KR200418923Y1 - mud studio - Google Patents

Abstract

It is designed to build a recording studio or a karaoke room and a bathroom living room as a mud house. It is made by drilling the hole in the upper part of the ceiling and filling the soil. Square pillows made of cloth (solid plaster) to solve the problem of dirt dropping when building all other finishing materials (marble, wood, gypsum board, panels, metals, non-ferrous metals, plastics, rubbers) known to be sealed with mud. It solved the problem of mud scattering by making mud bricks by putting mud on the surface such as board material or metal, wood, glass, ceramics, nonferrous metals and plastics, and solid materials (commercially available gypsum board, metal, plastic) Devised a method of making walls and ceilings after covering them Will.

Karaoke, Recording studio, Apartment finishing material, Floor finishing material, Mud house, Mud, Square frame, Textile case, Mud panel

Description

Mud House Karaoke {mud studio}

1 is a cross-sectional perspective view showing a method of installing a pillar and a ceiling with a plurality of bolts (3, 4) is a structure that is filled with mud in an empty hole after fixing firmly with a bolt

Figure 2 is a perspective view of the frame of a square or rectangular pipe used for a column or ceiling filled with soil in the hole.

3 is a state diagram in which a single-layer frame is installed by combining FIGS. 2, 4, 5, 7, 8, and 12, and filled with mud to increase insulation and sound insulation.

Figure 4 is filled with soil as a circular column and ceiling or wall frame to play the same role as in Figure 2 to increase the sound insulation and insulation effect.

Figure 5 is a detailed view of connecting the pillars of the present invention to install a two- or three-tiered pillars with bolts in the holes of 10 and 11 to improve the insulation and sound insulation effect by filling the gap.

6 is a perspective view illustrating the necessity of manufacturing various types in the shape of a ceiling frame that becomes smaller in size and height as it approaches the center as 6 frames, and the floor is filled so that the soil does not spill to maximize the insulation and sound insulation effect by filling the soil. It is a structure like a sealed visual bowl.

Figure 7 is a structure that can put mud in the hollow hole as a seven-frame, when used as a frame or ceiling frame to create a wall, the bottom is like a closed bowl so that no soil is spilled, but the other side is largely perforated square hole This insert was inserted and a number of holes 23 were drilled to create a more mud scent to feel more mud inside the room.

FIG. 8 is an eight-frame frame, which is installed near the corners of a square corner, is filled with soil and forms an inclined upper and lower inclination angles, and holes 26 are perforated vertically and horizontally to allow soil to enter. Hole 23 drills a plurality of holes in order to feel more of the smell from the mud, and hole 22 is a bolt insertion hole that is bolted to the hole of FIG.

Fig. 9 is a post installed between Figs. 7 and 8 as a column and is fastened by bolts. The black dots show the bolt holes, and the bolts are inserted therein so that they will continue to be placed up and down so as to form a high wall. It is a middle support that plays a role and is installed sideways when installed on the ceiling.

FIG. 10 illustrates a method of producing mud bricks by putting mud (45) inside a cloth pillow and sealing with tape or stitching the thread so that the soil does not scatter to the outside.

11 is a cross-sectional view of using a pillow-shaped cloth pillow (5) filled with soil (20 as a brick brick).

12 illustrates a method of making a wall by fastening several frames 13 together with bolt nuts.

FIG. 13 is a 13 frame which is inclined at the bottom so that it is not detached at the time of joining. Hole 22 is a bolt insertion hole and is bolted to hole 11 of FIG. 9, and hole 99 is drilled to feel more mud effect. Walls can be made using both perforated and unperforated holes.

14 is a cross-sectional view showing a state where the soil is placed on the ceiling, 200 is the filled soil and 101 is holding the soil with a heavy object and 24 (Fig. 8) and 10 (Fig. 9) is a combination of the present frame frame in the ceiling It is shown.

Figure 15 is a perspective view showing only a part of another embodiment of the present invention applied after combining the existing prefabricated building panels and imitating the fastening with bolts from the outside as a hole in the front or back anywhere convenient It is a bolt that is fastened with bolts or nuts, which secures a space for soil, but is firmly fixed with bolts.

