KR200152420Y1 - A sectional panel for the floor or wall - Google Patents

Abstract

The present invention relates to a prefabricated panel applied to the floor or exterior wall of the building.

That is, after the buffer spring, rubber member and panel are assembled in order on the upper side of the base formed at the bottom of the floor panel, concrete with gold mesh and heat reflecting plate is formed in the panel, and the construction is simple. If any trouble occurs in various wirings installed on the floor, it is easy to open and repair by dismantling the panel only for the broken part, and there is a lot of free space at the bottom of the floor panel. A cushioning spring is installed inside to improve walking comfort, and it is possible to prevent noise between floors, vibration, soundproofing, resonance, etc., and to form a mesh with anchor bolts on the L-type angle on the outer wall of the conventional panel and install it on the base. The cement mortar is already filled and hardened, and it is easy to assemble and has high strength. Even if this does not fall, because each of the panels connected firmly, which will have the effect that the smooth condition of the panel held.

Description

Prefabricated panel applied to the floor or exterior wall of the building

(A), (b) of FIG. 1 is a side sectional view and a front view of the marble plate material installed in the conventional exterior wall body.

Figure 2 is an exploded perspective view of the flooring panel of the present invention.

3 is a cross-sectional view of the flooring panel of the present invention.

Figure 4 is an enlarged cross-sectional view of the shock absorber which is the main part of the present invention.

5 is an exploded perspective view of the outer wall panel of the present invention.

6 is a cross-sectional view of the outer wall panel of the present invention.

* Explanation of symbols for main parts of the drawings

100: floor panel 110,210: panel

111,211: Border groove 112,212: Connecting member

112a, 117a, 212a: Coupling protrusion 113,113 ', 213,213': Gold mesh

114,214: Heat reflection plate 115,215: Concrete

116: insertion groove 117: rubber member

120,220: Base 121,217: L type connecting member

122,218: T type connecting member 123,219: + type connecting member

121a, 122a, 123a, 216,217a, 218a, 219a, 133 ': hole

124: adjusting bolt 134,221,225: anchor bolt

124a, 221a, 225a, 134 ': Threaded rod 125,132,222,226,135,142: Nut

126,223,227,131,129 ', 136,139', 141: Washer

127,137: rubber plate 128,138: buffer spring

129,130,139,140: Rubber backing 200: Outer wall panel

133,223: Angle

[Purpose of designation]

The present invention relates to a panel installed on the floor or exterior wall of a building. Especially, it is easy to open and repair by assembling in units, and the height and height of the inside of the panel can be adjusted so that the floor horizontality is smooth and space. It is to ensure that it is easy to secure the wiring of various wires and to install the upper and lower pipes.

[Technical field belonging to draft and conventional technology belonging to the field]

In general, the structure of a building structure is to install vertical pillars at regular intervals, and install vertically shaped metal sleeves on the horizontal beams with horizontal beams connected to each other to distinguish floors. It is to install a pipe that can purchase various electric wires, telephone lines, water and sewage drainage pipes when the cement mortar is filled and hardened together with the wire mesh, and attach a separate flooring material which is a finishing step when the cement mortar is filled and cured again.

On the other hand, vertical columns or walls are anchor bolts for installing marble plates or translucent glass standardized to a certain size on the walls (1) filled with cement mortar as shown in (a) and (b) of FIG. (2) is fastened to the wall and the end of the anchor bolt is fastened to the L-shaped angle (3) to seat the marble or glass (4) at the end of the angle, and then another marble is seated on top of the marble first installed However, the grooves (5) are cut in the upper and lower marbles so that the angles are inserted in the areas where the marbles and the marbles come into contact with each other. Filled with epoxy, the inserted copper wire has a means for winding the anchor bolt to pull the marble to fall backward.

