KR20230156677A - Tool, facility, system, construction method for insulation, heating, and proof of noise, sound, vibration - Google Patents

Abstract

The present invention relates to means and installation methods for soundproofing, dustproofing, soundproofing, insulation, heating, inter-floor noise prevention, etc. of buildings, houses, slabs, floors, walls, ceilings, etc. For this purpose a) air cap, air plate, insulation material, heating board, hose, and finishing materials installed on the top of the slab; b) a boiler connected to the hose; c) Insulating materials and cushioning materials installed on the wall; d) Sound-absorbing materials and resonators installed on the ceiling; e) an air layer present in the air cap or resonator; f) charcoal, purifying material, cleaning material, and cleaning means mounted on the air cap or air layer; etc. were designed.

Description

Soundproofing, dustproofing, insulation, heating, means, facility, system, construction method for preventing noise between floors {Tool, facility, system, construction method for insulation, heating, and proof of noise, sound, vibration}

The present invention relates to means, materials, facilities, systems, air caps, air plates, air layers, and installation for soundproofing, dustproofing, sound insulation, insulation, heating, inter-floor noise prevention, etc. of buildings, houses, slabs, floors, walls, ceilings, etc. It is about methods and construction methods.

In Korea, due to the high population density and convenience of living, multi-family housing such as apartments and townhouses has become widespread and common. As buildings and apartment complexes are becoming more and more high-rise, it is difficult to construct thick floors between floors to reduce the load. Accordingly, inter-floor noise or vibration generated from the upper or lower floors of the building is easily transmitted through the floor of the building, resulting in the inter-floor noise problem. Recently, disputes have arisen over noise between floors and it has emerged as a major social problem. Therefore, designing thin floor facilities and solving inter-floor noise problems are becoming urgent tasks.

The floor of most apartment houses is usually made of an ondol structure, and the insulation layer of the ondol structure plays a role in blocking floor impact noise. In addition to the insulation layer of the ondol structure, increasing the thickness of the floor slab and using separate sound insulation materials, cushioning materials, foam materials, and EPS (expanded polystyrene) are used, but the inter-floor noise problem has not yet been completely solved. Rather, it causes problems such as increased construction costs, increased building load, and increased load-bearing cross-section. Insulating materials are attached to the walls of apartment complexes and their exterior or interior walls to insulate them and reduce energy waste. An example of this is attaching glass wool or expanded polystyrene insulation to the wall. It mainly has an insulating function and has little function in reducing noise or vibration. Therefore, while solving the above problems, it is necessary to devise lightweight heating facilities, inter-floor noise prevention facilities, wall insulation facilities, wall noise prevention facilities, heating facilities with an inter-floor noise prevention function, and inter-floor noise prevention facilities with a heating function. This is the situation.

Existing heating facilities or inter-floor noise prevention facilities use a wet construction method that uses foamed concrete to reinforce insulation and fireproof mortar to protect heating hoses. And by improving this, a semi-dry method using either foam concrete or fire-proof mortar is being applied. One of these methods is a semi-dry method in which the insulation performance is further strengthened, omitting the foam concrete and only air-proof mortar is applied, or the heating hose protection performance is strengthened, the air-proof mortar is omitted and only foam concrete is applied. As described above, wet and semi-dry methods using foamed concrete, fire-proof mortar, etc. use water, sand, cement, etc., and they are mixed, transported, poured, cured, and solidified, which requires a lot of cost, manpower, construction, and period. It takes time.

In addition, the existing wet method is complex in construction, requires skilled workers, requires concrete technicians, takes a long time due to pouring, surface preparation, and curing, is difficult to do horizontal surface preparation work, requires skilled technology for surface preparation work, and is toxic to cement. Contains hexavalent chromium or harmful substances, is thick, so heat required to heat the floor is large and takes a long time, foundation slab is thick due to its own weight, requires additional costs for insulation or noise and vibration prevention, and complete repairs in case of pipe leaks There are problems such as re-construction and complexity of re-construction. Therefore, it would be very beneficial if a completely dry construction method that does not use foamed concrete, fireproof mortar, etc. is designed.

Recently, germs, germs, pollution, dust, dust, yellow dust, heavy metals, pollutants, waste, bacteria, etc. have been exposed to air, atmosphere, water quality, soil, environment, space, factory, site, building, house, life, residence, people, ecosystem, etc. Viruses, fine dust, sick building syndrome, environmental hormones, formaldehyde, etc. exist in large quantities, and cleaning, purification, sterilization, sterilization, disinfection, quarantine, pest control, cleaning, and eco-processing are required. Therefore, if the above-mentioned cleaning or cleaning is performed in addition to soundproofing, dustproofing, insulation, heating, hot water supply, and interfloor noise prevention, it can be an eco-friendly heating and interfloor noise prevention method.

The patented technologies behind the present invention include 10-1730502, 10-1974039, 10-1355696, 10-2245395, 10-2365144, 10-1998136, 10-2221119, 10-1855586, 10-2237498, 10-2 380359, 10 -1613481, 10-1432756, 10-0466160, 10-1865154, 10-1030952

There are 10-1745862, 10-2231452, 10-2014-0024717, etc.

The present invention was made to solve the above-mentioned implications and problems, and a) seeks solutions for sound insulation or inter-floor noise prevention, etc., or materials, materials, materials, etc. related to sound insulation or inter-floor noise prevention, etc. Exploring products, facilities, equipment, systems, work methods, construction methods, etc., b) Thin-thick flooring and wall facilities, lightweight heating facilities, lightweight wall facilities, lightweight inter-floor noise prevention facilities, and inter-floor noise prevention functions Heating facility with insulation function, wall facility with insulation function, inter-floor noise prevention facility with heating function, heating facility with air layer with insulation function, inter-floor noise prevention facility with air layer, heating with light weight and thin thickness and air layer Facilities, inter-floor noise prevention facilities that are lightweight and have a thin air layer, a completely dry construction method that does not use water, inter-floor noise prevention facilities with a cleaning or cleaning function, and inter-floor noise prevention that applies the above IT or 4th industrial technology, etc. facility; The material or construction method to which one or the other is applied; etc., and c) through the above-mentioned efforts, we aim to contribute to the above-mentioned soundproofing and prevention of inter-floor noise.

In order to achieve the above-mentioned object, the present invention 1) develops the above sound insulation or inter-floor noise prevention, etc., develops the above materials or construction methods, etc., and a), b) and c) described in the above problems to be solved. 2) Elimination of heavy foam concrete or fireproof mortar for thin flooring facilities, design of materials that are light in weight and have excellent insulation performance for lightweight heating or wall facilities, and noise reduction for lightweight inter-floor noise prevention facilities. Develop materials with excellent prevention functions, heating facilities such as hose boards with inter-floor noise prevention functions, and inter-floor noise prevention facilities such as air panels with heating functions, etc. 3) Air caps, air panels, air layers, purification materials, etc. We seek to develop means of soundproofing, dustproofing, insulation, heating, and inter-floor noise prevention.

In the present invention, a) solutions such as sound insulation and inter-floor noise prevention; b) Devising the materials, construction methods, etc.; c) Design of lightweight heating facilities, wall facilities, and inter-floor noise prevention facilities with excellent insulation performance; d) Design of heating facilities with inter-floor noise prevention function, design of wall facilities with insulation function, design of inter-floor noise prevention facilities with heating function; e) Use of ready-made products rather than on-site casting, use of factory products, use of eco-friendly materials, simple construction, simple laying construction, material laying construction, application of dry method, elimination of foamed concrete, elimination of air-permeable mortar, improvement of problems with wet or semi-dry method; f) Deletion of mixing, transport, pouring, curing, etc. of foamed concrete or air-blocking mortar; g) Reducing the cost, manpower, and period of installing heating or interfloor noise prevention facilities; h) Application of air cap, application of air plate, formation of air layer on air cap and air plate, improvement of insulation and prevention of noise between floors by air layer, reduction of weight of heating facility or noise prevention facility between floors, contribution to reduction of load on high-rise buildings, Excellent transfer of heat from the heating hose to the flooring by using a heat sink, improving the heating efficiency of the room; i) No need for horizontal surface preparation after pouring, the amount of heat required to heat the floor is small due to its thin thickness, light weight so the thickness of the foundation slab can be thin, partial repair and re-construction in case of pipe leakage; j) Use of purification materials, which contribute to purification and cleanliness through their use; k) Purifying or removing the air, formaldehyde, etc.; It has effects such as: And in the present invention, a) application of IT, IC, 5G, ICT, IoT, LTE, WiFi, convergence technology, metaverse, 4th industrial technology, etc.; b) Establishment of automatic systems, new technology systems, remote control systems, and remote heating systems through their application; It has effects such as:

Figure 1 is a schematic diagram showing a wet type heating, insulation, and noise prevention means according to the present invention.
Figure 2 is a schematic diagram showing a semi-dry heating, insulation, and noise prevention means according to the present invention.
Figure 3 is a schematic diagram showing a dry heating, insulation, and noise prevention means according to the present invention.
Figure 4 is a schematic diagram showing a dry heating, insulation, and noise prevention means according to the present invention.
Figure 5 is a schematic diagram showing a dry heating, insulation, and noise prevention means according to the present invention.
Figure 6 is a schematic diagram showing the floating heating and interfloor noise prevention means according to the present invention.
Figure 7 is a schematic diagram showing the floating heating and interfloor noise prevention means according to the present invention.
Figure 8 is a schematic diagram showing a heating and inter-floor noise prevention means using an air plate according to the present invention.
Figure 9 is a schematic diagram showing a heating and inter-floor noise prevention means using an air plate according to the present invention.
Figure 10 is a schematic diagram showing a heating and inter-floor noise prevention means using a spring according to the present invention.
Figure 11 is a schematic diagram showing a heating and interfloor noise prevention means using a coil spring and a leaf spring according to the present invention.
Figure 12 is a schematic diagram showing a heating and inter-floor noise prevention means using air balls according to the present invention.
Figure 13 is a schematic diagram showing a heating and inter-floor noise prevention means using air balls and leaf springs according to the present invention.
Figure 14 is a schematic diagram showing various heating and interfloor noise prevention means according to the present invention
Figure 15 is a schematic diagram showing a heating hose and boiler according to the present invention
Figure 16 is a schematic diagram showing a heating board and boiler with uneven portions according to the present invention.
Figure 17 is a schematic diagram showing the heating board, heating hose, and boiler according to the present invention.
Figure 18 is a schematic diagram showing a heating board with a heating hose insertion portion according to the present invention.
Figure 19 is a schematic diagram showing a heating board with a heating hose insertion portion according to the present invention.
Figure 20 is a schematic diagram showing the upper and transparent lower surfaces of the heating board according to the present invention.
Figure 21 is a schematic diagram showing the lower surface of the heating board according to the present invention.
Figure 22 is a schematic diagram showing the lattice frame according to the present invention
Figure 23 is a schematic diagram showing the insulation material according to the present invention
Figure 24 is a schematic diagram showing the air plate according to the present invention
Figure 25 is a schematic diagram showing an air cap according to the present invention
Figure 26 is a schematic diagram showing a magnetizer, ozone group, and anion group according to the present invention.

The title of the present invention is a means, facility, system, and construction method for soundproofing, dustproofing, insulation, heating, and interfloor noise prevention, which is one of the means, facilities, systems, and construction methods among soundproofing, dustproofing, insulation, heating, and interfloor noise prevention. represents one of the

Claim 1 of the present invention relates to a means or system for preventing interfloor noise. A sound absorber is provided on the floor or on the top of the slab, a resonator is provided on the top of the slab and spaced apart from the sound absorber, and a sound isolator is provided on the top of the slab and spaced apart from the sound absorber. An ozone group is provided in the sound absorber, an anion group is provided in the resonator, and a discharger is provided in the sound isolator. An air plate, insulation material, heating board, heating hose, heat conduction plate, and finishing material are sequentially installed on the upper part of the sound absorber, resonator, and sound insulator. A vibration isolating plate is mounted on a lower part of the air plate, a plurality of uneven portions are formed on the air plate and the vibration isolating plate, an air layer 1 is formed inside the vibration isolating plate, and a lower part of the dust isolating plate; The exterior of the uneven portion formed on the vibration isolation plate; At the top of the slab where the vibration isolation plate is seated; An air layer 2 is formed in space 2, and the lower part of the air plate; The outside of the uneven portion formed on the air plate; At the top of the dustproof plate where the air plate is seated; Air layer 3 is formed in space 3. Charcoal is provided in the space 3 or air layer 3, and the air layers 1, 2, and 3 serve to reduce noise, vibration, and shock.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), construction method, work method, etc. are possible according to Example 1, such as a and b. The above a is a1) an object (80) such as an air plate, an air plate, a ventilation plate, a ventilation plate, a ventilation plate, a flow plate, a flow plate, a sponge, a drain plate, a water drain board, a drainage means, a water drain board, etc., a2 ) or the object 80 on which the cleaning means 95 is mounted is used. The b is sequentially placed on the upper part of the slab or inter-floor slab 10 constituting the building, etc. 15, b11) air cap 90, insulation material 70, heating board 40, heating hose 50, Heat conduction plate (30), finishing material (20); b12) or air cap (90), heating board (40), heating hose (50), heat conduction plate (30), finishing material (20); b13) or the air cap or finishing material provided with a cleaning means (95); As is installed, b2) the object 80 is mounted on the upper part of the air cap 90. In b11), the object 80 is placed between the air cap 90 and the insulation material 70, and in the case of b12), the object 80 is between the air cap 90 and the heating board 40. It is placed in between.

c) a plurality of uneven portions 81 are formed on the object 80, d) a lower portion of the object 80; The outside of the concavo-convex portion 81; The upper part of the air cap 90 on which the object 80 is seated; An air layer 82 is formed in the space or space 82, e) a cleaning means 95 is provided in the space 82 or the space or air layer 82, and f) in the space 82 or the space. (82), the air layer 82, the cleaning means 95, etc. act to reduce noise, vibration, and shock, and g) the cleaning means 95 purifies, cleans, dehumidifies, absorbs sound, insulates, and reduces vibration. , has the effect of reducing shock, etc.

h) the heating hose 50 is connected to the boiler 51, i) a regulator for adjusting the boiler on and off, a remote controller 115 for remotely performing the adjustment, and the control j) hot water or heating water supplied from the boiler circulates through the heating hose 50, and the finishing material 20 is warmed by the circulation of the hot water, k) The warming results in heating of the room 14 or house 15 to which the finishing material belongs. ℓ) The above objects, air caps, finishing materials, air layers, cleaning means, boilers, etc. serve as means, materials, panels, products, facilities, systems, etc. for soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc., or play a role. and m) the heating facility (1) or the inter-floor noise prevention facility (1) is constructed or worked in the order of a) to k) above.

According to Example 1, the heating facility (1) or the floor noise prevention facility (1) includes a) an air cap (90), the object (80), an insulation material (70), a heating board (40), a heating hose (50), Heat conduction plate (30), finishing material (20); b) or air cap 90, the object 80, heating board 40, heating hose 50, heat conduction plate 30, finishing material 20; Installation is possible in the following order. At the end of Example 1, the means or inter-floor noise prevention means include a) the above materials or construction methods; b) The material or construction method of one of the soundproofing and inter-floor noise prevention; etc. (等) is applicable. The ventilation plate, ventilation plate, flow plate, drain plate, drainage means, object, etc. (80) include a ventilation plate, ventilation plate, flow plate, drain plate, drainage means, a plate on which a plurality of irregularities (81) are formed, and a plurality of recesses (81). ) and a plate formed with convex portions 81, a plate provided with a plurality of feet 81, a plate provided with a plurality of elastic feet 81, a plate provided with a plurality of concave-convex feet 81, and an elastic foot 81 This includes the plate 80 or insulator 70 provided with this, the combination 80 of the plate or insulator 70 provided with elastic feet 81, and the grid frame 60 mounted on the top thereof. The above sound insulation includes sound insulation, sound insulation, sound absorption, and sound prevention. The above-mentioned dust-proofing includes dust-proofing, helmet, earthquake-proof, anti-vibration, anti-vibration, vibration-proof, insect-proof, helmet, shock-proof, helmet, anti-vibration, anti-vibration, anti-seismic, etc. The above insulation includes insulation, insulation, heat absorption, and prevention of heat transfer. The above heating includes heating, hot room, warming the room, etc. The above-mentioned inter-floor noise prevention includes inter-floor noise prevention, inter-floor noise prevention of buildings, and slab inter-floor noise prevention.

In the present invention, examples of materials, means, materials, panels, products, facilities, systems, construction methods, work methods, etc. related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. include a) the object 80, The cleaning means (95), the object (80) on which the cleaning means is mounted, and the cleaning means (95) mounted on the object; b) b1) air cap 90, the object 80, insulation material 70, heating board ( 40), heating hose (50), heat conduction plate (30), finishing material (20); b2) or air cap 90, the object 80, heating board 40, heating hose 50, heat conduction plate 30, finishing material 20; c) a plurality of uneven portions 81 formed on the object 80; d) an air layer 82 formed in the space 82 or between the lower part of the object 80, the outside of the uneven portion 81, and the upper part of the air cap 90 on which the object is seated; e) the space 82, the air layer 82, the building 15, the finishing material 20, the upper part of the finishing material, the room 14 containing the finishing material, the ceiling of the building 12, Cleaning means (95) provided on the ceiling (12) of the room, etc.; f) the air layer 92 performing the above function; g) cleaning means (95) that performs the above function; Cleaning means (95) that performs the above-described actions between the space and the ceiling, etc.; h) Heating means (1) or inter-floor noise prevention means (1) equipped with the object or cleaning means, etc.; i) a boiler 51 to which the hose 50 is connected, a boiler 51 supplying hot water to the hose 50, and a boiler circulating hot water to the hose; j) a controller that controls turning the boiler on and off, a remote controller (115) that remotely performs the adjustment, and a wireless controller (115) that performs the adjustment wirelessly; k) Or the above a) object to j) regulator for soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc.; It is possible to use or provide a lamp. And construction can be done using a) object to k) regulator, etc., or construction or work can be done in the order of a) object to k) regulator.

In the present invention, the means (1) or system (1) for soundproofing, dustproofing, thermal insulation, heating, inter-floor noise prevention, etc. can be constructed as a, b, c, d, e, etc. below. The a, b, c, d, and e are: a) the object 80 is installed on the top of the slab 10 or the building inter-floor slab 10; b) A heating board (40), a heating hose (50), a heat conduction plate (30), and a finishing material (20) are sequentially installed on the top of the slab (1); c) The object 80, heating board 40, heating hose 50, heat conduction plate 30, and finishing material 20 are sequentially installed on the top of the slab; d) Air cap, the above object, insulation material, heating board, heating hose, heat conduction plate, and finishing material are installed sequentially on the top of the slab; d) Air cap 90, the object 80, heating board 40, heating hose 50, heat conduction plate 30, and finishing material 20 are sequentially installed on the top of the slab; e) the hose is connected to a boiler, a boiler that supplies hot water to the hose, a boiler (51) that circulates hot water to the hose (50), etc.; etc. The object 80 may be integrated with the elastic feet 81, the insulation material 70, and the lattice frame 60 in that order, or may be an integrated product.

In the present invention, a) a plurality of uneven parts, concave parts, convex parts, uneven parts, feet, legs, etc. (81) are provided on the object (80) or on the lower part of the object (80); b) an air layer 82 is formed in the space 82 or between the lower part of the object 80, the outside of the uneven portion 81, and the slab 10 on which the object is seated; c) An air layer 82 is formed in the space 82 or between the lower part of the object 80, the outside of the uneven portion 81, and the upper part of the air cap 90 on which the object is seated. ; d) providing a cleaning means (95) in the space or air layer; e) The air layer 82, the cleaning means 95, etc. e1) the finishing material 20, the slab 10, the top or bottom of the finishing material, the top or bottom of the slab, e2) the top or bottom of the finishing material It acts to reduce noise, vibration, and shock acting or occurring on people below, people on or below the slab, etc.; f) the cleaning means (95) is located between the space (82), the space (82), the air layer (82), the building (15), the finishing material (20), the upper part of the finishing material, and a room (14) containing the finishing material, Purifies, purifies, dehumidifies, etc. the ceiling of a building (12), the ceiling of a room (12), etc.; etc. is possible.

The object 80 is an air plate, an air plate, a ventilation plate, a ventilation plate, a channel plate, a sponge, a drain plate, a drainage means, etc. In the object 80, the air plate, air plate, ventilation plate, ventilation plate, flow plate, sponge, drain plate, drainage means, etc. 80 are installed in the basement or basement of the building to drain water flowing into the building, or It can be used to guide the incoming water to the water collection well and discharge it to the outside using a pump or the like. In the present invention, a plurality of numerous uneven parts 81 are formed on the object 80, and by focusing on the fact that water flows into the space 82 between the uneven parts, when there is no water in the space 82 between the uneven parts. Since there is air or an air layer, the air layer 82 can serve as a noise blocking layer, so the object 80 is used to prevent noise between floors. In the present invention, plural refers to plurality, number, two or more numbers, two or more digits, two or more, two or more, etc.

The cleaning means 95 includes a) charcoal, red clay, charcoal, filter, activated carbon, purifying agent, cleaning agent, disinfectant, sterilant, aeration agent, reactive agent, coagulant, filtering agent, mineral, ceramic, germanium, cypress tree, zeolite, ozone. , negative ions, far infrared rays, EM (useful microorganisms), phytoncide, purifier, purifier, ozone group, discharge device, negative ion device, cleaning device, cleaning means; b) a complex of two or more of them; c) the object containing the charcoal or composite, etc.; d) Bags, packs, nets, pack nets, net packs, pockets, bags, silica, sound absorbing materials, sound insulating materials, soundproofing materials, insulation materials, and heating materials containing the charcoal or objects, etc.; e) or means for purification, cleansing, water purification, sterilization, disinfection, pest control, quarantine, cleaning, washing, cleaning, etc.; etc. is possible.

Typical examples of existing heating facilities or inter-floor noise prevention facilities include slabs (10), insulation materials (70) or cushioning materials (70), foamed concrete (65), heating hoses (50), mortar or fireproof mortar (64), and finishing materials (20). ) and so on. In the above, the foamed concrete (65) is used for insulation reinforcement, and the fireproof mortar (65) is used for hose protection. As described above, the thermal conductivity of the concrete (64, 65) used previously is 0.16 or 0.8 to 0.65 W/mK at 20°C, and the thermal conductivity of the air layer (82) used in the present invention is 0.025 or 0.02 to 0.027 W/mK. It was investigated at 20°C and it can be seen that the air layer used in the present invention has excellent insulation properties compared to the existing concrete (64, 65). Therefore, in the present invention, due to the insulating properties of the air layer 82, the heat generated by the hot water passing through the hose is transmitted to the upper finishing material, such as flooring, flooring, etc. 20, rather than to the lower slab 10, thereby reducing the heat of the finishing material. A lot of heat is transferred to the room 14 or people, and as a result, the heat loss prevention effect can be considered superior to existing technologies.

In existing heating facilities or inter-floor noise prevention facilities, the foamed concrete, mortar, fireproof mortar, etc. (64, 65) are wet materials that are mixed with water, sand, cement, etc., placed in a tank, transported, pumped, placed, prepared, and cured. , solidification, etc. must be completed, which requires a lot of time, money, and manpower. In addition, since the curing, solidification, etc. take a minimum of 3 days and a maximum of 28 days, there is a disadvantage that the room (14, roon) where the inter-floor noise prevention facility (10) is installed cannot be used immediately. However, in the inter-floor noise prevention facility 91) of the present invention, the air cap or finishing material is a dry material of a ready-made product and only needs to be installed sequentially on the top of the slab, so less time, cost, and manpower are required compared to the existing one, and installation There is an advantage of being able to use the room (roon) right away. Therefore, conventional construction is done in a wet or semi-wet manner using water, but the present invention is constructed in a dry manner using commercialized materials, which saves time, cost, and manpower. Here, the wet type means that both the foamed concrete (65) and the gas-proof mortar (64) are constructed, the semi-wet type means that one of the foamed concrete and the gas-proof mortar is constructed, and the dry type means that neither the foamed concrete nor the gas-proof mortar is constructed. will be.

The mortar includes mortar, mortar, mortar, a mixture of cement and water, a mixture of cement, water and sand, a mixture of cement, water and fine aggregate, a mixture of lime, water and sand, etc. The foamed concrete includes concrete, foamed concrete, air concrete, foamed concrete, lightweight concrete, lightweight foamed concrete, concrete, air concrete, light weight concrete, a mixture of cement, water and foaming agent, a mixture of cement, water, sand and foaming agent, cement and a mixture of water, fine aggregate and foaming agent, and a mixture of lime, water, sand and foaming agent, etc.

The present invention is a dry method in which the heating hose 50, the heat conduction plate 30, and the finishing material 20 are installed in that order, and the heat emitted from the heating hose 50 is directly transmitted through the heat conduction plate 30, which is thin and has a high heat conductivity. It is delivered to the finishing material (20) and the floor, which is the finishing material, is immediately heated. However, in the existing wet or semi-dry method, the heating hose (50), the fireproof mortar (64), and the finishing material (20) are installed in the order of the heating hose (50). ) is transferred to the finishing material 20 through the thick and low heat conduction mortar 64, so that the floor, which is the finishing material, is gradually heated. The thermal conductivity of the metal plate or galvanized steel sheet 30 used as the heat conduction plate in the present invention is 36 to 113 W/mK, and the heat conductivity is very high compared to the mortar concrete 64 described above, so the heat emitted from the heating hose is used as a finishing material for the floor. It has excellent delivery effects.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), construction method, work method, etc. are possible according to Example 2, such as a and b. In the above a, a cleaning means 95 such as charcoal, red clay, charcoal, activated carbon, silica, purifier, dehumidifier, purification means, cypress tree, phytoncide, zeolite, purifier, purifier, ozone group, anion group, etc. is used. The b is sequentially placed on the top of b1) slab 10 b11) air cap 90, sponge, air plate 80, insulation material 70, heating board 40, heating hose 50, heat conduction plate ( 30), finishing material (20); b12) or air cap, sponge, air plate, heating board, heating hose, heat conduction plate, finishing material; is installed, b2) the cleaning means 95 is provided on the outside 82 of the uneven portion 81 formed on the air plate 80. c) the cleaning means 95 performs a purifying function, d) the cleaning means performs a dehumidifying function, e) the cleaning means performs a sound-absorbing or sound-insulating function, and f) the cleaning means 95 removes noise and vibration. , reduces one or more of the shocks.

g) the hose 50 is connected to the boiler 51, h) a regulator for controlling the on and off of the boiler, a remote controller 115 for remotely performing the adjustment, A wireless controller 115, etc. is provided, i) hot water supplied from the boiler 51 circulates through the hose 50, and the finishing material 20 is warmed by the circulation of the hot water, j ) The warming becomes heating of the room 14 or house 15 to which the finishing material belongs. k) The air cap or finishing material, air layer, cleaning means, boiler, etc. serve as means, materials, panels, products, facilities, systems, etc. for soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc., ℓ) Heating or inter-floor noise prevention facilities are constructed or worked in the order of a) to j) above.

In the present invention, examples of the heating facility (1) or the inter-floor noise prevention facility (92) include a) an air cap (90), a purifying material or cleaning means (95), and an air plate (80) sequentially mounted on the top of the slab (10). , insulation material (70), heating board (40), heating hose (50), heat conduction plate (30), finishing material (20); b) or air cap, air plate, insulation material, heating board, heating hose, heat conduction plate, finishing material; c) or air cap, purifying material or cleaning means, air plate, heating board, heating hose, heat conduction plate, finishing material; d) or air cap, air plate, heating board, heating hose, heat conduction plate, finishing material; e) or air plate, insulation material, heating board, heating hose, heat conduction plate, finishing material; f) or insulation, heating board, heating hose, heat conduction plate, finishing material; g) or heating board, heating hose, heat conduction plate, finishing material; etc. is possible.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), construction method, work method, etc. are possible according to Example 3. In the above a, a drainage means 80 that is used to drain water or has a function of draining water is used. The b is sequentially placed on the top of b1) slab 10 b11) air cap 90, sponge, insulation material 70, heating board 40, heating hose 50, heat conduction plate 30, finishing material 20 ); b12) or air cap, sponge, heating board, heating hose, heat conduction plate, finishing material; As is installed, b2) the drain means 80 is mounted on the upper part of the air cap 90. c) a plurality of uneven portions 81 are formed on the drain means 80, d) a lower portion of the drain means 80; The exterior 82 of the concavo-convex portion 81; At the top of the air cap 90 where the drainage means is seated; An air layer 82 is formed in the space 82, e) charcoal 95 is provided in the space or air layer 82, and f) the air layer 82 reduces noise, vibration, and shock. It works. The above includes a) air cap, sponge, drainage means, insulation, heating board, heating hose, heat conduction plate, and finishing material on the top of the slab; b) or air cap, sponge, drainage means, heating board, heating hose, heat conduction plate, finishing material; are installed sequentially and are constructed or worked on.

In the present invention, examples of the heating facility (1) or the inter-floor noise prevention facility (91) include a) an air cap (90), a sponge, a purifying material or cleaning means (95), and a drainage means ( 80), insulation material (70), heating board (40), heating hose (50), heat conduction plate (30), finishing material (20); b) or air cap, sponge, drainage means, insulation material, heating board, heating hose, heat conduction plate, finishing material; c) or air cap, sponge, purifying material or cleaning means, drainage means, heating board, heating hose, heat conduction plate, finishing material; d) or air cap, sponge, drainage means, heating board, heating hose, heat conduction plate, finishing material; e) or drainage means, insulation, heating boards, heating hoses, heat conduction plates, finishing materials; f) Or purification materials, heating boards, heating hoses, heat conduction plates, finishing materials; g) or drainage means, heating boards, heating hoses, heat conduction plates, finishing materials; etc. is possible.

Materials, means, materials, panels, products, facilities, systems, construction methods, work methods, etc. related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention are a, b, etc. according to Example 4. This is possible. In the above a, bubble wrap 90 that is attached to a window or to package an item is used. The b is sequentially placed on the upper part of b1) slab 10 b11) air plate 80, sponge, insulation material 70, heating board 40, heating hose 50, heat conduction plate 30, finishing material 20 ); b12) or air plate, sponge, heating board, heating hose, heat conduction plate, finishing material; As is installed, b2) the bubble wrap (90) is mounted on the lower part of the air plate (30). c) a plurality of uneven portions 81, 91 are formed on the bubble wrap 90 and the air plate 80, d) an air layer 1 (92) is formed inside the bubble wrap 90, e) the The lower part of the bubble wrap (90); The outside of the uneven portion 91 formed on the bubble wrap; The upper part of the slab (10) on which the bubble wrap (90) is seated; Air layer 2 is formed in space 2, f) the lower part of the air plate; The outside of the uneven portion formed on the air plate; At the top of the bubble wrap where the air plate is seated; Air layer 3 is formed in space 3, g) charcoal is provided in space 3 or air layer 3, and h) the air layer acts to reduce noise, vibration, and shock. The above includes a) bubble wrap, sponge, air plate, insulation, heating board, heating hose, heat conduction plate, and finishing material on the top of the slab; b) Or bubble wrap, sponge, air cap, heating board, heating hose, heat conduction plate, finishing material; are installed sequentially and are constructed or worked on.

Examples of heating facilities or inter-floor noise prevention facilities in the present invention include a) bubble wrap, sponge, purifying material or cleaning means, air plate, insulation material, heating board, heating hose, heat conduction plate, and finishing material sequentially mounted on the top of the slab; b) Or bubble wrap, sponge, air plate, insulation, heating board, heating hose, heat conduction plate, finishing material; c) Or bubble wrap, sponge, purifying material or cleaning means, air plate, heating board, heating hose, heat conduction plate, finishing material; d) Or bubble wrap, sponge, air plate, heating board, heating hose, heat conduction plate, finishing material; e) or air plate, insulation material, heating board, heating hose, heat conduction plate, finishing material; f) or charcoal, heating board, heating hose, heat conduction plate, finishing material; g) or air plate, heating board, heating hose, heat conduction plate, finishing material; etc. is possible.

In the present invention, one of soundproofing, dustproofing, heating, insulation, and interfloor noise prevention means, facilities, and materials installed on A wall (11), B ceiling (12), C floor (20), and D interfloor slab (10), etc. Examples of panels, products, systems, construction methods, A wall system (3), B ceiling system (2), C floor system (4), and D inter-floor slab system (1) are as follows.

In the case of wall A, it is the same as numbers 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, etc. below. The above 1 is an insulation facility (3) composed of an insulation material (70) installed on the inside, inner surface, outer surface, inner surface, outer surface, middle, hollow part, etc. of the wall (11). The above 2 is a composite system (3) made of the wall (11) and the insulation material (70) installed on the inside, inner surface, outer surface, inner surface, outer surface, middle, hollow part, etc. of the wall (11). The above 3 is a facility (3) in the order of walls, cushioning materials, insulation materials, and insulation materials (70). The above 4 is a system (3) consisting of the wall or building wall (11), cushioning material, insulation material, and insulation material (70) in that order. The above 5 is a facility (3) consisting of soundproofing materials, walls, cushioning materials, insulation materials, and insulation materials in that order. The above 6 is a system (3) in the order of soundproofing material inside the wall, the wall, cushioning material outside the wall, insulation material, and insulation material. The above 7 is in the following order: wall or building wall, drain board, cushioning material, insulation material, insulation material, etc. The above 8 is in the order of drainage plate, wall, cushioning material, insulation material, and insulation material. The number 9 consists of a wall, an internal hollow insulation frame, an insulation material filled in the hollow area, and an embossed panel whose external surface is formed to express a bumpy shape. The above 10 is in that order: wall, primary insulation board, insulation insulation board, gypsum board, etc. The number 11 consists of an internal hollow wall, an insulating material mounted on the side thereof, and a vacuum portion formed in the hollow portion. The number 12 is in the order of the wall, the plate, and the insulation material filled in the internal space of the plate. Number 13 is in the order of the wall surface, plate-shaped insulation material, finishing material, and foam insulation material filled between the wall surface and the plate-shaped insulation material. The above 14 is a system (3) consisting of walls, glass wool panels, straw boards, finishing members, etc. in that order.

In the case of the B ceiling, it is the same as 1, 2, 3, 4, etc. below. The above 1 is a ceiling system (2) equipped with a soundproof ceiling board, a heat insulation ceiling board, a soundproof and heat insulation ceiling board, etc. (12). The above 2 is a ceiling facility (2) in which soundproofing material, insulation material, sound absorbing material, sound absorber, resonator (75), purifier (95), cleaning facility (95), etc. are mounted in the internal space of the ceiling (12). The above 3 is a ceiling system (2) equipped with a ceiling material or ceiling board (12), a sound absorbing material, a sound absorber, or a resonator installed in the space or space between the ceiling board (12) and the upper floor slab (10). The above 4 is an upper floor slab (10), a ceiling mount (13) fixed to the mount, a ceiling board (12) fixed to the mount (13), and a sound-absorbing material mounted in the space between the slab (10) and the ceiling board (12). , a ceiling system (2) on which a sound absorber, a resonator (75), a purifier (95), and a cleaning facility (95) are mounted.

In the case of the C floor, the mat (4), elastic mat, foam mat, bubble mat, expansion mat, rubber mat, fiber mat, sound insulation mat, sound insulation mat, dustproof mat, air cap, Air mat, air mat, uneven mat, embossed mat, sculpture mat, high-density mat, high-compression mat, EVA mat, urethane mat, mat containing honeycomb, mat containing hollow honeycomb, hexagonal mat containing hollow honeycomb, hexagon These include a mat composed of a hollow honeycomb, a mat containing air, a mat composed of a plurality of piece mats, etc. (4).

