KR20100009751A

KR20100009751A - Ston-block for ecology-environment and its manufacturing method

Info

Publication number: KR20100009751A
Application number: KR1020080070522A
Authority: KR
Inventors: 나성민
Original assignee: 나성민
Priority date: 2008-07-21
Filing date: 2008-07-21
Publication date: 2010-01-29

Abstract

PURPOSE: A stone block for forming ecological environment and a manufacturing method thereof are provided to control the binding length according to the size and the shape of stone. CONSTITUTION: A stone block for forming ecological environment comprises more than two stone(10) and a length adjusting binding device. The stone is arranged in a row. The length adjusting binding device binds the stone by controlling the binding length according to the size and the shape of the stone.

Description

Stone root for ecological environment and its manufacturing method {Ston-block for ecology-environment and its manufacturing method}

The present invention relates to a stone root for ecological environment and a method for manufacturing the same, and more particularly, in the stone root, the binding of the stone is configured to bind to the length adjusting binding means so that the binding is solid and easy to manufacture and construct The purpose is to.

In general, slope protection blocks are installed on slopes such as riversides to prevent loss of soil and create a vegetation environment.

On the other hand, to protect the slope and vegetation environment by the slope protection block as described above, since the slope protection block is mainly cement products, there is no environmental friendliness. When the ground moves during the thawing, the binding force is relaxed, and the vegetation space provided in the block is narrow and limited, so that the soil and soil are lost in the wind and rain, which makes it difficult for the grass or other plants to take root in the early vegetation. In the place where there is a flow velocity, such as a riverside, there was an important problem that the block body itself is lost, as the soil leakage occurred under the block.

Thus, as in Patent No. 485052, stone roots made of large and small stones, such as crushed stone or amber stones, were bound by a root binding frame having a binding root and developed and used.

The stone roots as described above is a stone bound by the root binding frame to form a plate because the construction is easy, protects the slope and formed a vegetation space.

However, in the conventional stone roots as described above, the binding roots are fixed at regular intervals in the binding of the root binding frame for binding of the stone, and thus the binding holes must be drilled in the stone according to the position of the binding root. There was a problem that was not easy.

Thus, the present invention can solve the problem that the conventional stone roots in the manufacture of the conventional stone roots in accordance with the binding root position of the root binding frame to puncture the binding hole in the stone having various sizes and shapes. It would be.

That is, the present invention is configured so that the binding of the stone in the stone roots is mutually bound to the length control binding means.

Therefore, in the present invention, the binding of the stone constituting the stone root structure is configured to be bound to each other by the length adjustment binding means can be adjusted by binding the length of the binding means according to the shape and size of the stone is made easy to manufacture will be.

Hereinafter, described in detail by the accompanying drawings as follows.

In the manufacture of stone root bath, the present invention is made to be easily and firmly carried out.

That is, the present invention is the length of the two or more stones 10 arranged in the row and column direction as shown in Figures 1 and 2 and 3 and the binding length to each other by adjusting the binding length according to the size and shape of the stones It is provided with a control binding means.

Here, the length adjustment binding means is anchored to the stone 10 by the anchor binding portion 110 and the anchor binding portion 110 is extended to bind to the binding hole 11 formed in the stone 10 perforated. It is composed of a connection binding sphere 120, and a length adjustment connector for restraining by fittingly coupled to the length of one end is fastened to the connection binding sphere 120.

The anchor binding unit 110 is an expansion binding tube 111 having an expansion incision formed at the bottom as shown in Figures 1 and 2, the anchor bolt 112 and the coupled to the expansion binding tube 111 and the It consists of an anchor washer 113 and the anchor nut 114 that is sequentially fastened to the anchor bolt 112.

The connecting fastener 120 is formed in a tubular body as shown in Figures 1 and 2 and 3 to form two or more connection grooves 121a cut out from the upper side, and the connection groove 121a A connecting pipe 121 protruding from the lower side to the inner side and extending to form a bolt support plate 121b for supporting the side surfaces of the anchor bolts 112 penetrating to each other. The coupling bar 130 fitted into the 121a is formed in a ring shape larger than the connecting pipe 121 so as not to be separated from the upper side and is bent inward to the upper side to support the anchor washer 113. It consists of a fastening cap 122 formed with at least one washer support jaw (122a).