However, in the former case, that is, the construction method of the flooring material is to install the electrical and electronics, the upper and the sewage pipes, etc. which are installed on the upper side of the sleeve at the positions indicated in the design. Therefore, if the pipe is installed incorrectly or the cause of failure occurs after the construction method is completed, it is inconvenient to dig and repair the flooring material at the location of the relevant part, and in particular, various pipes can be installed only at the location according to the design. Therefore, if additional installation is required, the pipe is exposed to the outside of the building, and the appearance is unsightly. In addition, there is a problem that the noise between floors is not large enough to satisfy the walking feeling because it is not a structure that prevents vibration or absorbs shocks, and construction is very demanding, which delays construction air.

On the other hand, in the vertical column or wall construction method, the anchor bolt fixed to the wall and the angle inserted into the marble are provided with a rolled copper wire, which has a means of pulling the marble backwards and pulling it backward, and corrosion occurs. The advantage is not to have. However, since copper has a higher elongation rate than ordinary wires, if it is left unattended for a long time, the first horizontal plane of marble is inclined to one side or irregularities of marble and marble are formed, resulting in an unsightly appearance. In addition, if there is a high earthquake or strong external shock, marble and glass may be separated from the wall and fall.

[Technical Challenges to Solve]

The present invention has been made to solve the above problems, the first purpose of the flooring material is to assemble the spring of the buffer spring and rubber member and the upper and lower sequential panel in the upper side of the base that can be adjusted height, height Next, the inside of the panel is filled with cement mortar, and the upper surface of the concrete is polished to form an artificial marble, and the lower side of the base can form a lot of space, and various pipe pipes are embedded and the buffer spring is fixed load. When a load of more than 70kg is combined with the moving load, the rubber member absorbs it and makes a buffering action. The rubber member reduces resonance (a phenomenon in which the sounding body is stimulated by sound waves from the outside to produce the same frequency sound). The second purpose is to form the L-angle on the conventional wall with anchor bolts into the net The panel of the Sangkwang Strait which is installed on the base is already filled with cement mortar and hardened. It is easy to assemble and does not fall down because of the strong connection of the panel even if there is high earthquake or external impact. The purpose is to provide that the panel remains smooth.

[Configuration and Action of Design]

The prefabricated panel of the present invention for achieving the above object is to use the flooring and the outer wall at the same time, the flooring panel is referred to as 100, the outer wall panel is referred to as 200.

A panel 110 is formed on the upper part of the flooring panel 100 in the shape of a plate of a light beam bottom, and a connection member 112 connecting the panel and the panel to the edge groove 111 formed on the outer surface of the panel. The coupling protrusion 112a is inserted into the panel to fix the plurality of gold meshes 113 and 113 'having high thermal conductivity, and the heat reflecting plate 114 having high heat reflection is fixed to the space in the center of the panel. The concrete 115 hardened by filling the cement mortar is formed, and the coupling protrusion 117a of the rubber member 117 inserted between layers is inserted into the insertion groove 116 formed at the bottom of the panel. The base 120 supporting the panel and the rubber member is installed, and the connecting member for forming the base of the L-shaped angle mesh has L, T, +, etc., where two L-angle angles meet. Type D connection The ash 121 is assembled, and the T-shaped connecting member 122 is assembled at the point where the three L-shaped angles meet, and the + -type connecting member 123 is assembled at the point where the four L-shaped angles meet. A screw rod 124a of an adjustment bolt 124 for adjusting height and height is inserted into the holes 121a, 122a and 123a drilled in the + type connecting member, and the plurality of nuts 125 are inserted into the screw rod. ), Washer 126, rubber tube 127, the buffer spring 128 for the buffering action, rubber boxing 129, washer (129 ') is fastened in sequence and the end of the screw rod is inserted into the L-shaped angle protruding rubber The backing 130, the washer 131 and the nut 132 are sequentially fastened, and an anchor bolt having a screw rod 134 'in the hole 133' of the angle 133 attached to one side of the base ( 134 is inserted and a plurality of nuts (135), washers (136), rubber pipe (137), buffer springs (138), rubber boxing (139), washer (139 ') in order to the screw rod in sequence Fastening Screw rod end is inserted to the protrusion angle is configured is fastened a rubber packing 140 and a washer 141 and nut 142 in order.

