KR20000063214A - Complex panel structure for building - Google Patents

Abstract

PURPOSE: A loess compound aeration panel structure for building is provided to make the inside wall to maintain the properties of natural loess by circulating air along a vent pipe. CONSTITUTION: A loess compound aeration panel(100) structure comprises an inside(110) and an outside walls(150) and a connecting part(130). The inside wall comprises a first and a second wall parts that are laminated from ground to lower end of roof, a supporting part(114) that is placed vertically along the end of wall part, a joint part(116) that fixes the supporting part to the wall part, first reinforcing meshes that are installed in the both sides of wall part and supporting part, a first finish material that covers the side of a first reinforcing mesh. The connecting part comprises a first plate that has a first through hole, a second plate that has a second and a third through hole, a connecting plate that has a third plate, a connecting bolt that is fixed on the supporting part, a vertical bar(144) that is united by numerous screws. The outside wall comprises an outside panel that is united to the vertical bar, an air-projecting part , an air emission part.

Description

Yellow composite composite ventilation panel structure

The present invention relates to an ocher composite ventilation panel structure of a building, and more particularly, an inner wall made of ocher as a main material, an outer wall surrounding the inner wall, and an inner wall and an outer wall connected to each other, between the inner wall and the outer wall. By providing a connection port to form a passage in the air, the air circulating along the air passage allows the inner wall to continuously maintain the natural ocher properties. The present invention relates to a yellow clay composite ventilation panel structure applicable to a high-rise building.

In general, loess is widely distributed in semi-arid regions, covering 10% of the earth's surface. The loess contains a variety of enzymes, each of which plays a role in detoxification, degradability, fertilizer elements and purification. In addition, the most fundamental effect of ocher is far-infrared wavelengths in ocher. Such far infrared rays have a photoelectric effect that not only activates the physiology of cells but also generates heat energy to release harmful substances. Recently, ocher is widely used as a building interior material and exterior material by using the properties of such ocher.

However, the ocher used as the exterior material of the building described above is required to manufacture the cornice because the life is shortened in rainy weather. In addition, the ocher used as the interior material is because the air is not ventilated, after a certain period of time, the ocher component is denatured, there is a problem that the occurrence of cracks to replace the ocher every predetermined cycle. As a result, the ocher-based building is constructed in a low-rise structure that does not separate inside and outside.

The present invention has been made to solve the conventional problems as described above, the object of the present invention is to connect the inner wall and the inner wall and the outer wall and the inner wall made of the main material, the inner wall made of ocher as the main material, the inner wall By providing a connection between the and the outer wall to form a passage, the air circulating along the passage allows the inner wall to continuously maintain the natural ocher properties, and the outer wall with a beautiful appearance It is to provide a yellow composite composite ventilation panel structure of the building which can be applied to modern high-rise buildings.

1 is a partial perspective view of the ocher composite ventilation panel structure of a building according to the present invention,

2 is a cross-sectional view taken along the line A-A of FIG. 1, and

3 is a view schematically showing a state in which the inner wall and the outer wall shown in FIG.

Explanation of symbols on the main parts of the drawing

100: ocher composite ventilation panel 110: inner wall

112: wall portion 114: support portion

130: connection portion 132: connection plate

144 vertical bar 150 outer wall

160: air inlet 170: air outlet

The present invention in order to achieve the object of the present invention as described above,

It is made of ocher brick and has a predetermined distance from the ground to the bottom of the roof, the first wall portion and the second wall portion, which is disposed at a predetermined interval and vertically along the ends of the first wall portion and the second wall portion It is applied to the side of the first reinforcing mesh, the first reinforcing mesh attached on both sides of the first wall portion, the second wall surface portion and the support portion, a joint for fixing the disposed support portion and the support portion to the first wall portion, the second wall portion An inner wall having a first finishing material;

