KR100883402B1 - Manufacturing method mosaic paving - Google Patents

Abstract

A manufacturing method mosaic paving is provided to recycle the resources and to ensure continuity of exterior by using waste stone as paving material. A manufacturing method mosaic paving the steps of: preparing a closed-loop type frame(200) in which outer frames(220a~220d) are arranged in a frame(210); putting together carving stone(400) including waste stone inside the close-loop type frame; attaching binding net to the carving stone surface in order to hold the mosaic shape of carving stone; and removing the carving stone mosaic from the closed-loop type frame.

Description

How to make Mosaic Paving {MANUFACTURING METHOD MOSAIC PAVING}

The present invention relates to a method for producing mosaic paving. More specifically, the mosaic stone is fabricated by squeezing the sculptural stone including the processed waste stone, but the finished mosaic stone can be interlocked with each other (interlocking) to be used as a paving material such as a sidewalk or a park. It relates to a packaging material made of stone.

Conventional paving material to be installed in the sidewalk, park, etc. are manufactured to have a variety of materials and shapes.

For example, a packaging material commonly referred to as an ILP block is a colored cement block, which is installed on a sidewalk or the like, and such an ILP block has been widely used in the past because of its low price.

Furthermore, there is also a packaging material called a clay block, which is manufactured by firing a molded clay block body, which is also being constructed in recent years.

In addition, ocher permeable blocks, which are cured by being divided into upper and lower layers, are also introduced, and a packaging material having a permeability is also introduced and constructed.

The various packaging materials discussed above are manufactured in a rectangular block body having a predetermined thickness for construction convenience, and the construction method of such packaging materials is constructed in a substantially similar manner.

For example, after arranging raw ground, such as sidewalks, laying a crusher layer thereon and compacting it, and further installing sand with or without installing a nonwoven fabric on the upper surface of the crusher layer to secure flatness, and then packing material on the sand. After the construction is in contact with each other, it is common to form a sand or the like between the packaging material called the matage to complete the construction of the packaging material. However, since these packaging materials are made of materials such as cement, clay, and loess, the cost may be somewhat cheaper, but there is a limit to expressing the natural texture.

In this case, as a paving material, it is used to construct a sidewalk or a roadway, which is a stone, and if the same shape is manufactured in the manufacturing process, the construction is very easy, but in this case, there is a problem that the processing cost is high, and arbitrary In the case of making and installing the flagstone in the form, there is a problem in that the construction is also poor because it has to be installed one by one, and it is not easy to pattern the installation form of the flagstone in advance.

Thus, as shown in Figure 1a, there was introduced an example of constructing a predetermined number of corners (paving stone) while having a predetermined thickness and then regularly or arbitrarily shaped (patterned).

However, the stone construction also has to be installed one by one, so the workability is inevitably deteriorated.These stones are processed in large quantities by using a rolling barrel during the manufacturing process. It was not enough to give a luxurious feeling.

Furthermore, a paving material (Cambridge Stone) in which a stone such as FIG. 1B is cut to a predetermined size and a mat is attached to the bottom thereof is introduced. Such a paving material can express the texture of the stone and increase frictional force with the substrate by the mat. It is possible to prevent the phenomenon after construction, but the transportation and construction must be installed one by one, and if the size is increased, there may be a limitation due to the weight, the domestic stone supply and demand recently is not competitive in terms of cost In case of using foreign stone such as China and Indonesia, the cost may be low, but there is a problem that it is not easy to use when domestically used.

In addition, the upper layer 11 is formed so as to have a constant four sides mosaic in a mosaic form as shown in Figure 1c so that it can be installed on the inner and outer walls, the lower layer 12 is a mosaic slab block 10 made of a concrete support layer Although this has been introduced, the slab blocks made in this form is difficult to pattern because it is made in the form of a cuboid, and the parts where the sculptures and pieces contact with each other do not have continuity with each other. There was a problem that there must be a limit to expressing a continuous beauty.

The present invention is to provide a method for producing a mosaic paving that can have a natural aesthetic by having a continuous aesthetic appearance of the pieces of stone in contact with each other even in the final installation, and can use environmentally friendly materials because the waste stone is used.