Fig. 16 is a perspective view of two panels, in which the corner panel 67 is made of the inner and outer ends (the side with holes 88) in different directions to prevent the end of the panel from protruding in a place where people live. In order to secure the empty space while the two are firmly combined like one, bolts are inserted into the holes of the panel, and two nuts are fixed in the middle of the inside and when the outside is fixed, the two panels are fixed like one. Using bolts manufactured and distributed in the market.

Figure 17 shows one or more holes 300, 300a, 300b, 300c in the upper part of the wall (the part of the ceiling or near the ceiling) to fill the mud in the interior of the building after completion, such as an apartment. A perspective view of a room with a roof removed, explaining that after drilling, mud is blown into the walls and ceiling of this design by machine or by hand to fill the soil.

18 is a cross-sectional view showing how the soil is filled and a perspective view illustrating that the soil is filled in the floor 400e and the wall 400 and the ceiling 500,500a.

Fig. 19 is a hinged panel of the present invention with hinges, and a rotator can be put in and out of the soil, and a number of bolt holes are drilled on the slopes and forearms so as to be fixed to the side plates. A perspective view illustrating the soil connected to each other.

Explanation of symbols for the main parts of the drawings

   3 bolts 4 bolt holes 5 large hole 20 threaded nut hole 67 corner panel

   88 Threaded nut hole 89 Vent hole 200 Gravel and dirt

400a 400b 400c 400d 400e anchor bolts (fixtures connecting the building wall and the invention)

It is a method to finish the interior of a building by using all the known interior finishing methods. The difference is that the soil or sand gravel is double sealed to prevent it from filling up and leaking out. How to fix the panel by anchoring the anchor bolt to the wall, how to lay the marble, how to finish the wall by connecting the wood panel, how to finish with the plastics, or after finishing with all the current finishes And will be filled with soil or sand or gravel or various. Modern apartments (hanok, wooden houses, prefabricated houses, automobile homes) are designed to build indoor and restroom living rooms as mud houses, which are used to drill holes and fill soil in the upper part of the ceiling. To solve the problem of dirt falling when a house is made of mud with all other finishes (marble, wood, gypsum board, panel, metal, non-ferrous metals, plastics, rubbers) made by the conventional method but sealed to prevent the soil from leaking out In order to solve the problem of mud scattering by making mud bricks by putting mud in the state of covering a rectangular pillow made of cloth, and covering it with a hard material (metal, plastic, ceramics) I devised a way to make it. It is possible to install several perforated pipe frames and combine them into several columns.Shanghai-dong can freely install and dismantle easily, and make frames with various materials. In order to prevent the soil from falling off and cracking, it is designed to fill the soil in a rectangular case with one side that acts like a metal pillow on the outside. The wall can be made of metal and the soil can be pushed in the space between them.

This design devises a way to build a recording studio or a karaoke room and a bathroom living room as a mud house. The top of the ceiling is drilled and filled with soil. Square pillows made of cloth to solve the problem of dirt falling when building all other finishing materials (marble, wood, gypsum board, panels, metals, non-ferrous metals, plastics, rubbers) that are known to seal the outside to prevent exiting. Mud bricks are made by adding mud (with a larger horizontal and vertical surface to become a wall panel) with the surface covered (such as hard gypsum board or metal, wood, glass, ceramics, non-ferrous metals and plastic). The problem is solved and the surface is made of hard materials (commercially available gypsum board, metal, plastic, ceramics, glass, wood) The idea was to create a wall and ceiling by joining them after the cover.

In general building, if you replace the finishing work with this design to make the interior clean and colorful after the house is made of concrete as described in the drawing, you can choose healthy soil and fill it with better soil. It is a mud-house skeleton that can be properly fixed and combined with various bolts of the present invention and known prior art panels so that they can be replaced with bolt nuts.

