KR100382256B1 - A pavement construction method use log sidewalk block - Google Patents

Abstract

The present invention is to block the sidewalks, parking lots, parks, walkways, or gardens, such as trees, such as waste wood, which is not economically generated at logging sites, sawmills, species improvement sites, thinnings, and various outdoor construction sites, and the like. A ground stopping step of stopping the ground to be constructed by a log sidewalk block; A main plate installation step of connecting the main plates having a plurality of half-satellite satellites from the base line of the stationary surface to each other so that the main wooden plates are joined to each other horizontally and vertically so as to form a circular satellite past; A log sidewalk block inserting step of inserting a central tree in which the logs are block-blocked in the central rail and inserting a satellite tree in which the sidewalks are blocked in the log in all satellites; The inner satellite necks of the point where the four main plates met on the field electronics were bound to the soft resin inner binding point, and the outer satellite tree of the point where the two main plates met and the inner satellite wood between them were bound to the soft resin outer binding port. Log step block binding step; Covering between the central tree and the satellite tree is characterized in that the construction in the cover phase to utilize the space for the sidewalk or parking lot or to provide a grass planting space for garden use.

Description

Pavement method using log block made of logs {A PAVEMENT CONSTRUCTION METHOD USE LOG SIDEWALK BLOCK}

The present invention utilizes logs, such as economical waste wood, generated at logging sites, sawmills, species improvement sites, thinnings, and various outdoor construction sites as pavement materials for sidewalks, parking lots, parks, etc. The present invention relates to a pavement construction method using a log sidewalk block.

As a pavement method such as sidewalks, a method of laying cement or concrete blocks or a method of laying permeable concrete according to sections has been most commonly used. Occasionally, the pavement method used a pavement method where the logs (including concrete artificial logs) are densely laid out in the ground so that only a part of the top surface is exposed on the ground, or spaced at intervals suitable for stepping.

Pavement paved with concrete or cement blocks and permeable concrete has a surface drainage function that helps rainwater seep into the ground in a short period of time due to gaps or permeability between blocks, which benefits neighboring trees such as roadside trees. It has been recognized as a non-environmental, bleak, artificial pavement that does not fit the aesthetics of the city because it tends to deteriorate so that rainwater cannot be smoothly penetrated into the ground in time due to the soil and dirt.

In the case of paving roads using logs, the logs of 20-40cm have been built in a way that they are built so that they are tightly spaced so as not to leave any gaps. It may end up slanted or deviated out of the layer, or it may fall down in the logs after construction due to uneven ground support, resulting in a change in the flatness of the pavement surface. Not only is there an inclined closure, but it is not easy to adjust them.

In addition, in the road pavement using the conventional log, because of the depth of the landfill of the log had to be long, the packaging cost for this was a great burden.

The present invention utilizes logs or live logs as pavement materials in logging trees, sawmills, species improvement sites, thinnings, and various outdoor construction sites, and uses natural wood and economical paths such as walkways, parking lots, parks, walkways, and gardens. It is designed to be easily paved and repaired, to retain the beauty of the mosaic and to provide a solid log walkway.

1 is an exploded view of the main plate and the inner and outer binding ports and log sidewalk blocks

FIG. 2 is a perspective view of the central and satellite seats of the main body arranged in succession and immediately before the center and satellite necks are inserted and bound to the inner and outer binding ports

3 is a plan view of the center and satellite after binding to the inner and outer binding ports

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

1: main plate 2: inner binding sphere

3: outer binding port 4: center wood (large log)

5: satellite tree (small wooden log)

12: satellite seat 13,14: base jaw

21,31-33: Binding Ring

The log packing member used in the present invention is based on the main plate, the inner and outer binding ports, and the log wood of the large diameter and the log wood of the small diameter.

In Fig. 1, the main plate 1 is made of hard resin, and has a concave center pedestal 11 having a plate-shaped pedestal 13 at the bottom in the middle of the abdomen having a square plane at a constant height. In the periphery of 11), two flat semicircular satellite seats 12 each having a half plate-shaped support base 14 at the bottom are formed on each side.

In other words, two satellite seats 12 are formed on each side of the square, having the center of the center seat 11 as a radius.

