JP3127092U - Compression equipment, floor curing equipment, three-dimensional curing sheets, air valve equipment and sewage drainage equipment that simplify the construction of asbestos and secondary products of asbestos. - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simplify construction work of asbestos and secondary products of asbestos in a building by a compression device, a floor curing device, a three-dimensional curing sheet, an air valve device and a sewage drainage device.
SOLUTION: The present invention applies the construction work of asbestos and secondary products of asbestos in a building to a compression device ( 53 ), a floor curing tool (10), a three-dimensional curing sheet (31), a three-dimensional curing sheet a (32) and a three-dimensional curing. A sheet aa (92) to a three-dimensional curing sheet e (40) to a three-dimensional curing sheet I (35) , a three-dimensional curing sheet combining these, an air valve device (25), and a sewage drainage device (70). By using a high-pressure washer, the wet construction method can be used, and the construction cost can be reduced by shortening the construction period and reducing industrial waste disposal costs. And the health hazards to nearby residents were reduced.
[Selection] FIG.

Description

This device prevents the asbestos and asbestos secondary product dust from being scattered in the air during the asbestos removal work for buildings containing asbestos and asbestos secondary products. In addition to preventing nearby residents living near the construction site from suffering health damage due to diseases such as mesothelioma caused by asbestos, construction costs are reduced by reducing work and industrial waste treatment is reduced. Asbestos and secondary products for asbestos, floor curing equipment, three-dimensional curing sheets, air valve equipment, and sewage for the purpose of reducing processing costs and shortening the construction period by reducing the construction cost by the construction method It is a drainage device.

This is a specification method based on the Industrial Safety and Health Act, and in the asbestos removal work of buildings, dust suppressant is sprayed directly on the asbestos and secondary products of asbestos using a coating device such as airless. After asbestos and asbestos secondary products are solidified or rubberized, workers manually remove asbestos and asbestos secondary products from the building using tools such as keren rods and spatulas. This is the current general construction method.
Also, in the curing work, complete curing of the floor and walls is required, and there is a risk that dust of asbestos and secondary products of asbestos will be scattered in the air during these operations.

Furthermore, since safety work and safety and health are absolute conditions, the current construction method sets labor costs and industrial waste disposal costs to be unusually high when compared to the price of general construction work. The Rukoto.
Therefore, depending on the assets and economic power (financial power) of private companies, it is not possible to remove asbestos and secondary products of asbestos from factories and facilities, spreading the health hazards of employees and other company personnel and neighboring residents. ing.

In this way, asbestos and secondary products of asbestos are scattered in the air, and are carried and accumulated from the respiratory tract to the human body, causing health damage such as cancer over a long period of time.
In the current construction method, the type of asbestos and secondary products of asbestos in the building and the thickness of the asbestos and secondary products asbestos attached to the building may be different for each site. There will be disparities depending on the site workers.

In addition, the current construction method is a method in which a dust suppressant is infiltrated into the asbestos and asbestos secondary products by the pressure of coating equipment such as airless, and is processed into solid or rubbery and removed. Asbestos and asbestos secondary Depending on the thickness of the product, it may be difficult to completely infiltrate the inside, so a specification for performing the airless spraying process of the dust suppressant several times is provided.

However, asbestos and asbestos secondary products are characterized by the fact that they do not supply water above a certain water content, and the dust suppressant hangs down due to gravity in the first airless spray, so in the removal work such as ceiling Since only the surface of asbestos and asbestos secondary products is solidified or rubberized, and a film is provided on the surface, the penetration performance of the first and subsequent dust suppressant spraying using airless coating tools There is a problem of being halved.

In addition, depending on the thickness of the asbestos and asbestos secondary products in the building, it cannot be denied that it depends greatly on the technical skills of the workers.
When the asbestos and asbestos secondary products are peeled off from the building in a state where the inside of the asbestos and asbestos secondary product of the building cannot be solidified or rubberized by the dust suppressor due to these factors, the dust suppressant All the asbestos and asbestos secondary products that are not infiltrated will float in the air and slowly fall over time.

Furthermore, since the separated asbestos and the secondary product of asbestos are also suspended in the air as industrial waste in a dedicated garbage bag, the degree of danger is always high and the health and safety aspects are low.
Every time the asbestos and secondary products of asbestos in the building are removed and removed, the dust of the asbestos and secondary products of asbestos that are scattered as fine particles in the air, the workers and the residents living around the construction site It is easily guessed that the possibility of sucking increases.

Curing requires complete curing of the floor and walls, and there is a risk that dust from asbestos and asbestos secondary products will be scattered in the air during these operations.

In view of the above, the asbestos and secondary products of asbestos are not affected greatly by the technical skills of workers during the curing and removal of asbestos and secondary products of asbestos, The purpose is to prevent scattering and minimize health damage,
Removal of building asbestos and secondary products of asbestos Industrial labor shoes by compressing industrial costs of building asbestos and secondary products of asbestos by improving labor and removal efficiency of floor and walls Reduce processing costs and construction costs.

Pressure water jetted using a dust suppressant in a high-pressure washing machine has a high-pressure washing performance in the range of about 60 kg to 280 kg for at least 1 square meter,
It is a method of peeling jet water with pressure control by using a dust suppressant in a high pressure washer for the shape of asbestos and secondary products of asbestos in buildings.
By eliminating the manual peeling method, the number of workers can be reduced and construction costs can be reduced.

In addition, with a special waterproof sheet and floor-curing equipment suitable for the construction site environment to ensure the accumulation of asbestos and secondary products of asbestos and the sewage that have absorbed the dust control agent after washing without causing any other leakage It was equipped with a simple curing that can be easily cured by providing a pool curing floor curing and a three-dimensional solid curing sheet.
Industrial waste of asbestos and secondary products of asbestos peeled from the building is accumulated in the pressurization chamber of the compression device installed in the pool layer of the exclusive waterproof sheet, and excess moisture (dust control agent) After discharging the sewage, the volume of the compressed asbestos and secondary product of asbestos is shrunk, changed to solid or rubbery by the action of dust suppressant, solidified, and then taken out from the container of the compression equipment. Based on the disposal specification, it is possible to reduce the cost of industrial waste disposal by storing it in an industrial waste garbage bag,

A drainage pump device is installed inside or outside the asbestos vacuum storage tank for reusing sewage, and the hose connected to the drainage pump device integrated with the asbestos vacuum storage tank is supplied to the high pressure washer. It is a sewage drainage device that enables circulation (recycling) of sewage by connecting to a tank or bucket.
By providing these compression devices, sewage drainage devices, floor curing tools and three-dimensional curing sheets, and using them in time series, it is possible to use a high-pressure washing machine, and to solve the previous drawbacks. .

The present invention is based on the Industrial Safety and Health Act, and requires a method of spraying a dust suppressant directly on the asbestos and secondary products of asbestos by using a coating device such as airless for the removal work. Depending on the number of times, the asbestos and the asbestos secondary product solidified or rubberized are not solidified to the inside, and at least 1 pressure water is jetted into the high pressure washer using the dust suppressant. Using a high-pressure washing machine with a high-pressure washing performance in the range of about 20 kg to 280 kg with respect to square meters, the washing water uses a dust suppressant, so that the asbestos and secondary products of asbestos in the building have a dust suppressor. Since it absorbs completely and is separated by the pressure water of the jet jet, it does not scatter as fine particles in the air. Characterized in that a floor curing instruments for the to fall within the pool layer tarpaulin accumulation and the solid curing sheet for three-dimensional double structure and a triple structure.

Wall L shape and corner L using metal (iron / aluminum / stainless steel) or plastic / FRP materials to provide pool layer curing to accumulate industrial waste and sewage of asbestos and secondary products of asbestos The mold is a structure in which the wing plate and the fixed plate are connected by a hinge, and the L type for the corner and the L wall type are provided so that the wing plate for sandwiching the waterproof sheet is opened and closed.
Furthermore, the wall surface L type, the corner corner L shape, and the inner and outer surfaces of the slats are provided with a double wall surface L shape and a corner corner L shape that are provided with a slip stopper made of silicon material that prevents falling off.
Features a floor-curing device that can be shaped like a pool layer by connecting a wall L-shape, a corner L-shape, and a fixing rod, joining to the end of a combined waterproof sheet, and providing a right angle rise. It is a floor-curing device that performs.

The rising height of the end portion of the waterproof sheet of the floor curing device is a floor curing device characterized in that it can be adjusted by three kinds of sizes and heights: a wall surface L type, a corner corner L shape, and a fixing rod. .

The three-dimensional curing sheet maintains various characteristics of a vinyl chloride resin sheet or a polyester resin sheet, and satisfies the antifouling property, flame retardancy, and translucency at the same time, a tent film material for buildings, a film material for a tent warehouse, Use these sheet materials for film materials for automobile hoods, curing sheets for building construction, and antifouling sheets that are effectively used for film materials for agricultural houses.
It is possible to make a three-dimensional structure by providing a hollow double structure sheet with an integrated structure in which all the end portions of the sheet-shaped double sheet according to the intended use are closely processed and injecting air as necessary A three-dimensional curing sheet comprising a three-dimensional curing sheet that can be formed.

In order to provide a solid face to the solid curing sheet, an air passage is provided in each hollow interior portion of the solid curing sheet in which a straight contact process is applied vertically and horizontally to connect a hollow serving as a vent, or a ventilation is provided. Provided a three-dimensional curing sheet a with an empty road in which the vertical axis and the horizontal axis serving as the mouth are connected to the hollow,
By injecting air at a constant pressure, air can flow through the air passages inside the hollow double structure or triple structure sheet, or air pressure can be generated in the hollow air passages, so that it is solid and solid according to the strength of the sheet material. This is a three-dimensional curing sheet a provided with a three-dimensional curing sheet a having an airway integrated structure having excellent rigidity performance.

In order to give the three-dimensional curing sheet and the three-dimensional curing sheet a a function of standing upright at the corners and the wall surfaces, a wall sheet, a floor sheet, and a slope sheet are connected to each other, or a wall sheet and a floor sheet are combined. A three-dimensional curing sheet b having a sheet structure of an airway integrated structure in which slope sheets are connected and coupled.

A single sheet is connected and joined to each end portion of the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet b, and joined to another object (curing sheet, wall, floor, etc.) using a surface tape. A three-dimensional curing sheet c having an airway integrated structure for
When combined with other three-dimensional curing sheets, a three-dimensional curing sheet c is provided with a c symbol.

In the surface portion of the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet c, in order to provide a door and a handle a for people to enter and exit, a conical-shaped cutting is performed on three sides of the surface portion, and a cutting portion A solid curing sheet d having an airway integrated structure with a door that can be opened and closed is provided,
When combined with other three-dimensional curing sheets, it is a three-dimensional curing sheet d characterized by having a d symbol attached.

The door of the three-dimensional curing sheet d is provided with male and female fasteners or chucks at both end portions of the three-side frame of the three-dimensional curing sheet d and the three-way frame of the door in order to provide a door opening / closing and sealing state. A three-dimensional curing sheet e with a road integrated structure is provided,
When combined with other three-dimensional curing sheets, a three-dimensional curing sheet e is provided with an e symbol attached.

In the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, and the three-dimensional curing sheet d, it is within 2 to 1000 vertical axes that are empty for at least one square meter, and at least one square meter A three-dimensional curing sheet a having an airway integrated structure that is within 2 to 1000 places on the horizontal axis that is an airway, and within 2 to 200 places on the oblique axis that is an airway for at least one square meter. A three-dimensional curing sheet b, a three-dimensional curing sheet c, and a three-dimensional curing sheet d.

In the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, metal (iron, aluminum, stainless steel), plastic, natural rubber, Air valve equipment is provided using a single or composite material of silicon, urethane, acrylic and adhesive,
A needle is embedded in the air valve in advance, and by pulling out this needle, the triangular part is deformed using a soft material of natural rubber, silicone, urethane, or acrylic that has high elastic capacity so that the needle hole in the triangular part is closed to prevent backflow. As given,
Furthermore, in order to close the gap between the triangular part at the tip and the slide ring, the slide part is slid so that the triangular part and the slide ring are in close contact with each other, and the curing sheet between the triangular part and the slide ring is in close contact with the triangular part. The air valve device is characterized in that an air valve and a needle provided with an adhesive are provided on one side of the surface and the slide wheel.

In the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, the connection of the single sheet configuration is maintained at least at a certain interval. State,
An airway part that forms a vent in a hollow road that connects a hollow that is a vertical and horizontal vent to each part of the hollow interior, or an empty road that has a vertical axis and a horizontal axis that are connected to a hollow. For the vertical or horizontal side, apply linear crimping to the end of the line,
The solid empty sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, and the independent empty road chamber in which the airway is completely blocked and independent single and double connected states, or the single and triple connected states are maintained. Apply to the three-dimensional curing sheet c, the three-dimensional curing sheet d and the three-dimensional curing sheet e,
Furthermore, a part of the airway part that becomes a vent is provided so as to protrude to the outside of the surface, and a three-dimensional curing sheet I having an independent airway chamber integrated structure provided with an air valve a for injecting air is provided,
When combined with other three-dimensional curing sheets, the three-dimensional curing sheet I is characterized by being attached with an i symbol.

The three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, and the three-dimensional curing sheet c,
The three-dimensional curing sheet I, the three-dimensional curing sheet aI, the three-dimensional curing sheet bI, the three-dimensional curing sheet cI, the three-dimensional curing sheet dI, and the three-dimensional curing sheet eI.
By winding in a roll, only the necessary amount at the time of construction is obtained by a sheet cutting electrothermal cutting machine (impulse system), a three-dimensional curing sheet, a three-dimensional curing sheet a, a three-dimensional curing sheet b, a three-dimensional curing sheet c, and the three-dimensional sheet. A device for thermally welding the curing sheet I, the three-dimensional curing sheet a, the three-dimensional curing sheet bI, the three-dimensional curing sheet cI, the three-dimensional curing sheet dI, and the three-dimensional curing sheet e, and simultaneously cutting and crimping the cutting portion. It is a roll sheet characterized in that it can be easily processed on-site when used.
In addition, since these curing sheets are discarded as industrial waste after use, it is desirable to use simple ones that do not require unnecessarily rigid capacity.

The compression equipment is used to recycle excess water (dust control agent) of asbestos and secondary products of asbestos accumulated in the inside of the pool layer of tarpaulin, and to process industrial waste by compressing asbestos and secondary products of asbestos. To reduce the cost of material processing,
The material of the compression device body is made of metal (iron / aluminum / stainless steel), plastic and FRP, or a composite of these materials, and the shape is suitable for the application. A compression device comprising a compression chamber, a water storage tank chamber, a hydraulic device chamber, a drainage pump device chamber, a pressure plate, and a filter is provided.

The bottom of the pressurizing chamber of the compression device is provided with a cavity for discharging sewage into the water storage tank chamber. Equipped with a filter to purify,
The filter is a sheet-like member that is permeable to water and includes at least iron oxide on one side or inside, and is attached and impregnated with a granular water purification material mainly composed of a substance selected from the iron oxide, iron sulfate, and activated carbon. Using a filter that purifies the water quality, the sewage from the asbestos and secondary products of asbestos is purified and stored in the storage tank room. The drainage pump device in the storage tank room is an external power supply via the input terminal. The compressor is characterized in that the electric motor is driven and operated by the electric power input from and is recirculated as a water source of the high-pressure washing machine through the hose of the drainage pump device.

The compression device is provided with 2 to 4 caster mounts for installing casters so that the compression device main body can be easily moved.

The hydraulic device in the compression device pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force,
The electric motor is driven by the electric power input from the external power supply via the input terminal, and the hydraulic pump can be driven by the output.The relief valve (safety valve) prevents the oil pressure from exceeding the set value, A special type (telescopic type) hydraulic cylinder is operated by operating the pressurized hydraulic oil through the directional control valve and the operation lever. It is a compression device characterized by compressing industrial waste of asbestos and secondary products of asbestos.

The shape of the pressure plate in the pressure chamber of the compression device is the same as that of the bottom surface portion in the pressure chamber, and has a rigidity capability capable of withstanding the pressure, and the area is about 2% to 5% of the bottom surface portion in the pressure chamber. A reduced pressure plate,
Since the lid of the container of the compression device is provided so that it can be opened and closed by a hinge, and a hydraulic cylinder is installed on the top of the lid, the compression pressure of industrial waste of asbestos and secondary products of asbestos is directly covered by the lid when pressurized. Therefore, the compression device is provided with a lock function to prevent the lid from being opened.

Asbestos and secondary waste of industrial waste from asbestos secondary product accumulated in the floor-curing tarpaulin is absorbed by the asbestos vacuum device and input to the asbestos vacuum storage tank or externally from an external power supply via the input terminal. A wastewater drainage device that integrates a drainage pump device that operates by driving an electric motor with the generated electric power and a vacuum device dedicated to asbestos is provided, and is supplied to the water source of the high-pressure washing machine through the hose of the drainage pump device. Asbestos vacuum device and drainage pump device sewage drainage device

As described above, the present invention solves the problem by the description of the following paragraph numbers 0014 to 0032.

As described above, a pool-layered simple floor curing by combining a waterproof sheet and a floor curing device, a three-dimensional curing sheet that is three-dimensionalized by air pressure, a three-dimensional curing sheet a to a three-dimensional curing sheet e, a three-dimensional curing sheet I, and a three-dimensional By providing a curing sheet aI, a three-dimensional curing sheet bI, a three-dimensional curing sheet cI, a three-dimensional curing sheet dI, and a three-dimensional curing sheet eI,
Without leaking other asbestos and asbestos secondary products and sewage that are industrial waste that has absorbed the dust suppressant,
Industrial waste disposal costs could be reduced by providing a compression device for pressurizing and compressing asbestos and secondary products of asbestos that have absorbed the dust suppressant.

Furthermore, by installing a sewage drainage device inside or outside of a commercially available asbestos vacuum storage tank, and connecting the hose connected to the drainage pump device to the water supply tank or bucket of the high-pressure washing machine to circulate (recycle) the sewage By enabling the use of high-pressure washing machines, we were able to dramatically increase safety and health.

By replacing the conventional manual peeling process with a high-pressure washer, the work can be greatly reduced and the work efficiency improved.
This makes it possible to reduce labor costs and significantly shorten the construction period.

