KR20090002806A

KR20090002806A - A eco-friendly process of construction which use basis stones

Info

Publication number: KR20090002806A
Application number: KR1020070067069A
Authority: KR
Inventors: 이재영
Original assignee: 이재영
Priority date: 2007-07-04
Filing date: 2007-07-04
Publication date: 2009-01-09

Abstract

The present invention relates to an eco-friendly stone foundation construction method, which was constructed as a foundation using concrete during the conventional river stacking construction. Its purpose is not only to protect the natural ecosystem, but also to purify water, prevent crushing, prevent falling, and settle down.

Description

A eco-friendly process of construction which use basis stones}

The present invention eco-friendly foundation base construction method strengthens the connection relationship between the base stone and the base stone using the uneven coupling pins and annular tensile pins to prevent crushing, fall prevention, and settlement and at the same time water pollution and environmental pollution Without using the concrete foundation method, which was the main culprit in destroying the ecosystem, the foundation stone and foundation stone can be strengthened integrally to improve the water quality, preserve the natural ecosystem, prevent scour, fall prevention and settlement.

The present invention eco-friendly foundation foundation construction method is a construction field that makes the relationship between the foundation stone and the foundation stone solidly without using concrete by newly changing the method of constructing the foundation stone in rivers, etc., as well as preserving the natural ecosystem and improving water quality. It is a technique to construct.

Before using the present invention eco-friendly stone foundation construction method, as shown in Examples 1, 2, 3, laying the foundation on the basis of the foundation, stacking the seat after laying the foundation stone, stacking method, seat 4, 5 As shown in Figure 6, instead of the foundation concrete, the stacking of all-stones using the megalithic and front seats, and the landscape stone stacking method were used.

These construction methods have been the main culprit of ecological destruction and environmental pollution by using concrete.Therefore, there are construction methods such as front seats and megalithic foundations to protect the basic stones among the construction methods without concrete. In addition, the anchor concrete construction method for basic concrete was developed as a substitute for concrete products, and the anti-soil spill prevention nonwoven fabric (1), anti-sediment rubble (2) (about 150mm), and foundation stone (3) (about 300mm) Construction method consisting of) was used.

However, this construction method does not use concrete, but simply uses the anti-soil non-woven fabric (1), anti-sediment rubble (2), foundation stone anti-sparing stone (3), etc. as a temporary method to reduce the void ratio between the foundation stone and the foundation stone. In order to prevent crushing, fall prevention, and settlement, but concrete is not used, the risk of ecosystem destruction is reduced. However, there is a big disadvantage that crushing prevention, fall prevention, and settlement prevention are not possible in the water layer and high velocity terrain. An eco-friendly basic foundation construction method is needed.

Example 1 Stacking of all seats

Example 2 Stacking of all seats

Example 3 Stacking of all seats

Example 4 Stacking of All Stones

Example 5 Construction of Landscaping Stones

In accordance with the present invention, the construction method of eco-friendly seokseok is to use a ring-type fixing pin, a coupling pin, a ring-type tension pin, and a fixing wire to stack all the stones as a foundation stone without using concrete. In addition to the conventional crushing, conduction and settlement prevention that were used on the basis of the foundation, it does not use concrete, which is the advantage of the construction method for anchor concrete instead of basic concrete, and it can reduce the construction cost and shorten the construction period without damaging the ecosystem. Pursuing advantages at the same time,

The present invention eco-friendly basic stone foundation construction method is a coupling pin and ring-type fixing pin, ring-type tension pin, fixed between the base stone and all the stones in the stacking base stone, landscaping stone stacking method using conventional foundation concrete that destroyed the ecosystem Using wire to fix basic and basic seats as well as to combine and fix basic seats integrally to prevent scour, conduction, settlement, and ecosystem conservation.

The present invention eco-friendly base construction method is focused on preventing the recent destruction of the ecosystem, eco-friendly construction, as well as simplifying the construction material has the effect of reducing the construction cost and at the same time reduce the construction period.

In addition, it is possible to prevent crushing, conduction, and settlement by strengthening the foundation without using concrete, thereby preventing various natural disasters such as flooding, and having a great effect on purification, ecological preservation, and plant growth.

Specific details for the implementation of the eco-friendly electric stone foundation construction method can be seen more clearly with reference to the drawings.