1 and 2, the length adjustment connector can be restrained by fitting the other end of the binding bar 130 and the binding bar 130 to which the one end is fastened to the connection binding hole 120. It is formed of a conduit 141 to form a tubular body and restrains the binding bar 130 is fitted.

On the other hand, the binding bar 130 is formed by forming a binding projection 131 is inserted into the connection groove 121a at one end.

And, the restraint of the binding bar 130 by the connecting pipe 141 is configured to be restrained by the fixing means.

The fixing means is composed of a binding piece 141a for tightening and restraining the binding bar 130 coupled to the connection pipe 141 as shown in Figure 3, or as shown in Figure 4 the connection pipe 141 Binding bar 130 is inserted into the coupling bar (130b) formed on the outer surface of the connecting pipe 141 to be pressure-inserted from the outside, or as shown in Figure 5 the connecting pipe 141 Binding bar (141c) to form a slope in the coupling direction on the outer surface of the binding bar 130 to form a locking jaw in the separation direction so that the binding bar 130 coupled to the coupling bar 141 is caught by the connection pipe 141. It can be carried out by forming.

In addition, restraint of the binding bar 130 by the connecting pipe 141 may be configured by any one of the turnbuckle 142 for screwing and restraining the binding bar 130 as shown in FIG. .

Meanwhile, in the embodiment of the present invention, as shown in FIGS. 7, 8, and 9, another embodiment of the connection fastener 120 includes an anchor binding hole 123a through which the anchor bolt 112 penetrates at the center thereof. One or two connecting plate bodies 123 and the two connecting plate bodies 123 are formed at a distance between two anchoring holes 123a and are radially formed at two or more fixed binding holes 123b radially. It is composed of a fixing bar 124, the upper and lower binding.

The fixing bar 124 is provided with a gap retaining hole 124a to form a binding gap between the two connecting plate body 123 so that the length adjustment connector is engaged by binding as shown in FIG.

In addition, as another embodiment of the length adjustment connector is shown in Figure 7 and 8, the binding line 150 that is constrained by the fixing bar 124 of the connection binding sphere 120 consisting of two connecting plate body 123 ) And the binding band 160 to tighten the binding line 150 can be implemented.

The binding line 150 is provided with a binding ring 151 which is restrained by being fixed to the fixing bar 124 at one end, and the binding hook 150 is fastened by a binding band 160 at the other end. It is.

Hereinafter, the manufacturing process of the present invention will be described.

As described above, two or more stones (10) arranged in a row and column direction and the length adjustment binding means for adjusting the length of the binding according to the size and shape of the stone (10) to bind each other, the length adjustment binding Means are anchor anchoring portion 110 that is extended bite binding to the binding hole 11 formed in the stone 10, and the connection binding hole 120 is constrained to the stone 10 by the anchor binding portion 110 And, the manufacturing of the present invention consisting of a length adjustment connector which is coupled to restrained by fitting the length of the binding fastening fastening to one end of the coupling fasteners 120, as shown in FIG. A stone filling process 510 for installing the square frame 210 and filling the stone 10 in the square frame 210 and the quantity of the stone 10 in the upper portion of the stone 10 filled through the stone filling process 510. In response to the plurality of support rods 231 movable protruding It is provided with a multi-support 230 to be elevated to make the surface in contact with the work table 220 to form a plane and rotate it to support the stone pressure supporting process 520 to support the plane of stone roots 20 to the top, Perforating the binding hole 11 in the stone root structure 20 formed in a plane on the upper surface by the stone pressure support process 520, and combines the anchor binding unit 110 and the connection binding hole 120 and the connection binding After the binding bar 130 is coupled to the sphere 120, the anchoring unit 110 of the anchoring unit 110 is fastened to fully connect the connection fasteners 120. Soil for plant vegetation in the gap between the stone binding process (530) and the stone binding process (530) mutually bound through the stone binding process (530) by combining the bar 130 with the length control connector It is made up of the vegetation soil filling process (540) to fill (170).

