KR20230038878A - boundary stone improved model and the construction method - Google Patents

Abstract

The present invention relates to a boundary stone configured to drop a dust and a heat on a driveway, and a construction method using the boundary stone. According to the present invention, a waste vinyl is used to mold the boundary stone composed of various colors and shapes. A rainwater may flow in through a part of the upper surface of the boundary stone and infiltrate into a ground. The upper surface part is wired with an LED over a length thereof. Therefore, alertness of a pedestrian at night is induced, and the handicapped can be careful by a braille projection. On the bottom surface, a pipe transporting the rainwater and a spray nozzle spraying the rainwater for each boundary stone per unit are formed in the pipe. As a result, a water may be sprayed onto the driveway.

Description

Ultra boundary stone and its construction method {boundary stone improved model and the construction method}

The present invention relates to an ultra boundary stone molded using waste vinyl and a method for constructing a boundary stone using the boundary stone. It can prevent pedestrians from crossing the roadway, and a hole is formed in the center to allow rainwater induced from the sidewalk to flow in, and it is formed to discharge rainwater to the ground. is displayed to induce pedestrian safety at night, and a line indicating the height of the pavement is formed in the direction of the roadway of the boundary stone, and a room is formed as a bulkhead to fill concrete to maintain the weight of the boundary stone at the bottom of the boundary stone. A ∪-shaped groove is formed on the bottom of the boundary stone in the longitudinal direction so that a water transfer pipe can be piped and a spray nozzle is formed to spray water on the roadway. It is configured to discharge rainwater from the sidewalk in the direction of the driveway, so that water can be sprayed on the driveway during the dry season, and at both ends of the boundary stone, the boundary stones can be connected and fixed using couplers continuously without gaps. Even if ground subsidence occurs after the construction of the boundary stone, the connection state of the boundary stone can be maintained continuously, and according to the type of mixing of waste vinyl, its appearance is composed of the same color and shape as granite, and the construction method of the boundary stone will be.

In general, boundary stones are composed of granite or concrete, and since the granite is dependent on imports, there is a problem of not knowing when imports will be blocked due to the natural environment, and concrete boundary stones are vulnerable to weathering and temperature, resulting in poor durability. This has an effect on the aesthetics of the city, and there are many cases where newly constructed roads partially subside, so the boundary stone also subsides, which affects pedestrians on the sidewalk, and there is a problem that repairs cannot be carried out quickly.

As a conventional technology for discharging rainwater in India, Patent No. 10-0500718 (a boundary stone for a sidewalk, hereinafter referred to as the conventional technology) is exemplified. In the conventional technology, when rain or snow falls while the boundary stone is constructed and water permeates into the ground inside the sidewalk, the permeated water is discharged toward the road outside the body through a through hole formed inside the body of the boundary stone. . The conventional technology as described above is a configuration for infiltrating rainwater into the ground, but the present invention is compared to the prior art, in order to prevent rainwater penetrating into the ground through a boundary stone in India from overflowing into the sidewalk. The difference is that it can be discharged into the roadway and a part of it can be infiltrated into the ground, and it is configured to warn that pedestrians proceeding to the roadway at night by installing LEDs on the curb, and to driveway during the dry season. There is a difference in the purpose and means of the present invention that can spray water.

Granite can be replaced with the boundary stone according to the present invention, and waste plastic can be recycled, so waste can be recycled, and the road can be constructed smoothly along the boundary stone marking line at the boundary between the road and the sidewalk. Rainwater can be discharged into the ground and into the driveway, and a pipe is formed inside the boundary stone along its length and a spray nozzle is formed to spray water on the roadway in the dry season to prevent dust from being generated on the roadway. The purpose is to provide a boundary stone and a construction method of the boundary stone that can be connected without gaps to prevent the sinking of the boundary stone, and can lower the temperature of the driveway during the dry season by adding water to the boundary stone.

