installation structure of the road of the present invention Pavement roadway constituting the boundary state and decomposed state of the foreign matter prevention network.

Figure 3 is a view schematically showing the installation structure of the sidewalk portion of the road according to the present invention.

Figure 4a is a detailed view combined with the sidewalk boundary stone and the insertion member and the block support member of the present invention, Figure 4b is an exploded view of the boundary view, insertion member and block support member of the present invention.

Figure 5 is a detailed view that is coupled with the sidewalk boundary stone and el-shaped side opening of the present invention.

<Description of the symbols for the main parts of the drawings>

100: road 200: driveway

210: el-type side opening 220: plastic water collecting groove

300: sidewalk 310: sidewalk boundary stone

320,820,920: seat 400: sidewalk block

500: insertion member 510: insertion groove

550: block support member 600: light reflector

700: sand layer 800: sidewalk road boundary stone A

810: light reflector groove 830,930: cutting groove

840: Excellent inflow groove 350,850,950: Coupling groove

870: foreign matter prevention network 900: sidewalk boundary boundary stone B

The present invention, in order to achieve the above object, the present invention, in the sidewalk portion of the general road formed by the driveway portion and the sidewalk portion, the sidewalk road boundary stone installed between the driveway portion and the sidewalk portion is a sidewalk made of two types The boundary stone A and the sidewalk boundary stone B are installed, while the sidewalk boundary stone installed at the sidewalk portion has a seating portion formed horizontally on one side, and the sidewalk side boundary stone A and the sidewalk side boundary B have the seating portions facing the sidewalk boundary stone horizontally on one side. The support member is inserted into the seating portion of the sidewalk boundary stone and the seating portion of the sidewalk road boundary stone A and the sidewalk road boundary stone B, respectively, in which a block supporting member is inserted into the insertion member to support a lower portion of the sidewalk block. In the above roadway boundary stone A, a light reflector groove and rainwater inflow groove are formed on the front surface, and a cut groove portion is formed on the side surface. It is formed in the direction, the barrier road boundary stone B is a cutting groove portion is formed in the longitudinal direction on the side, while the barrier road boundary stone A is a spring reflector is inserted into the light reflector groove and the foreign matter prevention net in the rain inlet groove It is coupled to the bottom of the el-shaped side of the sidewalk A and the sidewalk B, the plastic catchment groove is installed in the lower side of the sidewalk is formed by the cutting groove and the plastic catchment groove when the sidewalk boundary A and the sidewalk boundary B is seated on the upper side It provides a sidewalk installation structure of the road, characterized in that the structure.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operating state of the present invention.

Figure 2a is a perspective view of a sidewalk road boundary stone constituting the sidewalk installation structure of the road of the present invention, Figure 2b is a perspective view of another sidewalk road boundary stone constituting the sidewalk installation structure of the road of the present invention, Figure 2c is a sidewalk portion of the road of the present invention Pavement road constituting the installation structure is an exploded state diagram of the boundary stone and foreign matter prevention network.

The sidewalk road boundary stone is made of type A and B. As shown in FIG. 2A, the sidewalk road boundary stone A 800 of the type A has a light reflector groove 810 and a rainwater inflow groove 840 formed on the front surface, and a cut groove portion on the side surface thereof. 830 is formed in the longitudinal direction.

In addition, the sidewalk boundary boundary A (800) has a rear mounting portion 820 horizontally formed in two stages, the coupling groove 850 is formed between the mounting portion 820.

As shown in FIG. 2B, the B-type carriageway boundary stone B 900 is formed so that the cutting groove 930 penetrates in the longitudinal direction on the side thereof, and the seating portion 920 is formed in two stages at the rear thereof. Between the coupling groove 950 is formed.

As can be seen in Figures 2a and 2b, the difference between the Pavement road boundary stone A (800) and the Pavement Road boundary stone (B 900) is the difference between the storm road boundary stone B (900) rain inlet groove 840 and the light reflector groove (810) ) Is not formed.

As can be seen in Figure 2c, the barrier road boundary A (800) of the rainwater inlet groove 840 is coupled to the foreign matter prevention net 870 is able to process the rain generated on the driveway.

The foreign matter prevention net 870 is formed in a lattice structure so that foreign matters frequently generated on the road, such as paper and waste vinyl, are introduced from the outside when rainwater flows in, so that the cutting groove 830 is not blocked by foreign matters. Will be installed.

The rainwater inflow groove 840 of the barrier road A 800 is inserted into and detachable from both vertical portions in the longitudinal direction of the foreign matter prevention net 870 in the insertion groove.

