WO2007111420A1

WO2007111420A1 - Method to construct buildings using method to counteract or remove virlence in concrete structures or buildings and that structing materls

Info

Publication number: WO2007111420A1
Application number: PCT/KR2007/001120
Authority: WO
Inventors: Sangkwan Han
Original assignee: Sangkwan Han
Priority date: 2006-03-18
Filing date: 2007-03-07
Publication date: 2007-10-04

Abstract

The invention herein is able to remove or neutralize toxicity of cement used for concrete structure by the method forming space parts in concrete structure such as building, fish nest, fishway, etc, and filling or discharging water, soil, and other soil composites which are able to remove or neutralize toxicity of cement several times, and since sediments generated during the process of discharging fill the space parts, it is able to reinforce the strength of concrete structure, this invention also include construction method which constructs a building with forming the building with removing inorganic or organic toxicity contained in insulating property enhanced concrete structures or buildings.

Description

METHOD TO CONSTRUCT BUILDINGS USING METHOD TO COUNTERACT OR REMOVE VIRLENCE IN CONCRETE STRUCTURES OR BUILDINGS AND THAT STRUCTING

MATERLS Technical Field

[1] The invention herein is about the method to construct buildings using method to counteract or remove virulence in concrete structures or buildings and that structing materials. To be more specific, when constructing structures such as house, building, school, office, artificial fishing banks, fishways, etc, it removes or neutralizes toxicity contained in each structures in accordance with filling water, aromatic compounds, neutralizing liquid substance, soil compound, etc, to enable to promote the health of users, and protect natural environment. Background Art

[2] Concrete structure is frequently applied for house, building, school, office, etc, and it is also applied in various forms such as artificial fishing banks, retaining walls, fishways, etc.

[3] However, it is true that cement contained in concrete structure continuously emits toxic materials such as radon, ammonia and formaldehyde, which A patent registration number 10-0557007 was developed for the method which removes toxicity generated from concrete structure, however, it is disadvantageous that it consumes a long time to remove or neutralize toxicity of cement contained in concrete structure owing to its complicate procedures.

[4] There is another method which purifies the air in the room using an air cleaner, however, it is disadvantageous since its function is correctly carried out only if air filtering plate of air cleaner is frequently washed, and also not available for permanent use.

[5] As an additional method, which removes toxic substances such as formaldehyde by applying photocatalyst coating on the wall of a building, this method is not able to originally protects the phenomenon which the moisture mixed in the air is contracted owing to temperature difference in and out of concrete structure, so that it is seriously disadvantageous not to completely remove toxic substances.

[6] Moreover, since fish nest, which toxicity of cement contained in concrete is not removed, is inserted into sea water, it was seriously disadvantageous that it contaminates the quality of sea water and deters adhesion of marine algae on fish nest for a certain period, which causes fishes not to inhabits in the area.

[7] In case of forming the structure by woods only, there are large types of toxic substances, and a numerous number of toxic substance are included in all materials of structure, which harms the health of human being by leaving the materials in open-air. Disclosure of Invention Technical Problem

[8] The invention herein is originated to resolve the problems above, which provides a construction method to remove or neutralize toxicity of concrete contained in all construction structures using the method which makes artificial hole in the middle of concrete structure using pipe, block, mold, etc, during constructing concrete structure built by concrete mortar, and fills soil compounds into a hole.

[9] In other words, it removes or neutralizes organic or inorganic toxic substances contained in all component materials forming toxicity and structure by heating the structure built by concrete, wood or blocks to discharge toxic substances, and re-input fresh air or steam element to promote the health of users. Technical Solution

[10] The invention herein promotes the health of users and protects natural environment with removing and neutralizing toxicity contained in each structure by making artificial space in a structure such as house, building, school, office, etc, and artificial fishing banks or fishways, and filling water, liquid materials which has neutralizing characteristic, soil compound, etc.

Advantageous Effects

[11] Since the invention herein forms a space at inside of building, fish nest, fishways, etc, made by concrete structure using pipes, block, mold, etc, and fills and discharges soil compounds including water, soil and other materials which are able to remove or neutralize toxicity several time to remove or neutralize the toxicity of cement, and sediments generated during inserting/discharging soil compounds several times is to fill the space, it is advantageous to reinforce the strength of concrete structure, and enhance insulation performance.

[12] Moreover, since water or soil compounds are mixed during the process of cement toxicity removal or neutralization, material exchange operation between concrete structure and water or soil compounds can be forcibly carried out, moreover, since water or soil compounds are heated, harmful toxic substances included in window frames, windows and other materials applied during the construction of building or concrete structure by osmotic pressure like boiling laundry, and since, after passing through cooling procedure, water or soil compounds near cooling part stay in relatively low temperature while a part of other water and soil compounds stays in high temperature, contact between concrete structure and water or soil compounds become more active owing to convection effect, so that toxicity of cement is more actively removed or neutralized in this process.

[13] Moreover, since the invention adds herein airtight containers, bags, panel, etc on the exterior of concrete structure, and insert/discharges soil compounds including pure water, water, soil and other materials which are able to remove or neutralize toxicity of cement several times into it, toxicity of construction materials and cement included in construction component materials which is used to connect, adhere or paint construction materials and inorganic and organic toxicity included in all materials used to structure the building above can be removed or neutralized. Brief Description of the Drawings

[14] Fig. 1 is an execution example drawing of pipe assembly body applied to concrete structures in accordance with # 1 execution example of the invention herein.

[15] Fig. 2 is an sectioned drawing which pipe assembly body showed in Fig. 1 is applied.

[16] Fig. 3 is an sectioned drawing of bricks which pipe assembly body showed in Fig. 2 are applied.

[17] Fig. 4 is an sectioned drawing of a building using bricks in Fig. 3.

[18] Fig. 5 is a different execution example drawing of pipe assembly body applied to concrete structure in accordance with # 1 execution example of this invention.

[19] Fig. 6 is a sectioned drawing of a building which pipe assembly body is applied indicated in Fig. 5.

[20] Fig. 7 is a sectioned drawing of a brick which pipe assembly body is applied indicated in Fig. 5.

[21] Fig. 8 is a sectioned drawing of a building built by bricks in Fig. 7.

[22] Fig. 9 is a sectioned drawing of a pipe applied to # 2 execution example of this invention.

[23] Fig. 10 is a sectioned drawing of a construction state of a concrete structure in accordance with # 2 execution example of this invention.

[24] Fig. 11 is an execution example drawing which removes or neutralizes cement toxicity of concrete structure in accordance with # 2 execution example of this Fig. 12 is an execution example drawing of concrete structure built by # 2 execution example of this invention.

[25] Fig. 13 is a different execution example drawing which removes or neutralizes cement toxicity of concrete structure in accordance with # 2 execution example of this invention.

[26] Fig. 14 is a different execution example drawing of concrete structure built by # 2 execution example of this invention. [27] Fig. 15 is a sectioned drawing of building structured in accordance with # 4 execution example of this invention. [28] Fig. 16 is a state sectioned drawing which soil composite is filled in a space structured in accordance with # execution example of this invention. [29] Fig. 17 is a state sectioned drawing which soil composite inserts air, water or liquid in a space structured at the wall, ceiling or floor of a building in accordance with # execution example of this invention. [30] Fig. 18 is a state sectioned drawing which soil composite insert of soil composite in a space structured at the wall, ceiling or floor of the building is completed in accordance with # execution example of this invention. [31] Fig. 19 is a state sectioned drawing which a propeller is inserted in a space structured at the wall, ceiling or floor of a building in accordance with # 4 execution example of this invention. [32] Fig. 20 is a state sectioned drawing which a freezer or heater are inserted in a space structured at the wall, ceiling or floor of a building in accordance with # 4 execution example of this invention. [33] Fig. 21 is a state sectioned drawing which soil composite is filled and finished at a space structured at the wall, ceiling or floor of a building in accordance with # 4 execution example of this invention. [34] Fig. 22 is an execution example drawing of block structured in accordance with # 5 execution example of this invention.

[35] Fig. 23 is a construction state plan sectioned drawing of a block shown in Fig. 22.

[36] Fig. 24 is a construction state front view of a block shown in Fig. 22.

[37] Fig. 25 is a different execution example drawing of a block structured in accordance with # 5 execution example of this invention.

[38] Fig. 26 is a construction state plan sectioned drawing of a block shown in Fig. 25.

[39] Fig. 27 is a construction state side section drawing of a block shown in Fig. 25.

[40] Fig. 28 is a sectioned drawing of knockdown building structured in accordance with

# 6 execution example of this invention. [41] Fig. 29 is a wall sectioned drawing of a building in accordance with # 7 execution example of this invention. [42] 30 is a floor sectioned drawing of a building in accordance with # 7 execution example of this invention. [43] Fig. 31 is a different wall sectioned drawing of a building in accordance with # 7 execution example of this invention. [44] Fig. 32 is underfloor-heating panel installed state sectioned drawing at the floor of a building constructed in accordance with this invention. [45] Fig. 33 is a wall sectioned drawing of a building in accordance with # 8 execution example of this invention. [46] Fig. 34 is a framework autogenous welding drawing of fish nest structured in accordance with # 9 execution example of this invention. [47] Fig. 35 is a autogenous welding drawing for installation of fish nest structured in accordance with # 9 execution example of this invention.

[48] Fig. 36 is a state sectioned drawing which a pipe is inserted during fish nest installation structured in accordance with # 9 execution example of this invention. [49] Fig. 37 is a state sectioned drawing which a pipe is removed during fish nest installation structured in accordance with # 9 execution example of this invention. [50] Fig. 38 is a state front sectioned drawing which a pipe is removed and soil composite is filled in the space during fish nest installation structured in accordance with # 9 execution example of this invention. [51] Fig. 39 is a state plane sectioned drawing which a pipe is removed and soil composite is filled in the space during fish nest installation structured in accordance with # 9 execution example of this invention. [52] Fig. 40 is a sectioned drawing of fishway structured in accordance with # 10 execution example of this invention. [53] Fig. 41 is a state sectioned drawing which a pipe is inserted for the installation of fishway in accordance with # 10 execution example of this invention. [54] Fig. 42 is a state sectioned drawing which a pipe is removed for the installation of fishway in accordance with # 10 execution example of this invention. [55] Fig. 43 is a construction state sectioned drawing of execution example which forms a space using a block at a building in accordance with # 11 execution example of this invention.

[56] Fig. 44 is a state sectioned drawing of construction completion of Fig. 43.

[57] Fig. 45 is an execution example showing masonry bond state of block applied to

Fig. 43. [58] Fig. 46 is a different execution example showing masonry bond state of block applied to Fig. 43. [59] Fig. 47 is a construction state sectioned drawing of a different execution example forming a space part using a block at a building in accordance with # 12 execution example of this invention.

[60] Fig. 48 is a state sectioned drawing of construction completion of Fig. 47.

[61] Fig. 49 is an example drawing which a round obstacle sill is structured at the upper part within a block applied to Fig. 47. [62] Fig. 50 is an example drawing of a block which has a round obstacle at the upper part harmonized with Fig. 49. [63] Fig. 51 is an example drawing which has a round obstacle at the upper part and irregular grooves at the exterior within blocks applied to Fig. 47. [64] Fig. 52 is an example drawing of a block which has a round obstacle at the upper part and irregular grooves at the exterior harmonized with Fig. 49. [65] Fig. 53 is a masonry bon conditioned autogenous welding drawing of each block along Fig. 51 and 52. [66] Fig. 54 is an example drawing which has rectangular obstacle formed at the upper part within blocks applied to Fig. 47. [67] Fig. 55 is an example drawing of a block which has a rectangular obstacle at the upper part harmonized with Fig.54. [68] Fig. 56 is an example drawing of blocks applied to Fig. 47, which an obstacle is formed at the upper part and irregular grooves are formed at the exterior. [69] Fig. 57 is an example drawing of rectangular blocks harmonized to Fig. 56, which an obstacle is formed at the upper part and irregular grooves are formed at the exterior. [70] Fig. 58 is a masonry bond conditioned autogenous welding drawing of each block along Fig. 56 and 57. [71] Fig. 59 is a plane sectioned drawing of constructed building along # 13 execution example of this invention. [72] Fig. 60 is a plane sectioned drawing of a mold which installed a mold inside of it along # 13 execution example of this invention. [73] Fig. 61 is a plane sectioned drawing of a mold which removed a mold inside of it along # 13 execution example of this invention. [74] Fig. 62 is a plane sectioned drawing of a mold which removed a mold inside of it along # 13 execution example of this invention. [75] Fig. 63 is a state sectioned drawing which removed a mold and filled soil composite within the space for construction along # 13 execution example of this invention. [76] Fig. 64 is a front sectioned drawing of a building which its construction is completed along # 13 execution example of this invention. [77] 65 is a sectioned drawing of a building along # 14 execution example of this invention. [78] Fig. 66 is a sectioned drawing of a building along # 15 execution example of this invention. [79] Fig. 67 is a sectioned drawing of a building along # 16 execution example of this invention. [80] Fig. 68 is a sectioned drawing of a building along # 17 execution example of this invention. [81] Fig. 69 is a sectioned drawing of a building along # 18 execution example of this invention. [82] Fig. 70 is a sectioned drawing of a building along a different execution example to

# 18 execution example of this invention. [83] Fig. 71 is an inner structure sectioned drawing of subway station building along #

19 execution example of this invention. [84] Fig. 72 is an inner structure sectioned drawing of subway station building along a different execution example to # 19 execution example of this invention. [85] Fig. 73 is a sectioned drawing of a column along # 20 execution example of this invention.