The present invention is a process of molding waste vinyl into a boundary stone, a process of increasing the weight of the boundary stone by filling a room formed with several partitions formed at the bottom of the boundary stone, and a process of flattening the boundary of the sidewalk of the driveway The process of adjusting the height of the boundary stone on a flat surface, the process of inserting a pipe from the ground to the ground according to the location of the hole for inflow of rainwater formed on the boundary stone, and the process of arranging the water pipe on the ground with the adjusted height And, the process of mounting the boundary stone on the pipe, connecting the pipe to the ∪-shaped groove of the boundary stone, and installing the pipe so that the spray nozzle of the pipe is exposed through the side hole of the boundary stone, and wiring the LED over the length of the upper surface of the boundary stone , The process of continuously connecting the water pipe of the boundary stone, the process of coupling the boundary stone to the water pipe, the process of connecting and connecting to the coupler formed at both ends of the boundary stone, the process of connecting the LED wiring, and the boundary stone Including , concrete was poured on the roadway in the direction of the roadway, but it was configured to be constructed smoothly by excreting even the marking part of the boundary stone.

The present invention is characterized by recycling waste by configuring waste vinyl as a material.

The present invention consists of a method of forming a boundary stone fixed between a driveway and a sidewalk using waste vinyl as a material.

The boundary stone according to the present invention may be composed of a quadrangular shape or a pentagonal shape.

On the upper surface of the boundary stone according to the present invention, a groove is formed along the length of the boundary stone so that LEDs can be wired along the length of the boundary stone, wired into the groove, and configured to emit light at night to alert pedestrians.

A hole was formed in the center of the length of the boundary stone in the direction of the bottom so that overflowing rainwater from the sidewalk could flow in.

On the side of the boundary stone in the direction of the driveway, a mark line was formed to designate the height of the pavement so that the roadway could be paved smoothly.

The bottom of the boundary stone formed several rooms by partition plates, and filled the rooms with concrete to increase the weight of the boundary stone to increase its rigidity to prevent damage in a collision.

In the longitudinal direction of the bottom of the boundary stone, a ∪-shaped groove was formed in the center to both ends to facilitate the connection of water pipes.

A hole was formed on the side of the driveway of the boundary stone to expose a spray nozzle connected to the pipe so that water could be sprayed so that the temperature of the driveway could be lowered and dust could be prevented in the dry season and summer.

The water spray can be installed by adjusting the interval according to the length of the road and is configured to be sprayed automatically by a lock or temperature sensor.

Example: In the dry season, when there is a lot of dust on the road or there is a lot of heat on the road, the number of operations is configured to adjust the injection time.

In connection with the hole formed in the center of the upper surface of the boundary stone, a hole was formed toward the roadway, and rainwater flowing in from the sidewalk overflowing from the ground was configured to discharge rainwater to the roadway through the hole.

Boundary stones were formed on both sides of the boundary stones so that the boundary stones could be connected to each other.

The boundary stone is configured such that two hooks formed at both ends of the boundary stone are coupled together so that the boundary stone can be coupled without a gap.

The bottom of the boundary stone formed a trough along its length on both sides so that when the boundary stone was buried in the ground, it could be supported more firmly in the ground.

Since the present invention uses waste vinyl, it has an effect of increasing competitiveness due to low material cost.

Since the boundary stone before construction is lightweight, it has an effect of easy storage and management.

When constructing the boundary stone, it is constructed by connecting the boundary stone to the boundary stone, so it is possible to easily realize the same height of all the boundary stones.

It has the effect of preventing rainwater from overflowing on the sidewalk by configuring it to transfer rainwater from the sidewalk to the ground and to the driveway.

Since the piping of the boundary stone according to the present invention can spray water on the roadway, it is possible to prevent dust on the roadway and reduce the heat of the roadway.

Since the boundary stones according to the present invention are connected in the longitudinal direction, even if a ground depression occurs on a road or a driveway, there is an effect of preventing the boundary stone from partially sinking.

