KR200369507Y1 - The fabric of Living Room Conner - Google Patents

Abstract

The present invention relates to the structure of the corner portion where the horizontal and vertical walls of the floor of the interior of the building meets. Especially, the construction period is shortened by dry construction without the use of lightweight concrete in the construction of the heating pipe, and the interlayer noise is reduced. The construction of the floor is to be constructed by a dry construction method in order to block the transmission, and before installing the finishing mortar layer, a plurality of brackets are fixed to the wall at predetermined intervals, and then the front side of the bracket The bracket is installed, the front end of the auxiliary bracket is installed, the gypsum board is installed on the top, the frame is installed on the finishing frame, the upper surface of the frame has a coupler on both sides, in the center will be described later A bracket having a plate coupling portion is installed, and the upper surface of the bracket for heating And a bottom ash is installed, upper surface sumaekpa prevention plate and the floor structure of the corner portion of the building, characterized in a substantial installed in the floor

Description

The fabric of Living Room Conner}

The present invention relates to a structure of the corner portion where the floor surface and the vertical wall meet in the interior of the building and a method of constructing the same, which increases the heating efficiency and prevents noise between floors, and that moisture is stagnated on the floor of the floor covering. It prevents odors and parasitic insects, and makes the appearance beautiful.

Conventional mortar construction method of the corner of the interior of the interior of the building is laid a certain thickness to lay a base aggregate, insulation, heating pipes and the like on the floor to maintain a level using the mortar for finishing, at this time the process of constructing the finishing mortar Since the height setting criteria of the floor is not visualized, the construction of the edge portion of the bottom mortar layer becomes extremely difficult, resulting in a construction in which the thickness of the floor mortar layer is not constant.

In addition, it is difficult to finish the corner portion where the wall surface and the bottom surface are in contact, and cracks are generated in the process of curing the mortar, which causes odor or habitat for insects.

In addition, the edges of the finishing mortar layer is hardened when the floorboard or floorboard is laid at all times.In the case of the floorboard, the edges are lifted and dried according to the temperature. In one case, the temperature around the pipe is first warmed in the process of heating and conducting only the pipe part, so that the mortar layer of the part cracks or worsens and falls off, causing damage to the upper cardboard.

In addition, condensation occurs due to the difference in temperature between the bottom surface and the floorboard or floorboard, and moisture is generated. As a result, the microorganisms, such as molds, multiply and become harmful to health.

In order to solve this problem, the structure of the corner portion of the interior of the building was filed in February 2004 by the applicant of the Patent No. 2002-12914.

Looking at the pre- filed, before installing the finishing mortar layer of the floor, install a plurality of brackets fixed to the wall at predetermined intervals, and then install the finishing mortar so that the finishing mortar of the floor can be constructed to a certain thickness. It is installed by holding a horizontal frame on the bracket with a reference surface is formed to indicate the reference to the city, the front of the bracket is fixed to the finishing frame, and after the construction of the floor consists of a water-wave prevention plate is installed on the floor , The water wave preventing plate installed on the bottom surface forms a coupling part on the main surface so that the water wave preventing plate of the same size can be connected vertically and horizontally, and the bottom surface forms a bend to form an air passage. Structure and construction room to form air hole of air so that moisture generated from the bottom surface can be evaporated and released to the outside It is disclosed.

However, the above method can be applied evenly horizontally and vertically with a certain thickness of the finishing mortar layer of the floor, hide the end of the floor floorboards or floorboards, do not lift the ends of the floorboards, and beautifully the edge of the building There is an effect that can be decorated, but there was a inconvenience that can not be used when flooring is used as wood.

In addition, since the construction of the diffused pipe using light concrete on the floor of the slab has a problem in that the construction period is long and the structure is connected between the floors and cannot block the noise.

The present invention aims to simplify the construction of the floor surface by eliminating the construction of the mortar for leveling the floor to solve the problems as described above.

Another object of the present invention is to eliminate the use of lightweight concrete in the construction of heating pipes, and to shorten the construction period by performing dry construction, and to block the transmission of noise between floors.