A first plate having a first through hole formed at a central portion thereof, extending vertically from both ends of the first plate toward the front side of the first plate, and having a second through hole and a third through hole formed at a position adjacent to each end; Connecting plate having three plates, connecting bolts fixed to the support part through the first through hole, vertically disposed by a plurality of screws disposed between the second plate and the third plate through the second plate and the third plate A connector having a bar; And

The outer panel is coupled to the vertical bar, the lower end is spaced at a predetermined distance from the ground, the upper end is spaced at a predetermined distance from the lower end of the roof, the air inlet disposed between the lower end of the outer panel and the inner wall, the outer panel Provided is an ocher composite ventilation panel structure of a building including an exterior wall having an air outlet disposed between an upper end and a lower end of a roof.

As described above, according to the present invention, an inner wall made of ocher as a main material, an outer wall surrounding the inner wall, and an inner wall and an outer wall are connected to each other, and a ventilation path is provided between the inner wall and the outer wall. By providing a connector to form a, the inner wall by the air circulating along the air passage can maintain the natural nature of the loess continuously, and by using the outer wall with a beautiful appearance can be applied to modern high-rise buildings. can do.

Hereinafter, with reference to the accompanying drawings will be described with respect to the ocher composite ventilation panel structure of a building according to an embodiment of the present invention.

1 is a partial perspective view of an ocher composite ventilation panel structure of a building according to the present invention, FIG. 2 is a cross-sectional view taken along line AA of FIG. 1, and FIG. 3 is an inner wall and an outer wall coupled to FIG. 1. Figure is a schematic view showing the state.

Referring to FIG. 1, the ocher composite ventilation panel structure 100 of a building according to the present invention includes an inner wall 110, a connection part 130, and an outer wall 150.

The inner wall 110 shows only the first wall portion 112a, the second wall portion 112b and one support 114 disposed between them, and one joint 116.

The first wall portion 112a and the second wall portion 112b are made of an ocher brick 114. The ocher brick 114 is stacked from the ground to the bottom of the roof. Preferably, the ocher brick 114 is compression molded to have a uniform shape by mixing water and synthetic resin in the state of adding lime, dolomite, silica sand, glass fiber reinforcement, charcoal powder and jade stone powder in the natural soil After natural curing is prepared. The first wall surface portion 112a and the second wall surface portion 112b thus formed are spaced at a predetermined interval, and the support portion 114 is disposed between the first wall surface portion 112a and the second wall surface portion 112b.

The support part 114 has a columnar shape, and is vertically disposed along the ends of the first wall part 112a and the second wall part 112b. Preferably, the support 114 is made of wood, steel or aluminum. The support part 114 thus arranged is fixed to the first wall portion 112a and the second wall portion 112b by the fitting 116.

The fitting 116 has a vertical extension portion 117 which is in close contact between the end face of the first wall portion 112a and the second wall portion 112b and the support portion 114, and also has a vertical extension portion 117. A first horizontal extension 118 extending vertically from one end of the vertical extension part 117 to a side of the vertical extension part 117 and a second horizontal extension part 119 extending in a direction corresponding to the first horizontal extension part 118 do. The first horizontal extension 118 and the second horizontal extension 119 thus formed are fixed to one side of each wall surface 112 and one side of the support 114. The first reinforcing mesh 120 and the first finishing material 122 are coated on both sides of the first wall portion 112a and the second wall portion 112b to which the support 114 is fixedly coupled.

The first reinforcing mesh 120 is made of glass fiber as a main material, and prevents cracking of each wall portion 112. Thus, the first finishing material 122 is applied in a state where the first reinforcing mesh 120 is attached. The first finishing material 122 is dry blended a small amount of lime, dolomite, silica sand, glass fiber guarantee material and charcoal powder to 80 to 90% of the ocher powder, and is formulated to maintain a constant viscosity by blending a small amount of water and synthetic resin. . A plurality of connection portions 130 are disposed on the front portion of the inner wall 110 provided as described above.