In the case of the D interlayer slab, the following 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21 , 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, 36, 37, 38, 39, 40, 41, 42, 43, 44, 45, 46 , 47, 48, 49, 50, 51, 52, 53, 54, 55, 56, 57, 58, 59, 60, 61, 62, 63, 64, 65, 66, 67, 68, 69, 70, 71 , 72, 73, 74, 75, 76, 77, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87, 88, 89, 90, 91, 92, 93, 94, 95, etc. .

The above 1 includes a slab (10), an air cap (90), charcoal, purifying material or cleaning means (95), an air plate (80), an insulation material (70), a heating board (40), a heating hose (50), and a heat conduction plate ( 30), finishing material (20), etc., in that order: floor system (1) or slab system (1). The above 1 includes a slab (10), an air cap (90), charcoal, purifying material or cleaning means (95), an air plate (80), an insulation material (70), a heating board (40), a heating hose (50), and a heat conduction plate ( 30), finishing materials (20), heating facilities (1), soundproofing and heating facilities (1), inter-floor noise prevention facilities (1), construction methods, etc., installed in that order. The above detailed description includes a) the interfloor slab (10) of the apartment complex (15); b) Air cap 90 installed in one or more layers on the upper part of the slab; c) a purification material or cleaning means 95 in the form of a net pack containing charcoal, red clay, activated carbon, germanium, zeolite, etc., which is installed on the upper part of the air cap and purifies contamination; d) an air plate 80 that is installed on top of the air cap or purification material and has irregularities on its upper and lower sides, and an air layer is formed between the irregularities; e) an insulating material (70) installed on the upper part of the air plate and having an insulating property that prevents heat emitted from a heating hose located on its upper part from being transferred to the slab for its lower part; f) a heating board (40) installed on the upper part of the insulation material and having a seating portion (42) on which the heating hose is seated; g) a heating hose 50 which is seated on the seating portion 42 and through which heating water supplied from the boiler 51 is circulated; h) a boiler (51) connected to the heating hose to circulate heating water; i) a heat conduction plate (30) installed on the heating board and the heating hose to transfer heat emitted from the heating hose to the upper finishing material; j) A finishing material for flooring or flooring (20) installed on the upper part of the heat conduction plate; It is a heating facility (1) or a soundproof heating facility (1) or an inter-floor noise prevention facility (1) consisting of etc.

The above 2 includes a slab (10), an air cap (90), charcoal and red clay (95), a ventilation plate (80), an insulation material (70), a heating board (40), a heating hose (50), a heat conduction plate (30), It is a heating facility (1) or an inter-floor noise prevention facility (1) in that order, including finishing materials (20). The above 3 are in the order of slab, air cap, air plate, purifying material or cleaning means, insulation material, heating board, heating hose, heat conduction plate, finishing material, etc. The above 4 are in the following order: slab, air cap, elastic feet, insulation, lattice frame, heating board, heating hose, heat conduction plate, flooring, etc. The above 5 are in the following order: slab, air cap, purifying material or cleaning means, ventilation plate, sound absorbing material, insulation material, heating board, heating hose, heat conduction plate, finishing material, etc. Above 6 is slab (10), air cap (90), charcoal and red clay (95), air plate (80), sound insulator, insulation material (70), heating board (40), heating hose (50), heat conduction plate (30) ), finishing material (20), mat (4), etc. in that order. The above 7 is in the order of slab, air cap, ventilation plate, purification material or cleaning means, sound absorbing material, insulation material, heating board, heating hose, heat conduction plate, finishing material, etc. The above 8 is in the following order: slab, air cap, elastic foot, insulation material, grid frame, heating board, heating hose, heat conduction plate, flooring material, etc. The above 9 is in the order of slabs, elastic feet, insulation, lattice frame, heating board, heating hose, heat conduction plate, flooring, etc. The above 10 is a heating facility (1) or inter-floor noise prevention facility (1) consisting of slabs, elastic feet, insulation, lattice frame, heating hose, fireproof mortar, flooring, etc.

The above 11 is in the order of slab, air cap, heating board, heating hose, heat conduction plate, flooring, etc. The above 12 is in the order of slab, heating board, heating hose, heat conduction plate, flooring, etc. The above 13 is a slab (10), an air cap (90), a purification pack (95), an air plate (80), an insulation board (40), a heating hose (50), a heat conduction plate (30), a finishing material (20), and a mat. (4), etc., in that order. Above 14 is a floor slab (10), insulation or EPS (70), lightweight foamed concrete (65), pipe or hose (50), thermoelectric plate (30, heat conduction plate) or fireproof mortar (64), and floor finishing material (20). And so on, in that order. The above 15 is in the order of floor slab (10), cushioning material (70, 80), foamed concrete (65), pipe (50), fireproof mortar (64), floor finishing material (20), etc. The above 16 consists of slabs, insulation plates (70, 80), foamed concrete, pipes, mortar, flooring, etc. in that order. The above 17 is in the order of slab (10), insulation material (70), foamed concrete (65), hose (50), mortar (64), finishing material (20), etc. The number 18 includes a slab (10), an air cap (90), a ventilation plate (80), an insulation plate or sound-absorbing plate (70), a hose board (40), a hose (50), a heat sink (30), a flooring material (20), and a mat ( 4) and so on. The above 19 is in the order of slab, air plate, air plate, insulation plate, hose plate, hose, heat sink, flooring, etc. The above 20 is a heating facility (1) or inter-floor noise prevention facility (1) in the order of slab (10), insulation plate (70), hose plate (40), hose (50), heat sink (30), and finishing material (20). )am.

The above 21 is in the order of floor slab, sound insulation member, first panel part, second panel part, foamed concrete layer, pipe, heat sink or mortar layer or heating board, finishing material, etc. The above 22 is in the order of base layer, heating coil, soundproofing material, dustproofing material, piping, heat conduction plate or mortar layer, finishing material, etc. The above 23 is in the order of base layer or inter-floor slab, heating coil, sound absorbing material, vibration absorbing material, pipe or hose, heat sink or mortar layer or hose board, finishing material, etc. The above 24 is in the order of floor slab or interlayer slab, non-woven fabric, elastic material, sound absorbing material, insulation material, heat conduction plate, floor finishing material, etc. The above 25 is a concrete slab layer (10), noise prevention material (70, 80), lightweight foamed concrete layer (65), pipe (50), finishing mortar layer (64) or heat conduction plate (30), flooring or flooring, etc. It will be done in that order. The above 26 is in the order of base layer, elastic layer, reflective layer, reflective film, sound-absorbing layer, heating hose, heat sink, floor or finishing layer, etc. The above 27 is in the order of concrete slab, cushioning material with a thickness of 40 mm or more, mortar layer or heat conduction plate with a thickness of 50 mm or more, and finishing layer. The 28 includes a base layer or interlayer slab (10), a sound insulating material (70) composed of a member formed by molding sawdust and binder and a foam layer attached to both sides of the member, a foamed concrete layer (65), a hose or pipe (50), It consists of the mortar layer 64 or heat conduction plate 30, the finishing material 20, and the mat 4 in that order. The above 29 is in the order of base slab or interlayer slab (10), porous base material (80), sound absorbing material (70), pipe (50), mortar layer (64), finishing material (20), etc. A side buffer is installed between the side of these combinations and the wall of the building. The 30 refers to a concrete slab or building slab (10), a cushioning material (70), foamed concrete (65), a hose or pipe (50), a heat conduction plate (30), or finishing mortar (64) poured to bury the pipe, and a flooring material. (20), mat (4), etc. in that order: heating facility (1) or inter-floor noise prevention facility (1).

The above 31 consists of the base layer, sound insulation plate with holes formed through it, buffer unit, unit frame, top plate, heating hose, mortar, finishing material, etc. The above 32 refers to base layer or interlayer slab, foam foam mixed with a mixture of polyurethane resin and carbon, injection molded product with a mixture of polypropylene resin and fillers, foam foam, hose or pipe, heat conduction plate or mortar layer, and finishing material. And so on, in that order. The above 33 is in the order of slab layer, fiber mat, rubber body, fiber structure, porous rubber plate, pipe, plate, finishing material, etc. The 34 refers to a floor slab (10), a lightweight foam concrete layer (54), a noise reduction material layer (70), a hose or pipe (50), a heat conduction plate (30) or a concrete mortar layer (64), or a hose board in which the hose is embedded. (40), floor finishing material (20), etc. in that order. The above 35 is a reinforced concrete slab (10), an applied primer, an adhesive layer, a sound insulation material layer, a sound insulation material layer, a foamed concrete layer (65), a hose or pipe (50), a heat conduction plate (30) or a finishing mortar layer (64) or a hose board. (40), finishing material (20), mat (4), etc. in that order. The above 36 is a heat insulating material that is mounted on the base layer and its upper part and is manufactured using a mixture of a polymer composed by the polymerization reaction of sulfate, octane sulfonate, and formaldehyde salt, other cement, water, foaming agent, and fiber, the heat insulating material The soundproofing material, foam concrete, piping, heat conduction plate or mortar layer, and finishing materials are placed sequentially on top of the material. The above 37 refers to a floor slab or interlayer slab (10), foamed concrete (65), vinyl sheet, sand, vinyl sheet, hose or pipe (50), heat conduction plate (30), or mortar layer (64) in which pipe is embedded or hose. This is in the order of buried hoseboard (40), finishing material (20), mat (4), etc. The above 38 refers to a floor slab or building slab (10), a sound-insulating horizontal mat (70, 80), a pipe or hose (50), a heat conduction plate (30) or a poured layer (64) in which the pipe is buried, or a pipe board in which the pipe is buried. (40), finishing material (20), mat (4), etc. in that order. The above 39 is in the order of floor slab, sound insulating horizontal mat, sand, vinyl sheet, foamed concrete, pipe, heat conduction plate or poured layer in which pipe is buried or hose board in which hose is buried, floor material, etc. The above 40 is in the order of floor slab (10), cushioning material (70), lightweight foam concrete (65), pipe (50), heat conduction plate (30) or mortar (64) or hose board (40), finishing material (20), etc. It is a heating facility (1) or an inter-floor noise prevention facility (1).

The order of 41 is base layer, woven fabric, foam with convex or concave embossed parts, sound absorbing material with porous mesh structure, non-woven fabric, insulation, piping, heat conduction plate or mortar or hose board, finishing material, etc. The 42 is a concrete slab (10), a cushioning material (80) in which protrusions (81) are formed at the bottom and an air layer (82) is formed between the protrusions (82), a pipe (50), a mortar layer (64), and a finishing material ( 20), Mat (4), etc. in that order. A side cushioning material (5) is installed between the side of the cushioning material or mortar layer and the wall of the building. The 43 refers to a slab or inter-floor slab, a vibration isolation member installed around the slab and the wall, an insulating material or cushioning material provided with supporting protrusions at the bottom to form an air layer between the supporting protrusions, piping, a heat conduction plate, or a cement mortar layer or hose. This is in the order of buried hoseboard, flooring, etc. The above 44 is a floor slab (10), a dustproof mount (71), an insulation material (70), a reinforced frame (60), a hose or pipe (50), a heat conduction plate (30) or a fireproof mortar layer (64), or a hose board (40). ), finishing material (20), mat (4), etc. in that order. Here, the dustproof mount 71, the insulation material 70, and the reinforced frame 60 can be formed as an integrated panel. Here, the anti-vibration mount 71, the insulation material 70, and the reinforced frame 60 can be integrated by nails, pins, jacks, hooks, bolts, nuts, screws, anchors, pieces, clamps, etc. (73). The above 45 refers to a slab or building slab, an insulating material equipped with a support-shaped anti-vibration mount at the bottom to form an air layer between a plurality of anti-vibration mounts, a reinforced frame, a hose or piping, a heat conduction plate or a heat-proof mortar layer or hose board, a finishing material, etc. It will be in that order. Here, a side cushioning material (5) is installed on the edge of the skirting board between the slab and the wall. When the side cushioning material (5) is used, the side cushioning material (5) is first installed on the wall, and then the heating facility (1) or the inter-floor noise prevention facility (1) is installed, or the above-mentioned insulation materials, finishing materials, etc. are installed in that order.

The above 46 is in the order of floor slab, anti-vibration rubber, insulation material, reinforced frame, heating hose, fireproof mortar or hose board with embedded hose, finishing material, etc. Here, the anti-vibration rubber, insulation, and reinforced frame can be manufactured as an integrated panel. The anti-vibration rubber is installed in plural numbers on the lower part of the insulation material in the shape of a rod or flask. A cushioning material (5) or a cushioning tape (5) is installed around the bottom of the wall facing the floor slab. When the cushioning material (5) or buffering tape (5) is used, the cushioning material (5) or buffering tape (5) is first installed around the bottom of the wall, and then the heating facility (1) or the inter-floor noise prevention facility (1) is installed, or Alternatively, the above-mentioned anti-vibration rubber or finishing materials are installed in that order. The above 47 is a panel integrated in the order of floor slab, hemp-type anti-vibration rubber, plate-type insulation material, and grid-type lattice frame, hose or pipe, heat-conducting plate or pipe-embedded mortar or hose-embedded hose board, and floor finishing material. And so on, in that order. The above 48 is in the order of floor slab or inter-floor slab, vibration-proof mount, sound-absorbing material, reinforced plastic frame, soundproofing material, vibration-proofing material, plywood, piping, heat conduction plate, floor, finishing material, etc. The above 49 refers to floor slabs or building slabs, sound-absorbing mats, sound-proofing mats, vibration-proof rubber mounts, hollow sound-insulating sheets, foam concrete, hoses or pipes, heat conduction plates or mortar layers with the pipes embedded or hose boards with embedded hoses, and floor finishing materials. And so on, in that order. The above 50 is a reinforced concrete slab (10), a sound insulating material or insulation material (70), lightweight foam concrete (65), a pipe (50), a heat conduction plate (30) or a finishing mortar (64) or a pipe board (40), and a floor finishing material ( 20) Heating facility (1) or inter-floor noise prevention facility (1) in the following order.

The number 51 is in the order of the concrete slab 10, the hose 50, the heat conduction plate 30 or the composite mortar layer 64, the hose board 40 in which the hose is embedded, and the floor finishing material 20. The above 52 is in the order of concrete slab, sound insulating material, mesh material, pipe, heat conduction plate or composite mortar layer poured by mixing fiber and mortar with insulation performance, floor finishing material, etc. The above 53 is in the following order: floor slab, insulation block, steel sheet, polymer block obtained by copolymerizing ethylene and vinyl acetate monomer, mat made of PE, PP or PVC, piping, heat conduction plate or mortar layer or heating board, floor finishing material, etc. It will happen. The above 54 is in the order of floor slab, cushioning material, shielding material, piping, heat conduction plate or mortar layer or piping board with embedded piping, finishing material, etc. Here, the cushioning material is composed of an upper layer member and a lower layer member, and a through hole is formed in the area where the upper layer member and the lower layer member are in contact to form an air layer, and recesses or irregularities are formed on the outer surfaces of the upper layer member and the lower layer member to form another layer. An air layer is formed. The above 55 is in the order of base layer, lower sheet, mesh, middle sheet, mesh, upper sheet, anti-wear layer, piping, heat conduction plate or mortar layer, finishing material, etc.

The above 56 is in the order of base layer, multiple anti-vibration rubber legs, panel with multiple mesh holes, pipe, heat conduction plate or mortar layer with pipes embedded or hose board with embedded hoses, finishing material, etc. Here, nuts are inserted into the bolts inserted into the panel and legs and fastened. The above 57 is in the order of floor slab or inter-floor slab, support material or support bridge, shock absorber, load distribution material, deck plate, hose or piping, heat conduction plate or mortar layer or heating board, finishing material, etc. The above 58 is in the order of floor slab, floor plate, support leg, shock absorber, load distribution material, deck plate, piping, heat conduction plate or mortar layer or piping board, floor finishing material, etc. Here, the floor plate, support legs, impact cushioning material, load distribution material, and deck plate are fixed to the through bolt and the nut fitted thereto. The above 59 is in the order of concrete slab, pipe support frame, pipe, insulation layer of Styrofoam particles and cement mixture, heat conduction plate or mortar finishing layer, floor finishing material, etc. The 60 is in the following order: concrete slab (10), ball or air ball (94), insulation material (70), heating board (40), pipe (50), heat conduction plate (30), finishing material (20), etc. It is a heating facility (1) or an inter-floor noise prevention facility (1).

The 61 is in the order of concrete slab or interlayer slab (10), tube or hollow tube or air tube (90), pipe (50), heat conduction plate (30) or foam concrete or heating board, finishing material (20), etc. . The 62 refers to a concrete slab (10), a mat or hollow mat or air mat (90), a hose or pipe (50), a mortar layer with a heat conduction plate or pipe embedded or a hose board with a heating hose embedded, a finishing material (20), This goes in the order of mat (4), etc. The above 63 consists of the base layer 10, a noise blocking layer including an air layer, a reinforcing layer, a buffer layer, a hose or pipe, a mortar layer in which a heat conduction plate or pipe is embedded, and a finishing material. The above 64 is in the order of floor concrete (10), elastic block or rubber block, insulation pad, panel, pipe, heat conduction plate or finishing concrete layer or pipe board with embedded pipe, finishing material, etc. Here, a plurality of elastic blocks or rubber blocks are installed at regular intervals in the horizontal direction, an air layer is formed between the plurality of elastic blocks, and a grid or irregularities are formed on the top of the panel. The above 65 is in the order of base layer 10, vertical plate or horizontal plate, cushioning material, pipe, mortar layer in which the heat conduction plate or pipe is embedded, finishing material, etc. Here, vertical or horizontal plates are erected at regular intervals, and an air layer is formed between the vertical plates or between the horizontal plates.

The above 66 is in the order of base layer or inter-floor slab 10, vertical board, horizontal cushioning material, piping, heat conduction plate or mortar layer with piping embedded or hose board with embedded hose, finishing material, etc. Here, the vertical boards are erected at regular intervals, and an air layer is formed between the vertical boards. The 67 is in the order of base layer 10, elastic block 80, buffer panel 70, heating board 40, pipe 50, heat conduction plate 30 or mortar layer, finishing material 20, etc. . Here, elastic blocks are erected at regular intervals, and an air layer is formed between the elastic blocks. The above 68 is in the order of floor slab, support material and vibration absorber, mesh body, Styrofoam layer, mesh layer, floor finishing material, etc. Here, a plurality of support materials or vibration absorbers are installed in the lower part of the mesh body, a plurality of floor shock dampers are installed between the plurality of support materials or vibration absorbers, and the support materials, vibration absorbers, floor shock dampers, etc. are blocks. Shape, column shape, cylinder shape, cylindrical shape, square shape, square pillar shape, etc. The above 69 is in the order of floor slab with hollow holes or hollow pipes or noise exhaust pipes embedded, insulation material, hose, board with foamed concrete or hose embedded, mortar layer, floor finishing material, etc. The 70 refers to a floor slab (10), a sound insulating material (80) or insulation material (70), a piping block (40), a piping pipe (50), a heat conduction plate (30), a top plate, a finishing material (20), a mat (4), etc. The order is heating facility (1) or inter-floor noise prevention facility (1).

The number 71 includes floor slab (10), PP panel (80), magnesium board (70), non-woven fabric, heating board (40), accelerator pipe (50), heat conduction plate (30), silver foil-coated PE foam, and finishing material (20). , Mat (4), etc. in that order. The 72 refers to a floor slab or building slab (10), an air cap (90), an anti-vibration rubber foot (81), a support (81), an insulation material or EPS (70), a frame board (60), a hose (50), and a heat conduction plate ( 30), or in the order of hose board (40), finishing material (20), etc. of fireproof mortar or hose embedding. Here, ventilated side sound insulation is installed on the wall of the building. The anti-vibration rubber feet or frame board can be manufactured as an integrated panel. The above 73 includes a floor slab, a cushioning material, a support, an elastic cushioning foot composed of a cushioning material and a support, a cushioning cap fitted thereto, an insulating material or foamed synthetic resin plate mounted on top thereof, a heating hose, a heat conduction plate, or a mortar layer or hose in which the hose is embedded. This goes in the order of buried boards, finishing materials, etc. Here, the cushioning material or foamed synthetic resin plate can be a single-color panel. The order of 74 is a floor slab, a plurality of cushioning feet, a plate-shaped cushioning pad with cushioning air pockets, a plate-shaped foamed synthetic resin material, a heating hose, a board with a heat conduction plate or mortar layer or hose embedded therein, a flooring material, etc. The above 75 is in the order of floor slab, gas-filled air cap mat, mat protection layer, noise prevention layer of air cap mat, hose, heat conduction plate or mortar layer with hose embedded or board with embedded hose, floor finishing material layer, etc. . Here, the gas is air, gas, oxygen, nitrogen, helium, compressed air, a gas with more than 50% by volume of a gas heavier than air, a mixed gas of 50% by volume of air and 50% by volume of a gas heavier than air, and a gas lighter than air. It is a mixed gas containing more than 50% of the volume of gas and less than 50% of the volume of a gas heavier than air.

The above 76 is in the order of building slab layer, airbag or air tube, insulation or sound absorbing material, upper board, hose, heat conduction plate or mortar layer with hose embedded or board with embedded hose, finishing material, etc. The above 77 is in the order of slab floor, air cap, anti-vibration rubber, insulation or sound insulation, panel, hose, board with embedded heat conduction plate or mortar layer or hose, and finishing material. The above 78 consists of the slab layer, vibration absorbing supports arranged at regular intervals, buffer cap, elastic member, hose, heat conduction plate or mortar layer or hose board, finishing material, etc. The above 79 is in the order of slab, plural level adjusters, support plate, insulation or sound absorbing material, hose, heat conduction plate or mortar layer or hose board, finishing material, etc. The 80 includes a slab 10, a plate-shaped heating panel 40 provided with a plurality of support rubbers 41 at the top or bottom and a groove 43 formed on the upper surface, and a heating hose 50 fitted into the groove 43. ), heat conduction plate (30), finishing material (20), etc., in that order: heating facility (1) or inter-floor noise prevention facility (1).

The 81 is provided with a slab 10, a plurality of anti-vibration rubber feet 41, a heating piping panel 40 made of expanded polypropylene material (EPP), a noise reduction panel made of expanded polystyrene (EPS) material, and the heating piping. The heating hose 50, heat conduction plate 30, finishing material 20, mat 4, etc. are inserted into the groove 43 formed on the surface of the panel 40 in that order. The 82 includes a slab (10), a base panel (80, 70), a heating board (40) with a heating hose installation groove (43) formed on its upper surface, a heating hose (50) fitted into the installation groove (43), and heat conduction. This is in that order: plate (30), finishing material (20), mat (4), etc. The number 83 includes a slab (10), an air layer (94), an air ball layer (94), a spring layer, an insulation material (70), a heating board (40), a heating hose (50), a heat conduction plate (30), and a finishing material (20). And so on, in that order. The 84 consists of the slab (10), air ball layer (94), insulation material (70), spring layer, heating board (40), heating hose (50), heat conduction plate (30), finishing material (20), etc. . The 85 includes a slab (10), an arc-shaped curved spring (71), air balls (94) filled at the top and bottom of the curved surface, an insulation material (70), a heating board (40), a heating hose (50), and a heat conduction plate (30). , flooring (20), mat (4), etc. in that order.

The 86 includes a slab 10, an air cap 90, an arc-shaped curved spring 71, air balls 94 filled at the top and bottom of the curved surface, and elastic feet or spiral springs mounted on lower ends of both ends of the arc-shaped curved spring. , insulation material (70), heating board (40), heating hose, heat conduction plate, finishing material, mat (4), etc. in that order. The above 87 is in the order of floor slab, plurality of cushioning feet, dustproof material, noise reduction material, shock absorber, sound absorption material, finishing mortar layer, flooring material, etc. The order of 88 is floor slab, elastic mat, cushioning material, urethane foam, expanded polystyrene, piping mat with seating protrusions into which pipes are inserted, pipes fitted into the seating protrusions, sound absorbing material, heat sink, flooring, etc. The above 89 is in the order of slab, cork board, shock absorbing layer, oval spring, insulation material, hose board, hose, heat insulator, finishing material, etc. The 90 refers to a slab (10), a curved plate spring (71), a cushioning material or insulation material (70), a hollow case, an air buffer formed inside the case, a hose board (40), a hose (50), and a flooring material (20). ), mat (4), etc., in that order: heating facility (1) or inter-floor noise prevention facility (1).

The 91 includes a slab 10, an insulating plate 80 with rubber feet 81 mounted on the lower part and a plurality of protrusions spaced apart from each other, a support plate 70 with a spring 71 attached to the lower part, a buffer plate, and a pipe fixing means. The order includes the piping board 40 provided with (43), the piping 50 fixed to the fixing means 43, the heat sink 30, and the finishing material 20. The 92 refers to a sound-insulating horizontal mat (70) consisting of a floor slab (10), upper and lower elastic pads and fibers placed between the pads, foam concrete (65), heating coil (50), mortar (64), and flooring. (10), Mat (4), etc. in that order. The 93 refers to a slab (10), a sound insulation layer (90) that reduces noise, a dustproof layer (80) that attenuates and absorbs vibration and shock to alleviate the effect of wave resonance of the slab, a heating hose (50), and an indoor infrared ray and negative ions. The order includes the mortar layer 64 that purifies the air, the porous sound absorbing material 70, the heat sink 30, the finishing material 20, and the mat 4. The 94 includes a floor slab (10), a sound insulation material (90, 80) equipped with a sensor or a pressure sensor, an insulation material (70), a hose board (40), a heating hose (50), a heat sink (30), a finishing material (20), It is a heating facility (1) or an inter-floor noise prevention facility (1), in that order, such as a mat (4). The number 95 refers to the slab or mat in which the slab or finishing material, air cap or finishing material, slab or mat, air cap or mat, etc. are used or provided. The slabs, mats, etc. may be used or provided.

In the present invention, examples of the heating or inter-floor noise prevention facility (1) or system (2) include the following a, b, c, d, e, f, g, and h, which are sequentially installed on the upper part of the inter-floor slab (10). , i, j, k, ℓ, m, n, o, p, q, r, etc. are possible. The a is an air cap 90, an air plate 80, an insulation material 70, a grid frame 60, a hose board 40, a hose 50, a heat conduction plate 30, and a flooring material 20; The b is an air cap, insulation material, lattice frame, hose board, hose, heat conduction plate, flooring material; Above c is an air cap, a grid frame, a hose board, a hose, a heat conduction plate, and a flooring material; The d is an air cap, hose board, hose, heat conduction plate, flooring; The e refers to an air plate, insulation material, lattice frame, hose board, hose, heat conduction plate, flooring material; The f is an air plate, a grid frame, a hose board, a hose, a heat conduction plate, and a flooring material; The g is an air plate, hose board, hose, heat conduction plate, flooring; Wherein h is the insulation material or flooring material; The i is the lattice frame or flooring; The j is a hose board, hose, heat conduction plate, flooring; The k is one or more of the air cap to the flooring material; The ℓ refers to the air cap or flooring material in which foamed concrete is installed on the upper part of the lattice frame; The m is the air cap to the flooring material in which the anti-diaphragm mortar is installed on the upper part of the hose; The n is an air cap, air plate, insulation, lattice frame, foamed concrete, hose board, hose, heat conduction plate, flooring; Above o is an air cap, air plate, insulation material, lattice frame, hose, fireproof mortar, flooring material; The p is an integrated product of the air cap, air plate, elastic foot, insulation material, and grid frame, hose board, heat conduction plate, and flooring material; The q is a sheet-shaped air cap (99) with countless air pockets (93), and a plurality of uneven parts (81) are formed in its lower part, so that an air layer (82) exists between the uneven parts (82). A mat-shaped air plate (80), a column-shaped or hemp-shaped elastic foot (71) with elastic properties, a board-shaped insulator (70) with an insulating function, and a plate-shaped plate with a plurality of horizontal and vertical grids (61) A grid frame 60, a hose board 40 provided with a hose seating means 43, a hose 50 through which hot water is circulated by being placed on the seating means 43, and heat emitted from the hose is conducted to the flooring material. A plate-shaped heat conduction plate (30), a floor material for a room or an area for people to step on (20); The r is a sheet-shaped air cap 90 containing an air pocket 93 inside the r, and a plurality of uneven parts 81 are formed in the lower part thereof, and an air layer 82 is formed between the uneven parts 82. ), a mat-type air plate 80, a hose board 40, which is a board embedded with a hose 50 through which hot water provided from the boiler 51 is circulated to warm the floor, and heat of the circulated hot water. A plate-shaped heat conduction plate (30) that transmits heat to the floor, and a floor material (20) installed on top of the heat conduction plate for people to lie down or move about; etc. The above a to r are examples of heating facilities (1) or inter-floor noise prevention facilities (1) sequentially installed on the upper part of the inter-floor slab (10).

In the above, a) air cap 90, air pocket 93 of the air cap, air layer 92 between the air cap and the slab, air layer 92 around the uneven portion 91 formed on the air cap, and air plate. (80) The lower air layer 82, the air layer 82 remaining in the uneven portion 81 formed on the air plate, the air layer 82 around the uneven portion 81 formed on the air plate, and the air cap 90 ) and the air layer (92, 82) between the air plate (80), the air layer (72) below the insulation material (70), the air layer (72) around the uneven portion (71) formed on the insulation material, and the air plate (90) and the air layer (82, 72) between the insulating material (70), the porous air layer inside the insulating material (70), the air layer (62) between the grids (61) of the grid frame (60) or between the grid lines (61), the grid Air layers 62 and 42 between the frame 60 and the hose board 40, an air layer 42 around the uneven portion 41 formed on the hose board, and a hose mounting hole 43 formed on the hose board 40. ), an air layer 42 remaining in a hole where the hose 50 is not buried, an air layer between the hose board 40 and the heat conduction plate 30, etc. are formed and used, or b) or the air cap or air It has the characteristic of reducing noise, vibration, and impact due to the layer.

Above the air cap 90 is the air plate or flooring material; People, live loads, and moving loads on top of the flooring; Since the back acts, the portion of the air cap 90 that contacts the concave-convex portion 81 of the lower part of the air plate 80 is compressed by its load, and the air pocket 93 in the air cap is pushed to the side and the lower part of the air plate 80 is compressed. The uneven portion 81 is almost adhered to the slab 10, so that only the vinyl of the air cap 90 remains between the uneven portion 81 at the bottom of the air plate and the slab 10. However, the air pockets 93 of the air cap 90 installed on the upper part of the slab are properly maintained between the plurality of uneven portions 81 at the bottom of the air plate, so that the air cap is not exposed to the vinyl or air pockets 93 that make up the air cap. This greatly contributes to reducing noise, vibration, and shock transmitted from the top of the flooring to the slab.

In the present invention, installation examples of noise prevention facilities (1, 2, 3, 4) include a, b, c, d, e, f, and g below. Above a is an air cap (90), an air plate (80), an insulation material (70), a lattice frame (60), a hose board (40), a hose (50), a heat conduction plate (30), and a flooring material (20) on the top of the slab. are installed sequentially. In b, the side cushioning material 5 is installed on the wall 11, and the air cap or flooring material is sequentially installed on the top of the slab 10. In c, a cushioning material (5) is installed on the wall (11), an inter-floor noise prevention panel is installed on the top of the slab (10), urethane is filled in the edges and gaps, lightweight foam concrete is omitted, heating pipes are installed, air-proof mortar is poured, and finishing materials are installed. Doing laying, etc. The d represents a base plate 80, numerous protruding concavo-convex portions on the upper and lower portions thereof, a plurality of supports 81 provided on a lower portion of the base plate, and an insulation pad 70 provided on an upper portion of the base plate. The heating board 40, heating hose 50, heat sink 30, finishing material 20, etc. are sequentially placed on the top of the insulation pad. The e uses a microphone installed on the floor or ceiling to transmit noise, a speaker that generates a sound that cancels out the transmitted noise, and a controller to control them. The above f uses a microphone that transmits ambient noise, a speaker that generates uniform or nonuniform inverted noise in response to the noise transmitted from the microphone, and a noise canceling controller that controls them. In g, the cushioning material 5 is attached to the wall 11, and the floor is constructed in the following order: lamination of moisture-proof sheets, filling with air balls or purifiers or perlite, sound absorbing materials, springs, heating boards, hoses, heat sinks, finishing materials, etc.

In the present invention, examples of installation of heating facilities or noise prevention facilities (1) include a, b, c, d, and e below. In a, a lattice frame 60 is used, the lattice frame 60 is inserted into the mortar 64 poured on top of the lattice frame, and the introduced lattice frame serves as a reinforcing bar or reinforcement to reinforce the multar 64. is to do. In b, b1) a lattice frame 60 is provided, an insulating layer 70 is provided in a lower part of the lattice frame, an air plate or a cushioning material 80 is provided in a lower part of the insulating layer, and the lattice frame is provided with its own It is introduced into the multal (64) poured at the top; b2) the introduced lattice frame 60 is coupled to the water tal, prevents the water tal from flowing, reinforces the water tal, serves as a reinforcement for reinforcing the water, and prevents cracks in the water tal; b3) The heat insulating layer 70 has a heat insulating function, an air layer 82 is formed between the cushioning material 80 and the cushioning material 80, and the air layer 82 has a soundproofing function. . The c is provided with pins for fixing the grid frame 60 and other neighboring grid frames 60, and is provided with anchors for fixing the pipe 50 mounted on the top of the grid frame 60.

In d, a) a grid 60 is provided, a heat insulating layer 70 is provided in a lower part of the grid, a cushioning material 80 is provided in a lower part of the heat insulating layer, and the grid, the heat insulating layer, and the cushioning material are integrated, The lattice 60 is introduced into a pouring material 64 such as mortar poured on its top, and b) the introduced grid frame 60 is coupled with the pouring material and prevents the flow of the pouring material, Reinforcing the pouring, serving as a reinforcing material for reinforcing the pouring, and preventing cracking of the pouring, c) the heat insulating layer 70 has an insulating function, and an air layer 82 is formed between the cushioning material and the cushioning material 82. ) is formed, the air layer 80) functions as a soundproofer, and holes penetrating the grid, the insulation layer, and the cushioning material are formed, and d) sequentially penetrating the holes of the cushioning material, the holes of the insulation layer, and the holes of the grid are formed. A bolt or the like 73 is inserted, e) the head of the inserted bolt is caught on the outside of the hole of the cushioning material, a part of the inserted bolt protrudes from the upper part of the grid, and a screw is attached to the protruding part. It is fitted, the protruding part is inserted into the casting, and a part of the inserted bolt reinforces the casting. The e is a lattice frame 60 having a grid shape, an insulating layer 70 mounted on a lower portion of the lattice frame, a cushioning material 80 mounted on a lower portion of the insulating layer, and adjacent to the lattice frame 60. It consists of a pin that fixes another lattice frame (60) and an anchor that fixes the pipe (50) installed on the top of the lattice frame (60).

The above pins, clips, etc. include pins, pins, clips, clips, anchors, anchors, shackles, rings, hooks, fixing means, ∩-shaped pins, ∩-shaped clips, ∩-shaped anchors, pins or clips with a step or protrusion at the tip. Or an anchor, a pin or clip or anchor provided with a step or protrusion on the inside of the tip, a pin that interconnects neighboring lattice frames, a pin that interconnects neighboring insulation materials, a pin that interconnects neighboring air plates, neighboring These include pins that interconnect heating boards and pins that interconnect neighboring sound insulators. As an example of the ∩-type pin, the edge lattice of a lattice frame and the edge lattice of another neighboring lattice frame are inserted with ∩-shaped pins so that one lattice and another neighboring lattice are inserted into the inside of ∩, thereby inserting another lattice neighboring the lattice frame. It is a pin that fixes them to each other. An example of the ∩-shaped clip is a pipe mounted on the upper part of a lattice frame and a grid frame mounted on the lower part of the piping by inserting the pipe and the lattice into the inside of the ∩-shaped clip by inserting a lattice into the lattice frame. It is a clip that holds them together. The pouring materials include mortar, filler, pouring material, backfill material, paste, mortar, concrete, lime mortar, cement mortar, water-proof mortar, water-proof concrete, backfill material, etc.