Another object of the present invention is to facilitate the construction of the finish mortar during the construction of the floor surface, and to remove moisture generated on the floor surface by condensation to prevent the parasitic of microorganisms such as molds to improve the user's health. To keep it.

Another object of the present invention is to form a space on the bottom surface to reduce the noise between the layers and to transfer heat from the heat medium by the convection phenomenon so that it can be heated evenly.

Another object of the present invention is to facilitate the installation of the water vein preventing plate and to remove moisture generated by condensation from the bottom.

The present invention for achieving the above object is that the construction of the floor is to be constructed by a dry construction method before installing the finishing mortar layer fixed a plurality of brackets on the wall surface at a predetermined interval, the front of the bracket The auxiliary bracket is installed, the front end of the auxiliary bracket is installed, the gypsum board is installed on the top, the frame is installed on the finishing frame, the upper surface of the frame has a coupler on both sides, the center of the protrusion A bracket having a plate coupling portion to be described later is installed, and a heating pipe and a flooring material are installed on an upper surface of the bracket, and a water wave preventing plate and a flooring material are installed on an upper surface of the flooring material.

1 is an exemplary embodiment of the present invention.

Figure 2a is a cross-sectional view of the present invention embodiment.

Figure 2b is a cross-sectional view of the crossed angle of the present invention embodiment.

Figure 3 is an embodiment of the present invention process.

Figure 4 is a perspective view of the frame used in the present invention.

5 is a perspective view of a briquette used in the present invention.

Figure 6 is an installation example of the bracket used in the present invention

Figure 7 is an illustration of the water wave preventing plate used in the present invention.

Figure 8 is an enlarged cross-sectional view of the main portion of the water-wave suppressor used in the present invention.

Figure 9 is an installation state of the water wave preventing plate used in the present invention.

10 is a partially enlarged view of the assembled state of the present invention.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Referring to the configuration of the present invention with reference to the attached Figures 1 and 2, after installing a plurality of brackets (10) fixed to the wall (B) at a predetermined interval before the construction of the floor mortar layer for finishing The auxiliary bracket 15 is installed on the front surface of the bracket 10, the finishing frame 20 is installed on the front surface of the auxiliary bracket 15, and the gypsum board E is installed on the upper surface of the auxiliary bracket 15. Frame 35 is installed on the upper surface of the frame 35, and both sides have coupling holes, and a bracket 50 having a plate coupling portion to be described later is provided at the center of the frame 35, and the upper surface of the bracket 50 is installed. The heating pipe 68 and the flooring material 60 is installed on the top surface of the flooring material 60, and the mat 67, the water wave preventing plate 40 and the flooring material 70 are installed on the floor surface construction, the construction of the floor After this is completed is to fix the finishing frame 26 to the front of the corner frame (20).

The bracket 10 has a rear surface is in close contact with the wall (B) in a plane, and fixed to the wall (B) by using a fixing bolt 13, the male screw 11 having a female screw in the center of the front upper and lower parts protrudes The male screw 11 is provided with a vertical adjustment hole 12, the outer circumferential surface of the nut is processed, and an auxiliary bracket having a fixing protrusion 17 for fixing the corner frame 20 on the front surface of the vertical adjustment hole 12 ( 15 is fixed to the bolt (14), the lower side of the auxiliary bracket (15) has a locking jaw 21 for receiving the corner frame 20 is formed.

The edge frame 20 is made of metal or synthetic resin, and the plate is spaced by a predetermined interval to insert the gypsum board (E) to be continuously produced in a predetermined frame, such as a chassis is connected by a plurality of reinforcement, The upper surface of the front plate is extended to the front bent, the rear plate is composed of a flat surface, the finishing frame 26 is the surface is plastered, the front projection 27 of the front surface is formed of the upper surface of the corner frame 20 It is possible to hang on, the fixing groove 34 is formed in the middle so that the protruding jaw 24 of the closing frame 20 is fitted.

Referring to the construction method of the present invention constituted as described above are as follows.

Construction such as masonry a wall on the base floor aggregate of a building is the same as before.