[86] *** Explanation of symbols for principal parts of drawing ***

[87] 1,32 : Packing paper l',76 : remover 2,2', 77,11 : pipe

[88] 3,56 : insertion component 4 : brick 5,22 : hole

[89] 6 : the wall of building 7 : floor 8 : water or liquid

[90] 9 : groove 21,55 : concrete mortar 22,114 : hole

[91] 33,124 : mold 58,115: soil composite 78,778 : space part

[92] 79 : joint component 88 : liquid inlet hole 98 : liquid supply bucket

[93] 99 : pressuring pump 99' : air pump 111,221,888,889 : block

[94] 112,113,116,117,885 : irregular groove 118 : partition

[95] 121 : fish nest 211,441 : heater 211',441' : freezer

[96] 222 : panel 222' : airtight container 223 : fixing component

[97] 224,773 : inlet pipe 225,557 : outlet pipe 227 : liquid

[98] 228,556 : outlet valve 229 : bag 233 : liquid prop

[99] 331 mixer 333 : propeller axis 334 : propeller

[100] 335 still water band 338 : inner mold 442 : power

[101] 445 binding wire 446 : propping wood 447 : connection band

[102] 448 iron bar 551 : finishing materials 555 : liquid pump

[103] 558 capacity reducing block 600 : outlet pipe 601 : outlet valve

[104] 771 container 772 : heater or burner 774 : inlet valve

[105] 777 building 778 : injector 00 : subway station building

[106] 801 gate 810 : subway station gate 820 : column

[107] 880 hummock 887 : obstacle 991 : fishway

[108] 996 heating pipe 998 : underfloor heating panel

Best Mode for Carrying Out the Invention

[109] For toxicity removal method of cement contained in concrete structure in accordance with this invention, space parts are artificially formed in concrete structure using components such as pipe, block, mold, etc, during constructing building, artificial fishing banks, fish nest, fishways and others which form concrete structure, and insert toxicity removal substance or neutralizing materials to remove or neutralize toxicity of cement which is a main material of concrete structure. Mode for the Invention

[110] The invention herein is explained in detail along execution examples and attached drawings as below,

[111]

[112] [# 1 execution example]

[113] Fig 1 is an execution example drawing of pipe assembly body applied to concrete structure in accordance with # 1 execution example, Fig. 2 is an sectioned drawing which pipe assembly body showed in Fig. 1 is applied, Fig. 3 is an sectioned drawing of bricks which pipe assembly body showed in Fig. 1 are applied, Fig. 4 is an sectioned drawing of a building using bricks in Fig. 3, Fig. 5 is a different execution example drawing of pipe assembly body applied to concrete structure in accordance with # 1 execution example of this invention, Fig. 6 is a sectioned drawing of a building which pipe assembly body is applied indicated in Fig. 5, Fig. 7 is a sectioned drawing of a brick which pipe assembly body is applied indicated in Fig. 5, and Fig. 8 is a sectioned drawing of a building built by bricks in Fig. 7.

[114] A pipe assembled body applied to # 1 execution example of this invention, as it is shown in Fig. 1, is to artificially forms space part when the wall of building(6), ceiling or floor(7) are build in a building using concrete mortar, or to artificially forms space part at brick(4) made by concrete mortar(21), there are a number of holes(5) are made to go through inner and outer area at # 1 pipe(2) of pipe assembled body, insertion components(3) made by mineral substances such as cotton, textile, chemical fiber, char, sand, soil or hydrated materials such as grinded materials of plant, pulp sludge, etc, are filled, and packing paper(l) made by non woven fabric, fabric or sponge is covered at exterior of # 1 pipe(2), and # 2 pipe (11) which has a number of holes(22) to pass through inner and outer area like # 1 pipe (2) and has bigger outer diameter is fixed at outer of # 1 pipe (2).

[115] Of course, pipe assembled body applied to # 1 execution example of this invention can be variously formulated beside the ways above, for instance, insertion component(3) can be made with inlet hole(88) in the middle with projecting insertion component, which allows water or liquid insertion, and filled in # lpipe(2), and also packing paper(32) can be additionally applied at the exterior of # 2pipe(l 1).

[116] Moreover, since insertion component(3) applied to # 1 execution example can be formed by mineral materials such as textile, rag, paper, fiber made by a number of threads, sand, mineral filler, soil, etc, and vegetable materials such as charcoal, chrysanthemum, chrysanthemum stems, etc, these modified formation can be also parted in the range of the right of this invention. [117] When pipe assembled bodies completed as above are applied for real operation, pipe assembled body is installed between iron bar frames and mold(33), concrete mortar(21) is installed with input liquid(8) or water which contains a substance to neutralize toxicity of concrete through inlet hole located in a different part of a small amount of insertion component(3) which has hydrous property, after 10 hours from the completion of concrete mortar(21) installation, pure water or a liquid containing a substance which neutralizes toxicity of concrete or pure water is inserted to # 1 pipe(2) for 5-50 hours at least 3 times, and input liquid (8) will be absorbed to the wall of building(6), ceiling or floor(7) made by concrete through the hole(5) (22) in # 2 pipe(l 1) and packing paper(l)(32) folding pipe(2)(l 1) with natural osmotic pressure which enables to neutralize or remove toxicity of cement in concrete structure.

[118] When the liquid(8) containing pure water or the substance which neutralizes toxicity of concrete through inlet hole of # 1 pipe(2), it should be carried out continually within a certain period using a small sized hose, since the toxicity took out from concrete structure can be absorbed again to concrete structure after a while, if water or liquid (8) is stagnant in hole(5)(22).

[119]

[120] *Moreover, although pure water or the liquid which contains a substance neutralizing toxicity of concrete can be used at normal temperature, however, it is favorable to insert with warm temperature by heating water or liquid(8) which makes toxicity substance more activated in concrete structure.

[121] Moreover, the reason of input water or liquid(8) at insertion component(3) which is inserted into # lpipe(2) is because the materials once absorbed moisture are not able to absorb additional moisture, therefore, the strength of concrete structure can be sustained since there is no change of moisture in concrete mortar(21) although concrete mortar(21) is installed, and because of osmotic pressure makes material exchange in concrete mortar(21) so that toxicity of cement contained in concrete mortar is neutralized or removed.

[122] From the procedure above, after water or liquid(8) input procedure which removes or neutralizes toxicity of concrete mortar(21), soil composite which is made by mixing water 30~60wt% and soil 40~70wt% is completely filled in # 1 pipe(2), a hole(5) in # 1 pipe(2), a hole(22) in # 2pipe(l 1) with filling soil composite 2-6 times, which enhances the reinforcement of building strength and insulation of building, and steadily neutralizes or removes a small amount of harmful substance possibly discharged from the building.

[123] In other hand, pipe assembled body in accordance with # 1 execution example can be applied to bricks made by concrete mortar as well as construction of building through concrete mortar, when a brick(4) is made using concrete mortar(21), if pipe assembled body is installed at groove(9) after forming groove(9) at the side of brick(4), it will become the shape of Fig. 3 or 7.

[124] Afterward, it is finished by the procedures from inserting water or liquid(8) to absorb moisture through another side of inlet hole and blocking the inlet hole of # lpipe(2), filling and curing concrete mortar(21) in groove(9), constructing building shown in Fig. 4 or 8, inserting water or liquid(8) for 3 times with time interval, and filling soil composite(5) into pipe.

[125] From this procedure, when building is constructed with concrete mortar(21), it will bring the same effect and efficiency to form space part through pipe assembled body, and a large portion of cement toxicity can be removed or neutralized by water or liquid(8) filled by pipe assembled body, enhances the strength and insulation of building by soil composite filled at the last stage, and a small amount of harmful substance discharged from building can be neutralized or removed during the process of steady contacting with soil composite.

[126] The materials of each pipe(2)(l 1) applied to # 1 execution example of this invention can be variously changed, moreover, the shape of pipe(2)(l 1) is not restricted to one shape or type. Moreover, the material of packing paper(l)(32) covering the outer surface of pipe(2)(l 1) can be variously changed to any materials existing on the earth if it is able to carry out materials exchange through moisture.

[127] Moreover, the number of covering pipe(2)(l 1) through packing paper(l)(32) is not restricted to 1 time only, it can be varied if necessary, so that design modification of covering the outer surface of pipe(2)(l 1) is a part of the scope of the patent right herein.

[128] Moreover, water emitting fabric which discharges moisture from inside to outside however does not absorb moisture from outside to inside can be used for the material of packing paper(l)(32) covering the exterior of pipe(2)(l 1), this type of design modification is parted in the right scope of this invention.

[129] The materials which removes or neutralizes cement toxicity applied to # 1 execution example of this invention can be made by a powder of ceramic materials such as elvan, zeolite, etc, or other similar functioned chemical materials, and it should be made by powder or liquid available for composition regardless of its type and portion of mixing. Liquid(8) used to remove concrete toxicity which can be variously composited or produced by a manufacturer in this industry with design modification is parted in the right of this patent, so that imitation of this technology should be punished within this right.

[130] Moreover, technologies which covers the exterior of pipe(2)(l 1) by packing paper(l)(32) can be variously modified, so that modified technologies for the materials of packing paper(l)(32) should be parted in the right of this invention. [131] The number and shape of hole(5)(22) made for pipe(2)(l l) can be varied, so that its design modification should be parted in the right of this invention.

[132] Moreover, the shape of brick(4) applied for this invention can be variously modified, so that modification of brick shape should be parted in the right of this invention.

[133] Moreover, arrangement location, order and number of pipe assembled body made by formation method of this invention can be modified, so that its design modification should be parted in the right of this invention.

[134] Moreover, the materials filling, mixture of liquid and mineral materials, # lpipe(2) and # 2 pipe(l 1), used in the process of removing or neutralizing toxicity of building can be made by all materials on the earth, so that its design modification should be parted in the right of this invention.

[135]

[136] [# 2 execution example]

[137] Fig. 9 is a sectioned drawing of pipe assembled body applied to # 2 execution example, Fig. 10 is a construction state sectioned drawing of concrete structure in accordance with # 2 execution example, Fig. 11 is an execution example drawing of removing or neutralizing cement toxicity of concrete structure in accordance with # 2 execution example, Fig. 12 is an execution example drawing of concrete structure built in accordance with # 2 execution example, Fig. 13 is a different execution example drawing of removing or neutralizing cement toxicity of concrete structure in accordance with # 2 execution example, and Fig. 14 is a different execution example drawing of built in accordance with # 2 execution example.

[138] For the pipe assembled body in accordance with # 2 execution example of this invention shown in Fig. 9, hole(5) is formed at pipe(2'), and packing paper(l) made by sponge, felt, paper or hydrous materials like fabric is covered at the exterior of pipe(2') 1 or 3 plies. Remover(l') made by lubricant emulsion is coated at the surface of the packing paper(l) mentioned above, and the same packing paper(l) is covered at the top. Concrete mortar(55) made by the mixture of 20~50wt% of water, 50~80wt% of cement and 20~30wt% of sand is applied on the surface of packing paper(l) with 3~20mm thick, and pipe(2') is dried and cured to allow adhesion of concrete mortar(55) on packing paper(l).

[139] To keep the shape of pipe(2') of pipe assembled body which its dry-cure is completed, a pole made by rubber, iron, plastic resin or wood, or air tube shaped insertion component(56) made by rubber, vinyl, plastic, etc, are inserted in pipe(2'), and this pipe assembled body is installed between iron bars with certain distance to build the wall of building(6), ceiling or floor(7) to connect iron bar and pipe assembled body. Since there is a limit of pipe(2') length, pipe(2') is connected by connection sockets(87) to form pipe assembled body.

[140] Henceforth, mold(33) is connected to the exterior of iron bar frame which pipe assembled body is fixed, and concrete mortar(21) is installed and cured at a mold(33) to complete the frame of building, insertion component(56) is removed from pipe assembled body inserted in a building, pressuring pump(99) is connected using connection socket(77) at the end of pipe(2') and liquid supply bucket(98) which collectively mixed composite liquid of water, vegetable materials and mineral materials is contained to remove or neutralize concrete toxicity at pressuring pump(99). By inserting water or liquid which removes or neutralizes concrete toxicity in pipe(2') inserted in a building using pressuring pump(99) more than 3 times for 5-24 hours, the liquid is absorbed into concrete structure with passing through hole(5) of pipe(2') and packing paper(l).

[141] When water or liquid which contains concrete toxicity neutralizing materials is inserted in pipe(2'), it should be continually inserted or discharged, since if water or liquid is stagnant in a hole(5), the toxicity component took out from concrete structure can be permeated into a concrete structure again, so that it is very important to discharge it with extraction of toxicity component.

[142] Moreover, water or liquid which contains concrete toxicity neutralizing materials can be used in normal temperature, however, it is more favorable to use with heating to activate toxicity of concrete structure for easier extraction.

[143] After removing pressuring pump(99) from pipe(2'), with running air pump for 2-20 hours, a slight amount of liquid remained in pipe(2') passes through the wall of building(6), ceiling or floor(7), so that harmful substance exposed to the exterior of building is cleaned. After air injection is finished, air pump is separated and from the pipe(2'), its end is sealed to enhance insulation of building by the air filled in the pipe.

[144] This process enables to remove or neutralize cement toxicity by physical and chemical methods with enhancing insulation performance of a building.

[145] At this moment, the materials for pressuring pump(99), liquid, air pump, pipe(2'), insertion component(56) inserted in pipe(2'), and packing paper(l) covering the exterior of pipe(2') can be any materials at the earth, so that design modification of these materials should be parted in the right of this invention.

[146] Moreover, since operation time of pressuring pump or air pump can be freely changed, so that design modification for this should be parted in the right of this invention.

[147] Moreover, since the method which supplies the water by water pump or other artificial ways without using pressuring pump into pipe(2') can enable to achieve the effect of this invention, this method should be parted in the right of this invention.

[148] Moreover, the method which removes or neutralizes cement toxicity by supplying air or liquid by a pump installed at holes of wall(6), ceiling or floor(7), column, stairways, composite panel used for forming the building, or block should be parted in the right of this invention.