In the present invention, examples of facilities (1) related to soundproofing, heating, insulation, noise prevention, etc. include 1, 2, 3, 4, 5, 6, 7, 8, and 9 below. Above 1 is a floor slab 910), a cushioning material installed on the upper part thereof, a horizontal shear member mounted on the upper or lower part thereof, a damper or damping means mounted on the upper part of the horizontal shear material, and a pipe 50 mounted on the upper part thereof. The board 40 on which the pipe passage 44 or the pipe seating stand 43 is inserted and seated, or the heating board 40 on which the grooves 43 and 44 deeper than the height or diameter of the pipe 50 are formed, the upper part thereof It consists of a heat sink, finishing material, mat, etc. mounted on the . In the above 2, an interlayer noise-prevention material, a porous body laid under the interlayer noise-prevention material, and an air layer formed inside the pores of the porous body are used. Above 3 is from the bottom to the top of the slab or concrete slab for each floor of the building: a) surface reinforcement layer, adhesive layer, adhesion layer, foam, ceramic foam, and fine foam cells formed in a honeycomb shape by using it as a foaming agent in ceramic materials. Ceramic foam, piping, protective mortar layer; b) Or it is constructed or composed of cushioning material, shielding material, mortar layer, etc. The foam or cushioning material may be composed of an air layer or air passage, an upper layer member, an air layer or air passage, a lower layer member, an air layer or an air passage, etc.

Above 4 is a suspension supplied from a container in which a solution or foam liquid is stored, a motor for mixing the foam liquid supplied from the container, and a transfer device that transfers suspensions such as bubbles and cement paste of the foam liquid supplied from the motor. A mixer for mixing, a compressor for supplying compressed air to the mixer, a mesh with fine holes mounted inside the mixer, a transfer device for pressure transferring the mixture mixed in the mixer, and the pressure transfer A screw that rotates inside, a foam mixer that mixes the bubbles and suspension that passed through the mesh or screw, a distributor that distributes the mixing liquid of the foam mixer, a foam injection hose connected to the distributor, and the floor, ceiling, and wall of the building. A foam injection hole formed on the back, a foam injection hose connected to the hole to inject organic, inorganic, organic or inorganic foam, an inter-floor noise prevention material formed on the floor, ceiling, wall, etc. by the injection, the floor, ceiling, A foam inspection hole formed in a wall, etc., an endoscope camera inserted into the foam inspection hole, an endoscope camera that determines the injection state of the foam, an inter-floor noise prevention material formed by laying the foam on the floor, ceiling, wall, etc., and the foam is a template. Interfloor noise-prevention material products formed by removing the mold after pouring are used.

Above 5 is a solvent made by diluting a solidifying agent in water, a paste made by mixing the solvent and a ceramic material, adding a foaming agent to the paste, foaming and solidifying it after pouring it into a mold, field or factory, forming a foam after the foaming and solidification, Foam products created after demolding of the mold, sound-insulating foams formed by pouring on the floor of the site, etc. are used. The above 6 refers to a) stirring the ceramic material and the foaming agent or stirring at high speed at 1500 to 2000 rpm, the stirred mixture paste, the mold or mold or form or site in which the paste is poured, b) the composition formed after the pouring and curing or solidification. foam, c) foam for preventing inter-floor noise created on the floor of the site, d) drying of the foam, cutting of the foam, foam product for preventing inter-floor noise formed by the cutting, e) on the surface of the foam. Emulsions, acrylic emulsions, hybrid acrylic emulsions, siloxides, products coated with hybrid siloxides, silicates, binders, etc. are used.

In 7 above, a) the solidifying agent includes potassium hydroxide, sodium carbonate, ammonia water, etc., or the solidifying agent includes potassium hydroxide: sodium carbonate: ammonia water in a weight ratio of 2:10:1, and b) the ceramic material is cement or Portland cement. , ash, bottom ash, fly ash, polypropylene, EPS, expandable polystyrene, expandable polystyrene resin, vermiculite, silicon dioxide, red clay, perlite, perlite, kaolinite, diatomaceous earth, pigments, iron oxide pigments, etc. c) the foaming agent consists of water, stearic acid, hydrogen peroxide, 100 parts by weight of water, 14 to 28 parts by weight of stearic acid, and 56 to 282 parts by weight of hydrogen peroxide, d) the compressive strength of the foam is 40 to 80 MPa, Thermal conductivity of 0.03~0.06W/mK, density of 160~200kg/㎥, and moisture content of 39~49% are applied. The above 8 sequentially from the bottom to the top includes an existing slab or bottom slab, a buffer material, a supporter, a buffer material, a floating slab or an upper slab, a pipe, a finishing mortar layer, It is composed of flooring materials, etc.

9 above refers to a) forming grooves, grooves, pins, hooks, latches, holes, bolt holes, bolt fixing means, etc. in slabs, walls, ceilings, flooring, etc.; b) Installation of cushioning material on the slab or the like; c) The cushioning material is located on the top of the slab or flooring, the top of the groove, the top of the recess, the outside of the pin, the outside of the ring, the outside of the latch, the top of the support material, the bottom of the support material, the side of the support material, and parallel to the support material, Installed at a distance from the support material, at the lower part of the floating slab or inter-floor noise prevention material, and on both sides of the floating slab or inter-floor noise prevention material; d) The materials of the cushioning material include rubber, silicone, expansion material, elastic material, cushioning material, air cushion, styrofoam, etc.; e) The cushioning material absorbs noise, load, shock, vibration, etc.; f) The cushioning material consists of vertical cushioning material, lateral cushioning material, etc.; g) The vertical buffer prevents the load, shock vibration, etc. of the floating slab or inter-floor noise prevention material from being transmitted to the floor slab; h) The side buffer prevents the load, shock vibration, etc. of the floating slab or inter-floor noise prevention material from being transmitted to the wall; i) The support material is installed in the groove, the upper part of the cushioning material, the lower part of the cushioning material, the lower part of the floating slab or interfloor noise prevention material, and the side of the floating slab or interfloor noise prevention material; Supporting the inter-floor noise prevention material; Transmitting the load, shock vibration, etc. of the floating slab or inter-floor noise prevention material to the cushioning material; j) The above cushioning materials and supports are j1) plate type, sheet type, mat type, board type, column type, pole type, jjoljang type, square, wall type, height type, length type, rail type, stepped type, square length type, Square pillar shape; j2) the above plate or square pillar shape with a certain length; j3) the above plate or square pillar shape with a certain width and length; Having the shape of a back; k) The floating slab or inter-floor noise prevention material includes the upper part of the floor slab, the upper part of the step, the upper part of the buffer material, the upper part of the support material, the upper part composed of the cushioning material and the support material, and the upper portion composed of the cushioning material, the support material, and the cushioning material. , installed at a distance of 3 cm from the wall, etc.; ℓ) The materials of the floating slab or floor slab include steel, metal, concrete, reinforced concrete, concrete with embedded rebar, concrete with embedded upper rebar, lower rebar, and auxiliary rebar; m) The shape of the floating slab or floor slab and the inter-floor noise prevention material is m1) foam, layer, deck, foam, slab, plate, deck plate, concrete layer, plate type, sheet type, mat type, board type, rectangle, square, Rectangular, full floor area type, segment type, segment type with an area divided by the total floor area into two or more, segment type with an area of 1/2 of the total floor area, segment type with an area of 1/10 of the total floor area , m2) the form or segment type with a certain width and length; n) A gap or space is formed between the floor slab and the floating slab or inter-floor noise prevention material; o) The gap or space is formed at the height of the cushioning material, support material, etc.; p) The load, shock vibration, etc. of the floating slab or inter-floor noise prevention material cannot be transmitted to the floor slab due to the gap or space; q) Forming holes for passing bolts in the cushioning materials, supports, floating slabs, etc.; r) inserting a bolt into the bolt through hole; s) Inserting or fixing the lower part of the inserted bolt into a hole, bolt hole, bolt fixing means, etc. formed in the existing slab or floor slab; t) tightening the nut or screw on the top of the inserted bolt; u) Preventing the cushioning material, support, floating slab, etc. from being lifted by the tightened bolt, restraining upward vibration, and inducing vibration only downward, thereby reducing the amplitude of vibration; v) Installation of piping inside v1) of the floating slab or inter-floor noise prevention material, v2) Installation of piping, finishing layer, finishing mortar layer, lightweight mortar layer, lightweight concrete layer, finishing concrete layer, etc. on the upper part; w) The inter-floor noise prevention material consists of the air cap or finishing board, etc.; etc., or etc. are applicable, or etc. are possible.

In the present invention, floor facilities, heating facilities, inter-floor noise prevention facilities, floor systems, heating systems, inter-floor noise prevention systems, etc. (1) include floor facilities, heating facilities, inter-floor noise prevention facilities, floor systems, double floor systems, and heating systems. , inter-floor noise prevention system, floor noise prevention system, double floor noise prevention system, height-adjustable floor system, double floor system with floor facilities installed above and below the air layer, the air above and below the air layer Double floor system where floor facilities such as caps and finishing materials are installed, floating floor facility, floating floor facility, floating floor facility, floating floor, floating floor structure, pedestal or uneven section (41, 61, 71, 81, 91) Floor facilities (1, 40, 60, 70, 80, 90), feet or uneven parts (41, 61, 71, 81, 91) are provided to form an air layer (42, 62, 72, 82, 92). This is formed by floor facilities (1, 40, 60, 70, 80, 90), a floor facility with double-sided uneven portions, a floor facility with upper uneven portions, a floor facility with lower uneven portions, a floating floor with uneven portions or a pedestal. A floating structure floor facility (1, 40, 60, 70, 80, 90), sound insulation heating system, sound insulation and heating system, sound insulation heating system, sound insulation and heating system, inter-floor noise prevention and heating system, inter-floor noise prevention and heating system, sound insulation heating system, sound insulation and heating system, sound insulation heating system , sound insulation and heating system, inter-floor noise prevention and fire prevention system, inter-floor noise prevention and heating system, etc.

In the present invention, inter-floor noise prevention, inter-floor noise prevention holes, inter-floor noise prevention materials, inter-floor noise prevention facilities, etc. include materials, materials, plates, layers, frames, foams, cells, etc. that prevent inter-floor noise or inter-floor noise. , cell, cell foam, foam cell, panel, panel, pad, plank, mat, sheet, film, flooring, floor, board, member, material, material, product, facility, equipment, tool, grid, slab, system, plate, mattress etc., or etc. are used. The means or system refers to a device, device, device, machine, instrument, equipment, device, facility, equipment, material, material, panel, panel, product, method, plan, construction method, countermeasure, alternative, or means. , materials, objects, things, things, porous bodies, systems, construction, work, construction methods, work methods, etc.

The base layer, slab, etc. (10) are base layer, base layer, base surface, ceiling layer, slab, slab, slab, floor slab, butt slab, building slab, building slab, ceiling slab, concrete slab, concrete slab, reinforced concrete slab. , layer slab, interlayer base layer, interlayer slab, inter layer slab, rooftop slab, ceiling slab for each floor, floor slab for each floor, slab (10) constituting the building (15), slab constituting the upper part of the room, apartment complex ( In 15), the slabs 10 between floors, the slabs forming the interlayers on two or more floors, the slabs existing between floors on two or more floors, etc.

In the present invention, the upper part of the slab or interlayer slab 10 includes a ball 94, a ball, a ball 94, a plate, cotton, rubber, fiber, a ball layer, a ball layer, a cotton layer, a ball pool, a ball pool, a rubber layer, a fiber layer, a spring, and a spring. , sponge, cushion, cushion material, cushion layer, EPS, damper, damper, vibration isolation table, vibration isolation layer, vibration isolator, sound insulator, sound insulator, vibration isolator, vibration isolator, vibration isolator, shock absorber, shock absorber, shock absorber, cylinder, hydraulic cylinder, Suspension, bellows, actuator, valve, leveling valve, pad, rubber pad, mat, dustproof mat, pad, dustproof pad, soundproof pad, air cap (90), bubble wrap, air layer, elastic body, elastic foot, soft material, soft foot , mount, air mount, air plate (80), insulation (70), insulation, grid frame (60), heating board (40), hose (50), piping, heat sink (30), heat sink, heat conduction material, It is possible to mount finishing materials (20), flooring materials, mats (5), etc.

The air cap or bubble wrap includes a, b, c, d, e, f, g, h, etc. below. The a is an air cap (90), air cap, air wrap, air wrap, air bag, air bag, air plate, air cell, air capsule, air pocket, air cushion, air tube, geo tube, air mat, air mat, air sheet, air sheet, air vinyl, air vinyl, air film, air ball, air ball, air ball, vacuum ball, porous ball, porous body, perforated ball, perforated body, cushion ball, air cylinder, air box, air box, air bar, air column, air column, air rod, air foot, air rod, air stick, air stick, bubble cap, bubble cap, bubble wrap, bubble wrap, bubble bag, bubble board, Bubble capsule, bubble cushion, bubble tube, bubble mat, bubble sheet, air bubble, inflation bag, flotation bag, flotation bag, lifting bag, bubble wrap, bubble wrap, bubble cap, bubble wrap, bubble mat, bubble sheet, bubble air cap , Bubble bubble air cap, air cap, air wrap, air bag, air plate, air capsule, air cushion, air tube, air mat, air sheet, hollow cap, hollow bag, hollow capsule, hollow cushion, hollow tube, hollow mat. , hollow sheet, embossing film, air embossing film, embossing forming film, air embossing forming film, damper, damper, damping device, air damper, air cap damper, damping air cap, spring, spacer, spacer, air cap mat, air cap Sheet, air cap vinyl, air cap film, sponge. Sponge board. Plate sponge. Sponge mat. Mat sponge. Membrane tube, vinyl tube, rubber tube, resin tube, round tube, round tube, life tube, water play tube, mattress, bed mattress, swimming tube, water play tube, tube used for swimming, tube used for water play, buoy, buoy , floating body, life buoy, life buoy, life buoy, lifebelt, life buoy, life buoy, buoyancy device, buoyancy device for rescuing a drowning person by throwing them and catching them, air cap with multiple feet, multiple uneven parts These include air caps provided, complexes that combine two or more of them, etc.

The b is the air cap or composite in which air (93) or air or compressed air or air pocket (93) is injected or contained, air or air (93) or compressed air (壓氣) or air pocket (93) is contained. The air cap or composite, the air cap or composite of light weight or internal hollow, the air cap or composite with an air space 93 therein, the air cap or composite whose internal hollow is filled with air or cushioning material 93 , the air cap or composite in the form of a sheet, the air cap or composite in the form of a roll, the air cap or composite that is a roll-shaped product and the roll is spread and laid during construction, the air cap or composite in which a plurality of pieces are combined, or the air cap or composite that is provided in a plurality. Air caps or composites, the air caps or composites provided in plural pieces and in contact with each other or connected with a string.

The c is an air cap mat formed of a foamed resin elastic sheet and an air cap sheet, an air cap film made by laminating a base film and an embossed film containing air, a film or vinyl or fiber or means 90 with air pockets 93. , a film or vinyl or fiber or means 90 containing countless air pockets 93, a film or vinyl containing countless air pockets 93 and being convex and convex (91), a film containing an air layer 93 or Vinyl or fiber (90), film or vinyl or fiber (90) containing countless air layers (93), film or vinyl or fiber (90) with countless air holes (93) embedded, packaging air cap, packaging air cap , packaging bubble wrap, air cap for shock prevention, air cap for preventing cold waves, air cap attached to the window to prevent cold waves, air cap in the form of a roll, air cap wound in the form of a roll, air cap used by unwinding the roll, air or air Vinyl or polyethylene film with a pocket (93), a packaging film or vinyl (90) with small air pockets (93) inside and convex (91), to prevent the packaged item from being damaged by external impact. An air cap for the purpose, an air cap 90 formed with a concave-convex portion 91, an air cap 90 formed with an uneven portion 91 and an air pocket 93, and an air pocket 93 inside the concavo-convex portion 91. An air cap 90 formed, an air cap 90 having a concavo-convex portion 91 formed by an air pocket 93, etc.

The d refers to a cap or sheet containing a plurality of hexagonal honeycombs 93, a cap or sheet containing a plurality of hexagonal hollow honeycombs 93, and a cap containing an air pocket or air capsule 93 of a plurality of hexagonal hollow honeycombs. Or sheets, vinyl with air inside and fibers on the outside, vinyl with air pockets made of inside air and outside fibers, sheets with air pockets made of inside air and outside vinyl, etc. The above e refers to air or air (93) or a plate, cap, net, tank, barrel, box, bar, pole, rod, ball, frame, ring, reel, plate, ring, band, rod containing air or pressurized air. , bag, film, vinyl, fiber, rubber, resin, mat, sheet, panel, panel, tube, tube, honeycomb, honeycomb, PVC, scroll, plastic, styrofoam, air cap or composite, etc. am.

The f is circle, ball, ball, cell, cell, cell, oval, semi-ellipse, triangle, square, polygon, pentagon, hexagon, octagon, circle, ball, volume, volume, mat, sheet, hollow. Shapes, filled shapes, ellipses, semi-ovals, triangles, squares, polygons, pentagons, hexagons, octagons, cylinders, elliptical cylinders, semi-elliptical cylinders, triangular cylinders, square cylinders, polygonal cylinders, pentagonal cylinders, hexagonal cylinders, octagonal cylinders, filled with air, etc. It is an air cap 90 with an air pocket 93 or a composite of the air cap or the like. The g is an air cap (90) provided with an air pocket (93) such as a circular or octagonal cylinder having a certain width, height, thickness, diameter, width, length, length, area, area, volume, scale, etc., or These include the air caps and composites. The h is a composite air cap, etc. that is a combination of two or more of the objects or air caps described in a, b, c, d, e, f, and g.

Examples of manufacturing the air cap include a, b, c, d, e, f, g, etc. below. In a, a film or vinyl is provided, air is injected into the film, the film is foamed by the injection, and an air cap 90 in which an air pocket is formed inside the film is manufactured by the foaming. . The b is mixing plastic and crosslinking agent, kneading at a temperature of 60 to 80°C, pulverizing after kneading, mixing the pulverized material and resin, extruding the mixed material, producing resin by extruding, and putting the resin into two dies to make a film. Extrusion production, one of the two dies is equipped with an air hole and sucks in air, forming countless air pockets in the film produced from the die, and the general film produced from the other die is formed in the film with the air pockets formed. The air cap 90 is manufactured by attaching it with its own heat and integrating the general film and the air pocket forming film. The c is provided with an air cap forming mold having an air inlet, a forming roller having a plurality of molds, a sheet resin solution for forming an air cap is sucked into the forming roller by air suction of a blower, and the forming roller is The air cap is sucked in while rotating to form an embossed shape, passed through the forming roller, cooled on a cooling roller, and wound on a winding roller after cooling.

The d is a resin supply unit located at the top that heats the polyethylene raw material and causes the resin liquid to descend, a molding roller having a circumferential surface and a plurality of grooves formed on the circumferential surface, and the resin liquid supplied from the resin supply unit is injected. The forming roller, which produces an air cap sheet by injecting air into the introduced resin liquid to form an air pocket, a cooling roller that cools the air cap sheet while being driven to rotate in contact with the forming roller, and an air cap sheet. The air cap sheet 90 is manufactured using a means of continuously drawing, winding and transporting. The e is installed on the outer periphery of film roll 1 for supplying film 1, film roll 2 for supplying film 2, a forming roll with a concave groove formed on the outer surface to convexly form film 1 supplied from film roll 1, and the forming roll. An air cap sheet (90) is created using a heater that combines Film 1 and Film 2 with heat, a skin roll that supplies the skin film to the laminated film through the heater, and a lamination roll that laminates the skin film to the convexly molded film 1. is to manufacture. The forming roll sucks air through the groove to form an air pocket 93 to form film 1 convexly 91, and a cooling device is installed inside to prevent film 1 from sticking. The lamination roll applies heat to thermally bond Film 1 and the skin film.

The f is a heater for heating the resin, a resin feeder mounted at the bottom of the heater, a discharge port for discharging the heated resin as provided in the resin supply, and forming an air cap on the resin supplied from the discharge port to manufacture an air sheet. The air sheet 90 is manufactured using a forming roller, an inhaler connected to the forming roller by a connecting pipe, and sucking air to form an air cap on the film 1. The g is an adhesive roller that is mounted in correspondence with the forming roller and adheres the resin supplied from the discharge port to the air sheet formed by the forming roller, and a pressing roller that reinforces the air sheet by pressing the resin supplied from the discharge port. The reinforced air sheet 90 is manufactured using a plurality of moving rollers provided to move the air sheet formed by the forming roller and the pressing roller, and a winder for winding the air sheet.

Crosslinking agents added to the resin include vulcanizing agents, divinyl compounds, divinylbenzene, hexatriene, divinyl ether, divinyl sulfone, diallyl compounds, allyl phthalate, diacrylphenol, diallylcarbinol, aldehyde, and dialdehyde. , urea derivatives, glycol, dicarboxylic acid, mono, diamine, diisocyanate, bisepoxy compound, bisethyleneimine compound, calcium stearate, magnesium stearate, etc. are possible. The above resins, films, vinyl, etc. have a density of 0.910 to 0.930 g/cm3, molecular weight (Mw) of 100,000 to 120,000 g/mol, molecular weight (Mw) of 100,000 to 150,000 g/mol, molecular weight (Mw) of 80,000 g/mol, and glass transition temperature. (Tg) 58℃, glass transition temperature (Tg) -28℃, glass transition temperature (Tg) -68℃, melt index (ASTM D1238, 190℃, 2.16kg) 1.5~2.5g/10 minutes, melt index (ASTM) D1238, 190℃, 2.16kg) 2.5~4g/10min, melt index (ASTM D1238, 190℃, 216kg) 15 ~ 30g/10min, melt index (ASTM D1238, 190℃, 216kg) 31 ~ 45g/ 10 minutes, density 1240 ~ 1260g/㎤, number average molecular weight 25,000 ~ 80,000, haze 3% or less, dart impact strength 90g or more, tensile strength at break 300g or more in machine direction (MD) and transverse direction (TD) ) 250g or more, Elmendorf tear strength of 3g/μm or more in the machine direction (MD) and 8g/μm or more in the transverse direction (TD) are possible.

a) a plurality of uneven portions 91 and air pockets 93 are formed on the air cap 90, b) a lower portion of the air cap 90; The outside of the concavo-convex portion 91; The upper part of the slab 10 mounted on the lower part of the air cap; An air layer 92 is formed in the space 92, c) the upper part of the air cap 90; The outside of the concavo-convex portion 91; The lower part of the air plate 80 mounted on the upper part of the air cap; An air layer 92 is formed in the space 92, d) charcoal or cleaning means 95 is provided in the space 92 or the air layer 92, d) the air layer 92 and the uneven portion It is possible that (91), air pocket (93), etc. work to reduce noise, vibration, and shock.

In the present invention, air, air layer, air pocket, etc. are air, air, space, cavity, pupil, atmosphere, air layer, air layer, air hole, air hole, air tunnel, air tunnel, air channel, air channel, air gap. , air void, air space, air space, air layer, space layer, space layer, air hole, air tunnel, air channel, air gap, air space, air pocket, air pocket, air pocket, layer made of air, air containing It is a space, a layer made up of multiple air pockets, etc.

The cleaning means is one selected from a, b, c, d, e, f, g, h, i, and j below. The above a is charcoal, charcoal, charcoal, charcoal, activated carbon, filter, jade, vermiculite, mineral, red clay, white clay, ceramic, germanium, zeolite, wood, pine, fir, cypress, porous material, porous material, porous material, porous material, perforated sieves, tints, medicines, chemicals, These include ozone, negative ions, far infrared rays, EM (useful microorganisms), phytoncide, pollution purifier, water purifier, air purifier, cleaning material, cleaning tool, cleaning device, cleaning facility, etc. The above b is a purifying agent, cleaning agent, water purifying agent, aeration agent, reactive agent, coagulant, precipitating agent, filtration agent, sterilizing agent, disinfectant, detergent, cleaning agent, quarantine agent, insect repellent, cleaning agent, sound insulating material, sound absorbing agent, cleaning agent, purifying agent, cleaning agent. , water purification material, aeration material, reactive material, flocculating material, sedimentation material, filtering material, sterilizing material, disinfecting material, cleaning material, cleaning material, quarantine material, insect repellent, cleaning material, sound absorbing material, cleaning material, purification material, purification material, etc. . The c is a purifier, purifier, water purifier, sterilizer, disinfector, washer, quarantine device, pest control device, cleaner, sound absorber, resonator, ozone device, discharger, negative ion device, cleaning device, sound absorption device, sound insulation device, noise reduction device, purification device, Purification equipment, purification equipment, purification machine, purification device, purification equipment, purification method, purification plan, purification measure, purification facility, purification equipment, purification system, cleaning system, cleaning system, cleaning means, etc. The above d is a cleaning means that reduces noise, vibration, shock, sound, germs, bacteria, odor, odor, contamination, etc. The above e is a cleaning means that reduces noise, vibration, impact, etc. by porosity or high specific surface area. The above f refers to purification, purification, water purification, sterilization, disinfection, pest control, quarantine, cleaning, cleaning, washing, watering, cleaning, dust removal, dust removal, germ removal, decontamination, ozonation, ozone sterilization, negative ion purification, sick house syndrome. It is a substance, means, or system that removes formaldehyde, removes environmental hormones, and purifies or removes the air or formaldehyde. The g is a composite of two or more of the charcoal or cleaning material, the purifying agent or cleaning material, the purifier or cleaning means, the cleaning means, materials, means, or systems. The h refers to a device, device, device, machine, equipment, device, means, pack, net, net, bag, bag, tank, containing one or one of the charcoal, system, or complex. Tong, box, box, 函, board, stand, frame, bag, bag, sack, mesh, mesh, bag, tank, box, pack net, net pack, pad, pocket, pocket, fiber, fiber pack, pouch, bale, silica , sound absorbing materials, sound insulating materials, soundproofing materials, insulation materials, packages, cartridges, etc. The i refers to the device, cartridge, etc. containing the charcoal, composite, etc. The j is the device or cartridge, etc. that uses, provides, configures, injects, inputs, sprays, generates, creates, compositions, forms, radiates, spreads, irradiates, radiates, discharges, etc., using the charcoal or composite, etc. .

The charcoal is made by placing wood in a kiln and burning it while blocking the air. It has grains formed from the surface to the inside, has numerous pores, is a porous material with a very large specific surface area, and has 80-90% carbon as its main ingredient. , Contains various minerals, calcium, potassium, magnesium, etc. The effects of charcoal include noise absorption, noise reduction, purification, pollution purification, air purification, electromagnetic wave blocking, absorption of harmful substances, indoor air purification, dehumidification effect, mold removal, humidity maintenance, odor removal, deodorization, freshness maintenance, and negative ions. Air purification through emission and negative ions, indoor humidity control, insect extermination, mite expulsion, removal of harmful substances, improvement of neuralgia, improvement of dermatitis, removal of fine dust, etc.

The carrier is a carrier, a carrier, a carrier, a carrier, a carrier, a porous body, a perforated body, a collector, a collector, a scavenger, a scavenger, a porous medium, a porous medium, a medium with a large specific surface area, charcoal. , carbon, cell, cell, tea, char, charcoal, wood charcoal, charcoal, charcoal, carbide, filter, filter, biofilter, sand, sand, rubble, crushed stone, vermiculite, gravel, red clay, white clay, Diatomaceous earth, diatomite, zeolite, volcanic ash, volcanic stone, ceramic, silica, alumina, germanium, microorganisms, organic carrier, inorganic carrier, plastic, carrier with light specific gravity, carrier or cleaning means with a microbial film formed on the surface, with many pores inside Or a carrier with a large specific surface area, a carrier or cleaning means whose surface is maintained in an aerobic state and the inside is maintained in an anaerobic state, a carrier whose surface is maintained in an aerobic state because of oxygen and the interior is maintained in an anaerobic state because there is no oxygen, the surface of which is maintained in an anaerobic state A carrier or cleaning means that allows microorganisms to react aerobically due to the presence of oxygen and an anaerobic reaction to microorganisms due to the lack of oxygen inside, a medium that provides an attachment surface to allow microorganisms to proliferate and grow well inside the bioreactor, and a substrate ( When the transport of a substance in a medium or biological membrane occurs to enhance the opportunity for contact between a substrate and a microorganism, the presence of a carrier C that specifically binds to the transported substance S rather than simply by diffusion is recognized, and a recessive gene is heterozygous. It is an entity that has a state of, a medium that disperses and stably adsorbs substances with a catalytic function, and a porous material with a large surface area to improve the catalytic function.

The scavenger includes scavenger, radical scavenger, radical scavenger antioxidant, bilirubin, uric acid, carotenoid, superoxide dismutase, catalase, iron chelating agent, ethanol, methanol, pronol, hydroxyl radical, Diazabicyclo, accelerator, carrier, free radical accelerator, transporter, radical accelerator, oxygen, nitric oxide, electron accelerator, sulfur hexafluoride, methyl bromide, highly adsorbent substances, oxidizing agent and A catalyst that reacts to form adducts, removes impurities and dust, substances that capture radicals and stop chain reactions, compounds with high reactivity to active chemical species such as electrons and radicals, and automatic oxidation of oils and fats. A general term for a substance that captures free radicals generated when oxygen is generated and a compound that has the property of capturing and stabilizing active oxygen or radicals. In the separation operation of radioactive elements, the target element is retained and other coexisting radioactive elements are removed. A collector added for the purpose of removal when conducting a radioactive material, a scavenge that leaves the target radioactive material in a solution of radioactive material and removes impure radioactive material by precipitating it, and a scavenge that quickly reacts with the active chemical species to keep it out. These are drugs that remove substances from the body and stop subsequent reactions.

The above accelerator is a scavenger, a scavenger, a scavenger, a free radical scavenger, a catalytic agent, a compound highly reactive to active chemical species such as electrons, radicals, and radical ions, and an active chemical species. A reagent that reacts quickly with a substance to remove it from the system and stop subsequent reactions. The radical accelerators include oxygen, nitric oxide, and paramagnetic molecules, and the electron accelerators include sulfur hexafluoride and methyl bromide. In the above trapping agents, trapping includes trapping, trap, catch, catch, gene trap, gene trap, and trapping. The above gene capture involves gene capture, gene trapping, amplifier capture, initial capture, expression site capture, methods for identifying unknown genes, random insertion of reporter genes into genomic DNA, and transcription within specific cells. This includes methods to comprehensively trap functioning genes (expressed genes). When genomic DNA is inserted into a gene containing the reporter gene, the gene is destroyed and the reporter gene is expressed instead, and the expression pattern of the reporter gene depends on the primer of the inserted gene or the array of amplifier elements present near the gene. .

The porous body includes porous body, multi-porous body, porous body, porous body, air body, porous media, porous object, porous material, charcoal, cell, cell, carbon, tint, vermiculite, waste dust, activated carbon, carbide, ceramic, porous stone, poros. Stone, zeolite, bone, biological bone, animal bone, fish bone, aquatic animal bone, aquatic animal bone, land animal bone, fish bone, starfish bone, bone fragment, biological bone fragment, animal bone fragment, foaming agent, foaming agent, foam mortar, foam concrete , calcium porous material, mineral porous material, carbon porous material, calcareous porous material, acrylic porous material, inorganic porous material, organic porous material, titanium porous material, adsorption porous material, trapping porous material, sound insulating porous material, soundproofing porous material, dustproof porous material, insect-proof porous material, organic and inorganic porous material, obtained from living organisms. Porous body, calcium carbonate porous body, which is bone extracted from an organism or starfish, bone tissue extracted by decomposing an organism or starfish, bone tissue extracted by decomposing an organism or starfish with a chemical, protein extracted by decomposing an organism or a starfish with a chemical, and the remaining This includes bone tissue, etc.

Obtaining a porous body from living organisms involves a) purchasing living organisms or starfish, introducing the living organisms, washing the living organisms, and removing salts and foreign substances contained in the living organisms. b) reacting the washed organism with the decomposer; c) Decomposition of substances other than bones, meat, flesh, organic matter, proteins, etc. of living organisms by the above reaction; d) Decomposition by reacting 300 to 500 parts by weight of an aqueous proteolytic enzyme solution with 100 parts by weight of the organism at a temperature of 40 to 50° C. for 24 to 72 hours; Stirring with a rod or blade during the reaction; e) recovery of bone or porous body from the decomposed decomposition product, recovery of bone or porous body made of calcium carbonate; f) recovering by-products excluding bones or porous bodies from the organism, extracting collagen, proteins, etc. from the by-products; g) disposal or recycling of the by-products; According to etc.

The above living things include living creatures, animals, fish, meat, whales, sharks, birds, dogs, chickens, cows, pigs, livestock, people, poultry, cats, insects, seaweed, jellyfish, reptiles, earthworms, frogs, bullfrogs, starfish, Microorganisms, aquatic life, marine products, aquatic life, aquatic life, aquatic life, aquatic life, aquatic life, sea life, marine life, land life, river life, aerial life, aerial life, wild animal, mollusc, marine animal, aquatic life animals, etc.

The decomposing agent is acid, nitric acid, hydrochloric acid, sulfuric acid, citric acid, alkali, calcium hydroxide, sodium hydroxide, pepsin, trypsin, enzyme, decomposing agent, proteolytic enzyme, food proteolytic enzyme, enzyme aqueous solution, decomposition aqueous solution, and meat quality of organisms. There are enzymes that decompose by reducing the molecular weight. The proteolytic enzymes include protease, protease, peptidase, proteinase, enzyme that hydrolyzes peptide bonds between amino acids forming proteins, serine protease, enzyme that uses an alcohol group on serine as an active residue, and cysteine protein. Cysteine protease, an enzyme that uses the thiol (-SH) group of cysteine as an active residue, Threonine protease, an enzyme that uses the alcohol group of threonine as an active residue, aspartic acid protease (Aspartic acid protease) protease), an enzyme that uses the carboxyl group of aspartamic acid as an active residue, Glutamic protease, an enzyme that uses the carboxyl group of glutamic acid as an active residue, a metalloprotease (Metalloprotease), an enzyme that uses Zn (zinc) as an active group Enzymes that use the same metal, enzymes that hydrolyze the peptide bonds that make up proteins and break them into small pieces, exopeptidase that cuts the amino terminus (aminopeptidase) of proteins, and exopeptidase that cuts the carboxyl termini (carboxypeptidase) of proteins. (exopeptidase), an endopeptidase (e.g., trypsin, chemotrypsin, pepsin, papain, elastase) that cuts the middle of a protein, aspartamic acid, glutamic acid, metalloproteinase, and cleavage of peptide bonds by activating water molecules. There are enzymes, such as serine, threonine, and cyste, that attack the carbon of bornyl (C=O) and add water to break the peptide bond.

