KR200287104Y1 - a prefabricated panel - Google Patents

Abstract

The present invention relates to a prefabricated panel for building materials, the structure of which is improved to have a function of cushioning and noise isolating against external shocks or vibrations transmitted between building interior materials. It consists of a panel with a through hole and a coupling hole formed therein and a lattice portion filled with auxiliary materials on the other side, and a buffer pad made of soft material that is combined to be integrated into a separate fitting hole on one side of the panel and whose volume is changed by external load. .

According to the present invention, the present invention has an advantage of improving the convenience and reliability of consumers by installing an auxiliary material for smoothing the metabolism of the occupants on the panel and installing a buffer pad of sound insulation and a shock absorbing function on one side.

Description

Prefabricated panels for building materials

The present invention relates to a prefabricated panel for building materials, and more particularly, to a prefabricated panel for building materials, the structure of which is improved so as to have a shock absorbing and soundproofing function on a prefabricated panel which is assembled to a plurality of walls on a building inner wall or floor.

In general, the construction method of the inner wall and floor of the building is waterproofed to prevent leakage after being constructed by concrete pouring, and the interior finishing of wood, plywood, synthetic resin, plastic, gypsum board, and iron plate is finished inside. It has a structure.

Such concrete-pouring building materials not only produce concrete toxicity that is not beneficial to the human body, but also have a disadvantage in that noise and moisture control are not controlled.

To overcome this, noise blocking materials or auxiliary materials using ocher, which can emit far infrared rays, have been adopted to existing concrete walls.

As an example, as disclosed in Patent Publication No. 2001-257, "Building Method for Internal Wall and Floor Construction," which was filed by the same applicant, and shown in FIG. 1, the space keeping member 24 is provided on the inner wall 10 and the floor 12. As shown in FIG. The air circulation path 14 is formed between the plurality of partitions and is divided into a plurality of areas repeated in the vertical direction by the plurality of partition walls. Grinding the case 20, the copper plate 22 is inserted and fixed in the partition space of the case 20, the juniper leaf, mugwort leaf, ocher, sun salt inserted and fixed in the partition space of the case 20 The solidified state of the first new material 30 made by mixing, and the second new material 40 of the solidified state made by grinding and mixing the charcoal, ganban stone, sun salt, juniper leaves that are inserted and fixed in the partition space of the case 20 and Splitting of the case 20 The third new material 50 in a solidified state formed by grinding and mixing blue ginkgo leaves, mint leaves, oak leaves, and sun salt inserted into the liver, and the first to third new materials 30, 40, and 50 facing the room. Heating hose 70 is fixed by a wire mesh 60 evenly spread on the surface of the), and the composite material 80 is filled between the wire mesh 60 and the heating hose 70 and laid down to a certain thickness And, the fourth new material 90 of the powder state made by pulverizing and mixing the loess, elvan, blue ginkgo leaf, charcoal, sun salt, mugwort leaf coated with a thin layer on top of the composite material 80, and the fourth new material ( 90 is applied to the fifth new material 110 and the fifth new material 110 of the dough state made by grinding and mixing the loess, elvan, blue ginkgo biloba, sun salt, rice straw so as to be applied through the binding member 100 on the top of the 90). Crushed and mixed old ocher, elvan, green ginkgo biloba, sesame charcoal, sun salt and wormwood leaves Will configure a sixth new material 120 is made open.

Conventional building interior materials, as described above, employing the auxiliary material using a variety of materials for the health of the residents, but recently, the application related to the noise between residents and the construction has been generated.

The present invention has been made in view of the above-mentioned problems, and its object is to provide a prefabricated panel for building materials having a shock-absorbing and noise-blocking function against external shock or vibration transmitted between building interior materials.

1 is a prefabricated panel for a conventional building material

Figure 2 is an exploded perspective view showing the configuration of a prefabricated panel for building materials according to the present invention.

3 is a cross-sectional view of the coupled state of FIG.

4 is an installation state diagram of the present invention.

Explanation of symbols on the main parts of the drawings

10: inner wall 12: bottom surface

200: panel 202: through hole

210: grid portion 215: coupling hole

300: buffer pad 310: through hole

400: insertion hole 500: cover

510: engaging projection

The present invention for achieving the above object is a building panel that is assembled with a plurality of interior materials on the inner wall or floor surface of the building, one side of the panel is coupled to a soft pad of a soft material variable in volume with respect to external load It is characterized by being attached by means.

Another feature of the present invention is that a plurality of through holes corresponding to the through holes formed in the panel are formed at appropriate intervals so that the buffer pad can flow in and out of the outside air.

Another feature of the present invention is that the coupling means is provided with fitting holes formed at appropriate intervals on one side of the panel, and inserted into the coupling hole and the buffer pad to integrate with each other.

In addition, the grating portion has a mesh network corresponding to finish the entire surface and may further be characterized in that it further comprises a cover formed with a coupling projection to be fitted into the coupling hole.