In order to achieve the above object, the present invention is configured as follows.

That is, as shown in FIG. 2, all the mosaic stones 100 manufactured according to the present invention may be installed by interlocking the outer surfaces of the mosaic stones 100 in any combination thereof, so that the arrangement of the fragments 400 may be continuous. Providing the production method so as to secure, but the production method

To prepare a closed mold (polygonal mold) produced by arranging the outer frame spaced apart from each other so that the inner surface is symmetrical to each other,

We put together the fragment stone containing waste-rock in the inside of the closed mold,

Attaching the binding net including a wire mesh to the surface of the woven stone to maintain the shape of the sculpture is woven by the binding net,

Separating the crushed stone (mosaic stone) was formed in the state maintained by the binding network from the closed mold.

As a result, the present invention has the technical feature that the inner surface of the closed mold is symmetrical with each other so that the outer surface of the mosaic stone fitted thereto can be interlocked with each other (interlocking).

The mosaic stone produced according to the present invention can be installed by interlocking with each other by any combination (interlocking), so the construction is easy with the effort of installing a plate-like block in its construction,

Even in the installed state, it is possible to secure natural continuity as if one stone sculpture was installed one by one,

Since the stone is a natural stone, it is possible to secure the texture of natural materials and not only to secure luxury.

In the case of using waste stone, it is possible to recycle the resources, so that it is possible to produce eco-friendly packaging materials, and it is possible to use them as very efficient and economical packaging materials because supply and demand problems do not occur.

An embodiment of the present invention described above and illustrated in the drawings should not be construed as limiting the technical spirit of the present invention. The protection scope of the present invention is limited only by the matters described in the claims, and those skilled in the art can change and change the technical idea of the present invention in various forms. Therefore, such improvements and modifications fall within the protection scope of the present invention as long as it will be apparent to those skilled in the art.

BRIEF DESCRIPTION OF DRAWINGS To describe the present invention more clearly and easily, the following describes the best embodiments of the present invention in detail with reference to the accompanying drawings, and embodiments according to the present invention may be modified in various other forms, and thus the scope of the present invention. Is not limited to the embodiment described below.

<Example 1>

Figure 2 is a mosaic stone (100: 100a, 100b, 100c, 100d, 100e) according to the present invention, for example, the outer surface (A <==> A ', B from each other based on the mosaic stone 100a disposed in the center) <=> B ', C <=> C', D <=> D ') are always manufactured to be interlocked with each other (interlocking), such mosaic stone (100a, 100b, 100c, 100d, 100e) It is produced uniformly by the same method.

The method of manufacturing such a mosaic stone 100 will be described with reference to FIGS. 3A, 3B, and 3C.

First, prepare a (square) frame 210 as shown in Figure 3a, which can be made of wood, plastic, and the like, the area by the thickness and size of the enemy can be changed and use a material that is easy to process.

This (square) frame 210 is to be set on the ground or flat work surface 300.

Next, the outer frame 1, 2, 3, 4 (220: 220a, 220b, 220c, 220d), which are separately manufactured along the inner surfaces 211, 212, 213, and 214 of the (square) frame 210, are mounted.

The outer frame 1, 2, 3, 4 is produced in accordance with the thickness of the (square) frame 210 in the form of a plate having a predetermined width.

The outer frame 1 (220a) of the outer frame is to be mounted on the (square) frame 210 inner surface 211, the portion (a) in contact with the (square) frame 210 inner surface 211 is the inner surface To form a straight line in the form corresponding to (211),

The portion (b) exposed to the inside of the (square) frame is formed in an arbitrary zigzag straight line shape so as to determine one outer side surface A of the mosaic stone 100.

Further, the outer frame 2 (220b) is additionally installed on the other inner surface 212 (square) frame 210 so as to face each other with the outer frame 1 (220a).

At this time, the portion (c) in contact with the (square) frame 210 inner surface 212 of the outer frame 2 (220b) is to be formed in a straight shape in the form corresponding to the inner surface 212,

The (d) portions exposed to the inside of the (square) frame are zigzag in a straight line shape of the outer frame 1 (220a) and symmetrically with respect to each other with respect to the center axis CL1 (when the reference axis is folded with respect to the center axis CL1). Zigzag straight line).