[149]

[150] [# 3 execution example]

[151] # 3 execution example of this invention more effectively removes or neutralizes toxicity of cement with changing the contents or insertion method of contents after forming pipe assembled body in the inside of the wall of building(6), ceiling or floor(7) like # 1 execution example or # 2 execution example.

[152] Soil composite mixed with 10 ~ 60wt% of water, 40 ~ 90wt% of soil and charcoal 5

~ 20wt% is inserted in pipe(2 or 2') of pipe assembled body after 5-40 hours from the installation of concrete mortar(21) with installation of mold and fixing pipe assembled body at iron bar frame for building the wall of building(6), ceiling or floor(7), or 5-50 hours from the completion of masonry bond of brick, and after 1-10 hours, the same soil composite is inserted in pipe(2 or 2') for the 2nd time. After 1-10 hours, the inlet of pipe(2 or 2') is sealed by soil composite which 5 - 20wt% of water and 95 - 80wt% of soil is mixed.

[153] Cement toxicity contained in concrete mortar or brick which is a major component of the wall of building(6), ceiling or floor(7) is removed or neutralized from this process. Since the method or soil composite insertion and materials for soil composite can be variously modified, the modification to build the building with removing toxicity of cement should be a part of the right of this invention.

[154] Moreover, the ratio of soil composite can be modified and the material to mix with soil can be changed to any materials on the earth, its design modification should be parted in the right of this invention.

[155]

[156] [# 4 execution example]

[157] Fig. 15 is a sectioned drawing of a building formed by # 4 execution example, Fig.

16 is a state sectioned drawing which soil composite is filled at space part formed in accordance with # 4 execution example of this invention, Fig. 17 is a state sectioned drawing which water or liquid is inserted in space part which forms wall, ceiling or floor of a building in accordance with # 4 execution example, Fig. 18 is a state sectioned drawing which insertion of soil composite into space part is completed in accordance with # 4 execution example, Fig. 19 is a state sectioned drawing which propeller is inserted in space part which forms wall, ceiling or floor of a building in accordance with # 4 execution example, Fig. 20 is a state sectioned drawing which freezer or heater is inserted in a space part which forms wall, ceiling or floor of a building in accordance with # 4 execution example, and Fig. 21 is a state sectioned drawing which soil composite is filled and finished in a space part which forms wall, ceiling or floor of a building in accordance with # 4 execution example.

[158] As it is shown in figures, to forms a space part(78) in he wall of building(6), ceiling or floor(7), remover(76) made by fabric, paper, felt, and lubricant emulsion is attached or coated, pipe(77) covered by remover(76) is arranged and connected between iron bar frames made by H beam or iron bars, concrete mortar(21) is installed and cured in a mold which is connected at the exterior of pipe(77) and iron bar frames, and forms a space part with removing pipe(77) installed in concrete mortar(21) for 5-50 hours.

[159] Henceforth, after installing prop(332) at upper part of space part(78), install mixer(331) with installing propeller axis(333) and propeller(334) connected to mixer(331) into space part(78), insert water or liquid composited to remove or neutralize concrete toxicity in space part(78) for 5-50 hours, and forcibly mix it to cause physical and chemical reaction between inserted water or liquidD concrete in space part(78).

[160] Outlet pipe(225) which has outlet valve(228) is connected to the lower part of space part(78) during space part(78) forming process to connect to space part(78), and when a mixer(331) is installed at the upper part of space part(78), it should be rightly connected not to leak the air through joint component(79) by connecting air pump(99') between mixer(331) and space part(78).

[161] At this moment, when water or liquid which contains concrete toxicity neutralizing component is inserted in space part(78), it should be continually inserted within a certain period using a small hose, and discharged through outlet pipe(225) with opening outlet valve(228), since if water or liquid is stagnant in space part(78), toxicity extracted from concrete structure can be permeated to concrete structure as time goes by, so that it is very important to discharge toxicity components.

[162] Moreover, although pure water or liquid containing neutralizer of concrete toxicity can be applied in normal temperature, it is more favorable to heat water or liquid for the activation of toxicity components in concrete structure and easier extraction.

[163] After finishing the mixing process above, air is forcibly injected in a space part(78) with operating air pump(99') for 1-20 hours to dry the inside of space part(78), and after finishing the process above, joint component(79) and air pump(99) are separated at space part(78). Soil composite(58) is mixed by propeller(334) of mixer(331) with inserting a material made by the mixture of 40 - 90wt% of soil, 10 - 60wt% of water and charcoal or other grinded vegetable, or 1 - 10wt% of mineral material, and toxicity contained in concrete structure is removed or neutralized within this process.

[164] After mixing soil composite(58), operate a heater(441) for 2-5 hours to reach

60~100°C for the temperature of soil composite(58), and soil composite(58) is discharged through outlet pipe(225) with opening outlet valve(228). Then, the same soil composite(58) is re-inserted to space part(78), freezer(441') connected to the power(442) is applied again, and operate mixer(331) and freezer(441') for 1-5 hours to reach the temperature of soil composite(58) to 0.5 ~ 5⁰C with operating propeller(334) and freezer(441').

[165] After completing the processes above, soil composite(58) is discharged through outlet pipe(225) with opening outlet valve(228), soil composite(58) filled in space part(78) is mixed with rotating propeller(334) for 1-5 hours with operating a mixer(331) after filling the same soil composite(58) above in a space part(78). After finishing the process above, it should be stabilized for 1 - 5 hours to settle soil composite(58), and the height of mixer(331) is gradually risen along the height of soil composite(58) with inserting soil composite(58) 2 - 6 times at space part(78). A mixer(331) and propeller(334) are removed from space part(78) when soil composite(58) is fully filled in a space part(78), so that removal or neutralization of cement toxicity is continually made with filling finishing materials(551) at the end of space part(78) with enhancing insulation of a building.

[166] Therefore, with physical method to act on a building, removing or neutralizing cement toxicity contained in a building and enhancing insulation performance of a building is achieved from the process above.

[167] Moreover, mixing process through a propeller(334), heating process through a hea ter(441) and cooling process through a freezer(441') is not limited to # 4 execution example of this invention but to applicable for # 1 execution example or # 3 execution example.

[168] Moreover, if soil composite(58) is inserted to a space part formed at space part(78) or brick made in a building, water mixed with soil is naturally absorbed into a building or brick, so that cement toxicity of a building and brick is removed or neutralized not to harm people living in a building.

[169] Moreover, a number of pipe(77) and space part(78) installed in a building can be changed, and its size can be changed too. Since any types of materials on the earth can be applied for the materials of pipe(77) inserted in a mold to form a space part(78), if it secures its shape performance, and the change of the shape and portion of materials used for pipe(77) or space part(78), so that these design modification should be a part of the right of this invention.

[170] Moreover, the shape of pipe(77) can be spiral, reverse-triangle, cone shaped to easily remove from the building, and any shape of pipe(77) can be divided to 2 or 3 pieces with inserting a wedge, and remove the wedge for more comfortable removing the pipe which can be a part of the right of this invention.

[171] Moreover, since the technologies in this invention can be applicable for a knockdown building, the method of complete sealing the inside of holes using gradual inserting of soil composite or forming holes in a knockdown building can be a part of the right of this invention.

[172] Moreover, if there is a vibration or rotation for 2-6 times is applied to a pipe(77) after passing 30 minutes to 3 hours of installation of concrete mortar(21) with inserting a pipe(77) in a mold(33), the pipe(77) can be easily removed from a building since it forms a slight space around the pipe(77), which should be a part of the right of this invention.

[173]

[174] [# 5 execution example]

[175] Fig. 22 is an execution example drawing of a block formed in accordance with # 5 execution example of this invention, Fig. 23 is a plane sectioned drawing of construction state for the block shown in Fig. 22, Fig. 24 is a front drawing of construction state for the block shown in Fig. 22, Fig. 25 is a different execution example drawing of the block formed in accordance with # 5 execution example of this invention, Fig. 26 is a construction state side sectioned drawing shown in Fig. 25, and Fig. 27 is a construction state side sectioned drawing of the block shown in Fig. 25.

[176] # 5 execution example of this invention is to remove concrete toxicity with filling soil composite in a block which is a mixture of water, soil and charcoal not to generate harmful components produced from concrete block during constructing a building using concrete block made by concrete mortar, and enhance insulation performance.

[177] The block(l 11) applied to # 5 execution example of this invention forms c shaped irregular groove(l 12) at the both ends shown in Fig. 22 and 24, and U shaped irregular groove(l 13) is formed at the upper end.

[178] The reason of forming irregular groove(l 12)(113) at the both ends and upper end of block(l 11) is to make easier adhesion for block(l 11) and block(l 11) by masonry bond type mortar used for masonry bonding than conventional block structure.

[179] When a building is newly constructed using the block(l 11) above, soil composite(l 15) is made by mixing 10 ~ 60wt% of water and 40 ~ 90wt% of soil and charcoal which has 1 ~ 10wt% of water and other components, and it is filled at hole(114) of block(l l l).

[180] The method of filling soil composite(l 15) is carried out as below not to make a gap in a hole(114) of block(l l l).

[181] Firstly, 5-20 hours after masonry bonding of block( 111 ) is completed, if soil composite(l 15) is filled in a hole(l 14) 5-50 hours after plastering the exterior of block(l 11) with concrete mortar, solid components within soil composite(l 15) will be settled with uniform thickness in a hole(l 14) formed in block(l 11) 5-10 hours after with evaporating or discharging water or liquid out of block(l 11), and the hole(l 14) is completely filled by soil composite(l 15) with repeating 2-4 times with certain time distance.

[182] Therefore, toxicity of cement contained in a block( 111) used to form a wall of house, building, school or office is removed or lessened during the process of filling soil composite(l 15) in a block(l 11), and if soil composite(l 15) is filled in a hole(l 14) of a block(l 11), water in soil composite is naturally absorbed to a block(l 11) made by concrete mortar by osmotic effect, which removes or lessens cement toxicity, also which enhances the health of residing human beings with enhancing the strength and insulation effect of a building owing to a fine-density soil composite(l 15) filled in a hole9114) of block(l l l).

[183] Fig. 25 and 27 shows a building constructed by a different execution example to # 5 execution example of this invention, which this block(l 11) is identical to the block(l 11) shown in Fig. 22, however, showing the difference in terms of more developed U-shaped irregular groove(l 16)(117) at upper and lower part of block(l 11) partition(l 18), which becomes a passage equally passing soil composite(l 15) to other vicinity holes(l 14) when soil composite(l 15) is filled in a hole(l 14) after masonry bonding of blocks (111).

[184] Since conventional block or soil-baked blocks can be applied to a block(l 11) applied in this invention, moreover, the structure of irregular groove(l 16)(117) placed in the center of block(l 11) can be variously modified, these design modification should be parted in the right of this invention.

[185] Moreover, when masonry bonding is carried out for baked-block, cement toxicity contained in concrete mortar used as an adhesive agent can naturally removed or lessened.

[186] Moreover, since any materials on the earth can be applied for soil composite(l 15) filled in a hole9114) of block(l 11) with different compound methods, its design modifications should be parted in the right of this invention.

[187] Since any materials such as decomposed granite soil, mud, loess can be applied for a soil material, the effect of this invention can be achieved although one of those materials is changed, so that this type of modification should be parted in the right of this invention.

[188] Moreover, since any materials on the earth or chemical or mineral or vegetable material or their compounded materials can be applied for the materials filled in a hole(l 14), this type of design modification should be parted in the right of this invention.

[189] [# 6 execution example]

[190] Fig. 28 is a sectioned drawing of knockdown building made in accordance with # 6 execution example of this invention.

[191] As it is shown in the figure, when concrete panel(6') used in a knockdown building is produced as it is shown in # 1 execution example and # 3 execution example of this invention, fill soil composite in pipe assembled body in a mold, forms space part(78) in a mold with inserting a pipe(77) and removing a pipe in post-process and insert soil composite in a space part(78) 2-5 times, which was made by soil 50 ~ 90wt% and water 10 ~ 50wt% or soil composite made by charcoal or 0.5 ~ 15wt of fragrance generating vegetable material to form knockdown type concrete panel(6') to remove or neutralize cement toxicity contained in knockdown type concrete panel(6') and to enhance the strength and insulation performance of building through soil composite with fine density filled in pipe assembled body or space part(78).

[192] This method constructs a building by assembly of produced knockdown concrete panels(β') using the method in # 1 execution example and # 4 execution example, although there is a difference to # 1 execution example and # 4 execution example in construction method, however, knockdown concrete panels(β') itself is made by concrete structure in these execution examples, and soil composite is filled in pipe assembled body or space part of concrete structure, it shows the same effect in removing and neutralizing cement toxicity contained in concrete structure.

[193] At this stage, the materials of insertion component(3)(56) in pipe(2,2',l 1) can be changed, or the shape of pipe(2,2',l 1,77) used for the construction method above can be changed.

[194] Moreover, Since composition portion of soil composite can be changed along the requirement, place, portion rate of materials or season, the rate of portion of soil composite is not specified, and its design modification should be parted in the right of this invention.

[195] Moreover, a method which constructs a building using knockdown building panel which has high insulation performance, which soil composite is filled in a space of panel by injecting soil composite a number of times, should be parted in the right of this invention.

[196]

[197] [# 7 execution example]

[198] Fig. 29 is a sectioned drawing of the wall of building in accordance with # 7 execution example of this invention, Fig. 30 is a floor sectioned drawing of a building in accordance with # 7 execution example of this invention, Fig. 31 is a different execution example drawing of the wall of building in accordance with # 7 execution example of this invention, and Fig. 32 is a state sectioned drawing which underfloor heating panel is installed at the floor of building produced in accordance with this invention.

[199] Undescribed symbol 337 in a drawing indicates fiber thread, plastic gauze or wire net installed at the exterior of concrete structure prior to the installation of panel(222) or bag(229).