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

Prefabricated panels for building materials according to the present invention, with reference to Figures 2 to 5, the panel 200 embedded in the building inner wall 10 or floor 12, and a separate fitting hole on one side of the panel 200 It is composed of a buffer pad 300 of soft material coupled to be integrated into the 400 and the volume is variable by the external load.

In more detail, the panel 200 has a grating portion 210 formed to be partitioned by a plurality of partitions in a honeycomb shape so as to have respective appropriate spaces on one side, and the center of the grating portion 210 on the other side. Through holes 202 are formed in the coupling holes 215 for coupling with the buffer pad 300 between the through holes 202, respectively.

In addition, both side edges of the panel 200 are integrally formed with a catching mechanism and a hooking mechanism so as to be mutually assembled.

For reference, the coupling hole 215 is formed on the partition wall border of each grating portion 210 is coupled to the buffer pad 300 by the fitting hole 400 on the other side, the front side of the grating portion 210 to one side Has a structure that is coupled to the cover 500 (mesh) to finish the.

The cover 500 has a shape corresponding to the grid portion 210 of the panel 200, and a plurality of coupling protrusions 510 to be fitted to the coupling hole 215 of the grid portion 210 is formed on one surface thereof. have.

In addition, the buffer pad 300 has a plurality of through holes 310 corresponding to the through holes 202 are formed at appropriate intervals, and some of the through holes 310 are fitted by the fitting holes 400 to the panel 200. It has a structure that is coupled to be integrated with the coupling hole 215 of the).

For reference, the panel 200 may adopt a synthetic resin material having appropriate strength, and the buffer pad 300 may employ a soft rubber material or urethane.

The operation of the present invention having such a structure is as follows.

First, describing the assembling process of each component, after the buffer pad 300 is in close contact with the other side of the panel 200, the through hole 310 of the buffer pad 300 and the coupling hole 215 of the panel 200. After fitting in a vertical line, the insertion hole 400 is pushed from the lower side to the upper side to be inserted.

At this time, the fitting hole 400 has one end is inserted into the through hole 310 of the buffer pad 300 and the coupling hole 215 of the panel 200 to have a coupling function, the other end is the inner wall or floor surface of the building. The buffer pad 300 is spaced apart from the wall so as to be positioned at a predetermined distance from the wall surface.

The spacing function of the fitting hole 400 is to maintain a gap between the building wall and the panel 200 to form a passage through which air is circulated.

After the assembly process is completed, each auxiliary material (eg, charcoal, ore) is filled in the grid portion 210 of the panel 200, and air passes through each of the through holes of the panel 200 and the buffer pad 300. Since it is supplied to the building wall through the 202 and the through hole 310, it has the function of detoxification of the concrete building, soundproofing, moisture control, bacteria propagation suppression due to moisture control and far infrared generation.

After filling the auxiliary material in the grating portion 210, the coupling protrusion 510 of the cover 500 is fitted into the coupling hole 215 formed on the edge of the grating portion 210 of the panel 200, the grating portion 210 By closing the front surface of the auxiliary material may be prevented from being separated to the outside of the grid portion (210).

At this time, the process of filling the auxiliary material and the cover 500 is not even before the buffer pad 300 is coupled to the panel 200, so it is not limited to the assembly order.

In addition, the shock absorbing pad 300 of the present invention absorbs and attenuates vibrations and shocks outside the building walls after being combined with the panel 200, thereby blocking and significantly reducing noise.

The present invention as described above is a structure that is improved so that the shock-absorbing and soundproofing function is added to the prefabricated panel that is assembled to a plurality of walls on the inner wall or floor of the building to form a wall, according to the present invention is the budding of the residents By installing the auxiliary material to facilitate the metabolism and on one side by installing a buffer pad of sound insulation and cushioning function has the effect of increasing the convenience and reliability of consumers.

Claims (4)

In the building prefabricated panel 200 having a panel case having a plurality of lattice portion 210, each of which is assembled to a plurality of interior materials on the building inner wall 10 or the bottom surface 12, each side is filled with a plurality of auxiliary materials, Prefabricated panel for building materials, characterized in that the other side of the panel 200 is attached to the buffer pad 300 of the soft material is variable in volume with respect to the external load by the coupling means. The method of claim 1, wherein the buffer pad 300 is characterized in that a plurality of through-holes 310 corresponding to the through-holes 202 formed in the panel 200 are formed at appropriate intervals to enable the inflow and outflow of outside air Prefabricated panel for building materials. According to claim 1, The coupling means is formed with a plurality of coupling holes 215 penetrating through the edge of the grid portion 210 of the panel 200, Prefabricated panel for building materials, characterized in that provided with the fitting hole 400 is inserted into the through hole 310 of the coupling hole 215 and the buffer pad 300 to integrate with each other. The cover according to any one of claims 1 to 3, wherein the cover has a mesh net corresponding to close the entire surface of the lattice part 210 and a coupling protrusion 510 is fitted to the coupling hole 215. Prefabricated panel for building materials, characterized in that it further comprises 500).