3 is a view schematically showing a sidewalk installation structure of the road according to the present invention, the road 100 is largely composed of a driveway 200 and the sidewalk 300.

The driveway 200 is provided with el-shaped side openings 210 formed by pouring concrete on both sides, and the sidewalks A and B are seated on the upper side of the el-shaped side openings 210, and in the sidewalk section 300. The sidewalk boundary stone 310 and the sidewalk block 400 are installed.

A seating part 320 is formed in the sidewalk boundary stone 310 to allow the sidewalk block 400 to be seated on one side, and the sidewalk block 400 may be seated on the sidewalk in the sidewalk road. 320 is formed.

The seating portions 320, 820, and 920 of the sidewalk road boundary stones A and B and the sidewalk boundary stone 310 are formed to face each other, and the block supporting member 550 is inserted therebetween. Is installed.

The light reflector 600 is inserted into the sidewalk portion side to facilitate the safe driving of vehicles traveling on the roadway, while the sidewalk side boundary A and B seated on the sidewalk portion are cut grooves 830 on one side of the lower sideway. Is formed.

Figure 4a is a detailed view of the streetcar boundary stone, the insertion member and the block support member coupled to the present invention, Figure 4b is an exploded state diagram of the carriageway boundary stone, the insertion member and the block support member of the present invention.

As can be seen in Figure 4a and Figure 4b, the sidewalk boundary stone A (800) and the sidewalk boundary stone (310) of the insertion member formed in a rectangular structure in each of the mounting portions 820, 320 formed to face each other ( 500 is coupled and the block supporting member 550 is coupled to the insertion member 500 so as to support the sidewalk block 400.

That is, the insertion groove 500 is formed between the coupling grooves 850 and 350 formed as grooves by the two seating portions 820 and 320 of the sidewalk road boundary stone A 800 and the sidewalk boundary stone 310. Is installed to be in close contact with each other, and the block supporting member 550 is inserted into the insertion groove 510 formed in the insertion member 500 to form an integral structure.

Sand layer 700 is located on the block support member 550 in the state in which the insertion member 500 is in close contact with the seating portion 820 and 920 of the sidewalk road boundary stone A 800 and the sidewalk boundary stone 310. The sidewalk block 400 is formed on the sand layer 700.

Therefore, even when the pedestrian passes to the upper side of the sidewalk block 400 is supported by the sand layer 700 and the block support member 550 to prevent the problem that the sidewalk block 400 sinks to the maximum.

5 is a detailed view in which the sidewalk boundary stone and the el-shaped side opening of the present invention are coupled to each other, and when the el-shaped side opening 210 is placed, the connection groove is closely contacted with a portion where the cut groove 830 of the sidewalk 210 is formed. The plastic collecting groove 220 is formed so that the cutting groove 830 and the plastic collecting groove 220 are used as drainage channels.

When the el-shaped side opening 210 is poured, only the carriage side boundary A 800 is shown in the drawing, but in fact, the el-shaped side opening 210 has a plastic collecting groove 220 extending in the longitudinal direction. ) And the sidewalk road boundary stone B is installed in the longitudinal direction to form the sidewalk road boundary stone.

Referring to the operation described in accordance with the configuration described above is as follows.

In general, the sidewalk 310, which is generally used, has two seats 320 on one side in the longitudinal direction, so that the insertion member 500 is in close contact therebetween, and the sidewalk road boundary stone has two types, respectively. In addition to the A (800) and the sidewalk boundary stone B (900), each of the sidewalk boundary boundary A (800) and the sidewalk boundary B (900), the seating portion 820, 920 in the same position as the sidewalk boundary stone 310 It is formed in the same size.

When the sidewalk portion 300 is provided with a sidewalk boundary stone 310 in the longitudinal direction on one side and the sidewalk side boundary stone A (800) and the sidewalk side boundary stone B (900) installed on the other side facing each other in the longitudinal direction, each seating portion 820 In the state in which the insertion member 500 is brought into close contact with the insert member 500, the block supporting member 550 is coupled to support the sidewalk block 400 from the bottom.

Therefore, the sidewalk block 400 is supported by the block supporting member 550 in the lower portion so that the sidewalk block 400 is not settled by external pressure.

In addition, the elbow-shaped side opening 210 on which the sidewalk road boundary stone A 800 and the sidewalk road boundary stone B 900 are seated is installed with the plastic catchment groove 220 extending in a lengthwise direction to install the sidewalk road boundary stone A 800 and the sidewalk road boundary stone. When B 900 is seated on the upper portion where the plastic collecting groove 220 is formed, a drainage path is formed by the plastic collecting groove 220 and the cutting grooves 830 and 930 to maximize the rainwater generated in the driveway 200. The structure is improved to quickly treat the catches formed in the elbow.

