KR20100048238A - Floor making a native rock - Google Patents

Abstract

PURPOSE: A native rock floor is provided to make smooth floor construction, even if the floor is not even, by steadily connecting the native rock panels. CONSTITUTION: A native rock floor comprises a plurality of native rock panels(100) and a connecting member(200). The native rock and the native rock panel are built in the upper side of a floor(10). The connecting member interlinks the facing side of the native rock panel. The both end of the connecting member can be bent to make the horizontal compensation about the warped surface between each native rock panels.

Description

Natural stone flooring {floor making a native rock}

The present invention relates to a new type of natural stone flooring that allows the construction of the flooring with natural stone to obtain the inherent efficacy of the natural stone while at the same time easy construction and prevent the gap between each natural stone panel and the construction in the exact horizontal state.

In general, the ocher floor is generally a construction structure using the ocher block solidified by molding the ocher block of the desired form by mixing water with the powdered ocher and then baking at high temperature.

However, the construction structure using the ocher block has a problem that the mat to prevent the ocher to be buried separately on the surface of the floor constructed with the ocher block because the ocher is buried through the surface of the ocher block.

In recent years, the construction of the floor using the loess panel made of ocher ore has been receiving a lot of response.

However, in order to construct a floor using the ocherite panel, when the cement mortar is generally applied to the floor of the cement, it is generally considered that each ocherite panel is coincident with the surface of the cement mortar. If the level is not accurate, the surface between each ocher panel may not be accurate level, and any one ocher panel may be raised.

Of course, in the related art, a technology for enabling smooth construction by forming opposing surfaces between the ocher blocks in a concave-convex structure corresponding to each other and allowing them to be combined with each other, but it is possible to mold the ocher blocks into various shapes according to a user's needs. Therefore, it is not possible to apply the ocherite panel made of only ocher ore because it is difficult to precisely process the irregularities of the shapes corresponding to each other, and the corresponding parts are easily broken.

In particular, when the floor is constructed using a natural stone panel in the prior art, there is a problem in that it was inevitably harmful to the human body due to the above-described adhesive, considering that each natural stone panel between the adhesive.

Accordingly, in recent years, a configuration is developed such that the bottom panels can be slidably connected using separate connectors, such as Patent Publication Nos. 10-0623060 and 10-0819338.

However, the connector according to the structure of the prior art described above is simply a configuration for connecting two adjacent adjacent floor panels, it does not consider any difficulties due to the processing of natural stone panels such as ocher.

That is, in the case of natural stone processing is extremely difficult, when the groove is processed in a complex form such as multi-stage bending rather than a simple groove, a problem arises that the corresponding site is easily broken.

In particular, the above-mentioned prior arts have a fixed structure that cannot be bent in consideration of the fact that the connector is formed of a hard material that is not bent, such as wood or metal.

Therefore, when the smoothness of the floor is not smooth, not only the breakage of the connector is caused by the stress concentration on the connector, but also there is a problem that the risk of damage to the joint area between the panels is large due to the breakage of the connector. If the floor is uneven, there is a problem that the floor cannot be evenly constructed.

The present invention has been made to solve the various problems with the above-described prior art, the object of the present invention is to simplify the processing for natural stone panel as possible to prevent the breakage of the natural stone panel, and the connection between each natural stone panel In addition to providing a stable, even if the floor smoothness is uneven, to provide a new type of natural stone flooring that can be smoothly constructed.

According to the natural stone floor of the present invention for achieving the above object, a plurality of natural stone panel is formed on the top of the floor while being formed of natural stone; In addition, the connecting member is formed so as to be able to bend up and down on both sides of the center part so as to connect the opposite surfaces between the respective natural stone panels and horizontally compensate for the outer surface between the respective natural stone panels. It is characterized by.

Here, in the center of the opposing surfaces between the respective natural stone panel is formed a recessed groove recessed in the opposite direction between each other and the bottom portion of the opposing surface between each natural stone panel is cut out from a part of the first recessed groove. A seating groove is formed, and the connecting member comprises an indentation end of which both ends are recessed in each of the indentation grooves between the two natural stone panels corresponding to each other while forming an upper portion, and the two natural stones corresponding to each other as well as being placed on the upper surface of the floor. A pair of supporting ends respectively positioned in the seating recesses of the panel, and the deformation grooves are recessed upwardly formed between the two supporting ends are formed.