Modern apartments (hanoks, wooden houses, prefabricated houses, automobile houses) are designed to build mud houses in indoor and restroom living rooms and offices or theaters and commercial buildings. If the ceiling or wall is made by the current known method, but all other finishing materials (marble, wood, gypsum board, panel, metal, non-ferrous metals, plastics, rubber) are known to be sealed to prevent soil from leaking out of mud. In order to solve the problem of falling soil, the mud bricks were made by putting mud in a state such as a cloth square pillow, and the muds were scattered and covered with a hard material (metal, plastic, ceramics). After devising ways to make walls and ceilings, the soundproofing effect It is necessary to produce more durable, cheaper and lighter materials to maximize the insulation effect while saving the material cost.

It is designed to build a karaoke facility, a recording studio, a commercial office, or a living room in a modern apartment (hanok, wooden house, prefabricated house, automobile house) and a living room as a mud house. The ceiling or wall is made by the current known method of filling the clay, but all other finishes (marble, wood, gypsum board, panel, metal, non-ferrous metals, plastics, rubbers) which are known to be sealed to prevent soil leakage are mud. In order to solve the problem of falling soil when building a house, the mud bricks were made by putting mud in the state of covering a rectangular pillow made of cloth, and the solid material (metal, plastic, ceramics) was solved. It was designed to create walls and ceilings after joining them.

The present invention is a method of building a building with soil, and a new method of building a mud house, a sand (wall and column ceiling with sand and gravel) or a general soil house is made up to compensate for the fact that the soil is weak and damp. It is designed.

The present invention is to continue to put up the frame having the shape of Figure 8 to the hole in the middle connection panel of Figure 9 to each other and fastened with a bolt nut to fill the hollow hole 26 to maximize the sound insulation and insulation effect. .

FIG. 7 is a frame which is a general wall, and FIG. 8 is a structure in which holes 22 of FIG. 7 are coupled to and fastened to holes 22 of FIG. As shown in FIG. 3, the remaining parts except the door and the window are filled with soil in the middle and sealed (FIG. 9 is installed in the middle of FIGS. 8 and 7 to form a high wall).

As another embodiment, it is more effective if the six-frame (Fig. 6) all sides can be perforated by a large square to fill more soil.

Figure 4 is to do so for the purpose of perforating a large number of rectangular holes as a circular frame so that the soil is evenly filled up and down.

The ceiling of Figure 3 is coupled to each other eight frames (Fig. 8) nine frames (Fig. 9) 5 frames (Fig. 5) 7 frames (Fig. 7) 6 frames (Fig. 6) 12 frames (Fig. 12) 13 frames (Fig. 13) After the application was made, the bottom was sealed to fill the soil, and a large hole (26 in FIG. 8) was inserted to insert the soil.

 On the roof of Figure 3, after the frame is joined with bolts, the floor is sealed with rubber or adhesive so that the soil does not leak, and the soil is filled and a heavy object is placed on it (Figure 14) so that the mud does not crack.

  The present invention is not a way of making concrete after pouring concrete formwork, but a method of making a clay house by filling with mud or sand. It is not used to separate formwork, but to use it as a pillar and a ceiling. In addition, if you apply the method of making concrete formwork already applied, it will be easier to make a mud house, and after making concrete formwork, it is a method of filling the mud and finishing the exterior with finishing materials and using it as it is. Before filling the soil in the frame of Figure 7 to prevent the soil from leaking with a thin cloth or metal mesh to fill the soil after the dirt is not scattered. The present invention is a device that can be recycled by removing the soil contained in the frame after dismantling it.

FIG. 15 shows another embodiment of the present invention, in which a wall is made of panel 63, panel 64, panel 65, panel 66, panel 67, panel 68, and firmly fixed by bolts. After inserting, make sure that the wall is inserted in the desired shape, and then fix the bolt later. This is convenient when you accidentally insert the panel incorrectly and dismantle it again. Figure 15 is a structure that can be prevented from further discrete after inserting the soil into the empty space by fixing the nut after the bolt is inserted from both sides after the worker drills where desired. Fig. 15 allows two rows of soil to be put, but can be three, four, five, six, etc. as desired by the operator, by creating an empty space (or adding insulation) in the middle row and filling the next row with soil. Since there is an empty space between the walls, people can enter and exit.

Fig. 16 shows the edge panels (88, masonry, wood, metal, ceramics, plastics, etc.) protruding in different directions when bolts are fastened (88) in the interior of the room and in the exterior of the room. The bolts do not protrude from the wall.

