KR200430975Y1 - The pavement spacer for using water repair - Google Patents

Abstract

The present invention relates to a repair paving spacer for forming a walkway outside a park or building.

The repair packaging spacer of the present invention is a packaging spacer installed between the slabs and slabs of the square or rectangular form laid on the floor;

Form a closed cell for repairing the grass planted into a single cell structure to form a cell structure that is integrated between each cell in a partitioned state, the slab is installed on the edge of the cell structure, and also the corresponding to the slab The spaced portion spaced apart from the adjacent cell structure and the cell structure is characterized in that it has a permeability function.

Here, as a first embodiment of the cell structure according to the present invention, it is formed in the form of iron that is supported so that one side of the three slabs with respect to one cell structure overlap each other and one side of each slab It features.

In addition, as a second embodiment of the cell structure according to the present invention, it is characterized in that the four slabs corresponding to one cell structure to form an equal interval formed in a cross shape that is supported by one corner portion of each slab.

In addition, reinforcing bars for reinforcement of the entire cell are installed at equal intervals in each of the sealed ports for repair forming one of the cell structures.

Therefore, according to the present invention, compared to the conventional structure in which one slab is inserted into one paving spacer, the slab is installed on the floor in correspondence with one of the cell structures formed in iron or cross shapes. This very easy and at the same time can also be made easily permeable action by the spaced portion formed between the cell structure, especially when the reinforcing bar is formed at equal intervals in the repair sealing port forming the cell structure and the reinforcement of the entire cell structure is made In addition, there is an excellent effect, such as to form a more colorful walkway by planting different flowers species in the closed port for repairing partitioned at equal intervals by the reinforcement.

Pedestrians, paving spacers, repairs, pitchers, sealed ports, cells, cell structures, crosses, reinforcements, evenly spaced slabs, one-sided contact with slabs

Description

The pavement spacer for using water repair}

Figure 1a and Figure 1b is a perspective view of the cell structure of the first embodiment constituting the repair packaging spacer of the present invention.

Figure 2 is an installation state in which the slabs are arranged through the cell structure of Figure 1a.

Figure 3a and Figure 3b is a perspective view of the cell structure of the second embodiment constituting the repair packaging spacer of the present invention.

Figure 4 is an installation state in which the slabs are arranged through the cell structure of Figure 3a.

5 is an installation state in which slabs are arranged through the cell structure of FIG. 1A and the cell structure of FIG. 3A.

Explanation of symbols on the main parts of the drawings

1, 1a. Repair packaging spacer (cell structure)

10. Cell

11. Sealed port for repair

12. Reinforcement

14. Space

20. Slabs

The present invention relates to a pavement spacer having a repair function, and more particularly, a lawn among pavement spacers installed between square slabs and slabs in a square or rectangular shape when forming a pedestrian path outside a park or building to form a pavement. Form a closed cell for repairing to form a single cell structure to form a cell structure integrating between each cell in a partitioned state, each of the three sides of the slab one side of the iron and one side overlapped and supported (4) By forming the cell structure in the form of a cross so that the two slabs are respectively spaced at equal intervals corresponding to each other, and the space formed between the adjacent cell structure and the cell structure corresponding to the slabs are configured to have a permeability function, Compared to the conventional structure in which one slab is correspondingly inserted for one paving spacer, ) The installation is very easy, such as a slab is installed on the floor through a single cell structure formed in the form of a cross or a cross shape, and at the same time, the water permeation action of the spaces formed between the cell structures can be easily performed. When the reinforcing rods are formed at equal intervals in the repair sealing port forming the structure, the whole cell structure is reinforced, and flowers having different species are planted in the repairing sealing ports divided at equal intervals by the reinforcing bars. The present invention relates to a repairing paving spacer that can form a more colorful walkway.

 In general, in the case of floor construction to form a walkway outside a park or a building, a method of using asphalt or concrete and a method of using a prefabricated block pavement made of concrete or ceramic material, flagstone or dead stone (四塊) It is divided into the method of using prefabricated block pavement using 石, aka accident stone). At this time, if the floor construction using asphalt or concrete is used, it is advantageous in the construction of a large area, but it requires a lot of time for curing and In addition, it is difficult to install special patterns, and in small areas, it is difficult to treat the pavement surface of a certain quality because it is constructed by manpower, not heavy equipment for packaging, and it is cumbersome to repair in case of damage or loss of packaging materials. There was a problem, and the basement of rainwater was hardly made. Problem and, at the same time, causing the depletion case of the above-described manner has emerged a problem that can not be planted, such as a lawn.

