KR920007980Y1 - Protecting block of slope - Google Patents

Abstract

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Description

Landscape block for slope protection

1 is a perspective view of the present invention.

Figure 2 is a plan view showing the internal structure of the present invention.

Figure 3 is a cross-sectional view illustrating a laminated state during transportation and storage of the subject innovation.

Figure 4 (a) (b) is a schematic plan view of the construction method illustrating the assembly construction state of the present invention.

5 is a view illustrating a connection state of the connection end of the present invention.

Figure 6 is a cross-sectional view illustrating the drainage action of the rain after the construction of the present invention.

* Explanation of symbols for main parts of the drawings

1: Landscaping block 2,2 ': Supporting end

3,3 ': Gather connection end 4,4', 5,5 ': Connection pin hole

6: connecting pin 8,8 ': arc surface

9,9 ': " "Shape 10:" "Shape face

11,11 ', 12,12': Drainage 13: Drainage hole

14,14 ': Reinforcement rib 16,16', 17,17 ': Reinforcement protrusion

18: Reinforcing truss structure protrusion

The present invention relates to a landscape block for slope protection to be installed in a honeycomb structure on the surface to prevent the loss, collapse and crushing of the cut surface and the slope of the slope in civil engineering work. Announcement No. 88-2290 is an improvement.

More specifically, the landscape block body is " "Injection and molding to form a shape, but the outer surface of the upper and lower connection end is composed of an arc-shaped surface that can form a circle when connecting the four landscaping block body, the inner surface of the left and right, four landscaping block When assembled to form an octagon, "When the slope block is constructed by the landscape block of the present invention, it is assembled to form an octagonal and circular structure, so that the slope slope landscape can be more beautifully decorated and can also be assembled with a deformed hexagonal structure. It is effective to selectively assemble construction according to the conditions, and also by forming a drainage path formed with a plurality of drainage holes on the upper, lower, left and right of the landscaping block body so that the rainwater is distributed and drained to the soil layer by the landscaping block body. It is improved to prevent cases of crushing, collapse and loss due to falling of rainwater covered inside the block body.

In conventional sloped landscaping, concrete blocks are generally constructed by lattice-like construction, and a cover layer is formed on the soil layers between the assembled blocks, and at the same time, the vegetation such as grass is planted. Since the block's own weight is heavy, not only transportation but also construction work is very difficult and inconvenient, and considering that the construction site is a sloped slope, there may be a factor of construction defects such as sliding phenomenon caused by the heavy weight of the concrete block. In addition, the concrete block itself does not have the function of draining rainwater to the existing soil layer, so it is crushed by the erosion caused by the falling of rainwater over the block during heavy rains, and damages the landscape view. There was a flaw that was lost.

In order to solve the above drawbacks, injection moldings and moldings made of synthetic resin have been introduced, such as Utility Model Publication No. 88-2290, but the drafts are assembled in a circular shape for the conventional concrete blocks being assembled in a grid. As a result, new construction patterns were added to the slope surface, while complex structures such as lattice, honeycomb structure, and circular structure could not be given by one method of construction, resulting in monotonous construction. Since the arc-shaped block itself could not be stacked and stacked, it was difficult to expect the efficiency of transportation or storage.

Therefore, the present invention has been devised in order to solve the above-mentioned shortcomings, and the outer surface of the upper and lower connection ends of the landscaping block is formed in an arc shape, and the left and right inner surfaces are " "When four landscaping block bodies are connected by constructing them in a shape, the connecting ends of each block body form a circular shape, and the left and right inner surfaces form an octagonal connection, so that the circular and octagonal structures fit together. In addition to the expected effect, when the outer surface of the upper and lower connection ends and the left and right inner surfaces are connected and assembled to each other, it can be connected by a deformed hexagonal structure so that the landscaping block body can be adapted to the area of the slope and the surrounding conditions. By selectively connecting and assembling the construction can choose the landscape effect of the octagonal and circular structure combined or the hexagonal structure of the deformed structure can be efficiently constructed slope slope, and also the landscape block body of the present invention Drainage passage and multiple drainage holes for discharging and draining rainwater into the soil layer Therefore, it is possible to prevent the crushing phenomenon of the cover layer and to construct the outer and left and right sides of the upper and lower connection ends, and the reinforcement of the landscaping block body and the reinforcement of the cover layer to increase the friction action. It is possible to prevent the loss of the cover layer and to be connected to the internal connection diaphragm which has the internal structure. Therefore, it is possible to prevent the distortion of the landscape block body of the present invention and to maintain the beautiful appearance at the same time. In order to provide a high quality product that can be described, it will be described in detail according to the accompanying drawings of the present invention as follows.

" Connecting pin hole (4) to the upper support connection end (2), (2 ') and the lower connection connection end (3), (3') of the upper and lower connection end of the landscape block body (1) , (4 ') and (5), (5') by drilling through the connecting pin 6, and to form a drainage passage and a plurality of drainage holes on one side of the upper surface of the landscape block body (1), The outer surface of the upper and lower connecting end sides of the block body 1 is formed of arc-shaped surfaces 8 and 8 '. "Symmetrical with the shaped surfaces (9) and (9 '), "In each upper part of the shape" "Drainage paths 11, 11 'and 12, and 12' are formed lower than the upper surface 10, and the drainage holes 13 are drilled in each of the drainage paths, and the upper and lower arc surfaces 8, (8 ') and left and right " "Reinforcing ribs 14, 14 ', 15, 15' and a plurality of reinforcing protrusions 16, 16 'and 17, on the outer surface of the female face 9, 9', (17 '), and the inner surface of the landscaping block body (1) is formed with a reinforcing truss structural projection (18) connected to the reinforcement projections of each of the above-described reinforcement truss structural projection (18) The upper portion of the block body 1 was configured to be inserted and stacked about ½.