In addition, all circumferential walls between the central seat 11 and the satellite seat 12 and between the satellite seat 12 are reinforced with radial ribs 15 and circumferential ribs 16, and the corners 17 are surrounded by the periphery. In particular, when the four main plates (1) are constructed so as to be bonded to the field electrons, the adhesion between the main plates (1) is enhanced. In addition, the central seat 11 has a much larger radius than the satellite seat 12 to accommodate large-diameter logs, and each satellite seat 12 has the same radius, and the bottoms of the ribs 15 and 16 are completely penetrated. After construction, rainwater can leave the ground.

The inner binding sphere 2 is made of soft resin, and four main plates 1 are arranged in the shape of a field electron, and the adjacent main plates 1 are joined to the satellite seats near the inner edge formed by combining the satellite seats 12 with each other. For binding to the inserted satellite neck, four outer rings (4) of outer diameter binding rings (21), which can be installed in half on each satellite seat 12 closest to the corner 17 where the four main plates 1 meet, It is arranged at the end of all branches of the U-shape so that the satellite trees inserted into the 4 inner satellite seats of the main plate can be covered at the same time, and it has a sense of unity with the U-shaped ribs 22 and the plurality of parallel ribs 23. .

The outer binding hole 3 is also made of soft resin, and the two main plates (1) arranged in a row in the horizontal and vertical directions are bound by a vertical letter or letter, and the letter is a letter or letter. In the main plates (1) arranged vertically and horizontally, the binding rings 31 and 32 to be attached to the outer satellite neck inserted into the longitudinal satellite seat of the outer edge and the satellite neck of the inner satellite seat near the outer edge of the abutment are bound. A third binding ring 33 is formed at each corner of an isosceles triangle and connected by ribs 34 to form an integrated body. Only one of the four binding rings 21 of the inner binding hole 2 is removed. Is simply obtained.

All the binding rings (21, 31-33) are the same as the dimensions, the height is lower than the satellite seat 12 is convenient for construction and can be saved to the fullest.

The central tree 4 and the satellite tree 5 are both waste logs or live logs, which are the same length. The length of the center neck 4 and the satellite neck 5 is preferably less than twice the height of the center seat 11 and the satellite seat 12 plus the height of the fasteners 2 and 3. If the center neck (4) and the satellite neck (5) is too long, because the length exposed over the binding sphere (2,3) is long, so that the posture is likely to be unstable.

And the radius of the center neck (4) and the satellite neck (5) should be within the radius of the center seat 11, the satellite seat 12 and the binding rings (21,31-33). If the center neck (4) and the satellite neck (5) is too thin, even if the binding sphere (2,3) is bound, the state inserted into the center seat 11 or satellite seat 12 is loose, there is a fear that the posture becomes unstable.

Tree diameters generated in tree improvement, thinning, and other various construction sites are mostly 20 cm or less, so it is easy to procure materials for log sidewalk blocks and the price is low. Logs with a diameter of 30cm or more have a high price and difficulty in procurement. In this regard, the central wood (4) has a low economical diameter of 15-20cm, the satellite wood (5) 8-10cm, and their length is 5-8cm, the appropriate log sidewalk block. And among the logs or raw logs, choose as close to the circle as possible, or trim it into a circle to block the sidewalk.

Next, the construction method for paving the road surface using the main plate (1) and the inner and outer binding holes (2,3), the center neck (4) and the satellite neck (5) with reference to the drawings below in FIG. It is mentioned above.

In Figures 2 and 3, after stopping the floor of the walkway, parking lot, park, etc., the walkway to be paved with a log sidewalk block, garden, etc., the main plate (1) from the base line SL of the pavement surface to the horizontal and vertical direction ) And connect. At this time, any one of the main plates 1 abutting each other, the satellite seat 12 given on its side is combined to form a circular satellite seat.

Then, the central neck 4 is inserted into every central seat 11 and the satellite neck 5 is inserted into every satellite seat 12 around it. The inner satellite neck 5a at the point where the four main plates 1 meet on the field electrons is covered with a binding ring 21 of the inner binding port 2 to bind in a quadrangular shape and the two main plates 1 The outer satellite necks 5b and the inner satellite necks 5c of the meeting point are covered with a binding ring 31-33 of the outer binding port 3 and bound in an isosceles triangle.

