KR101778586B1

KR101778586B1 - a color boudary stone of sidewalk and street passing rainwater and packageing construction method using the color boudary stone

Info

Publication number: KR101778586B1
Application number: KR1020160025491A
Authority: KR
Inventors: 한경수; 박용순; 한승진; 한선영; 한선주
Original assignee: 한경수; 박용순; 한승진; 한선영; 한선주
Priority date: 2016-03-03
Filing date: 2016-03-03
Publication date: 2017-09-14
Also published as: KR20170103129A

Abstract

The present invention relates to a road or a roadway constructed by blocks which are formed so as to prevent the inclusion of natural stones in the existing roads and roadways and damage the nature and to improve the design quality of roads, It is possible to quickly infiltrate the rainwater of the roadway or the roadway into the ground and to prevent the depression of the sidewalk block from falling down continuously, and the boundary stones, which can show various colors, It is possible to cut the mortar and dry it, and then cut it so that it can be easily used according to the place. In the joint part of the boundary stone, an outlet is formed so that the rainwater can penetrate into the ground so that rainwater flows into the sewer, Rainwater infiltration type that can penetrate rainwater into the ground more quickly than The present invention relates to a pavement of a sidewalk block, and more particularly, to a pavement construction method of a road and a roadway using the pavement constructed as described above.

Description

{A color boudary stone of sidewalk and street passing rainwater and package construction method using the color boudary stone}

The present invention can prevent the depression or detachment of the sidewalk when the sidewalk block of the sidewalk or the sidewalks is settled or separated by constituting a section on the sidewalk constructed by the sidewalk block, the ascon, or the concrete, The boundary stones according to the present invention can be made of plastic (pe, pp, pvc) as a material, and can be used as a base material for a road or a roadway. In order to maintain the rigidity of the barrier stones, mesh net and mortar are filled and dried. Then, natural stone powders are mixed to form various colors at the upper part. The present invention relates to a boundary stones capable of filling mortar with drying and construction, And the mortar is filled with mortar and then is cut and cut by a cutting machine so as to be used according to the conditions of the road. The plastic foam is filled with mortar and dried, The rainwater can penetrate into the ground at the joint part of the barrier block and the reflector is inserted and fixed in the both grooves of the plastic foam so that when the barrier block is used at the boundary between the roadway and the roadway, The present invention relates to a color barrier for rainwater infiltration in a roadway and a roadway which is constructed so that the boundary between the roadway and the roadway can be easily recognized by the reflection of the reflector by illumination,

The present invention relates to a process for producing a plastic foam comprising the steps of extruding and forming a plastic foam composed of a synthetic resin, a process in which a lower housing of a plastic foam is mounted on a protrusion member of a mesh network, and a process of mixing a binder and,

A process of filling the mortar with the lower house of the plastic foam, a process of drying the mortar of the lower house, a process of mixing the mortar to be filled in the upper house with a binder composed of colored sand and having improved adhesive strength, A process of filling the mortar with the upper house of the foam, drying the mortar of the upper house, cutting the length of the barrier stones to the length corresponding to the road environment where the barrier stones are packed into the sidewalk block, A process of flattening the ground on which the sidewalk block is constructed, a process of connecting the cut-out boundary seams using a seam member, a process of digging the seam to penetrate the seam and the permeable tube on a flat ground, A process of burying the rainwater pouring pipe under the rainwater discharge port and connecting it to the rainwater discharge port and fixing the boundary stone to the ground, Towards the press block arrays method pavement construction process using the color boundary stone of rainwater penetrating-type guidance and aberration according to the invention consists of placing relates to a construction method.

Generally, in India, pavement is used for sidewalk block. In the case of the back road, there is a tendency to use pavement pavement block for pavement. In such a construction method, the water shortage condition is severe globally, In the present situation, rainwater can not penetrate into the ground due to the pavement of the road, drying phenomenon appears in the ground, soil moisture is broken due to underground drying, and due to lack of ground water due to lack of soil moisture Microorganisms in plants and soils can not live in it, and local rainfall is frequent due to the change of climate, so that the flooding damage of the city can not be predicted, causing damage.