Referring to the present invention configured in this way in more detail as follows.

As shown in the example of FIG. "Arc shaped surfaces 8 and 8 'of the upper and lower connecting end portions of the shaped landscaping block body 1 are configured to have a circular arc ¼ having the same radius, and the upper supporting connection ends 2 and ( 2 ') connecting pin holes (4), (4') and the lower connecting end portions (3), (3 ') connecting pin holes (5), (5') are each configured to have a phase difference of 90 degrees The four landscaping block bodies (1) are connected to the supporting base ends (2) and (2 ') of the upper side by connecting the connecting end portions (3) and (3') of the separate landscaping block bodies (1). After assembling the upper and lower feet and the connecting end portions (2), (2 '), (3) and (3'), and inserting the connecting pin (6), as shown in (a) of FIG. Landscaping block body (1) is the upper and lower connecting end is assembled in a circular shape at the same time " "As the octagonal structure is assembled due to the assembly of the shaped surfaces (9) and (9 '), the construction structure of the landscape block body (1) can be assembled with the octagon and the circle in a single construction work, thereby improving the landscape effect. There is an advantage that can be increased, and also the fourth method as a construction method of connecting the lower connecting connection end (3 ') or (3) to the supporting connection end (2) or (2') of the upper side of the landscaping block body (1) As shown in (b) of FIG. 1, construction can be performed in a hexagonal structure that is deformed, so that the landscape block body (1) can be constructed in a complex structure of octagons and circles or assembled into a deformed hexagon in accordance with the conditions of the slope. It is possible to implement the landscaping more effectively.

In addition, the inner surface side of the reinforcing protrusions 16, 16 'and 17, and 17' formed on each outer surface of the landscaping block body 1 of the present invention is connected to the reinforcing truss structure protrusions 18 and As it is projected on the inner surface of the landscaping block body 1, the appearance of the landscaping block body 1 during the injection molding can be kept beautiful, and the warping phenomenon can be prevented while the landscaping block body 1 during the injection molding. ), While maintaining a beautiful appearance and preventing distortion, the quality of the landscaping block body (1) can be improved, and each reinforcing projection (16), (16 ') and (17), (17') ) Doubles the frictional force between the octagon of the landscaping block body (1) and the cover layer (W1) located inside the circular or deformed hexagonal structure after assembly and prevents loss of the cover layer (W1). Arcs (8), (8 ') of the left and right sides of the " "Drainage paths 11, 11 'and 12, 12' formed on the upper surface of the male surface 9, 9 'are" "Because it is formed one step lower than the upper surface 10, rainwater flowing down to the upper surface of the cover layer W1 when rain is completed after the construction of the landscaping block body 1 is guided to a drainage path as shown by the solid arrow of FIG. Each of the drain holes 13 perforated therein is distributed and drained to the soil layer (W) on the lower side of the landscaping block (1). "In case of overflowing on the upper surface (10) (see the imaginary arrow), it is separated into the drainage formed on the opposite side and guided to the lower side of the landscaping block body (1) through the plurality of drainage holes. Through the drainage hole of the landscaping block body (1) to be guided to the lower side by the erosion action due to the erosion caused by the falling of the rain overflowing the block as in the prior art and the draft will be able to prevent the case of crushing and loss.

Thus, the present invention is a landscape block body " "In injection and molding in the shape of the upper and lower ends of the connection end is formed in an arc shape, the left and right inner surface is" "As a means of symmetrical construction on the shape of the block, the construction of the landscape block body can be made by complex assembly of the octagon and the circle at the same time or by the deformed hexagonal structure, so that the landscape condition of the slope can be selectively configured. Considering the slope and area of the slope and area, it is possible to assemble the landscaping block more rationally, and it is possible to disperse the drainage of rainwater more quickly in the rainy season. It is practical with the advantage of being able to completely prevent phenomena, collapse and loss.

Claims (2)

" Connecting pin hole (4) to the upper support connection end (2), (2 ') and the lower connection connection end (3), (3') of the upper and lower connection end of the landscape block body (1) , (4 ') and (5), (5') by drilling through the connecting pin 6, and to form a drainage passage and a plurality of drainage holes on one side of the upper surface of the landscape block body (1), The outer surface of the upper and lower connecting end sides of the block body 1 is formed of arc-shaped surfaces 8 and 8 '. "Symmetrical with the shaped surfaces (9) and (9 '), "In each upper part of the shape" "Drainage (11), (11 ') and (12), (12') formed lower than the upper surface of the 10, and each of the drainage perforated drainage hole (13), and the landscaping block body (1) Slope protection block for slope protection, characterized in that the assembly can be selectively constructed in a complex structure or a modified hexagonal structure assembled when the circular movement. The upper and lower arc-shaped surfaces 8 and 8 'and the left and right inner surfaces of the upper and lower right sides according to claim 1 Reinforcing truss structure that protrudes a plurality of reinforcing protrusions (16), (16 ') and (17), (17') on the outer surface of the shape, and connected to the electric reinforcing protrusions on the inner surface of the landscape block body (1) Forming protrusions 18, the reinforcing truss structure projections 18 is characterized in that the upper surface of the landscaping block body (1) is inserted into about ½ of the landscape block for slope protection, characterized in that configured to be stacked.