[200] As it is shown in the figure, add hard or soft panel(222) or bag(229) at the exterior surface of wall(6), column, stairway, ceiling or floor(7) which are major components of building, fix them at concrete structure of a building through fixing component(223) like anchor bolt-nut, insert water in the space between panel(222) or bag(229) and concrete structure of building, insert fragrance generating materials such as charcoal, chrysanthemum, herb, pine needles, aromatic trees, etc, or compounded liquid of water and soil, or insert chemical liquid or its composite which neutralizes harmful materials contained in concrete to naturally remove or neutralize cement toxicity of concrete structure by osmotic effect resulted by liquid(227) or other materials.

[201] In other words, after adding panel(222) or bag(229) made by stone, steel, plastic or vinyl materials at the inside and outside of the wall of building(6), ceiling or floor(7), stairway, column made by concrete structure, fix panel(222) or bag(229) using fixing component(223) between them not to be separated, insert sealing materials like rubber a gap between a building and panel(222) or bag(229) to prevent water leakage, connect inlet pipe(224) at the upper part of panel(222) or bag(229) to control the discharge of water or liquid(227), connect outlet pipe(225) which has outlet valve(228) to insert water or liquid(227) at the upper part of panel(222) or bag(229), and insert heater(211) between building and panel(222) or bag(229), which heats up the temperature of water or liquid(227), or freezer(211') which cools down the temperature of water or liquid(227).

[202] Moreover, liquid pump(555) can be connected to pump water or liquid(227) at the end of inlet pipe(224), and additional prop(233)can be added at the lower part of the exterior with opening the lower part of panel(222) to collect water or liquid(227).

[203] At this stage, Fig. 29 indicates the case which # 7 execution example is applied to the wall of building, Fig. 30 indicates the case which # 7 execution example is applied to ceiling or floor of a building, and Fig. 31 indicates a different execution example which # 7 execution example of this invention is applied to the wall of building.

[204] From the condition above, water or composite material which mineral, chemical or vegetable materials and water are compounded, or soil composite made by the mixture of 10 ~ 30wt% or soil and 70 ~ 90wt% of water is inserted in the space between panel(222) or bag(229) and building through inlet pipe(224), and this liquid(227) removes or neutralizes cement toxicity with natural permeation into concrete by osmotic pressure effect.

[205]

[206] *Moreover, operation of heater(211) installed between panel(222) or bag(229) and building rises the temperature of liquid(227) with the temperature of building, which activates osmotic effect of liquid(227), so that cement toxicity contained in concrete is removed or neutralized in short, which has the same principle to washing clothes with boiling them.

[207] Moreover, if freezer9211') is inserted between panel(222) or bag(229) and building, and operated for 1-5 hours, the temperature of liquid(227) is decreased, and convection phenomenon are generated which cold materials move toward high temperature, which allows relatively more active permeation of cold liquid(227) into a building, which derives faster removal or neutralization of cement toxicity contained in concrete.

[208] To repeatedly make this effect, temperature fluctuation of liquid(227) is periodically made, and it would activate natural neutralization of cement toxicity contained in concrete.

[209] Moreover, it is possible to mix the liquid(227) using devices like propeller(334) shown in # 4 execution example not to cluster the liquid in the space between panel(222) or bag(229) and building.

[210] After carrying out the process above a number of times, removes panel(222) or bag(229) installed in and out of building after fully discharging the liquid(227) through outlet pipe (225).

[211] If the liquid(227) inserted in the space between panel(222) or bag(229) and building is made by soil composite(58) shown in # 1 execution example and # 6 execution example, and if its sediment is attached in and out of building, only panel(222) or bag(229) can be removed.

[212] Moreover, with carrying out the procedure above a number of times, sediment of liquid(227), made by water composite or mixture of mineral or vegetable composite with a certain portion of soil, can be fully filled in a space between underfloor heating pipe(996), underfloor heating panel(998) or underfloor heating panel(998) installed at a floor of a building in Fig. 32, and this method should be parted in the right of this invention either.

[213] Additionally, the material is not limited since a mixture of liquid and liquid, material and material, or its composite can be mixed with water, all vegetable materials, liquid or solid existing on the earth, or individually used.

[214] Moreover, the material is not limited since any type of materials on the earth can be applied if it has a form for panel(222) or bag(229).

[215] Moreover, the method which applies a different materials, or changes the structure of panel(222) or bag(229) can use any type of materials existing on the earth, modification of its materials should be parted in the right of this invention.

[216] Moreover, since the method which attaches or adheres panel (222) or bag(229) to a building needed in this invention can be variously modified, its forming method is not limited in a certain method, for example, using high frequency not to leave additional fixing component, it is not limited to only one method.

[217]

[218] [# 8 execution example]

[219] Fig. 33 is a sectioned drawing of the wall of building in accordance with # 8 execution example of this invention

[220] As it is shown in the figure, with inserting propping wood(446) at outer side of wall(6) which is a major part of building, fix it with adding interior or exterior panel(222) made by one of wood, stone, plastic or metal, insert soil composite(58) made by water 30 ~ 60wt%and soil 40 ~ 70wt% in the space between panel(222) and wall(6) to permeate into wall(6) by osmotic effect caused by density difference between structures and moisture contained in soil composite(58) to naturally remove or neutralize toxicity contained in wall(6), soil component contained in soil composite(58) is settled in the space between wall(6) and panel(222), and continual insertion of soil composite(58) completely fills the space by soil, which carries out the function of insulation materials.

[221] At this stage, since the equipments inserting soil composite(58) can be the equipments in # 7 execution example or other general inserting equipments, it was omitted from the figure.

[222] Moreover, soil composite(58) can be organized by water and soil only as it is mentioned above, a slight amount of fragrance generating materials such as charcoal, chrysanthemum, herb, pine needles, aromatic tree, etc, can be added, and it is clear that its functionality can be enhanced with inserting one or composite materials of chemical liquids which neutralizes or removes harmful materials contained in concrete.

[223] Moreover, adding corn powder can enhance adhesive performance of soil composite and removal or neutralization of cement toxicity contained in concrete structure either.

[224] When soil composite(58) is inserted, if soil composite(58) is pre-heated prior to insertion to more than 5O⁰C, the performance of removal or neutralization of toxicity is enhanced since the connection between molecules becomes loose.

[225] Moreover, it is possible to heat up or cool down soil composite(58) with inserting additional heater or freezer into soil composite(58) after inserting soil composite(58).

[226] Since the wall(6) can be made by wood, sandwich panel, soil wall, etc, beside concrete structure, construction in accordance with the method of # 8 execution example can remove or neutralize toxicity contained in the wall of building(6) regardless of its materials, also enhance the performance of insulation.

[227] Moreover, the material is not limited regardless of liquid or solid since any type of soil on the earth can be applied to soil composite(58) applied to # 8 execution example, also slight amount of any type of materials such as vegetable material, mixture of liquid or solid materials with water or compound of chemical liquid or chemical materials can be applied.

[228] Moreover, since any type of materials on the earth with forming performance can be applied for the materials used for panel(222), its materials are not limited.

[229] Moreover, since any type of materials on the earth can be applied regardless of liquid or solid, or modification of the structure of panel(222) can be possible, its modification or materials should be parted in the right of this invention.

[230] Moreover, the method which attaches a panel(222) at a building can be variously modified, its formation method is not limited to only one method, for example, using high frequency without using additional fixing component.

[231]

[232] [# 9 execution example]

[233] Fig. 34 is a frame autogenous welding drawing of fish nest formed in accordance with # 9 execution example, Fig. 35 is an autogenous welding drawing of fish nest production formed in accordance with # 9 execution example, Fig. 36 is a state sectioned drawing which pipe is inserted during the production of fish nest formed in accordance with # 9 execution example, Fig. 37 is a state sectioned drawing which pipe is removed during the production of fish nest formed in accordance with # 9 execution example, Fig. 38 is a state front sectioned drawing which pipe is removed and soil composite is filled in the space part during the production of fish nest formed in accordance with # 9 execution example, and Fig. 39 is a state plane sectioned drawing which pipe is removed and soil composite is filled in the space part during the production of fish nest formed in accordance with # 9 execution example.

[234] As # 9 execution example constructs fish nest with the same method to # 4 execution example of this invention, concrete mortar(21) is installed in the condition of which remover(76) painted pipe(77) is fixed between iron bar frames in a mold(124) for fish nest(121), and space part(78)[77] is naturally formed at the space where a pipe(77) is removed from concrete mortar(21) 2-8 hours from the completion of installation of concrete mortar(21).

[235] Soil composite(58) made by water 40 ~ 80wt%, soil 20 ~ 60wt% is firstly inserted in a space part(78) 5 - 20 after removing a pipe(77), insert soil composite(58) 2-6 times composited as above 1-10 hours after the 1st insertion process to fill the inside of space part(78) by 100% sediment of soil composite(58), which allows to remove or neutralize cement toxicity contained in concrete mortar of fish nest(121), and if finishing materials(551) is applied at the end of space part(78), it will secure strength and insulation performance of fish nest(121).

[236] Of course, since the shape of fish nest in # 10 execution example can be variously modified, it shape is not limited to one type only, for example, cone, rectangular, dome, triangle or sphere types are available, so that the method which removes or neutralizes concrete toxicity of fish nest using the method inserting soil composite in various shaped fish nest should be parted in the right of this invention.

[237] Moreover, since all materials or composite ratio of water and soil which lessens or removes toxicity of mineral, chemical or cement compounded with water can be modified by any companies in this industry, its design modification should be parted in the right of this invention.

[238]

[239] [# 10 execution example]

[240] Fig. 40 is a fishway sectioned drawing in accordance with # 10 execution example,

Fig. 41 is a state sectioned drawing which a pipe is inserted during the production of fishway in accordance with # 10 execution example, and Fig. 42 is a state sectioned drawing which a pipe is removed during the production of fishway in accordance with # 10 execution example.

[241] All methods of # 10 execution example are identical to # 4 execution example and #

9 execution example of this invention, however, it is different that its target is fishway for the movement of fishes.

[242] In other words, install concrete mortar(21) with fixing remover(76) coated pipe(77) at bar frame with a certain distance for fishway(991) in accordance with # 10 execution example, make space part(78) with removing a pipe(77) inserted in fishway(991) 3-8 hours after the installation of concrete mortar(21), firstly insert soil composite(58) made by soil 50 ~ 80wt%, water 20 ~ 50wt% in a space part(78), insert soil composite(58) 2-5 times to make sediment of soil composite(58) completely filling a space part(78) of fishway(991), fills the end of space part(78) by finishing materials(551), which neutralizes or removes cement toxicity contained in concrete structure of fishway during insertion procedure of soil composite(58), and enhances the strength and insulation performance with filling a space part(78) with soil composite(58).

[243] Since the shape of fishway applied to # 10 execution example can be changed in any shape, its shape is not limited, any methods which makes a space part(78) and fills a material in fishway, which removes or neutralizes cement toxicity, should be parted in the right of this invention.

[244] [# 11 execution example]

[245] Fig. 43 is a construction state sectioned drawing of execution example which makes a space part using a block at a building in accordance with # 11 execution example, Fig. 44 is a construction completion state sectioned drawing of Fig. 43, Fig. 44 is an execution example drawing showing masonry bonding state of a block applied to Fig. 43, and Fig. 45 is an execution example drawing showing masonry bonding state of a block applied to Fig. 43.

[246] # 11 execution example is to make a space part using a block in a building during constructing a building through concrete structure, all contents except this method is identical to # 1 execution example and # 4 execution example of this invention.

[247] In other words, carry out masonry bonding a sphere or square shaped block(221) using mortar or still water band(335) in a mold, or masonry bonding using connection band(447) made by materials such as paper, felt, fabric, etc, and place a clock(221) in a mold with connecting each block(221) between iron bars(448) using binding wire(445) with inserting propping wood(446) between iron bars(448).

[248] From the procedure above, a space part(778) can be made in a building through the procedure which installs concrete mortar between block(221) and iron bar(448) placed in a mold.

[249] At this stage, connect outlet pipe(225) which has outlet valve(228) at the lower part of block(221) during placing each block(221), place propeller(334) and propeller axis(333) in a space part(778) with installing a mixer(331) through prop(332) at the upper part of a block(221), and place heater(441) or freezer(441') in a space part(778) connected to power(442) through the space between a block(221) and mixer(331).

[250] When the installation of concrete mortar is completed, insert soil composite(58) made by water 100wt% or soil 50 ~ 80wt% and water 20 ~ 50wt% or 20 ~ 50wt% of chemical liquid which removes or lessens cement toxicity contained in concrete into a block(221) with closing outlet valve(228), mix soil composite(58) with rotating propeller(334) of mixer(331) for 1-5 hours installed at the upper part of a block(221), and keep the temperature of water or soil composite(58) 80 ~ 100 for 1-5 hours by the heat from the heater(441).

[251] Henceforth, replace a heater(441) to freezer(441'), run a freezer(441') to make the temperature of soil component(58) 1 - 1O⁰C for 1-5 hours, discharge soil component(58) inserted in a space part(778) with opening outlet valve(228) after the procedure above, secondly insert the same soil composite(58) in a space part with closing outlet valve(228), continue this procedure 3-5 times to fill the space part(778) by sediment of soil composite(58), which leads removal or neutralization of cement toxicity contained in concrete of a building.

[252] At this stage, 100% of water is applied or ratio of additional materials should be changed along the temperature to remove or lessen cement toxicity contained in concrete in accordance with # 11 execution example, and its insertion rate should be changed along composition ratio or concrete, its ratio is not specified.

[253] Moreover, the materials for block(221) and the shape of block can be changed, the change of shape for block which can be inserted to concrete mortar should be parted in the right of this invention. [254] Moreover, all liquid on the earth or its composition to other materials can remove or lessen cement toxicity, this invention does not limit to a certain material. Therefore, the method which removes or lessens cement toxicity contained in a building made by concrete mortar using differently composited liquid or a certain liquid should be parted in the right of this invention.