The air plate, drain plate, drainage means, etc. correspond to a, b, c, d, e, f, g, etc. below. The above a is an air plate (80), an air plate (80), a ventilation plate, a ventilation plate, a ventilation plate, an air passage plate, a flow plate, a drain plate, a water drain board, a drain board, a drainage means, a water drain board, a perforated plate. , multi-hole plate, perforated plate, flat plate, porous body, perforated body, drainage body, channel body, flow body, water body, drainage plate, exhaust plate, cooling plate, drainage plate, four-way plate, four-way plate, through-hole plate, passage. hollow board, perforated board, hollow board, void board, empty board, hollow board, drain board, drain board, guide board, drain board, drainage material, drain material, drain material, drain board, exhaust material, drain material Cell, cell, comb, comb, comb, honeycomb, honeycomb, honeycomb, honeycomb, porous house, porous plate, air ball, air ball, vacuum ball, porous ball, perforated ball, cushion ball, sponge. Sponge board. Plate sponge. Sponge mat. Mat sponge. Spacer, spacer, spike plate, spiked plate, embossing plate, convex plate, uneven spike forming plate, embossing forming plate, convex forming plate, air cap with multiple feet, air cap with multiple concavo-convex portions, multiple hexagonal honeycombs This built-in plate or board, a plate or board containing a plurality of hexagonal hollow honeycombs, pallet, palette, wooden pallet, resin pallet, plastic pallet, breathable pallet, air plate (80) embedded in fiber or non-woven fabric (88) ) or a drain board, a fiber or non-woven fabric 88 with an air plate 80 embedded therein, a combination of an air plate 80 and a fiber or non-woven fabric 88 with it embedded, a fiber or non-woven fabric 88 and an air plate embedded therein. The combination or drain board of (80), the air plate or assembly in the form of a plate or sheet, the air plate or assembly in which a plurality of air plates or combinations are combined, or the composite in which two or more of the air plates or pallets are combined, etc.

The b is an air plate formed by foaming and molding resin or urethane, an air plate formed by solidifying heated resin or urethane after being put into a mold, and the heated resin sheet is pressed into a plurality of protruding grooves to form uneven portions 81, 86, 87. ) is formed on the air plate 80, the heated resin sheet that is seated and moved on the upper part of the conveyor is pressed into a plurality of protruding grooves to form uneven portions 81, 86, 86 on the sheet, and the plate-shaped An air plate 80 including a main body, a main protrusion 86 protruding from the main body, and a side protrusion 87 protruding from the main body in a form that connects the main protrusion to each other, the main protrusion 86 An air plate 80 whose height is higher than the height of the side protrusion 87, an air plate 80 whose side protrusion 87 is 1/3 to 2/3 of the height of the main protrusion 86, and the main The protrusion 87 has a square shape, its upper surface is flat, and its four sides are inclined surfaces, such as the air plate 80. The c is a plurality of plates with feet (81, feet), a sheet (80) with feet (81), a mat with feet, an object with feet, an object with feet, everything with feet, an insulator with feet, a grid with feet, and a sheet with feet (81). Board, hose board with feet, air plate with multiple feet, air plate (80) with legs (81), air plate with elastic feet, air plate (80) with shock absorber (81), air plate with cushioning material, irregularities Air plate 80 with a part 81, an air plate with an upper uneven part, an air plate with a lower uneven part, an air plate with a foot and an uneven part, an air plate with a shock absorber foot and an uneven part 81 ( 80), a plate or air plate containing air, a plate or air plate containing air, a ventilation plate through which wind passes, an air plate through which gas passes, a channel plate through which water flows, a drain plate through which water drains, a drain through which water drains. means, etc.

The d is an air plate 80 in which air 82 is present between a plurality of feet 81 provided therein, and air 82 is present between a plurality of feet 81 provided in the d. an air plate 80, a flow path plate having a flow path formed between a plurality of feet provided therein, a drain plate having a drainage layer between a plurality of feet provided therein, and a plurality of feet provided therein. Drainage means through which air exists between the feet of the body, a ventilation plate through which wind passes between the plurality of feet provided on the body, an air plate through which gas passes between the plurality of feet provided on the body, An air plate through which wind flows between a plurality of feet provided on the device, a drain board through which water drains between a plurality of feet provided on the device, a drainage means through which water drains between a plurality of feet provided on the product, etc. am. The above e refers to a plate 80 formed with irregularities, grooves or protrusions 81, a plate 80 with concave grooves and convex grooves or protrusions 81, a plate with concavities 81 and convexities 81 ( 80), an air plate 80 formed with irregularities 81, an air plate formed with a foot, a plate 80 formed with hollow or protruding irregularities 81, a plate formed with concave grooves 81 ( 80), etc.

The f is formed with a plate 80 and a plurality of feet or protrusions 81, a plate with a plurality of feet or protrusions formed on the lower part thereof, a plate with a plurality of feet or concavo-convex portions of the internal hollow, a plate and A plurality of internal hollow feet or concavo-convex portions are formed on the lower part thereof, a plate and a plurality of internal hollow protruding feet or trapezoid feet are formed, a plate and a plurality of internal hollow protruding feet or trapezoid feet are formed on the lower part thereof, An air plate or drain plate that drains water between or to the outside of the plurality of feet, an air plate or drain plate (80) in which air (82) exists between the plurality of feet (81) or outside the feet (81), the plurality of feet (81). An air plate or drain plate 80 in which an air layer 82 is formed between the feet 81 or the uneven portions 81, and an air layer on the outside or around the plurality of feet 81 or the uneven portions 81 ( 82) is an air plate or drain plate 80, etc. formed. The above g is g1) plural convexity, convexity, A plate 80 on which a back 81 is formed; g2) Or a plurality of convexities, convexities, , a plate (80) on which concave portions, convex portions, concave-convex portions, concave-convex portions, protrusions, etc. (81) are formed; g3) or an air plate in which irregularities 81 are formed on one or both sides of the base plate so that the base plate floats and an air layer 82 is formed in the floating space; am. The irregularities or concave-convex portions 81 include concave-convex portions, convex portions, concave-convex portions, convex-convex portions, protrusions, recessed portions, protruding portions, recessed and protruding portions, convexities, convexities, etc.

The above-mentioned drainage means are a) drainage plate, drain board, drain material, drainage material, water guide plate, water channel plate, drainage board, drainage panel, drainage mat, drainage sheet, drainage panel, drainage material, drainage material, drainage means, drainer. , drainage device, drainage device, drainage machine, drainage device, drainage equipment, drainage method, drainage plan, drainage measure, drainage facility, drainage equipment, drainage system, drainage plate, drain board, drain board, plastic board drain, PBD, plastic board drain, plastic drain board, PDB, plastic drain board, horizontal drainage means, vertical drainage means, inclined drainage means, a plate that drains water, a plate that drains water, a plate that allows water to drain, a plate with a drainage function, A plate with holes or spaces with a drainage function, a plate with multiple holes, holes, holes or protrusions, a plate installed where water comes out to drain water, a plate installed on the floor or basement of a building and flowing into the floor or basement. A plate that drains water, etc.

Feet, legs, elastic feet, cushioning feet, sponges, springs, air caps, air plates, air layers, mounts, etc. may be provided on or between the layers of the slab or mat, etc. The above feet or mounts are a) feet, legs, pillars, foot, elastic body, elastic foot, elastic leg, soft foot, buffer foot, soft body, ball, ball, ball, air ball, air ball, air cap, air plate , air layer, sponge, sponge plate, plate sponge, rubber, rubber ball, rubber ball, spring, spring, air spring, bed spring, spacer, spacer, mount, anti-vibration rubber, anti-vibration mount, rubber mount, cup, empty cup, hollow cup, Hollow body, honeycomb, sponge, EPS, Styrofoam, ball layer, ball layer, ball filling layer, ball base layer, ball pool, pool filled with balls, layer filled with multiple balls, large balls and small balls ), a mixed ball of balls, a mixed ball of large balls, medium balls, and small balls, a mixed ball of multiple large balls, medium balls, and small balls, Combination of ball layer and spring, combination of ball layer and rubber column, column and elastic foot, combination of column and elastic foot, combination of upper column and lower elastic foot, rubber with elastic restoration, anti-vibration rubber with semi-permanent elastic restoration, height adjustable, Elastic feet with height adjustment means; b) Or a structure such as elasticity, ductility, elasticity, cushioning, sound absorption, restoration, spring, spring, 1-layer, 2-layer, 3-layer, multi-layer, multiple-layer, etc. ball, stand, board, foot, cone, mesh, rod, frame, leg, foot, vessel, curling, pillar, facility, equipment, device, mechanism, tool, rod, pedestal, support, spring, spring, the above foot mount ; etc. The foot or leg may be a foot, leg, support, supporter, support, holder, elastic band, etc.

The springs include springs, springs, leaf springs, ring springs, springs, elastic springs, buffer springs, coil springs, spiral springs, straight springs, curved springs, arc springs, curved plate springs, curling-shaped springs, and curling-shaped springs. , cylindrical springs, columnar springs, curved springs, oval springs, arc-shaped springs, 1/4-arc springs, 1/6-arc-shaped springs, bellows springs, springs equipped with feet or sponges, and springs equipped with uneven parts or cushioning materials. Spring, leaf spring with a certain length, spring with a certain length, arc-shaped leaf spring, arc-shaped leaf spring with a high center and low on both sides, leaf spring bent from the center to both sides, 1/2 circle shape These include leaf springs, quarter-circle leaf springs, arc ring springs, arc-shaped ring springs, spiral springs, liquid springs, hydraulic springs, and air springs. Since the spring or air spring has elasticity, it plays a role or action such as cushioning, contraction, reduction, control, rebound, reaction force, contraction and rebound, and rebound after contraction due to or against vibration, shock, load, etc. The spring is a coil spring (Figure 23 j), a plate spring (Figure 23 k), an arc plate spring (Figure 23 k), an air spring (Figure 23 ℓ), an air spring with plates at both ends (Figure 23 ℓ), and both ends. A jar-shaped spring equipped with a plate (Fig. 23 ℓ), a spring with a pedestal (Fig. 23 m), or a spring, its pedestal, a bolt supported by the spring and mounted inside the spring, and mounted on the top of the spring. A spring device (FIG. 23n) or a bellows spring (FIG. 23o) consisting of a plate and a nut that rotates from the tip of the bolt and is inserted into the bolt and contacts the plate is also possible.

The spring or air spring may be rod-shaped, cylindrical, plate-shaped, length-shaped, rod-shaped, column-shaped, coil-shaped, spiral-shaped, straight-shaped, arc-shaped, facing-shaped, curved-shaped, square-shaped, volume-shaped, volume-shaped, air-shaped, etc. Type, hollow type, ball type, fish tank type, jar type, pumpkin type, jar type, curling type, curling type, flange type, limited type, damper type, damper built-in type, membrane type, curling membrane type, air, liquid or gas. Operation, installation height adjustable, spring constant adjustable, spring constant adjustable according to internal pressure, natural frequency 0.7~5.0Hz, natural frequency 1~2Hz, natural frequency 2.8~5.5Hz, excellent anti-vibration efficiency, surging phenomenon None, high frequency blocking, soundproofing effect, orifice applied, auxiliary tank applied, damping adjustable, natural frequency adjustable, separate leveling valve applied, separate regulator applied, automatic height adjustable, upper plate equipped, lower plate equipped , Combining viscous damping of rubber and air, long-term use with a single air injection, internal support supports the load even if air leaks, and a leveling valve is installed when the support load changes to keep the height of the facility constant. It is possible to control, maintain the natural frequency constant even when the support load changes, or, etc.

Examples of the spring or air spring include a) an upper plate, an airbag or bellows, and a lower plate; b) Top plate, flange, airbag or bellows, bottom plate; c) upper plate, middle curling ball or airbag, lower plate; d) Upper plate, leveling valve, stopper, flange, bellows or airbag, lower plate; e) upper plate, viscous damper, stopper, flange, bellows or airbag, lower plate, leveling valve; f) Top plate, bellows or airbag, flange, lower casing plate; g) Diaphragms or airbags, leveling valves, upper plates, lower plates, stoppers; h) Top plate, side ring, rubber, base plate, air valve, rubber pad; It is composed of or in the order of etc.

Examples of the arc-shaped leaf spring include a slab, an arc-shaped leaf spring in which both ends of the spring are mounted on both walls of the slab and the center of the arc of the spring is located in the center of the slab, and an arc-shaped leaf spring formed between the slab and the arc-shaped leaf spring. An arc-shaped air layer, a spring or air ball or buffer filler filled in the lower part of the arc plate spring, a spring or air ball or buffer filler filled in the curved surfaces on both upper sides of the arc plate spring, an insulating plate, and a +-shaped seating protrusion. It is an inter-floor noise prevention system that is installed in the order of the formed piping mat, piping inserted into the seating protrusion, heat sink, flooring, etc. In this case, noise, vibration, shock, etc. transmitted from the upper part of the flooring to the lower part are transmitted to the arc-shaped leaf spring, the noise is eliminated by the air layer, air balls, shock absorbers, etc., and the vibration or shock is transmitted to the arc-shaped leaf spring. It is transmitted to the walls on both sides of the slab through both ends and eliminated, but is not transmitted to the slab, thereby reducing inter-floor noise and vibration.

The above mounts include mounts, mounts, rubber mounts, spring mounts, jack mounts, jack-up mounts, air mounts, air cushion mounts, spring mounts, flexible mounts, bearing mounts, conical mounts, multi-axis mounts, and steel plates reinforced inside the rubber tube. There are sorino mounts, damping mounts, laminated mounts with two or more layers of mounts, and multiple mounts installed on the bottom of the air plate, insulation, sound insulation, or heating board. The mount or dustproof mount is a triangle, triangular barrel, ladder type, ladder barrel, square with rounded corners, hexagon, square, square barrel, circle, cylinder, jar type, jar barrel, hemp type, hemp barrel, combination type of upper bar and lower foot, It may be a spring, coil spring, leaf spring, arc plate, arc leaf spring, air spring, rod, barrel, support, column, leg, block, cone, cone, mount, horseshoe shape, flask, etc., or has the shape of .

Examples of the mounts include a) top plate, inner rubber, inner plate, bottom plate; b) Top plate, ring plate, anti-vibration rubber, base plate; c) upper cap plate, lower plate, rubber pad; e) Top plate, rubber pad, inner plate; e) Top plate, bottom plate, anti-vibration rubber; f) Adjusting bolt, coil spring, upper housing, lower plate; g) Fixing bolts, rubber guide pins, upper housing, lower housing, spring cap, limit bolt, coil spring, housing pad; h) Fixing bolt, coil spring, upper plate, lower plate, spring cap, lower rubber pad; i) Fixing bolt, upper spring cap, flat washer, coil spring, height adjustment bolt; j) Fixing bolts and nuts, coil spring, upper housing, lower housing, spring cap, rubber pad; k) Hanger bracket, coil spring, rubber mount, rubber spring cap, spring cap; It consists of etc.

The mount has a natural frequency range of 5~7Hz, high frequency vibration control, low frequency vibration control, simultaneous reduction of vibration and shock, Vibration & Shock Absorbing Mount, reduction of impact energy due to large deformation during impact load, linear (longitudinal) direction and horizontal ( It has the same horizontal rigidity in the Lateral direction, has excellent noise blocking effect due to high-frequency vibration, ensures horizontal safety through rigidity in three axes, and effectively responds to solid sound reduction.

Types of the above rubber include acid-resistant, purple, hydrogenated nitrile, fluorosilicone, ethylene-propylene, EPDM, ethylene propylene diene monomer, silicone, acrylic, nitrile, NBR, nitrile-butadiene rubber, nitrile-butadiene rubber, cloprene, CR, chromium, chrom, butadiene, BR, bromine, bromine, butyl. There are rubbers such as natural rubber, urethane, hypalon, natural rubber, synthetic natural rubber, styrene-butane, SBR, Styrene Butadiene Rubber, and polymers of styrene and butadiene.

a) a plurality of uneven portions 71 are formed on the air plate 80, b) a lower portion of the air plate 80; The outside of the concavo-convex portion 81; The upper part of the air cap 90 mounted on the lower part of the air cap; An air layer 82 is formed in the space 82, c) the upper part of the air plate 80; The outside of the concavo-convex portion 81; The lower part of the insulation material 70 mounted on the upper part of the air plate; An air layer 82 is formed in the space 82, d) charcoal or cleaning means 95 is provided in the space 82 or the air layer 82, d) the air layer 82 and the uneven portion It is possible that (81) acts to reduce noise, vibration, and shock.

Examples of manufacturing the air plate include a) conveyor belt 1, conveyor belt 2, the conveyor belt moving in an endless track, protruding grooves 1 and 2 fixed to the conveyor belt, and the protruding grooves 1 in all directions. Using the provided protruding groove 2 and the protruding groove 1 that protrudes higher than the protruding groove 2, b) heated resin liquid is injected between the moving conveyor belt 1 and conveyor belt 2, and while moving, the The resin liquid becomes a sheet, protrusions 81, 86, and 87 are formed on the sheet 80 by the protrusion groove, main protrusions 81 and 86 are formed by the protrusion groove 1, and the protrusion groove 1 2, the side protrusions 81 and 87 are formed, and the resin sheet 80 on which the protrusions 81, 86 and 87 are formed is discharged from the conveyor belt and cooled, and the An air plate 80 is manufactured in which side protrusions 87 are formed and the main protrusions 86 are formed higher than the side protrusions 87.

The porous body is a porous body, a multi-concentric body, a large empty body, a perforated body, a hollow body, a hollow body, a circular body, a hollow body, an empty body, a four-cylinder body, a four-way body, a perforated plate, a perforated plate, a porous material, a perforated material, Porous layer, perforated layer, porous foam, perforated foam, porous mat, perforated mat, drain plate, drain plate, exhaust plate, vent plate, drain plate, air cap, air plate, air layer, sponge, bone, bone fragment, biological bone, animal Bone, biological bone fragments, extruded bone fragments, porous materials with circular holes, porous materials with buffering capacity, porous materials with a certain height, plates or mats or objects with holes or holes, and objects with the same shape as the curve of a curved protrusion. These include a porous body in which a curved hole is formed, a porous body in which a circular hole having the same shape as the original shape of the circular protrusion is formed, and a porous body in which an air layer is formed in a hole formed in the body or in the pores. In the above multiple holes, the meanings are many, many, many, many, many, many, two or more, multi, etc. In the above-mentioned porosity, emptiness is emptiness, 孔, emptiness, void, emptiness, gap, 間隙, void, space, hole, hole, hole, slot, slot, emptiness, empty space, etc. An air layer is formed inside the pores of the porous body.

The insulating material or insulating plate includes an insulating material 70, a sound absorbing material, a sound insulating material, a foam material, a sound absorbing means, a sound insulating means, a noise reducing means, a sound insulating insulating material, a sound absorbing insulating material, an insulating plate 70, a foam plate, a sound insulating plate, an air cap, an air plate, Air layer, sponge, insulation sheet (70), insulation mat, insulation means, high-density insulation, EPS, EPS board, fiber, glass wool, glass fiber, air cap, air plate, air layer, sponge, expanded polystyrene, foamed concrete, lightweight Concrete, lightweight foam concrete, mortar, fireproof mortar, high-density insulation material of KS No. 2 or higher, insulation material with feet (71) (70), insulation material with legs (71) (70), insulation material with elastic feet (71) (70), irregularities An insulating material 70 with a portion 71, an insulating material 70 with a lattice frame 60, an insulating material 70 with lower feet 71 and an upper lattice frame 60, lower feet 71, and This includes a combination including a middle insulating material 70 and an upper lattice frame 60. The foam material can be manufactured by preparing a mold, injecting a foaming agent into the mold, foaming the foaming agent, curing the foaming agent, demolding the mold, and composition of the foaming agent.

a) a plurality of uneven portions 71 are formed on the insulating material 70, b) a lower portion of the insulating material 80; the outside of the concavo-convex portion 71; The upper part of the air plate 80 mounted on the lower part of the insulation material; An air layer 72 is formed in the space 72, c) an upper part of the insulation material 70; the outside of the concavo-convex portion 71; Below the grid frame 60 or heating board 40 mounted on top of the insulation material; An air layer 72 is formed in the space 72, c) charcoal or cleaning means 95 is provided in the space or air layer 72, and d) the air layer 72 and the uneven portion 71 It is possible to reduce noise, vibration, and shock.

The lattice frame includes a frame, net, bar, bar, riba, rebar, rebar, net, net, grid, lattice, mesh, mesh, wire mesh, grid net, lattice frame (60), mesh frame, rope frame, line frame, bottle, Bong frame, reinforcing frame, protection frame, reinforcing bar frame, rebar frame, iron rod frame, resin frame, PVC frame, polyvinyl chloride frame, FRP frame, fiber reinforced plastics frame, GFRP frame, glass fiber reinforced plastics frame, plastic frame, frame grid, Frame, reinforced resin, reinforced frame, reinforced frame, reinforced plastic, mesh structural frame, wire mesh, wire mesh, reinforced composite plastic without thermal deformation, frame 60 provided with a plurality of grids 61, multiple grids Frame 60 provided with strings 61, frame 60 provided with a plurality of meshes 61, frame-shaped lattice, lattice frame with feet, lattice frame with legs, lattice frame with elastic feet, self-pouring A lattice frame that prevents cracks in the mortar or concrete poured on top of the self, a lattice frame that prevents cracks in the mortar or concrete poured on top of the self, and a part of the self or the grid is embedded in the mortar or concrete poured on top of the self to serve as a reinforcement. This applies to grid frames, etc. (60) that prevent cracks in mortar or concrete.

a) a plurality of grid lines 61 are provided on the grid frame 60, b) a lower portion of the grid frame 60; the outside (62) of the grid lines (61); On the upper part of the insulating material 70 or air plate 80 mounted on the lower part of the grid frame; An air layer 62 is formed in the space 62, c) the upper part of the grid frame 60; the outside (62) of the grid lines (61); Below the heating board 40 or heat conduction plate 30 mounted on the upper part of the grid frame; An air layer 62 is formed in the space 62, c) charcoal or cleaning means 95 is provided in the space or air layer 62, and d) the air layer 62 and the grid lines 61 dl It is possible to reduce noise, vibration, and shock.

The lower feet 71, the middle insulating material 70, and the upper grid frame 60 can be integrated. The feet 71, the insulating material 70, and the grid frame 60 include bolts 73, screws 73, nuts 73, connecting means 73, fixing means 73, moldings, sheet metal, molds, Mold manufacturing, mold manufacturing, melt manufacturing, melt extrusion, melt drawing, etc. are integrated or integrated into plates, panels, panels, plywood, products, boards, drainage materials, ventilation materials, drainage plates, ventilation plates, composite plates, composites. It can be a panel, insulation panel, sound insulation panel, soundproof panel, dustproof panel, inter-floor noise prevention panel, etc. Application examples of integrated composite plates include sequentially constructed slabs, air caps, air plates, composite plates, heating boards, hoses, and composite plates used in finishing materials. In the above grid, the lines include strings, lines, threads, bars, bars, ribs, rebars, rebars, etc.

The sound absorbing material or sound insulating material is a) sound absorbing material, sound insulating material, soundproofing material, porous material, cushioning material, perforated plate, perforated material, perforated plate, noise canceling material, noise absorbing material, vibration absorbing material, sound absorbing material, sound insulating material, sound insulating material, absorbent material, purifying agent, cleaning agent. , pollution absorbent, material absorbent, porous material, perforated material, noise remover, noise absorber, vibration absorber, vibration damping means, damping means, cotton, cloth, charcoal, burnt, chip, chip, jade, straw, bran, rice straw, rice husk , charcoal, coconut charcoal, oak charcoal, charcoal, paper, fiber, filter, wood, sawdust, wood powder, wood chips, ground chips, red clay, ceramic, stone powder, jade powder, iron powder, glass powder, ceramic powder, charcoal powder, germanium , cleaning means, woven fabric, non-woven fabric, sponge, air cap, air plate, air layer, sponge, air pocket, activated carbon, zeolite, tire, waste tire, damper, shock absorber, tint, damping body, foamed concrete, lightweight concrete, lightweight foam Concrete, mortar, fireproofing mortar, damping objects, tint for adsorbing contamination, tint for environmental purification, tint for water purification, synthetic fiber, wood fiber, Styrofoam, polyester, urethane, polyurethane, fiber sound absorbing material, fabric sound absorbing material, egg carton shape. Sponge or wooden board, perforated wooden board, perforated plywood, MDF perforated board, Medium Density Fiberboard perforated board, sound insulator with multiple feet, sound insulator with multiple uneven parts, combination of MDF perforated board and flame retardant film, combination of MDF perforated board and fabric, Combination of MDF perforated board, flame retardant film and fabric, polyester wool 25mm board, polyester wool 60mm board, polyester wool board and fabric; b) a complex of two or more of them; c) A pack, pack, net, net, bag, tank, container, box, box, plate, stand, frame, sack, bag, sack, mesh, bag, containing one or one of the above. Tank, box, pack net, net pack, pad, pocket, pocket, fiber, fiber pack, pouch, bag; etc.

The sound-absorbing means or sound-insulating means or noise-reducing means include dampers, shock absorbers, sound-absorbing materials, sound-insulating materials, sound-proofing materials, sound absorbers, resonators, noise reduction devices, damping objects, sound-absorbing noise reduction devices, interference-type noise reduction devices, sound interferers, and diffracted devices. A noise reduction device that absorbs or reduces noise, a sound-absorbing material that has fine spaces between fibers like the inside of a sponge, a sound-absorbing material that increases the contact surface between noise and fiber, and the noise introduced inside passes through the fine space and connects with the surrounding fibers. A sound absorbing material that absorbs noise by converting the vibration energy of the noise into the vibration energy of the fiber by causing the fiber to vibrate due to the vibration energy of the noise upon contact. A sound absorber that reduces the size of diffraction sound by using the interference phenomenon of sound waves. Interferer, each sound has its own unique wave. Sound interferer reduces sound by using the interference phenomenon of waves where two sounds overlap. Destructive interference occurs where the interference phenomenon of sound waves occurs, reducing the amplitude and thus reducing the intensity of the sound. This may include a sound interferer that reduces sound using , a noise reduction device that reduces the size of noise by utilizing the destructive interference phenomenon of sound that has passed through diffraction sound and an interference path, etc.

Examples of the sound absorber or resonator 75 include a hollow body 76, an inlet 77 provided on the side thereof or a hollow tube 77 protruding, the inlet 77 through which noise enters, or the tube It is composed of an inlet 77, a sound-absorbing material 78 filled in the hollow interior of the body, and the hollow part or sound-absorbing material 78 that removes the incoming noise. See Figure 14d. The sound absorber or resonator 75 is provided in the room 14, the ceiling 12, the ceiling 12, the building 15, the air layer 42, 62, 72, 82, 92, the slab or mat, etc. It can be. The sound absorber or resonator is a resonator (75), a double sound device, a resonator, a Konig resonator, a Helmholtz-Konig resonator, a groove type resonator, a resonator that reduces noise through resonance, A device designed to sound only at a specific frequency. A device that can analyze the pitch and complex mixed sounds, a device (75) in which a tube (77) is connected to a hollow box (76) with sound absorbing material (78) inside, and a resonance phenomenon. It is a device, tube, or sphere that extracts only one frequency of sound from complex sounds or resonates a sound of a given height. One side is slightly wide open (76), a sound-absorbing material (78) is inserted, and the other side is a small hole. A device (75) with (77), a device (75) that sandwiches two cylinders (76, 77) with different volumes and inserts a sound-absorbing material (78) into them to continuously change the resonance frequency to remove the noise. ), etc. are also possible.

Examples of the resonator include a) an internal hollow resonance housing 76, an opening or inflow pipe 77 formed therein, the housing in which noise or vibration flowing into the opening or pipe is diffused and reduced, and the housing having a ductile property. , a regulator for controlling the volume of the flexible housing, a Helmholtz resonance space formed inside the housing, a hole opened in a side wall of the housing, and the hole through which noise or vibration flowing into the opening is reduced and discharged; b) spirals, ribs, partitions, screws, irregularities, protrusions, bends, spiral tubes, whirlpools, cochlea tubes, and partial partitions formed in the housing or holes, etc.; c) a sound detection sensor that detects the sound inside the housing, a frequency generator that generates a corresponding frequency to cancel the noise detected by the sound detection sensor, and the size of the generated frequency is variable depending on the size of the detected noise. A variable device, a porous body or sound-absorbing material (78) mounted inside the housing; d) the housing or sound-absorbing material that eliminates noise or vibration introduced into the opening or housing; It consists of etc.

The damping refers to damping, damping, vibration absorption, seismic absorption, absorbing and suppressing vibration, the phenomenon of vibration being absorbed by a damper, and limiting the continuation of continuous cycles, amplitude, pulse, pressure, signal, etc. . The damper includes a damper, cotton, brush, rubber, sponge, elastic material, expansion material, foam material, foam material, resin material, Styrofoam, damper, damper, absorber, damper, brake, motion device, humidifier, damper, Damper, damping plate, floating plate, floating plate, vibration isolator, shock absorber, damping device, damping means, damping device, vibration damper, damper, damping device, damping plate, floating plate, spacer, spacer, dynamic damper, hydraulic damper, friction Damper, louver damper, parallel airfoil damper, opposing airfoil damper, butterfly damper, butterfly damper, butterfly damper, split damper, split damper, wind volume control damper, fire damper, backflow prevention damper, electric damper, vibration damper, Vibration damper, pedal damper, rotary damper, elevator damper, single-wing damper, single-wing damper, simple blade damper, impact damper, solid friction damper, fluid friction damper, device that absorbs vibration energy, wheels of automobiles, railway vehicles, etc. Suspension installed between the body and the car body, shock absorbers installed on the legs to avoid shock when the aircraft lands, shock absorbers to prevent noise when doors open and close rapidly, and air or gas from chimneys, furnaces, ducts, etc. A door used to increase or decrease the amount of blowing air, an air control panel installed in the duct to control the amount of blowing air, a device that quickly stops vibration by providing resistance to vibration, a damper pipe installed in parallel with the coil to suppress free vibration, and an energy A device used to reduce the amplitude of vibration, impact, or sound by dissipating it, a door used to control the supply of wind or powder, etc., an object used to stop a moving or vibrating object. It is a device that achieves its purpose by absorbing part or all of the energy, a plate installed in the middle of the duct to change the cross-sectional area to control air flow, and a sponge attached to the guitar bridge to mute it. The impact damper is an inter-floor noise reduction device that absorbs vibration transmitted from the finishing material by moving in the opposite direction to the movement of the external shock transmitted from the finishing material, and viscoelastic materials and masses are alternately arranged along one direction inside a box-shaped case. devices, etc.

The shock absorbers include shock absorbers, dampers, shock absorbers, shock absorbers, double barrel shock absorbers, single barrel shock absorbers, oil shock absorbers, gas shock absorbers, hard shock absorbers with a large damping force that suppresses the vibration of the spring, and a hard shock absorber that has a large damping force that suppresses the vibration of the spring. Soft shock absorber with small damping force, suspension device that improves safety and ride comfort by suppressing the vibration of the spring, device that stabilizes the vehicle body by suppressing the expansion and contraction of the spring, element that constitutes the automobile suspension, and is installed between the vehicle body and wheels It plays a stabilizing role against shaking, and regulates the contraction of the spring to prevent the spring, which has been shocked by differences in the road surface, from bouncing up and down repeatedly, allowing the spring to slowly return to its original state.

The heating board, hose board, piping board, etc. include the heating board 40, hose board, piping board, hot water board, heating board, hose panel, piping panel, heating panel, hose panel, piping panel, heating panel, hot water panel, Heating mat, hot water mat, electric mat, electronic mat, heating board, underfloor heating board, thermoboard, heating board with thermal conductivity of 0.27∼0.10W/mK, hose board (40) with feet (41), hose with legs (41) Board 40, hose board with elastic feet, board 40 with embedded hose 50, board 40 with embedded pipe 50, board with a path, groove or space where a heating hose is installed, itself A board 40 on which irregularities or protrusions 41 are formed on the surface, see FIG. 16. A board 40 on which a plurality of protrusions 41 are formed and a hose is inserted between the protrusions, see FIG. 16, hose. A board 40 having an insertion portion 43 into which the 50 is inserted, see FIGS. 17, 18, and 19, has a plurality of protrusions 51 and a plurality of insertions 43 and 44 into which the hose 50 is inserted. A board 40 formed of, see FIGS. 17, 18, and 19, a board 40 with a +-shaped insertion portion 43 formed on its surface, a +-shaped insertion portion 43 provided with a lumbar passage 44. A formed board, a board 40 formed with a +-shaped insertion part 43 having a hollow passage 44 therein, a board formed with a +-shaped insertion part 43 provided with a +-shaped passage 44 into which a hose is inserted. (40), a board (40) on which a hose (50) is embedded in a recess (44) or an insertion part (43) formed thereon, and a board (40) on which a hole or passage (44) in which the hose is embedded is formed, A board 40 with a groove or passage 44 in which the pipe is embedded, a board 40 in which the heating hose 50 is embedded, and a +-shaped insertion part with a passage 44 in which the hose 50 is embedded. A board 40 on which (43) is formed, a +-shaped insertion part 43 on which a circular protrusion 41 and a path 44 through which the hose 50 passes are formed, and an air layer 42 formed around the protrusion and the insertion part. A board consisting of a board 40, a board into which the heating pipe is embedded, a board with a hole or passage 44 into which the heating hose 40 is embedded, and a hole or passage 44 through which the pipe 50 through which hot water is circulated are embedded are formed. Board (40), mat with heating wire, mat with heating wire, board or mat with built-in boiler, heating board or heating mat with built-in boiler, hot water board or hot water mat with built-in boiler, heating board or heating with built-in boiler These include mats, hot water boards equipped with boilers, or hot water mats.

The heating board 40 can be used as an independent heating facility 1 by being linked with a heating hose 50 mounted on the heating board and a boiler 51 connected to the heating hose. The hot water mat can be used as an independent heating facility in conjunction with a hot water circulation hose embedded in the hot water mat and a boiler connected to the hose. The hot water mat includes a hot water mat, a heated mat, a heating mat, an electric hot water mat, a circulating hot water mat, a mat with an embedded hose, a mat with an embedded heating hose, a mat with an embedded hot water hose, and a mat with an embedded hose through which hot water circulates. , a mat in which meandering, snake-shaped, or zigzag-shaped hot water hoses are embedded.

The hose board, which is the board in which the hose is embedded, has a) a hole, straight hole, curved hole, circular hole, free hole, cross, etc. into which the hose 50 can be embedded or where the hose can be embedded in a straight line, curve, or freely. A board on which holes 43 and 44 are formed; b) or a board (40) in which the hose (50) is embedded or inserted into the above-mentioned holes, straight holes, curved holes, circular holes, free holes, cross holes, etc. (43, 44); c) or a combination of a board 40 with a hole 44 and a hose 50 embedded in the hole, a combination of a board and a hose embedded in the board, a board 40 and a groove 44 formed in the board. an assembly in which a hose is embedded, an assembly consisting of a board and a groove formed in the board into which the hose is embedded; etc.

a) A plurality of uneven portions 41, a plurality of seating portions 43 on which the heating hose is seated, and a plurality of groove passages 44 penetrating the interior of the seating portion are formed on the heating board 40, b) a lower part of the heating board (40); the exterior of the concavo-convex portion 41 and the seating portion 43; The upper part of the grid frame 60 or the insulation material 70 mounted on the lower part of the heating board; air in space 42 An air layer 42 is formed, c) the upper part of the heating board 40; the exterior of the concavo-convex portion 41 and the seating portion 43; Below the heat conduction plate 30 or the finishing material 20 mounted on the top of the heating board; An air layer 42 is formed in the space 42, c) charcoal or cleaning means 95 is provided in the space or air layer 42, and d) the air layer 42 and the uneven portion 41 It is possible for the seating portion 43 to reduce noise, vibration, and shock.

In the present invention, the space (42, 62, 72, 82, 92), the air layer (42, 62, 72, 82, 92), the uneven portion (41, 61, 71, 81, 91), and the air pocket (93) , it is possible to use, form or provide charcoal or cleaning means (95), etc., thereby providing sound insulation, sound insulation, dust prevention, insect prevention, insulation, heating, noise prevention, vibration reduction, shock reduction, purification, cleanliness, pest control, quarantine, Sterilization, disinfection, cleaning, etc. are possible. The space, cleaning means, etc. play the role of sound insulation, cleaning, etc.