In addition, the deformation groove of the connection member is characterized in that it is formed to have a height that is higher than the portion where the recess groove is formed in the natural stone panel, but the recess groove is formed so as not to exceed, within the deformation groove of the connection member The upper surface is characterized in that the incision groove is further formed narrower than the deformation groove in order to guide the bending deformation from the site.

In addition, between the groove of the natural stone panel and the upper surface of the concave end constituting the connecting member is characterized in that it further comprises a moisture leakage prevention portion of the rubber material.

In addition, the upper surface of the concave end constituting the connecting member is characterized in that a plurality of projecting protrusions are formed.

In addition, a deformation member capable of compressive deformation, such as a sponge, is further provided between the bottom surface of each of the natural stone panels and the bottom surface of the supporting end forming the connection member and the top surface of the bottom.

In addition, the pair of supporting end constituting the connecting member is characterized in that the lower end portion is formed to have a length enough to be recessed from the surface of the bottom.

As described above, the natural stone floor according to the present invention can be directly provided with various effects of the natural stone according to the floor using the natural stone, and each natural stone panel by coupling between each natural stone panel by a connecting member. It is possible to prevent the use of the adhesive for attaching the liver has the effect of preventing the generation of harmful components due to the adhesive in advance.

In addition, the natural stone floor according to the present invention is because the connecting member connecting each natural stone panel is configured to be capable of bending deformation, and additionally provided by the deformation member is compensated for the height of the floor is not smooth smoothness of the floor Even if the alignment can be made smoothly in the horizontal state, there is an effect that can prevent in advance the risk of damage to the seams of each natural stone panel.

In addition, the natural stone floor according to the present invention has an effect that can prevent the leakage of moisture due to the gap between each natural stone panel and the connection member due to the moisture leakage prevention portion of the rubber material.

Hereinafter, with reference to the accompanying Figures 1 to 4 to describe a preferred embodiment of the natural stone floor according to the present invention.

First, as shown in Figure 1 attached natural stone floor according to the embodiment of the present invention is proposed to be constructed including a plurality of natural stone panel 100 and a plurality of connecting members 200.

Of course, in the prior art, there are many technologies including a connecting member for forming panels from wood or plastic processed ocher blocks, and connecting the panels formed with each other.

However, in the present invention, the panel 100 is not a general wood or plastic processed panel, but also a panel of natural stone, and the connection member 200 can be bent and deformed without causing damage to the natural stone panel 100. It is characterized by the configuration that can be easily matched between the smoothness between each natural stone panel (100). This will be described in more detail for each component as follows.

At this time, the natural stone means a structure formed naturally, not a structure formed by plastic working such as marble, ocher, jadeite, tiles.

First, the natural stone panel 100 according to an embodiment of the present invention is formed by cutting the natural stone in the form of a panel, and the outer surface is processed so that the glossy is generated, the floor (ground to be constructed) 10 It is constructed on the upper surface of and is provided in plurality.

In particular, the concave groove 110 and the seating groove 120 is formed on the opposite surface between the natural stone panel 100.

The recessed groove 110 is a groove formed to be recessed in a center side portion of the opposite surface between the respective natural stone panel 100 toward each other, the seating groove 120 is a portion where the recessed groove 110 is formed It is a site | part formed by incision of the bottom part of the opposing surface between each said natural stone panel 100 from some site | parts of this.

At this time, the length of the seating groove 120 is concave toward the opposite direction from the opposing surface between each natural stone panel 100 is formed shorter than the concave length of the concave groove 110, the length of the concave groove 110 Compared to half of the is preferably formed to be indented by a short distance. This is to minimize the risk of breakage of the corresponding portion by allowing the contact portion on the bottom 10 to be maximized while maintaining a stable coupling state of the connection member 200 inserted into the recessed groove 110.