The outer side surface B of the mosaic stone 100 is determined by the zigzag linear shape which is the symmetry.

Furthermore, the outer frame 3, 4 (220c, 220d) of the outer frame is installed so that both ends are fitted to each other by a shear key on the outer frame 1, 2 (220a, b) first mounted, the form and installation method are Corresponding to the outer surfaces of the mosaic stone 100 of the present invention, but is mounted on the inner surfaces 213 and 214 of the (square) frame 210 in the same manner as the outer frames 1 and 2 (220a and 200b) described above.

That is, the outer frame 3 (220c) is to be mounted on the (square) frame 210 inner surface 213, the portion (e) in contact with the (square) frame 210 inner surface 213 is the inner surface 213 To form a straight line in the form corresponding to

The portion f exposed inside the (square) frame is formed in an arbitrary zigzag straight line shape to determine one outer side surface C of the mosaic stone 100.

Furthermore, the outer frame 4 (220d) is additionally installed on the other inner surface 214 (square) frame 210 so as to face each other with the outer frame 3 (220c).

At this time, the portion (g) in contact with the (square) frame 210 inner surface 214 of the outer frame 4 (220d) is to be formed in a straight shape in the form corresponding to the inner surface 212,

The (h) portions exposed to the inside of the (square) frame are zigzag in a straight line shape of the outer frame 3 (220c) and symmetrically with respect to each other with respect to the center axis CL2 (when the reference axis is folded with respect to the center axis CL2). Zigzag straight line).

The outer surface D of the mosaic stone 100 is determined by the zigzag linear shape, which is the symmetry.

In the present invention, the (square) frame 210 and the outer frame 220 will be referred to as a closed mold 200.

When the outer frame 220 is completely installed on the inner surfaces of the (square) frame 210 in this manner, the shape of the inner frame S of the outer frame 220 may be arbitrarily determined. Such an inner space S shape In accordance with the pieces of stone 400 are put together one by one (mosaic method).

At this time, the fragment stone 400, first, the first to install the sculpture 400 having an outer circumferential surface corresponding to the zigzag straight shape of the portion (bdfh) exposed to the inside of the (square) frame of the outer frame 220, first Filling the arbitrarily produced sculpture stone in the inner space of the stone sculpture 400.

It can be seen that the fragments 400 which are woven together by this operation can be produced uniformly in the same form on the outer surface (A, B, C, D).

The sculpture is to use the waste stone generated when processing or crushing the stone, such as granite boundary, marble, volcanic stone, etc. In this case it can be seen that the disposal of the stone can be used to use environmentally friendly materials.

When the pieces of stone 400 are assembled together as described above is separated from the pebble-type mold 200, the shape cannot be maintained.

Accordingly, as shown in Figure 3b, the binding network 500, such as wire mesh is to be attached to the surface of the assembled fragment 400 by an adhesive such as epoxy.

Thus, the crushed stone 400 is able to maintain its shape even when separated from the closed mold 200.

In the present invention, the woven sculpture 400 maintained in the form by the binding network 500 is referred to as a mosaic stone.

Figure 3c shows the mosaic stone of the present invention separated from the closed mold 200, the use thereof inverted so that the binding network 500 is located at the bottom.

At this time, it can be seen that the outer surfaces of the mosaic stones 100 can be interlocked and constructed in a combined state. As the combined construction state, the mosaic stone of the present invention can function as a packaging material.

This paving material can be used for sidewalks, parks, and the fragmentary stone 400 has a very luxurious surface pattern when the colors are different from each other, and the fragmentary stone 400 is formed in succession with each other to have a very natural texture. It becomes possible.

This packaging state will be referred to as mosaic paving in the present invention.

<Example 2>

The second embodiment is a modification of the first embodiment, in contrast with the first embodiment, two surfaces of the four outer surfaces of the mosaic stone are formed in a straight line shape and the remaining two surfaces are formed in a straight line shape of the support zag.

That is, the (square) frame 210 is prepared as shown in FIG. 4A, but the (square) frame 210 is not different from the first embodiment.