By reducing the cost of construction costs in this way, it led to the promotion of the removal of harmful substances from asbestos and secondary products of asbestos in buildings and factories of private companies with poor economic power (finance), We were able to mitigate the health hazards of employees, employees of the company and neighboring residents.

By utilizing the features described in paragraphs 0014 to 0032 in time series, it becomes possible to use a high-pressure washing machine, shortening the construction period, reducing construction costs, and ensuring safety and health. Compressor, floor curing instrument, three-dimensional curing sheet, three-dimensional curing sheet e, three-dimensional curing sheet I, three-dimensional curing sheet aI, three-dimensional curing sheet bI, three-dimensional curing sheet cI A three-dimensional curing sheet dI, a three-dimensional curing sheet eI, a roll sheet, an air valve device, and a sewage drainage device.

An embodiment of the present invention will be described with reference to the drawings.

As shown in FIG. 10, the wall surface L type (7) and the corner L type (1) shown in FIGS. 1 and 2 are pools for accumulating industrial waste and sewage of asbestos and secondary products of asbestos. For the purpose of providing a layered curing, a metal (iron / aluminum / stainless steel) or plastic / FRP material with a wall structure L-type (7) and a corner L-type (1) double-structured instrument, FIG. A tool of a rectangular shape fixing rod (6) was provided. In addition, about the shape of a floor curing instrument (10) shown in FIGS. 1-10, it is a virtual thing and is different from an actual shape.

As shown in FIGS. 3 and 4, the wall surface L-type (7) and the corner L-type (1) are constituted by a fixing plate (5), a hinge (4), a wing plate (2), and a slip stopper (3). Has been.
The wing plate (2) for sandwiching the waterproof sheet (8) is connected to the fixed plate (5) by the hinge (4) so as to open and close, and further, the wall surface L type (7) and the corner A double wall surface L type (7) and a corner L type (1) provided with slip stoppers (3) made of silicon material for preventing falling off on both inner surfaces of the L type (1) and the slat (2). Provided.

When using this, as shown in FIG. 9, open the wing plate (2) of the L-shaped corner (1) as shown in FIG. 1 while bending the corners of the waterproof sheet (8) shown in FIG. 8. As shown in FIG. 5 and FIG. 6, the end of the combined waterproof sheet (8) is formed by connecting the wall surface L-type (7), the L-shaped corner (1) and the fixing rod (5) with the fixing rod (6). By joining the part and providing a right angle rise, a shape like a pool layer shown in FIG. 10 can be provided. The rising height of the end portion of the waterproof sheet (8) can be adjusted by three kinds of sizes and heights: the wall surface L type (7), the corner L type (1), and the fixing rod (6). It is a floor curing instrument (10).

As for the shape of the waterproof sheet (8), a commercially available range of 1.8 m × 1.8 m to 25 m × 25 m is used as necessary. When connecting these, the waterproof sheets (8) are overlapped as shown in FIG. By bonding with the mating surface tape (8), the floor curing device (10) can be adjusted in size freely and can flexibly cope with the construction site environment.

The three-dimensional curing sheet (31) maintains various characteristics of a vinyl chloride resin sheet or a polyester resin sheet, and satisfies the antifouling property, flame retardancy, and translucency at the same time. Materials, antifouling sheets that are used effectively for film materials for automobile hoods, curing sheets for building construction, and film materials for agricultural houses
As shown in FIG. 13, FIG. 17, and FIG. 22, a hollow double structure and a triple structure of an integrated structure in which all end portions of the sheet-shaped double sheet (15) according to the intended use are closely processed are processed. A sheet was provided. This is a three-dimensional curing sheet (31) that can be three-dimensionalized by injecting air with a compressor or the like as necessary. In addition, about the shape of solid curing sheet a (32)-solid curing sheet e (40) and solid curing sheet i (35) shown in FIGS. It is different from the shape.

18 and 20, in order to provide a solid face to the solid curing sheet (31), linear adhesion processing is applied vertically and laterally to each part inside the hollow of the solid curing sheet (31) to form a vent. Three-dimensional curing sheet a (35) provided with an empty road in which a hollow is connected, or a vertical airway ((19) and a horizontal axis airway (18) serving as a vent is connected to a hollow. ).

By injecting air at a constant pressure, air flows into the hollow path inside the hollow double structure or triple structure sheet shown in FIGS. A three-dimensional curing sheet a (32) having an airway integrated structure having a three-dimensional and strong rigidity performance according to the strength of the material was provided. In addition, 1 of FIG. 22 is a state in which air is not contained before attaching an air valve.

As shown in FIG. 11, FIG. 12, FIG. 13, FIG. 14 and FIG. 15, in order to give the three-dimensional curing sheet and the three-dimensional curing sheet a (32) a function to stand upright at the corner and the wall surface, 14) An airway integrated structure in which the floor sheet (13) and the slope sheet (11) are coupled and coupled, or the wall surface sheet (14) and the floor sheet (13) are coupled and coupled by the slope sheet (11). It is the three-dimensional curing sheet b (33) provided with the sheet structure.

The door (21) and the handle a (22) for people to enter and exit on the surface portions of the three-dimensional curing sheet (31), the three-dimensional curing sheet a (32), and the three-dimensional curing sheet c (34) shown in FIGS. ) Is a three-dimensional curing sheet d (45) having an airway integrated structure provided with a door (21) that can be opened and closed by applying a cono-shaped cut to three sides of the surface portion, applying a close process to the cut portion, and opening and closing the door (21). .

23 and 24, the door (21) of the three-dimensional curing sheet d (45) has a sealed state of the door (21). This is a three-dimensional curing sheet e (40) having an airway integrated structure in which a male fastener (24) and a female fastener (23) or a chuck is provided at both terminal portions of a three-way frame.

In the three-dimensional curing sheet (31), the three-dimensional curing sheet a (32), the three-dimensional curing sheet b (33), the three-dimensional curing sheet c (34), the three-dimensional curing sheet d (45), and the three-dimensional curing sheet e (40), FIG. Is an air valve device (25) using metal (iron, aluminum, stainless steel) or plastic, natural rubber, silicon, urethane, acrylic, adhesive (28) as a single body or a composite type.

When this is used, the air valve needle (27) is embedded in the air valve (26) in advance as indicated by 3 in FIG. 25, and the air outlet of the three-dimensional curing sheet shown in FIG. Highly elastic because the triangular part (29) at the tip is deformed by closing the needle hole by directly inserting the triangular part into the airway so as to embed the triangular part and then injecting air and then pulling out the air valve needle (27). A rubber material was used.
As shown by 4 in FIG. 25, the shape of the triangular portion (29) spreads sideways, and at the same time, the center needle hole is filled so that air does not flow backward.
Further, in order to fill the gap between the triangular portion (29) and the slide wheel (30), as shown by 3 in FIG. 25, the slide wheel (30) is slid so that the triangular portion (29) and the slide wheel (30) are in close contact with each other. In order to adhere the curing sheet between the triangular part (29) and the slide ring (30), an adhesive is applied to the surface part of the triangular part (29) and one side of the slide ring (30) shown in FIG. An air valve device (25) subjected to (28) was provided.

As shown in FIGS. 19 and 20, an empty road in which hollows, which are vertical and horizontal, are connected to each part of the hollow, or a vertical empty path (19) and a horizontal empty path serving as a vent are provided. (18) is applied to the airway in the state where the hollows are connected to the hollow in the vertical or horizontal direction of the airway part serving as a vent, and a single sheet (12) is provided so that the airway is A completely isolated and independent independent airway can be provided.

As shown in FIG. 19 and FIG. 20, an air valve device (20) for injecting air by applying a part of the airway portion serving as a vent to project outside the surface is provided. 25) can be easily three-dimensionalized without using. The length of the air valve a (20) may be about 10 cm.

As FIG. 16 shows,
Solid Curing Sheet (31), Solid Curing Sheet a (32), Solid Curing Sheet b (33), Solid Curing Sheet c (34), Solid Curing Sheet I (35), Solid Curing Sheet aI (36), and Solid Curing The sheet bI (37), the three-dimensional curing sheet cI (38), and the three-dimensional curing sheet dI (39) are provided with a roll sheet (46) wound in a roll shape, so that only the necessary amount at the time of construction is provided. The on-site processing can be easily performed by using a device that thermally welds three-dimensional curing sheets by a cutting electrothermal cutting machine (impulse method) and simultaneously cuts and crimps the cut portion.

11, 12, 13, 14, 15, 16, 18, 19, and 21, the three-dimensional curing sheet (31), the three-dimensional curing sheet a (32), and the three-dimensional curing. A solid-curing sheet c (34) having an airway integrated structure for connecting and joining a single sheet (12) to each terminal portion with the sheet b (33) and joining the other object with a surface tape (9). ) Has made it easier to bond curing sheets, waterproof sheets, walls, floors, etc. at the construction site.

The compression device (47) shown in FIG. 27 is used to recycle excess water (dust control agent) of the asbestos and secondary asbestos products accumulated in the pool layer of the waterproof sheet (8), asbestos and asbestos. In order to reduce the cost of processing industrial waste by compressing secondary products,

The compression device main body (52) is made of metal (iron, aluminum, stainless steel), plastic, or FRP, or a combination of these materials. As shown in FIG. Is a shape adapted to the application, and includes a pressurizing chamber (59), a water storage tank chamber (62), a hydraulic device chamber (61), a drainage pump device chamber (48), a pressurizing plate (52), and a filter (67). It is the compression apparatus (76) comprised by these. In addition, about the shape of the compression apparatus (76), hydraulic apparatus (47), and drainage pump apparatus (48) of FIGS. 26-30, it is a virtual thing and is different from an actual shape.

The bottom of the pressurization chamber (59) of the compression device (76) shown in FIGS. 28 and 29 is provided with a cavity for discharging sewage into the water storage tank chamber (62). A roller large (63) is attached to the side surface of the compression device main body (53) by a support shaft at the bottom portion, and a small roller (64) is provided with a support shaft on the side surface of the tip of the sliding sliding door shelf (69). There is a mechanism by which the sliding type sliding door shelf (69) slides. Thereby, the industrial waste after compression processing of asbestos and asbestos secondary products can be taken out easily. Further, a filter (67) for purifying sewage was provided on the upper part.

The filter (67) shown in FIG. 27 and FIG. 29 is a sheet-like member that can permeate water, and contains at least iron oxide on one side or inside, and is a powder mainly composed of a substance selected from the iron oxide, iron sulfate, and activated carbon. Using a filter (67) that purifies water by adhering and impregnating granular water purification material, purifies the sewage from asbestos and asbestos secondary products,

The drainage pump device (48) stored in the water storage tank chamber (62) of FIG. 27 and provided in the water storage tank chamber (62), as shown in FIG. 26, receives electric power input from an external power source via the input terminal. The electric motor is driven and operated, and is recirculated as a water source of the high-pressure washing machine through the hose of the drainage pump device (48). In addition, the caster (71) was installed so that the compression apparatus main body (53) could move easily.

As shown in FIG. 26 and FIG. 28, the hydraulic device (47) in the compression device (76) pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force.
The electric motor is driven by the electric power input from the external power source (50) via the input terminal (49), and the hydraulic pump can be driven by the output, and the pressure exceeds the set pressure by the relief valve (safety valve). The hydraulic cylinder (56) of special type (telescopic type) is operated by operating the pressurized hydraulic oil through the direction switching valve and operating lever, and the piston shaft (58) is expanded and contracted. The pressure plate (52) connected to the piston shaft (58) is operated to compress industrial waste of asbestos and secondary products of asbestos.

As shown in FIG. 29, the shape of the pressure plate (52) in the pressure chamber (59) of the compression device (76) is the same shape as the bottom surface portion in the pressure chamber (59), and the rigidity ability to withstand the pressure. The pressure plate (52) reduced in area to about 2% to 5% of the bottom surface portion in the pressure chamber (59) was used.

As shown in FIG. 28, the lid (77) of the container of the compression device (76) is provided so as to be opened and closed by a hinge a (68), and a hydraulic cylinder (56) is installed on the top of the lid (77). Therefore, since the compression pressure of the industrial waste of asbestos and secondary products of asbestos is directly applied to the lid (77) at the time of pressurization, the stopper d (74 of the lock function is prevented so that the lid (77) does not open as shown in FIG. ).

Asbestos and asbestos secondary product industrial waste sewage accumulated in the floor-curing tarpaulin shown in FIG. 31 is absorbed by the asbestos vacuum device (75) (wetting), A drainage pump device (48) that operates by driving an electric motor (51) with electric power input from an external power source (50) via an input terminal (49) inside or outside the water storage tank, and an asbestos vacuum device (75) And a sewage drainage device (70) integrated with each other.
This is a sewage drainage device (70) that enables recycling of the sewage returned to the water source of the high-pressure washing machine through the hose of the drainage pump device (48). The shapes of the asbestos vacuum device (75) and the drainage pump device (48) in FIG. 31 are assumed to be virtual and different from the actual ones.

From the above, when using a high-pressure washing machine at the construction site, there was a big problem in the subsequent sprinkling treatment. By this device, the function of reprocessing and circulating the sewage was reduced. Construction costs can be reduced by shortening the construction period by simplifying construction and reducing industrial waste, and safety and hygiene can be secured.
Although not shown in the figure, even in construction sites where the compression device (76) is not suitable, a dedicated water storage bucket, etc. is equipped with a dedicated filter (67), and industrial waste asbestos and secondary products of asbestos Can be loaded into a water storage bucket or the like and filtered to discharge excess moisture and circulated to the high pressure washer by the sewage drainage device (70).

It is a perspective view of the opening-and-closing state of a corner L type. It is a front view of the closed state of the entrance corner L type, and a rear view of the closed state of the entrance corner L type. The right side view of the wall surface L-type in the closed state and the right side surface of the wall surface type in the open state. It is the rear view of the closed state of a wall surface L type | mold, and the rear view of the open state of a wall surface L type | mold. It is a connection perspective view flowchart chart of a fixed rod and a wall surface L type. It is a perspective view processing flowchart of the corner L shape, the wall surface L shape, and the fixing rod. It is a connection composition top view of a tarpaulin floor. It is a processing flow chart perspective view 1 of a waterproof sheet and a corner L type. It is a processing flowchart perspective view 2 of a waterproof sheet, a corner L type, and a wall surface L type. It is a processing flowchart perspective view 3 of a waterproof sheet, a corner L type, a wall surface L type, and a fixing rod. It is a roll state perspective view of solid curing sheet bc, and a top view of solid curing sheet bc. It is the three-dimensional right view of the three-dimensional curing sheet bc, and the three-dimensional slope view of the three-dimensional curing sheet bc. It is the solid slope figure of the solid curing sheet bc, and the solid right side view of the solid curing sheet bc. It is a three-dimensional plan view of the three-dimensional curing sheet bc. It is a three-dimensional front view of the three-dimensional curing sheet bc. It is a roll sheet perspective view of a solid curing sheet, and a roll sheet perspective view of a solid curing sheet c. 1. 1. a plane three-dimensional sectional view of the three-dimensional curing sheet a; 2. a three-dimensional sectional view of the three-dimensional curing sheet a; 3. a three-dimensional plan view of the three-dimensional curing sheet a; It is a plane solid sectional view of solid curing sheet a. 1. 1. Front three-dimensional sectional view of the three-dimensional curing sheet a It is a front solid sectional view of solid curing sheet a. It is the roll sheet perspective view of the three-dimensional curing sheet i, and the roll sheet perspective view of the three-dimensional curing sheet ci. It is the front solid sectional view of the three-dimensional curing sheet ai, and the plane three-dimensional sectional view of the three-dimensional curing sheet ai. It is a front three-dimensional sectional view of a three-dimensional curing sheet aci. 1. 1. Plan sectional view of the three-dimensional curing sheet ad and 2. a three-dimensional sectional view of the three-dimensional curing sheet ad; 3. Three-dimensional sectional view of the door of the three-dimensional curing sheet ad and 4. It is a front solid sectional view of solid curing sheet ad. It is a three-dimensional front view of the three-dimensional curing sheet ae. It is a three-dimensional perspective view of the three-dimensional curing sheet ae. It is the structure figure and usage figure of an air valve apparatus. It is a block diagram of a hydraulic device and a drainage pump device. It is a right side cross-sectional watermark figure of the lower position of the pressurization plate of a compression apparatus main body. It is a right side watermark figure of the lid open state and slide drawer open state of a compression apparatus main body. It is a perspective watermark figure of a compression apparatus main body. It is front sectional drawing of a compression apparatus main body. It is a block diagram of a vacuum for asbestos and a sewage drainage device.

Explanation of symbols

1 Corner L type 2 Wing board 3 Slip stopper 4 Hinge a
5 fixed plate 6 fixed rod 7 wall surface L-shaped 8 waterproof sheet 9 surface tape 10 floor curing tool 11 slope sheet 12 single sheet 13 floor sheet 14 wall sheet 15 double sheet 16 horizontal axis airway 17 of air port vertical of air port Axis airway 18 Horizontal axis airway 19 Vertical axis airway 20 Air valve a
21 Door 22 Handle a
23 Fastener female 24 Fastener male 25 Air valve device 26 Air valve 27 Air valve needle 28 Adhesive 29 Triangle part 30 Slide wheel
31 Solid curing sheet 32 Solid curing sheet a
33 Three-dimensional curing sheet b
34 Solid curing sheet c
35 Solid Curing Sheet I
36 Solid Curing Sheet aI
37 Solid Curing Sheet bI
38 Three-dimensional curing sheet cI
39 Three-dimensional curing sheet dI
40 Solid curing sheet e
41 Solid curing sheet bc
42 Solid Curing Sheet ad
43 Solid curing sheet aci
44 Solid curing sheet ae
45 Solid curing sheet d
46 Roll sheet 47 Hydraulic device 48 Drainage pump device 49 Input terminal 50 External power supply 51 Motor 52 Pressure plate 53 Compressor body 54 Stopper a
55 Piping 56 Hydraulic cylinder 57 Pin b
58 Piston shaft 59 Pressurizing chamber 60 Handle 61 Hydraulic device chamber 62 Water storage tank chamber 63 Large roller 64 Small roller 65 Caster base 66 Stopper c
67 Filter 68 Hinge a
69 Sliding sliding cabinet 70 Sewage drainage device 71 Caster 72 Base 73 Stopper b
74 Stopper d
75 Vacuum device for exclusive use of asbestos 76 Compression device 77 Lid

This device prevents the asbestos and asbestos secondary product dust from being scattered in the air during the asbestos removal work for buildings containing asbestos and asbestos secondary products. In addition to preventing nearby residents living near the construction site from suffering health damage due to diseases such as mesothelioma caused by asbestos, construction costs are reduced by reducing work and industrial waste treatment is reduced. Asbestos and secondary products for asbestos, floor curing equipment, three-dimensional curing sheets, air valve equipment, and sewage for the purpose of reducing processing costs and shortening the construction period by reducing the construction cost by the construction method It is a drainage device.