Since the recess groove 110 and the seating groove 120 as described above are recessed inwardly from the circumferential direction of the natural stone panel 100, the difficulty of processing is extremely small, and the risk of damage to the natural stone panel 100 during processing low.

Next, both ends of the connection member 200 are connected to the opposite surfaces between the respective natural stone panels 100 so as to allow horizontal compensation for the outer surface between the natural stone panels 100. It is a series of structures formed so that the bending up and down is possible.

In the embodiment of the present invention, it is proposed that the connecting member 200 can be easily bent by forming a synthetic resin such as plastic.

In particular, the connection member 200 includes a concave end 210, a pair of support end 220 and the deformation groove 230.

Here, the concave end 210 is a series of configurations in which both ends are concaved in the concave groove 110 between the two natural stone panel 100 corresponding to each other while forming the upper portion of the connection member 200.

In addition, the pair of support end 220 is a series of configurations to be mounted on the upper surface of the bottom while protruding downwardly formed on both sides of the bottom center of the concave end 210, respectively.

At this time, each of the support stage 220 is positioned in the seating groove 120 between the two natural stone panel 100, respectively, and the bottom is installed to be placed on the upper surface of the bottom 10, each natural stone panel By supporting the vertical load provided as a connection site (circumference site) between the 100 serves to prevent damage to the connection site between each natural stone panel (100).

In addition, the deformation groove 230 is a groove formed so as to be upwardly recessed between the support ends 220 is a groove considering the deformation between the support ends 220 according to the bending of the concave end (210).

That is, when the bottom is not smooth, the concave end 210 is bent and the bottom end is adjacent to each other while the support end 220 is also bent by the bending of the concave end 210. The deformed groove 230 is to be able to be smoothly bent by providing a space that can be bent so that each of the supporting end 220 adjacent.

The deformation groove 230 is formed to have a height (depth of indentation) that is higher than a portion where the seating groove 120 of the natural stone panel 100 is formed, but the recessed groove 110 is not exceeded. Cutting due to the bending deformation of the concave end 210 is preferably configured to be prevented.

In particular, a narrower cutting groove 231 is further formed on the upper surface of the deformation groove 230 than the deformation groove 230 so as to guide the bending deformation from the corresponding portion. In this case, although the incision groove 231 is referred to as a groove, it may be referred to as a portion that is substantially scratched by a triangle.

In addition, in the embodiment of the present invention, as shown in Figure 2 attached between the bottom surface of the natural stone panel 100 and the bottom surface of the supporting end 220 forming the connection member 200 and the sponge between the top surface of the bottom 10 It further suggests that the deformable member 300, which is capable of compressive deformation, is further included.

In this case, the deformation member 300 serves to compensate for the height of each natural stone panel 100 in the process of installing each natural stone panel 100 on the top surface of the bottom 10 and also serves as a heat insulating material. Will be performed.

On the other hand, natural stone floor according to an embodiment of the present invention is not limited only to the structure of the above-described embodiment.

For example, as shown in FIG. 3, a moisture leakage preventing part 240 is further included between the concave groove 110 of the natural stone panel 100 and the upper surface of the concave end 210 forming the connection member 200. May be

At this time, the moisture leakage preventing unit 240 serves to block the leakage of moisture on the ground through the gap between the natural stone panel 100 as a packing of rubber material.

In addition, a plurality of contact protrusions 211 may protrude from the upper surface of the concave end 210 of each of the portions of the connection member 200 as shown in FIG. 3.

The contact protrusions 211 are removed in the coupling direction between each other when the recessed end 210 is recessed into the recessed groove 110 of the natural stone panel 100 by forming an upper surface of the recessed end 210. Serves to prevent.

In the following, the construction process and action for the natural stone floor of the present invention configured as described above will be described.

First, the deforming member 300 is installed on the upper surface of the floor 10 to be constructed.

Next, each natural stone panel 100 is placed on the upper surface of the deformable member 300, and each natural stone panel 100 is inserted between the natural stone panel 100 by inserting and connecting the connection member 200. In addition to the connected state can be constructed at regular intervals from each other.

At this time, the coupling between the natural stone panel 100 and the connection member 200 can be easily performed through a simple fitting method.