[255]

[256] [# 12 execution example]

[257] Fig. 47 is a construction state sectioned drawing of a different execution example which forms space part at a building using a block in accordance with # 12 execution example, Fig. 48 is a construction completion state sectioned drawing, Fig. 49 is an example drawing which has a hummock at the upper part of block applied to Fig. 47, Fig. 50 is an example drawing of a block, a pair with a block in Fig. 49, which obstacle is installed, Fig. 51 is an autogenous welding drawing of masonry bonding state of blocks applied to Fig. 47, Fig. 53 is an example drawing of a block, a pair with a block in Fig. 49, which obstacle is installed and irregular groove is installed at the exterior, Fig. 54 is an example drawing of a square block applied in Fig. 47, Fig. 55 is an example drawing of a square block applied in Fig. 47, which obstacle is installed, Fig. 56 is an example drawing of a square block applied in Fig. 47, which irregular groove is installed at the exterior with hummock at the upper part, and Fig. 58 is an autogenous welding drawing of masonry bonding state of each block in accordance with Fig. 56 and 57.

[258] Although # 12 execution example is similar to # 11 execution example of this invention, there are differences in the shape of each block(888)(889) and insertion method of soil composite(58) to space part(778).

[259] In other words, carry out masonry bonding for # 2block(889) in a mold which makes a pair of # lblock(888) which has hummock(880) with sphere or square shaped, and # 2block(889) which has obstacle(887) to be inserted in # lblock(888) with sphere or square shaped, and place each block(888)(889) in a mold with connecting between iron bars(448) using binding wire(445).

[260] From the procedures above, space part(778) can be made in a building through the process of concrete mortar installation between block(888)(889) and iron bar(448) placed in a mold.

[261] At this stage, connect outlet pipe(225) which has outlet valve(228) at the lower part of block(888)(889) for placing each block(888)(889), install propeller(334) and propeller axis(333) in space part(778) with installing mixer(331) by prop(332) at the upper part of block(888)(889), and place heater(441) or freezer(441') in space part(778) connected to power through the space between block(888)(889)D mixer(331).

[262] [263] *When installation of concrete mortar is completed, insert soil composite(58) made by the mixture of soil 55 ~ 75wt%, water 25 ~ 45wt%, chemical liquid 15 ~ 45wt% which removes or neutralizes cement toxicity in a space part(778) for block(888)(889) with closing outlet valve(228), mix soil composite(58) with rotating propeller(334) of mixer(331) located at the upper end of block(888)(889) for 2-6 hours, and keep the temperature of water or soil composite(58) to 60 ~ 100⁰C for 2-6 hours by the heat from a heater(441) at the same time.

[264] Henceforth, remove heater(441), insert freezer(441'), run freezer(441') for 2-6 hours to make the temperature of soil composite(58) 1 - 15⁰C, discharge soil composite(58) which is inserted in space part(778) by opening outlet valve(228), secondly insert soil composite(58) mixed by the ratio above in space part(778) with closing outlet valve(228), insert soil composite(58) 3-6 times when soil composite(58) sediment is settled in space part(778), which allows to remove or neutralize cement toxicity contained in concrete of a building through repetition of this procedure.

[265] 100% of water is used to make chemical liquid which is composited to carry out removal or neutralization of cement toxicity contained in concrete in accordance with # 12 execution example, or its rate of additional materials should be changed along the temperature or concrete composition rate, its composition rate is not specified.

[266] Moreover, the materials and shape of block(221) can be changed, its design modification of blocks inserted in concrete mortar in accordance with the invention herein should be parted in the right of this invention.

[267] Moreover, since composite materials which removes or lessens cement toxicity contained in concrete can be made by all liquids on the earth or composition of other materials, this invention does not limit a certain material.

[268] Therefore, the method which removes or lessens cement toxicity contained in a building made by concrete mortar using a composite liquid which one type of liquid or its composition rate is changed should be parted in the right of this invention.

[269] Moreover, the materials inserted to concrete mortar to form insertion component or block can be made by soil only, and materials mixed with cement can be vegetable materials such as corn material, wheat powder, garbage, etc, or pulp sludge material or residual materials after making a food, which indicates that any materials on the earth can be applied to make a block, its design modification should be parted in the right of this invention, and its imitating activities should be punished.

[270] The block in accordance with # 12 execution example can be variously shaped, for instance, forming "L" type hummock(880) in the upper part of # lblock(888) like Fig. 49 and 53, and forming "L" type obstacle(887) out of the upper part of # 2block(888) which is a pair of # 1 block, it is advantageous to sequentially pile # lblock(888) and # 2block(889) without still water band(335). If irregular groove(885) is formed at the exterior of "L" type hummock(880) of # lblock(888) as it is shown in Fig. 56 and 57, and "L" type obstacle(887) is formed at the exterior of the upper part of # 2block(889), sequential piling like Fig. 58 is available without additional still water band(335), and connection strength of building and block(888)(889) is greatly enhanced since concrete mortar is filled in irregular groove(885).

[271] Of course, since the structure of blocks applied for this invention can be variously changed, its design modification of the shape of building should be legally punished.

[272]

[273] [# 13 execution example]

[274] Fig. 59 is a plane sectioned drawing of a building constructed in accordance with #

13 execution example, Fig. 60 is a state plane sectioned drawing which a mold is installed in the mold in accordance with # 13 execution example, Fig. 61 is a plane sectioned drawing which a mold is removed installed in the mold in accordance with # 13 execution example, Fig. 62 is a state front sectioned drawing which a mold is removed installed in the mold in accordance with # 13 execution example, Fig. 63 is a state sectioned drawing which a mold is removed and its space is filled by soil composite in accordance with # 13 execution example, and Fig. 64 is a front sectioned drawing of a building completed in accordance with # 13 execution example.

[275] For # 13 execution example of this invention, after placing a mold(33) at the exterior of the wall of building(6), ceiling or floor, column, place inner mold(338) for space part in a mold, connect outlet pipe(225) which has outlet valve(228) through an external mold(33) and inner mold(338), install concrete mortar(21) in an external mold(33), and form a space part(778) with removing an inner mold(338) installed in concrete mortar(21) which its cure is completed after 5-15 hours curing.

[276] Henceforth, remove an external mold(33) installed at the exterior of concrete mortar(21), install propeller(334) and propeller axis(333) with mixer(331) to place in space part(778) through prop(332) at the upper part of space part(778), and place heater(441) or freezer(441') connected to power(442) in a space part(778) through the space between block(221) and mixer(331).

[277] Inject water at a space part(778) in a building at the state which outlet valve(228) attached at outlet pipe(225) is closed, insert soil composite(58) which soil 42 ~ 73wt%, water 27 ~ 58wt% and vegetable material crushed material 0.5 ~ 3wt% are mixed in a space part(778), mix water or soil composite(58) with rotating propeller(334) of mixer(331) connected to the upper part of space part(778) for 1-4 hours, and keep the temperature of soil composite(58) in 55 - 100⁰C for 1-7 hours by the heat transferred from a heater(441).

[278] After running a heater(441), remove the heater(441) and install freezer(441'), run freezer(441) to make the temperature of soil composite(58) 0.5 - 1O⁰C, and discharge water or soil composite(58) inserted in a space part(778) with opening outlet valve(228) after the procedure above.

[279] When sediment of soil composite(58) is settled in a space part(778) with secondly inserting soil composite(58) in a space part(778) with the portion above with closing outlet valve(228), insert soil composite(58) 3-6 times to fully fill space part(778) by sediment of soil composite(58), and fills the end by finishing materials(551).

[280] The procedures which inserts water or soil composite(58), mixes soil composite(58), heats up soil composite(58) and cools down soil composite(58) allows removal or neutralization of cement toxicity contained in concrete structure of building with enhancing the strength and insulation performance by filling sediment of soil composite(58) at a space part(778).

[281] Moreover, modification of the shape of mold(338) for space part(778) can be managed by any companies in this industry, its design modification should be parted in the right of this invention, and its imitating activities should be punished.

[282]

[283] [# 14 execution example]

[284] Fig. 65 is a sectioned drawing of a building in accordance with # 14 execution example of this invention.

[285] # 14 execution example of this invention aims to remove or neutralize toxicity of concrete structure for wall with forcible supplying water or composite to wall by forcible supplying method like boiler with organizing airtight container at the exterior, after forming space part in # 14 execution example and the wall of building(6).

[286] In other words, make a number of ventilating holes(601) connected to a space part with forming space part in the wall of building(6), insert square, rectangular box type capacity reducing block(558) and container made by metal or vinyl which reduces the amount of water, liquid, soil composite or steam inserted in a building to space part, connect the wall of building(6) and airtight container(222') using fixing component(223) like anchor bolt to fix airtight container(222') between airtight containers (222') made by tent fabric or metal at the exterior of the wall of building(6), and organize steam discharging hole(557) which has outlet valve(556) at the upper part of airtight container(222') to discharge steam generated in airtight container(222').

[287] Moreover, heat generation equipments(600) like boiler which generates steam by heat generation or pump which forcibly circulates water is connected at the end of building, airtight container(222') and heat generation equipments (600) are connected using a pipe(559), and outlet pipe(225) which has outlet valve(228) is connected to discharge water or steam or liquid at the lower part of the end of the wall of building(6).

[288] Following procedure is applied to remove or lessen cement toxicity contained in concrete of a building using # 14 execution example of this invention.

[289] Firstly, firstly insert water in the wall of building(6) and airtight container(222'), run heat generation equipments (600) for 2-8 hours to make the temperature of water around 100⁰C for forcible circulation, discharge steam for 2-8 hours through steam discharging hole(6), and discharge water remained in the wall of building(6) and airtight container(222') through outlet pipe(225) with opening outlet valve(228).

[290] Again, secondly fill water in the wall of building(6) and airtight container(222'), run heat generation equipments (600) for 3 - 6 hours to make the temperature of water over 100⁰C, discharge steam for 3-6 hours through steam discharging hole(6), and discharge water remained in the wall of building(6) and airtight container(222') through discharging hole(225) again.

[291] At this stage, if water is gradually reduced since steam is discharged from the inside of airtight container(222'), water for discharged steam is continually inserted and filled to prevent permeation of discharged toxicity in concrete structure again in case water is stagnant in airtight container(222').

[292] After this, insert soil composite(227) made by 0.5 - 20wt% of vegetable or mineral or organic material, soil 10 - 30wt% and water 70 - 95wt% in the wall of building(6) and airtight container(222') after closing outlet valve(228), operate heat generation equipments (600) which forcibly circulates soil composite(227) with heat generation to become 100⁰C for 2 - 8 hours, and discharge steam generated in the procedure herein through steam discharging hole(557) for 2 - 8 hours.

[293] After the time above is passed, after discharging remaining soil composite(227) in the wall of building(6) and airtight container(222') using discharging hole(225), airtight container(222') installed at the exterior of the wall of building(6), steam discharging hole(557), capacity reducing block(558) piled in the wall of building(6), heat generating equipment(600) installed at the exterior of the wall of building(6) and outlet pipe(225) which has outlet valve(228) are serially removed, and clean soil composite(227) remained in the wall of building(6).

[294] Moreover, since the design of heat generation equipments(600) can be changed by using a conventional boilers, or heat generation equipments connected to a pump for the circulation of water, this design modification should be parted in the right of this invention.

[295] Moreover, since a method which organizes capacity reducing block which reduces the amount of water or soil composite injected in a building with piling in abuilding, or container which contains liquid or water prepared to circulate water or generate heat, can be modified by using any materials on the earth, and although the material is changed, it should be parted in the right of this invention.

[296] Since the method which removes cement toxicity contained in concrete using the method which inserts a slight amount of water in a airtight container(222') and space part in the inside of the wall of building(6) or wall(6), or inject a heat of 100⁰C in a container or the wall of building inside or a hole in a wall using heat generating device(600) can be managed by any companies in this industry, its design modification should be parted in the right of this invention.

[297]

[298] [# 15 execution example]

[299] Fig. 66 is a sectioned drawing of a building in accordance with # 15 execution example of this invention.

[300] # 14 execution example of this invention allows to pile capacity reducing block(558) to reduce floor space index in a building(777) made by concrete structure, insert vegetable materials, mineral materials, petroleum or a material made by mixing or composition of those materials or a material extracted from those materials, or fragrance generating materials made by those materials into a container(771), install heater or burner(772) to heat up the temperature in a building to extract organic and inorganic toxicity and toxicity contained in all materials to form a building and moisture or moisture contained in fragrance generating material by osmotic effect which is caused by high temperature, install outlet pipe(557) which has outlet valve(556) to pass through inside and outside of building(777) at the upper part of a building(777), and install inlet pipe(773) which has inlet valve(774) to pass through inside and outside of building(777) at the lower part of building(777).

[301] At this stage, alcohol or electricity can be applied for a fuel of heater, and burner can apply petroleum or gas.

[302]

[303] *Through heating procedure of burner or heater(772) for 1-5 hours installed to passed through inside or outside of a building with this condition, heating up the temperature of toxic moisture contained in a building(777), organic or inorganic toxic materials contained in a building(777) and fragrance generating moisture generated from fragrance generating materials contained in a container(771) inserted in a building(777) will lead extraction through the upper direction with forcible expansion owing to osmotic effect and gravity of moisture molecules, and carry out to discharge moisture, organic or inorganic toxic materials with opening outlet valve(556) and inlet external air through inlet pipe(773) with opening inlet valve(774) at least 2-3 times to fills clean air in a building.