In the present invention, a) heating board 40, grid frame 60, insulation material 70, air plate 80, air cap 90; b) their feet, legs, concavo-convex parts, and supports (41, 61, 71, 81, 91); c) their gaps, peripheries, upper, lower, between, spaces (42, 62, 72, 82, 92); d) Charcoal or cleaning means mounted on these (95); e) air layer, air layer, air pocket, air pocket (42, 62, 72, 82, 92) present therein; etc. are used or provided. The a) heating board to e) air pocket perform the functions of sound insulation, cleaning, etc. In the above a) heating board to d) cleaning means, an air layer, an air pocket, an air pocket (42, 62, 72, 82, 92), etc. exist. It is possible to mount charcoal or a cleaning means (95) in the air layer, air layer, air pocket, air pocket, etc. The air layer, air layer, air pocket, air pocket, etc. may also perform functions such as sound insulation or cleaning.

The feet, legs, elastic feet, uneven parts, springs, etc. (41, 61, 71, 81, 91) are feet, legs, elastic feet, uneven parts, concave parts, convex parts, embossing, springs, leaf springs, arc springs, and arcs. Leaf spring, air spring, convex, convex, , bar and foot, leg and foot, bar and elastic foot, leg and elastic foot, combination of upper bar and lower foot, combination of upper leg and lower foot, combination of upper bar and lower elastic foot, combination of upper leg and lower elastic foot, ball or air around The foot or combination on which a ball is placed, the foot or combination on which a hollow ball or air ball is placed. This applies to the foot or assembly, etc., in which an elastic ball or air ball is placed at the bottom.

Examples of the heating board include a base plate, a circular concave-convex portion 41 formed thereon, a convex portion 41 or a protrusion formed on one side or an upper surface of the base plate, and a concave portion 41 or an inlet formed on the back or lower surface of the base plate. , a protruding insertion portion 43 formed on the base plate into which the pipe 40 is inserted, a +-shaped groove 44 or groove protrusion formed in the insertion portion into which the pipe 40 is inserted, and an air layer around the It is composed of the uneven portion 41, the insertion portion 43, and the groove 44, which are formed by (42). The grooves include grooves, grooves, concave grooves, concave portions, recesses, recesses, recesses, concave grooves, concave-shaped grooves, and concave grooves. The groove protrusion is a groove, a recess, a concave groove, a recess, a recess, a recess, a recess, a concave, a concave-shaped groove, a concave groove, etc., which protrude with respect to or relative to the plane. The protrusions include protrusions, protrusions, protrusions, protrusions, protrusions, protrusions, protrusions, curved protrusions, circular protrusions, groove protrusions, straight protrusions, connection protrusions, etc. The insertion portion includes an insertion portion, an insertion hole, an insertion groove, an insertion hole, an insertion rod, an insertion plate, an insertion table, an insertion site, an inserted portion, a groove insertion portion, and a protruding insertion portion. The back surface includes the back surface, the front surface, the back surface, the other surface, the opposing surface, the opposite surface, etc.

In the air panel, insulation board, ventilation panel, ventilation panel, flow panel, drain board, heat sink, heat conduction board, base board, etc., the plates are plates, plates, floors, pallets, boards, sheets, mats, pads, panels, top plates, iron plates, and planks. , floor plate, sheet plate, mat plate, pallet, plank, plate, top plate, heat sink, reinforcement plate, rigid plate, flexible plate, steel plate, metal plate, heat conduction plate, heat transfer plate, STS plate, SUS plate, stainless steel plate, These include high-strength plates, plated plates, galvanized plates, galvanized steel plates, and high-strength special galvanized steel plates. The pads include pads, pads, mats, rubber pads, anti-vibration pads, sound insulation pads, insulation pads, neoprene pads, neoprene rubber pads, etc. The panel includes a board, panel, panel, board, plank, mat, sheet, plate, mattress, mat, sheet, pannel, board, plate, mattress, etc. The board includes a plate, panel, panel, pad, mat, board, pallet, hot water board, hose board, plumbing board, heating board, drainage board, air board, drain board, board with feet (41) (40), Board (40) with legs (41), board with elastic feet, board with air inside and fiber on the outside, board (40) with heating hose (50) fitted, board with heating pipe (50) fitted ( 40), etc.

The above holes, grooves, passages, etc. include holes, grooves, openings, passages, through holes, cavities, channels, waterways, open channels, open waterways, recessed parts, recessed parts, hollow areas, holes, straight holes, curved holes, circular holes. , free hole, cross hole, +-shaped hole, protruding hole, protruding groove, protruding passage, protruding hole with a recessed portion or a hollow portion, a protruding groove with a recessed portion or a hollow portion formed, a protruding passage with a recessed portion or a hollow portion formed, a channel-like passage, thin and long. Passage, straight passage, curved passage, circular passage, cross-shaped passage, free-shaped passage, passage 44 into which the hose 50 is inserted, passage 44 into which the pipe 50 is inserted, recessed portion inside A cross-shaped passage 44 is formed, a cross-shaped passage 44 is formed with a hollow portion therein, etc.

In the heating board 40, the heating hose 50 may be inserted into the groove protrusion 43 in which the +-shaped groove 44 is formed in a - or L shape. The inserted hose 50 is a compression force of the groove protrusion 43 that acts as a reaction force against the tension of the groove protrusion 43 generated during insertion, or a jaw formed at the tip or inner side of the groove protrusion 43. It can be fixed to the inside of the groove (44) by (45) or step (45).

The above hoses, pipes, heating hoses, heating pipes, etc. are a) pipes, pipes, pipes, ducts, hoses (50), hoses, coils, coils, pipes, pipes, hot water pipes, heating pipes, cooling and heating pipes, heating hoses, heating Coil, accelerator pipe, accelerator hose, accelerator pipe, pipeline, hot water pipe; b) the above pipe or hot water pipe made of resin or expanded polypropylene; c) a pipe 50 embedded in the mortar layer, foamed concrete layer, gas-proof mortar, or air-proof concrete layer 64, and a hose 50 embedded in the heating board 40; d) a pipe (50) whose one end, both ends, or ends are connected to the boiler (51) or boiler distributor (52); etc.

The heating board or heating hose may be a fixed type fixed in a certain place, a mobile type that can be moved, an indoor type mounted indoors (14), an outdoor type used outdoors, a portable type that can be carried, a camping type used when camping, or a tent type. A tent type installed inside, a room type installed within a room (14), a bed type installed on a bed, a prefabricated type that can be assembled, a simple type used simply, a hot water type in which hot water is circulated, a gas type in which water heated by gas is circulated, Heating boards, hot water mats, or heating hoses such as electric heating with circulating water heated by electricity, oil heating heating with oil-heated circulating water, and solar cell heating using hot water heated by solar cells are available.

One end or both ends of the pipe are connected to the boiler 51 or the distributor 52 of the boiler, the distributor is equipped with two or more cocks or taps 52, and the distributor or cock or tap 52 has two The above pipes 50 are connected, a valve is provided at the boiler or distributor, or a cock or tap, and the supply supplied to the pipe is controlled by the valve or its opening and closing, and the supply is water, water, or liquid. , oil, liquid, hot water, cold water, feed water, tap water, heating water, supply, supply water, supply liquid, supply oil, etc.

The boiler is a boiler 51, boiler, heater, burner, hot water boiler, heating boiler, cooling boiler, hot water heating boiler, heating and cooling boiler, hot water and heating boiler, boiler for both hot water and heating, cooling and heating boiler, cooling and heating. A boiler for combined use, a fixed boiler fixed to a certain place, a mobile boiler that can be moved, an indoor boiler mounted indoors, an outdoor boiler used outdoors, a portable boiler that is portable, a camping boiler used when camping, and a boiler installed in a tent. Tent boilers, room boilers installed in a room, prefabricated boilers that can be assembled, simple boilers used simply, hot water boilers in which hot water is circulated, gas-type boilers that heat circulating water with gas, electric boilers that heat circulating water with electricity, These include oil-type boilers that heat circulating water with oil, solar cell-type boilers that heat hot water with solar cells, boilers used in heating facilities, and boilers used in inter-floor noise prevention facilities (51).

Examples of the boiler include the following a, b, c, d, e, f, g, h, i, j, k, ℓ, etc. The above a is a boiler that heats and circulates water with the combustion heat of the burner. The burner uses electricity, gas, hydrogen, oil, kerosene, fuel, hydrogen gas, city gas, LPG gas, LNG gas, etc. The b is a boiler 51 that circulates hot water through a hose 50 connected to the boiler 51 and supplies heat to the floor 20, thereby heating the floor or exchanging heat with indoor air to increase the indoor temperature. Above c is a hose that supplies circulating water to the tank, a tank in which circulating water is stored, a heater that heats circulating water, a pump that pressurizes or circulates circulating water, and a pump that pressurizes or circulates circulating water using the vapor pressure generated during heating. It is a boiler composed of a pump, a supply pipe through which circulating water is supplied by the pump, a return pipe through which the circulating water is returned to the tank, and a mat 4 or board 40 in which the supply pipe and the return pipe are embedded.

The d represents a hose that supplies circulating water, a tank that stores the circulating water supplied by the hose, a heater that heats the circulating water provided by the tank, a pump that pressurizes or circulates the heated circulating water, and a device that occurs during heating. A pump that pressurizes or circulates circulating water using the vapor pressure, a supply pipe through which circulating water is supplied by the pump, a mat or board in which the supply pipe is buried, a recovery pipe that returns circulating water that has passed through the mat or board to the tank, etc. This is the boiler provided. The e is a container containing water, a heater for heating the water in the container, a pump for pumping the heated water, a supply pipe connected to the pump, a board 40 or mat 4 in which the supply pipe is embedded, and the board or mat. It is a boiler equipped with a recovery pipe that returns the water that has passed through it to the container.

The f is a device in which the container, heater, and pump are integrated, and is provided with a supply pipe connected to the pump, a board or mat in which the supply pipe is embedded, and a recovery pipe that returns water passing through the board or mat to the container. It's a boiler. The g is a heating tank, a heat pipe installed inside the heating tank, a water supply line that supplies water into the heating tank, a drain line that discharges hot water heated in the heating tank to domestic water or a heating pipe, and a circulation pump for water circulation. It is a boiler that includes etc. The h is a water tank in which water is stored, a burner for heating the water in the water tank, a pump for pressurizing the water, a distributor 52 for distributing the water, a cock 52 or a branch line branching from the distributor into a plurality, The boiler 50 includes a supply line connected to the cock or branch line, a water tap, a heating board, or a heating mat connected to the supply line. The i is a water tank in which water is stored, a distributor connected to the water tank, a plurality of branch lines branching from the distributor, a heater installed on the branch line to heat the water, and a heater installed on the branch line to cool the water. A cooler, a controller that selectively operates the heater and the cooler, a pump that pumps water that has passed through the heater, a pump that pumps water that has passed through the cooler, a hot water pipe that supplies the pumped water, and a pump that supplies the pumped water. It is a boiler that includes pipes for supplying cold water, a water tap connected to the pipes, a heating board, or a heating mat.

The j is a circulating water storage tank, a burner that generates a flame, a temperature controller that controls the flame of the burner, a heating tube or bare heating tube heated by the burner, and the heating tube through which water supplied from the tank passes. , It is a boiler provided with a supply pipe for supplying circulating water heated and discharged from the heating pipe, a hot water tap connected to the supply pipe, a hot water hose connected to the supply pipe, and a hot water board or hot water mat in which the hot water hose is embedded. The k is a water storage tank, a water inlet and temperature control switch provided in the tank, a heater that heats water while being mounted inside the tank, a pump that pumps water while being mounted inside the tank, and is connected to the tank. It is a boiler equipped with a hose, a board or mat in which the hose is embedded. The ℓ is a water tank, a heater for heating the water, a distributor for distributing the water, a pipe for hot water and a heating pipe connected to the distributor, a faucet or shower connected to the pipe for hot water, and a heating hose connected to the heating pipe. , It is a boiler equipped with a board or mat, etc., into which the heating hose is embedded.

The boiler 51 includes a case 53, a heater, a burner, a heater, a tank 54, a container, a distributor 52, a cock, a faucet 52, a control valve, an ignite, a sensor, a temperature sensor, and a water level gauge 55. ), water level sensor, flame detection sensor, controller, switch, instrument panel (56), display (56), controller (57), controller (57), modem (100), Wi-Fi (100), communication device (100), communication network (101), server (102), terminal (110), PC (111), computer (111), tablet (111), monitor (112), screen (112), platform (113), mobile phone (114), remote The controller 115, battery, solar cell, etc. may be included or connected. The case or controller may be equipped with or connected to the terminal or solar cell.

The above tanks, containers, etc. include hoppers, inlets, outlets, pressure gauges, pressure valves, pressure valves, exhaust ports, water level gauges, water leak gauges, alarms, hoppers for water or circulating water injection, water or circulating water inlets, water or circulating water outlets, internal A pressure gauge that measures the pressure, a pressure valve that automatically opens and removes pressure when the pressure exceeds a certain level, a pressure valve that automatically opens and removes pressure when the pressure exceeds a certain level, a gas exhaust port, a vapor pressure exhaust port, and a pressure valve that measures the internal water level. It is possible to have a water level gauge, a water leak gauge that detects water leaks, an alarm that sounds an alarm when the water level inside is below a certain level, and an alarm that sounds an alarm when water leaks. The water or circulating water includes water, water, liquid, fresh water, sewage, precipitation, spring water, hot water, cold water, rainwater, seawater, salt water, tap water, drinking water, river water, groundwater, valley water, Circulating water, etc. is possible. The heater, heater, etc. can be fire, flame, heater, burner, heater, heater, electric heater, gas heater, hydrogen heater, electric heater, oil heater, battery heater, solar cell heater, etc. The hose, pipe, supply pipe, return pipe, pipe, etc. may be a pipe, hose, pipe, customs pipe, conduit, supply pipe, return pipe, pipe, hollow pipe, hollow hose, pipeline, etc.

The case 53 can have the heater, solar cell, etc. built-in or externally. The temperature sensor is connected to the heater, heater, tank, container, board 40, mat 4, hose 50, pipe 50, supply pipe, return pipe, pipe, heating board 40, and room 14. , measure the temperature of the room (14), building (15), etc. The control valve controls the amount of fuel or gas supplied to the heater, etc. manually or automatically by a controller. Here, control can be achieved by automatically operating the valve using a server motor, etc. The ignite is an igniter, lighter, electronic lighter, electric lighter, gas lighter, ignite, lighter, etc., which is installed on one side of the upper part of a heater, burner, or heating unit and automatically ignites the fuel by generating a flame when the fuel is ejected. The water level gauge or water level sensor 55 is installed in the tank, container, etc. 54 to detect the water level inside, and is preferably installed on the lower side of the tank to detect the lowest water level of the tank 54. The flame detection sensor is installed at the top of the heater or heating unit to detect a flame generated from the heater or to detect whether a flame is generated.

The controller 57 includes the temperature sensor, control valve, ignite, water level sensor, flame detection sensor, communication device, terminal, heater, heater, tank, container, board, mat, piping, supply pipe, return pipe, pipe, etc. Controlling, automatically controlling, or remotely controlling an operation. The controller 57 may be equipped with an input unit, a communication unit, a control unit, etc. The input unit may consist of a dial or button, and operating information such as heating temperature or heating time is input. The communication unit transmits the sensed value to an external terminal or receives driving information from an external terminal. Here, the controller can remotely operate or stop the heater, etc. by an external terminal according to operation information input from the input unit or communication unit. The control unit controls the operation of the case, solar cell, etc.

The display 56 is a screen, monitor, or screen that displays information, figures, or data related to the case, solar cell, etc. The communication device 100 is a modem, Internet, Bluetooth, Wi-Fi, communication network, communication device, gateway, etc. 100 connected to the case or solar cell. The terminal 110 includes a server 102, a terminal server 102, a terminal 110, a PC 111, a computer 111, a tablet 111, a monitor 112, These include screen (112), platform (113), display (113), metaverse (113), mobile phone (114), and smartphone (114). The battery is a battery, rechargeable battery, dry cell, solar cell, etc. that supplies power used in the case or solar cell. The solar cell is an electricity, solar cell, solar generator, etc. that supplies power used in the case or battery.

The boiler consists of installing a hot water board (40) or a hot water mat (4), connecting the boiler (51) to the board (40) or mat (4), connecting the boiler's power, connecting the plug of the wire connected to the boiler to the outlet, boiler Input operating conditions to the input part, open the fuel pipe connected to the heater, operate the servomotor to open the fuel pipe connected to the heater through the control valve, eject fuel through the fuel pipe, operate the ignite, fuel supplied to the heater by the ignite. Ignition, heating the water provided in the tank (54), ignition confirmation by flame detection sensor, re-operation of ignite if ignition is not achieved, temperature measurement through temperature sensor, variable opening/closing amount of gas control valve according to temperature conditions, Adjusting the heating power of the heater, heating with the hot water board (40) or hot water mat (4), measuring the water level in the tank (54) by the water level sensor (55), issuing an alarm when the water level is low, stopping the operation of all components after issuing the alarm, After heating is completed, it can be used or operated in the following order: turning off the power, disconnecting the plug of the wire connected to the boiler from the outlet, etc.

The heat sink, thermoelectric plate, heat conduction plate, etc. include a thermoelectric plate, a conductive plate, a heat sink 30, a heating plate, a heat conduction plate 30, a zinc plate, a plated plate, a galvanized plate, a galvanized steel plate, a heat transfer plate, and a heat conductive plate. Thermoelectric plates that transmit heat, etc. A tape may be attached for sealing between the heat conduction plate and the adjacent heat conduction plate or at a joint. The tapes include tape, silver foil tape, paper tape, resin tape, flexible tape, fiber tape, transparent tape, translucent tape, non-transparent tape, silver foil tape that reflects light or heat, etc. (30).

Previously, the hose 50 was installed on the top of the slab 10, the insulation material 70, etc., and foam concrete 65, mortar 64, and fireproof mortar 64 were placed on the top, and after curing, the flooring material was installed. (20), etc., or by constructing the slab (10), insulation (70), foamed concrete (65), heating hose (50), mortar (64), flooring (20), etc. in that order to create foamed concrete and mortar. Wet or semi-wet methods were applied. However, in the present invention, the hose board (40) is laid, the hose (50) is buried in the holes, straight holes, curved holes, circular holes, free holes, cross holes, etc. (43, 44) formed in the hose board, and the upper part of the hose (50) is installed. Immediately install the heat conduction plate (30), flooring material (20), etc. As a result, compared to existing technologies, the present invention has the feature of significantly reducing the construction cost, construction manpower, and construction period of inter-floor facilities, inter-floor heating facilities, and inter-floor noise prevention facilities (1).

The above finishing materials, finishing layers, flooring materials, etc. include flooring, flooring, flooring, monoleum, boards, mats, sheets, films, plywood, wood boards, finishing materials (20), flooring materials (20), finishing layers, floor layers, room finishing materials, room finishing materials. Floor, room flooring, plank, woodium, monoleum, floor, tile, deck tile, deco tile, wood tile, Astile, stone floor, steel floor, laminate floor, wood floor, composite wood floor, WPC floor, Wood Polymer Composite Flooring, TPC flooring, Timber Polymer Composite flooring, SPC flooring, Stone Polymer Composite flooring, Stone polymer composite flooring, Stone powder polymer composite flooring, Stone powder polymer composite flooring, Flooring made of 70% stone powder + 30% PVC material, Final finishing material, Flooring of a room, finishing material of a room, finishing material of a room floor, finishing material that forms the floor of a room, finishing layer that forms the floor of a room, flooring material that forms the floor of a room, finishing material of the floor where people live, finishing material that people's feet touch, finishing material that people's feet step on , flooring materials that people touch or lie on, sheets made of paper or vinyl that are spread on the floor, etc. (20).

The mat includes mat (4), blanket, foam, PE foam, TPU foam, PVC foam, carpet, air cap, air plate, air layer, sponge, elastic mat, foam mat, foam mat, expansion mat, rubber mat, fiber. Mat, soundproofing mat, soundproofing mat, dustproof mat, air cap, air mat, air mat, uneven mat, embossing mat, sculpture mat, high density mat, high compression mat, EVA mat, urethane mat, room mat, floor mat, hot water mat. , electric mat, heating mat, mat containing honeycomb, mat containing hollow honeycomb, mat containing hexagonal hollow honeycomb, mat consisting of hexagonal hollow honeycomb, mat containing air, combination of multiple piece mats These include a combination mat, a mat placed on top of a finishing material, a mat placed on top of a flooring material, etc. (4). The TPU includes plastic with the elasticity of rubber, eco-friendly TPU, thermoplastic poly urethane, and thermoplastic polyurethane.

The side cushioning material installed between the air cap, heating board, heating system, inter-floor noise prevention facility, etc. and the wall is a cushioning material, a side cushioning material (5), an air vent side cushioning material, an air vent side cushioning material that discharges moisture from the floor, and a self-contained type. Side cushioning material, anti-absorbing tape (5), foam tape, elastic foam tape, foam tape, breathable anti-absorbing tape, self-adhesive tape, self-adhesive foam tape, joint filler, breathable joint filler, flooring or finishing materials caused by air bubbles and residual moisture. Prevents discoloration, lifting, defects, and mortar cracks, blocks floor impact sound from being transmitted to the wall, products with a thickness of 10 mm or more, products with a thickness of 20 mm or more, installation height of 50 mm or more, roll-type tape products, products with a length of 25 m per roll, length per roll. This applies to 30m products, markings on the lightweight foam concrete pouring line, marking on the top line of lightweight foamed concrete pouring, marking on the upper end of the lightweight foam concrete placed on the wall, marking on the upper end of the lightweight foamed concrete placed on the wall, etc. .

In the present invention, a certain amount of construction may be performed, or construction may be performed to construct a building, house, or structure. During the construction, the slab or mat, air cap or mat, etc. may be installed. And purification or cleaning may be performed during the construction or installation.

Examples of the above construction include excavation, excavation, cutting, embankment, earthwork, form assembly, rebar assembly, concrete pouring, concrete curing, demolding, form dismantling, structure forming, structure formation, structure surface treatment, structure surface preparation, face or wall. Photocatalyst spraying or coating, photocatalyst phytoncide spraying or coating on surfaces or walls, masonry, plastering, waterproofing, painting, window construction, floor construction, wall construction, ceiling construction, rooftop construction, insulation construction, heating construction, slab construction, inter-floor noise prevention. It is construction, landscaping construction, septic tank construction, road construction, paving construction, joint construction, marking construction, two or more of them combined construction, etc., or in that order. And the above works include new construction, building work, earthwork, excavation work, foundation work, grouting work, shotcrete work, greening work, landscaping work, green soil work, seed spray work, floor work, scaffolding work, pillar work, beam work, and wall work. Construction, partition work, slab work, rebar work, form work, rebar arrangement work, rebar arrangement work within the form, concrete work, concrete pouring work, concrete pouring work within the form, facility work, plumbing work, waterworks, sewage work, waterproofing. Construction, soundproofing work, insulation work, heating work, inter-floor noise prevention work, masonry work, tile work, plastering work, roof work, rooftop work, door work, window work, wallpaper work, stone work, painting work, landscaping work, wiring work. , electrical work, interior work, exterior work, interior work, remodeling work, finishing work, and surface finishing work are included. The above-mentioned soundproofing or inter-floor noise prevention facilities follow the above-mentioned insulation construction, heating construction, slab construction, inter-floor noise prevention construction, etc., or are installed through the above-mentioned insulation construction, heating construction, slab construction, inter-floor noise prevention construction, etc. The facilities such as sound insulation or inter-floor noise prevention are appropriately installed in the excavation, complex construction, new construction, or surface finishing construction, etc.

The above works include a) construction, construction, work, construction, construction, construction, new construction, extension, renovation, construction, reconstruction, redevelopment, landscaping, planting, modeling, sculpture, environment, purification, restoration, restoration, healing, processing, earthwork. , excavation, blasting, filling, cutting, backfilling, dredging, cableway, plastering, waterproofing, water blocking, water retention, water repellent, exhaust, drainage, underground drainage, rainwater drainage, road drainage, tunnel drainage, masonry, masonry, stonework, rebar work, Cement work, concrete work, scaffolding work, dismantling work, structure dismantling work, foundation work, pile work, pier work, caisson work, sheet metal work, assembling work, building assembly work, water and sewage work, railroad work, track work, road work, underwater work, facility work. Installation, steel installation, steel structure construction, elevator installation, painting, painting, insulation, soundproofing, disaster prevention, pest control, fire prevention, fire extinguishing, fireproofing, fire retardancy, flame retardancy, scaffolding, dismantling, structure dismantling, windows, sheet metal, boring, injection, grouting. , filling, charging, joint charging, electric charging, battery charging, sinkhole, foaming, expansion, repair, crack repair, section repair, reinforcement, ground reinforcement, foundation reinforcement, structural reinforcement, facility reinforcement, surface reinforcement, surface treatment, concrete Surface treatment, restoration, cross-section restoration, damage restoration, improvement, ground improvement, facility improvement, structural improvement, protection, surface protection, slope protection, mixing, mixing, stirring, underground agitation, ground agitation, mortar agitation, supply, transfer, conveyance , transportation, pouring, mold pouring, concrete pouring, paving, ready-mix concrete pouring, injection, mortar injection, underground injection, mold injection, spraying, slope spraying, shotcrete, spray, seed spray, paving, asphalt paving, paving, product packaging, road. Pavement, sidewalk paving, coating, razor paving, coating, lining, tunnel lining, compaction, ground compaction, ground compaction, pavement compaction, dredging, cableway, curing, wallpapering, planting, tree planting, landscaping planting, lining, tunnel lining, segment Ball, tunnel segment work, anchor work, rock anchor work, soil anchor work, nailing work, soil nailing work, bolt work, rock bolt work, soil bolt work, interior, remodeling, shotcrete work, green earth work, seed spray work, indoor Construction, outdoor work, field work, construction work, building work, civil engineering work, CIP (cast in place pile) work, SCP (sand compaction pile) work, GCP (gravel compaction pile) work, CCP (crushed stone compaction pile) work , VCCP (vibrated CCP, DCM (deep cement mixing) construction, SCW (soil cement wall) construction, RCD (reverse circulation drill) or RCD foundation construction, ED (earth drill) or ED foundation construction, LW (Labiles Waterglass) construction, JSP (Jumbo Special Pattern Method) construction, SIG (Super Injection Grout) construction, top down construction, bottom up construction; b) Complex construction of two or more of the above construction or bottom-up construction, complex or complex construction in which two or more of the above construction or bottom-up construction are performed sequentially; The above-mentioned construction or complex, which includes one of the above-mentioned construction or complex; c) Work, work, construction, construction, construction, construction, construction, work of one of the above construction or complex construction; etc. may be included.

The purification includes purification, water purification, filter water purification, ionic water purification, alkaline water purification, electrolytic water purification, electrolytic water purification, cold and hot water purification, filter electrolytic water purification, cold water, cold and hot bottled water, purification, pollution purification, soil purification, soil purification, water purification, river Purification, groundwater purification, air purification, cleanliness, air purification, restoration, pollution restoration, river restoration, building restoration, cultural property restoration, cleaning, indoor cleaning, outdoor cleaning, bed cleaning, mop cleaning, building cleaning, glass cleaning, wall cleaning, Tunnel cleaning, bridge cleaning, road cleaning, road cleaning, dam cleaning, river cleaning, washing, pipe cleaning, contamination cleaning, soil cleaning, contaminated soil cleaning, teeth cleaning, oral cleaning, cleaning, contamination cleaning, instrument cleaning, eyeglass cleaning, Inflow, retention, retention, aeration, neutralization, reaction, coagulation, precipitation, adsorption, absorption, capture, capture, filtration, discharge, disinfection, sterilization, procedure, surgery, healing, treatment, treatment, preparation, washing, showering, washing; A composite in which two or more of the purification and washing are performed sequentially; The above-mentioned purification or complex containing one of the above-mentioned purification or complex; It is the one chosen from among.

The above cleaning includes a) purification, purification, cleansing, restoration, recovery, healing, treatment, aeration, reaction, flocculation, precipitation, filtration, adsorption, capture, removal, sterilization, control, cleaning, washing, cleaning, laundering, washing, contamination. Purification, soil purification, water purification, air purification, water purification, air purification, groundwater purification; b) or water, water quality, pollution, air, soil, object, object, object, site, facility, waste, dam, river, pond, reservoir, ocean, green tide, red tide, green-red tide, bacteria, bacteria, contamination, pathogen, Purification or underground water purification of one or more of E. coli, salmonella, heavy metals, sick building syndrome, atopic bacteria, and environmental hormones; Includes one or more selected from among.

The materials or materials such as the air cap, mat, plate, foam, board, protrusion, groove, base plate, insertion portion, porous body, fiber, non-woven fabric, and cleaning means are resin, rubber, silicone, urethane, urea, epoxy, and latex. , acrylic, polymer, silicon, silica, ceramic, plastic, fiber, glass, glass fiber, foam material, foam material, material foamed in a mold, material foamed with a foaming agent, curing material, material cured in a mold, steam cured material , injection material, melt injection material, extrusion material, melt extrusion material, compression material, foam compression material, compression foam material, foamed urethane, binder, foamed urethane binder, cement, ceramic, lightweight concrete, foamed concrete, lightweight foamed concrete, ALC, autoclaved lightweight concrete, iron, metal, wood, mineral, ore, stone, vermiculite, vermiculite, PVC, polyvinyl chloride, polyvinyl chloride, FRP, fiber reinforced plastic, fiber reinforced polymer, fiber reinforced plastic, GFRP, glass fiber reinforced plastic, glass fiber reinforced polymer, glass fiber reinforced plastic, CFRP, carbon fiber reinforced plastic, carbon fiber reinforced polymer, carbon fiber reinforced plastic, PB, poly butylene, polybutylene, PE, polyethylene, HDPE, high density polyethylene, high density polyethylene, LDPE, low density polyethylene, low density polyethylene, PE-X cross linked polyethylene, PERT, PE-RT, polyethylene-raised temperature resistance, PVA, polyvinyl alcohol, EVA, ethylene vinyl acetate, ethylene vinyl acetate copolymer, ethylene vinyl acetate copolymer, EPS, expanded polystyrene, expanded polystyrene, PC, polycarbonate, polycarbonate, EP, ethylene propylene, ethylene propylene, EPDM, ethylene propylene diene monomer, CMC, carboxymethyl cellulose, PP, polypropylene, polypropylene, EPP, expanded polypropylene, expanded polypropylene, elastic Low melting polyethylene terephthalate (low melting PET: LM PET), a mixture of PP and PE, and a mixture or mixture of two or more of the above are possible. The EPP is polyolefin-based PP (polypropylene). It is an eco-friendly plastic made by physically foaming the material rather than using a chemical foaming agent. It is light in weight, strong against impact, and has no effect on chemical treatment or corrosion.

The nonwoven fabric is manufactured by needle punching by mixing polypropylene (PP) fibers, polyethylene terephthalate (PET) fibers, and elastic low melting polyethylene terephthalate (LM PET) fibers, or by needle punching. It is manufactured using an air laid method by mixing low melting polyethylene terephthalate (LM PET), double crimp fiber, and polypropylene (PP) fiber. The foam includes foam, expanded foam, urethane foam, polyurethane foam (PU foam), ethylene vinyl acetate foam (EVA foam), and expanded polystyrene (EPS).

The air caps, mats, means, facilities, systems, etc. are respectively 1, 2, 3, plural, 2 or more, 1 layer, 2 layers, 3 layers, multiple layers, 2 or more layers, 1 layer. , 2-layer, 3-layer, multiple layers, multiple layers of 2 or more layers, 1 set, 2 sets, 3 sets, multiple sets, multiple sets of 2 or more sets, etc. are possible. The above examples include 3 layers of air caps, 2 air plates, 3 layers of insulation, 4 sets of heat sinks, 1 layer of mat, etc., or are installed in that order. a) The thickness of the air cap or mat, etc. is 2mm, 5mm, 10mm, 15mm, 20mm, 25mm, 30mm, 35mm, 40mm, 45mm, 50mm, 55mm, 60mm, 65mm, 70mm, 1 to 100mm, 1mm or less, 100mm or more, etc., and b) Sizes can be width x height = 300x600mm, 500x700mm, 700x1000mm, 1000x1500mm, 1500x2000mm, 2000x3000mm, 300 or less mm x 600 or less mm, 2000 or more mm x 3000 or more mm, etc.

The degree to which the charcoal, purifier, sound absorbing material, cleaning means, air cap or mat, etc. are provided or used is 1 piece, 1 ea, 1 layer, 1 layer, 1 layer, 1 pack, 1 pack, 1 set, 1 set, 1 Lump, 1g, 1kg, 1ton ^, 1mm, 1cm, 1m, 1mm 2 , 1cm ² , 1m ² , 1mm ³ , 1cm ³ , 1m ³ , several, several layers, several layers, several packs, several sets, several lumps, several g, number kg, number of tons, number of mm, number of cm, number of m, number of mm ² , number of cm ² , number of m ² , number of mm ³ , number of cm ³ , number of m ³ , random number, random layer, random layer, random pack, Random set, random lump, random g, random kg, random ton, random mm, random cm, random m, random mm ² , random cm ² , random m ² , random mm ³ , random cm ³ , random m ³ , above 1 It may be more than or less than one of m 3 to arbitrary m ³ . In the above several to several m ³ , the number is a number, a plurality, a plurality, number, etc.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), construction methods, work methods, etc. Examples include 1) a) the slab 10 constituting the building 15, the air cap 90 sequentially installed on the top of the slab, the cleaning means 95, and the air plate. (80), insulation material (70), grid plate (60), heating board (40), heating hose (50), heat conduction plate (30), finishing material (20); b) an air layer formed between two of the air cap or finishing material; c) an air layer formed around the feet or uneven portions of the air cap or finishing material; 2) A side cushioning material installed on the inner surface of the wall of the building, which is the side of the air cap or heat conduction plate; 3) Boiler (51) connected to the hose; 4) Case 53, distributor 52, water tank 54, water level gauge 55, screen 56, and regulator 57 provided in the boiler; 5) the hose 50 connected to the distributor or its cock; 6) Floor facility (1) and inter-floor noise prevention facility (1) composed of the above air cap or finishing material; 7) Heating facility (1) consisting of the air cap or boiler; 8) A pedestal 13 fixedly installed at the lower part of the slab 10 of the building 15, a ceiling board 12 installed at the tip of the pedestal, and an air space between the lower part of the slab 10 and the ceiling board. Insulating material, sound absorbing material, resonator, and cleaning means (95) installed in the layer, the space, or the air layer; 9) Ceiling facilities (2), ceiling insulation facilities (2), and ceiling noise prevention facilities (2) equipped with the above-mentioned suspension or cleaning means; 10) Insulating material 70, sound insulating material, and protective material installed on the wall, interior, exterior, inner surface, and outer surface of the building 15; 11) Wall facilities (3) and wall insulation facilities (3) composed of the above walls and protective materials, etc.; 12) Mat (4) installed on top of the finishing material; 13) Air layers (42, 62, 72, 82, 92, etc.) formed in the slab or mat, or in the space between the two; 14) a room (14), a house (15), a building (15), an interior (14), an office (14) containing the slabs or mats, etc.; 15) Charcoal, purifying material, and cleaning means (95) stored in the slab or office, etc.; 16) Sensors, cams, cameras, CCTV, cells, batteries, solar cells, measuring instruments, alarms, warning lights, purifiers, purifiers, sterilizers, sterilizers, magnets, electromagnets, magnetic substances, magnetizers mounted on the slab or office, etc. , discharger, ozone generator, negative ion generator, cleaning means, vibration sensor, shock sensor, air quality sensor, noise measurement sensor, fine dust measurement sensor; 17) Equipment, devices, facilities, and facilities including the above sensors or fine dust measurement sensors; 18) The cam or camera for filming the construction of the slab or equipment, etc.; 19) The sensor that senses the slab or equipment; 20) The sensor for sensing the slab or equipment; 21) Temperature, humidity, O ₂ , CO, CO ₂ , VOC, volatile organic compound, H ₂ S, pollution, pollution degree, dust, fine dust, PM10, PM5.0, PM2.5, PM1 of the slabs or facilities, etc. .0, the above sensor detecting or measuring air quality, noise, vibration, shock, etc.; 22) The purifier or cleaning machine that purifies or cleans the slab or equipment; 23) The alarm device and warning light that notify when an abnormality occurs as a result of the detection; 24) The cells, batteries, and solar cells that supply power to the slab or equipment, etc.; 25) Modem 100, Bluetooth 100, Wi-Fi 100, gateway 100, communication device 100, communication network 101 connected to the slab or equipment, etc.; 26) The modem or communication network that transmits information such as data, images, images, and measured values by the sensor or equipment; 27) Server 102, terminal 110, PC 111, computer 111, tablet 112, screen 112, monitor 112, screen 112, display linked to the slab or communication network, etc. (112), platform (113), metaverse (113), mobile phone (114), smartphone (114), remote controller (115); 28) The server or smartphone that receives, stores, or displays the information; 29) The remote controller 115 that controls the sensor or smartphone, etc.; 30) Platform 113 and metaverse 113 including the slab or remote controller; 31) The metaverse 113 that implements or shows the operation, behavior, work, installation, construction, people, workers, avatars, workers, etc. of the slab or remote controller, etc.; 32) The metaverse 113 that embodies or shows people, laborers, avatars, workers, etc. who perform the work, installation, construction, etc.; 33) the server or smartphone on which the information is viewed, displayed, or live streamed in real time; 34) A combination of two or more of the above slabs and remote controllers; It is a light, a light is used, or it is constructed or constructed with a light.