In the el-type side opening 210, the rainwater generated on the driveway 200 is connected to the water collecting hole through the plastic water collecting groove 220 because the plastic water collecting groove 220 is coupled to the side of the water collecting hole (not shown in the drawing). Transferred.

In the summer season, such as rainy season, when rainwater does not flow into the catchment manhole installed in the basement of the roadway quickly, it causes a lot of inconveniences to the vehicle driving the roadway. You can do it.

In addition, the sidewalk road boundary stone A (800) and the sidewalk road boundary stone B (900) can be installed by connecting the sidewalk road boundary stone B (900) in the longitudinal side in the state of the sidewalk road boundary stone A (800) is installed. A (800) and the sidewalk B (900) alternately can be installed on the upper side of the El-shaped side opening 210, as well as a number of sidewalks boundary A (800) in a row with the sidewalk side boundary B ( 900 can be installed in the structure can be installed on the sidewalk road boundary stone.

The effect according to the configuration and operation state of the present invention described above.

According to the present invention, the sidewalk installation structure of the road has two types of sidewalks, which are different from general sidewalks, so that the sidewalks A and B can be used at the same distance. Since the light reflector is installed, it can help the driving of the vehicle smoothly and can prevent the safety accident as much as possible.

In addition, the sidewalk installation structure of the road according to the present invention, unlike the general sidewalk road boundary stone is made of two types by the plastic catchment groove and cutting groove formed in the elbow side by making a sidewalk boundary stone A and the sidewalk road boundary stone B installed in the upper side of the el-shaped side opening A drainage path is formed to collect rainwater generated on the roadway part as quickly as possible into the water collecting port, thereby obtaining an effect of improving stability of the vehicle driving the roadway part.

In addition, the sidewalk mounting structure of the road according to the present invention is to form a seating portion on each side of the sidewalk boundary stone, sidewalk boundary boundary A, sidewalk boundary boundary B, and the block supporting member in the state in which the insertion member is inserted, the sidewalk block is lowered. When the pedestrians pass from the top of the sidewalk block can support the pressure in the sand layer and the block support member can be obtained because it can prevent the problem to sink to the bottom as much as possible.

Claims (2)

In a general road formed of a driveway section and a sidewalk section, The sidewalk road boundary stone which is installed between the driveway 200 and the sidewalk 300 is provided with two types of sidewalk boundary boundary stones A800 and sidewalk boundary boundary stones B900, Sidewalk boundary stone 310 is installed on the sidewalk 300, the seating portion 320 is formed horizontally on one side and the sidewalk road boundary stone A (800) and the sidewalk boundary stone B (900) is horizontally seated on one side ( 820 (920) is formed in a structure facing the sidewalk boundary stone 310, In the state where the insertion member 500 is in close contact with the seating part 320 of the sidewalk boundary stone 310 and the seating portions 820 and 920 of the sidewalk road boundary stone A 800 and the sidewalk road boundary stone B 900, respectively. The block supporting member 550 is inserted into the insertion member 500 to support the lower portion of the sidewalk block 400, A light reflector groove 810 and a rainwater inflow groove 840 are formed in the front side of the walkway boundary stone A 800, and a cut groove portion 830 is formed in a longitudinal direction on the side surface thereof. While the cutting groove 930 is formed in the longitudinal direction on the side, The walkway boundary stone A 800 of the light reflector 600 is inserted into the light reflector groove 810 is spring-operated and the foreign matter prevention net 870 is coupled to the rainwater inlet groove 840, In the lower side L-shaped port 210 on which the sidewalk road boundary stone A 800 and the sidewalk road boundary stone B 900 are seated, a plastic catchment groove 220 is installed, and the sidewalk road boundary stone A 800 and the sidewalk road boundary stone B 900 are installed on the upper side. When the seat is installed, the sidewalk installation structure of the road, characterized in that the drainage is formed by the cutting groove 830 and the plastic collecting groove 220. The method of claim 1, The sidewalk portion 300 is a sand layer 700 is formed on the upper side of the block supporting member 550 is coupled between the sidewalk boundary stone 310, the sidewalk boundary boundary A (800), the sidewalk boundary boundary stone B (900), A plurality of sidewalk blocks 400 are seated on the seating portions 320, 820, and 920 of the sidewalk boundary stone 310, the sidewalk road boundary stone A 800, and the sidewalk road boundary stone B 900. ) Is a structure installed on the sidewalk 300, the sidewalk installation structure of the road, characterized in that for supporting the upper pressure during the passage of pedestrians in the sand layer 700 and the block support member (55).