1 is a construction process diagram of the present invention
2 is an overall view of a boundary stone according to the present invention
3 is a longitudinal cross-sectional view of a boundary stone
4 is a cross-sectional view of a boundary stone
5 is a construction state diagram of the present invention
Figure 6 is a cross-sectional view of the construction state

In the improved boundary stone construction method of the present invention, the process of molding waste vinyl into a boundary stone 11, the process of connecting the hole 12 of the boundary stone 11 and the hose 23a, and the The process of filling and hardening concrete in several lattice rooms 15 formed on the bottom, the process of flattening the mounting area of the sidewalk 110, the process of adjusting the height of the boundary stone 11 to be mounted, the boundary stone ( The process of inserting the underground pipe 26 connected to the hose 23a connected to the hole 12 of 11) into the ground, the process of arranging the pipe 21 in the mounting area of the boundary stone 11, and the pipe The process of installing the spray nozzle 22 in (21), the process of mounting the boundary stone 11, the process of coupling the pipe 21 to the ∪-shaped groove 14 of the boundary stone 11, and the ∪-shaped groove In the process of coupling the pipe 21 to (14), the injection nozzle 22 of the pipe 21 is exposed to the nozzle hole 16 of the boundary stone 11, and the boundary stone 11 is coupled to the pipe 21 In the process of connecting the hose 23a to the underground pipe 26 and the discharge hole 17 of the boundary stone 11 in the process of combining with the ), and the groove 13 formed over the length of the upper surface of the boundary stone 11 The process of wiring the LED 13-1, the process of connecting the pipe 21 of the boundary stone 11 and the wiring of the LED 13-1, and combining other boundary stones 11 on both sides of the boundary stone 11 It consists of a process of combining and connecting using a sphere, and a process of pouring concrete on the driveway 100 up to the display unit 24 of the boundary stone 11.

The boundary stone 11 according to the present invention is composed of waste vinyl as a material and is composed of a molding method.

Since the boundary stone 11 according to the present invention is a substitute for granite, the color of the boundary stone 11 can be implemented in granite color or various colors.

The boundary stone 11 according to the present invention is configured in a quadrangular or pentagonal shape over its length, so that it can be configured horizontally in the direction of the sidewalk, and by forming a trough, the water of the sidewalk 110 is prevented from overflowing into the driveway 100, It is configured to transport more rainwater overflowing the sidewalk 110 to the ground.

On the upper surface of the first stage of the boundary stone 11, a hole 12 through which rainwater flows is formed in the center of its length.

Braille protrusions 28 protrude from the upper surface of the first stage of the boundary stone 11 to prevent an accident in which a blind person crosses the roadway 100 while walking.

On the upper surface of the second stage of the boundary stone 11, a groove 13 is formed along its length, and LEDs 13-1 are wired.

The wiring 13-1 is configured to be protected in the groove 13.

The hole 12 formed on the upper surface of the first stage is configured to connect a hose 23a to its bottom, and the hose 23a is configured to connect to an underground pipe 26 inserted into the ground.

Another hose 23b connected to the hose 23a and configured to allow rainwater flowing into the hole 12 to penetrate into the ground is connected to the discharge hole 17 of the boundary stone 11 in the underground pipe 26 It is configured so that overflowing rainwater can be discharged to the driveway 100.

At the bottom of the boundary stone 11, a ∪-shaped groove 14 is formed in the center in the longitudinal direction so that the water pipe 21 can be coupled.

A spray nozzle 22 is formed in the water pipe 21 and is exposed toward the driveway 100 side of the boundary stone 11 so that water can be sprayed onto the driveway 100.

Several lattice rooms 15 are formed at the bottom of the boundary stone 110, and the grid rooms 15 are filled with concrete to increase the weight and durability of the boundary stone 11.

Both ends of the boundary stones 11 are coupled in the coupling grooves 29 of the couplers 25 so that each boundary stone 11 can be continuously connected.

The jaws 27 are exposed on both sides of the bottom of the boundary stone 11, and the boundary stone 11 is supported in the ground so that the boundary stone 11 can be firmly maintained against external pressure.

A marking line 24 is formed on the road 100 side of the boundary stone 11 so that the pavement of the road 100 can be paved smoothly along the marking line 24.

embodiment

An embodiment of the present invention is constructed by molding waste vinyl as a material and takes a boundary stone composed of a pentagon as an example.

The present invention has the purpose of reusing fevinyl, but is not limited to using waste plastics and plastics.

Since the boundary stone according to the present invention is not limited to use between a driveway and a sidewalk, its shape and color can be applied in various ways.