Fig. 16 (67) is a transverse type, but it is more robust when used in the place where the wall is formed at right angles or the wall is connected at an inclination angle by making an English T-shaped panel and drilling a screw hole 88 at the edge. The present design is to be installed in the interior of the ceiling apartments, warehouses, large indoor playground, etc., so the roof will not be made so that rain does not leak. However, by applying the present invention, the existing roof can be made by the method using the conventional technique, and can be used by combining with bolts or electric welding on the upper wall of the present invention, and as shown in Fig. 15, the walls 63, 64, 65, 66,67,68, tee type) after making 4 or 5 lines instead of 3 lines, filling the space between the walls with appropriate materials, and then placing concrete on the upper part of the ceiling of the present invention It can be made and used, and the present invention is a method that can implement the present invention in various shapes such as multiple rooms, toilets, kitchens, recording studios, etc.

It is a method to finish the interior of a building by using all the known interior finishing methods. The difference is that the soil or sand gravel is double sealed to prevent it from filling up and leaking out. How to fix the panel by anchoring the anchor bolt to the wall, how to lay the marble, how to finish the wall by connecting the wood panel, how to finish with the plastics, or after finishing with all the current finishes And will be filled with soil or sand or gravel or various. Modern apartments (hanok, wooden houses, prefabricated houses, automobile homes) are designed to build indoor and restroom living rooms as mud houses, which are used to drill holes and fill soil in the upper part of the ceiling. To solve the problem of dirt falling when a house is made of mud with all other finishes (marble, wood, gypsum board, panel, metal, non-ferrous metals, plastics, rubbers) made by the conventional method but sealed to prevent the soil from leaking out In order to solve the problem of mud scattering by making mud bricks by putting mud in the state of covering a rectangular pillow made of cloth, and covering it with a hard material (metal, plastic, ceramics) I devised a way to make it. Multiple perforated pipe frames can be installed by joining them to separate columns, and Shanghai Dong can freely and easily install and dismantle them, and can also make frames with various materials while filling the soil with soil to maximize insulation and sound insulation. It is designed to fill the soil in a square case with one side that acts like a metal pillow on the outside to prevent the soil from falling and cracking.You can make a wall with metal and push the soil into the space between them. It is a method of filling soil into a shape, and the square pipe in this case is made by applying all known techniques. 17 shows one or more holes (300, 300a, 300b, 300c) in the upper part of the wall (the part of the ceiling or near the ceiling) to fill the mud in the interior of the building after completion, such as an apartment. After drilling, the mud is blown into the walls and ceilings of the present invention by machine or by hand to fill the soil. All known methods are used to fill beneficial materials such as soil or sand gravel.

FIG. 18 is a cross-sectional view showing how the soil is filled. The floor 400e and the walls 400 and 500 and 500a have been filled with soil. As a result, the empty space is eliminated and the empty space is removed. After anchoring to the ceiling or wall floor with anchor bolts, fill the soil with holes in the top or bottom of the perforated hole in the finished state and close the holes.

Since this paper is fixed with bolt nut, it can be disassembled and assembled at any time. The method is widely used as a well-known technique, but since it is not sealed, soil will leak out, so the present invention is completely sealed so that black does not come out.

The reason why this connector panel can be disassembled and assembled is that the mud has a long service life so that it can be replaced with other soil you want after years or months of use.

  As described in FIG. 19, the present invention is a cabinet-type panel with a hinge, which can be attached to an apartment wall, can be used on a ceiling or floor, and can be used in a new building, and is equipped with a swivel to insert and remove soil in the panel of the present invention. A strong cloth tape is used to drill the bolt holes on the slope and arm side as much as possible, and the wall surface of the part where the soil is connected is drilled into a large square hole so that the soil is connected to each other. It can also be sealed with adhesive or natural paint to create holes that do not leak soil into the holes. It is possible to maximize the effect of the earthen house by leaving small holes that do not come out of soil, and the material in this paper can be made of all the conventional materials already used and unique stone (fossil material, marine wooden material, rust resistant to water, rust) It can be made of all materials (glass type, ceramics, precious metals) on the market, such as special new material metal which is not used.