A method of packaging rainwater into drainage between a block and a block when arranging blocks and arranging blocks in a work in which penetration of rainwater is not easy in the work of flattening the road surface in the conventional road pavement construction method However, rainwater discharged at the interval between the block and the block is clogged with the passage of time and the rainwater can not penetrate into the ground. If rainwater continues to rainwater on the ground, ground settlement occurs, There is a problem in that the cost is increased because the number of events is increased like a season event.

The present invention relates to a method of protecting a block in a block by partitioning a block of roads constructed with a sidewalk block to prevent breakage of the blocks in the block and to prevent the rainwater on the block block from penetrating between the sidewalk blocks, And it is an object of the present invention to provide a barrier seat capable of preventing a sidewalk block from sinking and allowing a larger amount of rainwater to permeate into the ground.

According to the present invention, since a boundary block composed of various shapes and various colors is provided for a sidewalk block according to road conditions and environments, a partition line is formed by color of the boundary itself without painting a boundary line or a partition line, To protect the sidewalk block and to increase the infiltration of rainwater.

The present invention can freely form the outer shape and the outer surface can be made of high-strength plastic to prevent breakage, cutting, etc., and can replace the natural boundary stones. have.

It is an object of the present invention to provide a beautification of a road by dividing a sidewalk block into various methods and shapes for beautification of a road by packaging by a sidewalk road and a sidewalk block of India.

It is an object of the present invention to provide a barriers which can be cut into various sizes for partitioning sidewalk blocks because there is no limitation on the length.

It is an object of the present invention to provide a method of constructing a road by using a boundary stone according to the present invention.

The boundary stones according to the present invention can be formed into a plastic foam having an unlimited length so as to be cut into various lengths for various uses, and a mortar and a plastic foam are firmly bonded to each other by mixing a binder and a mortar, .

In order to firmly attach the plastic foam to the mortar, the inside of the plastic foam is divided into an upper house and a lower house.

The upper and lower houses of the plastic foam are separately filled with mortar.

In the upper part of the plastic foam, the colored mortar is filled to fill the road, and the upper house is divided into two sections, and the sections are filled with different colors of mortar to design various roads .

The mortar mixed with a binder having a high adhesive strength to increase the adhesive strength.

Inside the plastic foam, a protrusion member is protruded so that the plastic foam can firmly engage with the mortar, and the protrusion is configured to engage with the mortar.

The protrusion member and the inner wall of the plastic foam are configured to form fine combs to improve the bonding between the mortar and the plastic foam.

The mortar of the lower house is rigidly formed on the projecting member of the lower house through a mesh net.

The surface of the mortar filled in the upper house constitutes a curved surface to constitute the beautification of the road and is configured to limit the flow of rainwater moving on the ground by the height exposed to the ground.

A groove is formed on the side surface of the plastic foam with the length thereof, and the filler is guided by the groove to fill the mortar with the plastic foam.

The mortar filled in the plastic foam was filled with the pressure of the filling machine so that no space was formed by the projection member.

Also, the grooves are configured to facilitate the engagement of the retractor so as to transfer the molded boundary stones.

When the mortar according to the present invention is filled with mortar, the mortar is filled in the lower house, and then the mortar is filled in the upper house after drying.

The joint member is configured to be coupled to each predetermined length when constructing the boundary stone, and an outlet for discharging the rainwater is formed in the joint member, so that the rainwater around the boundary stone can be quickly discharged, Preventing depletion and protecting and restoring microorganisms in the soil by penetrating rainwater and air through the outlet.

When the road pavement using the boundary stone according to the present invention is performed, the lower house of the boundary stone according to the present invention is buried in the ground, and the upper house is exposed on the ground.