The hard plate made of hard resin (1) is effective for securing the flatness of the sidewalk block made of the center wood (4) and the satellite wood (5), and the flexible soft resin inner binding hole (2) is the inner satellite wood (5a). And the outer binding hole (3) performs a sufficient role to bind the outer satellite trees (5b, c) integrally to prevent the fluctuation and detachment of the log sidewalk block to ensure the flatness of the log sidewalk block even after construction Will be maintained.

In this way, laying the main plate (1), inserting the central neck (4) and the satellite neck (5), simultaneous binding between the satellite necks (5a) using the inner binding hole (2) and the outer satellite by the outer binding hole (3) Simultaneous coordination between the necks 5b and the inner satellite necks 5c is then applied between the central necks 4 and the satellite trees 5a-c for use as sidewalks or parking lots, or as a lawn planting space for gardens. Take advantage.

When so constructed and covered, the space between the ribs 15 and 16 of the main plate 1 and the rainwater that penetrated into the hollow of the supporting jaws 13 and 14 of the central seat 11 and the satellite seat 12 penetrate into the ground. Since the structure is easy to do, there is a relatively small risk of inconvenience or disadvantage due to the accumulation of rainwater on the surface.

As described above, the pavement construction method including the sidewalk block using the log sidewalk block of the present invention is the center of the hard resin main plate and the inner side of the log block block inserted in the satellite seat of the main wooden boards of the main board is placed flatly Supported by the inner satellite seat, it is easily flattened and continuous.

In addition, the four log satellite trees inserted into the four inner satellite seats of the main plate placed on the field electrons are simply bound by the inner binding hole with a binding ring in the ╋ direction. Is prevented.

In addition, by using the outer binding sphere in which one binding ring is removed from the inner binding hole, the outer satellite necks and the inner satellite necks of the main plate arranged in succession of two can be simply and firmly bound in a triangle.

The walking feeling on the central and satellite trees is refreshing and more comfortable than walking on cement or concrete sidewalk blocks. The soil filled between the central and satellite trees and the feeling of stepping on the grass planted therein can also be compared with any other. It is refreshing enough.

In addition, it is possible to smoothly change the urban landscape with a natural view, and since sufficient rainwater is supplied to surrounding trees such as roadside trees, there is no need for a separate watering of the roadside trees, especially during the dry season, and it contributes to the creation of healthy roadside trees, forest stands and green areas.

In addition, by using wood that is generated and discarded at thinning, tree species improvement, construction sites, etc., as a material for sidewalk blocks, it is possible to economically construct log sidewalk blocks and to reduce waste.

Moreover, this method does not require separate construction and boundary stone construction, which requires long and expensive air, since the satellite trees on the outside of the construction serve as boundary stones for roadside trees, green areas and roads.

Claims (4)

A ground stopping step of stopping a floor of a walkway, a park, a walkway, a garden, or the like; A main plate installation step of connecting the main plates having a plurality of half-satellite satellites from the base line of the stationary surface to each other so that the main wooden plates are joined to each other horizontally and vertically so as to form a circular satellite past; A log sidewalk block inserting step of inserting a central tree in which the logs are block-blocked in the central rail and inserting a satellite tree in which the sidewalks are blocked in the log in all satellites; The inner satellite necks of the point where the four main plates met on the field electronics were bound to the soft resin inner binding sphere, and the outer satellite tree of the point where the two main plates met and the inner satellite tree between them were bound to the soft resin outer binding sphere. Log step block binding step; Pavement construction method using the log sidewalk block, characterized in that the cover between the central tree and the satellite tree utilized for the use of sidewalks or parking lot or provide a grass planting space for garden use. The pavement construction method of claim 1, wherein the main plate has a hollow base on each floor of the central and satellite seats. The log material according to claim 1, wherein the inner binding hole is formed by forming four binding rings on all branches of the U-shape which are covered by satellite trees inserted into four inner satellite seats of the main plate disposed on the field electrons. Pavement method using sidewalk blocks. The pavement construction method of claim 1, wherein the outer binding hole has a binding ring, one for each corner of an isosceles triangle, by removing any one binding ring from the inner binding hole.