1 is a side view of a method for constructing anchor concrete for foundation concrete,

Figure 2 is a side view of the present invention eco-friendly electric stone foundation construction method,

Figure 3 is a schematic construction diagram of the present invention eco-friendly foundation base construction method,

Figure 4 is a schematic cross-sectional view of the connection method of the basic seat of the present invention environmentally friendly seat construction method.

Figure 5 is an exploded perspective view of the present invention eco-friendly foundation foundation construction method.

The present invention eco-friendly foundation base construction method is composed of ring-shaped fixing pin (4), coupling pin (5), ring-shaped tension pin (6), fixing wire (7), foundation stone (8), connecting holes (9) have.

As shown in FIG. 4, the foundation electrode 8 and the foundation electrode 8 are drilled through the connection hole 9, and then the coupling pins 5 are connected to each other in the horizontal direction to be integrally constructed.

In addition, after connecting the front seat (8) and the front seat (8) in the horizontal direction, and then install a ring-shaped fixing pin (4) by drilling a connecting hole (9) in the vertical direction, the ring-type fixing pin (4) and ring-type fixing pin ( 4) Connect between the fixing wires (7) firmly fixed.

Finally, the fixing wire 7 and the slope, the coupling pin 5 and the slope are radially fixed to the slope 10 according to a desired direction and angle using the annular tension pin 6, and the ring tension pin ( 6) Make a cross in the upper part of the cross and fix it between the rubble to prevent it from coming out.

In addition, the end of the ring-shaped tension pin (6) to put the irregular shape of the harpoon so as to be firmly fixed to the slope (10).

By doing so, it is possible to construct more durable eco-friendly foundations without using concrete, and there is an advantage that the ecosystem can be preserved without using concrete.

In another embodiment, according to the shape or construction form of the basic seat 8, the structure of the coupling pin 5 can be further strengthened by using a streamlined shape.

1 is a side view of the anchor concrete construction method substitutes for basic concrete.

Figure 2 is a side view of the present invention eco-friendly electric stone foundation construction method.

Figure 3 is a schematic construction diagram of the present invention eco-friendly stone foundation construction method.

Figure 4 is a schematic cross-sectional view of the basic seat connection method of the present invention eco-friendly stone foundation construction method.

Figure 5 is an exploded perspective view of the present invention eco-friendly electroporation foundation construction method.

Explanation of symbols on the main parts of the drawings

1. Sediment prevention nonwovens 2. Settlement rubble

3. Basic Stone Rolling Prevention Stone 4. Ring Type Pin

5. Coupling Pin 6. Annular Tension Pin

7.Fixing wire 8. Basic seat

9.Connection hole 10. Slope

Claims

In the basic seat construction method, such as rivers, connecting pins (5) used to prevent the settlement by connecting the basic seat (8) and the front seat (8) in the horizontal direction;

A ring-shaped fixing pin (4) which is inserted in the vertical direction to prevent crushing and falling on the upper part of the basic seat (8);

A connection hole 9 into which the ring-shaped fixing pin 4 and the coupling pin 5 can be inserted;

A fixing wire (7) connecting the ring-shaped fixing pin (4) and the ring-shaped fixing pin (4);

An annular tension pin 6 for fixing between the fixing wire 7 and the inclined surface 10 and fixing the coupling pin 5 and the inclined surface 10 to connect the foundation base more firmly;

Eco-friendly electric foundation foundation construction method characterized in that the organic stone is not used under the foundation stone 8 after the organic connection between the base stone (8) and the base stone (8) so as not to destroy the ecosystem.

The method of claim 1,

Basic seats (8) more firmly by making a harpoon irregularities at the end of the annular tension pin (6) to be fixed radially between the fixing wire (7) slope surface 10 to the slope surface (10) Eco-friendly electric stone foundation construction method characterized in that to be fixed.

The method of claim 1,

Eco-friendly electric stone foundation construction method, characterized in that the coupling pin (5) made in the concave-convex shape so as not to fall off once connected in the connection between the basic electrode 8 and the basic electrode (8).

The method of claim 2, wherein the ring-shaped tension pin (6) has a cross-shaped fixing bar 50 to 70mm in the downward direction from the ring portion to be fixed to the rubble of the slope 10 (10) .

The method according to claim 3, wherein the coupling pin (5) is streamlined according to the shape or position of the basic seat (8) to make the connection better.