KR20130101715A - The execution method and material of preventing noise to interformational of public housing - Google Patents

Abstract

PURPOSE: A material for preventing noise delivered between floors and a construction method thereof are provided to primarily absorb the impulsive noise of a hose arrangement plate using a conical protrusion and to remove the remaining noise in a space formed between the conical protrusions. CONSTITUTION: A construction method of a material for preventing noise delivered between floors comprises the following steps: flattening a slab and measuring the area of the slab; measuring the area of a hose arrangement plate (11) and an impact preventive plate (12) for forming a joining pate; fixing a band and a fixing frame exposed to the slab; arranging the joining plate on the slab and integrally fixing the fixing frame and the fixing protrusion (15) of the hose arrangement plate using the band; arranging and fixing a hose (21) on the hose arrangement plate and arranging a finishing plate (13) on the hose arrangement plate; and fixing the finishing plate to the hose arrangement plate using a fixture (32).

Description

Noise prevention material and construction method between floors of public housings {The execution method and material of preventing noise to interformational of public housing}

The present invention relates to a preventive material and a construction method for preventing noise between floors of public housing (apartment).

The present invention provides a construction method for preventing the noise between floors of public housing, comprising the steps of forming the smoothness of the slab, counting the slab area, counting the width of the hose array plate and the anti-scatter plate, hose Forming the array plate and the impact preventing plate, combining the hose array plate and the impact preventing plate to form a joining plate, fixing the band and the fixing frame exposed to the slab, and A process of arranging the slab on the slab, a process of fixing the fixing protrusion and the fixing frame of the hose array plate by using a band in the process of arranging the coupling plate, a process of arranging and fixing the hose (including the pipe) on the hose array plate, Arranging the closing plate on the hose arrangement plate on which the hose is arranged, fixing the closing plate to the hose arrangement plate, and fixing the closing plate to the fixing plate. It relates to a construction method for preventing a common housing consisting of interlayer noise process.

The present invention is coupled to the hose array plate for arranging the heating hose (including pipes) on the floor slab of the public housing to maintain the smoothness and the impact preventing plate which is mounted on the slab to absorb the impact sound Noise-proofing consisting of a fixing frame consisting of a coupling plate and fixed to the slab for fixing the coupling plate in the slab, a finishing plate fixed on the coupling plate to finish the floor, and a fixture for fixing the closing plate It is about the composition of ashes.

In general, a common house (apartment) is shared by several households, so there is a problem that disputes arise between neighbors due to noise between floors.

In order to solve the dispute caused by the noise between the floors of the public housing, the thickness of the floor slab of the public housing is defined as a certain thickness, and it is understood that a number of conventional inventions for preventing living noises that can occur at the thickness are disclosed. Can be.

In addition, when the slab thickness of one floor is too thick in order to prevent the noise between conventional floors, there is a problem in that the burden of building cost is greater because the load of the whole building is large and reinforcement of the foundation construction is required.

Invention 10-0663693 (the construction method of dry hot water ondol, hereinafter referred to as Patent 1) and 10-0817728 (the height adjustment is possible interlayer noise) which is easy to explain by comparing the present invention with the construction method and the structure of the noise preventing material. Compared to the panel for preventing, referred to as citation patent 2), and the like, in the case of the citation patent 1, the support of the noise protection material is in direct contact with the slab, even if the shock-resistant material is inserted between the support, because the shock is transmitted as it is noise There is a problem in that there is a limit to significantly reduce the, and to cover the exposure of the hose (including the pipe) arranged on the noise protection material is to be covered with a mortar to a predetermined thickness to increase the load on the slab, There is a problem that the conductivity of the heating pipe is significantly lowered, and the repair of the heating pipe by damaging the mortar There is a problem that the cost is increased.

The cited patent 2 is when the hose fixing plate for fixing when arranging the hose (including the pipe) and the shock-resistant plate for supporting the hose fixing plate, the support of the hose fixing plate is carried to the bottom of the shock-resistant plate is transmitted from the hose fixing plate Shock is transmitted to the slab as it is, there is a problem that can not prevent the noise with a significant effect.