In addition, when the floor construction is carried out using the above-described prefabricated block pavement made of concrete or ceramic material, after the foundation is compacted with rubble, sand is laid on the rubble and then the prefabricated block pavement made of concrete or ceramic material In carrying out the packaging work, there is a problem in that it takes much time and effort to align the right and left, front and rear, and the height of the packaging materials, and the maintenance is very troublesome when the packaging materials are damaged or lost. In particular, since it is made of a structure that can hardly be made of the underground pitch of rainwater, there is a problem that can not be planted in the prefabricated block pavement made of concrete or ceramic material while causing the depletion of groundwater accordingly.

And when the floor construction using the prefabricated block paving using the above-mentioned flagstone or dead stone (aka accident stone), knead a mixture of cement, sand and water and spread the flagstone or dead stone on the floor. When installing on the mortar and carrying out the packaging work, there is a problem that it takes a lot of time and effort to align the right and left, front and rear alignment and height of the packaging materials, and also requires a lot of time for curing, and in particular, damage or loss of the packaging materials. If there is a problem such as the repair is very cumbersome, as the underground pitcher of the rainwater is hardly made, causing the groundwater depletion and the problem that can not be planted in the place covered with the flagstone and dead stone It has emerged.

In order to solve such a conventional problem, a grass protection block (Patent Registration No. 0476833) registered on March 7, 2005 has been proposed. In the case of the grass protection block (hereinafter referred to as pavement spacer), And a supporting member (hereinafter referred to as a slab) for supporting and supporting a load from an upper side, and a slab installation space portion in which the slab is inserted to be assembled and installed, and a slab support portion for supporting the slab. It is comprised by the structure in which the water storage space part, the grass planting space part, and the water distribution space part were formed below the installation space part.

In the case of the conventional paving spacer configured as described above, with the installation of the slabs as a packaging material that can be selected in various ways, it is easy to plant the grass in harmony with the slabs while minimizing the damage of the grass from the external load, in particular rainwater in its natural state There is an advantage in that water can be supplied to the planted grass in a long-term and stable manner due to the storage of water due to the inflow, but the conventional paving spacer has a structure in which one slab is correspondingly inserted for one paving spacer. As well as, eight slab support portions are formed to support the one slab, and the inner surface of each slab support portion has a structure in which a seating groove for inserting and seating the slabs is formed, thereby forming the conventional paving spacer. The structure itself to construct is very troublesome, Manufacturing a mold for forming a packaging spacer of a structure is also cumbersome and inconvenient, there is a big problem such as the production cost of the injection mold is also expensive.

In addition, in the case of the conventional paving spacer, as described above, one slab is formed to correspond to one paving spacer, and a fastening fitting portion and a fastening hook portion are formed on both sides of the paving spacer. In order to perform floor construction to form a pedestrian path outside the park or building using the pavement spacer of the above structure, the pavement spacers adjacent to the fastening fitting portions and the fastening hook portions formed on both sides of the pavement spacer are first used. It is installed on the floor for forming a pedestrian path by connecting the fastening fitting parts and the fastening hook parts formed on both sides to each other, and then secondly the inner side of the installed packing spacer, that is, the seating groove side formed on the inner surface of each slab support part. Install the walkway mentioned above by inserting and seating each slab The working process is very cumbersome and inconvenient as well as while the scheduled time according to the working process were also problems such as too long to be caught.

In addition, when one of the slab supports is damaged by the slab in the process of inserting the slabs into the slab support part of the paving spacer, in order to separate them, the neighboring slabs have to be separated from the paving spacer and replaced with a new paving spacer. In addition, when the slab support part of the slab support part is damaged by the inserted slab, the slab is pushed toward the damaged slab support part when a load is applied from the outside, so that the slabs are not completely supported. There was also a problem such as feeling aesthetically not good because the interval is not made properly.