In the case of karaoke used by a multitude, the frame can be made of nonflammable material such as gypsum board, filled with sound absorbing material, and finished with a sound absorbing board wrapped in sound absorbing material (prior art). In addition, the recording room can be made of flame retardant materials such as gypsum board, filled with sound absorbing material, and finished with a sound absorbing board wrapped in sound absorbing material (prior art).

In another embodiment, one side is a perforated plate and the five sides are sealed in a rectangular cube (see Fig. 10) to empty the soil therein, and can be used as a wall or ceiling panel to finish the interior of karaoke.

 The wall or ceiling panel of the present invention can be fixed with bolts, but it can be opened and removed by attaching a hinge so that it can be opened and closed like a revolving door.

In the middle of the soil of the wall and ceiling of the present invention, a large number of heating wires can be inserted, the electric wires can be connected, and a thermostat can be used to make the karaoke wall that can be heated. The present invention has the karaoke equipment inside the karaoke, the ceiling and the lighting equipment such as the current karaoke and speaker facilities are attached in the same way as conventional, and the doors and windows can be made like the conventional karaoke.

In order to finish the house cleanly and splendidly after the house was made of concrete, the finishing work after the building was replaced by this design, which was economical, and it was possible to select and replace healthy soil and replace it with better soil. It is more advanced than the mud. The mud is filled after the framing is made to prevent the soil from falling into the interior, and the outer walls are made of durable framing to fill the interior with karaoke, which has the same effect as an earthen house. The interior of the concert hall can be made more environmentally friendly and the present invention is economical because the structure is dismantled and the soil contained in it can be recycled.

Claims (3)

Multiple perforated pipe frames are stacked together to create walls, ceilings and floors (Figures 1 and 3), and the columns (Figure 9) can be divided into several bolts and installed in Shanghai. In combination with the skeleton (Fig. 13) and the pillar (Fig. 9) and the eight (Fig. 8) and the four (Fig. 4) and the six (Fig. 6) and the five (Fig. 5) and the four (Fig. 4) frame. The bolt nut is used to make the wall, and the 7 frame (Fig. 7) is connected to the pillar (Fig. 9) when making the ceiling, and is joined by bolts. The empty space is filled with soil to maximize insulation and sound insulation. The outer wall, which cannot be used for this frame, has a metal mesh pillow inside the pillow made of fiber on the outside so that the soil does not fall into the room and does not split (Fig. 10, reinforcing the steel bars or steel frames of the concrete building to be fixed up and down) Right and left The soil bricks are filled with soil, and the soil bricks filled with soil (figure 12 and 13 are filled with wall panels) are stacked in a rectangular case (Fig. 12, Fig. 13). In the case of making the wall and ceiling with the frame of the present invention, the wall (see Fig. 9, Fig. 8, 7) is made of metal, stone, wood, plastic, ceramics, glass or gypsum board. ) Soil, gravel or sand can be filled into the window frame and the door frame to be drilled through the appropriate holes in the seven frame (Fig. 7) to be joined by bolts, frame panels (63, 64, 65 of Fig. 15) , 67,67,68, can be combined to create a wall in multiple lines and to create a wall of different shapes (Hangul-ri, a bastard or a zigzag) (Figure 15). Do not make the room clean and colorful after it is built In order to replace the finishing work with the present design after building, the various panels of the present invention and well-known prior art panels are properly combined and mixed so as to select and fill healthy soil and replace it with better soil. Mud karaoke that can be fixed after dismantling with bolt nut According to claim 1, the present invention can be used after filling the karaoke wall and ceiling floor, and replacing it with better soil. Anchor bolts (hinges) and fixtures (wall or door hooks) are attached to the walls and floor ceilings to prevent them from collapsing by filling a lot of soil or gravel sand to prevent them from collapsing. A mud karaoke room where you can exchange soil. The recording room wall or karaoke which can be heated by inserting a plurality of heating wires in the middle of the entire wall and the ceiling or floor soil, connecting electric wires and attaching a thermostat (using conventional technology such as electric blanket). Mud house karaoke made of wall

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