2, the connecting portion 130 of the double wall structure 100 of the building according to the present invention is provided with a connecting plate 132, a connecting bolt 142 and a vertical bar (144).

The connecting plate includes a first plate 134, a second plate 138, and a third plate 140. The first through hole 136 is formed in the central portion of the first plate 134. The connection element 142 penetrates through the first through hole 136, and an extension of the connection element 142 is fixedly coupled to the support part 114. The second plate 138 and the third plate 140 extend perpendicularly to the front side of the first plate 134 at both ends of the first plate 134. The second through hole 137 and the third through hole 139 are formed at positions adjacent to the ends of the second plate 138 and the third plate 140. On the other hand, the vertical bar 144 has a predetermined columnar shape, the shock absorbing material 146 is embedded therein. The vertical bar 144 is fixed by a plurality of first coupling elements 143 between the second plate 138 and the third plate 140. That is, the vertical bar 144 is fixed by a plurality of first coupling elements 143 fastened to both sides of the vertical bar 144 after passing through the second through hole 137 and the third through hole 139. The outer wall 150 is disposed on the front surface of the connection portion 130 provided as described above.

Referring to FIG. 3, the outer wall 150 according to the present invention includes an outer panel 152, an air inlet, and an air outlet.

The outer panel 152 includes a plurality of finishing plates 154, a second reinforcing mesh 156, and a second finishing material 158. The finish plate 154 is made of a material without constant strength, durability, and elastic deformation. It is fixed to the vertical bar 144 on the back of the closing plate 154, the second reinforcing mesh 156 is attached to the front of the closing plate 154 by using an adhesive. The second finishing material 158 is disposed on the front surface of the second reinforcing mesh 156. The second finishing material 158 may use an outer insulation finish, a tile finish, a stone tile, a closed insert finish, and an aluminum sheet plate. The lower end of the outer panel 152 formed as described above is spaced apart from the ground by a predetermined interval, and the upper end of the outer panel 152 is disposed spaced apart from the lower end of the roof by a predetermined interval.

Meanwhile, the air input unit 160 is disposed at the lower end of the outer panel 152, and the air discharge unit 170 is disposed at the upper end of the outer panel 152.

The air inlet 160 includes a first reinforcing plate 162 and a damper 168. The first reinforcement plate 162 includes a fourth plate 164 and a fifth plate 166. The fourth plate 164 is formed vertically, one side is fixed to the inner wall 110 by the second coupling element 163. The fifth plate 166 extends from the lower end of the fourth plate 164 to the lower end of the outer panel 152 perpendicular to the fourth plate 164. A plurality of first vent holes 167 are formed in the fifth plate 166. The damper 168 is disposed on the upper surface of the fifth plate 166 to selectively open and close the first vent 167.

The air discharge unit 170 includes a sixth plate 172 and a second reinforcement plate 176. The sixth plate 172 extends from the upper end of the outer panel 152 to the lower end of the roof. A plurality of second vent holes 174 are formed in the sixth plate 172. The second reinforcement plate 176 is disposed on the front surface of the sixth plate 172. The second reinforcement plate 176 has a seventh plate 178 and an eighth plate 180. The seventh plate 178 is fixed to the lower end of the roof by using the third coupling element 173 and the end thereof extends to the front side of the outer panel 152. An extension of the seventh plate 178 is formed with an eighth plate 180 bent vertically downward with respect to the seventh plate 178.

As described above, the ocher composite ventilation panel structure 100 of the building according to the present invention is spaced apart at a predetermined interval toward the front side of the inner wall 110 by the inner wall 110, the connection portion 130 made of ocher. The lower end part is provided with an air input part 160 through which air is input, and the upper part has an outer wall 150 having an air discharge part 170 through which air is discharged, thereby allowing air to be input from the air input part 160. Since the continuously discharged through the air discharge unit 170, the inner wall 110 consisting of the ocher brick 114 has the advantage that can continuously maintain the efficacy of the ocher.