The present invention devised to solve the conventional problems as described above, forming a closed cell for repairing the grass planted in one cell structure to form a cell structure in which each cell is integrated in a divided state, each of the three One side edge and one side of the slab are overlapped to form a cell structure or cross-shaped so that the four slabs correspond to each other so as to be installed at equal intervals. The spaced portion formed between the cell structure and the cell structure is configured to have a permeability function, and thus, through one cell structure formed in iron or cross shape, compared to the conventional structure in which one slab is inserted into one paving spacer. Spaces formed between the cell structures at the same time as installation is very easy, such as slabs are installed on the floor The permeable action by the wealth can also be made easily, and its purpose is to make the pedestrian path outside the park or the building look beautiful in preparation for the environment of the state.

In addition, in the repair packaging spacer of the present invention by forming the reinforcing bar at equal intervals in the repair sealing port forming the above-described cell structure, the entire cell structure is reinforced so as not to damage the cell structure from the load applied from the outside. In addition, there is another purpose to form a more colorful walkway as the species (아니라) as well as the grass planting different flowers in the watertight repair port partitioned at equal intervals by the reinforcing bar.

In addition, when each slab is arranged and installed through the repair packaging spacer of the present invention, the space between the cell structures supporting the slabs and the neighboring cell structures, that is, the space portion becomes smaller as the size of the space portion decreases. Another purpose is to prevent the separation of the slabs from the cell structure by acting as a distribution load rather than a concentrated load.

The repair packaging spacer of the present invention is a packaging spacer installed between a slab and a slab of a square or rectangular form laid on the floor;

Form a closed cell for repairing the grass planted into a single cell structure to form a cell structure that is integrated between each cell in a partitioned state, the slab is installed on the edge of the cell structure, and also the corresponding to the slab The spaced portion spaced apart from the adjacent cell structure and the cell structure is characterized in that it has a permeability function.

At this time, the space formed between the cell structure is characterized in that it has a pitcher function by planting grass or filling the planting sand.

In addition, the cell structure applied to the repairing packaging spacer of the present invention corresponds to one cell structure so that one surface of each slab overlaps with each other and is formed in an iron shape in which one side edge and one surface of each slab are supported. It is done.

In addition, the cell structure of another embodiment applied to the repair packaging spacer of the present invention is characterized in that the four slabs corresponding to one cell structure to form an equal interval formed in a cross shape that is supported on one side corner portion of each slab do.

In addition, reinforcing bars for reinforcing the entire cell are installed at equal intervals in each of the sealed ports for repair forming one of the cell structures.

And, the one or more spaces formed at equal intervals in each of the maintenance sealing port by the reinforcing bar, the sealing part is planted with grass or heterogeneous (와) and the opening part that functions as a water permeable alternately formed cell structure Characterized in forming.

Hereinafter, the repair packaging spacer of the present invention will be described in detail with reference to the drawings.

Figure 1a and Figure 1b is a perspective view of the cell structure of the first embodiment constituting the repair packaging spacer of the present invention, Figure 2 is a view showing the installation state in which the slabs are arranged through the cell structure of Figure 1a.

The repair packaging spacer 1 of the present invention is installed together with the slabs 20 in a square or rectangular form, and is installed between the slabs 20 and the slabs 20 to form a floor pavement. While forming the repaired sealing port (11) planted in one cell 10 structure and at the same time to form a cell structure (1) in which each cell 10 is integrated into the partitioned state, the cell structure (1) Square or rectangular slab 20 is installed on the edge side of the edge, and the space 14 formed between the adjacent cell structure 1 and the cell structure 1 corresponding to the slab 20 is excellent. It is configured to have a permeability function such as draining the moisture supplied to the grass to the ground.

In the repair packaging spacer 1 of the present invention configured as described above, the first embodiment of the cell structure 1 described above has three angles with respect to one cell structure 1 as shown in FIGS. 1A and 1B. One side of the stone slab 20 is formed so as to overlap with each other is formed in the iron shape that one side edge and one surface of each of the stone slab 20 is supported.

Here, the sealed port 11 is formed of a synthetic resin material made of engineering plastics and is formed of a rectangular box for repair that is made of grass material.

In addition, the space 14 formed spaced apart between the cell structure 1, that is, the three sides of each of the slabs 20 correspond to overlap each other so as to support one side edge and one surface of each slab 20 and The space 14 formed between the cell structure 1 installed between the slabs 20 and the neighboring cell structure 1 is planted with grass or filled with planting sand to fill the planted grass or filled sand. Through the pitcher to perform a pitcher underground.