It is preferable that the upper house part generally has the same height as the height of the sidewalk block. Therefore, the size of the upper house of the boundary stone can be changed according to the size of the sidewalk block. However, even if the height of the upper house is not limited, The surface of the sidewalk block and the surface of the boundary stone can be adjusted.

The height of the boundary stones is constructed so as to be embedded at a depth that can protect the sidewalk block on both sides of the boundary stones so that the size of the boundary stones can be prevented so that the settlement of the other one can be prevented even if the settlement occurs.

Since the mortar filled in the plastic foam is filled with only sand, the cut surface can be cut using a cutter when cutting the boundary stones, so that the cut surface can be cut cleanly.

When joining the boundary seams with each other in length or cross, a straight or cruciform joining member is used, and a rainwater outlet is formed at the center of the joining member.

In the road paving construction method using the boundary stones according to the present invention, plastic foam composed of synthetic resin is extruded and constructed.

The mesh net is connected to the protruding member of the lower house of the plastic foam so that the mesh network is combined with the mortar to improve the rigidity of the mortar of the lower house.

The mortar filled in the upper and lower houses of the plastic foam improved durability by mixing a binder having a high adhesive strength.

When mortar is filled in plastic foam, it is first filled in the lower house of plastic foam, dried and filled with mortar in the upper house and dried to construct the boundary stone.

The boundary stones composed of the above process are cut and used according to the environment of the road where pavement blocks are installed.

Roads paved with sidewalk blocks are configured to level the ground and prevent ground settlement.

In order to fix the cut-out boundary to the road, an arc is inserted at the boundary of the section in which the boundary is designed, and the boundary is inserted and fixed.

After the arc is installed as described above, the water pipe should be inserted so that rainwater can easily penetrate into the ground.

When the boundary seats are fixed to the ground, the boundary members are cut to a predetermined length in consideration of the discharge of rainwater, the connecting members are connected to each other, the connecting members are connected to the rainwater discharging holes formed in the connecting members, And a rainwater discharge port is connected to the water pipe.

When the road block is packed using the sidewalk block as described above, the boundary blocks are inserted and fixed at predetermined intervals on the ground as described above, and the sidewalk blocks are arranged on both sides of the boundary blocks. When the rainwater is moved to the inclined portion, And most of the rainwater is discharged to the discharge port because it passes through the rainwater discharge port. Therefore, the infiltration amount of the rainwater can be increased and the settlement of the ground can be prevented.

The present invention can design various roads by dividing a sidewalk block or a sidewalk block used for packaging of a sidewall of a road and a sidewalk and using the boundary stones according to the present invention at the boundaries of the sidewalls, Since the rainwater discharge port is formed at the joint portion of the barrier seams, it is possible to prevent the depletion of groundwater due to a large amount of discharge of rainwater infiltrating between the sidewalk blocks, and the rainwater can be dispersed and infiltrated, It is possible to prevent the subsidence of the ground.

In addition, since the boundary stone according to the present invention can be easily cut, the sidewalk block can be designed in various shapes, and the color of the boundary stones can be varied, so that the partition can be trimmed according to the color.

Since the mortar of the upper part of the plastic foam is protruded by forming a convex curved surface, the joint member of the boundary stone is formed at the same height as the block, and the rainwater of the road is moved and passed through the joint member And the rainwater of the road can be quickly discharged to the ground, so that the dry state of the road can be recovered quickly and the amount of penetration of the rainwater can be improved.

The plastic foam used in the present invention can be easily recycled since it can be easily separated from the seams after use.

Since the upper surface of the boundary stone according to the present invention is convexly formed, the garbage moving in the rainwater stops at the boundary, so that the collection of the garbage is easy and the cleanliness of the road can be maintained.