This is a specification method based on the Industrial Safety and Health Act, and in the asbestos removal work of buildings, dust suppressant is sprayed directly on the asbestos and secondary products of asbestos using a coating device such as airless. After asbestos and asbestos secondary products are solidified or rubberized, workers manually remove asbestos and asbestos secondary products from the building using tools such as keren rods and spatulas. This is the current general construction method.
Also, in the curing work, complete curing of the floor and walls is required, and there is a risk that dust of asbestos and secondary products of asbestos will be scattered in the air during these operations.

Furthermore, since safety work and safety and health are absolute conditions, the current construction method sets labor costs and industrial waste disposal costs to be unusually high when compared to the price of general construction work. The Rukoto.
Therefore, depending on the assets and economic power (financial power) of private companies, it is not possible to remove asbestos and secondary products of asbestos from factories and facilities, spreading the health hazards of employees and other company personnel and neighboring residents. ing.

In this way, asbestos and secondary products of asbestos are scattered in the air, and are carried and accumulated from the respiratory tract to the human body, causing health damage such as cancer over a long period of time.
In the current construction method, the type of asbestos and secondary products of asbestos in the building and the thickness of the asbestos and secondary products asbestos attached to the building may be different for each site. There will be disparities depending on the site workers.

In addition, the current construction method is a method in which a dust suppressant is infiltrated into the asbestos and asbestos secondary products by the pressure of coating equipment such as airless, and is processed into solid or rubbery and removed. Asbestos and asbestos secondary Depending on the thickness of the product, it may be difficult to completely infiltrate the inside, so a specification for performing the airless spraying process of the dust suppressant several times is provided.

However, asbestos and asbestos secondary products are characterized by the fact that they do not supply water above a certain water content, and the dust suppressant hangs down due to gravity in the first airless spray, so in the removal work such as ceiling Since only the surface of asbestos and asbestos secondary products is solidified or rubberized, and a film is provided on the surface, the penetration performance of the first and subsequent dust suppressant spraying using airless coating tools There is a problem of being halved.

In addition, depending on the thickness of the asbestos and asbestos secondary products in the building, it cannot be denied that it depends greatly on the technical skills of the workers.
When the asbestos and asbestos secondary products are peeled off from the building in a state where the inside of the asbestos and asbestos secondary product of the building cannot be solidified or rubberized by the dust suppressor due to these factors, the dust suppressant All the asbestos and asbestos secondary products that are not infiltrated will float in the air and slowly fall over time.

Furthermore, since the separated asbestos and the secondary product of asbestos are also suspended in the air as industrial waste in a dedicated garbage bag, the degree of danger is always high and the health and safety aspects are low.
Every time the asbestos and secondary products of asbestos in the building are removed and removed, the dust of the asbestos and secondary products of asbestos that are scattered as fine particles in the air, the workers and the residents living around the construction site It is easily guessed that the possibility of sucking increases.

Curing requires complete curing of the floor and walls, and there is a risk that dust from asbestos and asbestos secondary products will be scattered in the air during these operations.

In view of the above, the asbestos and secondary products of asbestos are not affected greatly by the technical skills of workers during the curing and removal of asbestos and secondary products of asbestos, The purpose is to prevent scattering and minimize health damage,
Removal of building asbestos and secondary products of asbestos Industrial labor shoes by compressing industrial costs of building asbestos and secondary products of asbestos by improving labor and removal efficiency of floor and walls Reduce processing costs and construction costs.

Pressure water jet injection using a dust suppressant to the high-pressure washer has a high cleaning performance in the range of about 2 0Kg～280kg to at least 0,0 1 square meters,
It is a method of peeling jet water with pressure control by using a dust suppressant in a high pressure washer for the shape of asbestos and secondary products of asbestos in buildings.
By eliminating the manual peeling method, the number of workers can be reduced and construction costs can be reduced.

In addition, with a special waterproof sheet and floor-curing equipment suitable for the construction site environment to ensure the accumulation of asbestos and secondary products of asbestos and the sewage that have absorbed the dust control agent after washing without causing any other leakage It was equipped with a simple curing that can be easily cured by providing a pool curing floor curing and a three-dimensional solid curing sheet.
Industrial waste of asbestos and secondary products of asbestos peeled from the building is accumulated in the pressurization chamber of the compression device installed in the pool layer of the exclusive waterproof sheet, and excess moisture (dust control agent) After discharging the sewage, the volume of the compressed asbestos and secondary product of asbestos is shrunk, changed to solid or rubbery by the action of dust suppressant, solidified, and then taken out from the container of the compression equipment. Based on the disposal specification, it is possible to reduce the cost of industrial waste disposal by storing it in an industrial waste garbage bag,

A drainage pump device is installed inside or outside the asbestos vacuum storage tank for reusing sewage, and the hose connected to the drainage pump device integrated with the asbestos vacuum storage tank is supplied to the high pressure washer. It is a sewage drainage device that enables circulation (recycling) of sewage by connecting to a tank or bucket.
These compression devices, sewage drainage devices, floor curing tools and three-dimensional curing sheets can be used, and by using them in time series, it becomes possible to use a high-pressure washing machine, and solving the shortcomings ahead by performing the wet method It is something to try.

The present invention is based on the Industrial Safety and Health Act, and requires a method of spraying a dust suppressant directly on the asbestos and secondary products of asbestos using a painting tool such as airless for removal. Depending on the number of times, the asbestos and the asbestos secondary product solidified or rubberized are not solidified to the inside, and the pressure water jetted to the high-pressure washing machine using the dust suppressant is at least 0. , 0 A wet construction method using a high-pressure washer with a performance in the range of 20 kg to 280 kg per square meter, and the asbestos and asbestos secondary products of the building can be obtained by using a dust suppressant for the washing water. Because it completely absorbs the dust suppressant and is separated by the pressure water of the jet jet, it does not scatter as fine particles in the air , Provided a floor curing instrument to be dropped inside the pool layer dedicated tarpaulin instantly accumulation, and solid curing sheets for three-dimensional, and the air valve device, a compressor, and a sewage drainage system.

Wall L type and corner L type using metal (iron / aluminum / stainless) or plastic / FRP materials to provide pool layer curing to accumulate industrial waste and sewage of asbestos and secondary products of asbestos Is a structure in which the wing plate and the fixed plate are connected by a hinge a, and the corner L type and the wall surface L type are provided such that the wing plate for sandwiching the waterproof sheet is opened and closed,
Furthermore, a wall surface L type, a corner corner L shape, and a wall surface L shape and a corner corner L shape of a double three-dimensional structure provided with slip stoppers by a silicon material for preventing falling off are provided on both inner surfaces of the slats .
The shape of the fixing rod is rectangular and is provided in the recess, and the recess of the fixing rod is fitted into the tip of the wall L type and the corner L type (including hinges a). bonded to the terminal portion of the tarpaulin in combination Rukoto connected to the fixing rod can be provided with a rise of the right angle, provided with a floor curing instrument equipped with a shape like a pool layer.

The rising height of the end portion of the waterproof sheet of the floor curing device can be adjusted by three kinds of sizes and heights of the wall surface L type, the entrance corner L type, and the fixing rod , and at least the wall surface L type and the entrance corner L The height of the mold is within the range of 0,2 m to 2 m, the width is within the range of 0,2 m to 2 m, the fixed plate is within the range of 0,2 m to 2 m, and has a thickness that can stabilize these three-dimensionally. The length of the fixing rod is within the range of 1m to 10m, and the width, thickness and shape of the recess are proportional to the shape of the wall L type and the corner L type, and the wall L type, the corner L type, and the fixing rod. the shape of a floor curing instrument equipped Rukoto using a shape according to the application.

Three-dimensional curing sheets are made of tent film materials for buildings and tent warehouses that maintain the various characteristics of vinyl chloride resin sheets or polyester resin sheets and satisfy antifouling properties, flame retardancy, and translucency at the same time. Depending on the application, these composite materials are used for automobile hood membrane materials, curing sheets for building construction, plastic sheets, polysheets, and antifouling sheet materials that are effectively used for agricultural house membrane materials. The sheet shape is either a cylindrical shape, a square shape, a rectangular shape, or a triangular shape according to the purpose of use , or a shape including these, and the thickness is in the range of 0.01 mm to 2 cm. adhesion processing all terminal portion of a heavy sheet (surface of the sheet surface of at least the adhesion process is the sq range 0,01Mm～10m) integrated Sea subjected to Constructed a three-dimensional curing sheet provided with the cavity structure (layer structure or two-layer structure or three-layer structure) provided, if necessary fitted with an air valve or air valve a or air valve aa, is three-dimensional by air injection Three-dimensional curing sheet that can be used.

In order to provide a solid face to the solid curing sheet or single sheet , linear contact processing ( at least the width of the sheet surface portion subjected to contact processing is 0 ) in each hollow portion ( sheet surface portion) of the solid curing sheet , A solid curing sheet having a vertical empty road and a horizontal empty road sheet structure in which a hollow serving as a vent is connected by applying a single sheet to a vertical sheet or a horizontal sheet ( within a square range of 01 mm to 2 m). a,
It is a three-dimensional curing sheet a having a state in which the connection between the single-sheet configurations is maintained at a certain interval within a range of 1 cm to 2 m at least in the vertical and vertical or horizontal and horizontal intervals of the contact processing part,
To further provide a solid cured sheet aa, the stereoscopic either circular or square or rectangular or triangular curing sheet, or by using the cavity structure having a shape combining these, the vertical axis air canal and a transverse axis as a vent Provide an airway, connect and bond , provide an airway structure with a sheet structure that connects the hollows to form a three-dimensional structure, connect and connect to the inside or single sheet of the three-dimensional curing sheet, and include a three-dimensional curing sheet aa According to the three-dimensional curing sheet comprising a three-dimensional curing sheet aa comprising 1 to 100,000 pinhole cavities or cutouts per one square meter of the sheet surface portion of the three-dimensional curing sheet.
At least the vertical axis and vertical axis and horizontal axis and horizontal axis distances are within the range of 1 cm to 2 m, and the connection between the double sheet configuration or the triple sheet configuration is maintained at a certain interval. A three-dimensional curing sheet aa comprising:
The three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet aa have at least a rising (vertical) height of 0,2 m to 50 m, and a horizontal (horizontal) length of 0. , 2 m to 200 m, and the thickness (width) is in the range of 0.01 m to 5 m.
By constant pressure injected air, spreads the air in the cavity or empty road sheet inside the single structure or a double structure or a triple structure of the cavity or empty road, that pressure is generated in the hollow cavity or empty canal sheet A three-dimensional curing sheet, a three-dimensional curing sheet a, and a three-dimensional curing sheet aa having an integrated sheet configuration of a hollow structure or an airway structure having three-dimensional and strong rigidity performance according to the strength of the material were provided .

In order to give the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet aa a function of standing upright at the corner and the wall surface, the wall sheet, the floor sheet, and the slope sheet are connected to each other to form a hollow structure or It has an airway structure seat structure,
For further strengthening, it is provided with a connecting sheet provided with a ventable pinhole cavity (the number of pinholes in the pinhole cavity is within a range of 1 to 1000 with respect to 0,1 square meter). Two parts of the part sheet are connected and joined to any or all of the slope sheet, floor sheet and wall sheet,
Or, connect and connect the end sheet of the intermittent single sheet (within the range of 1-100 in the hollow interior to 1m) to any or all of the slope sheet, floor sheet and wall sheet. A three-dimensional curing sheet b provided with the applied connecting sheet is provided,
Alternatively, a three-dimensional curing sheet b provided with an integrated sheet configuration of an airway structure in which a slope sheet connects and joins a wall surface sheet and a floor surface sheet ,
At least the rising length of the wall sheet (vertical) is in the range of 5 cm to 50 m, at least the length of the floor sheet (horizontal) is in the range of 5 cm to 50 m from the wall surface, and at least the slope sheet is the wall sheet and floor surface A three-dimensional curing sheet b that is a shape for erecting the sheet and that is erect by using a shape corresponding to the use of a cylinder, a rectangle, a square, or a triangle was provided.
When combined with other three-dimensional curing sheets, b symbol is attached.

A terminal sheet of a single sheet is connected to each part within a range of 1 to 10 in each terminal part or sheet surface part of the three-dimensional curing sheet, the three-dimensional curing sheet a , the three-dimensional curing sheet aa, and the three-dimensional curing sheet b. With a terminal sheet
Alternatively, in order to provide the terminal sheet from the sheet surface portion, contact processing is performed on the sheet surface portion of the part (base) where the length of the terminal sheet is secured, and the terminal sheet is provided in a range of 1 to 4 locations, The terminal sheet of the single sheet can be doubled by cutting the end of the terminal part, the surface of the terminal sheet is within a square range of at least 5 cm to 10 m, and the surface of the sheet surface part (root) of the contact processing part Is at least within the square range of 0.01 mm to 10 m, and is a hollow structure or airway structure integrated sheet for joining with other objects (curing sheet, wall, floor, etc.) using face tape (adhesive tape) A three-dimensional curing sheet c equipped with a terminal sheet is provided, and metal (iron / aluminum) or plastic, urethane, silicon, Using any material krill, the Wakka shape according to the application (a circle, oval, square, triangular) formed, the quantity of Wakka is provided a solid curing sheet c provided with the at least to 1-100 in one sheet surface It was. When combined with other solid curing sheets is Ru is supplied with c symbol.

The door for the person to enter and exit in the sheet surface portion of the three-dimensional curing sheet a , the three-dimensional curing sheet aa , the three-dimensional curing sheet b, and the three-dimensional curing sheet c (the shape is 50 cm to 3 m in length / width) 30 cm to 5 m) and a handle a, the sheet surface portion is cut in a three-sided conical shape, the cut portion is closely processed, and has a door that can be opened and closed and a handle a , or a square or rectangle or In order to provide a circular open part, the sheet surface part is cut into four or circular lines, and the open part is provided and the cut part is in close contact processing (the surface of the close contact process of the sheet surface part is within a square range of at least 0.01 mm to 10 m) A three-dimensional curing sheet d provided with an integrated sheet configuration of a hollow structure or an airway structure provided with an open part provided with the above. When combined with other solid curing sheets is Ru is supplied with d symbols.

Since the door of the three-dimensional curing sheet d has a door open / closed and sealed state, the male using the metal or plastic material for the terminal portions of both the three-side frame of the sheet surface portion of the three-dimensional curing sheet d and the three-side frame of the door And a three-dimensional curing sheet e having an integrated sheet structure of a hollow structure or an empty road structure with female fasteners or chucks . When combined with other three-dimensional curing sheets, an e symbol is attached.

In the three-dimensional curing sheet a , the three-dimensional curing sheet aa , the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e , a vertical structure having an airway structure with respect to at least one square meter. empty road or vertical axis air canal is within positions 1 to 1000, air canal empty canal or horizontal axis empty canal lateral to the structure is within positions 1 to 1000 for at least 1 square meter, for at least 1 square meter Check road empty road structure comprising oblique axis 1 within until 200 places a solid curing sheet a that the integrated seat structure and ingredients Bei empty canal structure and the solid curing sheet aa and solid curing sheet b the solid curing The sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e .

In the three-dimensional curing sheet, the three-dimensional curing sheet a , the three-dimensional curing sheet aa , the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, metal (iron, aluminum, stainless steel) Or, an air valve device made of plastic, natural rubber, silicon, urethane, acrylic, or adhesive material is used.
A cylindrical air valve needle with a hollow center is embedded in the air valve in advance . After injecting air into the rear opening of this air valve needle with an air compressor, etc., the air valve needle is pulled out so that a triangular needle hole is formed. Applying natural rubber / silicone / urethane / acrylic material with high elastic capacity to close and deform the triangular part to prevent backflow,
Further to fill the gap between the rear surface and the slide ring of the triangular portion of the tip, subjected to slide the slide ring so that the triangular section and the slide wheels are in close contact, between the front portion of the rear surface and the slide ring of triangular section for adhering the cured sheet, provided with air valve device provided with the surface and the air valve subjected to a pressure-sensitive adhesive on the front portion of the slide ring and the air valve needle after trigone.

The solid curing sheet, the solid curing sheet a , the solid curing sheet aa , the solid curing sheet b, the solid curing sheet c, the solid curing sheet d, the solid curing sheet e, the hollow structure, and the airway structure. In the three-dimensional curing sheets provided ,
State hollow and the interior of the air path structure in which hollow consisting vent subjected to longitudinal air path and lateral air passage is connected to each part, and the vertical axis an empty road becomes vent and the horizontal axis air canal are linked hollow of the empty road construction, for an empty road construction and cavity structure of the air path or next to an empty road or vertical axis air canal or horizontal axis empty road longitudinal air path structure comprising vent, a constant width at least some subjecting at intervals (a range of 0,2M～50m) linear (vertical) dense deposition processing to the terminal site of the line, provided while maintaining the coupling of the single sheet structure, the cavity structure and the air path structure Solid curing sheet I equipped with an independent empty room with an integrated sheet structure that maintains the connection between the single sheet and the double sheet, or the connection between the single sheet and the triple sheet, or the double sheet and the triple sheet. Provided,
At least the width of the single sheet configuration (the surface of the sheet surface portion that has been subjected to close contact processing) is within a square range of 0.05 mm to 5 m, and a cut line (cut out within the range of 10% to 90%) is formed at the center as necessary. 3D curing sheet I applied so that it can be easily cut,
Further subjected to projection (exposed) to about 5cm~1m a part of the sheet of cavities structures and an empty road structure outside of the seat surface portion is provided with a air valve a for injecting air, the air from the cavity of the distal portion 1 to 2 concave rails and convex rails joined to the inside of the tip and center of the air valve a are provided so that air does not flow back after injection, and the convex rail has an elliptical and rectangular base on the top. The concave rail is composed of a concave portion for wrapping the elliptical shape of the convex rail and a rectangular base, and the concave rail concave portion (dent) has an internal area of about 1% to 10% than the elliptical area of the convex rail. Is a structure that can form a square and rectangular shape by combining the concave rail and convex rail, and can provide a sealed state. The material of the concave rail and convex rail is plastic and natural In any of the materials with excellent resilience performance of the beam Silicon urethane acrylate, or an air valve a with material complexed provided,
Or, in case the concave and convex rails are not suitable, as a substitute for the concave and convex rails of the air valve a, the surface tape a is applied to the inside of the tip part, the film is peeled off, and the adhesive is applied to one side of the air valve a. An air valve aa having a structure in which air does not flow backward by sealing, or an air valve aa combined with the air valve a and the air valve aa is provided,
The surface tape a is made of a material of an adhesive, a face piece, an adhesive, and a film, and is a three-dimensional curing sheet having an integrated sheet structure of an independent air chamber having an air valve aa and an air valve a. I provided I. When combined with other three-dimensional curing sheets, the symbol I is attached, and when the air valve aa and the air valve a are used alone, the symbol Ia is attached.