In addition, each repair sealing port 11 constituting the cell 10 structure of the cell structure 1 of the first embodiment described above has a reinforcing bar for reinforcing the entire cell 10 as shown in FIG. 12 is provided at equal intervals, and in particular, in one or more spaces formed at equal intervals by the reinforcing rod 12, a sealing part (not shown) and an opening part (not shown) may be alternately formed. At this time, the sealing part is planted with grass or heterogeneous flowers and the like as the above-mentioned repair sealing port 11, and the opening part is similar to the space part 14 formed between the cell structures 1 described above. It should also be noted that it may be configured to have a permeability function such as draining the water supplied for grass growth underground.

In addition, the slab 20 which is supported by the cell structure 1 and is laid on the floor is easily selected according to various materials, various textures, various patterns, and various colors according to the surrounding environment. It is made of granite or concrete slabs that can withstand it. In addition, metal, synthetic resin, wood, and ceramic may be used.

As described above, the slab 20 is formed with the iron structured cell structure 1 configured as described above, ie, the paving spacer, in a state in which the slabs 20 are arranged as shown in FIGS. 2A and 2B. At this time, in the closed port for repair 11 of each cell 10 constituting the cell structure 1, the grass is planted together with the planting sand, and each cell structure 1 can be permeated into the underground. ) Spaced between the spaces 14 are planted with grass or filled with grass for planting sand, so that the walkway outside the park or building can be beautifully formed in contrast to the environment of the state, one cell structure (1) Through the three slabs 20 to correspond to the installed on the floor can achieve a very easy characteristic work.

In addition, through one cell structure 1, which is the first embodiment, one surface of each slab 20 overlaps with each other and is arranged to support one edge of the slab 20. It can withstand, which is when the external load is concentrated in the space 14 to be spaced apart from each other between the cell structure (1) to fill a separate grass or grass planting sand as described above, the one cell structure (1) As one surface of each slab 20 is overlapped with each other, and one edge of the slab 20 is supported, the cell structure 1 supporting each of the slabs 20 and the neighboring cell structure 1 are adjacent to each other. The space between the spaces 14, that is, the size of the space 14 is smaller, so that the slab 20 is lifted from the cell structure 1 by being distributed as a distributed load rather than a concentrated load even when a load is applied to the space 14. Characteristic effects such as being prevented Can be achieved.

Figure 3a and Figure 3b is a perspective view of a cell structure of a second embodiment constituting a repair packaging spacer of the present invention, Figure 4 is a view showing a state of installation of slabs arranged through the cell structure of Figure 3a, Figure 5 3A and 3B show the installation state diagram in which the slabs are arranged through the cell structure of FIG. 1A and the cell structure of FIG. 3A. The cell structure 1a of the second embodiment is one cell structure 1a as shown in FIGS. Corresponding to the four slabs 20 to form an equal interval for the () is formed in a cross shape in which one corner portion of each slab 20 is supported.

In addition, in the case of the sealed port 11 is formed of a synthetic resin material of the same engineering plastics material as the repair sealed port 11 applied to the cell structure 1 of the first embodiment described above, and the square for repairing the grass It is formed of a shaped enclosure.

In addition, the spaces 14 spaced apart from the cell structures 1a of the second embodiment are also planted with grass or sand for planting, similarly to the spaces 14 spaced apart from the cell structures 1 of the first embodiment described above. Filling is to perform a pitcher function that is pitched underground through the planted grass or filled sand.

In addition, the reinforcing table 12 for reinforcing the entire cell 10 is also shown in FIG. 3B, as shown in FIG. 3B, each of the sealing ports 11 for forming the cell 10 of the cell structure 1a of the second embodiment. Is provided at equal intervals, and in particular, in one or more spaces formed at equal intervals by the reinforcing table 12 as described in the above-described cell structure 1 of the first embodiment, openings (not shown) and openings. By alternately forming parts (not shown), the sealing part is planted with grass, different kinds of flowers, etc. in the same way as the above-mentioned repairing sealing port 11, and the opening part is formed between the cell structures 1 described above. Like the spaced portion 14 formed spaced out it may be configured in advance to have a permeability function such as draining the water supplied for rain or grass growth underground.