The present invention provides a construction method for preventing the noise between floors of public housing, comprising the steps of forming the smoothness of the slab, counting the slab area, counting the width of the hose array plate and the anti-scatter plate, hose Forming the array plate and the impact preventing plate, combining the hose array plate and the impact preventing plate to form a joining plate, fixing the band and the fixing frame exposed to the slab, and A process of arranging the slab on the slab, a process of fixing the fixing protrusion and the fixing frame of the hose array plate by using a band in the process of arranging the coupling plate, a process of arranging and fixing the hose (including the pipe) on the hose array plate, Arranging the closing plate on the hose arrangement plate on which the hose is arranged, fixing the closing plate to the hose arrangement plate, and fixing the closing plate to the fixing plate. To provide a construction method for preventing a common housing consisting of interlayer noise process is aimed.

The present invention is coupled to the hose array plate and the bottom of the array plate for arranging the heating hose (including pipes) disposed on the interlayer slab of the public housing to mount the hose array plate and shock absorbing plate that can absorb the impact sound while being mounted on the slab And a finishing plate which is fixed on the hose array plate and configured to finish the floor, omitting the mortar that is poured on the hose array plate to prevent the increase in thickness of the interlayer slab from becoming excessively large, thereby preventing the weight of the entire building from increasing. It improves the thermal conductivity of hot water hoses (including pipes), and indirectly delivers the initial impact to the slab, which not only reduces impact noise, but also minimizes the area that accommodates the impact and minimizes the area that transmits the impact to prevent interlayer noise. The purpose is to provide a sound-proof material that can be.

The present invention provides a process for constructing the slab smoothness to maintain the horizontal level when the impact resistant material is mounted on the slab to prevent the noise between the floors of the public housing, the process of counting the construction area to calculate the required amount of the impact resistant material, and construction The process of counting the width of the hose array plate and the shock absorber plate to form the size of the hose array plate and the shock absorber plate to a certain size so that it can be disposed in the area without loss, the process of forming the hose array plate, and the impact prevention Forming the plate, combining the hose array plate and the impact preventing plate to form the bonding plate, placing the bonding plate on the slab, fixing the fixing frame on the slab, and placing the fixing frame Fixing the coupling plate on the fixed slab, arranging and fixing a hose (including pipe) on the hose arrangement plate of the coupling plate, Fixing the heated hose to the hose array plate, arranging the finishing plate on the hose array plate on which the hose is arranged, fixing the closing plate to the hose array plate, and fixing the finishing plate to the wall It should be configured as a fixing process.

The hose arrangement plate may be configured in a square or rectangular shape.

The hose array plate according to the present invention is made of a durable, lightweight and excellent conductivity material, and in particular, it is preferable to use a synthetic resin such as pp, ps.

On the upper surface of the hose arrangement plate, a plurality of support protrusions form a support protrusion to form a circle so that the hose can be supported without twisting when arranging the hose, and the support protrusion protrudes at the same height as the support protrusion inside and can fix the closing plate. Make a cross-shaped fixing protrusion.

The four edges of the hose array plate is formed so that the groove is formed to accommodate the fixing jaw of the impact preventing plate so that the hose array plate and the impact preventing plate is firmly coupled.

The circular support protrusion and the fixing protrusion of the hose array plate is configured in pairs and configured to be repeatedly arranged over the width of the hose array plate.

Fix the hose arranged on the hose array plate with a fixing pin.

The anti-shock plate according to the present invention is composed of a material having high sound absorption, and in particular, it is preferable to use an expandable synthetic resin such as expanded polystyrene, aka styrofoam.

Foamed styrofoam used in the present invention is configured to have a strength of 5kg / ㎠ to prevent the styrofoam is deformed by the impact generated in the finish plate.

The shock absorbing plate coupled to the hose array plate allows a plurality of conical protrusions to be disposed over the top surface of the shock absorbing plate to minimize the impact formed from the hose array plate.