Accordingly, the outer frame 1, 2, 3, 4 (220: 220e, 220f, 220g, 220h), which are manufactured separately along the inner surfaces 211, 212, 213, and 214 of the (square) frame 210, is mounted.

The outer frame 1 (220e) of the outer frame is to be mounted on the (square) frame 210 inner surface 211, the portion (a) in contact with the (square) frame 210 inner surface 211 is the inner surface To form a straight line in the form corresponding to (211),

The portion (b) exposed to the inside of the (square) frame is formed in an arbitrary zigzag straight line shape so as to determine one outer surface A of the mosaic stone 100 as in Example 1.

Furthermore, the outer frame 2 (220f) is additionally installed on the other inner surface 212 (square) frame 210 so as to face each other with the outer frame 1 (220e).

At this time, the portion (c) in contact with the (square) frame 210 inner surface 212 of the outer frame 2 (220f) and the portion (d) exposed to the inside of the (square) frame has an inner surface ( As in the form corresponding to 212), all of them are formed in a straight line form.

The outer surface B of the mosaic stone 100 is determined by the linear shape.

Further, the outer frame 3, 4 (220g, 220h) of the outer frame is installed so that both ends are fitted to each other by a shear key on the outer frame 1, 2 (220e, f) first, the shape and installation method are Corresponding to the outer surfaces of the mosaic stone 100 of the present invention, but is mounted on the inner surfaces 213 and 214 of the (square) frame 210 in the same manner as the outer frames 1 and 2 (220e and 200f) described above.

That is, the outer frame 3 (220g) is to be mounted on the (square) frame 210 inner surface 213, but (e) and (square) frame in contact with the (square) frame 210 inner surface 213. All of the portions f exposed inwardly are formed in a straight line shape to determine one outer side surface C of the mosaic stone 100.

Furthermore, the outer frame 4 (220h) is additionally installed on the other inner surface 214 (square) frame 210 so as to face the outer frame 3 (220g).

At this time, the portion (g) in contact with the (square) frame 210 inner surface 214 of the outer frame 4 (220h) is to be formed in a straight shape in the form corresponding to the inner surface 212,

The portion h exposed to the inside of the (square) frame is formed in an arbitrary zigzag straight line shape.

The outer surface D of the mosaic stone 100 is determined by the zigzag straight line shape.

In this way, as shown in FIG. 4B, the other mosaic stones 100g and 100h are always interlocked with each other (interlocking) on the outer surface of the zigzag straight line based on the mosaic stone 100f disposed on one side as shown in FIG. 4B. In addition, the other mosaic stone (100g, 100h) is also able to be another mosaic stone (100i) can be installed to interlock with each other (interlocking).

Accordingly, it can be seen that the outer surfaces of the four mosaic stones 100f, 100g, 100h, and 100i can all be formed in a straight line shape.

<Example 3>

The third embodiment is another modification of the first embodiment, and the difference is that the portions exposed to the inside of the (square) frame in the outer frame 220i, 200j, 220k, 220l are formed in a curved shape rather than a straight shape. There is only a difference.

That is, as shown in FIGS. 5A and 5B, the (square) frame 210 is the same, and is exposed inside the (square) frame to the outer frame 220i, 200j, 220k, 220l mounted on the (square) frame 210. The site (b, d, f, h) is formed in a curved shape,

Correspondingly, the sculpture 400 is prepared and installed in the inner space (S) of the (square) frame 210 is installed, but not shown, but the binding network is attached

It can be seen that the mosaic paving construction by the mosaic stone (100: 100j, 100k, 100l, 100m) of the present invention has a pattern in which gravel is continuously constructed with each other.

<Example 4>

Example 4 is a modification of Example 3, but manufactured as in Example 3, according to Figure 6, as shown in Example 2, the two outer surfaces (A, B) of the mosaic stone (100n) is a straight line, the other two outer surfaces It can be seen that it relates to mosaic paving by mosaic stones (100: 100n, 100o, 100p, 100q) manufactured in a curved form (C, D) rather than a zigzag straight line.

Example 5

In the fifth embodiment, for example, the block body 600 including the cement block is further formed on the lower surface of the mosaic stone 100 according to the first embodiment.