In addition, a panel 210 is formed at one side of the outer wall panel 200, and a coupling protrusion 212a of the connection member 212 connecting the panel and the panel is inserted into the edge groove 211 formed at the outer surface of the panel. The panel is fixed to a plurality of high thermal conductivity of the gold mesh 213 (213 '), and fixed to the heat reflection plate 214 high heat reflection in the space portion of the panel and hardened by filling the cement mortar inside the panel Concrete 215 is formed and coincides with a plurality of holes 216 formed in one side of the panel and the holes 217a, 218a and 219a of the L, T and + type connecting members 217, 218 and 219. The base 220 is inserted into the L, T, and + type connecting members, and the screw rods 221a of the anchor bolts 221 fixed to the wall are fitted into the matching holes, and a plurality of nuts ( 222 and a plurality of washers 223 are fastened to fix the panel and the base. An angle 224 is attached to the screw rod 225a of the anchor bolt 225 fixed to the wall is fitted to the plurality of nuts 226 and a plurality of washers 227 is configured to be fastened.

The present invention configured as described above may first install the sleeve 227 of the metal on the horizontal beam 226 in the flooring material and the cement mortar 228 in the sleeve and then the flooring panel 100 to be assembled in units can be fixed When the anchor bolt 124 is inserted into the cement mortar and cured after a predetermined time, the base 120 assembled with the L, T, and + type connecting members 212, 122, and 123 is mounted on the anchor bolt. 124, but the screw rod 124 of the anchor bolt is inserted into the holes 121a, 122a, 123a of the connecting member to a plurality of nuts (125), washers (126), rubber pipe (127), the buffering The shock absorbing spring 128 and the rubber boxing 129 are sequentially installed, and the ends of the screw rods are inserted into the L-angled protrusions to sequentially fasten the rubber boxing 130, the washer 131, and the nut 132.

And the rubber member 117 is seated on the upper portion of the base 120, the coupling protrusion 117a formed on the rubber member is fitted into the insertion groove 116 formed in the bottom panel, a plurality of high thermal conductivity inside the panel The gold mesh 113 and 113 ′ are seated, and the hard reflective concrete 115 is formed by filling a cement mortar in the inside of the panel by placing a heat reflecting plate 114 having high heat reflection in the space part of the panel 110. Will be. In addition, the outer surface of the panel is formed in the rim groove 111 is a coupling protrusion 112a of the connection member 112 is inserted to connect the panel and the panel.

Further, many space layers are formed between the anchor bolts 124 and the base 120 to install various pipes and the like according to the design construction.

In this way, when the flooring panel 100 construction is completed, a fixed load (for example, a house may be heavy furniture, and at work such as an office desk) and a mobile load (for example, a person or moving object) When the combined load is 70Kg or more, the buffering spring 128 has a buffering effect, so that the walking person satisfies the feeling of walking. In addition, the rubber member 117 is interposed between the panel 110 and the base 120 to reduce the inter-layer resonance.

In particular, the panel 110, which is thermally expanded by an external ambient temperature, does not extend upwards because it is an upper and lower narrow valley, but rather extends downwards. Therefore, only the connecting member 112 which is a rubber material is shrunk while the upper side of the panel is kept intact.

On the other hand, the outer wall panel 200 is first fitted to the panel size assembled on the outer wall in the angle 224 of the base 220 fixed anchor bolt 225 screw rod 225a is fitted to the outer wall nut 226 After fixing and fastening with a screw rod 221a of another anchor bolt 221, the holes 217a and 218a of the L, T, and + type connecting members 217, 218 and 219 connecting the base to the base. A plurality of high thermally conductive metal meshes 213 and 213 'installed inside the panel 210 in a state where the nut 222 is fastened and fastened to the nut 222 and the space at the center of the panel has high heat reflection. Since the reflector plate 214 and the cement mortar to be filled and hardened have already been assembled, the panel 210 itself may be assembled to the base 220.

That is, the holes 216 penetrate one side of the panel 210 and the holes 217a, 218a, 219a of the L, T, and + type connecting members 217, 218, and 219 are then matched. The screw rod 221a inserted into the holes 217a, 218a, and 219a of the L, T, and + type connecting members 217, 218, and 219 passes through the panel 210. It is also inserted into the protrusion to be fixed with a plurality of nuts (222).