The arrangement of the conical projections is such that all conical projections are in contact with the bottom of the hose array when contacted with the hose array.

Since the bottom of the impact preventing plate is in direct contact with the slab is configured to transmit the impact of the hose array plate to the slab to form a plurality of reverse conical projections, such as the upper surface to minimize the impact of the hose array plate. .

The size of the closing plate mounted on the hose array plate is configured to combine the same or multiple of the size of the hose array plate to close the top surface of the hose array plate.

The finishing plate used in the present invention is configured to have a strength that does not deform at an external pressure of 10 kg / ㎠ when the support point spacing is 50mm.

When joining the finishing plate, configure it to join in the recess and the recess of the finishing plate.

The closing plate is configured to be easily fixed using the fixing projections and the pieces of the hose heat dissipation plate.

After fixing the fixing frame using the band exposed on the slab in order to prevent the coupling plate on the slab is spacing the slab is constructed, the fixing projection of the hose array plate of the fixing frame and the coupling plate using a band The fixing plate is fixed to the slab securely fixed to the slab.

The floor noise prevention material and construction method of the public house according to the present invention has an effect of reducing the weight of the floor slabs.

The impact preventing plate according to the present invention is composed of compressed styrofoam which is a sound absorbing material, and the upper surface of the impact preventing plate is composed of a plurality of conical protrusions, and parts other than the conical protrusions are composed of spaces, so that the impact sound of the hose array plate is conical of the impact preventing plate. The primary sound is absorbed from the projections and the rest of the noise has an effect of canceling the noise in the space formed between the conical projections.

Since the bottom of the anti-shock plate also has a plurality of reverse cone-shaped protrusions and are arranged in a staggered manner with the cone-shaped protrusions formed on the upper surface of the anti-shock plate, the impact noise transmitted from the top surface of the anti-shock plate is the reverse conical protrusion of the bottom of the anti-shock plate. Indirectly transmitted to the effect is to reduce the impact noise.

The finishing plate according to the present invention is composed of a structure that is fixed to the fixing projections of the hose array plate is supported on the support protrusion of the hose array plate and fixed in contact with or close to the hose heat is configured to improve the conductivity in the madame material, Impact noise generated in the closing plate has an effect that is eliminated in the space formed between the support projection and the fixing projection.

The floor noise prevention material and construction method of the public house according to the present invention has the effect of preventing the noise between floors, reducing the weight of the slabs between the floors, improving the thermal conductivity.

1 is a construction process carried out in the present invention
Figure 2a is a cross-sectional view of the state constructed by the present invention
2 b is a combined structure of the impact preventing plate and the hose array plate and the closing plate
2c is a state in which a mortar layer is formed on the hose array plate
3 is a cross-sectional view of the coupling state of the hose array plate and the impact preventing plate.
Figure 4 is an exploded view of the slab and shock plate and the hose array plate and the closing plate
5a is a plan view of the hose arrangement plate
5b is a bottom view of the hose heat dissipation plate
6 is a bottom view of the impact preventing plate
7 a is a plan view of the finishing plate
7B is a cross-sectional view of the closing plate
8 is a completed state of the finish plate

Construction method for preventing the inter-layer noise of the public housing of the present invention is to configure the smoothness of the slab 25 to maintain the horizontal when the hose array plate 11 and the impact preventing plate 12 is mounted on the slab 25 Process, and designing the construction area to calculate the requirements of the hose array plate 11 and the impact preventing plate 12, and the hose array plate 11 and the impact preventing plate to be disposed without loss in the construction area ( 12) the process of designing the width of the hose array plate 11 and the impact preventing plate 12, the process of installing the fixed frame on the slab, the process of forming the hose array plate 11 to form a standard of , Forming the impact preventing plate 12, combining the hose array plate 11 and the impact preventing plate 12 to form the coupling plate 22, and the coupling plate 22 to the slab 25. And a fixing frame 33 fixed on the slab 25 to the hose arrangement plate 1 of the coupling plate 22. Process of fixing using the band 34b to the fixing protrusion 15 of 1), the process of arranging and fixing the hose 21 to the hose array plate 11 of the coupling plate 22 fixed on the slab 25 And, the process of arranging the closing plate 13 on the hose array plate 11, the hose 21 is arranged, and fixing the closing plate 13 to the hose array plate 11 by using a piece 26 Process, and fixing the finishing plate 13 to the wall 31 by using the holder 32.