[304] After opening the whole windows and gates installed in a building, remaining inorganic or organic toxic materials are forcibly ventilated out of building with installing motor fan or ventilating fan in a building to remove or neutralize inorganic or organic toxic materials contained in concrete toxicity and all building materials. [305] Moreover, since the materials extracted from vegetable materials, mineral materials and petroleum applied to # 15 execution example or all execution examples of this invention can be organized by using all materials on the earth, different production or different composite portion should be parted in the right of this invention, and its imitation should be legally punished immediately.

[306] Moreover, the method of removing inorganic or organic toxicity contained in construction materials used for a building based on the execution examples above should be parted in the right of this invention.

[307]

[308] [# 16 execution example]

[309] Fig. 67 is a sectioned drawing of a building in accordance with # 16 execution example of this invention.

[310] # 16 execution example of this invention is to enhance the effect of removing or neutralizing the toxicity contained in all materials for a building or concrete structure, or organic or inorganic toxicity with adding a new composition and method in accordance with # 15 execution example, which is similar to # 15 execution example but added a new method.

[311] In other words, load capacity reducing block(558) to reduce inside floor space index in a building(777) made by concrete structure, after installing container(771) formed to contain a product in a building(777), insert a selected material within vegetable material, mineral material or petroleum or component made by a material made by mixture or composite of the materials above or extracted materials above or produced materials above, or fragrance generating materials made by the materials above, install a heater or burner(772) to generate the heat which makes forcible extraction of organic or inorganic toxicity, toxicity and harmful substance contained in all materials to form a building(777), moisture containing harmful substance or moisture contained in fragrance generating components by vaporizing and osmotic effect owing to high temperature with passing in and out of building, install outlet pipe(557) which has outlet valve(556) to pass through in and out of building(777) at the upper part of building(777), install inlet pipe(773) which has inlet valve(774) at the lower part of building(777), install liquid supply bucket(98) which contains a material made in 100% rate using pure water or vegetable material, animal material, mineral material or petroleum type containing a helpful component to human being or a material made by composite of these materials or composited or extracted materials or a liquid(8) made by compound of water and these materials to 100% rate or pure water only, and connect a number of outlet pipe(600) which has an outlet valve(601) which transfers water or liquid(8) contained in liquid supply bucket(98) between the surface of liquid supply bucket(98) and building(777). [312] At this stage, heater can be organized to allow internal combustion in a building using alcohol fuel, or it is applicable to electricity energy and petroleum fuel for burner.

[313] Moreover, the type of materials using vegetable material, animal material, mineral materials, petroleum type, etc, or extracted, composited or re-composited materials which is helpful to human beings is not specifically limited, and its portion of materials and water is not specifically limited either since it is changed along the type of materials.

[314] Therefore, although the material is not specified to the example above, since any materials on the earth which contains a vegetable material, animal material, mineral material or petroleum type should be parted in the right of this invention.

[315] From the condition above, carry out the procedure that heat up the temperature in a building by a burner or heater(772) which is installed to ventilate in and out of building for 1-5 hours to extract organic or inorganic toxicity contained in a building(777), toxic moisture contained in a building(777) and moisture included in fragrance generating materials in a container(771) contained in a building(777) by osmotic and gravity effect, discharge moisture, inorganic or organic toxic materials to out of building by opening the windows, gates and outlet valve(556), and inlet fresh air into a building through inlet pipe(773) with opening inlet valve(774) more than 2-7 times.

[316] Furthermore, with opening outlet valve(601), spray or paint water or liquid(8), which is contained in liquid supply bucket(98) is moved through outlet pipe(600), on the surface of the building(777) to be absorbed in a building by osmotic and absorbing effect since the inside of building(777) is already dried up owing to evaporation of moisture, so that toxicity of all materials forming concrete structure and building(777) is neutralized or removed while water or liquid(8) are passing through the wall and moving into a building(777).

[317] Since water or liquid(8) spray or painting takes 1-10 hours for 1 time operation, and also a number of spray or painting processes are carried out to remove or neutralize toxic material or moisture of all materials forming concrete structure or building(777).

[318] Moreover, there is a method which removes toxicity contained in a building by painting the liquid made by the materials above, or spraying the liquid on a building using a sprayer, which should be parted in the right of this invention.

[319] After the procedure above, forcibly ventilate remaining inorganic or organic toxic materials out of building with installing motor fan or ventilating fan after opening all windows and gates installed in a building, which allows to remove or neutralize inorganic or organic toxic materials contained in all applied building materials.

[320] Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 15 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[321] Moreover, the method which removes inorganic or organic toxic materials contained in all construction materials for a previously completed building using execution example mentioned above should be parted in the right of this invention.

[322]

[323] [# 17 execution example]

[324] Fig. 68 is a sectioned drawing of a building in accordance with # 17 execution example

[325] # 17 execution example of this invention is to remove or neutralize toxic materials contained in all materials used for wooden building(777) or moisture containing organic or inorganic toxicity, install outlet pipe(557) which has outlet valve(556) to pass through in and out of building(777) above at the upper part of wooden building(777), install inlet pipe(773) which has inlet valve(774) to pass through in and out of building(777) above at the lower part of a building(777) above, heat up the temperature inside of building to extract toxic moisture contained in a wooden building, fragrance generating material made by the composite or compound of building materials, vegetable, organic, petroleum by osmotic effect and gravity produced by heating process for 1-5 hours by heater or burner(772), and after this process, discharge extracted moisture, organic or inorganic toxicity from building materials through outlet pipe(557) from a building(777), and inlet clean air 2-7 times at least repeatedly into a building through inlet pipe(773) by opening inlet valve(774) with the procedure above.

[326] Toxic materials of all materials for wooden buildings(777) is removed or neutralized through this process.

[327] After this, permeate the moisture into the wood in a building above, which was produced by 1-3 hours heating or vaporizing pure water, vegetable materials, mineral materials, petroleum containing helpful components to human being or composites of the materials above or extracted materials from the materials above, produced materials from the materials above, or composites mixed with water and the materials above, and put it into a container(771), which allows proper level of moisture with permeating helpful substance into a building for gradual discharging, which is helpful for the health of human being.

[328] At this stage, alcohol or electricity can be applied for a fuel of heater, and burner can apply petroleum or gas. [329] Moreover, the type of materials using vegetable material, animal material, mineral materials, petroleum type, etc, or extracted, composited or re-composited materials which is helpful to human beings is not specifically limited, and its portion of materials and water is not specifically limited either since it is changed along the type of materials.

[330] Therefore, although the types of materials are not specified above, since any materials existing on the earth is applicable to the invention herein which contain helpful vegetable, animal, mineral or petroleum type for human being, it should be parted in the right of this invention.

[331] The process above which vaporizes moisture by heating the inside of wooden building(777) and permeating pure or helpful steam into woods or materials forming a building(777) is carried out a number of times repeatedly to completely remove or neutralize toxic materials of all materials, toxic moisture, etc, of woods or building(777)

[332] After completing this procedures, forcibly ventilate remaining inorganic or organic materials in a building to the out of building using a motor fan or ventilation fan in a building after opening all windows and gates installed in a building after the procedure above to completely remove or neutralize toxic materials of all materials, toxic moisture, etc, of woods or building(777).

[333] Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 17 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention for wooden building, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[334]

[335] [# 18 execution example]

[336] Fig. 69 is a sectioned drawing of a building in accordance with # 18 execution example, and Fig. 70 is a different sectioned drawing of a building in accordance with # 18 execution example

[337] # 18 execution example shows removal or neutralization of toxic materials contained in all materials used for a building or wooden building or concrete structure forming a building by liquid materials sprayed by spray method or sprinkle method, an example which added additional injector on a device in Fig. 65 or 66 is shown to help the understanding.

[338] As it is shown in Fig. 69, install outlet pipe(557) which has outlet valve(556), inlet pipe(773) which has inlet valve(774), heater or burner(772), and a number of injectors(778) to ventilate building(777) made by concrete structure or wooden building(777), and spray liquid made by vegetable material, animal material, mineral materials, petroleum type or their composite or extracted which is helpful to human being to neutralize or remove toxicity contained in building or building materials.

[339] Moreover, the type of materials using vegetable material, animal material, mineral materials, petroleum type, etc, or extracted, composited or re-composited materials which is helpful to human beings is not specifically limited, and its portion of materials and water is not specifically limited either since it is changed along the type of materials.

[340] Therefore, although the types of materials are not specified above, since any materials existing on the earth is applicable to the invention herein which contain helpful vegetable, animal, mineral or petroleum type for human being, it should be parted in the right of this invention.

[341] Through heating procedure of burner or heater(772) for 1-5 hours installed to passed through inside or outside of a building with this condition, heating up the temperature of toxic moisture contained in a building(777), organic or inorganic toxic materials contained in a building(777) and fragrance generating moisture generated from fragrance generating materials contained in a container(771) inserted in a building(777) will lead extraction through the upper direction with forcible expansion owing to osmotic effect and gravity of moisture molecules, and discharge moisture, organic or inorganic toxic materials with opening outlet valve(556) and inlet external air through inlet pipe(773) with opening inlet valve(774) at least 2-3 times to fills clean air in a building, and spray liquid made by vegetable material, animal material, mineral materials, petroleum type or its composite or extracted for 1-10 hours in a building(777) through a number of injectors(778) to neutralize or remove toxicity contained in a building or building materials.

[342] At this stage, the temperature of liquid helpful to human beings should be in 50 -

300⁰C, and it is recommended to allow neutralization or removal of toxicity contained in a building or building materials by osmotic effect with steam.

[343] After the procedure above, fresh air inlet is carried out with repeating external air inlet through inlet pipe(773) by opening inlet valve(774) 2-7 times.

[344] With carrying out a number of times which sprays helpful liquid 1-10 hours through injector(778) without heating process, and inlet fresh air, toxic material, toxic moisture of all materials or concrete structure forming building(77) is completely removed or neutralized.

[345] Meanwhile, it is possible to remove toxicity contained in a building or building materials by spraying helpful materials to human beings at the exterior of building(777) as well as the interior. As it is shown in Fig. 70, add a panel(222) at the exterior of a building(777) with a certain distance, organize the upper part of panel(222) to discharge collected air in hopper shape with installing outlet pipe(557) which has outlet valve(556) at air discharging side. Other structures are the same to Fig. 69.

[346] After the same heating process mentioned above, liquid made by vegetable material, animal material, mineral materials, petroleum type or their composite or extracted is sprayed in a building for 1-10 hours through a number of injectors(778) to remove or neutralize toxicity contained in a building or building materials, repeat the procedure which discharge air component containing toxicity through outlet pipe(557) with opening outlet valve(556), and inlet external air through inlet pipe(773) with opening inlet valve(774), and carry out a number of times which sprays helpful liquid 1-10 hours through injector(778) without heating process, and inlet fresh air, toxic material, toxic moisture of all materials or concrete structure forming building(77) is completely removed or neutralized.

[347] After opening the whole windows and gates installed in a building, remaining inorganic or organic toxic materials are forcibly ventilated out of building with installing motor fan or ventilating fan in a building to remove or neutralize inorganic or organic toxic materials contained in concrete toxicity and all building materials.

[348] Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 18 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[349] Moreover, the method which removes inorganic or organic toxic materials contained in all construction materials for a previously completed building using execution example mentioned above should be parted in the right of this invention.

[350]

[351] [# 19 execution example]

[352] As # 19 execution example is to remove or neutralize toxicity contained in subway facilities, Fig. 71 is an interior structure sectioned drawing of subway station building, and Fig. 72 is an interior structure sectioned drawing of subway station building in accordance with a different execution example to # 19 execution example of this invention.

[353] As it is shown in the figure, subway station building(800) is constructed by concrete structure and various materials in the middle of subway station gate(810) which allows passage of subways, both gates(801) of subway station gate(810) and subway station building(800) are closed to remove or neutralize toxicity contained in concrete structure and various materials, and install a number of burners or heaters(772) and injectors(778) in subway station building(800).

[354] Moreover, the type of liquid sprayed by injector(778) which is helpful to human beings using vegetable material, animal material, mineral materials, petroleum type, etc, or extracted, composited or re-composited materials which is helpful to human beings is not specifically limited, and its portion of materials and water is not specifically limited either since it is changed along the type of materials.

[355] Therefore, although the types of materials are not specified above, since any materials existing on the earth is applicable to the invention herein which contain helpful vegetable, animal, mineral or petroleum type for human being, it should be parted in the right of this invention.

[356] With heating up the temperature of toxic materials and toxic moisture contained in concrete structure and various materials for 1-5 hours by burners or heaters(772), toxic materials and molecule of moisture are naturally extracted from concrete structure and various materials by osmotic and gravity effect, and spray the liquid made by vegetable material, animal material, mineral materials, petroleum type or its composite or extracted which is helpful to human being in subway station building(800) for a~10 hours through a number of injectors(778) to remove or neutralize the toxicity.

[357] At this stage, the temperature of liquid helpful to human beings should be in 50 ~

300⁰C, and it is recommended to allow neutralization or removal of toxicity contained in a subway station building(800) or building materials by osmotic effect with steam.

[358] After this procedure, inlet fresh air with closing both subway station gates(810) of subway station building(800) and opening a gate(801) only, and remove the panel(222) which is closing the both side of subway station gate(810) after complete ventilation.

[359] The reason which remains closed status of both subway station gates(810) of subway station building(800) is, when toxic materials are discharged to subway station gate(810), it can be possibly coming into subway station building(800) again without discharging to the exterior.

[360] Of course, forcible ventilation for fresh air inlet in subway station building(800) is available with installation of motor fan or ventilating fan, so that its modified execution example is also parted in the right of this invention.

[361] Meanwhile, if a burner or heater(772) and injector(778) are serially operated at the loading state of capacity reducing block(558) in subway station building(800) as it is shown in Fig. 72, it is possible to reduce the time of heating and injection to remove or neutralize toxicity contained in wall or structure since the volume of subway station building(800) is reduced, which is advantageous to reduce the consumption of electricity and helpful liquid for human beings.