When the barrier seams according to the present invention are used in the row of roadside protection frames, the rainwater of the sidewalks can infiltrate the roots of the roadside trees, thereby providing sufficient water to the roadside trees, thereby preventing the roadside trees from being damaged.

Fig. 1 is a view showing the processing and the process steps of the present invention
Fig. 2 is an overall view of the boundary stones according to the present invention
Fig. 3 is an overall view of a plastic foam of a boundary stone constituting the present invention. Fig.
4 is a detailed view of the joint member
Figure 5a is a schematic cross-sectional view
Fig. 5B is a cross-sectional view
6 is a cross-sectional view
FIG. 7 is a plan view

The plastic foam 100 constituting the boundary stone 11 according to the present invention is divided into an upper part and a lower part and the upper part of the separation part 19 is composed of an upper house 13 and a lower part is composed of a lower house 14.

A partition 18 is formed in the upper house 13 so as to be divided into right and left sides.

A wall 12b is formed on both the upper house 13 and the lower house 14.

The walls 12b of both the lower houses 14 are formed with grooves 21 having a predetermined width and depth from the outside to handle the boundary stones 11 filled with the plastic foam 100 and the mortar 22a, 22b, The reflector 35 is provided on the groove 21 and the reflector 35 is reflected by the light of the vehicle driving on the roadway when the barrier 11 is used as the boundary between the guide and the roadway. .

The upper and lower houses 13 and 14 of the plastic foam 100 are configured to fill mortars 22a, 22b, and 23, respectively.

The upper house 13 is configured to fill the colored mortars 22a and 22b.

The length of the plastic foam 100 is not limited.

The plastic foam 100 is configured to be cut to a predetermined standard.

The boundary block 11 formed by filling the plastic foams 100 with the mortars 22a, 22b and 23 is cut to a predetermined length and used.

The present invention relates to a method of manufacturing a plastic foam 100 by extruding a plastic foam 100 made of a synthetic resin such as pe, pp or pvc and forming a mesh net 27 on the protrusion 16b of the lower house 14 of the plastic foam 100, And a binder for improving adhesive strength to the mortar 23 to be filled in the lower house 14; filling the lower mortar 23 of the plastic foam 100 with the lower mortar 23; And drying the lower mortar 23 of the lower house 14. The upper mortar 22a and 22b to be filled in the upper house 13 are formed of colored sand and improved in adhesion, Filling the mortar 22a and 22b in the upper house 13 of the plastic foam 100 and drying the mortar 22a and 22b of the upper house 13; The boundary block 11 constituted by a process as shown in FIG. A process of flattening the ground surface on which the sidewalk block 29 is to be installed, a process of connecting the cut-out boundary stones 11 using joint members 25a and 25b, And a rainwater discharge pipe 28 beneath the rainwater discharge port 26 formed in the seam members 25a and 25b of the barrier slab 11 to fill the rainwater discharge port 26 A process of connecting the boundary slab 11 to the ground and a process of arranging the sidewalk blocks 29 on both sides of the slab 11 to construct the boundary slab 11 according to the present invention.

FIG. 1 is a view showing a fixing operation for installing a road by applying a boundary stone according to the present invention.

Fig. 2 shows the entire boundary stones according to the present invention.

FIG. 3 is a view showing a state of a plastic foam for constituting a boundary stone according to the present invention. will be.

4 shows the coupling member in detail.

FIG. 5A shows the internal structure of the boundary stones.

5B shows a state in which the reflection plate is applied to the boundary between the guide and the roadway.

Fig. 6 is a cross-sectional view of a construction state to which the present invention is applied.

FIG. 7 is a plan view of a construction state to which the present invention is applied.

A bending portion 15a is bent inward of the upper house 13 at an upper end of the upper house 13 wall 12a of the plastic foam 100. [

A bent portion 15b is formed at a lower end of the wall 12b of the lower house 14 to bend inward of the lower house 14.

As shown in FIG. 3, protruding members 16a and 16b protrude from the inner walls of the upper and lower houses 13 and 14, respectively.