Although the above has been described with reference to the preferred embodiment of the present invention, those skilled in the art can variously modify and change the present invention without departing from the spirit and scope of the present invention described in the claims. You will understand.

Claims (7)

It is made of an ocher brick, the first wall portion and the second wall portion which is laminated from the ground to the bottom of the roof at a predetermined interval, disposed at the predetermined interval and end of the first wall portion and the second wall portion A first reinforcing mesh attached to both sides of the support part and the support part disposed vertically along the first wall part, the second wall part, the first wall part, the second wall part, and the support part. An inner wall having a first finishing material applied to a side of the first reinforcing mesh; A first plate having a first through hole formed in a central portion thereof, extending vertically from both ends of the first plate toward the front side of the first plate, and having a second through hole and a third through hole formed at a position adjacent to each end; And a connecting plate having a third plate, a connecting element fixed to the support part through the first through hole, and disposed between the second plate and the third plate to pass through the second through hole and the third through hole. A connection having a vertical bar coupled by a plurality of first coupling elements; And Is coupled to the vertical bar, the lower end is spaced apart from the ground at a predetermined interval, the upper end is an outer panel spaced at a predetermined interval from the lower end of the upper roof, air input disposed between the lower end of the outer panel and the inner wall The ocher composite ventilation panel structure of a building comprising an outer wall having an air discharge portion disposed between an upper end of the outer panel and a lower end of the roof. According to claim 1, wherein the ocher brick is compression molded to have a uniform shape by combining water and synthetic resin in the state of adding lime, dolomite, silica sand, glass fiber reinforcement, true charcoal powder and jade stone powder in natural soil After the ocher composite ventilation panel structure of the building, characterized in that the natural hardening. According to claim 1, wherein the fitting port has a vertical extension that is in close contact between the end surface of the first wall portion and the second wall portion and the support portion, vertically from one end of the vertical extension portion to one side of the vertical extension portion Ocher composite ventilation panel structure of a building characterized in that it has a first horizontal extension extending to be fixed to each of the walls and the second horizontal extension extending in a direction corresponding to the first horizontal extension fixed to the support portion . The method of claim 1, wherein the first finishing material is a dry mix of a small amount of lime, dolomite, silica sand, glass fiber backing material and charcoal powder to 80 to 90% of the ocher powder, and a small amount of water and synthetic resin are formulated to provide a constant viscosity. The ocher composite ventilation panel structure of a building, characterized in that it is manufactured to maintain. According to claim 1, wherein the finishing plate is made of a material of constant strength and durability and no elastic deformation, is fixed to the vertical bar of the back of the finishing plate, the front of the finishing plate attached to the second using an adhesive The reinforcing mesh is attached, the ocher composite ventilation panel structure of the building, characterized in that the second finishing material is disposed on the front of the second reinforcing mesh. According to claim 1, wherein the air inlet is disposed vertically, one side is formed with a fourth plate and a plurality of first vent holes are fixed to the inner wall as a second coupling element, the lower end of the fourth plate A first reinforcement plate having a fifth plate extending perpendicular to a fourth plate and extending to a lower end of the outer panel, and having a damper disposed on an upper surface of the fifth plate to selectively open and close the first vent hole. Ocher composite ventilation panel structure of a building, characterized in that. According to claim 1, wherein the air exhaust portion has a sixth plate and the second reinforcement plate, the sixth plate has a plurality of second vent holes, extending from the upper end of the outer panel to the lower end of the roof, The second reinforcement plate has a seventh plate and an eighth plate disposed on the front side of the sixth plate, and one side of the seventh plate is fixed to the lower end of the roof by a third coupling element to the front side of the outer panel. And an extension part of the seventh plate, wherein the eighth plate extends vertically downwardly with respect to the seventh plate.