The three-dimensional curing sheet, the three-dimensional curing sheet a , the three-dimensional curing sheet aa , the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, the three-dimensional curing sheet e, and the three-dimensional curing sheet I. Combined three-dimensional curing sheets,
By rolling in a roll shape, it is possible to easily perform on-site processing by using a device that heat-seals only the amount necessary for construction with a sheet cutting electrothermal cutting machine (impulse method) and simultaneously cuts and crimps the cut part. A roll sheet provided with In addition, since these three-dimensional curing sheets are discarded as industrial waste after use, it is desirable to use simple ones that do not require unnecessarily rigid capacity.

The compression equipment is used to recycle excess water (dust control agent) of asbestos and secondary products of asbestos accumulated in the inside of the pool layer of tarpaulin, and to process industrial waste by compressing asbestos and secondary products of asbestos. To reduce the cost of material processing,
The material of the compression equipment is metal (iron, aluminum, stainless steel , carbon steel, titanium, shinchu ), plastic, FRP , natural rubber, chloroprene rubber, ethylene propylene rubber, urethane rubber, silicon rubber, epichlorohydrin rubber.
Polysulfide rubber, hydrogenated nitrile rubber, fluorine rubber, chlorosulfonated polyethylene rubber, butyl rubber, nitrile rubber, butadiene rubber, styrene butadiene rubber, isoprene rubber , or a composite of these materials In addition, a compression device comprising a pressurizing chamber, a water storage tank chamber, a hydraulic device chamber (hydraulic device) , a drainage pump device, a pressurizing plate, a filter, and a net plate having a shape suitable for the application is provided.

The bottom of the pressurizing chamber of the compression device is provided with a cavity for discharging sewage into the storage tank chamber, a sliding sliding door shelf by roller rotation is applied to the side of the bottom of the pressurizing chamber, It is equipped with a filter and a net to purify
The filter is a sheet-like member that is permeable to water and includes at least iron oxide on one side or inside, and is adhered and impregnated with a granular water purification material mainly composed of a substance selected from the iron oxide, iron sulfate, and activated carbon. Using a filter that can be used to purify water , or equipped with a wet-only asbestos filter that is comparable to the HEPA filter , purifies the sewage from asbestos and secondary asbestos products, and stores it in the storage tank room. The drainage pump device provided in the water storage tank chamber includes a drainage pump device that operates by driving the electric motor a with electric power input from an external power source through an input terminal, and the drainage pump device has a hose of the drainage pump device . A compression device that was refluxed was provided as a water source .

Since the shape of the mesh plate is about 1% to 5% larger than the area of the filter, the material is the metal material according to claim 14, and the surface is partially provided with a convex portion and provided with a cavity a. The sewage flows through the gap to the filter,
Further can the compressor is easily moved, provided with a compression device provided with a caster and the stopper c caster frame to so that can be fixed.

The hydraulic device of the compression device pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force,
The electric motor is driven by the electric power input from the external power supply via the input terminal, and the hydraulic pump can be driven by the output.The relief valve (safety valve) prevents the oil pressure from exceeding the set value, by operating at pressurized hydraulic fluid via a directional control valve of the operation lever, by a special shape (telescopic type) or double acting hydraulic cylinder is operated, the piston shaft is expanded or contracted vertically or horizontally, the piston A compression device for compressing industrial waste of asbestos and secondary products of asbestos was provided, including a hydraulic device that operated a pressure plate connected to the shaft .

The shape of the pressure plate in the pressure chamber of the compression device is the same shape as the bottom or pressure wall surface in the pressure chamber, and has a rigid ability to withstand pressure, and the area is the bottom or pressure wall surface in the pressure chamber. comprising a pressure plate which is reduced to about 1% to 50% of
The cover of the compression device is provided with so as to be opened and closed by a hinge, if you have established a hydraulic cylinder (vertical) to the lid top, the compression pressure of the industrial waste asbestos and asbestos secondary product pressurization since directly applied to the lid, provided with a compression device provided with a locking function to the lid does not open.

It absorbs water by a commercially available asbestos dedicated vacuum device sewage industrial waste asbestos and asbestos secondary products accumulate tarpaulin floor curing (wetting), internal or external water tank of a commercially available asbestos dedicated vacuum device the drainage pump device is installed, it includes a sewage drainage device with a drainage pump system which operates to drive the electric motor a are integrated with commercial asbestos dedicated vacuum unit with power supplied from an external power source via the input terminal Then, a sewage drainage device equipped with a commercially available asbestos vacuum device and a drainage pump device provided so as to be returned to the water source of the high-pressure washing machine through a hose of the drainage pump device was provided .

As described above, the present invention solves the problem by the description of the following paragraph numbers 0014 to 0032.

As described above, a combination of a water-proof sheet and a floor-cured simple floor curing, a three-dimensional curing sheet that is three-dimensionalized by air pressure, a three-dimensional curing sheet a to a three-dimensional curing sheet e, and a three-dimensional curing sheet I are combined. By providing the three-dimensional curing sheets , the workability (curing) simplification effect,
Asbestos and asbestos secondary products that have absorbed dust control agents and secondary water products and the effect of reusing water to recirculate sewage as a water source for high-pressure washing machines without leaking water,
Furthermore, by providing a compression device, the asbestos and the asbestos secondary product that has absorbed the dust suppressant are pressurized and compressed to reduce the industrial waste treatment cost , thus reducing the construction cost and the construction site. could Rukoto enhance the safety and health.

Furthermore, by installing a sewage drainage device inside or outside of a commercially available asbestos vacuum storage tank, and connecting the hose connected to the drainage pump device to the water supply tank or bucket of the high-pressure washing machine to circulate (recycle) the sewage By enabling the use of high-pressure washing machines, we were able to dramatically increase safety and health.

By replacing the conventional manual peeling process with a high-pressure washer, the work can be greatly reduced and the work efficiency improved.
This makes it possible to reduce labor costs and significantly shorten the construction period.

By reducing the cost of construction costs in this way, it led to the promotion of the removal of harmful substances from asbestos and secondary products of asbestos in buildings and factories of private companies with poor economic power (finance), We were able to mitigate the health hazards of employees, employees of the company and neighboring residents.

By utilizing the features described in paragraphs 0014 to 0032 in time series, a wet construction method is possible by using a high pressure washer, shortening the construction period, reducing construction costs, and ensuring safety and health. A compression device, a floor curing tool, a three-dimensional curing sheet, a three-dimensional curing sheet a, a three- dimensional curing sheet aa, a three-dimensional curing sheet I, a three-dimensional curing sheet Ia, and the like Are three-dimensional curing sheets, a roll sheet, an air valve device, and a sewage drainage device.

An embodiment of the present invention will be described with reference to the drawings.

As shown in FIG. 10, the wall surface L-type (7) and the corner L-type (1) shown in FIGS. 1 and 2 are pool layers for accumulating industrial waste and sewage of asbestos and asbestos secondary products. 5 with a double structure of metal (iron / aluminum / stainless steel) or plastic / FRP material, wall surface L type (7) and corner L type (1), and recess in FIG. A rectangular fixture (6) fixture was provided.

As shown in FIGS. 3 and 4, the wall surface L-type (7) and the corner L-type (1) are constituted by a fixed plate (5), a hinge a (4), a wing plate (2), and a slip stopper (3). Has been.
The wing plate (2) for sandwiching the waterproof sheet (8) is connected to the fixed plate (5) by the hinge a (4) so as to open and close, and further, the wall surface L type (7) and the corner A double-walled L-type wall (7) and slip-in corner L-type (1) with slip stoppers (3) made of silicon material that prevents falling off are provided on both the L-type (1) and the slats (2). It was.

When this is used, while the corner of the waterproof sheet (8) shown in FIG. 8 is bent, the wing plate (2) of the L-shaped corner (1) is opened as shown in FIG. 1, and sandwiched as shown in FIG. As shown in FIG. 5 and FIG. 6, the wall portion L-type (7), the corner L-type (1) and the fixing rod (5) are connected by the fixing rod (6), and the terminal portion of the combined waterproof sheet (8) By joining and providing a right angle rise, a shape like a pool layer shown in FIG. 10 can be provided. Further, the rising height of the terminal portion of the waterproof sheet (8) can be adjusted by three kinds of sizes and heights: a wall surface L-type (7), a corner L-type (1), and a fixing rod (6). Curing device (10).

As for the shape of the waterproof sheet (8), a commercially available range of 1.8 m × 1.8 m to 25 m × 25 m is used as necessary. When connecting these, the waterproof sheets (8) are overlapped as shown in FIG. By bonding with the mating surface tape (9), the floor curing device (10) can be adjusted in size freely and can flexibly cope with the construction site environment.

The three-dimensional curing sheet (31) and the three-dimensional curing sheet maintain the various characteristics of the vinyl chloride resin sheet or the polyester resin sheet, and satisfy the antifouling property, flame retardancy, and translucency at the same time. , Tent warehouse membrane materials, automotive hood membrane materials, building curing sheets, plastic sheets, polysheets, and antifouling sheets that are effectively used for agricultural house membrane materials. Is a sheet using a material obtained by combining these materials , or as shown in FIGS. 11 to 24 , either a cylindrical shape (79) of a sheet shape or a square, a rectangle, or a triangle according to the intended use or in the integrated structure 1 of FIG. 16 and all terminal portion of the single sheet of the composite shape (12) or double sheet (15) was subjected to adhesion processing shown It provided a solid curing sheets of the cavity structure (31).
It is a three-dimensional curing sheet (31) that can be three-dimensionalized by attaching air valve (26) or air valve a (20) or air valve aa (102) as necessary and injecting air with a compressor or the like. In FIGS. 11 to 13, 1 of FIG. 14, 1 of FIG. 15, 3 of FIG. 16 and FIG. 21, the air valve (26), the air valve a (20), or the air valve aa (102) due to the construction of the figure. The figure of is not described.

As indicated by 1 in FIG. 18, in order to provide the solid curing sheet (31) with a strong face body, linear close contact processing is vertically applied to each part inside the hollow of the stereoscopic curing sheet (31) to form a single sheet (12 ) Is a three-dimensional curing sheet a (32) provided with an airway structure in which the hollows of the vertical airway (17) and the horizontal airway (16) that serve as vent holes are connected , and are vertically and vertically or horizontally The horizontal distance is within a range of at least 1 cm to 2 m, and the connection between the single sheet configurations is maintained at a certain fixed distance.
17 and 4 in FIG. 17 and 2 in FIG. 18, a three-dimensional curing sheet provided with an airway structure in which the vertical axis airway (1 9 ) and the horizontal axis airway (1 8 ) serving as vent holes are connected to the hollow. It is a a (92), and as shown in 1 of FIG. 17, the three-dimensional curing sheet aa (92) is housed in the three-dimensional curing sheet (31), and is an integrated sheet structure subjected to contact processing, The vertical axis airway (19) and the horizontal axis as indicated by 2 to 4 in FIG. 17 by injecting air into the vertical axis airway (19) or the horizontal axis airway (18) of the three-dimensional curing sheet aa (92) It shows a state in which atmospheric pressure is generated in the airway (18) and is three-dimensionalized.
The distance between at least the vertical axis airway (19) and the vertical axis airway (19) and the horizontal axis airway (18) and the horizontal axis airway (18) is within a range of 1 cm to 2 m, and is a double sheet at a certain interval. This is a three-dimensional curing sheet aa (92) having a state where the connection is maintained between the configuration or the triple sheet configuration.
In addition, although the figure which combined the three-dimensional curing sheet aa (92) and the single sheet | seat (12) is not described, the structure of the single sheet | seat (12) which 1 of FIG. 18 shows, and the vertical axis empty path which 2 of FIG. 18 shows (19) and the horizontal axis airway (18), the three-dimensional curing sheet aa () is obtained by replacing the double sheet (15) indicated by 2 in FIG. 18 with the single sheet (12) indicated by 1 in FIG. 92) is a diagram of an integrated sheet configuration in which a single sheet (12) is combined.

As indicated by 2 in FIG. 18, the three-dimensional curing sheet aac (93) can be provided by combining the three-dimensional curing sheet aa (92) and the three-dimensional curing sheet c (34).
The shape of the three-dimensional curing sheet a (32) and the three-dimensional curing sheet aa (92) is at least a rising (vertical) height in the range of 0, 2 m to 50 m, and a horizontal (horizontal) length of 0, It is in the range of 2 m to 200 m, and the thickness (width) is a sheet shape corresponding to the application in the range of 0.01 m to 5 m,
By injecting air at a constant atmospheric pressure, air flows into the hollow path inside the hollow sheet shown by 2, 3 and 4 in FIG. 17 , or atmospheric pressure is generated in the hollow empty path. This is a three-dimensional curing sheet a a (92) provided with an integrated sheet structure of an airway structure having an ideal and strong rigidity performance. In addition, 1 of FIG. 17 is a state in which air does not enter before attaching an air valve (26) .
The solid curing sheets shown in FIG. 11 to FIG. 24 are composites of the functions of the respective three-dimensional curing sheets, and are combined with the reference symbols of the respective three-dimensional curing sheets.

11, 13, 14 , and 1 in FIG. 15 , to give the three-dimensional curing sheet (31) and the three-dimensional curing sheet a (32) a function to stand upright on the corner and the wall surface. As shown in FIG. 13, the wall surface sheet (14), the floor surface sheet (13), and the slope sheet (11) were connected and bonded in a monohedron .
For further strengthening, as shown in the three-dimensional slope watermark diagram of the three-dimensional curing sheet bc (41) in FIG. It is a connection sheet (90) in which two end portions of a connection sheet (90) provided with possible pinhole cavities (91) are connected to the hollow interior. Alternatively, the intermittent connection sheet (90) is connected to the slope sheet (11), the floor sheet (13), and the wall surface sheet (14) within a range of 1 to 100 in the hollow interior with respect to at least 1 m. (90).
Note that the number of pinholes in the pinhole cavity (91) is within a range of 1 to 1000 with respect to 0,1 square meters, and the shape and number of the connection sheet (90) and the pinhole cavity (91) vary depending on the application. .
Or as FIG. 12 shows, it is the three-dimensional curing sheet b (33) which comprised the integrated sheet | seat structure of the airway structure which connects a wall surface sheet | seat (14) and a floor surface sheet | seat (13) with a slope sheet | seat (11). The three-dimensional curing sheet aabc (96) shown in FIG. 12 can be provided by combining the three-dimensional curing sheet aa (92) and the three-dimensional curing sheet c (34).
As indicated by 1 in FIG. 12, the vertical axis empty path (19) and the horizontal axis empty path (18) of the three-dimensional curing sheet aa (92) are the wall surface sheet (14), the floor surface sheet (13), and the slope sheet (11). It shows an integrated sheet configuration of an airway structure that is connected to and connected to each other.
11 and FIG. 12, the sloped sheet (11) has a cylindrical monohedral shape. However, when the wall sheet (14) and the floor sheet (13) are firmly upright, the cylindrical sheet is used. It is desirable to use the slope sheet (11) having a shape, rectangle, square, or triangle according to the application.

FIG. 22 shows, in the sheet surface part of the three-dimensional curing sheet aa (92) , in order to provide a door (21) and a handle a (22) for a person to enter and exit, the sheet surface part is cut in a koji shape on three sides and cut. subjected to adhesion processing to parts, solid curing sheet d (45) provided with the integrated seat structure of the air path structure with the door (21) that open der is, it has been combined with the three-dimensional curing sheet aa (92) It becomes a three-dimensional curing sheet aad (42). In addition, opening of a door (21) becomes easy by reducing the number of the horizontal axis empty roads (18) of the solid curing sheet aa (92). Further, in the case of the three-dimensional curing sheet a (32), the door (21) can be easily opened by joining the vertical or horizontal single sheet (12) portion with the door (21). The shape of the door (21) is in the range of 50 cm to 3 m in length and 30 cm to 5 m in width.
Further, as shown by 2 in FIG. 24, in order to provide the circular opening (103) and the rectangular opening (104), the terminal portion lines having the shapes of the circular opening (103) and the rectangular opening (104) are provided on the seat surface portion. Push-and-pull type ventilation device that has been cut and provided with an open portion that has been subjected to close contact processing (the surface of the close contact processing portion of the sheet surface portion is within a square range of 0.01 mm to 10 m). Or the opening part of other hoses can be provided. The shape of the rectangular opening (104) is in the range of 50 cm to 3 m in length and 30 cm to 5 m in width, and the shape of the circular open portion (103) is in the range of 5 mm to 3 m in diameter as required.

As 1 of FIG. 24 shows, since the door (21) of the three-dimensional curing sheet aad (42) is provided with a sealed state, the three-sided frame of the three-dimensional frame of the three-dimensional curing sheet d (45) and the three-way frame of the door (21) Three-dimensional curing sheet aae having an integrated sheet structure of a male male (24) and a female female (23) using a metal or plastic material described in paragraph No. 0040, or a chuck, on both terminal portions. (4 4 ).
As indicated by 2 in FIG. 24, the three-dimensional curing sheet (31) can be easily three-dimensionalized by providing a breathable pinhole cavity (91) on one side of the sheet surface portion of the three-dimensional curing sheet (31) as necessary.
The number of pinhole cavities (91) or cutouts is in the range of 1 to 100,000 locations per square meter.