Noise preventing material for preventing the inter-layer noise of the public housing of the present invention is the hose arrangement plate 11 and the hose arrangement plate 11 for arranging a buffer pad (heating hose 21 is arranged on the floor slab 25 of the public housing. It is coupled to the bottom surface of the hose array plate (11) mounted on the shock absorbing plate 12 that can absorb the impact sound while being in contact with the slab and the closing plate 13 is fixed on the hose array plate 11 to close the bottom It consists of.

1 illustrates a construction process carried out in the present invention.

2 a shows the construction structure in cross section.

2B shows the construction structure and the coupling structure in cross section.

Figure 2c shows a state consisting of mortar to the finish of the bottom.

Figure 3 shows the combined state of the hose array plate and the impact preventing plate according to the present invention.

Figure 4 shows the construction state according to the invention separated into sections.

5 a and b show the structure of the hose arrangement in detail.

6 shows the bottom structure of the impact preventing plate in detail.

7 a and b show the structure of the closing plate in detail.

Figure 8 shows the details of the construction of the finished plate.

Noise preventing material for preventing the inter-layer noise of the public housing of the present invention is a shock absorbing pad 36 is disposed on the inter-layer slab 25 of the public housing, the heating hose 21 is arranged on the slab is arranged As shown in a, b of FIG. 5, the hose arrangement plate 11 has a plurality of support protrusions 14 arranged radially to support the top surface of the hose 21 in a circular direction. It is configured to form a (16), the cross-shaped fixing projections 15 are formed inside the support protrusions 16 arranged in the radial direction so that the closing plate 13 can be fixed by the piece 26.

As shown in a and b of FIG. 5, holes 35 are drilled in both sides of the four protruding portions of the cruciform fixing protrusion 15 so that the band 34b passes through the holes 35 to fix the frame 33. ) And the fixing protrusion 15 of the hose arrangement plate 11 is configured.

The fixing protrusions 15 and the support protrusions 16 are formed in one set and are repeatedly arranged on the hose arrangement plate 11.

The fixing jaw 19 of the impact preventing plate 12 is inserted into the groove 20 formed at the edge of the hose arrangement plate 11 so that the hose arrangement plate 11 and the impact preventing plate 12 are coupled and fixed. It is comprised so that the board 22 may be formed.

The hose 21 is formed so as to be arranged between the support protrusions 16 of the hose arrangement plate 11 of the coupling plate 22, the hose 21 is arranged in a direction change from the circular support protrusions 16 to the circle It is configured to.

The hose 21 arranged as described above is configured to be rotated and supported in a circular shape in any direction of the support protrusion 16 formed in a circular shape.

As shown in a and b of FIG. 6, a plurality of conical protrusions 17 protrude to a predetermined height over the entire area of the impact preventing plate 12 on the upper surface of the impact preventing plate 12.

The edge of the impact preventing plate 12 is formed so that the fixing jaw 19 protrudes and can be coupled to the groove 20 formed at the bottom edge of the hose arrangement plate 11.

Inverted conical protrusions 18 protrude from the entire surface of the bottom of the impact preventing plate 12, and the fixing frame 33 on the slab 25 is easily accommodated between the inverted conical protrusions 18. Formed.

The inverted conical protrusions 18 are alternately arranged with the conical protrusions 17 formed on the upper surface of the impact preventing plate 12 so that the impact generated by the conical protrusions 17 is dispersed in the inverted conical protrusions 18.

As illustrated in a and b of FIG. 7, the closing plate 13 is formed to be combined to form a floor.