Projection members 16c and 16d protrude from the top and bottom of the separator 19 of the plastic foam 100 as shown in Fig.

Protruding members 16e protrude from both sides of the partition 18 formed vertically at the center of the upper house 13. [

A wing 31 is formed at the upper end of the partition 18 so as to prevent the mortar 22a and 22b from being separated by supporting the mortar 22a and 22b filled in the upper house 13.

The inner walls of the upper and lower houses 13 and 14 and the partition 18 are partially formed with corrugations 17 so that when the mortars 22a, 22b and 23 are filled in the upper and lower houses 13 and 14, 23 can be favorably bonded to the plastic foam 100.

A mesh net 27 is mounted on the projection member 16b protruding from the inner wall of the lower house 14 to maintain the rigidity of the mortar 23 filled therein as shown in FIG.

The upper and lower houses 13 and 14 of the plastic foam 100 constructed as described above are filled with the mortar 22a, 22b, and 23, respectively.

When the mortar 22a, 22b, 23 is filled in the plastic foam 100, the mortar 23 can be filled in the upper house 13 after the lower house 14 is first filled and dried.

As described above, the mortar 23 filled in the lower house 14 is dried and then filled in the upper house 13 with the mortars 22a and 22b.

The sand of the mortars 22a and 22b filled in the upper house 13 is constructed in various colors so that various designs of roads using the barrier slabs 11 can be attempted.

The mortar 11 is firmly formed by mixing the mortar 22a, 22b, 23 filled in the upper house 13 and the lower house 14 with a binder having an excellent adhesive strength so as to improve the durability of the boundary stone 11. [ Consists of.

When the mortar 22a, 22b and 23 are filled in the plastic foam 100 as described above, the upper ends of the mortars 22a and 22b filled in the upper house 13 are bent to form the curved portion of the plastic foam 100 15a and the wings 31 so that garbage moving on the road is caught.

The connecting members 25a and 25b are used to connect the boundary stones 11 constructed as described above.

The joint members 25a and 25b are composed of a straight joint member 25a connected in length and a cruciform joint member 25b cross connected to each other as shown in FIG. 6, and the center of the joint members 25a and 25b And the horizontal portion 34 is formed lower than the upper end portion of the sidewalk block 29 so that the rainwater connecting members 25a and 25b So that it can be rapidly discharged to the discharge port

The joint member 25a is formed with a socket on both sides of the joint member 25a so that the boundary stone 11 can be connected to both sides of the joint member 25a and the boundary stone 11 is inserted and fixed to the socket.

The discharge port 26 of the coupling member 25a is formed lower than the upper end of the barrier block 11 so that the rainwater flows through the discharge port 26 of the coupling members 25a and 25b.

A reflection plate 35 is formed in the groove 21 of the plastic foam 100 constituting the boundary stones 11 and the reflection plate 35 is positioned between the support base 37 and the protector 36 .

The protrusion 36 is formed such that the protrusion 39a formed on the protrusion 36 is fixed to the protrusion 38a formed in the groove 21 of the plastic foam 100. The protrusion 37 is formed on the reflector 35, And the stopping protrusion 39b of the supporter 37 is fixed to the protrusion 38b formed inside the protector 36 so that the reflector 35 is fixed in the groove 21 of the plastic foam 100 have.

Example

In implementing the present invention, in the conventional road pavement construction method, when the road surface is made flat and the road surface is made solid and the blocks are arranged, the rainwater can be drained between the block and the block However, when the rainwater discharged through the block collects at a sloping part and rainwater stops at the gathering part, a lot of rainwater is discharged to the ground in one place. Therefore, when the ground becomes soft and the rainwater continues to accumulate on the ground, And it is proposed to improve the problem that the road maintenance is increased as seasonal events due to continuous subsidence due to the domino phenomenon, which causes a heavy cost burden.