In addition, the coupling groove 212a of the connection member 212 connecting the panel to the panel is inserted into the edge groove 211 formed on the outer surface of the panel.

As such, when the outer panel 200 is attached to the outer wall and there is an earthquake or impact generated from the outside, the anchor bolts 221 and 224 are firmly fixed to the base 230 and thus attached to the base. The panel 210 is fixedly attached and the panel 210, which is thermally expanded by an external ambient temperature, such as the flooring panel 100, is stretched from the lower side rather than extending upward because it is an upper and lower strait. Therefore, only the connecting member 212 made of rubber is shrunk while the upper side of the panel is kept intact.

[Effect of design]

As described above, the present invention provides a prefabricated panel that can be installed at the same time as the flooring material or the outer wall, and the construction is simple. When an abnormality occurs in various wirings buried under the panel of the flooring material, only the broken part is disassembled. By working, it is easy to open and repair, and because there is a lot of free space at the bottom of the flooring panel, various pipes to be added are installed, which is exposed to the outside and harms the aesthetics as in the prior art. It can improve the walking feeling by installing and prevent noise, vibration, soundproof, resonance, etc. between floors, and L-shaped angles are formed by anchor bolts on the outer wall of the conventional wall and cement is already installed on the panel of Sangkwang Strait. As mortar is filled and hardened, assembling is easy and high strength earthquake and the outside Does not fall, because the impact, even if each panel connected firmly, which will have the effect that the smooth condition of the panel held.

Claims (3)

The upper panel of the flooring panel is formed in the unit of the ordinary light strait is formed in the unit grooves formed in the outer surface of the panel is a coupling projection of the connecting member for connecting the panel and the panel is inserted into the plurality of high thermal conductivity inside the panel The hardened concrete is formed by fixing and installing the heat reflecting plate with high gold mesh and high heat reflection, and filling the mortar with cement inside the panel.In the insertion groove formed in the bottom of the panel, the coupling protrusion of the rubber member inserted between layers is inserted, and the lower rubber member Prefabricated panel is applied to the floor or the outer wall of the building, characterized in that the base is installed. The method of claim 1, wherein the rectangular base is the L-type connecting member is assembled at the point where the two L-angles meet, the point where the three L-shaped angles are assembled at the point where the T-type connecting member is assembled and four L-shaped angles A + type connecting member is assembled therein, and a screw rod of an anchor bolt is inserted into a hole drilled in the L, T, + type connecting member, and the screw rod has a plurality of nuts, washers, rubber tubes, buffer springs, and rubber boxing. Assembled in sequence and the end of the screw rod is protrudingly inserted into the L-shaped angle to sequentially tighten the rubber box, washer and nut, and an anchor bolt having a screw rod is inserted into the hole of the angle attached to one side of the base. There is a plurality of nuts, washers, rubber tube, shock absorbing spring, rubber boxing, washer to sequentially tighten the end of the screw rod consists of rubber boxing, washer and nut sequentially tightening Prefabricated panel is applied to the floor or outer wall of the building, characterized in that. A panel is formed at one side of the outer wall panel, and a coupling protrusion of the connecting member connecting the panel and the panel is inserted into the edge groove formed at the outer side of the panel, and a plurality of high thermal conductive gold meshes and a high heat reflecting plate are inserted into the panel. In the fixed, the hardened concrete is formed by filling the cement mortar inside the panel and a plurality of holes formed on one side of the panel and the L, T, + type connecting member holes, and L, T, + type The base is inserted into the connecting member and inserted into a hole corresponding to the screw rod of the anchor bolt fixed to the wall. A plurality of nuts and a plurality of washers are fastened to the screw rod, and an angle is attached to the edge of the base to be fixed to the wall. The bottom of the building, characterized in that the screw bolt of the anchor bolt is fitted is composed of a plurality of nuts and a plurality of washers are fastened Prefabricated panels are applied to the outer wall.