11, 12, 13, 14, 1 and 3 in FIG. 15, 1 in FIG. 16, 2 in FIG. 18, 2 in FIG. 19, and 21, as shown in FIG. A terminal sheet (or a sheet sheet) provided in each terminal portion or sheet surface portion of the three-dimensional curing sheet a (32), the three-dimensional curing sheet aa (92), the three-dimensional curing sheet b (33), and a three-dimensional curing sheet obtained by combining these. 95) includes a terminal sheet (95) applied to the terminal part as shown in FIGS. 1 to 3 and a terminal sheet (95) applied to the seat surface part shown in 3 of FIG. By providing a three-dimensional curing sheet c (34) having an integrated sheet structure of an airway structure for joining with an object using a surface tape (9), curing sheets and waterproof sheets ( 8) Easy to join walls and floors.
Or as 2 of FIG. 15 shows, the effect similar to a terminal sheet | seat (95) can also be provided by extending the double sheet | seat (15) part of the close_contact | adherence junction surface of the said solid curing sheet | seat (31).
Furthermore, as shown in 3 of FIG. 14 and 1-3 of FIG. 21, by applying a terminal sheet (95) to the sheet surface portion, as shown in 3 of FIG. 21, the rising terminal of the floor curing sheet or the waterproof sheet (8) The sheet is joined to the inside of the sheet surface part, and the terminal sheet (95) of the sheet surface part is joined to the outside using the surface tape (9), and the floor side terminal sheet (95) and the floor curing sheet or waterproof sheet (8) By using the surface tape (9) and joining the right-angled portion of the floor curing, floor curing can be easily performed without using the floor curing tool (10) and the three-dimensional curing sheet b (33).
In addition, the position which gives a terminal sheet | seat (95) to a sheet | seat surface part shall be in the range above 5 cm-10 m from under the floor, and several places can also be provided as needed.

As shown in 2 of FIG. 21, in order to provide the terminal sheet from the sheet surface portion, the terminal portion (root) of the sheet surface portion that secures the length of the terminal sheet (95) is subjected to contact processing to provide the terminal sheet (95). By cutting the end of the terminal portion of the terminal sheet (95), two terminal sheets (95) can be provided from the terminal portion.
The surface width of the contact processed portion of the terminal portion (root) of the sheet surface portion is at least within a square range of 0.01 mm to 10 m.
Further, as shown in FIGS. 11 to 16, the terminal sheet (95) can be joined to the sheet surface portion or the terminal portion to provide a single sheet (12) terminal sheet (95).
Further, as indicated by 3 in FIG. 14, by attaching a waffle (81) to the sheet surface portion of the terminal sheet (95), the wacker (81) portion is connected to a rope or a string and tied to another fixed object. A stable wall surface can be provided by combining them.
In addition, the length of a terminal sheet | seat (95) may be a shape according to a use at about 5 cm-10 m.
Thereby, it became possible to easily provide a sealed chamber (security zone) by combining other three-dimensional curing sheets, the three-dimensional curing sheet c (34), and the three-dimensional curing sheet e (40).

As shown in 1 of FIG. 18, FIG. 19, FIG. 20 and FIG. 21 , the hollow structure of the three-dimensional curing sheet (31), and the vertical empty road (17) and the horizontal empty road (16) in each part of the hollow interior against the sky tract configuration state empty road construction a hollow ligated consisting vent or the vertical axis air path as a vent, (19) and the horizontal axis air canal (18) is the concatenation of the hollow subjected to, subjected to linear contact machining of the line terminal portions at regular intervals, the single sheet (12) by providing the FIG provided independent air path chamber cavity structure or empty road structure are independent completely blocked 19 FIG. 21 is a three-dimensional curing sheet I (35) shown in FIG.
The cut line (94) indicated by 1 in FIG. 21 is provided with a cut line (cut out in the range of 10% to 90%) in the center of the single sheet (12) so that the sheets can be easily separated from each other. Can be prepared accordingly.
As shown by 2 in FIG. 21, the side view of the three-dimensional curing sheet aacI (43) is the one before injecting air, and the side view of the three-dimensional curing sheet aacI (43) shown in 3 of FIG. It shows the state that it is three-dimensionalized by air pressure.

19, 18, 20, and 21, the hollow structure of FIG. 19, and the vertical airway (17) and the airway of the horizontal airway (16) that are the ventilation holes of 1 in FIG. 18. and structure, in the empty tract configuration of the vertical axis empty canal of FIG. 20 (19) and the horizontal axis air canal (18), subjected to projection portions of the sheet of cavities structures and an empty road structure Mengaibu, air By providing an air valve a (20) and an air valve aa (102) for injecting, as shown in FIG. . The length of the air valve a (20) and the air valve aa (102) may be about 5 cm to 1 m.
As shown by 1-4 in FIG. 23, the tip of the air valve a (20) is in a hollow state, and air is injected from the tip, and the air valve a (20) is prevented from flowing backward after injection. There are two concave rails (97) and convex rails (98) with close contact processing inside the tip part and the central part. The convex rails (98) are composed of a rectangular base with an elliptical shape on the top. The rail (97) is a concave portion of the concave rail (97) provided so as to wrap around the elliptical shape of the convex rail (98) and reduced by about 1% to 10% from the elliptical area of the convex rail (98), By combining the concave rail (97) and the convex rail (98), a square and rectangular shape can be formed, and a sealed state can be provided, and air is not allowed to flow backward.
The material of the concave rail (97) and the convex rail (98) is an oval type, plastic, natural rubber, silicon, urethane, acrylic material, and a single or composite type air valve a is provided. Although the horizontal axis airway (18) is used as indicated by 1 in FIG. 23, an airway structure other than the horizontal axis airway (18) may be used.
Further, as indicated by 5 and 6 in FIG. 23, in the case where the concave rail (97) and the convex rail (98) are not suitable, the surface tape a (101) is provided on the inner surface of the tip portion of the air valve a (20). The air valve aa (102) having a structure in which the air does not flow back is provided by peeling off the film of the face tape a (101), and adhering it to one side of the air valve a (20) and completely sealing it. Alternatively, a combination of the air valve a (20) and the air valve aa (102) may be provided.
The face tape a (101) used was composed of an adhesive (28), a face piece (100), an adhesive (28) and a film (99).

As shown in FIGS. 11, 16, and 19 , the three-dimensional curing sheet (31), the three-dimensional curing sheet a (32), the three-dimensional curing sheet aa (92) , the three-dimensional curing sheet b (33), and the three-dimensional curing sheet c ( 34), a three-dimensional curing sheet I (35), a three-dimensional curing sheet e (40), and a three-dimensional curing sheet obtained by combining these, and a roll sheet (46) wound in a roll shape, It is now possible to easily carry out on-site processing by using a device that heat-seals three-dimensional curing sheets with a sheet cutting electrothermal cutting machine (impulse method) at the same time and uses cutting and crimping at the same time. .

Three-dimensional curing sheet (31), three-dimensional curing sheet a (32), three-dimensional curing sheet aa (92), three-dimensional curing sheet b (33), three-dimensional curing sheet c (34), three-dimensional curing sheet d (45) and three-dimensional curing sheet The air valve device (25) for injecting air in e (40) and a three-dimensional curing sheet that combines these is metal (iron, aluminum, stainless steel) or plastic, natural rubber, silicon shown in FIG.・ The air valve device (25) provided by using a material of urethane, acrylic and pressure-sensitive adhesive (28) and using a single material or a composite material is preliminarily provided with air in the air valve (26) as indicated by 3 in FIG. The valve needle (27) is embedded,
As shown in FIG. 23, the triangular portion (29) is directly inserted into the airway portion of the air opening of the three-dimensional curing sheet, and an air compressor or the like is inserted from the rear hole of the cylindrical air valve needle (27) having a hollow center. After injecting air, a rubber material having a high elastic capacity was used so that the triangular portion (29) at the tip was deformed by closing the air valve needle (27) and the needle hole was closed.

As indicated by 4 in FIG. 25, the shape of the triangular portion (29) spreads laterally, and at the same time, the center needle hole is filled so that air does not flow backward.
Further, in order to fill the gap between the triangular portion (29) and the slide wheel (30), as shown by 3 in FIG. 25, the slide wheel (30) is slid so that the triangular portion (29) and the slide wheel (30) are in close contact with each other. In order to adhere the curing sheet between the triangular part (29) and the slide wheel (30), one side of the front part of the rear part of the triangular part (29) and the slide wheel (30) shown in 1 of FIG. It is an air valve device (25) which gave the adhesive (28) to.

The compression device (53) shown in FIG. 27 is used to recycle excess water (dust control agent) of the asbestos and secondary asbestos products accumulated in the pool layer of the waterproof sheet (8), asbestos and asbestos. In order to reduce the cost of processing industrial waste by compressing secondary products,
The material of the compressor (5 3 ) is metal (iron, aluminum, stainless steel , carbon steel, titanium ), plastic, FRP , natural rubber or chloroprene rubber, ethylene propylene rubber, urethane rubber, silicon rubber, epichlorohydrin rubber.
Polysulfide rubber, hydrogenated nitrile rubber, fluorine rubber, chlorosulfonated polyethylene rubber, butyl rubber, nitrile rubber, butadiene rubber, styrene butadiene rubber, isoprene rubber , or similar materials are used, or these materials are combined As shown in FIG. 29, the shape is adapted to the application, and includes a pressurizing chamber (59), a water tank chamber (62), a hydraulic device chamber (61), and a hydraulic device (47) . It is a compression apparatus (53) comprised with a drainage pump apparatus (48), a pressurization board ( 52), a filter (67), and a mesh board (80) .

28 and 29, the bottom side surface portion of the pressurizing chamber (59 ) in the compression device (53) is provided with a cavity for discharging sewage into the water storage tank chamber (62). The roller large (63) is attached to the side surface of the compression device (53) by a support shaft at the bottom side portion of), and the roller small (64) is provided with a support shaft on the side surface of the tip of the sliding sliding door shelf (69). Thus, the sliding type sliding door shelf (69) slides. Thereby, the industrial waste after compression processing of asbestos and asbestos secondary products can be taken out easily. Further, a filter (67) and a net plate (80) for purifying sewage were provided on the upper part.

Shown in the FIGS. 27 and 29, a filter (67) comprises at least iron oxide on one or inside a sheet-like member which can transmit through water, as a main component oxide iron, ferrous sulfate, a material selected from activated carbon Using asbestos and asbestos secondary products by using a filter that can be purified by adhering and impregnating a granular water purification material or using a filter (67) that can be moistened to the same extent as a HEPA filter. As shown in the side cross-sectional view, front view, and plan view of the mesh plate (80) of 2 and 3 and 4 in FIG. 29, the pressure at the time of pressurization of asbestos and secondary product of asbestos Is provided directly on the filter (67) with a mesh plate (80) on top of the filter (67).
The shape of the mesh plate (80) is about 1% to 5% larger than the area of the filter (67), and the surface is partially provided with a convex portion (89) and provided with a cavity a (76). Sewage was applied to the filter (67).

As shown by 1 and 2 in FIG. 27, the drainage pump device (48) stored in the water storage tank chamber (62) and provided in the water storage tank chamber (62) has an input terminal as shown in FIG. The electric motor a (88) is driven by the electric power input from the external power source via (49) , the drainage pump is operated, and is returned as the water source of the high-pressure washing machine through the hose of the drainage pump device (48). . A caster (71) and a caster stopper c (66) were installed so that the compression device (53) could be easily moved and fixed .

As shown in the FIGS. 26 and 28, the hydraulic system in the hydraulic device chamber (61) (47) than the industrial waste asbestos and asbestos secondary product is pressurized by the driving force, also to compression processing, input The electric motor (51) is driven by the electric power input from the external power source (50) via the terminal (49), and the hydraulic pump (84) can be driven by the output, and the relief valve (85) (safety valve ) ) To prevent the hydraulic pressure from exceeding the set pressure, and operate the pressurized hydraulic oil through the direction switching valve (87) and the operating lever (86), so that a special type (telescopic type) hydraulic cylinder ( 56) is operated by the vertical expansion and contraction of the piston shaft (58), the piston shaft (58) pressure plate which is coupled with (52) is operated vertically, or double acting hydraulic cylinder (56) Running, by telescopic piston shaft (58) is vertical or horizontal, in which the piston shaft (58) pressure plate which is coupled with (52) is operated to compress processed industrial waste asbestos and asbestos secondary products . Further, as shown by 2 in FIG. 27, in order to reduce the size of the compression device (53), the hydraulic device chamber (61) is installed in the pressurizing chamber, and a special type (telescopic type) or double acting type hydraulic pressure is provided. This is a compression device (53) that uses a cylinder (56) to horizontally expand and contract the piston shaft (58) and horizontally operate the pressure plate (52) to compress it. Industrial waste of asbestos and secondary products of asbestos The amount of compression processing is reduced as compared with the vertical compression device (53). Note that the caster (71) and the gantry (72) are not shown in the compression device (53) shown by 2 in FIG.

As indicated by 1 and 2 in FIG. 27, the shape of the pressure plate (52) in the pressure chamber (59) in the compression device (53 ) is the bottom side or pressure wall surface in the pressure chamber (59). The pressure plate (52) has the same shape as (82) and has a rigidity ability to withstand pressure, and the area is reduced to about 1% to 50% of the bottom of the pressure chamber (59) or the pressure wall surface (82). Using.

As shown in FIG. 28, the lid (77) of the compressor (53) is provided with so as to be opened and closed by a hinge a (68), there are installed a hydraulic cylinder (56) vertical to the lid (77) upper Therefore, since the compression pressure of the industrial waste of asbestos and secondary products of asbestos is directly applied to the lid (77) at the time of pressurization, the stopper d (74 of the lock function is prevented so that the lid (77) does not open as shown in FIG. ). A stopper a (54) is attached to the lid (77) so that the cover is open. Although not shown in the figure, a sliding lid (77) may be provided by making a conical-shaped cut in accordance with the shape of both sides (terminal portions) of the lid (77) in the compression device (53). .

Shown in Figure 31, and the water absorption by a commercially available asbestos dedicated vacuum device sewage industrial waste accumulated asbestos and asbestos secondary product tarpaulin floor curing (75) (wetting), a commercially available asbestos dedicated vacuum device (75) internal of the water storage tank or to the outside of the drainage pump apparatus shown in FIG. 26 that runs by driving the electric motor a (88) by the power input from an external power source (50) via an input terminal (49) A sewage drainage device (70) in which (48) and a commercially available asbestos vacuum device (75) were integrated was provided.
This is a sewage drainage device (70) that enables recycling of the sewage returned to the water source of the high-pressure washing machine through the hose of the drainage pump device (48). The water source of the high pressure washer is purified sewage and tap water containing a dust suppressant.

From the above, in utilizing a high pressure washer in construction site, there was a major problem in water treatment after watering the sealing performance of the curing sheets, enhanced sealing performance of the curing sheet (airtightness) by the present invention, Furthermore, by providing a function to reprocess and circulate sewage, it is possible to reduce construction costs by reducing personnel and shortening the construction period by simplifying construction, and by compressing industrial waste. Can be secured.
Although not shown in the figure, even in construction sites where the compression device (53) is not suitable, a simple water storage container (bucket), etc. is equipped with a dedicated filter (67), and industrial waste asbestos and asbestos The secondary product can be loaded in a water storage container ( bucket ) or the like and filtered to discharge excess moisture and circulated to the high pressure washer by the sewage drainage device (70). In addition, about the shape of a figure which FIGS. 1-3 shows, it is a virtual thing and is different from an actual shape.

It is a perspective view of the opening-and-closing state of a corner L type. It is a front view of the closed state of the entrance corner L type, and a rear view of the closed state of the entrance corner L type. They are a right side view of the wall surface L-type in the closed state and a right side surface of the wall surface L- type in the open state. It is the rear view of the closed state of a wall surface L type | mold, and the rear view of the open state of a wall surface L type | mold. It is a connection perspective view flowchart chart of a fixed rod and a wall surface L type. It is a perspective view processing flowchart of the corner L shape, the wall surface L shape, and the fixing rod. It is a connection composition top view of a tarpaulin floor. It is a processing flow chart perspective view 1 of a waterproof sheet and a corner L type. It is a processing flowchart perspective view 2 of a waterproof sheet, a corner L type, and a wall surface L type. It is a processing flowchart perspective view 3 of a waterproof sheet, a corner L type, a wall surface L type, and a fixing rod. It is a roll state perspective view of solid curing sheet bc, and a top view of solid curing sheet bc. It is a three-dimensional slope diagram of a stereoscopic curing sheet aa stereoscopic right side watermark view of bc and solid curing sheet aa bc. It is the solid slope watermark figure of the solid curing sheet bc, and the solid right side view of the solid curing sheet bc. It is a three-dimensional plan view of the three-dimensional curing sheet bc, and a three-dimensional plan view of the three-dimensional curing sheet I and the three-dimensional curing sheet c . It is the three-dimensional front view of the three-dimensional curing sheet bc, the three- dimensional curing sheet Ia, and the cylindrical three-dimensional perspective view of the three-dimensional curing sheet c . It is a roll sheet perspective view of a solid curing sheet, and a roll sheet perspective view of a solid curing sheet c. It is a plan three-dimensional section view of a three-dimensional curing sheet a a planar three-dimensional section view and a three-dimensional curing sheet a plan three-dimensional section view of a the solid curing sheet a plan three-dimensional section view of a the solid curing sheet a a. It is a front three-dimensional section view of the front three-dimensional section view and a three-dimensional curing sheet a ac stereoscopic curing sheet aI. A roll sheet perspective view of the roll sheet perspective and three-dimensional curing sheet c I of the three-dimensional curing sheet I. It is a plan three-dimensional section view of the front three-dimensional section view of a three-dimensional curing sheet a aI and solid curing sheet a aI. It is a front three-dimensional sectional view of the three- dimensional curing sheet a a c I , a side three-dimensional view of the three-dimensional curing sheet aacI, and a side three-dimensional sectional view of the three-dimensional curing sheet aacI . It is a front three-dimensional cross-sectional view of a three-dimensional curing sheet a a plan sectional view and a three-dimensional curing in d sheet a a plan three-dimensional section view and a three-dimensional curing in d sheet a a plan stereoscopic sectional view doors open for d and solid curing sheet ad. Open air perspective view of air valve a and horizontal axis, perspective view of concave rail and convex rail, front view of concave rail and convex rail, combined front view of concave rail and convex rail, watermark of air valve aa and face tape a It is a perspective view of a perspective view and a surface tape a structure. It is a three-dimensional perspective view of a three-dimensional front view and a three-dimensional curing sheet a ad stereoscopic curing sheet AAE. It is the structure figure and usage figure of an air valve apparatus. It is a block diagram of a hydraulic device and a drainage pump device. It is the right side cross-sectional watermark figure of the lower position of the pressurization plate of a compression apparatus, and the right side cross-section watermark figure of the horizontal installation of the pressurization board of a compression apparatus . It is a right side watermark figure of the lid open state and slide drawer open state of a compression device. It is the perspective watermark figure of a compression device, the side sectional view of a mesh board, a front view, and a top view . It is front sectional drawing of a compression apparatus. It is a block diagram of a vacuum for asbestos and a sewage drainage device.