[362] Moreover, alcohol or electricity can be applied for a fuel of heater for # 19 execution example, and burner can apply petroleum or gas. [363] Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 19 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[364] Moreover, the method which removes inorganic or organic toxic materials contained in all construction materials for a previously completed building using execution example mentioned above should be parted in the right of this invention.

[365]

[366] [# 20 execution example]

[367] Fig. 73 is a sectioned drawing of column in accordance with # 20 execution example of this invention.

[368] As it is shown in the figure, # 20 execution example is to remove or neutralize toxic materials contained in column which is made by concrete, wood, metal, stone, etc, to prop various buildings, subway facilities, etc, panel(222) is covered at the exterior of column(820) with a certain distance, and install a number of burners or heaters(772)D injectors(778) in the space between column(820) and panel(222).

[369] Moreover, the type of liquid sprayed by injector(778) using vegetable material, animal material, mineral materials, petroleum type, etc, or extracted, composited or re- composited materials which is helpful to human beings is not specifically limited, and its portion of materials and water is not specifically limited either since it is changed along the type of materials.

[370] Therefore, although the types of materials are not specified above, since any materials existing on the earth is applicable to the invention herein which contain helpful vegetable, animal, mineral or petroleum type for human being, it should be parted in the right of this invention.

[371] With this structure, if the temperature of toxic materials contained in concrete, wood, metal, stone, etc, for column(820) is increased by operating a burner or heater(772) for 1-5 hours, toxic materials are extracted from column(820) owing to forcible expansion of toxic materials owing to osmotic and gravity effect, and spray liquid made by vegetable material, animal material, mineral materials, petroleum type or their composite or extracted which is helpful to human being for 1- 10 hours to neutralize or remove toxicity contained in building or building materials.

[372] At this stage, the temperature of liquid helpful to human beings should be in 50 -

300⁰C, and it is recommended to allow neutralization or removal of toxicity contained in a concrete, wood, metal, stone, etc, forming column(820) by osmotic effect with steam. [373] After the procedure above, remove the panel(222) installed at the exterior of column(820), and allow the contact between fresh air and column(820).

[374] Of course, the contact with external air is available with installation of motor fan or ventilating fan, so that its modified execution example is also parted in the right of this invention.

[375] At this stage, alcohol or electricity can be applied for a fuel of heater for # 20 execution example, and burner can apply petroleum or gas.

[376] Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 20 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[377] Moreover, the method which removes inorganic or organic toxic materials contained in all construction materials for a previously completed building using execution example mentioned above should be parted in the right of this invention.

[378]

[379] [# 21 execution example]

[380] # 21 execution example shows the example which allows to remove moisture or toxicity contained in materials for building through # 1 execution example and # 20 execution example, and enhance the health of human being with permeating helpful materials to materials for building. The figure for # 21 execution example was omitted since it uses the devices in accordance with # 15 execution example and # 18 execution example of this invention.

[381] In other words, its procedure is made by a procedure finishing the procedure which extracts moisture or toxicity from the materials used for building through # 1 execution example and # 20 execution example, a procedure which allows permeation of moisture in the air into a building and materials used for building with opening windows, gates or outlet valve, and a procedure which installs a container connected to burner or heater for the ventilation of building.

[382] After the procedure above, insert a material made by vegetable material or animal material or mineral materials or petroleum type which contains helpful substance to human beings, or a material made by the composition of 20- 80wt% of its one or two diluted, composited or extracted or produced material and 20 ~ 80wt% of water into a container, heat up the container for 2-8 hours by burner or heater with clean energy such as electricity or alcohol or mineral or vegetable fuel to evaporate the composite in a container, and fills the steam from the container in a building for 2-8 hours.

[383] Moisture which toxicity is removed or helpful moisture for human being is permeated to materials for a building with repeating the procedure above 2-5 times, which enhances the health of human being and provides fragrance in a building.

[384]

[385] *Moreover, since vegetable material, animal material, mineral materials, petroleum type or materials made by the materials above applied to all execution example or # 21 execution example of this invention can be made by all materials on the earth, different production of these materials or different composite portion of those materials would allow the effect of this invention, which should be parted in the right of this invention and it is clear that its imitation should be legally punished.

[386] Moreover, the method which removes inorganic or organic toxic materials con tained in all construction materials for a previously completed building using execution example mentioned above should be parted in the right of this invention.

[387] Moreover, the materials mixed with water or liquid to generate steam by operating burner or heater can be achieved from any solid, liquid or vegetable, animal, mineral or petroleum materials on the earth, so that the methods which removes or neutralizes toxicity in a building or materials for building using steam or moisture should be parted in the right of this invention.

[388] Moreover, methods which removes concrete toxicity contained in underground concrete structure or subway structure installed in underground using the method of this invention should be parted in the right of this invention.

[389] A heating method used for the removal of cement toxicity contained in concrete structure with inserting water or liquid or soil composite or mineral composite, vegetable composite, petroleum type composite into hole or pipe, or a space part between panels, bags or concrete panels, or air tight container can be variously modified, so that these possible design modification should be a part of the right of this invention.

[390] A overflowing method used for the removal of cement toxicity contained in concrete structure with frequently inserting water or liquid or soil composite or mineral composite, vegetable composite, petroleum type composite into hole or pipe, or a space part between panels, bags or concrete panels, or air tight container can be variously modified, so that these possible design modification should be a part of the right of this invention. Industrial Applicability

[391] Application of the invention herein will allow removal and neutralization of toxicity contained in building, fish nest, fishway or various components of building made by concrete structure, and preserves ecological system.

Claims

[1] For the method which removes cement toxicity contained in a concrete structure, covers packing paper(l) at the exterior of # 1 pipe(2) which has a number of holes(5) by a materials such as felt, fabric, water sponge, etc, not to permeate solid or liquid materials mixed in concrete, fills insertion components(3) made by mineral materials such as cotton, fabric thread, chemical fabric thread, charcoal-sand-soil, etc, or crushed components of vegetable materials, hydrous property materials selected in pulp sludge, inserts # 2pipe(l 1) which has a number of holes(22) to pass its inner and outer part into the outer of # lpipe(2) covered by packing paper(l) to prevent damage of # lpipe(2) and packing paper(l) above, forms pipe assembled body with covering packing paper(32) at the exterior of # 2pipe(l 1), connecting iron bars in a mold with a certain distance for the installation of pipe assembled body with concrete mortar(21) installation, installs concrete mortar(21) in a mold above with insertion component(3) at moisture containing condition with inserting water or liquid(8) through the end of # lpipe(2) above, seals the end of # lpipe(2) and # 2pipe(l l) above at the state of 5 ~ 30 passed for full curing of concrete mortar(21), and continually inserts water or liquid(8) through the opposite end of # lpipe(2) and # 2pipe(l 1) above,

This is the construction method which forms the building using the method which removes or neutralizes toxicity contained in building components by serially inserting soul composite(58) 3-6 times made by 30 ~ 60wt% or water and 40 ~ 70wt% of soil in # lpipe(2) and # 2pipe(l 1) above inserted in a concrete structure above which the moisture in soil composite(58) removes or neutralizes cement toxicity in concrete structure, and its sediment completely fills the inside of # lpipe(2) and # 2pipe(l 1).

[2] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Fix air tube shaped insertion component(56) made by rubber, iron, plastic resin, wooden pole to form the shape in a number of pipe(2') which has a number of holes(5) at iron bar frame in a mold(33), remove insertion component(56) above from pipe assembled body after installing and curing concrete mortar(21) at a mold(33) above, connect pressuring pump(99) at the end of pipe(2') above using connecting socket(77), connect liquid supply bucket(98) which contains the liquid, mixture of water, vegetable materials, mineral materials, which removes or neutralizes concrete toxicity, and insert the liquid contained in liquid supply bucket(98) above more than 3 times for 5-24 hours in the pipe(2') above which is inserted in concrete structure by operating a pressuring pump(99) to allow the liquid absorbed in concrete structure by passing hole(5) and packing paper(l) of the pipe(2') above, and allow to discharge the slight amount of liquid through the wall(6), ceiling or floor(7) of concrete structure above with operating air pump for 2-20 hours and removing pressure pump(99) above from the pipe(2'), and remove air pump from the pipe(2') above with sealing its entrance.

[3] From applying claim 2,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Form a hole(5) at the pipe(2') above at pipe assembled body above, cover packing paper(l) made by sponge, felt, paper or hydrous property materials 1 or more than 3 plies at the exterior of the pipe(2'), coat remover(l') formed by lubricant emulsion at the surface of packing paper(l) covered on the pipe(2') above, cover packing paper(l) same to packing paper(l) above at the upper part of remover(l') coated packing paper(l) again, adhere concrete mortar(55) with 3 - 20mm thick which is made by the mixture of 20~50wt% of water, 50~80wt% cement and 20~30wt% of sand a the surface of packing paper(l), and cures pipe(2') above to allow adhesion of concrete mortar(55) above at packing paper(l) covering the pipe(2') above.

[4] From applying claim 2,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures including the application of connection socket(87) between joints of the pipe(2') above.

[5] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Fix pipe assembled body applied to Applying content 1 or Applying content 2 at iron bar frame in a mold(33) for building concrete structure wall(6), ceiling or floor(7), insert soil composite which 10 ~ 60wt% of water, 40 ~ 90wt% of soil and charcoal 5 ~ 20wt% in pipe(2 or 2') of pipe assembled body 5 - 40 hours after the installation of concrete mortar(21), insert again soil composite mixed in the portion above into the pipe(2 or 2') above 1-10 hours after the insertion of soil composite in the pipe(2 or 2') above, and seal the entrance of the pipe(2 or 2') above using soil composite which 5 - 20wt% of water and 95 - 80wt% of soil are mixed 1-10 hours after the second insertion of soil composite.

[6] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Form a remover(76) made by fabric, paper, felt, lubricant emulsion for the construction of concrete structure, pipe(77) covering a remover(76) above is connected between iron bar frames in a mold, install and cure concrete mortar(21) in a mold(33) above, remove the pipe(77) which is remained in concrete mortar(21) above after 5 - 50 hours to enable complete cure of concrete mortar(21) above and form space part(78) at the position, insert water or liquid which is compounded to remove or neutralize toxicity of concrete at space part(78) above for 5-50 hours, discharge water or liquid after mixing water or liquid using a mixer(331), dry the inside of space part(78) above by forcible injection of air in space part(78) with running air pump(99') for 1-20 hours, mix soil composite(58) which is the mixture of 40 - 90wt% of soil, 10 - 60wt% of water, charcoal or a vegetable crushed material, or mixture of 1 - 10wt% of mineral materials with inserting it, discharge soil composite(58) above after heating 2-5 hours to reach the temperature of soil composite(58) to 60 - 100⁰C, mix soil composite(58) by a mixer(331), and discharge soil composite(58) again after running freezer(441') for 1-5 hours to reach the temperature of soil composite(58) to 0.5 - 5⁰C, fill the same soil composite(58) above into space part(78) above with running a mixer(331) for 1-5 hours to mix soil composite(58) above, and leave it to settle solid components with extracting liquid property from soil composite(58), insert the same soil component above to extract the moisture from soil component(58) with fully filling its sediment into a space part(78), and fills the end of space part(78) above by finishing materials(551).

[7] From one of applying claim 1, 2, 5 and 6,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components and concrete structure.

[8] From one of applying claim 1, 2, 5 and 6,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied fish nest components and concrete structure.

[9] From one of applying claim 1, 2, 5 and 6,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied fishways components and concrete structure.

[10] From one of applying claim 1, 2, 5 and 6,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied knockdown buildings components and concrete structure.

[11] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Forms c shaped irregular groove(l 12) at the both ends with forming a number of hole(l 14) to pass through up and down direction with applying masonry bond of a number of block(l 11) after forming U-shaped irregular groove(l 13), carry out finishing treatment the exterior of block(l 11) above by concrete mortar, firstly fill soil composite(l 15) made by the mixture of 10 ~ 60wt% of water and 40 ~ 90wt% of soil, and charcoal which is 1 ~ 10wt% of water and soil into hole(l 14), allow to discharge moisture and settle solid materials from soil composite(l 15) above with leaving for 5 - 10 hours, and completely fill soil composite(l 15) at the hole(l 14) of block(l 11) above with repeating filling process of soil composite(115) above.

[12] From applying claim 11 ,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components which forms the more number of U shaped irregular groove(l 16)(117) at upper and lower part of the center of partition(l 18) which blocks between each hole(l 14) of block(l 11) above, makes to move soil composite(l 15) to other vicinity holes(l 14) when soil composite(115) above is filled.

[13] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

After adding panel(222) or bag(229) made by stone, steel, plastic or vinyl at inside and outside of wall(6), ceiling or floor(7), stairway and column of concrete structure, fix panel(222) or bag(229) above between them using fixing component(223) not to extract from concrete structure above, insert selected liquid(227) within soil composites made by the composite of water and mineral materials, chemical materials, vegetable materials or 10 ~ 30wt% of soil and 70 ~ 90wt% of water between the space of panel(222) or bag(229) and concrete structure above, heat the liquid(227) filled in panel(222) or bag(229) and concrete structure above using heater(211), and cool liquid(227) using freezer(211') for 1-5 hours with putting in panel(222) or bag(229) and concrete structure above, repeat the operation procedure of heater(211) and freezer(211'), mix the liquid(227) not to cluster between panel(222) or bag(229) and concrete structure above, discharge the liquid(227) above, and removes panel(222) or bag(229) above.

[14] From applying claim 13,

Concrete structure above is formed by underfloor heating panel(998), bag(229) is installed on which underfloor heating pipe(996) is structured at underfloor heating panel(998), and sediment of the liquid(227) above is filled between underfloor heating panel(998) or underfloor heating panel(998) above.