In particular, even if the smoothness of the bottom of each natural stone panel 100 is not smooth, the height compensation of a certain height (about 1 to 2 mm) by the deforming member 300 is made, as well as of the connection member 200 The elasticity and bending function allow for a stable connection without damage to the joint.

In addition, since a plurality of minute contact protrusions 211 protrude from the upper surface of the concave end 210 of the connection member 200, the concave end 210 is recessed into the concave groove 110 of the natural stone panel 100. In this case, the separation of the bonding direction between the two is prevented.

In addition, since the moisture leakage prevention part is interposed between the concave groove 110 of the natural stone panel 100 and the upper surface of the concave end 210 forming the connecting member 200 is the leakage of moisture through the gap between each other. Is prevented.

On the other hand, Figure 4 is shown is a natural stone floor according to another embodiment of the present invention.

According to another embodiment of the present invention suggests that the pair of supporting ends 220 constituting the connecting member 200 is formed to have a length enough to be recessed from the surface of the bottom 10.

That is, when the natural stone panel 100 is installed on the floor by a dry method among the types of masonry, it is preferable that the deformation member 300 is installed as in the above-described embodiment. However, the natural stone panel 100 may be wetted. This is to ensure that the bottom portion of the support end 220 is fixed in the recessed state from the surface of the bottom 10 without using the deformation member 300 when installed on the floor.

1 is an exploded perspective view showing to explain the configuration of a natural stone floor according to a preferred embodiment of the present invention

Figure 2 is a sectional view of the main portion shown to explain the installation state of the natural stone floor according to an embodiment of the present invention

Figure 3 is an enlarged cross-sectional view showing the main portion shown to explain the installation state of the natural stone floor according to another embodiment of the present invention

Explanation of symbols for the main parts of the drawings

100. Natural stone panel 110.

120. Seating groove 200. Connecting member

210. Concave end 211. Contact protrusion

220. Base 230. Deformed groove

231. Incision groove 240. Moisture leak prevention

300. Deformation member

Claims (8)

A plurality of natural stone panels formed on the upper surface of the floor while being formed of natural stone; And, A plurality of connecting members formed to be able to be bent up and down on both sides of the center part so as to connect opposite surfaces between the respective natural stone panels, and to horizontally compensate for the outer surface between each natural stone panel. Natural stone flooring characterized in that configured. The method of claim 1, In the center portion of the facing surface between each natural stone panel is formed a recessed groove recessed in the opposite direction between each other, and a seating groove in which the bottom portion of the facing surface between the natural stone panel is cut from a part of the first recessed groove Is formed, The connecting member forms an upper portion of each of the recesses in which both ends are recessed in the recesses between the two natural stone panels corresponding to each other, and the lower portion is mounted on the upper surface of the bottom and forms in the seating grooves of the two natural stone panels corresponding to each other. Natural stone floor, characterized in that the pair of the supporting end is positioned, and the deformation groove which is recessed upward from the two supporting ends are formed respectively. The method of claim 2, The deformation groove of the connection member The natural stone floor, characterized in that the natural stone panel is formed so as to have a height that can not exceed the portion where the recessed groove is formed, but the recessed groove is formed. The method of claim 3, wherein Natural stone floor, characterized in that the upper surface in the deformation groove of the connection member is further formed in the narrow groove than the deformation groove in order to guide the bending deformation from the corresponding portion. The method of claim 2, Natural stone floor, characterized in that further comprising a moisture leakage prevention portion of the rubber material between the recessed groove of the natural stone panel and the upper surface of the recessed end forming the connecting member. The method of claim 2, Natural stone floor, characterized in that a plurality of contact protrusions are formed on the upper surface of the concave end constituting the connecting member. The method of claim 2, Natural stone floor, characterized in that the deformation member capable of compressive deformation, such as a sponge is further provided between the bottom surface of the base and the top surface of the bottom constituting the bottom and each connecting member of the natural stone panel. The method of claim 2, The pair of supporting ends constituting the connecting member A natural stone floor, characterized in that the bottom portion is formed to have a length enough to be indented from the surface of the floor.

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