1 describes the construction process of the present invention.

Figure 2 shows the structure and use state of the boundary stone according to the present invention.

Figure 3 shows the structure of the longitudinal section of the boundary stone.

Figure 4 shows the structure of the cross-sectional state of the boundary stone.

5 is a plan view of the construction state of the present invention.

6 is a cross-sectional view of a construction state.

In the process of forming the boundary stone 11, the hole 12 for inflowing rainwater formed on the upper surface of the first stage of the boundary stone 11 is coupled with the hose 23a on the bottom thereof to connect the hose 23a to the underground pipe 26 It is possible to prevent foreign matter from entering the underground pipe 26 by first connecting to the underground pipe 26.

A separate hose 23b is connected to the hose 23a and connected to the discharge hole 17 of the boundary stone 11 so that rainwater overflowing from the underground pipe 26 can be discharged to the driveway 100.

The process of filling and hardening concrete in the several lattice rooms 15 formed at the bottom of the boundary stone 11 is to increase the weight of the boundary stone 11 to strengthen the boundary stone 11 and to prevent damage in the event of a vehicle collision. will do

As described above, the order of filling the boundary stone 11 with concrete and connecting the hoses 23a and 23b can be determined according to the working environment, but even if the location of the underground pipe 26 and the boundary stone 11 do not match, the hose 23a ) is easily connected.

The process of flattening the boundary between the driveway 100 and the sidewalk 110 is configured to keep the horizontality of the boundary stone 11 constant.

Through the above process, the boundary stone (1!) bottom lattice room 15 is filled with concrete and dried, and after connecting the hose 23a to the hole 12, the boundary stone 11 is placed on the upper surface of the second stage of the boundary stone 11 The wiring of the LED (13-1) is carried out in the groove (13) formed over the length of, and the wiring of the LED (13-1) at both ends is so that the connection of the LED (13-1) wiring of the next boundary stone (11) is easy. It consists of

A pipe 21 capable of transporting water is coupled and fixed to the ∪-shaped groove 14 formed at the bottom of the boundary stone 11 configured as described above.

As described above, in the process of coupling the pipe 21 to the boundary stone 11, the spray nozzle 22 of the pipe 21 is configured to be exposed to the hole 16 of the boundary stone 11, and the spray nozzle 22 discharges water. It is configured to sprinkle water on the driveway 100 by spraying.

After configuring the boundary stone 11 as described above, the next boundary stone 11 is connected.

Both ends of the boundary stone 11 are connected by combining the boundary stone 11 in the coupling groove 29 of the coupler using the coupler 25, and the connection parts of each end of the boundary stone 11 are tightly coupled without a gap. Connected.

As described above, in the process of connecting the boundary stone 11, it is more convenient to construct the pipe 21 first and then combine the boundary stone 11 thereon.

The wiring of the LED (13-1) of the boundary stone (11) can be connected after connecting the boundary stone (11).

As described above, the wiring of the LED (13-1) can be carried out over the entire length of the boundary stone (11) and can be carried out for each section.

The water pipe 21 coupled to the bottom of the boundary stone 11 and spraying water can be supplied from a storage tank (not shown) storing rainwater or supplied from a water supply.

Concrete is poured on the side of the driveway 100 of the boundary stone 11 configured as described above, but the smoothness of the pavement can be easily obtained by paving up to the marking line 24.

On the side of the sidewalk 110 of the boundary stone 11, the surface of the sidewalk 110 is configured horizontally with the upper surface of the first stage, and rainwater falling on the sidewalk 110 is configured to easily flow into the boundary stone hall 12, and the hole 12 A filter is installed at the inlet to prevent inflow of foreign substances.

In the boundary stone 11 according to the present invention configured as described above, when it rains, rainwater overflowing the sidewalk 110 flows into the hole 12 of the boundary stone 11 and penetrates into the ground to form groundwater, and the sidewalk 110 As the rainwater increases, the rainwater penetrating into the ground can be discharged into the driveway 100 without parenting, and in the dry season, it is configured to sprinkle water on the driveway 100 to lower the heat of the driveway 100 or to disperse dust Since it can be prevented, it is possible to construct a pleasant road, and at night, the recognition of the sidewalk 110 and the road 100 can be increased by the light of the LED 13 emitting from the boundary stone 11. Accidents can be prevented And the braille protrusions 29 formed on the boundary stone 11 prevent the handicapped from accidentally crossing the roadway 100.