Here, in the vegetation soil filling process 540, the soil 170 can be carried out by sowing together plant fibers and seeds, such as sun house to increase the bonding force.

Hereinafter, the construction process according to the present invention will be described.

Two or more stones 10 arranged in a row and column direction through the stone filling process 510, the stone pressing support process 520, the stone binding process 530, and the vegetation soil filling process 540 as described above. According to the size and shape of the stone 10 is provided with a length adjusting binding means for binding to each other by adjusting the length of the binding, the length adjusting binding means is extended bite binding to the binding hole 11 formed in the stone 10 perforated Anchor binding unit 110 is to be connected, the coupling binding port 120 that is constrained to the stone 10 by the anchor binding unit 110, and the length of the one end is locked to the connection binding port 120 is adjustable. If you want to construct the present invention consisting of a length adjustment connector to fit and restrain the fitting to be carried to the construction site of the inclined surface, such as river side in the stone wall 20 in the state accommodated in the square frame (210).

After transporting the stone root tub 20 in the state accommodated in the above and the rectangular frame 210 to the construction site, as shown in Figure 11 by removing the rectangular frame 210 and the construction is completed, the outermost seat in the installed state The root 20 is a solid construction is made by fixing the connection fastener 120 to the ground with a long fixed pile 240, and then bind with a binding bar 130.

1 is an exploded perspective view showing an embodiment of the anchor binding connector and the connection binding connector and the length adjustment connector according to the present invention.

Figure 2 is a perspective view showing an embodiment of the anchor binding and the connection binding and length adjustment connector according to the present invention.

Figure 3 is an exemplary view carried out by the binding piece fixing means for restraining the binding bar and the connector of the length adjustment connector according to the present invention.

Figure 4 is an exemplary view of the fixing means for restraining the binding bar and the connection pipe of the length adjustment connector according to the present invention as a pressure insertion groove.

Figure 5 is an exemplary embodiment of the fastening means for the binding means for restraining the binding bar and the connector of the length adjustment connector according to the present invention.

6 is an exemplary view showing that the length adjustment connector according to the invention configured as a turnbuckle.

Figure 7 is an exploded perspective view showing another embodiment of the connecting fastener and the length adjustment connector according to the invention.

Figure 8 is a perspective view showing another embodiment of the coupling fastener and the length adjustment connector according to the invention.

Figure 9 is an application example according to another embodiment of the connecting fastener and the length adjustment connector according to the present invention.

10 is a manufacturing process chart of stone root jaw according to the present invention.

11 is a bottom view illustrating the construction of one embodiment according to the present invention.

10: stone 11: binding ball

20: stone root

110: anchor binding

111: expansion ties 112: anchor bolt

113: anchor washer 114: anchor nut

120: connection fastener

121: connector 121a: connection groove 121b: bolt support plate

122: fastening cap 122a washer support jaw

123: heat-bonded plate 123a: anchor binding ball 123b: fixed binding hole

124: fixed bar

130: binding bar 131: binding protrusion

141 connector

141a: binding piece 141b: pressure insertion groove 141c: binding cutter

142: turnbuckles

150: ties

151: Binding Ring 152: Binding Hook

160: binding band

170: soil

210: square frame

220: worktable

230: multi support 231: support rod

240: fixed file

510: stone filling process 520: stone pressing process

530: stone binding process 540: vegetation soil filling process

Claims

Two or more stones 10 arranged in a row and column direction and the length adjusting binding means for adjusting the length of the binding according to the size and shape of the stones to bind to each other,

The length-adjusting binding means is anchored to the stone 10 by the anchor binding portion 110 and the anchor binding portion 110 is extended to the binding binding hole 11 formed in the stone 10 perforated connection The fasteners 120 and the stone roots for ecological environment, characterized in that consisting of a length adjustment connector for binding the length of the connection fasteners 120 is installed in close proximity.