Explanation of symbols

1 Corner L type 2 Wing board 3 Slip stopper 4 Hinge a
5 Fixing plate 6 Fixing rod 7 Wall surface L type 8 Waterproof sheet 9 Surface tape (adhesive)
DESCRIPTION OF SYMBOLS 10 Floor curing instrument 11 Slope sheet 12 Single sheet 13 Floor sheet 14 Wall sheet 15 Double sheet 16 Horizontal airway 17 Vertical airway 18 Horizontal axis airway 19 Vertical axis airway 20 Air valve a
21 Door 22 Handle a
23 Fastener female 24 Fastener male 25 Air valve device 26 Air valve 27 Air valve needle 28 Adhesive 29 Triangle part 30 Slide wheel
31 Solid curing sheet 32 Solid curing sheet a
33 Three-dimensional curing sheet b
34 Solid curing sheet c
35 Solid Curing Sheet I
36 Three-dimensional curing sheet a a I
37 Solid Curing Sheet bI
38 Three-dimensional curing sheet cI
39 Three-dimensional curing sheet dI
40 Solid curing sheet e
41 Solid curing sheet bc
42 Three-dimensional curing sheet a a d
43 Three-dimensional curing sheet a a c I
44 Three-dimensional curing sheet a a e
45 Solid curing sheet d
46 roll sheet 47 hydraulic system 48 drainage pump apparatus 49 input terminal 50 an external power source 51 power motor over 52 pressure plate 53 compressor 54 Stopper a
55 Piping 56 Hydraulic cylinder 57 Pin b
58 Piston shaft 59 Pressurizing chamber 60 Handle 61 Hydraulic device chamber 62 Water storage tank chamber 63 Large roller 64 Small roller 65 Caster base 66 Stopper c
67 Filter 68 Hinge 69 Sliding sliding cabinet 70 Sewage drainage device 71 Caster 72 Base 73 Stopper b
74 Stopper d
75 Asbestos vacuum device 76 cavity a
77 Lid 78 Wall shape 79 Cylindrical shape 80 Mesh plate 81 Wacker 82 Pressure wall surface 83 Solid curing sheet Ia
84 Hydraulic pump 85 relief valve (safety valve)
86 operation lever 87 direction switching valve 88 electric motor a
89 convex part 90 connection sheet 91 pinhole cavity 92 solid curing sheet aa
93 solid curing sheet aac
94 score line 95 terminal sheet 96 three-dimensional curing sheet aabc
97 concave rail 98 convex rail 99 film 100 face body 101 surface tape a
102 air valve aa
103 circular opening 104 rectangular opening

This device prevents the asbestos and asbestos secondary product dust from being scattered in the air during the asbestos removal work for buildings containing asbestos and asbestos secondary products. In addition to preventing nearby residents living near the construction site from suffering health damage due to diseases such as mesothelioma caused by asbestos, construction costs are reduced by reducing work and industrial waste treatment is reduced. Asbestos and secondary products for asbestos, floor curing equipment, three-dimensional curing sheets, air valve equipment, and sewage for the purpose of reducing processing costs and shortening the construction period by reducing the construction cost by the construction method It is a drainage device.

This is a specification method based on the Industrial Safety and Health Act, and in the asbestos removal work of buildings, dust suppressant is sprayed directly on the asbestos and secondary products of asbestos using a coating device such as airless. After asbestos and asbestos secondary products are solidified or rubberized, workers manually remove asbestos and asbestos secondary products from the building using tools such as keren rods and spatulas. This is the current general construction method.
Also, in the curing work, complete curing of the floor and walls is required, and there is a risk that dust of asbestos and secondary products of asbestos will be scattered in the air during these operations.

Furthermore, since safety work and safety and health are absolute conditions, the current construction method sets labor costs and industrial waste disposal costs to be unusually high when compared to the price of general construction work. The Rukoto.
Therefore, depending on the assets and economic power (financial power) of private companies, it is not possible to remove asbestos and secondary products of asbestos from factories and facilities, spreading the health hazards of employees and other company personnel and neighboring residents. ing.

In this way, asbestos and secondary products of asbestos are scattered in the air, and are carried and accumulated from the respiratory tract to the human body, causing health damage such as cancer over a long period of time.
In the current construction method, the type of asbestos and secondary products of asbestos in the building and the thickness of the asbestos and secondary products asbestos attached to the building may be different for each site. There will be disparities depending on the site workers.

In addition, the current construction method is a method in which a dust suppressant is infiltrated into the asbestos and asbestos secondary products by the pressure of coating equipment such as airless, and is processed into solid or rubbery and removed. Asbestos and asbestos secondary Depending on the thickness of the product, it may be difficult to completely infiltrate the inside, so a specification for performing the airless spraying process of the dust suppressant several times is provided.

However, asbestos and asbestos secondary products are characterized by the fact that they do not supply water above a certain water content, and the dust suppressant hangs down due to gravity in the first airless spray, so in the removal work such as ceiling Since only the surface of asbestos and asbestos secondary products is solidified or rubberized, and a film is provided on the surface, the penetration performance of the first and subsequent dust suppressant spraying using airless coating tools There is a problem of being halved.

In addition, depending on the thickness of the asbestos and asbestos secondary products in the building, it cannot be denied that it depends greatly on the technical skills of the workers.
When the asbestos and asbestos secondary products are peeled off from the building in a state where the inside of the asbestos and asbestos secondary product of the building cannot be solidified or rubberized by the dust suppressor due to these factors, the dust suppressant All the asbestos and asbestos secondary products that are not infiltrated will float in the air and slowly fall over time.

Furthermore, since the separated asbestos and the secondary product of asbestos are also suspended in the air as industrial waste in a dedicated garbage bag, the degree of danger is always high and the health and safety aspects are low.
Every time the asbestos and secondary products of asbestos in the building are removed and removed, the dust of the asbestos and secondary products of asbestos that are scattered as fine particles in the air, the workers and the residents living around the construction site It is easily guessed that the possibility of sucking increases.

Curing requires complete curing of the floor and walls, and there is a risk that dust from asbestos and asbestos secondary products will be scattered in the air during these operations.

In view of the above, the asbestos and secondary products of asbestos are not affected greatly by the technical skills of workers during the curing and removal of asbestos and secondary products of asbestos, The purpose is to prevent scattering and minimize health damage,
Removal of building asbestos and secondary products of asbestos Industrial labor shoes by compressing industrial costs of building asbestos and secondary products of asbestos by improving labor and removal efficiency of floor and walls Reduce processing costs and construction costs.

Pressure water jetted using a dust suppressant in a high-pressure washing machine has a high-pressure washing performance in the range of about 20 kg to 280 kg for at least 0.01 square meters.
It is a method of peeling jet water with pressure control by using a dust suppressant in a high pressure washer for the shape of asbestos and secondary products of asbestos in buildings.
By eliminating the manual peeling method, the number of workers can be reduced and construction costs can be reduced.

In addition, with a special waterproof sheet and floor-curing equipment suitable for the construction site environment to ensure the accumulation of asbestos and secondary products of asbestos and the sewage that have absorbed the dust control agent after washing without causing any other leakage It was equipped with a simple curing that can be easily cured by providing a pool curing floor curing and a three-dimensional solid curing sheet.
Industrial waste of asbestos and secondary products of asbestos peeled from the building is accumulated in the pressurization chamber of the compression device installed in the pool layer of the exclusive waterproof sheet, and excess moisture (dust control agent) After discharging the sewage, the volume of the compressed asbestos and secondary product of asbestos is shrunk, changed to solid or rubbery by the action of dust suppressant, solidified, and then taken out from the container of the compression equipment. Based on the disposal specification, it is possible to reduce the cost of industrial waste disposal by storing it in an industrial waste garbage bag,

A drainage pump device is installed inside or outside the asbestos vacuum storage tank for reusing sewage, and the hose connected to the drainage pump device integrated with the asbestos vacuum storage tank is supplied to the high pressure washer. It is a sewage drainage device that enables circulation (recycling) of sewage by connecting to a tank or bucket.
These compression devices, sewage drainage devices, floor curing equipment and three-dimensional curing sheets can be used in a time-series manner to enable the use of a high-pressure washing machine. It is something to try.

The present invention is based on the Industrial Safety and Health Act, and requires a method of spraying a dust suppressant directly on the asbestos and secondary products of asbestos by using a coating device such as airless for the removal work. Depending on the number of times, the asbestos and the asbestos secondary product solidified or rubberized are not solidified to the inside, and the pressure water jetted with the dust suppressor to the high pressure washer is at least 0. , 01 square meters is a wet method using a high-pressure washing machine with a performance in the range of about 20 kg to 280 kg, and the washing water uses a dust suppressant, so that asbestos and secondary asbestos products of the building are As it completely absorbs the dust suppressant and is separated by the pressure water of the jet jet, it does not scatter as fine particles in the air. It provided a floor curing instrument for fall within the pool layer dedicated tarpaulin instantly stored, and solid curing sheets for three-dimensional, and the air valve device, a compressor, and a sewage drainage system.

Wall L type and corner L type using metal (iron / aluminum / stainless) or plastic / FRP materials to provide pool layer curing to accumulate industrial waste and sewage of asbestos and secondary products of asbestos Is a structure in which the wing plate and the fixed plate are connected by a hinge a, and the corner L type and the wall surface L type are provided such that the wing plate for sandwiching the waterproof sheet is opened and closed,
Furthermore, a wall surface L type, a corner corner L shape, and a wall surface L shape and a corner corner L shape of a double three-dimensional structure provided with slip stoppers by a silicon material for preventing falling off are provided on both inner surfaces of the slats.
The shape of the fixing rod is rectangular and is provided in the recess, and the recess of the fixing rod is fitted into the tip of the wall L type and the corner L type (including the hinge a). By connecting and combining with a fixing rod, it can be joined to the end portion of the waterproof sheet to provide a right-angle rising, and a floor curing device having a shape like a pool layer is provided.

The rising height of the end portion of the waterproof sheet of the floor curing device can be adjusted by three kinds of sizes and heights of the wall surface L type, the entrance corner L type, and the fixing rod, and at least the wall surface L type and the entrance corner L The height of the mold is within 0.2m to 2m, the width is within the range of 0.2m to 2m, the fixed plate is within the range of 0.2m to 2m, and these have a thickness that can be sterically stabilized. The length of the fixing rod is in the range of 1 m to 10 m, and the width, thickness and shape of the recess are proportional to the shape of the wall surface L type and the corner L shape, and there are three types: wall surface L type, corner angle L type and fixing rod The shape of is a floor-curing device provided with a shape according to the application.

Three-dimensional curing sheets are made of tent film materials for buildings and tent warehouses that maintain the various characteristics of vinyl chloride resin sheets or polyester resin sheets, and satisfy both the antifouling property, flame retardancy, and translucency. Depending on the application, these materials can be used in combination with materials for automobile hoods, curing sheets for building construction, plastic sheets, polysheets, and antifouling sheets that are effectively used for agricultural house membranes. The sheet shape is either a cylindrical shape, a square shape, a rectangular shape or a triangular shape according to the purpose of use, or a shape including these, and the thickness is in the range of 0.01 mm to 2 cm. An integrated sheet that has been subjected to close contact processing (at least the surface of the sheet surface portion of close contact processing is within a square range of 0.01 mm to 10 m) of the heavy sheet. A three-dimensional curing sheet having a hollow structure having a structure (single-layer structure, two-layer structure, or three-layer structure) is provided, and if necessary, an air valve or an air valve a or air valve aa is attached, and air is injected to form a three-dimensional structure. A three-dimensional curing sheet was provided.

In order to equip the solid curing sheet or the single sheet with a strong face body, linear close contact processing (at least the width of the sheet surface portion subjected to the close contact processing is 0, in each hollow portion (sheet surface portion) of the solid curing sheet, A three-dimensional curing sheet having a vertical empty road and a horizontal empty road sheet structure in which the hollows serving as vent holes are connected by applying a single sheet to a vertical sheet or a horizontal sheet (within a square range of 01 mm to 2 m). a,
It is a three-dimensional curing sheet a having a state in which the connection between the single sheet configuration is maintained at a certain interval within a range of 1 cm to 2 m at least in the vertical and vertical or horizontal and horizontal intervals of the contact processing part,
Furthermore, in order to provide the three-dimensional curing sheet aa, the vertical axis empty path and the horizontal axis serving as vent holes are formed using the hollow structure of the round, square, rectangular, or triangular shape of the three-dimensional curing sheet, or a combination of these. Provide an airway, connect and bond, provide an airway structure with a sheet structure that connects the hollows to form a three-dimensional structure, connect and connect to the inside or single sheet of the three-dimensional curing sheet, and include a three-dimensional curing sheet aa According to the three-dimensional curing sheet comprising a three-dimensional curing sheet aa comprising 1 to 100,000 pinhole cavities or cutouts per one square meter of the sheet surface portion of the three-dimensional curing sheet.
At least the vertical axis and vertical axis and horizontal axis and horizontal axis distances are within the range of 1 cm to 2 m, and the connection between the double sheet configuration or the triple sheet configuration is maintained at a certain interval. A three-dimensional curing sheet aa comprising:
The three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet aa have at least a rising (vertical) height of 0,2 m to 50 m, and a horizontal (horizontal) length of 0. , 2 m to 200 m, and the thickness (width) is in the range of 0.01 m to 5 m.
By injecting air at a constant pressure, the air flows into the cavity or airway inside the single structure or double structure or triple structure of the cavity or airway, or the air pressure is generated in the hollow cavity or airway. A three-dimensional curing sheet, a three-dimensional curing sheet a, and a three-dimensional curing sheet aa having an integrated sheet configuration of a hollow structure or an airway structure having three-dimensional and strong rigidity performance according to the strength of the material were provided.

In order to give the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet aa a function of standing upright at the corner and the wall surface, the wall sheet, the floor sheet, and the slope sheet are connected to each other to form a hollow structure or It has an airway structure seat structure,
For further strengthening, it is provided with a connecting sheet provided with a ventable pinhole cavity (the number of pinholes in the pinhole cavity is within a range of 1 to 1000 with respect to 0,1 square meter). Two parts of the part sheet are connected and joined to any or all of the slope sheet, floor sheet and wall sheet,
Or, connect and connect the end part sheet of the intermittent single sheet (within the range of 1-100 in the hollow interior to 1m) to any or all of the slope sheet, floor sheet and wall sheet. A three-dimensional curing sheet b provided with the applied connecting sheet is provided,
Alternatively, a three-dimensional curing sheet b provided with an integrated sheet configuration of an airway structure in which a slope sheet connects and joins a wall surface sheet and a floor surface sheet,
At least the rising length of the wall sheet (vertical) is in the range of 5 cm to 50 m, at least the length of the floor sheet (horizontal) is in the range of 5 cm to 50 m from the wall surface, and at least the slope sheet is the wall sheet and floor surface A three-dimensional curing sheet b that is a shape for erecting the sheet and is erect by using a shape corresponding to the use of a cylinder, a rectangle, a square, or a triangle was provided.
When combined with other three-dimensional curing sheets, b symbol is attached.

A terminal sheet of a single sheet is connected to each part within a range of 1 to 10 in each terminal part or sheet surface part of the three-dimensional curing sheet a, the three-dimensional curing sheet a, the three-dimensional curing sheet aa, and the three-dimensional curing sheet b. With a terminal sheet
Or, in order to provide the terminal sheet from the sheet surface part, the sheet surface part of the part (root) where the length of the terminal sheet is secured is applied, and the terminal sheet is provided in the range of 1 to 4 points, and if necessary, the terminal sheet It is possible to double the position of the terminal sheet of the single sheet by cutting the end of the terminal part, the surface of the terminal sheet is within a square range of at least 5 cm to 10 m, and the surface of the adhesion processing part of the sheet surface part (root) Is at least within the square range of 0.01 mm to 10 m, and is a hollow structure or airway structure integrated sheet for joining with other objects (curing sheet, wall, floor, etc.) using surface tape (adhesive tape) A three-dimensional curing sheet c equipped with a terminal sheet is provided, and metal (iron / aluminum) or plastic, urethane, silicon, A crucible material is used, and the shape (round, ellipse, quadrangle, triangle) according to the application is provided, and the number of the backers is provided at least 1 to 100 on the sheet surface portion. It was. When combined with other three-dimensional curing sheets, c symbol is attached.

The door for the person to enter and exit at the sheet surface portion of the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet aa, the three-dimensional curing sheet b, and the three-dimensional curing sheet c (the shape is 50 cm to 3 m long and horizontal) 30 cm to 5 m) and a handle a, the sheet surface portion is cut in a three-sided conical shape, the cut portion is subjected to contact processing, and has a door and a handle that can be opened and closed, or a square or rectangle or In order to provide a circular open part, the sheet surface part is cut into four or circular lines, and the open part is provided and the cut part is closely attached (the surface of the close contact part of the sheet surface part is within a square range of at least 0.01 mm to 10 m). A three-dimensional curing sheet d provided with an integrated sheet configuration of a hollow structure or an airway structure provided with an open portion provided with the above. When combined with other three-dimensional curing sheets, d symbol is attached.

Since the door of the three-dimensional curing sheet d has a door open / closed and sealed state, a male using the metal or plastic material for the terminal portions of both the three-side frame of the sheet surface portion of the three-dimensional curing sheet d and the three-side frame of the door And a three-dimensional curing sheet e having an integrated sheet structure of a hollow structure or an empty road structure with female fasteners or chucks. When combined with other three-dimensional curing sheets, an e symbol is attached.