The air quality includes the above temperature to PM1.0. The fine dust measurement sensor is a sensor that measures fine dust. Here, fine dust is classified into PM10 (fine dust), PM2.5 (ultrafine dust), and PM1.0 (ultrafine dust) depending on its size. PM (Particulate Matter) refers to particulate matter, fine particles in solid or liquid state floating in the air. PM10 is dust with a particle size of 10㎛ or less in diameter, PM2.5 is dust with a diameter of 2.5㎛ or less, and PM1.0 is dust with a diameter of 1.0㎛ or less. PM10 refers to dust less than 10㎛ in diameter, which is much finer than a hair with a diameter of 50-70㎛. Here, ㎛ is a micrometer, 1㎛ = 1/1000 of a mm.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), embodiments of construction methods, work methods, etc. include 1) a) a slab (10) with a through hole for absorbing noise, an air cap (90) with a plurality of air pockets formed inside the film, charcoal, activated carbon, and purification material. and a cleaning means 95 made of zeolite, a plurality of main protrusions 86 and an air plate 80 formed with a side protrusion 87 lower in height than the main protrusion and connected between the main protrusions, and a plurality of feet ( A heating board ( 40), a heating hose 50 that is connected to the boiler and circulates hot water while being inserted into the passage 44 or insertion part 43, a heat conduction plate 30 with tape attached to its joint, Finishing material (20); b) an air layer formed between two of the air caps and finishing materials to function as sound insulators and dust proofers; c) an air layer formed around the feet or uneven portions of the air cap or finishing material to function as sound insulators and dustproofers; 2) Side cushioning material, which is a fireproof tape with adhesiveness on one side and a cushioning function so that it can be attached to the wall; 3) A boiler (51) that heats water by initially combusting the fuel in the burner with an ignite; 4) A boiler equipped with a case (53), distributor (52), water tank (54), water level gauge (55), screen (56), regulator (57), etc.; 5) A distributor where the supply pipe and return pipe of the heating hose are connected; 6) Floor facilities with heating and noise prevention functions (1), inter-floor noise prevention facilities (1); 7) Heating facility with inter-floor noise prevention function (1); 8) A holder (13) for fixing the ceiling board (12) to the lower part of the slab (10) of the building (15), a ceiling board (12) such as gypsum board or texboard, and a space between the lower part of the slab (10) and the ceiling board. An air layer formed in a space, an insulating material, a sound absorbing material, a resonator, and a cleaning means (95) installed in the space or air layer; 9) Ceiling facilities (2), ceiling insulation facilities (2), and ceiling noise-prevention facilities (2) equipped with the above-mentioned hanging or cleaning means and having sound-insulating, light-dust-proofing functions; 10) Insulating material 70, sound insulating material, protective material, and cleaning means 95 installed on the wall, interior, exterior, inner surface, and outer surface of the building 15; A product in which two or more of the above walls and cleaning means are integrated is possible. 11) A wall facility (3) and a wall insulation facility (3) composed of the above wall or cleaning means and having a purifying function; 12) A mat (4) installed on top of the finishing material and having elasticity, dust prevention, and purification functions; 13) Air layers (42, 62, 72, 82, 92, etc.) formed in the slab or mat or in the space between the two, and having functions such as sound insulation, soundproofing, and dustproofing; 14) a room (14), a house (15), a building (15), an interior (14), and an office (14) that contain the slabs or mats and are purified and cleaned by a cleaning means; 15) Charcoal, purifying material, and cleaning means (95) that are stored in the slab or office and perform purification, purification, cleaning, etc.; 16) Sensors and cams that are mounted on the slab or office and perform detection, sensing, measurement, shooting, power supply, alarm, warning, purification, cleaning, sterilization, disinfection, magnetic field generation, discharge, ozone generation, negative ion generation, cleaning, etc. (cam), camera, CCTV, cell, battery, solar cell, measuring instrument, alarm, warning light, purifier, purifier, sterilizer, sterilizer, magnet, electromagnet, magnetic material, magnetizer, discharger, ozone group, negative ion device, cleaning means, Vibration sensor, shock sensor, air quality sensor, noise measurement sensor, fine dust measurement sensor; 17) a) Equipment, devices, facilities, facilities including the above sensors or fine dust measurement sensors, etc.; b) the sensor or fine dust measurement sensor belonging to a certain device or construction equipment; 18) The cam or camera that captures the construction of the slab or equipment and transmits the image; 19) The sensor detects or senses noise, vibration, shock, temperature, humidity, pollution, air quality, etc. of the slab or equipment; 20) The sensor that senses the weight, weight, pressure, load, stress, displacement, deformation, crack, crack, etc. of the slab or equipment; 21) Temperature, humidity, O ₂ , CO, CO ₂ , VOC, volatile organic compound, H ₂ S, pollution, pollution degree, dust, fine dust, PM10, PM5.0, PM2.5, PM1 of the slabs or facilities, etc. .0, the above sensor detecting or measuring air quality, noise, vibration, shock, etc.; 22) The purifier or cleaning machine that purifies, cleans, sterilizes, disinfects, cleans, etc. the slab or equipment; 23) If an abnormality, accident, incident, danger, etc. occurs as a result of the above detection, the above alarm, warning light, which notifies through a bell, light, light, sound, sound, voice, siren, speaker, etc.; 24) The cells, batteries, and solar cells equipped with wires, cables, sockets, and outlets to supply electricity or power to the slabs or facilities, etc.; 25) a) Modem 100, Bluetooth 100, Wi-Fi 100, gateway 100, communication device 100, communication network 101 connected to the slab or equipment, etc.; b) the modem or communication network provided in the mobile phone; 26) The modem or communication network that transmits or wirelessly transmits information such as data, images, photographs, and measured values provided by or from the sensor or equipment; 27) Server 102, terminal 110, PC 111, computer 111, tablet 112, screen 112, monitor 112, screen 112, display linked to the slab or communication network, etc. (112), platform (113), metaverse (113), mobile phone (114), smartphone (114), remote controller (115); 28) The server or smartphone that receives, stores, manages, archives, shows, watches, listens to, views, etc. the information; 29) The remote controller 115 that adjusts or automatically adjusts the sensor or smartphone, etc.; 30) A platform 113 and metaverse 113 that include the slab or remote controller and provide or display the information; 31) The metaverse 113 that implements or shows the operation, behavior, work, installation, construction, people, workers, avatars, workers, etc. of the slab or remote controller, etc.; 32) The metaverse 113 that embodies or shows people, laborers, avatars, workers, etc. who perform the work, installation, construction, etc.; 33) the server or smartphone on which the information is viewed, displayed, or live streamed in real time; 34) A combination of two or more of the above slabs and remote controllers; It is a light, a light is used, or it is constructed or constructed with a light.

In the present invention, a) dry, wet, semi-dry, semi-wet, ductile, rigid, elastic, bubble, thermal insulation, porous, perforated, perforated, uneven, uneven, uneven, protruding, noise, dustproof, earthquake resistant, hollow, internal hollow, Flame retardant, non-combustible, foam, bubble, air, expansion, honeycomb, buffering, shock absorption, styrofoam, layer, 1st layer, 2nd layer, 3rd layer, 4th layer, multilayer, air layer, porous material, porous plate, porous layer, porous hole , perforated slot, perforated channel, perforated tunnel, perforated tube, porous space, perforated body, perforated plate, perforated layer, perforated hole, perforated slot, perforated channel, perforated tunnel, perforated tube, perforated space, air body, air plate, air layer, Air hole, air slot, air channel, air tunnel, air tube, air space, air body, air plate, air layer, air hole, air slot, air channel, air tunnel, air tube, air space, drain plate, uneven plate, Board, hot water board, hose board, piping board, drainage board, drain board, hose, piping, support, supporter, support, stand, rubber support, flexible board, rigid board, panel, bubble panel, thermal insulation panel, styrofoam board, EVA Panel, EPS panel, fiber, woven fabric, non-woven fabric, film, reflective film, foam, glass cotton yarn, vermiculite board, silicate board, board with built-in elastic member, flooring, flooring, flooring, ceiling, elastic material , cushioning material, shock absorbing material, dustproofing material, sound insulating material, soundproofing material, thermal insulation material, insulation material, shock absorbing support, height adjustment plate, shock absorbing plate, rigidity reinforcement panel, expanded polystyrene panel, protrusion, unevenness, rubber, leg, dustproof rubber, brush, cotton, rod. , blade, beam, beam, beam, simple beam, continuous beam, plate, vertical board, vertical board, screen, partition, board, vertical board, vertical board, sponge, spring, spring, foam material, foam material, styrofoam, ball , ball, air ball, vacuum ball, tube, vacuum tube, air tube, tube, hollow tube, air tube, mat, hollow mat, air mat, bed mat, porous mat; b) IT, IC, AI, VR, AR, MR, XR, 5G, ICT, IoT, IoE, BIM, ESG, LTE, WiFi, meta, bus, eco, nano, bio, smart, semiconductor, deep learning, convergence Technology, big data, cloud, metaverse, biotechnology, life technology, 4th industrial technology; c) Combination of two or more of the above; d) the slab to mat, slab to composite, construction method, facility (1, 2, 3, 4, 5), system (1, 2, 3, 4, 5) provided with one or one of the dry type or composite type; e) said dry to composite of one of said slabs or systems; etc. may be used, applied or provided.

Examples of the above include dry system, wet method, semi-dry method, semi-wet facility, ductile air cap, rigid insulation, foam concrete, 3-layer air cap, honeycomb air panel, buffer insulation, fiber grid board, IT heating board, IC hose, non-combustible. Heat sink, IoT finishing material, elastic mat, ICT boiler, expansion air cap, dustproof air plate, multi-layer insulation, beam grid, simple bedding heating board, hollow tube hose, rigid plate heat conduction material, air layer finishing material, shock absorption mat, LTE boiler, Air cap with air layer, air plate with spring application, insulation with anti-vibration rubber, grid with continuous beam structure, heating board with heating hose, hose mounted on the heating board, heat conduction material with reflective film, cushioning material. There are finishing materials, mats with sponges, boilers with WiFi, etc.

The above IT includes information technology, image technology, information industrial technology, information technology industry, Image Technology, and Information Technology. The IC is a) chip, circuit, IC chip integrated circuit, combination circuit, integrated circuit, IC sensor, assembly of circuit components, large scale integrated circuit (LSI), very large scale integrated circuit (VLSI) Integrated circuit), etc. The Al refers to Al, artificial intelligence, artificial intelligence, artificial intelligence, etc. VR refers to virtual reality, VR, virtual reality, imagination, reality, etc. The AR refers to augmented reality, augmented reality, and technology that displays information and content through computer graphics (CG) on real objects. MR is an environment where virtual reality (VR) is combined with the real world and physical and virtual objects of reality can interact, and augmented reality (AR) that adds virtual information based on reality. This includes the complex meaning of augmented virtuality (AV), which adds real information to a virtual environment. XR is an ultra-realistic technology and service encompassing extended reality, eXtended Reality, XR Glasses, XR Simulator, and mixed reality (MR) technology, as well as virtual reality (VR), augmented reality (AR), and mixed reality (MR). technology, etc.

The 5G refers to 5th generation, 5th generation communication, 5th Generation, 5th Generation communication, etc. ICT is a compound word of Information and Communications Technology, Content (C) - Platform (P) - Network (N) - Device (D), Information Technology (IT) and Communication Technology (CT). etc. IoT refers to a) IoT, Internet of Things, Internet of Things, Internet of Things, things that use the Internet, things that communicate with the Internet, things that are equipped with Internet communication, things that communicate wirelessly, things that communicate with each other over the Internet. This includes objects being connected to the Internet to exchange information, and being controlled with a smartphone. IoE is a) IoE, Internet of Everything, Internet of Everything, everything that uses the Internet, everything that communicates with the Internet, everything that communicates with the Internet, everything that communicates wirelessly, everything that communicates with everything on the Internet. Things like being connected to the Internet and exchanging information with all things, and controlling things with smartphones. BIM is a) BIM, building information modeling, building information modeling, building information modeling, etc.

The above ESG refers to ESG, Environmental Social and Governance, environment, society, and governance, and the non-financial elements of a company, such as environment, society, and governance. LTE refers to LTE, Long Term Evolution, and 4G mobile communication technology. The WiFi includes WiFi, wireless fidelity, WiFi wireless LAN, wireless communication, wireless Internet, wireless data transmission system, communication technology using a wireless router, and communication technology that enables high-performance wireless communication in a relatively small area. The above meta, bus, metaverse, etc. are 3 places where activities such as a) meta, meta, bus, verse, metaverse, metaverse, metaverse space, 3D space, 3D video space, 3D video space, and the real world take place. Dimensional virtual world, space in which an avatar operates, virtual space in which an avatar operates, three-dimensional space in which an avatar operates, three-dimensional space in which an avatar acts on one's behalf, Meta, which means virtuality or transcendence , a compound word of ‘Universe’, which means the universe, ‘Meta’, which means virtual or transcendent, and ‘Universe’, which means the universe. Eco means eco, eco, economy, ecology, plants, eco-friendly, pro-ecology, etc. Nano refers to nano, nano, nanotechnology, nano size, nanometer, nanometer size, 1 billionth, 1 billionth of a meter, 10 ^-9 m, micro, mini, 微少, small size, mini side, etc. The bio refers to cells, cells, cells, organisms, pharmaceuticals, drugs, bio, bio, microorganisms, life, life, living things, living things, life, life, biology, biochemistry, bioelement, living things. These include bioluminescence, bio-fluid, and bio-agents. Smart means smart, wholesome, healthy, solid, stylish, neat, latest, cutting-edge, cutting-edge, smart technology, smart material, accumulation and retrieval of information, computer reads and processes information, and searches results sequentially from those with the highest degree of correlation. It is a large information retrieval system that outputs .

The semiconductors include semiconductors, semiconductors, diodes, memory semiconductors, system semiconductors, silicon (Si) semiconductors, semiconductor devices, diode semiconductors, and transistor semiconductors. Deep learning is a machine learning method that connects deep learning, artificial neural networks, and technology that allows computers to think and learn like humans. Big data refers to big data, big data, data generated in a digital environment, structured and unstructured data, data exceeding a terabyte, the crude oil of the information age, a compound word of big and data, and an enormous amount of data. . Cloud refers to cloud, cloud, cloud, service provider's server, computing service provider's server shown in the shape of a cloud, public (open) cloud, private (closed) cloud, etc. The convergence technology is a technology that combines or combines two or more of the IT and 4th industrial technologies. The biotechnology or biotechnology is engineering or technology that deals with or is related to life, organisms, microorganisms, bio, etc., or is used. The 4th industrial technology refers to the IT or life technology, or the technology that uses the IT or life technology.

In the present invention, a) slab (10), building (15), house (15), house (15), wall (11), ceiling (12), room (14), living space (14), boiler (51) ; b) the space (42, 62, 72, 82, 92), the air layer (42, 62, 72, 82, 92); c) the slab to the finishing material, the air cap to the finishing material, the slab to the mat, and the air cap to the mat; d) Sensors, cams, cameras, CCTV, batteries, solar cells, measuring instruments, alarms, warning lights, purifiers, purifiers, sterilizers, sterilizers, equipment, devices, facilities, facilities, magnets, etc. mounted on the slab or mat, etc. Electromagnets, magnets, magnetizers, dischargers, ozone generators, negative ion generators, vibration sensors, shock sensors, air quality sensors, noise measurement sensors, fine dust measurement sensors, and activity sensors that detect the amount of human activity; e) a controller for controlling one or more of the above and a calculator for calculating; f) an alarm device that sounds an alarm to a person according to the calculation result of the calculator, an air purifier that automatically operates according to the calculation result, and a window that automatically opens and closes according to the calculation result; g) modem 100, Bluetooth 100, Wi-Fi 100, gateway 100, communication device 100, communication network 101, and base station 101 linked to one or more of the above; e) Server 102, central server 102, terminal 110, PC 111, computer 111, tablet 112, screen 112, monitor 112, linked to one or more of the above, Screen 112, display 112, platform 113, metaverse 113, mobile phone 114, smartphone 114, controller 115, remote controller 115; f) a combination of two or more of the above a) slab to e) remote controller; g) Information, data, images, alarms, measurements and measurements provided by or from any of the above; h) Soundproofing, dustproofing, insectproofing, soundproofing, heating, start, operation, operation, behavior, On, stop, stopping, termination, Off, shooting, sensing, measurement, generation, transmission, electricity supply by one or more of the above. , power supply, alarm, warning, purification, cleanliness, sterilization, disinfection, magnetic field, magnetism, magnetization, discharge, ozone treatment, negative ion treatment, vibration, shock, noise measurement, fine dust measurement, activity measurement, control, calculation, air purification , transmission, transmission, wired transmission, wireless transmission, reception, communication, storage, processing, operation, viewing, broadcasting, demonstration, reproduction, implementation, hearing, viewing, hearing, viewing, control, adjustment, remote control; i) Installation, placement, maintenance, work, construction, construction of one of the above a) slab to f) assembly; j) a) slab to g) measurements of h) soundproofing to i) construction, etc.; k) a) slab to f) assembly that performs soundproofing, construction, etc.; ℓ) A composite of two or more of the above a) slab to k) combination; m) a) slab to ℓ) composite in which the dry to composite, IT to 4th industrial technology, etc. are used or grafted; It is possible to use, use, work, perform, proceed, provide, place, link, connect, etc. That is, in the present invention, it is possible to use, use, work, perform, proceed, provide, place, connect, connect, etc. from a) slab to m) composite. The slab or composite may be created or installed during or by the construction. In the present invention, it is possible to use, use, provide, place, link, connect, etc. the slab or composite, etc. using or equipped with the slab or composite, etc. And the slab, composite, etc. may be used or provided in the slab, composite, etc.

The above embodiments include a) a sensor or switch or instrument installed on the slab or mat, etc.; A wire connected to the sensor or switch or instrument; A modem or Wi-Fi (100) connected to the wire; A communication network (101) linked to the modem; A server 102 connected to the communication network; b) Terminal 110, PC 111, computer 111, tablet 112, screen 112, monitor 112, screen 112, display 112, platform 113 linked to the server. ), metaverse (113), mobile phone (114), smartphone (114), controller (115), remote control (115); etc. Here, the slabs, mats, sensors, switches, measuring instruments, wires, smartphones, etc. can be automatically adjusted or operated remotely by the remote controller 115. a) the noise, vibration, shock, pollution, air quality, etc. acting on the slab or mat, etc. are detected by the sensor, or the value of the noise or air quality, etc. is measured, and b) the detection is made through the wire, modem, or communication network. The measured or measured information can be transmitted wirelessly or wired to the server or smartphone.

The noise value can be converted using the vibration value measured by the sensor. The conversion formula is y = a * x + b. Here, y is the noise value (dB), x is the slab vibration value (m/s ² ), a is 227 or 200 to 260, * is multiplication, b is 39 or 35 to 45, etc. The computers, displays, etc. include PCs, computers, tablets, tablet PCs, monitors, screens, screens, PC screens, cell phone screens, phones, cell phones, smartphones, displays, etc. Examples of the platform 113 include a platform including the slab or composite, an app platform, a PC platform, and an SNS platform. The app is an app, app, app, apple, application, application, etc. Examples of the metaverse 113 include a) the slab or composite, etc., such as VR, AR, MR, XR, virtual space, virtual world, real space, 3-dimensional space, 4-dimensional space, 3-dimensional virtual space, 4-dimensional virtual or b) implement the above implementation in an app, application, PC, computer, video, video, drawing, picture, diagram, photo, chart, file, screen, monitor, screen, tablet, phone, cell phone, It is shown through smartphones, SNS, platforms, displays, live streaming, etc.

The slab or mat may have a structure such as a beam, beam, beam, simple beam, continuous beam, shoe, shoe, accelerator device, cushioning material, spacer, etc. And on the slab or mat, the lower part of the slab or mat, etc., the side of the slab or mat, etc., there are beams, beams, simple beams, continuous beams, shoes, shoes, feet, foot, shock absorbers, and steering devices. , damping devices, relief devices, points, support points, supports, cushioning materials, spacers, etc. can be provided. In the above case, the slab or mat becomes a floating structure or floating structure. The beam or beam is a beam, a beam, a simple beam, a continuous beam, a beam or purlin of a building or structure, a support point supporting a member, a member supported by one or more support points, etc. The simple beam is a simple beam, support points at both ends supporting one member, and is supported by two support points and is a beam or member. The continuous beam includes a continuous beam, a beam or member supported at three or more points, a beam or member connected over two spans (spans), or an integrated beam or member supported at three or more points. The shoe or bridge device is a key device for bridge safety that is installed between the deck, which is the upper structure of the bridge, and the pier, which is the lower structure, and supports the deck and relieves the impact applied to the bridge superstructure. This includes moving from the deck to the pier. It is equipped with rubber pads and anti-vibration rubber to relieve shock. A bridge is composed of a deck through which vehicles pass, and a plurality of piers installed below the deck. A shoe or bridge device is installed between the deck and the piers to absorb vibration or shock from the deck to the piers. (shoe) or accelerator device absorbs it.

As described above, the slab or mat, etc. may have a structure such as a beam, beam, beam, simple beam, continuous beam, shoe, shoe, accelerator, shock absorber, spacer, etc., or the lower part or side or lower side of the slab or mat, etc. Beams, beams, simple beams, continuous beams, shoes, feet, shock absorbers, suspension devices, damping devices, relief devices, points, support points, supports, cushioning materials, spacers, etc. are provided to provide mats and spacers. Noise, vibration, and shock that act from the top to the bottom of the finishing material are eliminated. The slab or mat, beam or spacer may be provided on the upper, lower, or side surfaces of the slab or mat, beam or spacer, etc. a) Objects such as the beam or spacer include the beam or spacer, spring, spring, sponge, soft material, elastic material, air cap, air plate, elastic foot, air body, porous material, rubber material, resin material, expansion material, Foam materials, leaf springs, arc springs, arc leaf springs, etc. are applicable, b) an air layer is formed on the inside, outside, sides, and surroundings of the object, and c) the object is double-layered with the slab or mat, etc. It forms a floor structure, multi-floor structure, floating structure, floating structure, floating structure, etc., and d) the object serves to prevent or reduce noise, vibration, shock, etc. applied to the slab or mat.

Examples of soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention include a) a double floor structure, a double floor structure of a slab (10) and an insulation material (70) installed spaced apart from the slab (10); b) Triple floor structure, a triple floor structure of a slab 10, an air plate 80 installed spaced apart from the slab 10, and an insulation material 70 installed spaced apart from the slab 10; c) Quadruple floor structure, consisting of a slab 10, an air plate 80 installed spaced apart from the slab 10, an insulation material 70 installed spaced apart from the slab, and a heating board 40 installed spaced apart from the slab 10; d) Floor heating system (1) consisting of vibration-proof rubber, sound-absorbing material, sound-insulating sheet, foam concrete, finishing mortar, and flooring material sequentially installed on the upper part of the slab; e) Sequentially installing the side cushioning material (5) that acts as an air vent on the wall (11), installing the elastic foot (71) on the top of the slab (10), and the integrated panel (70) consisting of the cushioning material and insulation material, and installing the heating pipe. , inter-floor noise prevention facility (1) constructed by pouring lightweight foam concrete (65), finishing concrete surface, pouring mortar (64), finishing mortar surface, and installing finishing materials (20); f) Installation of side cushioning material that acts as an air vent to discharge floor moisture on the wall surface (11) sequentially. At the top of the slab (10), the elastic foot with semi-permanent elastic restoring force, the cushioning material that cushions vibration, and the insulation material of high-density material are integrated. Installation of an integrated panel, filling gaps and borders with urethane foam, installation of heating pipes connected to the boiler, pouring of lightweight foamed concrete containing air bubbles, surface leveling work, pouring of air-blocking mortar mixed with water, cement and sand, surface plastering finish, steel Double floor inter-floor noise prevention facility (1) constructed by installing finishing materials on the floor; g) EPFM vibration-proof rubber (71), PET sound-absorbing material (70), PP hollow sound-insulating sheet (60), foam concrete (65) with a thickness of 40 mm or more, heating pipe (50), and a thickness of 40 mm or more installed sequentially on the top of the slab (10). Floor heating system (1) or inter-floor noise prevention facility (1) consisting of finishing mortar (64) and finishing floor (20); h) Inter-floor noise prevention facility (1) of vibration-proof mount (71), sound-absorbing material (70), reinforced plastic frame (60), soundproofing/vibration-proofing material, plywood, and floor finishing material (20) sequentially installed on the upper part of the slab; i) EPFM vibration-proof rubber (71), PET sound-absorbing material (70), PP hollow sound-insulating sheet (60), foam concrete (65) with a thickness of 40 mm or more, heating pipe (50), and finishing mortar with a thickness of 40 mm or more installed sequentially on the top of the slab ( 64), a floor heating system (1) or inter-floor noise prevention facility (1) consisting of a finished floor (20); j) A floor heating system installed sequentially on the upper part of the slab with insulation (80), cushioning material (70), panel (60), heating hose (50), fireproof mortar (64), plastering finish, and flooring material (20). 1) or inter-floor noise prevention facility (1); k) Floor heating system (1) or inter-floor noise prevention facility consisting of an attenuation device or vibration relief device, insulation material (70), heating hose (50), fireproof mortar (64), and finishing material (20) sequentially installed on the top of the slab. (One); ℓ) Floor-reducing noise notification technology that detects noise between floors above a certain level using sensors installed in the building and then automatically notifies residents of the detected contents through broadcasting, telephones in each house, or mobile devices; m) Inserting a screw-shaped spiral object into the drain pipe, preventing the sound of water flowing through the drain pipe by inserting it; n) the air cap to mat; etc. is possible.

Materials, means, materials, panels, products, facilities (1, 2, 3, 4), systems (1, 2, 3, 4) related to soundproofing, dustproofing, insulation, heating, inter-floor noise prevention, etc. according to the present invention ), construction methods, work methods, etc., include 1) an air cap (90), a cleaning means (95), an air plate (80), and an insulation material (70) sequentially installed on the upper part of the slab (10) of the building. Grid board (60), heating board (40), heating hose (50), heat conduction plate (30), finishing material (20), mat (4); 2) Insulating material 70 installed on the outer surface of the wall 11 of the building, and sound insulating material installed on the inner surface of the wall; 3) A pedestal 13, a sound absorbing material, a cleaning means, and a tex board 12 sequentially installed on the ceiling below the slab 10; 4) Film and air pocket 93 constituting the air cap 90; 5) Charcoal, activated carbon, zeolite, ozone, anion, phytoncide, purifier, purifier, discharger, ozone group, and anion group included in the cleaning means 95; 6) a main uneven part 86 included in the air plate 80 and a side uneven part 87 mounted around the main uneven part 86; 7) Elastic feet 71 included in the insulating material 70 and an air layer 72 formed around them; 8) grid lines 61 included in the grid 60 and an air layer 62 formed around them; 9) an uneven portion 41 included in the heating board 40 and installed so that the heating hose is in contact with its side; 10) a hose (50) inserted into the uneven portions (41, 42, 43, 44) of the heating board; 11) Galvanized steel sheet as the heat conduction plate 30; 12) Flooring or hardwood flooring as the finishing material (20); 13) the elastic mat, which is the mat (4); 14) an air layer included inside the sound insulating material; 15) Pack-shaped cleaning means mounted on the pedestal (13); 16) An air layer included in the sound absorbing material; 17) A resonator (75) mounted in the space between the upper part of the tex board (12) and the lower part of the slab; 18) Carbon contained in the charcoal; 19) Zinc chloride or phosphoric acid, which are activators included in the activated carbon; 20) Silicate minerals included in the zeolite; 21) Disinfectant included in the ozone; 22) Disinfectants included in the anions; 23) Terpene, allicin, and diallyl disulfide included in the phytoncide; 24) isoprene, a hydrocarbon contained in the terpene; 25) Citric acid and preservatives included in the purification material; 26) A filter included in the purifier; 27) a cylindrical electrode 132 included in the discharger 220 and a rod electrode 201 mounted therein; 28) a hollow portion 203 of the electrode 201 included in the ozone group 200, 210, 230, 240 and a brush 202 spaced apart from the hollow portion; 29) an electrode 201 included in the anion group 200, 210, 230, 240 and a needle 202 spaced apart from the electrode; etc. may be used, applied, provided, or included.

The terpene refers to: a) a general term for flammable unsaturated hydrocarbons, carbohydrates with (C ₅ H ₈ )n (n≥2) and their derivatives, the basic unit of which is an isoprene molecule in structure; b) Carbohydrates having the general formula (C ₅ H ₈ )n (n≥2), the compound having the composition of C ₅ H ₈ where n = 1 is isoprene, the compound having the composition of C ₁₀ H ₁₆ where n = 2 monoterpene, sesquiterpene with n = 3, diterpene with n = 4, triterpene with n = 6; c) carotenoids, natural rubber; d) menthol and citronelle in which the hydrogen of the terpene skeleton is replaced with the hydroxyl group -OH; e) camphor, citral, in which the hydrogen of the terpene skeleton is replaced with an oxo group; etc. are applicable.

The following materials may be used or included in the slab or mat, air cap or cleaning means, resin or mixture, etc. The substances include Substance 1, Substance 2, Substance 3, Substance 4, Substance 5, Substance 6, Substance 7, Substance 8, Substance 9, Substance 10; A complex of two or more of these; etc. The above substance 1 is water, water, water, liquid, oil, energy, solid, material, ash, heat. (heat), wave, light, line, wind, light, iron, H, O, C, N, P, K, Ca, Mg, Si, Fe, Al, Na, OH, COO, CaSi, CaFe, ion, ingredient, element, element, substance, resin, carbon, fiber, catalyst, red clay, white clay, clay, mineral, ore, tailings, rock, vermiculite, metal, material, material, Materials, liquids, gases, solids, bottled water, water, sewage, wastewater, powders, dust, waste dust, stone dust, air, pressure, hydrogen, oxygen, nitrogen, methane, ammonia, bubbles, mist, gas, air bubbles, haze, bubbles, Chlorine, blocking salt, radical, mist, light source, light, LED light, sterilizing light, disinfecting light, ultraviolet ray, infrared, heat, cold air, pressure air, eddy current, magnetic field, sound wave, sound, pulse, sound, bar, bar, Riva, rebar, rebar, ozone, anion, cleaning agent, purifying agent, reactive agent, coagulant, filter, adsorbent, collector, sterilizer, disinfectant, antibacterial agent, titanium agent, detox agent, detox agent, aerator, foaming agent, expanding agent, ray , LED light, sterilizing light, disinfecting light, ultraviolet rays, infrared light, catalyst, photocatalyst, graphene, titanium, titanium oxide, nanomaterials, by-products, microorganisms, mist, fiber, latex, phytoncide, liquid material, magnetized material, jin Animals, impurities, ozonated water, anionic water, rotating substances, microorganisms, decomposed substances, electrolytes, sterilizing substances, discharged substances, cleaning agents, purifying agents, disinfectants, disinfectants, reactive agents, collectors, adsorbents, phyton agents, titanium agents, titanium catalysts , detox catalyst, phyton catalyst, phytoncide, terpene, allicin, diallyl disulfide, isoprene, bentonite, zeolite, working material, construction material, working material, construction material, Substances used in work, substances used in construction, substances contained in the above materials, substances contained in the above materials, substances contained in the above facilities, substances used in the above cleaning or cleaning, etc., two or more of these, composites or complexes, etc. do. The carbon includes carbon, carbon, carbon body, carbon wire, carbon string, carbon tube, carbon sheet, carbon mat, nanocarbon, nanocarbon tube, etc. In the above nanocarbon, nano refers to nanometer, nanometer size, 1 billionth of a meter, 10 ^-9 m, etc.

The above substance 2 is a) water, water, liquid, alcohol, rain, rainfall, precipitation, bottled water, spring water, rainwater, sewage water, tap water, sewage, waste water, irrigation water, turbid water, sea water, salt water , dam water, solution, sap, liquid, fluid, hot water, cold water, hot and cold water, tea, tea, green tea, ginseng tea, coffee, bag coffee, whole coffee, ground coffee, wastewater, Polluted water, groundwater, bedrock water, surface water, ionized water, drinking water, tap water, tap water, red clay water, phyton water, cypress water, artificial rain, decomposed water, beverages, drinking water, carbonated water, pump water, mineral water, well water, river water, Pond water, oxygen water, hydrogen water, electrolyzed water, pressurized water, pressurized water, compressed water, pumped water, amniotic fluid, ozone water, sterilizing water, disinfection water, detox water, detox water, anion water, ultraviolet water, infrared water, light irradiation water , bio water, deep water, deep ocean water, withdrawal solution, FeSO ₄ aqueous solution, FeCl ₃ aqueous solution, withdrawal solution with Fe ²⁺ ion or Fe ³⁺ ion concentration of 400-600 mg/L, liquid, combination of two or more of these Or complexes, etc.

The substance 3 is a) C, H, O, B, N, S, K, P, F, Ca, Mg, Si, Ti, Fe, Me, Al, Na, Cu, Zn, Pb, Cr, Cd, Au, Ag, Pt, Hg, He, Li, Be, Ne, Ar, Mn, Co, Ni, Zr, Rn, OH, COO, CaO, MgO, K ₂ O, Na ₂ O, SiO ₂ , Al ₂ O ₃ , Fe ₂ O ₃ , CaSi, CaMg, CaFe, CaMe, CaCOO, MgFe, MgMe, MgCOO, FeMe, FeCOO, CaMgFe, CaMgMe, CaMgCOO, MgFeMe, MgFeCOO, CaMgFeMe, CaMgFeSi, CaFeMgSi, CaMgFeCOO, Ca·Fe·Mg ㆍSiㆍPolymer, Ca ⁺² Mg ⁺² Fe ⁺² Si ⁺ , Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- , Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- , CaMgFeMeCOO, CaFeMgSiPolymer , ion, ingredient, element, atom, molecule, element, cation, anion, ionic agent, ionic material, ion class, elemental agent, raw material, molecular agent, molecular material, radical, free radical, OH radical, ionic water, zero-valent water, polyvalent water, ionic water, iron ion, metal ion; b) containing one or more of the C to metal ions; c) a composite or composite of two or more of the above C to inclusions; A composite or complex in which two or more of the C to inclusions are sequentially mixed; The C to complex containing one of the C to complexes; d) a substance in which one or one of the above C to complexes is used, or the water to a liquid in which one or one of the above C to complexes is used; e) a) C to d) liquid through which heat generated in the vibrator is radiated; It is the one chosen from among.