The present invention relates to a method for manufacturing a plastic foam 100, which comprises the steps of extruding a plastic foam 100 made of synthetic resin, placing a mesh net 27 on a protrusion 16b of a lower house 14 of a plastic foam 100, A process of mixing a mortar 23 to be filled in a lower house 14 with a binder for improving adhesive strength and a process of filling mortar 23 in a lower house 14 of a plastic foam 100, And drying the mortar 23 of the plastic foam 100. The mortar 22a and 22b to be filled in the upper house 13 are formed of colored sand and mixed with a binder having improved adhesive strength, Filling the mortar 22a and 22b in the upper house 13 of the upper house 13 and drying the mortar 22a and 22b of the upper house 13, To a length corresponding to the road environment in which the paving block 29 is paved, A process of flattening the floor surface on which the block block 29 is installed and a process of connecting the cut boundary block 11 by using the connecting members 25a and 25b, And the rainwater discharge pipe 28 beneath the rainwater discharge port 26 formed in the seam members 25a and 25b of the barrier block 11 is buried and connected to the rainwater discharge port 26 and the boundary stone 11 is grounded And a step of disposing a sidewalk block (29) on both sides of the boundary block (11).

In the practice of the present invention, a foam 100 made of plastic is formed and a separator 19 is formed in the middle to constitute the upper and lower houses 13 and 14.

The mortar 23 mixed with the binder is filled in the lower house 14 under the separator 19.

The mortar 23 may be filled with the mesh net 27 and the mortar 23 may be inserted into the lower house 14 or the upper house 13 and the lower house 14, So as to cure more firmly.

The mortar 23 is filled in the lower house 14 of the plastic foam 100 and dried.

When the mortar 23 of the lower house 14 is dried, the mortar 22a or 22b mixed with the binder is filled in the upper house 13.

A partition 18 is formed at the center of the upper house 13 so as to fill the mortar 22a and 22b on both sides of the partition 18 and the upper half of the mortars 22a and 22b form a curved surface, And the upper end of the barrier slab 11 is formed such that the two convex portions 24 are exposed.

The two convex portions 24 are protruded higher than the upper end bending portions 15a of both the walls 12a of the upper house 13 and the upper end wing beams 31 of the partition 18. [

When the boundary stone 11 according to the present invention is applied to a road having a width of 15 m,

The boundary stones 11 can be carried out at intervals of 3, 5 m over the width of the road, and can be carried out without limiting the rm interval.

The horizontal portion 34 of the coupling members 25a and 25b can be formed by a combination of the straight type coupling members 25a and the cross type coupling members 25b, (3 mm) lower than the upper surface, thereby facilitating rain dropout.

The height of the upper house 13 is made equal to the height of the road block 29 when the lower house 14 of the boundary stone 11 is buried in the ground and the upper house 13 is exposed to the ground The height of the barrier block 11 and the height of the sidewalk block 29 are equal to each other when the barrier block 11 is arranged and the sidewalk block 29 is disposed. However, only the convex portion 24 of the barrier block 11 .

For example, when the height of the convex portion 24 is 3 mm, the convex portion 24 after packaging is protruded 3 mm from the road.

When the height of the boundary stone 11 is 150 mm, the boundary stone 11 is buried in the ground of 147 mm, and only the height of the convex portion 24 is exposed.

The length of the seam member 25a connecting the barrier seals 11 is set such that the length of the socket connecting the barrier seals 11 on both sides thereof is 100 mm and the total length of the seam 25a Since the length of the boundary stone 11 is 100 mm and the length of the boundary stone 11 is 100 mm in total, one of the connecting members 25a and 25b has a length of 300 mm, The members 25a and 25b are determined and the number of the boundary stones 11 is designed to be connected.