In the three-dimensional curing sheet a, the three-dimensional curing sheet aa, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, a vertical structure having an airway structure with respect to at least one square meter. No more than 1 to 1000 airways or vertical airways and no more than 1 to 1000 horizontal airways or horizontal airways that form an airway structure for at least 1 square meter The three-dimensional curing sheet a, the three-dimensional curing sheet aa, the three-dimensional curing sheet b, and the three-dimensional curing sheet having an integrated structure of the empty road structure with the slanted axis of the airway structure within 1 to 200 locations. c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e.

In the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet aa, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, metal (iron, aluminum, stainless steel) Or, an air valve device made of plastic, natural rubber, silicon, urethane, acrylic, or adhesive material is used.
A cylindrical air valve needle with a hollow center is embedded in the air valve in advance. After injecting air into the rear opening of this air valve needle with an air compressor, etc., the air valve needle is pulled out so that a triangular needle hole is formed. Applying natural rubber / silicone / urethane / acrylic material with high elastic capacity to close and deform the triangular part to prevent backflow,
Furthermore, in order to fill the gap between the rear surface of the triangular portion at the tip and the slide wheel, the slide wheel is slid so that the triangular portion and the slide wheel are in close contact with each other, and between the rear surface of the triangular portion and the front portion of the slide wheel. In order to adhere the curing sheet, an air valve device provided with an air valve and an air valve needle with an adhesive applied to the rear surface portion of the triangular portion and the front portion of the slide wheel was provided.

The solid curing sheet, the solid curing sheet a, the solid curing sheet aa, the solid curing sheet b, the solid curing sheet c, the solid curing sheet d, the solid curing sheet e, the hollow structure, and the airway structure. In the three-dimensional curing sheets provided,
Airway structure in which the hollows that are the vents on the vertical and horizontal airways are connected to each part of the hollow, and the vertical and horizontal airways that form the vents connect the hollows At least a certain width with respect to the airway structure and the cavity structure of the vertical airway structure or the horizontal airway of the airway structure and the vertical airway or the horizontal airway of the vertical axis or the horizontal axis. A straight (vertical) close contact process is applied to the end of the line at an interval (within a range of 0.2 m to 50 m), and a single sheet configuration is kept connected, and the cavity structure and airway structure are complete. A solid curing sheet I having an independent empty room with an integrated sheet structure that keeps a single sheet and a triple sheet connected to each other, or a single sheet and a triple sheet or a double sheet and a triple sheet. Provided,
At least the width of the single sheet configuration (the surface of the sheet surface portion that has been subjected to close contact processing) is within a square range of 0.05 mm to 5 m, and a cut line (cut out within the range of 10% to 90%) is formed at the center as necessary. 3D curing sheet I applied so that it can be easily cut,
Furthermore, a part of the sheet of the cavity structure and the airway structure is applied so as to protrude (expose) about 5 cm to 1 m outside the sheet surface part, and an air valve a for injecting air is provided, and air is supplied from the cavity at the tip part. 1 to 2 concave rails and convex rails joined to the inside of the tip and center of the air valve a are provided so that air does not flow back after injection, and the convex rail has an elliptical and rectangular base on the top. The concave rail is composed of a concave portion for wrapping the elliptical shape of the convex rail and a rectangular base, and the concave rail concave portion (dent) has an internal area of about 1% to 10% than the elliptical area of the convex rail. Is a structure that can form a square and rectangular shape by combining the concave rail and convex rail, and can provide a sealed state. The material of the concave rail and convex rail is plastic and natural In any of the materials with excellent resilience performance of the beam Silicon urethane acrylate, or an air valve a with material complexed provided,
Or, in case the concave and convex rails are not suitable, as a substitute for the concave and convex rails of the air valve a, the surface tape a is applied to the inside of the tip part, the film is peeled off, and the adhesive is applied to one side of the air valve a. An air valve aa having a structure in which air does not flow backward by sealing, or an air valve aa combined with the air valve a and the air valve aa is provided,
The surface tape a is made of a material of an adhesive, a face piece, an adhesive, and a film, and is a three-dimensional curing sheet having an integrated sheet structure of an independent air chamber having an air valve aa and an air valve a. I was provided. When combined with other three-dimensional curing sheets, the symbol I is attached, and when the air valve aa and the air valve a are used alone, the symbol Ia is attached.

The three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet aa, the three-dimensional curing sheet c, the three-dimensional curing sheet d, the three-dimensional curing sheet e, the three-dimensional curing sheet I, and these Combined three-dimensional curing sheets,
By rolling in a roll shape, it is possible to easily perform on-site processing by using a device that heat-seals only the amount necessary for construction with a sheet cutting electrothermal cutting machine (impulse method) and simultaneously cuts and crimps the cut part. A roll sheet provided with In addition, since these three-dimensional curing sheets are discarded as industrial waste after use, it is desirable to use simple ones that do not require unnecessarily rigid capacity.

The compression equipment is used to recycle excess water (dust control agent) of asbestos and secondary products of asbestos accumulated in the inside of the pool layer of tarpaulin, and to process industrial waste by compressing asbestos and secondary products of asbestos. To reduce the cost of material processing,
The material of the compression equipment is metal (iron, aluminum, stainless steel, carbon steel, titanium, shinchu), plastic, FRP, natural rubber or chloroprene rubber, ethylene propylene rubber, urethane rubber, silicon rubber, epichlorohydrin rubber polysulfide rubber, hydrogenated Nitrile rubber, fluororubber, chlorosulfonated polyethylene rubber, butyl rubber, nitrile rubber, butadiene rubber, styrene butadiene rubber, isoprene rubber, or a composite of these materials. A compression device comprising a pressurizing chamber, a water storage tank chamber, a hydraulic device chamber (hydraulic device), a drainage pump device, a pressurizing plate, a filter, and a net plate having a combined shape was provided.

The bottom of the pressurizing chamber of the compression device is provided with a cavity for discharging sewage into the storage tank chamber, a sliding sliding door shelf by roller rotation is provided on the bottom side surface portion of the pressurizing chamber, and the sewage is disposed on the top thereof. Equipped with a filter and screen to purify
The filter is a sheet-like member that is permeable to water and includes at least iron oxide on one side or inside, and is adhered and impregnated with a granular water purification material mainly composed of a substance selected from the iron oxide, iron sulfate, and activated carbon. Using a filter that can be used to purify water, or equipped with a wet-only filter that can be moistened to the same extent as a HEPA filter, purifies sewage from asbestos and secondary products of asbestos, and stores them in a storage tank room. The drainage pump device provided in the water storage tank chamber includes a drainage pump device that operates by driving the electric motor a with electric power input from an external power source through an input terminal. A compression device that was refluxed as a water source was provided.

The shape of the mesh plate is about 1% to 5% larger than the area of the filter, and the material is the metal material according to claim 14, and the surface is partially provided with a convex portion and provided with a cavity a. The sewage flows through the gap to the filter,
Furthermore, the compression apparatus which provided the caster and the stopper c was provided in the caster mount so that the said compression apparatus could move easily and could be fixed.

The hydraulic device of the compression device pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force,
The electric motor is driven by the electric power input from the external power supply via the input terminal, and the hydraulic pump can be driven by the output.The relief valve (safety valve) prevents the oil pressure from exceeding the set value, A special (telescopic) or double-acting hydraulic cylinder is operated by operating the pressurized hydraulic oil through the directional control valve and the operating lever, and the piston shaft expands and contracts vertically or horizontally, A compression device for compressing industrial waste of asbestos and secondary products of asbestos was provided, including a hydraulic device that operated a pressure plate connected to the shaft.

The shape of the pressure plate in the pressure chamber of the compression device is the same shape as the bottom side or pressure wall surface in the pressure chamber, and has the rigidity ability to withstand pressure, and the area is the bottom or pressure wall surface in the pressure chamber. A pressure plate reduced to about 1% to 50% of
The lid of the compression device is provided so that it can be opened and closed by a hinge. When a hydraulic cylinder (vertical type) is installed on the top of the lid, the compression pressure of industrial waste of asbestos and secondary products of asbestos during pressurization A compression device having a lock function was provided so that the lid could not be opened because it was directly applied to the lid.

Sewage of industrial waste of asbestos and secondary asbestos products accumulated on floor-curing tarpaulins is absorbed by a commercially available asbestos vacuum device (wetting) and placed inside or outside the water tank of a commercially available asbestos vacuum device Installed a drainage pump device and equipped with a wastewater drainage device that integrates a drainage pump device that operates by driving the electric motor a with electric power input from an external power source via an input terminal and a commercially available asbestos vacuum device. A sewage drainage device equipped with a commercially available asbestos vacuum device and a drainage pump device provided so as to be returned to the water source of the high-pressure washing machine through a hose of the drainage pump device.

As described above, the present invention solves the problem by the description of the following paragraph numbers 0014 to 0032.

As described above, a combination of a waterproof layer and a floor curing simple floor curing by a combination of a floor curing tool, a three-dimensional curing sheet that is three-dimensionalized by air pressure, a three-dimensional curing sheet a to a three-dimensional curing sheet e, and a three-dimensional curing sheet I By providing the three-dimensional curing sheets, the workability (curing) can be simplified,
Asbestos and asbestos secondary products that have absorbed dust suppressants and secondary water products, and reuse of water to recirculate sewage as a water source for high-pressure washing machines without leaking water,
Furthermore, by providing a compression device, the asbestos and the asbestos secondary product that has absorbed the dust suppressant are pressurized and compressed to reduce the industrial waste treatment cost, thus reducing the construction cost and the construction site. We were able to improve safety and health.

Furthermore, by installing a sewage drainage device inside or outside of a commercially available asbestos vacuum storage tank, and connecting the hose connected to the drainage pump device to the water supply tank or bucket of the high-pressure washing machine to circulate (recycle) the sewage By enabling the use of high-pressure washing machines, we were able to dramatically increase safety and health.

By replacing the conventional manual peeling process with a high-pressure washer, the work can be greatly reduced and the work efficiency improved.
This makes it possible to reduce labor costs and significantly shorten the construction period.

By reducing the cost of construction costs in this way, it led to the promotion of the removal of harmful substances from asbestos and secondary products of asbestos in buildings and factories of private companies with poor economic power (finance), We were able to mitigate the health hazards of employees, employees of the company and neighboring residents.

By utilizing the features described in paragraphs 0014 to 0032 in time series, a wet construction method is possible by using a high-pressure washing machine, shortening the construction period, reducing construction costs, and ensuring safety and health. A compression device, a floor curing tool, a three-dimensional curing sheet, a three-dimensional curing sheet a, a three-dimensional curing sheet aa, a three-dimensional curing sheet I, a three-dimensional curing sheet Ia, and the like Are three-dimensional curing sheets, a roll sheet, an air valve device, and a sewage drainage device.

An embodiment of the present invention will be described with reference to the drawings.

The wall L type (7) and the corner L type (1) shown in FIG. 1 and FIG. 2 are for providing a pool layer curing for accumulating industrial waste and sewage of asbestos and secondary products of asbestos. In the metal (iron / aluminum / stainless steel) or plastic / FRP material, the wall surface L-shaped (7) and the corner L-shaped (1) double-structured appliance and the recessed rectangular fixing rod (6) in FIG. Equipment was provided.

As shown in FIGS. 3 and 4, the wall surface L-type (7) and the corner L-type (1) are constituted by a fixed plate (5), a hinge a (4), a wing plate (2), and a slip stopper (3). Has been.
The wing plate (2) for sandwiching the waterproof sheet (8) is connected to the fixed plate (5) by the hinge a (4) so as to open and close, and further, the wall surface L type (7) and the corner A double-walled L-type wall (7) and slip-in corner L-type (1) with slip stoppers (3) made of silicon material that prevents falling off are provided on both the L-type (1) and the slats (2). It was.

When this is used, while the corner of the waterproof sheet (8) shown in FIG. 8 is bent, the wing plate (2) of the L-shaped corner (1) is opened as shown in FIG. 1, and sandwiched as shown in FIG. As shown in FIG. 5 and FIG. 6, the wall portion L-type (7), the corner L-type (1) and the fixing rod (5) are connected by the fixing rod (6), and the terminal portion of the combined waterproof sheet (8) By joining and providing a right angle rise, a shape like a pool layer can be provided. Further, the rising height of the terminal portion of the waterproof sheet (8) can be adjusted by three kinds of sizes and heights: a wall surface L-type (7), a corner L-type (1), and a fixing rod (6). Curing device (10).

As for the shape of the waterproof sheet (8), a commercially available range of 1.8 m × 1.8 m to 25 m × 25 m is used as necessary. When connecting these, the waterproof sheets (8) are overlapped as shown in FIG. By bonding with the mating surface tape (9), the floor curing device (10) can be adjusted in size freely and can flexibly cope with the construction site environment.

The three-dimensional curing sheet (31) and the three-dimensional curing sheet maintain the various characteristics of the vinyl chloride resin sheet or the polyester resin sheet, and satisfy the antifouling property, flame retardancy, and translucency at the same time. , Tent warehouse membrane materials, automotive hood membrane materials, building curing sheets, plastic sheets, polysheets, and antifouling sheets that are effectively used for agricultural house membrane materials. 10 to 24, as shown in FIG. 10 to FIG. 24, a sheet-shaped cylindrical shape (79) or a square, a rectangle, or a triangle. Or in the integrated structure shown by 1 in FIG. 16 in which all end portions of the single sheet (12) or the double sheet (15) of the composite shape are subjected to contact processing. A three-dimensional curing sheet (31) having an empty hollow structure was provided.
It is a three-dimensional curing sheet (31) that can be three-dimensionalized by attaching air valve (26) or air valve a (20) or air valve aa (102) as necessary and injecting air with a compressor or the like. In FIGS. 11 to 13, 1 of FIG. 14, 1 of FIG. 15 and 3 of FIG. 16 and FIG. 21, the air valve (26), the air valve a (20), or the air valve aa (102) is shown in FIG. The figure of is not described.

As indicated by 1 in FIG. 18, in order to provide the solid curing sheet (31) with a strong face body, linear close contact processing is vertically applied to each part inside the hollow of the stereoscopic curing sheet (31) to form a single sheet (12 ) Is a three-dimensional curing sheet a (32) provided with an airway structure in which the hollows of the vertical airway (17) and the horizontal airway (16) that serve as vent holes are connected, and are vertically and vertically or horizontally The horizontal distance is within a range of at least 1 cm to 2 m, and the connection between the single sheet configurations is maintained at a constant interval.
As shown in FIGS. 1 to 4 and 2 in FIG. 18, a three-dimensional curing sheet aa (provided with an airway structure in which the vertical axis airway (19) and the horizontal axis airway (18) serving as vent holes are connected to the hollow. 92), and the solid curing sheet aa (92) is stored in the solid curing sheet (31) as shown by 1 in FIG. When air is injected into the vertical axis (19) or the horizontal axis (18) of aa (92), as indicated by 2 to 4 in FIG. 17, the vertical axis (19) and the horizontal axis ( 18) shows a state in which an atmospheric pressure is generated in FIG.
The distance between at least the vertical axis airway (19) and the vertical axis airway (19) and the horizontal axis airway (18) and the horizontal axis airway (18) is within a range of 1 cm to 2 m, and is a double sheet at a certain interval. This is a three-dimensional curing sheet aa (92) having a state in which the connection is maintained between the configuration or the triple sheet configuration.
In addition, although the figure which combined the three-dimensional curing sheet aa (92) and the single sheet | seat (12) is not described, the structure of the single sheet | seat (12) which 1 of FIG. 18 shows, and the vertical axis empty path which 2 of FIG. 18 shows (19) and the horizontal axis airway (18), the three-dimensional curing sheet aa () is obtained by replacing the double sheet (15) indicated by 2 in FIG. 18 with the single sheet (12) indicated by 1 in FIG. 92) is a diagram of an integrated sheet configuration in which a single sheet (12) is combined.

As indicated by 2 in FIG. 18, the three-dimensional curing sheet aac (93) can be provided by combining the three-dimensional curing sheet aa (92) and the three-dimensional curing sheet c (34).
The three-dimensional curing sheet a (32) and the three-dimensional curing sheet aa (92) have at least a rising (vertical) height in the range of 0, 2 m to 50 m and a horizontal (horizontal) length of 0, It is in the range of 2 m to 200 m, and the thickness (width) is a sheet shape according to the application in the range of 0.01 m to 5 m,
By injecting air at a constant pressure, air flows into the hollow passages shown in 2, 3 and 4 in FIG. This is a three-dimensional curing sheet aa (92) having an integrated sheet configuration of an airway structure having a specific and strong rigidity performance. In addition, 1 of FIG. 17 is a state in which air does not enter before attaching an air valve (26).
The solid curing sheets shown in FIG. 11 to FIG. 24 are composites of the functions of the respective three-dimensional curing sheets, and are combined with the reference symbols of the respective three-dimensional curing sheets.

As shown in FIGS. 11, 13, 14, and 1 in FIG. 15, the three-dimensional curing sheet (31) and the three-dimensional curing sheet a (32) are provided with a function of standing upright on the corner and wall surface. As shown in FIG. 13, the wall surface sheet (14), the floor surface sheet (13), and the slope sheet (11) were connected and bonded in a monohedron.
For further strengthening, as shown in the three-dimensional slope watermark diagram of the three-dimensional curing sheet bc (41) in FIG. It is a connection sheet (90) in which two end portions of a connection sheet (90) provided with possible pinhole cavities (91) are connected to the hollow interior. Alternatively, the intermittent connection sheet (90) is connected to the slope sheet (11), the floor sheet (13), and the wall surface sheet (14) within a range of 1 to 100 in the hollow interior with respect to at least 1 m. (90).
The number of pinholes in the pinhole cavity (91) is within the range of 1 to 1000 places per 0.1 square meter, and the shape and number of the connection sheet (90) and the pinhole cavity (91) vary depending on the application. .
Or as FIG. 12 shows, it is the solid curing sheet b (33) provided with the integrated sheet structure of the airway structure in which the wall surface sheet (14) and the floor surface sheet (13) are connected to each other by the slope sheet (11). The solid curing sheet aabc (96) shown in FIG. 12 can be provided by combining the solid curing sheet aa (92) and the solid curing sheet c (34).
As indicated by 1 in FIG. 12, the vertical axis empty path (19) and the horizontal axis empty path (18) of the three-dimensional curing sheet aa (92) are the wall surface sheet (14), the floor surface sheet (13), and the slope sheet (11). It shows an integrated sheet configuration of an airway structure that is connected and coupled to the.
In addition, although the shape of the slope sheet | seat (11) shown in FIG. 11 and FIG. 12 uses the cylindrical monohedron, when making a wall sheet (14) and a floor sheet (13) stand firmly firmly, it is a cylinder. It is desirable to use the slope sheet (11) having a shape, rectangle, square, or triangle according to the application.