Wherein C is carbon, H is hydrogen, O is oxygen, B is boron, N is nitrogen, S is sulfur, K is potassium, P is phosphorus, F is fluorine, Ca is talcium, Mg is magnesium, Si is silicon or Silica, Ti is titanium or titanium, Fe is blue, Me is metal or metal or Metal, Al is aluminum, Na is sodium, Cu is copper, Zn is zinc, Pb lead, Cr is chromium, Cd is cadmium, Au is gold. , Ag is silver, Pt is platinum, Hg is mercury, He is helium, Li is lithium, Be is beryllium, Ne is neon, Ar is argon, Mn is manganese, Co is cobalt, Ni is nickel, Zr is zirconium, Rn represents radon, and OH represents a hydroxyl group or a combination of hydrogen and oxygen. The Me is one selected from metal, metal, metal ion, metal inclusion, and metal combination. The COO is one selected from COO, COO ^- , COOH, COONa, CH ₃ COOH, C ₆ H ₅ COOH, HCOOH, CH ₃ COOCH ₃ , C ₂ H ₅ OCOH, and a carboxyl group. One of the ionic agents, ions, ionic materials, elemental agents, raw materials, molecular agents, and molecular materials is an agent, material, class, type, material, material containing or consisting of one or more of ions, elements, and molecules. , is one selected among substances. The ions include ions, ionic substances, ionic substances, elements, elemental components, elemental substances, classes or substances containing ions, classes or substances containing elements, classes or substances containing C ions, and H elements. This applies to types or substances.

The CaMg includes one or more of Ca, Mg, and CaMg. The CaSi includes one or more of Ca, Si, and CaSi. The CaFe includes one or more of Ca, Fe, and CaFe. The CaAl includes one or more of Ca, Al, and CaAl. The MgSi includes one or more of Mg, Si, and MgSi. The MgFe includes one or more of Mg, Fe, and MgFe. The MgAl includes one or more of Mg, Al, and MgAl. The SiFe includes one or more of Si, Fe, and SiFe. The SiAl includes one or more of Si, Al, and SiAl. The FeAl includes one or more of Fe, Al, and FeAl. The CaㆍFeㆍMgㆍSiㆍPolymer is a product containing two or more of Ca, Fe, Mg, Si, and Polymer, or a composite, Ca ⁺² Mg ⁺² Fe ⁺² Me ⁺³ COO ^- is Ca ⁺² , Mg ⁺² , Fe ⁺² , Me ⁺³ , COO ^- , CaMgFeMeCOO is a substance or complex of two or more of Ca, Mg, Fe, Me, COO, CaFeMgSiPolymer is Ca, Fe, Mg, Si, Polymer. This includes two or more substances or complexes. The reaction between the Ca component and the Si component produces calcium silicate, lime silicate, 3CaCO ₃ + SiO ₂ → Ca ₃ SiO ₅ + 3CO ₂ , 2CaCO ₃ + SiO ₂ → Ca ₂ SiO ₄ + 2CO ₂ , etc.

The above substances 4 are a) sol, gel, jelly, grass, glue, juice, porridge, sludge, slurry, sludge, slime, suspension, red clay solution, clay solution, phyton solution, cypress solution, silicon, phytoncide, slurry solution , bentonite liquid, liquid-gas, liquid-solid, gas-solid, liquid-gas-solid, and combinations or complexes of two or more of these. The above material 5 is a silica agent containing alumina of Al ₂ O ₃ , a catalyst containing TiO ₂ , a sol-gel agent in which solification or gelation is activated by H ₂ O, a collector of adsorptive minerals containing SiO ₂ , and a Fe oxidation reaction. A by-product agent formed, a population growth agent whose population increases as microorganisms decompose, a hydrating agent formed by a hydration reaction, a pozzolanic agent formed by a pozzolanic reaction, alumina formed by the alumina reaction of Al ₂ O ₃ , and a photocatalyst of TiO ₂ The photocatalyst in which the reaction is formed, the hydration reaction agent including the hydration reaction of CaO + H ₂ O = Ca(OH) ₂ , the hydration and solidification reaction of 2Na ₂ SiO ₃ + H ₂ O → Na ₂ Si ₂ O ₅ + 2NaOH Included hydration setting agent, Ca(OH) ₂ + Al ₂ O ₃ + H ₂ O → CaO·Al ₂ O ₃ ·2H ₂ O curing agent forming reaction, Ca(OH) ₂ + CO ₂ → CaCO ₃ + H This includes a carbonating agent that includes a carbonation reaction of ₂ O, a carbonating agent that includes a carbonation reaction of Mg(OH) ₂ + CO ₂ → MgCO ₃ + H ₂ O, and a combination or complex of two or more of these.

The above substance 6 is phosphoric acid, calcium, potassium, sulfur, carbon, fat, starch, fertilizer, nutrients, minerals, glucose, vitamins, nutrients, minerals, organic substances, nutrients, collagen, amino acids, germanium, glucosamine, magnesium, grape seed oil, and chlorella. , nutrients, vitamin foods, vitamin water, vitamin alcohol, vitamin drinks, diet foods, health foods, health supplements, and combinations or combinations of two or more of these. The above substance 7 is a reaction, water reaction, hydration reaction, chemical reaction, physical reaction, biological reaction, kinetic reaction, catalytic reaction, nano reaction, polymerization reaction, sterilization reaction, disinfection reaction, curing reaction, pozzolanic reaction, solidification reaction, and solidification reaction. , coagulation reaction, coagulation reaction, curing reaction, bonding reaction, binding reaction, photocatalytic reaction, hydroxylation reaction, carbonation reaction, microbial reaction, bio reaction, bio action, bio proliferation, bio peeling, bio sealing, bio healing, bio bonding, bio It is a substance that acts as a binding agent.

The reaction includes a reaction, a certain reaction, the above reaction, and biobinding. The water reaction, hydration reaction, etc. are reactions involving water, water, liquid, etc., or reactions in which water, water, liquid, etc. are used. The polymerization reaction is two or more types of reactions. The above reactions and biobinding include water, liquid, substances, carbon, hydrogen, Ca, Na, CO, CO ₂ , CO ₃ , hydration, chemistry, physics, biology, mechanics, catalysts, nano, nanomaterials, polymerization, Sterilization, disinfection, curing, pozzolanic, solidification, coagulation, coagulation, condensation, curing, bonding, binding, photocatalyst, hydration, carbonation, microorganism, bio, action, proliferation, peeling, sealing, healing, bonding, binding, combination of two or more of these Reactions such as, reactions using, etc., reactions using such, etc., hydration or binding by the above, etc.

The above substances 8 include resin, rubber, resin, starch, bond, binder, urethane, urea, epoxy, acrylic, uracil, enzyme, paint, coating material, latex, resin material, polymer material, flange or more, polymer, natural Polymer, artificial polymer, geopolymer, polymer clay, monomer, oligomer, polymer, copolymer, natural resin, artificial resin, synthetic resin, rubber material, silicone, primer, plastic, styrofoam, pozzolana, Polymer resin, ion exchange resin, cellulose, polylactic acid, hemicellulose, geopolymer, expanded polypropylene (EPP), expanded polystyrene (EPS), expanded polyethylene (EPE), SAP (super absorbent polymer), acrylic urethane, Hydraulic acrylic, hydraulic urethane, hydraulic urea, hydraulic uracil, hydraulic latex, hydraulic acrylic urethane, acrylic emulsion, acrylate, acrylamide natural resin, CMC (carboxymethyl cellulose), SBR (styrene butadiene rubber), PP (polypropylene), PE ( polyethylene), PC (polycarbonate), PVC (polyvinyl chloride), FRP (fiber reinforced plastic, fiber reinforced polymer), GFRP (glass fiber reinforced plastic, glass fiber reinforced polymer), CFRP (carbon fiber reinforced plastic, carbon fiber reinforced polymer) , HDPE (high density PE), LDPE (low density PE), mixtures of the above PP and PE, composites or composites of two or more of them, etc.

The geopolymer includes one or more of Si component, Al component, Si ₂ O ₅ , Al ₂ O ₂ , SiO ₂ and K component, Na component, OH component, KOH, NaOH, KOH+Na ₂ SiO ₃ , NaOH+Na ₂ A material composed of one or more of SiO ₃ , NaOH+Na ₂ SO ₄ , Ca(OH) ₂ +Na ₂ SiO ₃ , Ca(OH) ₂ +Na ₂ SO ₄ , and Na ₂ SiO ₃ +Na ₂ CO ₃ am. The geopolymer contains two or more of waste, waste waste, stone dust, dust, minerals, tailings, cement, lime, slag, incineration ash, fly ash, alkaline solution, solution above pH 9, sodium hydroxide, calcium hydroxide, water glass, and sodium silicate. Polymers are also included. The reaction formula for the geopolymer composition is n(Si ₂ O ₅ , Al ₂ O ₂ ) + 2nSiO ₂ + 4nH ₂ O + NAOH (or) KOH → (NA+, K+) - (-Si-O-Al-O- Si-O-) + 4nH ₂ O, or n(Si ₂ O ₅ ,Al ₂ O ₂ ) + 2nSiO ₂ + 4nH ₂ O + NaOH/KOH → (Na+ ,K+) + n(OH) ₃ -Si-O -Al-O-Si-(OH) ₃ , or n(OH) ₃ -Si-O-Al-O-Si-(OH) ₃ + NaOH/KOH → (Na+,K+)-(-Si-O- Al -O-Si-O-)+4H ₂ O, etc., and the composition or structural formula of the geopolymer is (Na,K)-(Si-O-Al-O-Si-O-), (Na,K )-n(Si-O-)-(Si-O-Al-), (Na,K)-(Si-O-Al-O-Si-O-), (Na,K)-((SiO ₂ )zㆍAlO ₂ )nㆍwH ₂ O, (NA+, K+)-(-Si-O-Al-O-Si-O-)+4nH2O, etc. In the above reaction formula, - represents combination, connection, linkage, etc. The above example shows that Si, O, and Al are bonded to each other in the case of Si-O-Al.

The material 9 is Ca-Si-COOH, Ca-Si-Polymer, Ca-Si-Pozzolan, CaO-SiO ₂ -COOH, CaO-Si-Polymer, CaO-SiO ₂ -Pozzolan, Ca-Si-COOH-Cell, Ca-Si-Polymer-Cell, Ca-Si-Pozzolan-Cell, CaO-SiO ₂ -COOH-Cell, CaO-Si-Polymer-Cell, CaO-SiO ₂ -Pozzolan-Cell, Ca-Si-COOH mixture, Ca -Si-Polymer mixture, Ca-Si-Pozzolan mixture, CaO-SiO ₂ -COOH mixture, CaO-Si-Polymer mixture, CaO-SiO ₂ -Pozzolan mixture, Ca-Si-COOH-Cell mixture, Ca-Si-Polymer -Cell mixture, Ca-Si-Pozzolan-Cell mixture, CaO-SiO ₂ -COOH-Cell mixture, CaO-Si-Polymer-Cell mixture, CaO-SiO ₂ -Pozzolan-Cell mixture, Ca-Si-COOH reactant, Ca -Si-Polymer reactant, Ca-Si-Pozzolan reactant, CaO-SiO ₂ -COOH reactant, CaO-Si-Polymer reactant, CaO-SiO ₂ -Pozzolan reactant, Ca-Si-COOH-Cell reactant, Ca-Si-Polymer -Cell reactant, Ca-Si-Pozzolan-Cell reactant, CaO-SiO ₂ -COOH-Cell reactant, CaO-Si-Polymer-Cell reactant, CaO-SiO ₂ -Pozzolan-Cell reactant, two or more of them or complexes, etc. It applies.

The Ca-Si-COOH to CaO-SiO ₂ -Pozzolan-Cell, etc. are materials containing Ca, Si, COOH, Polymer, Pozzolan, CaO, SiO ₂ , Cell, etc. The Ca-Si-COOH mixture or CaO-SiO ₂ -Pozzolan-Cell mixture is a mixture of Ca, Si, COOH, Polymer, Pozzolan, CaO, SiO ₂ , Cell, etc. The Ca-Si-COOH reactants to CaO-SiO ₂ -Pozzolan-Cell reactants are 1) Ca, Si, COOH, Polymer, Pozzolan, CaO, SiO ₂ , Cell, reactants, etc.; 2) or reactants reacting with Ca, Si, COOH, Polymer, Pozzolan, CaO, SiO ₂ , Cell, etc. and water, moisture, liquid, CO ₂ , etc.; etc. are applicable. The Ca is calcium; Si is silicon; COOH is a carboxyl group; Polymer is a polymer; Pozzolan refers to pozzolan, pozzolanic agent, pozzolanic substance, pozzolanic-reactive substance; CaO is quicklime, oxidized lime; SiO ₂ is silicon dioxide; etc. are applicable.

The Cell refers to a cell, cell, battery, organism, microorganism, microbial cell, bio cell, Cell, single cell, multi-cell, biological cell, microbial cell, etc., and the + Cell refers to a cell, Cell, single cell, multi-cell, organism, microorganism, biological cell. , one of the microbial cells has reacted, combined, fused, attached, combined, contained, created, composed, formed, etc. In the present invention - or in the Ca-Si-COOH to CaO-SiO ₂ -Pozzolan mixture, etc. - is -, ㆍ, +, and, and, and, and, and, bonding, connection, linkage, reaction, aggregation, inclusion. , contains, gel, bond, connection, combination, fastening, reaction, bond gel, chemical bond, etc. Therefore, Ca-Si-COOH corresponds to Ca-Si-COOH, CaSiCOOH, Ca and Si and COOH, Ca and Si and COOH, Ca bonded Si bonded COOH, Ca linked Si bonded COOH, etc.

The above substance 10 is a cell, cell, cell, organism, microorganism, lactic acid bacteria, radiobacteria, photosynthetic bacteria, yeast, yeast, bio, bio, useful microorganism, aerobic microorganism, anaerobic microorganism, halophilic microorganism, aerobic microorganism, virus, bacteria, Collagen, keratin, syndecan, integrin, elastin, Bacillus, Cereus, subtilis, Pasteuri, protozoa, unicellular animals, multicellular animals, bacillus subtilis, microbial material, microbial chamber, microbial seal, microbial fluid, population increase Microorganisms, microbial film, microbial gas, bio-stream, bio-material, bio-material, bio-cell, bio-water, bio-water, bio-fluid, bio-oil, bio-film, bio-seal, bio-seal, bio-fluid, biomass, bio-film, These include biogas, biomaterials, bioair, biobridge, and combinations or combinations of two or more of these.

The bio refers to cells, cells, cells, organisms, pharmaceuticals, drugs, bio, bio, microorganisms, life, life, living things, living things, life, life, biology, biochemistry, bioelement, living things. It represents bioluminescence, bioreaction, living state rather than death, the cell or complex, etc. Therefore, bio agents, bio fluids, bio gels, bio seals, bio seals, bio bonds, bio films, and bios are, respectively, microbial agents, microbial fluids, microbial gels, microbial seals, microbial seals, microbial bonds, microbial films, and microorganisms. It can be. Here, bio-agents are microbial substances, bio-liquids are substances containing microorganisms, biogels are gels produced by microorganisms, bioseals are thin threads produced by microorganisms, bioseals are seals or waterproofing fluids produced by microorganisms, and biobonds are produced by microorganisms. Biofilm refers to a film produced by microorganisms, and bio refers to types of microorganisms.

The bio, microorganisms, biomaterials, etc. are microorganisms that spawn, multiply, reproduce, grow, expand, culture, grow, ferment, decay, grow, increase in population, grow and expand and grow as the population increases by cultivating and spawning, etc. It may be biomaterial, etc. In the bio-materials, bio-materials, etc., the material or ash refers to material, ash, water, water, liquid, oil, substance, solid, gel, thread, seal, mass, film, gas, etc. The above categories refer to a substance or type, an agent refers to a substance or a cleaning agent, ashes refer to wood or materials, water refers to water or warter, water refers to an object or water or substance, liquid refers to water or liquid, oil refers to oil or oil, energy refers to energy or gas, and solid refers to water. Old or solid, gel is gel or sol, thread is thread or warp, membrane is membrane or membrane, seal is seal or sealing or seal, mass is mass or mass, film is film, gas is gas, bridge is connection or bridge or bridge, etc. represents. The biomaterials include plants, trees, roots, stems, leaves, fruits, herbs, biomaterials, biomaterials, biological materials, microbial materials, biological-containing materials, cells, and composites. The eco materials include eco materials, environmental materials, green materials, natural materials, eco-friendly materials, natural materials, recycled materials, eco materials, soil, stones, soil, red clay, rocks, minerals, trees, plants, roots, stems, natural stones, kaolin , bentonite, zeolite, ash, waste dust, stone dust, iron, food, sludge, slag, waste, and by-products.

The above bars, bars, ribs, rebars, rebars, etc. are bars, bars, bars, bars, ribs, rebars, reinforcing bars, steel bars, bar bars, rib bars, reinforcing bars, reinforcing bars, steel bars, resin bars, carbon bars, Fiber bar, glass bar, glass bar, polymer bar, plastic bar, PVC bar, circular rebar, deformed rebar, hollow rebar, hollow rebar, hollow rebar, FRP bar, GFRP bar, FRP riba, GFRP riba, FRP rebar, GFRP rebar , rod, reinforcing rod, reinforcing steel, steel bar, reinforced bar, reinforcing bar, polymer rebar, fiber reinforced polymer rebar, glass fiber reinforced polymer rebar, carbon steel rebar, STS rebar, SUS rebar, coated rebar, epoxy coated rebar, galvanized Rebar, stainless steel rebar, fiber epoxy resin powder rebar, thick rebar used in columns and beams, thin rebar used in slabs and walls, rebar that wraps around two or more columns at regular intervals to prevent them from dislocating each other. Or, column hoop rebar, rebar or strap rebar gathered at both ends perpendicular to the wall rebar to prevent the wall rebar from spreading, rebar or joxing rebar tied long perpendicular to the wall rebar, and the above poured after the concrete pouring of one floor slab is completed. Reinforcing bars or connecting reinforcing bars that protrude from the top of the concrete and are used in the next floor slab, materials embedded in concrete (10, 11, 64, 65) to reinforce the compressive force of concrete, embedded in concrete (10, 11, 64, 65) These include materials that reinforce the tensile force of concrete and materials that are embedded in concrete (10, 11, 64, 65) and reinforce the shear force of concrete.

In the present invention, the slab to mat, slab to composite, construction method, facility (1, 2, 3, 4, 5), system (1, 2, 3, 4, 5), etc. include a) a certain amount of equipment, devices, Magnet, electromagnet, magnetic material, magnetizer, discharger, electric discharger, electrolyzer, electrolyzer, decomposer, incubator, rotor, fermenter, ozone group, anion group, purifier, purifier, water purifier, sterilizer, disinfector, washer, cleaner, sound absorber. Device, resonator, vibrator, exciter, cleaning device, venturi tube, cyclone, ejector, injector, check valve, solenoid valve, two or more of them combined devices; b) Water, water, water, material, liquid, liquid, oil, oil, agent, liquid, ash, water, gas, liquid, solid, substance, magnetic field, ozone, which passes through one of the above or is generated from one of the above. Anion, catalyst, photocatalyst, phytoncide, discharge agent, electrolyte, decomposer, culture agent, microorganism, composting agent, fermenting agent, ozone agent, anion agent, purifying agent, cleaning agent, water purifying agent, sterilizer, disinfectant, detergent, cleaning agent, sound absorbent. , resonance agent, resonance absorber, vibration agent, excitation agent, cleaning agent, venturi control agent, cyclone agent, ejector agent, injector agent, check valve agent, solenoid valve agent, venturi penetration agent, venturi penetration accelerator, cyclone penetration agent Agent, cyclone rotation agent, ejector pass-through agent, injector pass-through agent, check valve pass-through agent, solenoid valve pass-through agent, combination of two or more of these; c) Discharge, electrolysis, decomposition, cultivation, decay, fermentation, purification, purification, water purification, sterilization, disinfection, cleaning, cleaning, sound absorption, resonance, vibration, excitation, cleaning, venturi acceleration, cyclone rotation, by any of the above. Ejection, injection, check valve pass, solenoid valve pass, pulse check valve pass, pulse solenoid valve pass, pulse cycle check valve pass, pulse cycle solenoid valve pass, noise removal, vibration removal, shock removal, two or more of these complex; d) a sensor, detection sensor, or measurement sensor of one of the above equipment or combinations; e) Magnetic field treatment, ozone treatment, anion treatment, catalyst treatment, photocatalyst treatment, phytoncide treatment, discharge treatment, electrolytic treatment, decomposition treatment, culture treatment, composting treatment, fermentation treatment, purification treatment, cleaning treatment, water purification by any of the above. Treatment, sterilization treatment, disinfection treatment, cleaning treatment, cleaning treatment, sound absorption treatment, resonance treatment, sound absorption resonance treatment, vibration treatment, vibration treatment, cleaning treatment, venturi pipe treatment, cyclone treatment, ejector treatment, injector treatment, check valve treatment. , solenoid valve processing, pulse processing, pulse periodic processing, two or more of these combined processing; f) a combination of two or more of the above equipment or complex processing; g) the equipment for performing the discharge or composite processing, slabs or mats; h) the equipment or composite processing, slabs or mats that are the discharge or composite, etc.; i) the equipment or composite processing, slab or mat having functions such as the discharge or composite; j) a composite in which two or more of the above equipment or composite processing are sequentially combined; It is possible to use, apply, use together, provide, place, install, add, add, inject, put in, spray, discharge, discharge, irradiate, spread, emit, radiate, create, form, form, etc. That is, in the present invention, the slab to mat, slab to composite, construction method, facility (1, 2, 3, 4, 5), system (1, 2, 3, 4, 5), etc. include a) equipment to h. ) Complex, etc. are possible for the above-mentioned use and formation.

Examples of the above complex devices include purifier equipment, ozone device, magnet and discharger, negative ion device equipped with electromagnet, magnetic material and sterilizer, magnetizer and resonator, combination device of discharger and sound absorber, combination of ozone device and resonator, resonator equipped with negative ion device, A discharger equipped with a vibrator, a resonator equipped with an exciter, a purifier equipped with an ozone generator, a complex of a purifier and a cleaning machine, a water purifier and a sterilizer, a cleaner equipped with a sterilizer, a cleaner equipped with a sound absorber, a cleaning machine equipped with a resonator, and an ejector on the side. A venturi tube, a cyclone with an injector installed, a venturi tube equipped with a check valve, a purifier equipped with a solenoid valve, a complex machine in which two or more of the above equipment or solenoid valves are combined, etc. are possible.

Examples of a composite in which two or more of the above equipment or composite processing are combined include a) a magnetizer, a magnetizing agent generated therefrom, magnetization of a material thereby, and magnetization treatment thereby; b) Magnetizer and resonator, magnetizer and resonator generated therefrom, magnetization and resonance of material by this, magnetization treatment and noise removal by this; c) Magnetizer and resonator and cyclone, magnetizer, sound-absorbing resonator and cyclone passing agent generated therefrom, magnetization, resonance and cyclone rotation of material by this, magnetization treatment, noise removal and cyclone treatment by this; d) Magnetizer, resonator, cyclone, and check valve, magnetizer, sound-absorbing resonator, cyclone passing agent, and pulse check valve passing agent generated therefrom, magnetization and resonance of the material, cyclone rotation, and pulse injection of the check valve. , magnetization treatment, noise removal, cyclone treatment and pulse check valve pulse treatment thereby; etc. is possible. One of the above equipment or combination may be one of the above equipment or combination.

In the above discharge agent or composite agent, the agent includes agent, power, ash, wood, water, water, material, liquid, water, oil, oil, gas, solid, liquid, substance, raw material, material, etc. The equipment, multi-function printer, etc. are equipped with a timer to adjust the operation period of the equipment, multi-function printer, etc., pulse-type operation, pulse-cycle operation, repetition of start and stop at 1-hour intervals, repetition of start and stop at intervals of 1 minute, 1 second. Repeating start and stop at intervals, repeating start and stop at intervals of 1 day, repeating operation for 1 minute and stopping for 1 minute, repeating starting for 1 second and stopping for 1 minute, repeating starting for 1 hour and stopping for 1 second, the above operation and Pulse-type operation by repetition of the above operation and stop, pulse-cycle operation by repetition of the above-described start and stop, pulse-type discharge or complex by repetition of the above-described start and stop, pulse-period discharge by repetition of the above-described start and stop or complex, repeating discharge and electrolysis at 1-minute intervals, repeating purification and purification at 1-second intervals, repeating purification and absorption at 1-day intervals, repeating 1-minute resonance followed by 1-minute purification, repeating 1-second sterilization followed by 1-minute disinfection, 1 It is possible to repeat purification for 1 second after absorbing sound for a while. The slab or mat, equipment or complex, timer, etc. can be supplied or equipped with electricity, power, current, voltage, alternating current, direct current, wires, cables, plugs, outlets, power supplies, high voltage generators, distribution boards, substations, etc.

Sensors of one of the above equipment or combinations include equipment sensors, device sensors, magnet sensors, electromagnetic sensors, magnetic sensors, magnetizer sensors, discharge sensors, electric discharge sensors, electrolyzer sensors, electrolyzer sensors, decomposer sensors, incubator sensors, and decay sensors. Air sensor, fermenter sensor, ozone sensor, anion sensor, purifier sensor, purifier sensor, water purifier sensor, sterilizer sensor, sterilizer sensor, washer sensor, vacuum cleaner sensor, sound absorber sensor, resonator sensor, vibrator sensor, exciter sensor, cleaning Magnetic sensor, venturi sensor, cyclone sensor, ejector sensor, injector sensor, check valve sensor, solenoid valve sensor, complex sensor, material sensor, magnetic field sensor, ozone sensor, anion sensor, catalyst sensor, photocatalyst sensor, phytoncide sensor, discharge Sensor, electrolytic sensor, decomposition sensor, culture sensor, rotting sensor, fermentation sensor, purification sensor, cleanliness sensor, water purification sensor, sterilization sensor, disinfection sensor, cleaning sensor, cleaning sensor, sound absorption sensor, resonance sensor, vibration sensor, excitation sensor, Cleaning sensor, venturi acceleration sensor, cyclone rotation sensor, ejection sensor, injection sensor, check valve passage sensor, solenoid valve passage, pulse type check valve passage, pulse type solenoid valve passage, pulse cycle type check valve passage, pulse cycle type solenoid It includes valve passage sensors, noise removal sensors, vibration removal sensors, shock removal sensors, and complex sensors.

The magnetizer includes device 1, device 2, device 3, device 4, device 5, device 6, etc. The device 1 includes a magnetizer, a magnetizer that generates a magnetic field, a magnetizer that magnetizes a material, and a magnetizer of one of the above devices or composites. The device 1 includes at least one of a first magnetic body 132, an attachment plate 133 to which the magnetic body is attached, a second magnetic body 134 mounted at a distance from the attachment plate, and a case 131 in which they are built. It is a device 130 composed of the above equipment or a multi-function printer. See Figure 26a. The device 2 includes a plurality of magnetic materials 132, a core 141 mounted between two of the magnetic materials, a coil 142 mounted on the outer periphery of the core, and a spacer plate 143 spaced apart from the core and the magnetic material. It is a device 140 composed of a built-in case 131, the above-mentioned equipment equipped with one or more of them, or a multi-function printer. See Figure 26b. The device 3 includes a fixed plate 151, a holding plate 152 mounted on the fixed plate, a magnetic body 132 attached to the holding plate, a coil 142 wound around the outer periphery of the magnetic body and the holding plate, and these are built-in. It is a device 150 composed of a case 131, the above-mentioned equipment equipped with one or more of them, a multi-function printer, etc. See Figure 26c. The device 4 includes two or more magnetic materials 132, a separator 135 placed between the magnetic materials, a liner 136 surrounding the outside of the magnetic materials and the separator, and the above-described equipment or multi-function device equipped with at least one of these. This is a configured device 160. See Figure 26d.

The device 5 includes one of an internal hollow housing, a magnetic material built into the housing, a magnetic material remaining on the outside of the housing, and an insulating material installed in contact with the magnetic material to block heat so that the magnetic force of the magnetic material is not weakened. The device 160 is composed of the above-described equipment or multi-function printer. See Figure 26d. The device 6 includes a magnet (170, electromagnet, electromagnet, solenoid superconducting magnet) that is magnetized when a current flows and returns to its original unmagnetized state when the current is cut off; A device (170) made by winding a coil (172) around a soft iron bar (171); A device (170) that generates magnetism by using the phenomenon that a concentric circle-shaped magnetic field (174) is formed around the conductor (171) when a current (173) flows through the conductor (171); A solenoid magnet (170) made by winding a coil (172) around a cylindrical iron core (171); A device 170 that forms a magnetic field 174 when a current 173 flows through a coil 172 wound on the outside of the cylindrical tube 171; A superconducting magnet that creates a solenoid with a conductor made of superconductor (172) and generates a very strong magnetic field (174) at a very low temperature where helium becomes liquid; A device in which a coil 172 is spirally wound around a ferromagnetic iron core 171 and electricity 173 is supplied to the coil, and magnetic force 174 is generated only while current flows through the coil 172; A device that generates magnetic flux 174 by exciting a coil 172 wound around an iron core 171; A magnet in which an insulated coil 172 is wound around a soft iron core 171 and an electric current 173 is passed through the magnet to create soft iron through magnetic induction; etc. See Figure 26e.

The dischargers include device 10, device 11, device 12, etc. The device 10 is a discharger, an electric discharger, an electrolytic discharger, an electrolytic discharger, a discharger of one of the above devices or a combination thereof. The device 11 includes cylindrical electrodes or charged electrodes installed spaced apart from each other; a discharge electrode mounted inside or between the electrodes; wires, plugs, and outlets sequentially connected to the electrodes; The above equipment or multi-function device equipped with one or more of these; It is a device consisting of etc. The device 12 includes a cylindrical electrode; an electrode mounted inside the cylindrical shape; A vibrator mounted on the cylindrical electrode; wires, plugs, and outlets sequentially connected to the electrodes; The above equipment or multi-function device equipped with one or more of these; It is a device consisting of etc.

The ozone group or anion group includes device 20, device 21, device 22, device 23, device 24, device 25, device 26, device 27, device 28, device 29, device 30, device 31, etc. The device 20 includes an ozone generator, an ozone generator, an electric discharge ozone machine, a device that generates ozone, a device that generates ozone by electric discharge, a device that generates ozone when plasma is generated by electric discharge, and a device that sterilizes or disinfects with ozone. Ozone generator, negative ion generator, negative ion generator, electric discharge negative ion device, device that generates negative ions, device that generates negative ions by electric discharge, device that generates negative ions when plasma is generated by electric discharge, negative ions that are sterilized or disinfected with negative ions. A device that generates ozone and negative ions, an ozone device or an anion device, or a combination of the above devices. The device 21 includes a dielectric 182, a cylindrical electrode 181 or a ground electrode mounted on the outside thereof, a discharge space 184 existing between the dielectric and the cylindrical electrode or inside the cylindrical electrode, and the dielectric. Another electrode 183 or another cylindrical electrode 183 or a high voltage electrode mounted inside, a power supply or high voltage generator 185 for applying power or high voltage to the electrode, and the above equipment or multi-function device, etc., which are equipped with one or more of these. This is a configured device 180. See Figure 26f. The device 22 includes a cylindrical tube 132 or a double tube 132, a coil 142 wound inside or outside thereof, see Figure 26g, a wire connected to one or more of them, and a high voltage generator for applying a high voltage to the wire. , a cable connected to the high-voltage generator, a power supply connected to the cable, a transducer mounted on the power supply that converts alternating current (AC) into direct current (DC), a distribution board that supplies power to the transducer, It is a device 190 composed of one or more of the above-described equipment or a multi-function printer.

The device 23 is a device composed of a first discharge electrode, a second discharge electrode mounted spaced apart from the first discharge electrode, and the above-mentioned equipment or multi-function device equipped with at least one of them. The device 24 is composed of a plate on one side (201), a needle (202) mounted spaced apart therefrom, a plate (204) on which the needle is mounted, a case (131) surrounding them, and the above equipment or multi-function device equipped with at least one of them. Devices 200 and 230. See Figure 26h,k. The device 25 includes a plate 201 on which a hollow portion 203 is formed, a brush 202 or a needle 202 mounted spaced apart from the plate or the hollow portion, a positive wire connected to the plate, and a brush or needle connected to the brush. It is a device (210, 240) consisting of a cathode wire, magnetizers (160, 170) provided spaced apart from the plate or brush, and the above equipment or multi-function device equipped with one or more of them. See Figure 26 i, ℓ. The device 26 includes a plasma generator 201 that generates plasma, two electrodes 202 and 203 included in the generator, and an ozone discharge pipe 132 in which the plasma generator is embedded and discharges ozone generated during plasma generation. The device 220 is composed of the above-described equipment or a multi-function printer. See Figure 26j. The device 27 includes a main body 132, a discharge pin 201 mounted therein, a main pin 202 and an auxiliary pin 203 constituting the discharge pin, and a main pin mounted inside the auxiliary pin 203 ( 202), a main pin 202 that is longer than the length of the auxiliary pin 203, and a main pin 202 and an auxiliary pin 203 that are mutually insulated to prevent short circuits between the pins. It is a device 220 consisting of equipment or a multi-function printer. See Figure 26j.

The device 28 includes an inner tube to which electrodes are connected, an outer tube that is an insulator coupled to the inner tube at a predetermined interval, a copper tube that surrounds the outer periphery of the outer tube and to which electrodes are connected, and both ends of the outer tube and the inner tube. It is a device consisting of a fixture that secures the device, a coil wound around the outer periphery of one or more of them, a wire that supplies power to one or more of them, and the above-mentioned equipment or multi-function device equipped with one or more of them. The device 29 includes a hollow tube inside which a high voltage electrode is mounted and the inside of which is hollow to allow external air to pass through, an electrode spaced apart from the outer circumferential surface of the hollow tube to form a discharge space, a wire supplying power to the electrode, It is a device composed of one or more of the above-described equipment or a multi-function device. The device 30 includes a fan or pump that introduces air, a filter that removes foreign substances and moisture from the introduced air, an ozone generator that generates ozone by passing the air that has passed through the filter, and a high-pressure generator that applies high voltage to the ozone generator. It is a device consisting of a high-voltage generator that converts electricity supplied through wires into high voltage, and the above-mentioned equipment or multi-function device equipped with one or more of them. The device 31 is: a) power is supplied to one or more of the plate, needle, brush, pin, tube, electrode, coil, wire, filter, cable, discharge electrode, dielectric, cylindrical tube, and double tube to generate ozone, negative ions, etc. , b) Alternatively, a wire is connected to one or more of the plates or double pipes, and power is applied to the wire to generate ozone, negative ions, etc.