11: boundary stone 12: drainage hole
13: LED wiring groove 14: U-shaped groove
15: lattice chamber 16: nozzle hole
17: discharge hole 18: cover
19: wiring 21: piping
22: nozzle 23: hose (a, b)
24: indicator line 25: coupler
26: underground pipe 27: jaw
28: braille protrusion 29: coupling groove
31: protrusion

Claims (9)

The process of molding waste vinyl into a boundary stone, the process of filling the lattice room at the bottom of the boundary stone with concrete to form the weight of the boundary stone, the process of flattening the boundary stone area, the process of adjusting the height of the boundary stone on a flat surface, , The process of connecting a hose to the hole through which rainwater is formed in the boundary stone, the process of inserting an underground pipe from the ground to the ground according to the location of the hole in the boundary stone, the process of arranging a water pipe on the ground, and placing the boundary stone on the pipe The process of mounting and coupling the pipe to the ∪-shaped groove of the boundary stone, the process of installing the injection nozzle composed of the pipe to be exposed through the side hole of the boundary stone, the process of wiring the LED over the length of the upper surface of the boundary stone, The process of continuously connecting the water pipe of the boundary stone, the process of coupling the water pipe to the ∪-shaped groove of the boundary stone, the process of connecting both ends of the boundary stone using a coupler, the process of connecting LED wiring, and the process of connecting the boundary stone A method of constructing a boundary stone, characterized in that the concrete is poured on the roadway in the direction of the roadway, but the roadway is constructed smoothly by distributing it to the display of the boundary stone. The construction method of the boundary stone according to claim 1, characterized in that a ∪-shaped groove is formed along the length of the boundary stone so that a water pipe can be coupled to the bottom of the boundary stone. The construction method of a boundary stone according to claim 2, characterized in that the upper surface of the boundary stone is configured to emit light by wiring an LED over the length of the boundary stone to prevent pedestrians from crossing the roadway at night. The method of claim 3, wherein the hole formed on the upper surface of the boundary stone is configured to allow rainwater from India to flow in, and the inflowing rainwater is configured to penetrate into the ground, but rainwater that does not penetrate into the ground is configured to be discharged into the driveway. The construction method of the characteristic boundary stone. The construction method of claim 4, characterized in that braille projections are formed on the upper surface of the boundary stone to prevent physically handicapped persons from crossing the roadway. [6] The construction method of claim 5, wherein the boundary stone is constructed to recycle waste vinyl and is configured to construct boundary stones of various colors according to the design of the road. The method of constructing a boundary stone according to claim 2, characterized in that the water pipe formed at the bottom of the boundary stone is configured to spray water to the roadway by exposing a water spray pipe to the road side of the boundary stone. In the boundary stone constructed by molding and injection of waste vinyl as a material, the grid room configured to increase the weight of the boundary stone by filling the bottom surface with concrete; A ∪-shaped groove configured to couple the water pipe to the center in the longitudinal direction of the bottom surface of the boundary stone; a hole configured to introduce rainwater into the upper surface of the boundary stone; Braille protrusions formed for the disabled on the upper surface of the boundary stone with the hole as the center; LEDs wired for night light emission in the longitudinal direction on one side of the upper surface of the boundary stone; A marking line formed on the side of the boundary stone to maintain a constant height of the roadway when constructing the roadway including the boundary stone; a discharge hole configured to infiltrate rainwater flowing from the hole into the ground and to discharge rainwater that overflows from the ground to be discharged; A spray nozzle formed in a pipe and exposed to a roadside boundary stone configured to spray water onto a roadway; Ultra boundary stone, characterized in that it is composed of a binder that can connect the boundary stone and the boundary stone without a gap. The ultra boundary stone according to claim 8, characterized in that the coupling groove is configured so that the hook of the boundary stone can be coupled to both ends of the boundary stone without a gap.

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