The block 600 may be a transparent block or a non-transparent block.

It is also the same as being made in this form, but only the block 600 is added to the mosaic paving,

This method may be easily used when it is necessary to use a sculpture having a thickness that is difficult to supply by the thickness of the block 600.

In the mosaic stone 100 provided with the block body 600, the mosaic stone 100 is first set in the mold for the block, the cement mixing body for forming the block body is poured on the upper part, and the mold is pressed with a press. It may be possible to produce it by removing it from the curing.

1A, 1B and 1C show examples of conventional packaging materials.

Figure 2 illustrates the mosaic stone and paving of the present invention.

3A, 3B, and 3C schematically show a manufacturing procedure of the mosaic stone according to the first embodiment of the present invention.

4A and 4B show another embodiment 2 of the mosaic stone of the present invention.

5A and 5B show another embodiment 3 of the mosaic stone of the present invention.

6 shows another embodiment 4 of the mosaic stone of the present invention.

7 shows another embodiment 5 of the mosaic stone of the present invention.

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

100: mosaic stone

200: Closed mold 210: (square) frame

220: outer frame 400: sculpture

500: ties 600: block

Claims (7)

The outer mold 220 is prepared by placing the outer mold 220 spaced apart from each other on the inner surface of the frame 210 so as to symmetrically form the inner surface, and includes waste stones in all of the inner mold 210. To weave the sculptural stone 400, and to attach the binding network 500 including a wire mesh to the surface of the sculpted stone to maintain the shape of the crushed stone by the binding network, the closed mold (200) In the mosaic paving manufacturing method comprising the step of separating the assembled stone (100, mosaic stone) in a state maintained in the form by the binding network from), The closed mold 200 is prepared to include a (square) frame 210 and the outer frame 220, remind (Square) The frame 210, the outer frame 1, 2, 3, 4 (220: 220a, 220b, 220c, 220d) that is manufactured along the inner surface (211,212, 213,214) is mounted, the outer frame of The outer frame 1 (220a) is to be mounted to the (square) frame 210 inner surface 211, the portion (a) in contact with the (square) frame 210 inner surface 211 is the inner surface 211 To be formed in a shape corresponding to the (square) and the portion (b) exposed to the inside of the frame is to be formed in any straight or curved form to determine one outer surface (A) of the mosaic stone 100, In order to face the outer frame 1 (220a) to each other, the outer frame 2 (220b) is additionally installed on the other inner surface 212 (square) frame 210, The portion (c) in contact with the (square) frame 210 inner surface 212 of the outer frame 2 (220b) is to be formed in a shape corresponding to the inner surface 212, the portion exposed to the inside of the (square) frame. (d) is a mosaic by forming an arbitrary straight line or curved shape of the outer frame 1 (220a) and symmetrical with each other based on the central axis (CL1) (to overlap each other when the reference to the central axis (CL1) is folded) Allowing the outer surface B of the stone 100 to be determined; And The outer frame 3, 4 (220c, 220d) of the outer frame is installed so that both ends are fitted to each other by a shear key to the outer frame 1,2 (220a, b) first mounted, The outer frame 3 (220c) is to be mounted on the (square) frame 210 inner surface 213, the portion (e) in contact with the (square) frame 210 inner surface 213 is the inner surface 213 To be formed in a shape corresponding to the (square) and the portion (f) exposed to the inside of the frame is to be formed in any straight or curved form to determine one outer surface (C) of the mosaic stone 100, In order to face the outer frame 3 (220c) to each other, the outer frame 4 (220d) is additionally installed on the other inner surface 214 (square) frame 210, The portion (g) in contact with the (square) frame 210 inner surface 214 of the outer frame 4 (220d) is to be formed in a shape corresponding to the inner surface 212, the portion exposed to the (square) frame inside. (h) is a mosaic by forming an arbitrary straight line or curved shape of the outer frame 3 (220c) and symmetrical with each other based on the central axis (CL2) (to overlap each other when the reference to the central axis (CL2) is folded) Allowing the outer surface D of the stone 100 to be determined; Mosaic paving production method to be made, including. delete delete delete delete delete delete

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