As shown in a, b of FIG. 7, the closing plate 13 is formed in a quadrangular shape, and convex portions 29 are formed at two adjacent sides of the closing plate 13, and recesses are provided at two adjacent sides. When the 28 is formed to couple the closing plate 13, the convex portion 29 is inserted into the recess 28 is configured so that each closing plate 13 can be combined.

The four corners of each closing plate 13 are formed with recesses 24 which are recessed as shown in c of FIG. 6 by ear picking.

As shown in a, b of FIG. 7, when the four closing plates 13 formed with ear picking are combined, the four ears having the depression 24 are combined to form a larger quadrangular depression 24. Consists of.

The size of the closing plate 13 formed as described above is configured such that the four ears of the closing plate 13 can be combined in the center portion of the fixing protrusion 15, one piece of the four closing plates 13 It is comprised so that it may be fixed to (26).

The hose arrangement plate 11 and the impact preventing plate 12 is coupled to be configured to be used in the coupling plate 22 state.

Fixed frame to the band 34a exposed to the slab 25 to be carried out by placing and fixing the coupling plate 22 configured as described above to the slab 25 and to fix the closing plate 13 on the coupling plate 22. After fixing (33), it is comprised so that the coupling plate 22 may be arrange | positioned and fixed on the fixing frame 33. As shown in FIG.

When the coupling plate 22 is disposed on the fixing frame 33 as described above, the fixing frame 33 is located in the space 23c formed between the reverse conical protrusions 18 on the bottom of the shockproof plate 12. It is designed.

When the coupling plate 22 is disposed on the slab 25 as described above, the fixing protrusions 15 of the fixing frame 33 and the hose arrangement plate 11 of the coupling plate 22 are fixed by using the band 34b. The coupling plate 22 is firmly fixed to the slab 25.

When carrying out the construction method according to the present invention using the hose array plate 11, the impact preventing plate 12 and the closing plate 13 configured as described above, the hose array plate 11 and the impact preventing plate 12 ) Is arranged over the entire upper surface of the slab 25 and the hose 21 is arranged on the hose array plate 11 of the coupling plate 22 in contact with the wall surface 31, and then finished thereon. The plate 13 is disposed, the closing plate 13 is arranged to be continuously coupled using the recess 28 and the iron portion 29 formed on the side of the closing plate 13, the ear of the closing plate 13 The piece 26 is inserted into the recessed portion 24 to which the picking portion is coupled, so that the closing plate 13 is fixed to the fixing protrusion 15 of the hose arrangement plate 11.

After fixing the respective closing plates 13 using the pieces 26 as described above, the cover 27 is attached to the recesses 24 on the pieces 26 so that the recesses 24 are closed plates 13. It is configured to be horizontal such as.

After the closing plate 13 is placed and fixed, the wall 31 on the edge of the closing plate 13 is fixed to the fixing plate 32 in association with the closing plate 13 to prevent the impact preventing plate 12 and the hose array plate ( It is configured to prevent the edge of the closing plate 13 including 11) to rise.

When an impact occurs on the finishing plate 13 constructed as described above, the vibration generated in the closing plate 13 is transmitted to the hose array plate 11 and a part of the vibration transmitted to the hose array plate 11 Is resonancely erased from the space portion 23a formed between the support protrusion 14 and the fixing protrusion 15, and the other part is formed to be transmitted to the conical protrusion 17 of the impact preventing plate 12.

As described above, the shock vibration transmitted to the conical projections 17 of the impact preventing plate 12 is absorbed by the conical projections 17, which are sound absorbing materials, to eliminate the vibrations, and a part of the vibrations between the conical projections 17. It is erased in the space portion 23b to be formed, and the vibration part of the conical projection 17 is formed to be transmitted to the reverse conical projection 18 on the bottom of the impact preventing plate 12, but the reverse conical projection 18 is a conical projection ( Since a part of the vibration of 17) is formed to be transmitted, a part of the vibration generated by the inverted conical protrusion 18 is absorbed by the inverted conical protrusion 18 and the space of the other part is formed between the inverted conical protrusions 18. Shock noise and vibration generated from the section 23c and generated on the finishing plate 13 are configured to be hardly transmitted to the slab 25.