When the n seam members 25a and 25b are to be connected to the length of the boundary stone 11 and the boundary stones 11 of 15m are arranged and the seam members 25a and 25b are to be connected, And the length of the boundary stones 11 between the connecting members 25a and 25b is 1 m, the boundary stones 11 are arranged by applying the number of the connecting members 25a and 25b.

It is assumed that n seam members 25a and 25b are connected to the boundary block 11 having a length of 15 m as described above and that when the boundary block 11 is arranged, (147 mm) of the lower house (14) of the boundary stones (11).

If the joint members 25a and 25b are connected every 1 m of the boundary stone 11, the water pipe 28 should be embedded at the bottom of the hole at intervals of 1 m.

And the rainwater discharge port 26 of the joint members 25a and 25b is connected to the water pipe 28 and the sidewalk block 29 is connected to the rainwater discharge port 26 of the joint members 25a and 25b, The height of the sidewalk block 29 is set to be about 3 mm higher than the horizontal portion 34 of the connecting members 25a and 25b so that the sidewalk block 29 Can be easily discharged to the rainwater discharge port (26).

The convex portion 24 of the boundary stone is 3 mm higher than the height of the sidewalk block 29 so that the rainwater is quickly discharged to the discharge port 26 of the joint members 25a and 25b rather than being discharged into the sidewalk block 29, A large amount of rainwater can be infiltrated into the ground.

When the boundary stones 11 are arranged crosswise between the boundary stones 11 for designing the roads of the sidewalk block 29, the cross-shaped stones 11 are cross- .

A circular plastic foam 100 may be constructed as a separate process of bending the plastic foam 100 of the barrier block 11 when the barrier block 11 is shown in a circular design on the road of the sidewalk block 29 .

The reflector 35 installed in the groove 21 of the boundary block 11 is inserted into the protector 36 and the reflector 35 is inserted into the protector 35. When the protector 37 is coupled to the reflector 35, The retaining tabs 39b of the support tabs 37 are supported on the support tabs 38a so that the support tabs 37 are fixed to the guard 36 and the guards 36 accommodating the support tabs 37 and the reflection plate 35 are inserted into the grooves 21 The engaging step 39a of the protector 36 is supported by the protrusion 38a of the groove 21 so that the protrusion 37, the reflection plate 35 and the protector 36 are fixed to the groove 21, It is reflected in the light of fire.

One of the boundary stones 11 used at the boundary between the sidewalk 41 and the roadway 42 constituted as described above is brought into contact with the road 41 up to the height of the boundary stones 11, (42).

11: Barrier 12: Wall (a, b)
13; Upper house 14: Lower house
15: bending portions (a, b) 16: projecting members (a, b, c, d, e)
17: corrugated part (a, b) 18: partition
19: separator 21: home
22: Upper mortar (a, b) 23: Lower mortar
24: convex portion 25: joint member (a, b)
26: Rainwater discharge port 27: Mesh mesh
28: water pipe 29: sidewalk block
31; Wing 33: Infiltration port
34: Horizontal part 35: Reflector
36: Protector 37: Support
38; Jaws (a, b) 39: engagement jaws (a, b)
41: India 42: Driveway
100: Plastic foam

Claims

A process of placing a mesh net on a projection member of a lower house of a plastic foam and a binder for improving adhesion to a mortar to be filled in the lower house; A process of filling a lower mortar in a house, a process of drying a lower mortar of a lower house, a process of mixing an upper mortar to be filled in an upper house with a binder composed of colored sand and having improved adhesive strength, A step of filling the upper house with mortar, a step of drying the mortar of the upper house, a step of cutting the boundary stones composed of the above process into a length corresponding to the environment of the road where the pavement is installed in the sidewalk block, The process of flattening the ground on which the block is installed and the process of connecting the cut slabs using a joint member A process of digging a hole to bore a boundary on a flat surface, a process of burying a rainwater pipe under the rainwater outlet formed in the joint of the boundary and connecting the rainwater discharge port and fixing the boundary stone to the ground, Wherein the method comprises the steps of:

A separator 19 constituted by the upper house 13 and the lower house 14 and formed between the upper house 13 and the lower house 14 and a separator 19 formed between the upper house 13 and the lower house 14, A groove 21 recessed inwardly between the upper house 13 and the lower house 14, a projection member 16a protruding from the upper house inner wall 12a and a lower housing inner wall 12b The folded portions 15a formed at the upper end of the upper house wall 12a and the folded portions 15b formed at the lower house walls 12a and 12b And a bent portion 15b formed at a lower end of the plastic foam 100. The upper mortar 22a and the lower mortar 22b are filled in the upper house 13 of the plastic foam 100, Wherein the mortar (23) is formed by drying the mortar (23).

The method of claim 1, wherein, when the mortar is filled in the lower house of the plastic foam, the meshes are installed in the protrusions formed in the upper house and the lower house inner wall so that the meshes are contained in the mortar to improve the rigidity of the dried mortar. Wherein the method comprises the steps of:

[6] The method of claim 1, wherein the mortar filled in the upper house is configured to mix the colored sand to design the boundary stones in various colors.

[6] The apparatus according to claim 4, wherein the portion of the mortar filled in the upper house is formed in a circular shape so that the convex portion is higher than the ground surface, and the rainwater flowing by the height is blocked. How to use pavement construction method.

The method according to claim 1, wherein both sides of the boundary stones are constructed to be able to adjust the construction length of the boundary stones by interposing a joint member therebetween.

[7] The apparatus as claimed in claim 6, wherein a horizontal portion lower than the convex portion is formed at the center of the joint member, and when the horizontal portion is disposed on the road, the horizontal portion is installed deeper than the upper surface of the road and the sidewalk block, And the rainwater discharged to the rainwater discharge port is configured to penetrate the rain water through the water discharge pipe.

[2] The method of claim 1, wherein the boundary stones are easily cutable, and the length of the boundary stones can be adjusted according to the location of the pavement.

The method according to claim 2, wherein the grooves formed in the direction of the plastic foam have a shape that facilitates movement of the observer by inserting a mechanism when the observer is transported, and when the observer is buried in the ground, Wherein the rainwater infiltration-type sidewalk block is constructed to be fixed to the rainwater infiltration-type sidewalk block.

The curbstone of claim 2, wherein the bent portion formed at the end of the upper house and the lower house wall is configured to prevent detachment of mortar filled in the house.

The curbstone of the rainwater infiltration-type sidewalk block according to claim 2, wherein the corrugated portion formed on the inner wall of the upper house and the lower house is configured to firmly attach the mortar filled in the upper house and the lower house to the plastic foam.

[3] The apparatus according to claim 2, wherein the protrusions formed on the inner walls of the upper and lower houses, the upper and lower portions of the separator, and the left and right sides of the partition are formed of a solid mortar filled in the upper and lower houses, Wherein the rainwater infiltration-type sidewalk block is constructed so as to be fixed to the rainwater infiltration-type sidewalk block.

[3] The apparatus according to claim 2, wherein the seam member is configured to connect the boundary seats to the left and right and to connect the cross-shaped seam to allow various arrangements of the seam, and the rainwater flowing in various directions passes through the horizontal portion of the seam member Wherein the rainwater infiltration-type sidewalk block is configured to infiltrate into the ground.

10. The rainfall infiltration-type sidewalk block according to claim 9, wherein a reflection plate is formed in the groove of the boundary block to reflect the light of the vehicle so that the boundary of the road can easily be recognized at night. .

15. The apparatus as claimed in claim 14, wherein the reflection plate is composed of a support for supporting the reflection plate and a protection plate for protecting the reflection plate, the latching jaw of the protection plate being fixed to the jaw of the groove and the latching jaw of the support being fixed to the jaw of the protector, Wherein the rainwater infiltration-type sidewalk block is constructed so that the rainwater infiltration-