The electrolyzer may include device 40, device 41, device 42, device 43, etc. The device 40 includes: 1) electrolyzer, electrolysis device, electrolysis device, electrolyzer, electrolysis device, electrolytic cell, and electrolytic tank; 2) Electrode, anode, cathode, water, salt water, seawater, electrolyte, electrolyte solution inserted into one of them; 3) Electrode used as the anode, DSA electrode, Dimensionally Stable Anode electrode, DSE, dimensionally stable electrode, MMO Anode, Titaium electrode, carbon electrode, iridium electrode, insoluble electrode, dimensionally stable electrode, insoluble anode, insoluble anode, iridium oxide Electrode, Iridium oxide anode, titanium coated electrode, CTA, coated titanium anode, Pb+Ag alloy electrode, composite metal oxide electrode, MMO electrode, Mixed Metal Oxide electrode, Pt/Ti electrode, Pt/Nb electrode, Pt/Ti electrode, Platinum-plated titanium mesh electrode; 4) An electrode electroplated with Au, Ag, Rh, Pt, Pd, Ru, Cu, Zn, Ni, Sn, PCB, etc. used as the anode; 5) Electrodes used as the cathode, iron electrode, metal electrode, STS electrode, stainless steel electrode, stainless steel electrode; 6) Salt, NaCl added to the water; 7) Mixer, blade, and stirrer for stirring the water and salt; 8) Salt water and bittern water formed by adding or stirring the above; 9) a storage tank in which the brine is stored; 10) Microorganisms and bioinjected into the electrolyzer or storage tank, etc.; 11) A hose connected to the storage tank and electrolyzer; 12) an ion film placed between the anode and cathode of the electrodes; 13) Electrolyte and electrolyte solution that are electrolyzed when electricity is applied to the electrode; 14) H ⁺ , OH ^- , Na ⁺ , Cl ^- , Fe ⁺ , H ₂ , O ₂ , CO ₂ , Cl ₂ , HOCl, NaOCl, NaClO, OH radicals, ions, iron ions, Metal ions, bubbles, gas, hydrogen, oxygen, gas, bubbles, fresh water, electrolyzed water, electrolyte, acidic water, basic water, alkaline water, bleach, hypochlorite, hypochlorous acid, sodium chlorate, sodium hypochlorite; 15) An electrolyte, an electrolytic cell in which the above H ⁺ to sodium hypochlorite, etc. are produced; 16) an anode part on which the anode is mounted, a cathode part on which the cathode is mounted; 17) H ⁺ , acidic water generated in the anode part; 18) OH ^- , alkaline water generated in the cathode part; 19) Inlets and outlets formed in the electrolytic cell, anode section, cathode section, etc.; 20) Inlet hose and outlet hose connected to the electrolytic cell, anode part, cathode part, inlet, outlet, etc.; 21) A magnetizer, ozone generator, filter, strainer, cock, faucet, nozzle, diffuser, sprayer connected to the electrolyzer, outlet, discharge hose, etc.; 22) T-tubes and venturi tubes provided in the electrolytic cell or diffuser; 23) An injector, check valve, solenoid valve, magnetic material, magnetizer, ozone group, anion group, and compressor sequentially mounted in the middle of the T-tube or venturi tube; 24) a timer to adjust the opening and closing interval of the solenoid valve; 25) A high voltage generator that applies high voltage to the ozone group, anion group, etc.; 26) Wires, distribution boards, wires, switches, plugs, outlets, power supplies sequentially connected to the electrolyzer, timer, etc.; 27) The high voltage generator connected to the wire or distribution board to generate high voltage; 28) A cock through which the alkaline water is discharged; 29) Drinking water, potable water, potable water, alkaline water flowing out through the cock; 30) Bio-water containing the above microorganisms; 31) an outlet hose through which the acidic water is discharged; 32) Acidic water, sterilizing water, washing water, disinfecting water, and discarding water flowing out through the discharge hose; 33) Water purifier, alkaline water purifier, sprayer, aerator, fountain, sprinkler, purifier, purifier, cleaner, sorter, crusher, washer, washer, plating device, electroplating device equipped with the electrolyzer or power supply, etc.; 34) The above equipment or multi-function device equipped with one or more of the above; This is a device that is used or included.

The device 41 includes a) electrolyte solution introduced into the electrolyzer; b) electrolysis of the electrolyte solution generated at the anode and cathode by application of electricity; c) the H ⁺ to hypochlorous acid produced by the electrolysis; d) desalting and salt removal of the electrolyte by electrolysis; e) H ₂ and O ₂ discharged separately into the anode and cathode by the ion membrane; It is a device in which one or more of the following are used, generated, formed, implemented, or discharged. The device 42 includes a) a pipe, a purifier, a condenser, a compressor, and a storage tank sequentially connected to the electrolyzer; b) the pipe or storage tank that transports, purifies, condenses, pressurizes, and stores at least one of H ₂ and O ₂ ; It is a device equipped with one or more of the following. The device 43 includes a) the electrolyzer or power supply, pipe or storage tank in which one of the discharge or composite is used; b) the electrolyzer or storage tank equipped with one or more of a hose, nozzle, diffuser, or sprayer for supplying or spraying one or more of the H ⁺ to sodium hypochlorite; c) the electrolyzer to the storage tank to perform one or more of sterilization, disinfection, purification, purification, and carbonation by one or more of the H ⁺ to sodium hypochlorite; It is a device consisting of one or more of the following:

Facility, equipment, device, system of the present invention, the slab to the mat, the slab to the composite, the equipment to the composite, the device, the devices 1 to 41, components of the device, components of the devices 1 to 41, etc. A) Chips, pins, plates, pans, needles, cones, rings, nets, files, lines, threads, threads, brushes, combs, caps, rods, rods, poles, frames, brushes, balls, shovels, etc. Chisel, saw, knife, blade, cell, barrel, ram, rom, blade, bead, metal, element, pendulum, terminal, battery, electrode, anode, cathode, pole, needle, coil, spiral, twine, zipper, jack, Chuck, hook, head, tail, sensor, filter, board, kit, card, module, heater, cooler, circuit, server, hub, modem, unit, conductor, motor, pump, drone, robot, tool, nozzle, diffuser, Insulator, inverter, converter, rectifier, voltage regulator, static electricity, commutator, current transformer, generator, condenser, transformer, relay, spring, semiconductor, sensor, ozone sensor, negative ion sensor, magnetic field sensor, ozone detection sensor, negative ion detection sensor, magnetic field detection sensor , the equipment to the composite, the device, the devices 1 to 41, components of the device, components of the devices 1 to 41, etc., a composite of two or more of them; b) the plate or double pipe, equipment or composite equipped with the chip or composite, etc.; c) Water, water, material, liquid, liquid, oil, oil, agent, ash, ash, wood, gas, liquid, solid, substance that has passed through any of the above; d) the number or substance produced or generated in one of the above; etc. may be used or included.

According to existing data, magnets, magnetic substances, magnetizers, and magnetic fields improve human blood circulation, inhibit oxidation, relieve muscle knots, purify blood, activate cells, strengthen immunity, relieve pain, remove waste from blood vessels, and enhance bone regeneration. , improves constitution, regulates autonomic nervous system, activates cells, ionizes blood to move blood quickly and freely, discharges carbon dioxide and waste products from the body to the outside of the body, improves acidic constitution to slightly alkaline, promotes cell metabolism This increases minerals such as calcium, increases disease resistance and natural healing ability, activates heart muscle activity, strengthens the heart, strengthens bones, suppresses the activity of cells that destroy bones, and strengthens the bone tissue. Capillaries are activated, osteoblasts that create bones are activated, and electrical substance exchange is promoted in the cell membrane, facilitating the supply of nutrients to cells and quickly discharging waste products out of the cells. Minerals such as calcium, sodium, and potassium in the blood are activated. Increases the body's resistance to viruses by increasing the ion rate. It increases ionized calcium and produces substances called endorphins and enkephyrin. It cleanses the blood aged by the accumulation of cholesterol and removes plaque from the blood vessel walls. , can significantly reduce diseases such as arteriosclerosis and stroke, activate enzyme activity in the body, activate metabolism, decompose and remove waste products in blood vessels through the decomposition action of enzymes, human organs, nervous system, blood , it has been found to have effects and efficacy such as revitalizing cells, lymphatic fluid, etc., converting deteriorated energy and infusing vitality.

The following will further explain the content and claims of the present invention using pictures. The information described below may also be included in the claims of the present invention. Figure 1 is a schematic diagram showing wet heating, insulation, and noise prevention means (1, 2, 3, and 4) according to the present invention. Here, on the top of the slab of the building 15 or room 14, a cushioning material or insulation material 70, foam concrete 65, heating hose 50, mortar 64, finishing material 20, mat 4, and the heating Heating and inter-floor noise prevention facilities (1), such as a boiler (51) connected to a hose, are created. Wall insulation facilities (3), such as side buffers (5) on the inside and insulation materials (70) on the outside, are installed on the walls of buildings or rooms (14). Ceiling facilities (2), such as a pedestal (13) and a ceiling board (12), are installed on the ceiling of a building or room (14). The means, facilities, equipment, devices, systems, slabs, mats, etc. of the present invention include a modem 100, Wi-Fi 100, a communication device 100, a communication network 101, a server 102, a terminal 110, Includes or is connected to PC (111), computer (111), tablet (111), monitor (112), screen (112), platform (113), mobile phone (114), remote controller (115), battery, solar cell, etc. It can be. Figure 2 is a schematic diagram showing a semi-dry heating, insulation, and noise prevention means according to the present invention. In FIG. 1, instead of the cushioning or insulating material 70 and the foamed concrete 65, elastic feet 71, insulating material 70, and frame 60, which are sequentially mounted, are used, or nails, bolts, etc. 73 are used. A product of elastic feet 71, insulation material 70, and frame 60 that are combined and integrated is used.

Figures 3, 4, and 5 are schematic diagrams showing dry heating, insulation, and noise prevention means according to the present invention. This uses an air cap (90), an air plate (80), an insulation material (70), and a heating board (40) instead of the cushioning material or insulation material (70), foam concrete (65), heating hose (50), and mortar (64) in FIG. ), the heating hose 50, and the heat conduction plate 30 are installed sequentially. This omits the foamed concrete (65) and mortar (64), and because it is a dry type that does not use water, mixing, transport, pouring, surface preparation, curing, solidification, working time, working speed, and working manpower are reduced. have Here, an uneven portion 81 is formed on the air plate 80, an air layer 82 is formed around the uneven portion, and the uneven portion, air layer, etc. are provided with charcoal, purifying material, cleaning material, etc. 95. is possible. Here, the air layer formed on the air cap, air plate, etc. has the effect of removing noise, vibration, shock, etc. In the present invention, a slab (19), a building (15), a room (14), a room (14), a wall (11), a ceiling (12), an air layer (82, 72, 62, 42), the slab or a mat, etc. a) charcoal, purifying material, zeolite, cleaning material, cleaning means (95); b) ball, ball, air ball, air ball, spring (94); c) or the sensor or remote controller, modem or remote controller, dry or composite, equipment or composite, chip or material; It is possible to use or provide, etc. In addition, the slabs or mats in which a) charcoal to c) materials, etc. are used or provided are also possible.

Figures 6 and 7 are schematic diagrams showing the floating heating and interfloor noise prevention means according to the present invention. In FIG. 3, the insulating material 70 is composed of integrated elastic feet 71, insulating material 70, and frame 60. Figures 8 and 9 are schematic diagrams showing heating and inter-floor noise prevention means using an air plate according to the present invention. This is a heating and heating system consisting of an air plate (90), a heating board (40), a heating hose (50), a heat sink or heat conduction plate (30), a finishing material for the steel floor (20), and a boiler (51) to which the hose is connected. It is a means of preventing noise between floors (1). Figure 10 is a schematic diagram showing a heating and inter-floor noise prevention means using a spring according to the present invention. This includes an air cap (90), spring (81), air plate (90), or air plate (80) with spring (81), heating board (40), heating hose (50), heat sink (30), flooring, etc. It is a heating and inter-floor noise prevention means (1) sequentially composed of finishing materials (20), etc.

Figure 11 is a schematic diagram showing a heating and interfloor noise prevention means using a coil spring and a leaf spring according to the present invention. This includes an air cap (90), coil spring (81), air plate (90), or air plate (80) with coil spring (81), leaf spring or arc spring (71), insulation material (70), grid frame or Heating and inter-floor noise prevention sequentially composed of a frame (60), or a product that integrates a leaf spring, an insulation material, and a frame, a heating board (40), a heating hose (50), a heat sink (30), and finishing materials such as flooring (20). It is means (1). Figure 12 is a schematic diagram showing a heating and inter-floor noise prevention means using air balls according to the present invention. This serves to reduce noise, vibration, shock, load, etc. by placing balls, balls, air balls, air balls, hollow balls, etc. 94 on the lower part or between the air caps or mats. Figure 13 is a schematic diagram showing a heating and inter-floor noise prevention means using air balls and leaf springs according to the present invention. This includes: a) balls, balls, air balls, air balls, hollow balls, etc. 94; b) Feet, legs, uneven parts, elastic feet, leaf springs, etc. (71); c) Charcoal, red clay, activated carbon, zeolite, cleaning means, etc. (95) are mounted to play the role of sound insulation, soundproofing, dustproofing, dustproofing, insectproofing, purification, cleaning, cleaning, etc. It is also possible to mount a ball, ball, air ball, air ball, hollow ball, etc. (94) on the lower part of the foot, leg, uneven part, elastic foot, leaf spring, etc. (71).

Figure 14 is a schematic diagram showing various heating and interfloor noise prevention means according to the present invention. Here, objects (120, 121, 122, 123, 124, 125) such as shoes, shoes, feet, shock absorbers, points, blocks, support points, supports, elastic feet, springs, and accelerator devices are placed in the lower part or between the air cap or mat, etc. , 126, 127, 128) are transferred. In this case, the air cap or mat, etc. has a structure such as a beam, beam, simple beam, floating structure, floating structure, etc., and noise, vibration, shock, load, etc. applied to the air cap or mat, etc. are caused by the object (120 to 128 ) is transmitted to and erased, and an air layer 95 is formed around the objects 120 to 128, and balls, balls, elastic bodies, springs, foaming agents, It is possible to provide cushioning materials, damping materials, etc. (94) and charcoal, purifying materials, cleaning means, etc. (95). In the objects 120, 121, 122, 123, 124, 125, 126, 127, and 128, symbol 120 is a triangular point, symbol 121 is a corner buffer or corner support, wall and floor buffer or L-shaped cushion, and symbol 122 is a plate. Spring or arc spring, symbol 123 is a cylindrical point, symbol 124 is a spring, symbol 125 is a hexagonal support, symbol 126 is a cross-shaped support frame, symbol 127 is a point and a cushioning material mounted on the lower part, symbol 128 is an upper support and lower part. Indicates a composite support material in which support materials are combined, etc. The objects (120, 121, 122, 123, 124, 125, 126, 127, 128) are supported, mounted, supported, supported, pedestal, buffered, sound-insulated, sound-proofed, dust-proofed, shock-proofed, insect-proofed, reaction force, vibration transmission, and shock. It plays a role in transmission, load transfer, load reaction, forming an air layer, and forming an air layer around it.

Figure 15 is a schematic diagram showing a heating hose and boiler according to the present invention. The boiler 51 includes a case 53, a heater, a burner, a heater, a tank 54, a container, a distributor 52, a cock, a faucet 52, a control valve, an ignite, a sensor, a temperature sensor, and a water level gauge 55. ), water level sensor, flame detection sensor, controller, switch, instrument panel (56), display (56), controller (57), controller (57), modem (100), Wi-Fi (100), communication device (100), communication network (101), server (102), terminal (110), PC (111), computer (111), tablet (111), monitor (112), screen (112), platform (113), mobile phone (114), remote The controller 115, battery, solar cell, etc. may be included or connected. The case or controller may be equipped with or connected to the terminal or solar cell. The hose 50 is connected to a distributor 52, a cock, a tap 52, etc., and the hot water heated by the heater, burner, heater, etc. is circulated to the house 15, the room 14, the living room 14, etc. It plays a heating role.

Figure 16 is a schematic diagram showing a heating board 40 and a boiler 51 on which a plurality of concavo-convex portions 41 are formed according to the present invention. Here, the hose 50 is fitted, inserted, contacted, adhered to, mounted, provided, installed, wound, rotated, bent, bent, straight, in straight contact, wound contact, etc., on the plurality of uneven parts 41 to form a heating board (40). ) is settled. An example of this is that the hose is bent at the uneven portion 41 formed on the edge of the heating board, and the hose is aligned in a straight line at the uneven portion 41 formed inside the heating board and is seated on the heating board 40. As the hose is repeatedly bent and straightened, the hose forms a meandering, serpentine, or zigzag shape.

Figure 17 is a schematic diagram showing a heating board, heating hose, and boiler according to the present invention. Here, the heating hose is installed on the upper part of the heating board in a shape in which ⊂ and ⊃ are repeated one or more times, forming a meandering, serpentine, or zigzag shape. Figure 18 is a schematic diagram showing the heating board 40 on which the heating hose insertion portion 43 according to the present invention is formed. The heating board 40 includes an insertion portion 43 into which a heating hose is inserted, a concave portion or an iron portion 41; an air layer 42 around them; Cleaning means (95) provided therein; A hose 50, etc. seated on the insertion portion 43 or the uneven portion 41 may be provided. Figure 19 is a schematic diagram showing the details of the heating hose insertion part 43 according to the present invention. A passage 44 or a +-shaped passage 44 through which the hose passes is formed in the insertion portion 43, and a step ( 45) can be installed.

FIG. 20 is a schematic diagram showing the upper surface (FIG. 20 a) and the projected transparent lower surface (FIG. 20 b) of the heating board 40 on which the uneven portion 41 and the hose insertion portion 43 according to the present invention are formed. In Figure 20a, the uneven part 41 and the hose insertion part 43 are formed to protrude from the upper part of the heating board, and in Figure 20b, the uneven part 41 and the hose insertion part 43 are protruded into the inside of the heating board. It can be seen that it was formed by being drawn in. Here, the uneven portion 41 and the hose insertion portion 43 are formed by being drawn into the interior of the heating board to the extent that they protrude from the top of the heating board. Figure 21 is a schematic diagram showing the lower surface of the heating board 40 according to the present invention. Here, it is shown that the uneven portion 41 and the hose insertion portion 43 are formed in the heating board 40 by being drawn in from the lower surface of the heating board to the extent that it protrudes from the upper part of the heating board. When looking at the upper part of the heating board, the uneven part 41 and the hose insertion part 43 protruding from the upper part of the heating board become iron parts, and when looking at the lower part of the heating board, the uneven part 41 and the hose inserted into the inside of the heating board The insertion portion 43 becomes a main portion. The concavo-convex portion 41 and the hose insertion portion 43 become the concave portion in proportion to the convex portion. This means that the concave-convex portion 41 and the hose insertion portion 43 correspond to the convex portion and become the concave portion. Therefore, the degree of convexity and the concave information of the concave-convex portion 41 and the hose insertion portion 43 are the same, and the directions of the convex portion and the concave portion are both toward the upward side of the heating board.

Figure 22 is a schematic diagram showing the grid 60 or frame 60 according to the present invention. Here, the grid frame 60 is formed by combining a plurality of frameworks, grids, grid lines, etc. 61, and the inside, outside, and surroundings of the framework, grid, grid lines, etc. 61 have empty spaces 962) or air. Layer 62 is formed. Figure 23 is a schematic diagram showing the insulation material 70 according to the present invention. Here, the insulation material 70 is mounted on the feet 71, the cushioning material or insulation material 70, the grid frame 60, the empty space 72 around the feet, the air layer 72 around the feet, and the empty space 72. It may be composed of a ball 94, a cleaning means 95 mounted in the empty space 72, etc. The feet 71, the cushioning or insulating material 70, and the lattice frame 60 may be joined by nails, bolts, clamps, etc. In the above example, the feet, insulation material, and grid frame are manufactured by molding, material is injected into a mold with the shape of the feet, insulation material, and grid frame formed inside, and then the mold is demolded to manufacture a product in which the feet, insulation material, and grid frame are integrated. , Attach the feet, insulation, and lattice frame with bond or adhesive, Integrate the feet, insulation, and lattice frame by inserting nails or bolts, Integrate the feet, insulation, and lattice frame by inserting nails or bolts, Integrate the feet, insulation, and lattice frame Insert bolts and rotate the screws on the bolts protruding to the outside to connect them. Insert nails or bolts in the order of the lattice frame, insulator, and feet to integrate them. Insert bolts in the order of the lattice frame, insulator, and feet and insert the lattice frame. It is possible to join by inserting a screw into the bolt protruding from the top of the grid frame, inserting a bolt into a hole formed in the insulating material and the foot, and inserting a screw into the bolt protruding from the top of the grid frame.

For reference, the air caps, mats, etc. may be manufactured through processes such as melting, melting raw materials, putting into a mold, cooling, curing, solidifying, solidifying, pressing, injection, foaming, cutting, cutting, etc. Examples thereof include a) manufacturing by melting the raw material, putting the melted raw material into a mold, cooling the added raw material, cutting after the cooling, etc.; b) or melting the raw material, foaming the melted raw material, cooling the foamed raw material, cutting after cooling, etc.; c) Manufactured by molding or injecting molten raw materials through a mold or injection port; d) Manufactured by foaming or injecting through a mold or injection port having the shape of the air cap or mat, etc.; e) manufacturing by injecting molten raw materials through an injection port having the shape of an air cap or mat; f) manufacturing a product having the shape of the air cap or mat, by injecting a material into the inlet of the mold inside which the shape of the air cap or mat is formed, and then demolding the mold; etc. is possible.

At the bottom right of Figure 23, various types of feet, irregularities, or springs are shown. The feet, irregularities, or springs are triangular (Figure 23 a), ladder-shaped (Figure 23 b), square (Figure 23 c), hexagonal (Figure 23 d), square cylinder (Figure 23 e), or cylindrical (Figure 23 f). , jar type (Figure 23 g), horse shaped (Figure 23 h), combination consisting of a pillar and foot (Figure 23 i), spring or coil spring (Figure 23 j), plate spring (Figure 23 k), arc plate spring (Figure 23 23 k), air spring (Fig. 23 ℓ), air spring with plates on both ends (Fig. 23 ℓ), jar type with plates on both ends (Fig. 23 ℓ), spring and its support (Fig. 23 m), or spring It consists of a base, a bolt supported by the bolt mounted on the inside of the spring, a plate mounted on the top of the spring, and a nut that rotates from the tip of the bolt and is inserted into the bolt and contacts the plate. A vibration isolation device (Figure 23 n), bellows spring (Figure 23 o), bellows vibration isolation device (Figure 23 o), etc. are possible. In the case of Figure 23n, the slab or mat is in contact with or anchored to a plate mounted on the top of the spring, and the load or vibration acting on the slab or mat is transmitted through the plate to the spring mounted on the lower part of the plate. It is eliminated, attenuated, or reduced. Noise, vibration, shock, load, etc. transmitted to the feet, irregularities, springs, etc. through the slab or mat, etc. are related to the rigidity, strength, support, support, elasticity, attenuation, sound insulation, sound insulation, dustproofing, and insect proofing of the feet, irregularities, springs, etc. , deformation, contraction, restoration, restoration after contraction, support force, support force, elasticity, restoration force, damping force, etc., the noise, vibration, shock, load, etc. are supported, supported, withstood, supported, reduced, removed, controlled, attenuated, etc. It can be. The above insect repellent includes insect repellent, helmet, insect shock, helmet, shock defense, shock resistance, shock prevention, shock resistance, shock resistance, etc.

Figure 24 is a schematic diagram showing the air plate according to the present invention. Here, the air plate 80 includes a plate 80, feet or uneven portions 81 formed thereon, an empty space 82 around the feet or uneven portions, an air layer 82 around the feet or uneven portions, and the empty space. It may be composed of a ball 94 mounted in the space 82, a cleaning means 95 mounted in the empty space 82, etc. The plate 80, feet or concavo-convex portion 71 can be manufactured by combining. Here, a, b, c, d, e, f, g, h, and i in Figure 24 are cross-sectional views, and j in Figure 24, k is a plan view, where a in Figure 24 is an air plate 80 with feet or concavo-convex portions 81 formed on one side, b is an air plate 80 with feet or concave-convex portions 81 formed on one side, and c is a double-sided An air plate (80) with feet or uneven portions (81) formed on it, d is a twisted air plate (80), e is a wave-shaped air plate (80), and f is an air plate (80) in which straight lines and irregularities are repeated. ), g is a spiral-shaped air plate 80, h is an air plate 80 with repeated straight lines, grooves and convexities, i is an air plate wrapped with non-woven fabric 88 with concavo-convex portions 81 formed on both sides ( 80), j is an air plate 80 formed with a side uneven part 87 of relatively low height while connected to the uneven part 86 with a high main height, and k is an uneven part 86 with a high main height. It shows an air plate (80) connected in an

Figure 25 is a schematic diagram showing an air cap according to the present invention. Here, the air cap 90 includes a film or vinyl 91, an air pocket 93 formed inside it, an empty space 92 around the air pocket, an air layer 92 around the air pocket, and the empty space ( 92) It may be composed of a mounted ball 94, a cleaning means 95 mounted in the empty space 92, etc. The film, vinyl 91, and air pocket 93 are manufactured as one piece. Here, a, b, c, d, e, f, g, h, i, and j in FIG. 25 are cross-sectional views, and k, ℓ, and m in FIG. 24 are plan views. Here, a and b in Figure 24 are an air cap 90 in which air pockets 93 are formed continuously, c is an air cap 90 formed by alternating films 91 and air pockets 93, and d is a film 91. ), e is an air cap 90 in which e pockets 93 are formed throughout, e is an air cap 90 in which partitions and air pockets 93 are repeatedly formed inside the film 91, f is the film 91. An air cap 90 with a plurality of air pockets 93 formed on one side, g is an air cap 90 with circular air pockets 93 formed continuously, h is a circular air pocket inside the film 91 ( 93) is an air cap 90 formed continuously, i is an air cap 90 in the shape of a lifeboat or water play tube connected by a line, j is an air cap 90 continuously provided in the shape of a hollow lifeboat or water play tube, k is an air cap 90 with a circular air pocket 93 inside the film 91, ℓ is an air cap 90 with a hexagonal air pocket 93 inside the film 91, and m is a film ( 91) Shows an air cap (90) with a square air pocket (93) inside.

a) Means, description, name, description, field, scope, effect, content, entire, specification, technical field, specific content, claims, abstract, drawing, sentence, phrase, term, word, matter, paragraph, material of the present invention , materials, raw materials, substances, objects, parts, devices, equipment; b) one of the above-mentioned sentences or equipment selected from the above means or drawings; c) the sentence or equipment described in one selected from the means or drawings; d) the contents described above or below; e) the means or equipment described above or below; 1) use, use, application, use, citation, provision, placement, retention, replacement, exchange, substitution, addition, aggravation, addition, addition, introduction, infusion, input, mixing, mixing, addition, addition, editing, etc. Deletion, removal, alteration, change, duplication, polymerization, combination, combination, parallelism, connection, connection, inclusion, inclusion, etc. are possible, or 2) or the above-mentioned use or inclusion is possible, or 3) or the contents of the present invention , may be included in the specification, claims, claims, scope of claims, etc. The trade name may be two or more of the above means or equipment, or may be two or more. Any of the above means or equipment of the present invention may be included in the scope of the claims of the present invention. The reason for writing the above is because it is not possible to describe all examples or embodiments of the means or equipment in the specification of the present invention, so the above content is described and, if necessary, the contents of the means or equipment are cited in the claims. This is because it is for recording. For example, a) the matters described in the specific content for carrying out the invention of the present invention are stated in claim 1, the contents described in the technical field of the present invention are cited in claim 1, and the term described in the means of solving the problem of the present invention is cited. Insert into claim 1; b) The facilities described in the specific details for carrying out the present invention, its terms, contents, etc. are described in claim 1; c) Citing the facilities, words, contents, etc. described in the technical field of the present invention in claim 1; d) Inserting the facility described in the means for solving the problem of the present invention, its words, contents, paragraphs, etc. into claim 1; etc. are applicable. Innumerable examples or embodiments in which the above means or equipment, etc. are used are possible, and countless examples thereof are included in the scope of the present invention or the scope of the claims of the present invention.

In the present invention, use, use, application, provision, placement, inclusion, inclusion, input, connection, relationship, etc. mean a) use, use, application, combination, utilization, application, combined use, provision, composition, placement, installation, location, Presence, fixation, installation, attachment, adhesion, adhesion, containing, inclusion, mixing, mixing, blending, purchase, input, inflow, infusion, note, insertion, interior, internal, exterior, exterior, parallel, addition, addition, approval, Addition, addition, arrangement, accompanying, following, formation, composition, creation, occurrence, launch, 發射, radiating, 放射, investigation, 照射, reflection, illumination, manifestation, realization, connection, connection, fastening, merging, coalescence, insertion, insertion, combination, involvement, relationship, involvement, penetration, passing, flow, passing, contact, painting, applying, plastering, coating, painting, painting, shorting, blasting, shotblasting, injection, fountain, spray, distribution, gushing, discharge , spill, watering, spreading, expansion, spread, dispersion, distribution, spray, laying, packaging, binding, welding, bolting, adhesion, joining, adhesion, pressing, deposition, overlapping, layering, stacking, accumulation, stockpiling, stacking, stacking. , deposition, authorization, permission, possession, possession, retention, storage, citation, modification, correction, deletion, exemption, addition, subtraction, mounting, boarding, sharing, riding, madam, running, hanging, engraving, engraved, embossed , digging, cutting, covering, covering, covering, enclosing, assembling, carving, molding, tightening, cultivating, cultivating, disassembling, separating, sorting, putrefaction, composting, fumigation, impregnation, immersion, immersion, immersion, immersion, aeration, reaction. , coagulation, sedimentation, filtration, sterilization, disinfection, purification, cleanliness, water purification, cleaning, washing, washing, laundry, car washing, filtering, painting, cleaning, lining, remodeling, provided with a stand, provided on a stand, provided through a stand, pass , bypass, bypass, built into a barrel, built into a box, built into a hollow body, string connection, line connection, string connection, jack connection, connection of two or more, screw connection, wire connection, hose connection, line connection, pipe connection, Venturi connection, flange connection; b) Or rope, line, line, thread, yarn, string, strip, cord, rod, rod, root, string, bar, bar, board, board, 版, article, barrel, box, bag, twine, riba. , rebar, rebar, rod, magnet, electrode, wire, ring, anchor, line, tube, band, hose, pipe, cable, electromagnet, hollow body, etc., or by the above use or flange connection; c) or c1) object, object, object, object site, c2) one of the front, middle, back, top, bottom, front end, rear end, side end, both ends, front, rear, side, both sides, inside, outside, entrance, Flange connection using the above, such as outlets, joints, connections, cuts, cuts, etc.; d) d1) the above means or combined means, d2) one or more of them: top, bottom, front, back, left, right, side, surface, inside, inside, outside, outside, outer circumference, entrance, exit, surrounding, surrounding, nearby , simultaneous, real-time, joints, connections, etc. using the above or flange connections; e) or the above work to composite, manufacturing to composite, construction to composite, clean to composite, magnetization to functional treatment; etc. are applicable. The linkage refers to a) connection, connection, combination, provision, installation, installation, location, presence, connection, contact; b) Or the above connection or contact, etc. on the front, rear, left, right, top, bottom, inside, outside, front end, rear end, side end, both ends, front, rear, side, both sides of a tube, pouring hole, hollow body, etc. It applies.

In the present invention, provision, configuration, mounting, inclusion, etc. mean a) provision, configuration, provision, mounting, installation, location, presence, fixation, installation, attachment, adhesion, adhesion, adhesion, compression, processing, treatment, use, use, application. , combined use, utilization, application, combined use, containing, inclusion, mixing, blending, purchase, input, insertion, linkage, connection, fastening, merging, combination, insertion, internal, interior, exterior, fastening, banding, bundle, fitting, assembling , combination, union, relation, relation, formation, formation, completion; b) or the corresponding whole, part, part, portion, part of the whole, part of the whole, part of the whole, part of the whole, 50% of the whole, 1 to 99% of the whole, etc. are provided or completed as described above; etc. are applicable.

In the present invention, 'one of' refers to one of; one selected from; any one selected from; one selected from the group consisting of; one selected from the group consisting of; etc. The group refers to a group, group, group, group, etc. etc. In the present invention, the content, composition ratio, component ratio, etc. of one or more, two or more in 'one or more', 'two or more', etc., means that each of the components constituting 'one or more', 'two or more', etc. is 0. ∼100%, parts by weight, weight %, volume %, etc. In the present invention, ‘∼’, ‘to’, etc. mean ∼, to, ∼ to ∼, where to where, how much to how much, and a certain range. , 2 or more ranges, 2 or more listed ranges, 2 or more number ranges, 2 or more term listings, etc. Examples of this include a to d, a to d, etc., a to d, a to d, from a. Up to d, that is, a, b, c, d, etc. In the present invention, etc. include, etc., 等, etc., 等等, etc., one, two, one or more, two or more, one or more of, two or more of, etc. Examples of this include a, b, c, d, etc., a, b, c, d, a and b, a and c, a and d, b and c, b and d, c and d, a and This includes b and c, a and b and d, b and c and d, a and b and c and d, etc.

The contents, terms, words, idioms, phrases, phrases, phrases, sentences, paragraphs, explanations, explanations, expressions, notations, drawings, illustrations, claims, etc. described or explained above are included in the scope, contents, claims, etc. of the present invention. may be included. The above relates to some of the contents, claims, examples, etc. that can be implemented by the present invention, and as is well known, the scope of the present invention should not be construed as limited to the above contents, claims, examples, etc. The technical details of the present invention described above and the technical details underlying it will all be included in the scope of the present invention and the claims.

1: Heating facility, floor facility, inter-floor noise prevention facility, heating system, soundproofing heating system, inter-floor noise prevention system 2: Ceiling facility, ceiling system, ceiling soundproofing facility, ceiling soundproofing system
3: Wall facilities, wall system, wall insulation facility, wall insulation system
4: Mat, floor mat, cushioning mat, elastic mat
5: Side cushioning material, side protection material, wall cushioning material, wall protection material
10: Slab, inter-floor slab, floor slab 11: Wall, wall surface
12: Ceiling, Ceiling 20: Finishing material, flooring, flooring, floor, hardwood floor
30: heat sink, thermoelectric plate, heat conduction plate 40: heating board, hose board, piping board
50: Hose, piping, heating hose, heating piping 60: Grid frame, frame, reinforced frame
70: Insulation material, sound insulation material, sound insulation material, insulation board, sound insulation board, sound insulation board
80: Air plate, air plate, drain plate, ventilation plate
90: Air cap, air cap, bubble wrap, air sheet, air sheet
94: ball, ball, air ball, air ball, elastic ball
95: Charcoal, charcoal, red clay, activated carbon, ceramic, purifier, cleaning agent, sterilizer, disinfectant, germanium, zeolite, purifier, ozone, negative ion, cypress tree, phytoncide, ozone group, negative ion group, cleaning means

Claims (1)

In means or systems for preventing interfloor noise,
A sound absorber is provided on the floor or top of the slab,
A resonator is provided on the upper part of the slab and spaced apart from the sound absorber,
A sound absorber is provided on the upper part of the slab, spaced apart from the sound absorber,
An ozone group is provided in the sound absorber,
An anion group is provided in the resonator,
A discharger is provided in the sound insulator,
An air plate, insulation material, heating board, heating hose, heat conduction plate, and finishing material are sequentially installed on the upper part of the sound absorber, resonator, and sound isolator,
A dustproof plate is mounted on the lower part of the air plate,
A plurality of uneven portions are formed on the air plate and the anti-vibration plate,
An air layer 1 is formed inside the dustproof plate,
a lower part of the vibration plate; The exterior of the uneven portion formed on the vibration isolation plate; At the top of the slab where the vibration isolation plate is seated; Air layer 2 is formed in space 2,
a lower part of the air plate; The outside of the uneven portion formed on the air plate; At the top of the dustproof plate where the air plate is seated; Air layer 3 is formed in space 3,
Charcoal is provided in the space 3 or air layer 3,
An inter-floor noise prevention means or system, wherein the air layers 1, 2, and 3 serve to reduce noise, vibration, and shock.