Example-1

The present invention provides a construction method for obtaining an effect that could not be realized in the conventional public housing floor noise prevention construction method presented, and a noise preventing material applied to the construction method.

There is a problem that the noise between floors of public housing becomes discord among neighbors, and in order to improve this, it is possible to prevent the noise between floors by increasing the thickness of the floor slabs and by placing noise ashes on the slabs. There was no problem.

In order to prevent the noise as above, simply increasing the thickness of the slab may have the effect of lowering a little noise, but the weight of the building increases, which adds excessive cost to the foundation construction of the building. By placing the sound insulation on the slab and arranging the hot water hose on the sound insulation material, and then placing the mortar again, the overall thickness of the slab becomes thick and the interlayer height is lowered, and the heat conduction of the hot water heat of the hose due to the mortar thickness on the hose. There is a problem in that the heat loss rate is significantly lowered.

When the hot water hose 21 is disposed on the slab 25, the slab 25 is formed horizontally to prevent the air bank of the hose 21 arranged, and the shock absorbing pad 36 is disposed on the horizontally formed slab 25. Is disposed and the hose 21 is disposed thereon.

The band 34a is exposed to the slab 25 and the band 34a is used to fix the coupling plate 22 that combines the hose array plate 11 and the impact preventing plate 12 on the horizontal slab 25. By fixing the fixing frame 33 to the slab (25).

The fixing position of the fixing frame 33 as described above is always fixed to a position matching the fixing protrusion 15 of the hose array plate (11).

In order to fix the coupling plate 22 to the slab 25 may be used by inserting an anchor to the slab (25).

As described above, the use of the fixed frame 33 or an anchor may be selected depending on the construction environment.

In the embodiment of the present invention is carried out with a fixed frame (33).

In the practice of the present invention, the coupling plate 22 to which the hose array plate 11 and the impact preventing plate 12 are coupled is configured to configure the smoothness of the slab 25 so as to be horizontally mounted on the slab 25. .

After the smoothness of the slab 25 is configured, the construction area is designed to calculate the requirements of the hose array plate 11 and the impact preventing plate 12.

The hose array plate 11 and the impact preventing plate 12 are designed to be designed so that the hose array plate 11 and the impact preventing plate 12 may be disposed without loss.

In general, the public housing is standardized in equilibrium, and if the equilibrium is standardized, the area by the partitions for each use arranged is equalized.

Example: The living room, bedroom, kitchen, toilet, and living room of a 32 pyeong public house are designed to be the same size.

As described above, if the same number of water, such as 41, 45 pyeong.

As mentioned above, the housing of the same standard of the public housing of a single complex becomes several hundred to several thousand dong. Can be.

When the specifications of the hose array plate 11 and the impact preventing plate 12 is designed as described above to form the hose array plate 11 and the impact preventing plate 12.

When the hose array plate 11 and the impact preventing plate 12 are molded, the coupling plate 22 combining the hose array plate 11 and the impact preventing plate 12 is formed.

The coupling plate 22 is disposed on the slab 25.

As described above, since the coupling plate 22 is standardized according to the installation area of the coupling plate 22, the coupling plate 22 may be disposed without cutting the coupling plate 22.

As described above, the coupling plate 22 is disposed on the fixing frame 33 on the slab 25, and the fixing frame 33 is disposed between the inverted conical protrusions 18 formed on the bottom surface of the impact preventing plate 12. .

As described above, when the coupling plate 22 is mounted on the fixing frame 33, one end of the band 34b is inserted into the hole 35 formed on both sides of the fixing protrusion 15 of the hose arrangement plate 11 to fix the fixing frame 33. ) And exposed to the hose array plate 11 again to fix the fixing frame 33 and the fixing protrusion 15 of the hose array plate 11 so that the coupling plate 22 is firmly fixed to the slab 25. do.

When fixing the coupling plate 22 on the slab 25 as described above, it is possible to fix 1 to n places of the fixing frame 33 and the coupling plate 22.