After the construction of the above-described indoor structure stacking is completed, as shown in FIG. 3a, the bracket 10 is fixed to the bottom of the wall by using the bolts 13 to maintain a constant height in all directions, and the auxiliary bracket 18 on the front side. In this case, the vertical adjustment hole 12 is assembled to the male screw 11 protruding from the bracket 10, and then the bolt 16 passes through the hole 18 of the auxiliary bracket 15 as shown in FIG. 3B. When coupled to the female screw formed in the center of the male screw 12, the auxiliary bracket 15 is fixed to the bracket (10).

At this time, the auxiliary bracket 15 should be installed to be parallel to the wall surface, and the auxiliary bracket 15 is adjusted by using the vertical adjustment holes (12) installed on the upper and lower parts to be perpendicular to the bottom surface, in this case, such as horizontal After measuring whether the auxiliary bracket is perpendicular to the floor by using the auxiliary device of the vertical alignment does not match by using the vertical adjusting device 12, the vertical adjusting device 12 has a large outer diameter and the outer peripheral surface is Since the knurling process can be easily rotated in the direction of loosening or locking, and loosen or lock the screw of the vertical adjusting device 12, the vertical adjusting device 12 moves back and forth so that the auxiliary bracket 15 can be vertically aligned.

After the vertical fitting of the auxiliary bracket 15 on one side in the same manner as described above to assemble the corner frame 20 to the pedestal 17 protruding to the front, this time the corner frame 20 as shown in Figure 3c After placing the bottom of the rear plate of the auxiliary plate on the base plate, push the upper side of the edge frame 20 to the wall close contact and then assembling the bolt 25 on the top as shown in Figure 3d assembling the finishing frame to the auxiliary bracket do.

In this case, after measuring whether the edge frame 20 is horizontal, if the horizontal is not corrected, it is adjusted to adjust the horizontal. In this case, since the hole 18 of the auxiliary bracket is formed as a long hole, By using the auxiliary bracket 15 to move up and down to adjust the edge frame to be horizontal.

After adjusting the corner frame 20 by adjusting the horizontal as above, the frame 35 is installed as shown in FIG. 3E. The frame 35 has a length formed in the longitudinal direction as shown in FIG. It is cut and used according to a predetermined length, and the heat insulating material support 37 is formed horizontally with the rib 36 in the middle of the rib extended from the center of the lower rib 36 to the upper part. The hole 38 is formed so that the anchor bolt 30 can be installed.

The process of installing the frame 35 is to be corrected if the bending occurs in the middle of the frame in a state in which both ends of the frame 35 on the fixing jaw 21 of the finishing frame as shown in Figure 3f The anchor bolt 30 in the middle to maintain the horizontal.

At this time, the anchor bolt 30 is first inserted into the hole 38 formed in the rib 36 at the lower end of the frame 35 on the upper surface of the nut 31 assembled to the anchor bolt 30 at the bottom, and then the nut 31. ) Is assembled and the packing 31 is supported on the upper surface thereof, the rubber packing 32 is also inserted into the upper surface of the rib 36, and then assembled with the nut 34, the frame 35 is firmly attached to the anchor bolt 30. It is fixed, it is adjusted while turning the nut 31 so that the frame is horizontal, the rubber packing 32 performs a buffer role.

Then, as shown in FIG. 3g, after the insulation material 38 is installed on the insulation support 37 of the frame 35, the bracket 50 is constructed, and the bracket 50 has a length as shown in FIG. 5. The bottom member 60 is formed to protrude to both sides of the rib protruded in the center of the bottom plate by cutting the length formed in a predetermined length by a predetermined length, and the one side protrusion 55 of the joining portion is bent. On the other side, the groove 58 is formed between the two protrusions 57 and 59 so that the bottom member 60 is fitted.

In the process of constructing the bracket 50, one bracket is installed as shown in FIG. 6A, and the other bracket 50 is continuously coupled and connected. In this case, after installing one bracket as shown in FIG. After inserting the other protrusion of the other bracket into the groove formed on one side of the bracket 50, lowering the other side as shown in Figure 6b is assembled so as not to flow as the protrusion 52 is fitted into the groove 54 of the lower bracket. After the coupling on the upper surface bolts 44, the construction of the bracket is completed.