[15] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Apply masonry bond of sphere or square shaped block(221) in a mold using mortar or still water band(335) or using connection band(447), install block(221) above in a mold with connecting each masonry bonded block(221) between iron bar(448) using binding wire(445) in the condition of inserting propping wood(446) between iron bars(448), install and cure concrete mortar between the space of each block and mold, insert 100wt% of water or a soil composite(58) mixed with 50 ~ 80wt% of soil and 20 ~ 50wt% of water with chemical liquid 20 ~ 50wt% at a space part(778) between each block(221) above, mix soil composite(58) above by a mixer(331) for 1-5 hours, keep the temperature of water or soil composite(58) to 80 ~ 100⁰C for 1-5 hours by the heat transferred from the heater(441) above, discharge soil composite(58) inserted in space part(778) above after operating a freezer(441') to keep the temperature of soil composite(58) above to 1 - 1O⁰C for 1-5 hours, discharge the moisture of soil composite(58) above with inserting the same soil composite(58) above into the space part(778) again, and repeat the process which sediment of soil composite(58) fully fills the space part(778) above.

[16] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Carry out masonry bonding # lblock(888) which has sphere or square shape and a hummock(880) is formed and # 2block(889) which has sphere or square shape to be coupled with # lblock(888) and an obstacle(887) is shaped to insert # lblock(888) at the top, connect and place each block(888)(889) between iron bars(448) above with inserting propping wood(446) in iron bars(448) using a binding wire(445), install and cure concrete mortar between mold and each block(888)(889), insert soul composite(58) which is a mixture of 55 ~ 75wt% of soil, 25 ~ 45wt% of water, chemical liquid 15 ~ 45wt% which removes or neutralizes cement toxicity contained in concrete in space part(778) formed between block(888)(889) above, mix soil composite(58) with running mixer(331) for 2-6 hours, discharge soil composite(58) inserted in space part(778) after running freezer(441') for 2 ~ 6 hours to keep the temperature of soil composite(58) to 1 ~ 15⁰C after running heater(441) for 2-6 hours to keep the temperature of water or soil composite(58) to 60 - 100⁰C, and re-insert the same soil composite(58) above at space part(778) to discharge moisture in soil composite(58) and fills sediment into space part(778) above, which its process is repeated to fill sediment of soil composite(58) completely fills space part(778) above.

[17] From applying claim 16,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by enhancing the connectivity with concrete mortar by forming irregular groove(885) at the exterior of each block(888)(889) above.

[18] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Insert and place space part forming inner mold(338) in a mold(33) after forming mold(33) at the exterior of wall(6), ceiling or floor and column of concrete structure, install concrete mortar(21) in an exterior mold(33), form space part(778) at the location of removing an inner mold(338) installed in concrete mortar(21) which its cure is finished by curing for 5 - 15 hours, remove an exterior mold(33), insert water at space part(778) above, insert soil composite(58) into space part(778) which is a mixture of 42 - 73wt% of soil, 27

- 58wt% of water, 0.5 - 3wt% of vegetable materials made by crushed vegetable, mix water or soil composite(58) with running mixer(331) for 1-4 hours, discharge soil composite(58) inserted in space part(778) after running freezer(441') for 2 - 6 hours to keep the temperature of soil composite(58) to 0.5

- 1O⁰C after running heater(441) for 1-7 hours to keep the temperature of water or soil composite(58) to 55 - 100⁰C, and re-insert the same soil composite(58) above at space part(778) to discharge moisture in soil composite(58) and fills sed iment into space part(778) above, which its process is repeated to fill sediment of soil composite(58) completely fills space part(778) above.

[19] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Form a number of ventilation holes(601) passing through space part with forming space part in floor wall(6), column, ceiling or floor of concrete structure, insert square or rectangle typed capacity reducing block(558) or metal or vinyl container to reduce the amount of water, liquid, soil composite or steam inserted in concrete structure at space part above, after adding airtight container(222') made by tent fabric or metal formed by petroleum product or plastic at the exterior of concrete structure above, connect it using fixing component(223), form steam discharging hole(557) which has outlet valve(556) to discharge steam generated from the inside of airtight container(222') above at the upper part of airtight container(222') above, connect heat generating device(600) which forcibly carries out water circulation at the end of building, connect airtight container(222') and heat generating device(600) by conduit(559), connect outlet pipe(225) which has outlet valve(228) at the lower part of the end of concrete structure to discharge water, steam or liquid, insert the first water in airtight container(222') and concrete structure, run heat generating device(600) for 2-8 hours to circulate water to keep the temperature to 100⁰C, discharge steam through steam discharging hole(557) placed at the upper part of airtight container(222') for 2-8 hours, discharge remaining water through outlet pipe(225) by opening outlet valve(228), fill the 2nd water in concrete structure and airtight container(222') above, discharge steam through steam discharging hole(557) for 3-6 hours after running heat generating device(600) for 3-6 hours to keep the temperature of water to no less than 100⁰C, discharge remaining water at concrete structure and airtight container(222') above through discharging hole(225), insert vegetable material or mineral material, or soil composite mixed with 0.5 - 20wt% of organic material, 10 - 30wt% of soil and 70 - 95wt% of water in concrete structure and airtight container(222'), run heat generation device(600) for 2-8 hours to keep the temperature of soil composite(227) to 100⁰C, discharge steam generated from the process above through steam discharging hole(557), and serially remove airtight container(222'), steam discharging hole(557), capacity reducing block(558), heat generating device(600) and outlet pipe(225) above after discharging remaining soil composite(227) remained concrete structure and airtight container(222') through discharging hole(225) above.

[20] From one of # 2, 13, 19 applying claims,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by serially discharging water or liquid including toxicity with continually inserting water or liquid in space part or air tight container in a pipe above or between panel or bag and concrete panel for a certain period.

[21] For the construction method which removes inorganic or organic toxicity contained in building materials used to form concrete building or building; A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below,

Pile capacity reducing block(558) in a building(777) made by concrete structure to reduce floor space index of a building(777) above, insert vegetable material, mineral material, petroleum or a material made by composite or mixture of materials, or a material extracted from the materials above, or fragrance generating material made by the material above into a building(777) after installing a container(771) in a building(777), install a burner(772) using gas or petroleum or heater using electricity or alcohol to heat up the inside of a building to extract moisture contained in fragrance generating materials or toxicity contained in all materials used for building and inorganic or organic toxicity contained in all materials to build a building, outlet pipe(557) which has outlet valve(556) is installed to pass through the inside and outside of building at the upper part of building(777), at the state of installation of inlet pipe(773) which has inlet valve(774) to pass through the inside and outside of building(777) at the lower part of building(777), heat up the temperature inside of building to extract toxic moisture contained in a building, fragrance generating material made by the composite or compound of building materials, vegetable, organic, petroleum by osmotic effect and gravity produced by heating process for 1-5 hours by heater or burner(772), and after this process, discharge extracted moisture, organic or inorganic toxicity from building materials through outlet pipe(557) from a building(777); inlet clean air 2-3 times at least repeatedly into a building through inlet pipe(773) by opening inlet valve(774) with the procedure above; and forcibly ventilate remaining inorganic or organic materials in a building to the out of building using a motor fan or ventilation fan in a building after opening all windows and gates installed in a building after the procedure above.

[22] From applying claim 21,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, install liquid supply bucket(98) which contains the liquid(8) which is pure water, helpful component containing vegetable materials, animal materials, mineral materials, a material made by petroleum, a materials made by composite or extraction of the materials above, or liquid made by the mixture of extraction or re-composited materials with water at the upper part of building(777), connect a number of outlet pipe(600) which has outlet valve(601) to transfer water or liquid(8) contained in liquid supply bucket(98) above between the surface of liquid supply bucket(98) and building(777); spray or paint water or liquid contained in liquid supply bucket(98) at the surface of a building(777) through outlet pipe(600) for 1-10 hours with opening outlet valve(601) or spray the liquid above out of the building(777) using spray after completion of the procedure of supply of clean air in a building(777) above; and remove or neutralize toxicity of all materials forming concrete structure or building in the process of moving into a building(777) after passing the wall forming the building(777) by absorption or osmotic effect of sprayed or painted water or liquid(8).

[23] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, install outlet pipe(557) which has outlet valve(556) to pass through in and out of building(777) above at the upper part of wooden building(777), install inlet pipe(773) which has inlet valve(774) to pass through in and out of building(777) above at the lower part of a building(777) above, heat up the temperature inside of building to extract toxic moisture contained in a wooden building, fragrance generating material made by the composite or compound of building materials, vegetable, organic, petroleum by osmotic effect and gravity produced by heating process for 1-5 hours by heater or burner(772), and after this process, discharge extracted moisture, organic or inorganic toxicity from building materials through outlet pipe(557) from a building(777); and after this process, discharge extracted and rising moisture, organic or inorganic toxicity from building materials and wood through outlet valve(556), windows and doors from a building(777); inlet clean air 2-7 times at least repeatedly into a building through inlet pipe(773) by opening inlet valve(774) with the procedure above; and permeate the moisture into the wood in a building above, which was produced by heating or vaporizing pure water, vegetable materials, mineral materials, petroleum containing helpful components to human being or composites of the materials above or extracted materials from the materials above, produced materials from the materials above, or composites mixed with water and the materials above for 1-3 hours, and put it into a container(771).

[24] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, spray vegetable materials, animal materials, mineral materials, materials made by petroleum, or materials made by composite or extraction of these materials, or liquid extracted, produced or re-composited materials from these materials which are helpful to human beings for 1-10 hours with 50 - 300⁰C condition through injector(778) above with installing a number of injector(778) in a concrete structure building(777) or wooden building(777).

[25] From applying claim 24,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, add a panel(222) which has a discharging hole at the exterior of a building(777) above, spray vegetable materials, animal materials, mineral materials, materials made by petroleum, or materials made by composite or extraction of these materials, or liquid extracted, produced or re-composited materials from these materials which are helpful to human beings for 1-10 hours with 50 - 300⁰C condition with a condition which nozzles of injector(778) is installed to pass through the inside of a building(777) and the spaces between building(777) and panel(222).

[26] *A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components which forms subway station building(800) by the procedures below, close subway station gate(810) of subway station building(800) and the gate(801) of subway station building(800), operate a number of burners, heaters(772) and injectors(778) to heat up to 50 - 300⁰C for 1-5 hours in a subway station building(800) above, and remove neutralize the toxicity contained in concrete structure or various materials by extraction from the materials which form subway station building(800) by osmotic effect or gravity. After finishing the procedure above, spray vegetable materials, animal materials, mineral materials, materials made by petroleum, or materials made by composite or extraction of these materials, or liquid extracted, produced or re-composited materials from these materials, which are helpful to human beings, for 1-10 hours with 50 - 300⁰C condition through injector(778) above with installing a number of injector(778) to permeate the steam into concrete structure or various materials of subway station building(800).

[27] From applying claim 26,

A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, serially run a burner, heater(772) or injector(778) at the state of loading capacity reducing block(558) in a subway station building(800) above.

[28] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components such as concrete, wood, metal materials, stone, etc, selected to support the buildings, subway facilities, etc, based on the standard(820) by the procedures below, cover the panel(222) with a certain distance at the exterior of column(820) above, with installing a number of burners, heater(772) or injectors(778) at the space between columns(820) and panels(222), heat up for 1-5 hours to reach to 50 ~ 300⁰C to extract toxic materials from the columns(820) above by osmotic effect and gravity which causes forcible expansion of toxic materials; After finishing the procedure above, spray vegetable materials, animal materials, mineral materials, materials made by petroleum, or materials made by composite or extraction of these materials, or liquid extracted, produced or re-composited materials from these materials, which are helpful to human beings, for 1-10 hours through injector(778) above with installing a number of injector(778) to permeate the steam into the column(820).

[29] A construction method of building using the method which neutralizes or removes toxicity contained in all applied building components by the procedures below, fix the wall of building(6) with inserting propping wood(446) at the outer surface and adding interior or exterior panel(222) made by one of wood, plastic, metal materials, with slow inserting soil composite(58) mixed with 30 - 60wt% of water and 40 - 70wt% of soil in the space between the panels(222) and walls(6) above, derive natural removal or neutralization of toxicity contained in the wall by permeation of moisture by osmotic effect caused by the difference of density between wall(6) structure and moisture contained in soil composite(58), and enhances insulating performance by settling soil component in soil composite(58) in the space between the wall(6) and panel(222).

[30] By one in # 1, 2, 5, 6, 11, 13, 15, 16, 18, 19, 21, 22, 24, 26, 28, 29 applying claims, after finishing the process of removing moisture or toxicity contained in building materials, when the air coming from the outside through windows, gates or outlet valve is filled inside of building or building materials, a procedure which install a container connected to a burner or heater in a building to connect inside and outside of building, a procedure which inserts a selected material between solid, fluid, vegetable materials, animal materials, mineral materials, petroleum, extracted or compounded material from those materials, or composite material between 20 ~ 80wt% of extracted, produced or re-composited material from those materials and 20 ~ 80wt% of water;

A procedure which heats a container by a burner or heater above for 2-8 hours using a fuel made by one or two types in clean energies such as electricity, alcohol or vegetable fuel, and evaporate all composites in a container above, fills steam in a building, and permeates the steam into a building and its materials; and all building construction method which removes all organic and inorganic toxicity with repeatedly using the procedure 2-5 times which removes or relieves toxicity contained in applied materials to form a building, toxicity contained in a building, and organic and inorganic toxicity contained in all building components needed to form a building. [31] Within one in # 1, 2, 5, 6, 11, 13, 15, 16, 18, 19, 22, 23, 24, 26, 28, 29, 30 claims, a construction method which forms a building using the method which removes or relieves organic or inorganic toxicity of building and its applied materials by the method which inserts one of water, liquid, soil composite, vegetable composite, mineral composite and petroleum composite with preheating to keep high temperature before insertion, and inserting them into pipes, panel, bag or between concrete panel or space part between panels, airtight container, liquid container.