When the coupling plate 22 is fixed to the slab 25 as described above, the hose 21 is arranged between the support protrusions 16 formed on the hose arrangement plate 11 of the coupling plate 22.

When the hose 21 is arranged as described above and the direction of the hose 21 is changed to 180 degrees, the hose 21 is arranged along the outer side of the support protrusion 16 of the hose array plate 11 so as to freely change the arrangement of the hose 21. can do.

When the arrangement of the hose 21 is completed as described above to place the closing plate 13 thereon.

When the closing plate 13 is disposed on the hose array plate 11 as described above, the closing plate 13 is mounted on the support protrusion 14 and the fixing protrusion 15 of the hose array plate 11.

As described above, the closing plate 13 mounted on the fixing protrusion 15 is mounted on the fixing protrusion 15 at the side of the closing plate 13, and when both sides of the closing plate 13 are mounted at the sides of the closing plate 13. The stools are mounted.

As described above, one side of the four ears of the closing plate 13 is located at the center of the cross-shaped fixing protrusion 15 of the hose array plate 11 when the side of the closing plate 13 becomes the fixing protrusion 15. One ear of the four closing plate 13 is located in the center of the cross-shaped fixing protrusion (15).

Four ears of the closing plate 13 as described above is recessed in four angles, as shown in a, b of Figure 7, so the center of the cross-shaped fixing protrusion 15 where the ear of the closing plate 13 is located in the closing plate ( The four ears of 13 contact and form a larger depression 24.

The center portion of the depression 24 formed as described above is in contact with the tip of each ear of the closing plate 13 in a cross shape on the fixing projection (15).

As described above, the head is inserted into and fixed to the cross-shaped point of the fixing protrusion 15 formed by contacting the closing plate 13 with the same size 26 as the depression 24.

When the piece 26 is fixed as described above, the piece 26 includes four ears of each closing plate 13 and is fixed to the fixing protrusion 15.

After fixing the piece 26 as described above, the cover 27 is attached on the head of the piece 26 so that the piece 26 is not exposed.

The finishing plate 13 can be fixedly arranged continuously in the same manner as described above.

As described above, when the finishing plate 13 is arranged and fixed so that the edge of the finishing plate 13 is close to the wall 31, the finishing plate 13 contacts the finishing plate 13 and the wall 31 contacts the wall 32. It is fixed to (31) to prevent the edge of the finishing plate 13 to rise.

 Example-2

In Example-2 of the present invention, only the closing plate 13 of Example-1 is configured differently.

After the smoothness of the slab 25 is configured, the shock absorbing pad 36 is disposed, and the coupling plate 22 in which the hose array plate 11 and the shock absorbing plate 12 are coupled thereon is disposed.

As described above, the coupling plate 22 is disposed on the shock absorbing pad 36 on the slab 25 and the fixing press 33 disposed on the shock absorbing pad 36.

The fixed frame 33 is disposed in the space between the inverted conical projections 18 formed on the bottom surface of the impact preventing plate 12.

When the coupling plate 22 is mounted on the slab 25 as described above, one end of the band 34b is inserted into the hole 35 formed on both sides of the fixing protrusion 15 of the hose arrangement plate 11 to fix the frame 33. ) And exposed to the hose array plate 11 again to fix the fixing frame 33 and the fixing protrusion 15 of the hose array plate 11 so that the coupling plate 22 is firmly fixed to the slab 25. do.

The hose 21 is arranged between the support protrusions 16 formed on the hose array plate 11 of the coupling plate 22.

On the hose arranging plate 11 on which the hose 21 is arranged, a mortar layer 37 is formed as shown in FIG.