After that, as shown in FIG. 3h, the heating pipe 68, which is a heat transfer medium, is constructed, and then, as shown in FIG. 3i, the flooring material 60 is assembled. In this case, the upper surface of the central protrusion of the bracket 50 is formed. Assembling is completed by inserting and inserting the protrusion 61 of the flooring material into the groove 58 between the protrusions 57 and 59.

Then, as shown in FIG. 3j, the charcoal mat 67 and the water wave preventing plate 40 are constructed on the top surface of the flooring material 60. The charcoal mat 67 is laid on the top surface of the flooring material with a simple mat type pallet. To prevent impurities and to promote health due to the emission of far-infrared rays, the water wave preventing plate 40 is to prevent water wave, and their installation has a ratio of width and length as shown in FIGS. 7 and 8. It forms a rectangle of 2: 1, and is embossed on the surface at regular intervals to form a recess. Form a bent surface bent from the upper surface to the lower side and an extension portion extending laterally from the bent surface and a locking portion bent upward from the tip of the extension portion, the top end of the locking portion being the thickness of the copper plate than the upper surface of the copper plate. Have a shallow position.

On the other side corresponding to the locking portion formed on one side of the water vein preventing plate 40 " Form a hook portion formed of "type but the bottom of the hook portion is to maintain the same height as the upper surface of the extension.

Also ahead is " Form a bent surface that is bent from the top to the bottom and an extension portion that extends laterally from the bent surface and a latching portion that is bent upward at the tip of the extension portion, wherein the bent surface is formed with the same line as the top surface of the extension portion. On the rear, The hook portion 58 bent into a shape and the hook portion extending outwardly were formed.

In order to construct the water vein preventing plate on the indoor floor as shown in FIG. 8, the present invention configured as described above is first laid so that the water vein preventing plate is arranged continuously to the side so as to contact the wall of the room. If the hook portion of the second water vein preventing plate is placed on the hook portion formed on the side surface of the plate to be continuously arranged, the inner surface of the hook portion is fitted to the hook portion and thus cannot move to the side surface.

As above, the vein preventing plate is arranged in a state in which the vein preventing plates are arranged in a line. In this case, as shown in FIG. 9A, the two hooks protruding toward the rear of the vein preventing plate are connected to the two vein preventing plates. After inserting it in, as shown in FIG. 9B, when the front is put down, the latching part is inserted into the locking part so that it does not move forward, and since the latching part is inserted into the hole, the construction of the floor is completed so as not to flow from side to side.

Then, as shown in FIG. 3k, the bottom plate 70 is assembled to the top surface of the water wave preventing plate 40. At this time, the groove 72 formed on one side of the bottom plate 70 as shown in FIG. The bent portion of the upper surface of the 40 and the protrusion of the bottom material 51 is fitted together, the assembly is completed, the construction of the floor is completed.

After the assembly of the decorative plate 26 on the front of the finishing frame is the construction of the corner is completed.

In the above construction, the heat of the water pipe is conducted to the entire copper plate by the water wave preventing plate which blocks the water wave radiated from the ground, so that the heating effect is not only increased, but also to block the vibration wave harmful to the human body from the underground vein. In addition, the water wave preventing plate is composed of copper (copper) or copper alloy (있어 合 있어) and the basic copper carbonate [CUCO ₃ · CU (OH) ₂ ], by the action of CO ₂ , SO ₂ and moisture in the air, It generates basic copper sulfate [CUSO ₄ · CU (OH) ₂ ] and the like, and the acid component generated in the process has antimicrobial activity, and thus suppresses the generation of microorganisms. It is evaporated and discharged to the outside through the space between the curved surfaces of the water valve.

As described above, according to the present invention, since the horizontal height of the four sides is constant by the lower display portion of the finishing frame installed on the bottom of the floor, it is possible to maintain the horizontal level of the floor without any tools, and the end of the bottom plate is the recess of the bottom of the finishing frame It is inserted into the sheet, so it is easy to install longboard, and the end finish can be cleaned.