The method of claim 1;

The anchor binding unit 110 is an expansion binding tube 111 having an extended incision formed on the lower end, the anchor bolt 112 is coupled to the anchor bolt 112 and the anchor bolt 112 coupled to the expansion binding tube 111 in sequence Washer 113 and anchor nut 114,

The connection fasteners 120 are formed in a tubular body to form two or more connection grooves 121a cut out from the upper side, and protrude inwardly from the lower end of the connection grooves 121a to overlap each other and penetrate through the anchor bolts ( The connecting pipe body 121 extending from the bolt support plate 121b supporting the side of the 112 and the binding bar 130 is fitted in the upper portion of the connecting pipe body 121 and fitted into the connecting groove 121a. Fastening that is formed in a ring shape larger than the connector body 121 to be restrained not to be separated from the upper portion and formed at least two washer support jaw (122a) to be cut inward to the upper side to support the anchor and the washer 113 The cap 122,

The length adjustment connector is a binding bar 130 and the one end is fastened to the connection binding hole 120, and

The other end of the binding bar 130 is formed of a tubular body to be constrained to restrained by consisting of a connecting pipe 141 for restraining the combined binding bar 130,

The binding bar 130 forms a binding protrusion 131 inserted into the connection groove 121a at one end thereof.

The restraint of the binding bar 130 by the connecting pipe 141 is configured to be constrained by the fixing means, and selected and configured by any one of the configuration of the turnbuckle 142 screwed to restrain the binding bar 130. Stone roots for the creation of an ecological environment.

The method of claim 2;

The fixing means is composed of a binding piece (141a) for tightening and restraining the binding bar 130 is inserted into the connection pipe 141,

Consisting of the binding bar 130 is inserted into the connecting pipe 141 to the pressure insertion groove 141b formed on the outer surface of the connection pipe 141 to be pressure-inserted from the outside,

The binding bar 130 coupled to the connection pipe 141 is coupled to form an inclined surface in the coupling direction on the outer surface of the binding bar 130 so as to be locked to the connection pipe 141 and form a locking jaw in the separation direction. Select and configure any one of the configuration of the wedge 141c,

Stone root for ecological environment, characterized in that the soil (170) for the vegetation is configured to be filled between the stones (10).

The method of claim 1;

The connecting fastener 120 is anchored so that the two connecting plate body 123 and the two connecting plate body 123 formed by the anchor binding hole (123a) through which the anchor bolt 112 penetrates at the center. Consists of a fixed bar 124, the upper and lower ends of the binding hole 123a is fitted at two or more fixed binding holes 123b radially formed at equal intervals, the fixed bar 124 is adjusted in length It is configured to include a spacing holding hole (124a) to form a binding gap between the two connecting plate body 123 so that the connector is engaged by binding,

The length adjustment connector is a binding band 160 for fastening and binding the binding line 150 and the binding line 150 is constrained by the fixed bar 124 of the connection binding sphere 120 consisting of two connecting plate body (123). ), But the binding line 150 is provided with a binding ring 151 that is restrained by being fixed to the fixed bar 124 at one end, and a binding hook 152 that is tightened by the binding band 160 at the other end. Make up,

In the method of preparing stone roots for ecological environment according to any one of claims 1 to 4,

Stone filling process 510 for installing the square frame 210 on the work platform 220 configured to be elevated and filling the stone 10 in the square frame 210,

In accordance with the amount of the stone 10 from the top of the stone 10 is filled through the stone filling process 510 is provided with a plurality of support rods 231 to move and protrude and pressurized by a multi-support 230 to be elevated Stone pressure support process (520) to make the surface in contact with the surface 220 and rotate it to support the plane of the stone roots 20 to the top,

Perforating the binding hole 11 in the stone root structure 20 formed in a plane on the upper surface by the stone pressure support process 520, and combines the anchor binding unit 110 and the connection binding hole 120 and the connection binding After the binding bar 130 is coupled to the sphere 120, the anchoring unit 110 of the anchoring unit 110 is fastened to fully connect the connection fasteners 120. Stone binding process (530) to bind the stone to each other by combining the bar 130 with the length adjustment connector,

Stone roots for ecological environment, characterized in that consisting of a vegetation soil filling process (540) to fill the soil 170 for vegetation of the plant in the gap between the stones (10) bound together through the stone binding process (530). Manufacturing method.

The method of claim 5;

In the vegetation soil filling process (540), the soil 170 is a method for producing ecological environment for stone roots, characterized in that made by planting seeds and plant fiber, such as sun house to increase the bonding strength.