In addition, the slab 20 supported by the cell structure 1a of the second embodiment described above is made of the same material and the same structure as the slab 20 corresponding to the cell structure 1 of the first embodiment described above. Duplicate description thereof will be omitted.

As described above, the construction of the floor is performed in a state in which the slabs 20 are arranged at equal intervals as shown in FIG. 4 through the cross-shaped cell structure 1a, that is, the pavement spacer. In the sealing port 11 for repair of each cell 10 constituting the grass and the grass is planted together with the planting sand, and the space formed between the cell structure (1a) spaced apart so that the permeability to the underground ( In 14), by planting grass or filling grass for planting sand, it is possible to form an aesthetically pleasing pedestrian path outside the park or building in preparation for the environment of the state, and through four cell slabs 20 through one cell structure 1a. ) Can be installed on the floor, so that the installation work is very easy to achieve a characteristic effect.

Meanwhile, in arranging the slabs 20 through the cell structure, which is the repairing packaging spacer 1 of the present invention, the iron structured cell structure 1 and the first embodiment of FIG. The floor construction may be performed in a state in which the slab 20 is arranged as shown in FIG. 5 by using the cross-shaped cell structure 1a as an embodiment.

As described above, the above-described embodiment is described with reference to the most preferred example of the present invention, but is not limited to the above embodiment, and it will be apparent to those skilled in the art that various modifications are possible without departing from the technical spirit of the present invention. .

The repair packaging spacer of the present invention forms a closed cell for repairing the grass into one cell structure to form a cell structure in which each cell is integrated in a partitioned state, and one corner and one surface of each of the three slabs overlap. The cell structure is formed in a cross shape so that each of the four slabs corresponding to the iron plate or the four slabs are installed to be spaced at equal intervals, and the space between the adjacent cell structures and the cell structures corresponding to the slabs are formed. The formed space portion is configured to have a permeability function, so that the slabs correspond to each other through one cell structure formed in iron or cross shape, compared to the conventional structure in which one slab is inserted into one packaging spacer. The installation work is very easy, such as being installed, and at the same time, the water permeation action of the space part formed between the cell structures is also used. It can be achieved, and to prepare and care environment has an excellent effect such that can form a wonderfully aesthetic footpaths outside of parks and buildings.

In addition, in the repair packaging spacer of the present invention by forming the reinforcing bar at equal intervals in the repair sealing port forming the above-described cell structure, the entire cell structure is reinforced so as not to damage the cell structure from the load applied from the outside. In addition, there is also an effect such as to form a more colorful walkway by planting different flowers as well as grass in the watertight repair port partitioned at equal intervals by the reinforcing bar.

In addition, when each slab is arranged and installed through the repair packaging spacer of the present invention, the space between the cell structures supporting the slabs and the neighboring cell structures, that is, the space portion becomes smaller as the size of the space portion decreases. There is also an effect that can prevent the separation phenomenon lifting the slabs from the cell structure by acting as a distribution load rather than a concentrated load.

Claims (6)

A paving spacer provided between a slab and a slab of a square or rectangular shape laid on the floor; Form a closed cell for repairing the grass planted into a single cell structure to form a cell structure that is integrated between each cell in a partitioned state, the slab is installed on the edge of the cell structure, and also the corresponding to the slab The spaced-apart space formed between a neighboring cell structure and a cell structure has a water permeable function. The repairing spacer according to claim 1, wherein the spaced portions formed between the cell structures have a pitcher function by planting grass or filling planting sand. The method according to claim 1 or 2, wherein the cell structure is formed in the form of iron (3) corresponding to one side of the three slabs with respect to one cell structure overlapping each other so that one side edge and one surface of each slab is supported. Repair packaging spacer. According to claim 1 or 2, wherein the cell structure is repaired pavement characterized in that formed in the form of a cross that is supported so that four slabs at equal intervals with respect to one cell structure, one side edge portion of each slab Spacer. The repair packaging spacer according to claim 1, wherein reinforcing bars for reinforcing the entire cell are installed at equal intervals in each of the repair sealing ports constituting one of the cell structures. According to claim 5, Among the one or more spaced portions formed at equal intervals in each of the maintenance sealing port by the reinforcing rods, the sealing portion is planted with grass or heterogeneous flowers and the opening portion serving as a pitcher function alternately with each other It is formed to form a cell structure for repair packaging spacers.

Images