In addition, since the wall mortar and the bottom mortar are separated by the fixing frame, and a space is formed between the fixing frame and the wall surface, moisture or odors in the bottom of the floor mortar layer flow into this space and are discharged through the air holes in the corner frame. Is not generated, and even the bottom of the vinyl sheet is not moisturized to suppress the generation of microorganisms.

As described above, according to the present invention, the construction of the floor surface and the wall surface can be facilitated, and the moisture generated on the floor surface can be removed by condensation, thereby preventing the parasitics of microorganisms such as molds, thereby maintaining the health of the user. Since the heat emitted from the heating pipe, which is a heat transfer medium, is conducted by convection, the heating is performed as a whole. By forming a space between the floor and the floor, noise generated from the floor is not directly conducted to the floor. Therefore, it is possible to prevent the transmission of noise to reduce the noise between the floors.

Also, according to the present invention, the end of the flooring material enters the lower part of the decorative plate, thereby beautifully decorating the corner part of the interior of the building.

Claims (8)

After installing a plurality of brackets fixed on the wall at predetermined intervals before constructing the floor finishing mortar layer, an auxiliary bracket is installed on the front of the bracket, a finishing frame is installed on the front of the auxiliary bracket, and a plaster on the top. The board is installed, the frame is installed in the finishing frame, the upper surface of the frame has a coupler on both sides, a bracket having a plate coupling portion described later in the projection is installed in the center, the heating pipe and flooring material on the upper surface of the bracket Is installed, the structure of the corner portion of the building interior room, characterized in that the top surface of the flooring is installed a water wave preventing plate and the flooring material. The method according to claim 1 The rear surface of the bracket 10 is in close contact with the wall in a flat surface, the front and lower parts of the male screw 11 with a female thread in the center protrudes, the male screw 11 is provided with a vertical adjustment sphere 12, the outer peripheral surface is n-ring processing The auxiliary bracket 15 is fixed to the front of the vertical adjustment sphere, the structure of the corner portion of the building interior room, characterized in that fixed with a bolt (25). The method according to claim 1 The auxiliary bracket 15 is formed in the upper and lower parts of the long hole 18 for adjusting the vertical height, the lower side of the support plate 17 for receiving the corner frame 20 and the hook protruding upward from the front of the support plate The structure of the corner of the building interior, characterized in that the jaw is formed. The method according to claim 1 The corner frame is composed of a metal or synthetic resin, the structure of the corner of the building interior room, characterized in that it can be continuously produced in a certain frame, such as a chassis. The method according to claim 4 The frame is a structure of the corner portion of the interior room, characterized in that installed in the middle to maintain a horizontal using the anchor bolt (30). The method according to any one of claims 1 to 5 The finishing frame 30 has a surface is plastered, the groove 36 is formed in the upper back so as to cover the upper surface of the corner frame 20, in the middle of the fixing fixture 34 protrudes the finishing frame 20 The structure of the corner portion of the interior of the building, characterized in that fitted in the notch groove (26) of. The method according to any one of claims 1 to 5 The water wave preventing plate is formed of copper, and the concave portion is formed by embossing the surface of the copper plate at regular intervals. "In the form of an extension extending from the upper side to the lower side extending to the side and the bent portion is bent upward from the tip of the extension portion, the other side corresponding to the "Form a locking part composed of a mold, in front of the" "In the shape of the upper side is bent from the lower side to the extension extending to the side and the engaging portion is formed to be bent upward from the leading end of the extension portion is formed in the bent surface is inserted into the hole, the rear is formed" "Hooks bent into a shape and hooks extending outward are formed so that the hooks are placed on the hooks on the side and placed in succession. In the front, the two hooks of the bottom plate are placed in the two holes of the bottom plate of the rear. Floorboard material characterized in that it is inserted and coupled to each other. The method according to any one of claims 1 to 5 The auxiliary panel is a structure of the corner portion of the interior room, characterized in that spaced apart by a predetermined interval from the floor surface by the anchor bolt.