11: hose array plate 12: impact prevention plate
13: finishing plate 14: support protrusion
15: fixing protrusion 16: support protrusion
17 conical projection 18: reverse conical projection
19: fixed jaw 20: groove
21: hose 22: bonding plate
23: space portion (a, b, c) 24: depression
25: slab 26: peace
27: cover 28: main part
29: iron 31: wall
32: holder 33: fixed frame
34: band (a, b) 35: hole
36: buffer pad 37: mortar layer

Claims (8)

In the construction method for preventing the noise between floors of public housing,
The process of configuring the smoothness of the slab 25 to maintain the horizontal when the hose array plate 11 and the impact preventing plate 12 is mounted on the slab 25, and the hose array plate 11 and the impact preventing plate 12 The process of designing the construction area to calculate the requirements of the) and the hose arrangement plate ( 11) the process of designing the width of the shock absorbing plate 12, the process of installing the fixed frame on the slab, the process of forming the hose array plate 11, the process of forming the impact preventing plate 12, the hose Combining the arrangement plate 11 and the impact preventing plate 12 to form a coupling plate 22, the process of placing the coupling plate 22 on the slab 25, and fixed on the slab 25 Fixing the fixing frame 33 to the fixing protrusion 15 of the hose array plate 11 of the coupling plate 22 by using a band 34b; The process of arranging and fixing the hose 21 on the hose array plate 11 of the coupling plate 22 fixed on the slab 25, and the closing plate 13 on the hose array plate 11 on which the hose 21 is arranged And a process of fixing the closing plate 13 to the fixing protrusion of the hose arrangement plate 11 using the piece 26, and using the fixing stand 32 to close the closing plate 13 on the wall. Public housing floor noise prevention construction method, characterized in that consisting of a process fixed to (31). The method of claim 1, wherein the hose is disposed on the hose heat dissipation plate of the coupling plate, and when the hose is disposed, the hose is disposed to form and finish a mortar layer thereon. According to claim 1, The coupling plate is configured to be tightly fixed to the slab by bending the fixing projections of the fixed frame fixed to the slab and the hose array plate of the coupling plate and the closing plate is disposed on the hose array plate on the coupling plate and the closing plate Insert the pieces into the four ear contact portion of the four end plates are configured to be fixed together in the fixing projections of the hose array plate, the cover attached to the piece is characterized in that the overall closing plate is configured to smooth the floor Prevention construction method. The method of claim 1, wherein the edges of the entire finishing plate is disposed to prevent the rise of the edge of the finishing plate by fixing the fixture to the wall in connection with the finishing plate. The method of claim 1, wherein the material of the hose array plate and the material of the finishing plate is made of a synthetic resin that is rigid and moldable, the material of the shock-resistant plate is made of a foamed compressed synthetic resin that can absorb the sortie Construction method of noise prevention between floors of houses. In the noise prevention material for preventing the noise between floors of public housing,
It is composed of a support protrusion projecting in a circular shape on the upper surface and a fixed protrusion projecting crosswise in the center of the support protrusion, and configured to form a space in a portion other than the support protrusion and the fixing protrusion, and the groove is downward in the entire side thereof. Hose arranger shaped,
An anti-convex protrusion protruding at an equal interval from an upper surface thereof, and an inverted conical protrusion protruding from the bottom thereof to form a space in portions other than the conical protrusion and portions other than the inverted conical protrusion,
Four ears are recessed into four corners to form a depression and then combine to form a closing plate composed of four ears combined. The hose array plate is coupled to an impact preventing plate and constitutes a coupling plate, and on the hose array plate of the coupling plate. The floor of the public housing floor noise prevention material, characterized in that the closing plate is fixed to not only prevent the impact noise between floors, but also to quickly finish the construction, and to reduce the weight of the floor slabs. The shock absorber of claim 6, wherein the fixing jaw protruding at the edge of the shock absorbing plate is inserted into and coupled to the groove formed at the edge of the hose arranging plate when the hose array plate and the impact preventing plate are coupled to each other. The noise preventing material between the public housing floor is characterized in that it is configured to pass through the impact preventing plate. The conical projection formed on the upper surface of the impact preventing plate and the reverse conical projection formed on the bottom are alternately projected so that the impact acting on the one conical projection is distributed and transmitted to the two reverse conical projections. Public housing floor noise prevention ash.

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