FIG. 22 shows, in the sheet surface portion of the three-dimensional curing sheet aa (92), in order to provide a door (21) and a handle a (22) for the person to enter and exit, the sheet surface portion is cut in three directions and cut. This is a three-dimensional curing sheet d (45) having an integrated sheet structure with an airway structure that is provided with a door (21) that can be opened and closed, and is combined with a three-dimensional curing sheet aa (92). The three-dimensional curing sheet aad (42) is obtained. In addition, opening of a door (21) becomes easy by reducing the number of the horizontal axis empty paths (18) of the solid curing sheet aa (92). Further, in the case of the three-dimensional curing sheet a (32), the door (21) can be easily opened by joining the vertical or horizontal single sheet (12) portion with the door (21). The shape of the door (21) is in the range of 50 cm to 3 m in length and 30 cm to 5 m in width.
Further, as shown by 2 in FIG. 24, in order to provide the circular opening (103) and the rectangular opening (104), the terminal portion lines having the shapes of the circular opening (103) and the rectangular opening (104) are provided on the sheet surface portion. Push-and-pull type ventilation device that has been cut and provided with an open portion that has been subjected to close contact processing (the surface of the close contact processing portion of the sheet surface portion is within a square range of at least 0.01 mm to 10 m). Or the opening part of other hoses can be provided. In addition, the shape of the rectangular opening (104) is within the range of 50 cm to 3 m in length and 30 cm to 5 m in width, and the shape of the circular open portion (103) is within the range of 5 mm to 3 m in diameter as required.

As 1 of FIG. 24 shows, since the door (21) of the three-dimensional curing sheet aad (42) is provided with a sealed state, the three-sided frame of the three-dimensional frame of the three-dimensional curing sheet d (45) and the three-way frame of the door (21) Three-dimensional curing sheet aae having an integrated sheet structure of a male male (24) and a female female (23) using a metal or plastic material described in paragraph No. 0040, or a chuck, on both terminal portions. (44).
As indicated by 2 in FIG. 24, the three-dimensional curing sheet (31) can be easily three-dimensionalized by providing a breathable pinhole cavity (91) on one side of the sheet surface portion of the three-dimensional curing sheet (31) as necessary.
The number of pinhole cavities (91) or cutouts is in the range of 1 to 100,000 locations per square meter.

11, 12, 13, 14, 1 and 3 in FIG. 15, 1 in FIG. 16, 2 in FIG. 18, 2 in FIG. 19, and 10 , as shown in FIG. A terminal sheet (or a sheet sheet) provided in each terminal portion or sheet surface portion of the three-dimensional curing sheet a (32), the three-dimensional curing sheet aa (92), the three-dimensional curing sheet b (33), and a three-dimensional curing sheet obtained by combining these. 95), as shown in 1-3 in FIG. 10, the terminal seat (95) subjected to the terminal site, indicated by 3 in FIG. 15, the terminal seat (95 subjected to the sheet surface) and provided with, other By providing a three-dimensional curing sheet c (34) having an integrated sheet structure of an airway structure for joining with an object using a surface tape (9), curing sheets and waterproof sheets ( 8) Easy to join walls and floors.
Or as 2 of FIG. 15 shows, the effect similar to a terminal sheet | seat (95) can also be provided by extending the double sheet | seat (15) part of the close_contact | adherence junction surface of the said solid curing sheet | seat (31).
Further, as shown in 3 of FIG. 14 and 1-3 of FIG. 10 , by applying a terminal sheet (95) to the sheet surface portion, as shown in 3 of FIG. 10 , the rising terminal of the floor curing sheet or the waterproof sheet (8) The sheet is joined to the inside of the sheet surface part, and the terminal sheet (95) of the sheet surface part is joined to the outside using the surface tape (9), and the floor side terminal sheet (95) and the floor curing sheet or waterproof sheet (8) By using the surface tape (9) and joining the right-angled portion of the floor curing, floor curing can be easily performed without using the floor curing tool (10) and the three-dimensional curing sheet b (33).
In addition, the position which gives a terminal sheet | seat (95) to a sheet | seat surface part shall be in the range above 5 cm-10 m from under the floor, and several places can also be provided as needed.

As shown in 2 of FIG. 10 , in order to provide the terminal sheet from the sheet surface portion, the terminal portion (root) of the sheet surface portion that secures the length of the terminal sheet (95) is subjected to contact processing, and the terminal sheet (95) is provided. By cutting the end of the terminal portion of the terminal sheet (95), two terminal sheets (95) can be provided from the terminal portion.
The surface width of the contact processed portion of the terminal portion (root) of the sheet surface portion is at least within a square range of 0.01 mm to 10 m.
Further, as shown in FIGS. 11 to 16, the terminal sheet (95) can be joined to the sheet surface portion or the terminal portion to provide a single sheet (12) terminal sheet (95).
Further, as indicated by 3 in FIG. 14, by attaching a waffle (81) to the sheet surface portion of the terminal sheet (95), the wacker (81) portion is connected to a rope or a string and tied to another fixed object. A stable wall surface can be provided by combining them.
In addition, the length of a terminal sheet | seat (95) may be a shape according to a use at about 5 cm-10 m.
Thereby, it became possible to easily provide a sealed chamber (security zone) by combining other three-dimensional curing sheets, the three-dimensional curing sheet c (34), and the three-dimensional curing sheet e (40).

As shown in FIG. 18, 1, 19, 20, and 10 , the hollow structure of the three-dimensional curing sheet (31), and the vertical empty road (17) and the horizontal empty road (16) in each part of the hollow interior For the airway structure in which the hollows that are the vent holes made in the connection are connected, or the airway structure in which the vertical axis airways (19) and the horizontal axis airways (18) that become the air holes are connected to the hollows, FIG. 19 in which a linear contact process is performed at regular intervals to the end portion on the line, and a single sheet (12) is provided to completely block the cavity structure or the airway structure and provide an independent independent airway chamber. FIG. 21 is a three-dimensional curing sheet I (35) shown in FIG.
The cut line (94) indicated by 1 in FIG. 10 is provided with a cut line (cut out within a range of 10% to 90%) in the center of the single sheet (12) so that the sheets can be easily separated from each other. Can be prepared accordingly.
Side perspective view of the three-dimensional curing sheet AacI as 2 shows (43) in FIG. 10 by way of before injecting the air, side three-dimensional section view of a three-dimensional curing sheet AacI (43) indicated by 3 in FIG. 10 is an air It shows the state that it is three-dimensionalized by air pressure.

19, 18, 20, and 21, the hollow structure of FIG. 19, and the vertical airway (17) and the airway of the horizontal airway (16) that are the ventilation holes of 1 in FIG. 18. In the structure and the airway structure of the vertical axis airway (19) and the horizontal axis airway (18) in FIG. By providing the air valve a (20) and the air valve aa (102) for injecting, as shown in FIG. 21, the air valve a (20) and the air valve aa (102) can be easily three-dimensionalized without using the air valve device (25). . The lengths of the air valve a (20) and the air valve aa (102) may be about 5 cm to 1 m.
As shown by 1-4 in FIG. 23, the tip of the air valve a (20) is in a hollow state, and air is injected from the tip, and the air valve a (20) is prevented from flowing backward after injection. There are two concave rails (97) and convex rails (98) with close contact processing inside the tip part and the central part. The convex rails (98) are composed of a rectangular base with an elliptical shape on the top. The rail (97) is a concave portion of the concave rail (97) provided so as to wrap around the elliptical shape of the convex rail (98) and reduced by about 1% to 10% from the elliptical area of the convex rail (98), By combining the concave rail (97) and the convex rail (98), a square and rectangular shape can be formed, and a sealed state can be provided, and air is not allowed to flow backward.
The material of the concave rail (97) and the convex rail (98) is an oval type, plastic, natural rubber, silicon, urethane, acrylic material, and a single or composite type air valve a is provided. Although the horizontal axis airway (18) is used as indicated by 1 in FIG. 23, an airway structure other than the horizontal axis airway (18) may be used.
Further, as indicated by 5 and 6 in FIG. 23, in the case where the concave rail (97) and the convex rail (98) are not suitable, the surface tape a (101) is provided on the inner surface of the tip portion of the air valve a (20). The air valve aa (102) having a structure in which the air does not flow back is provided by peeling off the film of the face tape a (101), and adhering it to one side of the air valve a (20) and completely sealing it. Alternatively, a combination of the air valve a (20) and the air valve aa (102) may be provided.
The face tape a (101) used was composed of an adhesive (28), a face piece (100), an adhesive (28), and a film (99).

As shown in FIG. 11, FIG. 16, and FIG. 19, the three-dimensional curing sheet (31), the three-dimensional curing sheet a (32), the three-dimensional curing sheet aa (92), the three-dimensional curing sheet b (33), and the three-dimensional curing sheet c ( 34), a three-dimensional curing sheet I (35), a three-dimensional curing sheet e (40), and a three-dimensional curing sheet obtained by combining these, and a roll sheet (46) wound in a roll shape, It is now possible to easily carry out on-site processing by using a device that heat-seals three-dimensional curing sheets with a sheet cutting electrothermal cutting machine (impulse method), and simultaneously performs cutting and crimping of the cut part. .

Three-dimensional curing sheet (31), three-dimensional curing sheet a (32), three-dimensional curing sheet aa (92), three-dimensional curing sheet b (33), three-dimensional curing sheet c (34), three-dimensional curing sheet d (45) and three-dimensional curing sheet The air valve device (25) for injecting air in e (40) and a three-dimensional curing sheet that combines these is metal (iron, aluminum, stainless steel) or plastic, natural rubber, silicon shown in FIG.・ The air valve device (25) provided by using a material of urethane, acrylic and pressure-sensitive adhesive (28) and using a single material or a composite material is preliminarily provided with air in the air valve (26) as indicated by 3 in FIG. The valve needle (27) is embedded,
As shown in FIG. 23, the triangular portion (29) is directly inserted into the airway portion of the air opening of the three-dimensional curing sheet, and an air compressor or the like is inserted from the rear hole of the cylindrical air valve needle (27) having a hollow center. After injecting air, a rubber material having a high elastic capacity was used so that the triangular portion (29) at the tip was deformed by closing the air valve needle (27) and the needle hole was closed.

As indicated by 4 in FIG. 25, the shape of the triangular portion (29) spreads laterally, and at the same time, the center needle hole is filled so that air does not flow backward.
Further, in order to fill the gap between the triangular portion (29) and the slide wheel (30), as shown by 3 in FIG. 25, the slide wheel (30) is slid so that the triangular portion (29) and the slide wheel (30) are in close contact with each other. In order to adhere the curing sheet between the triangular part (29) and the slide wheel (30), one side of the front part of the rear part of the triangular part (29) and the slide wheel (30) shown in 1 of FIG. It is an air valve device (25) which gave the adhesive (28) to.

FIG. 27 shows a compression device ( 76 ) for reusing excess water (dust control agent) of asbestos and secondary products of asbestos accumulated inside the pool layer of the waterproof sheet (8), asbestos and asbestos. In order to reduce the cost of processing industrial waste by compressing secondary products,
The material of the compression device ( 76 ) is metal (iron, aluminum, stainless steel, carbon steel, titanium), plastic, FRP, natural rubber, chloroprene rubber, ethylene propylene rubber, urethane rubber, silicon rubber, epichlorohydrin rubber polysulfide rubber, hydrogen Nitrile rubber, fluorine rubber, chlorosulfonated polyethylene rubber, butyl rubber, nitrile rubber, butadiene rubber, styrene butadiene rubber, isoprene rubber, or similar materials, or a composite of these materials, As shown in FIG. 29, the shape is adapted to the application, and includes a pressurizing chamber (59), a water tank chamber (62), a hydraulic device chamber (61), a hydraulic device (47), and a drainage pump device (48). ), A pressure plate (52), a filter (67) and a mesh plate (80). It is a location (76).

28 and FIG. 29, the bottom side surface portion of the pressurizing chamber (59) in the compression device ( 76 ) is provided with a cavity for discharging dirty water to the water storage tank chamber (62). The roller large (63) is attached to the side surface of the compression device ( 76 ) by a support shaft at the bottom portion of the slide), and the roller small (64) is provided with a support shaft on the side surface of the tip of the sliding sliding door shelf (69). Thus, the sliding type sliding door shelf (69) slides. Thereby, the industrial waste after compression processing of asbestos and asbestos secondary products can be taken out easily. Further, a filter (67) and a net plate (80) for purifying sewage were provided on the upper part.

The filter (67) shown in FIG. 27 and FIG. 29 is a sheet-like member that can permeate water, and contains at least iron oxide on one side or inside, and contains a substance selected from the iron oxide, iron sulfate, and activated carbon as a main component. the granule-like water purification material is deposited impregnated with the degree of filter for water purification by or using the HEPA filter over the same degree of wetting can asbestos dedicated filter (67), asbestos and asbestos secondary products As shown in the side cross-sectional view, front view, and plan view of the mesh plate (80) of 2, 3 and 4 in FIG. 29, the asbestos and secondary product of asbestos are pressurized. In order not to apply pressure directly to the filter (67), a mesh plate (80) was provided on the upper part of the filter (67).
The shape of the mesh plate (80) is about 1% to 5% larger than the area of the filter (67), and the surface is partially provided with a convex portion (89) and provided with a cavity a ( 53 ). Sewage was applied to the filter (67).

As shown by 1 and 2 in FIG. 27, the drainage pump device (48) stored in the water storage tank chamber (62) and provided in the water storage tank chamber (62) has an input terminal as shown in FIG. The electric motor a (88) is driven by the electric power input from the external power source via (49), the drainage pump is operated, and is returned as a water source of the high-pressure washing machine through the hose of the drainage pump device (48). . A caster (71) and a caster stopper c (66) were installed so that the compression device ( 76 ) could be easily moved and fixed.

As shown in FIG. 26 and FIG. 28, the hydraulic device (47) in the hydraulic device chamber (61) pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force. The electric motor (51) is driven by the electric power input from the external power source (50) via the terminal (49), and the hydraulic pump (84) can be driven by the output, and the relief valve (85) (safety valve) ) To prevent the hydraulic pressure from exceeding the set pressure and operate the pressurized hydraulic oil through the directional control valve (87) and the operating lever (86), so that a special type (telescopic type) hydraulic cylinder ( 56) is operated, and the pressure plate (52) connected to the piston shaft (58) is operated vertically by the vertical expansion and contraction of the piston shaft (58), or the double acting hydraulic cylinder (5) ) And the piston shaft (58) is compressed vertically or horizontally to operate the pressure plate (52) connected to the piston shaft (58) to compress industrial waste of asbestos and secondary products of asbestos. It is. Further, as shown by 2 in FIG. 27, in order to reduce the size of the compression device ( 76 ), the hydraulic device chamber (61) is installed in the pressurizing chamber, and a special type (telescopic type) or double acting type hydraulic pressure is provided. This is a compression device ( 76 ) that uses a cylinder (56) to horizontally expand and contract the piston shaft (58) and horizontally operate the pressure plate (52) to compress the asbestos and asbestos secondary product industrial waste. The amount of compression processing is reduced as compared with the vertical compression device ( 76 ). Note that the caster (71) and the mount (72) are not shown in the compression device ( 76 ) shown by 2 in FIG.

As shown by 1 and 2 in FIG. 27, the shape of the pressure plate (52) in the pressure chamber (59) in the compression device ( 76 ) is the bottom side or pressure wall surface (in the pressure chamber (59)). 82) and has a rigidity ability capable of withstanding pressure, and uses a pressure plate (52) whose area is reduced to about 1% to 50% of the bottom of the pressure chamber (59) or the pressure wall surface (82). It was.

As shown in FIG. 28, the lid (77) of the compression device ( 76 ) is provided so as to be opened and closed by a hinge a (68), and a hydraulic cylinder (56) vertical type is installed on the top of the lid (77). Therefore, since the compression pressure of the industrial waste of asbestos and secondary products of asbestos is directly applied to the lid (77) at the time of pressurization, the stopper d (74 of the lock function is prevented so that the lid (77) does not open as shown in FIG. ). A stopper a (54) is attached to the lid (77) so that the cover is open. Although not shown in the figure, a sliding lid (77) may be provided by making a conical-shaped cut in accordance with the shape of both sides (terminal portions) of the lid (77) in the compression device ( 76 ). .

Asbestos and asbestos secondary product industrial waste sewage accumulated in the floor-curing tarpaulin shown in FIG. 31 is absorbed by a commercially available asbestos vacuum device (75) (wetting) to obtain a commercially available asbestos vacuum device. The drainage pump device shown in FIG. 26 is operated by driving the electric motor a (88) with electric power inputted from the external power source (50) via the input terminal (49) inside or outside the water storage tank of (75). 48) and a commercially available asbestos vacuum device (75) integrated with a sewage drainage device (70).
This is a sewage drainage device (70) that enables recycling of the sewage returned to the water source of the high-pressure washing machine through the hose of the drainage pump device (48). The water source of the high pressure washer is purified sewage and tap water containing a dust suppressant.

From the above, when using a high-pressure washing machine at the construction site, there was a big problem with the sealing performance of the curing sheet and the water treatment after sprinkling, but the sealing performance (air tightness) of the curing sheet was improved by the present invention, Furthermore, by providing a function to reprocess and circulate sewage, it is possible to reduce construction costs by reducing the number of workers and shortening the construction period by simplifying construction, and compressing industrial waste. Can be secured.
Although not shown in the figure, even in construction sites where the compression device ( 76 ) is not suitable, a dedicated water storage container (bucket), etc., is equipped with a dedicated filter (67), and industrial waste asbestos and asbestos The secondary product can be loaded in a water storage container (bucket) or the like and filtered to discharge excess moisture and circulated to the high pressure washer by the sewage drainage device (70). In addition, about the shape of the figure which FIGS. 1-31 shows, it is a virtual thing and is different from an actual shape.

It is a perspective view of the opening-and-closing state of a corner L type. It is a front view of the closed state of the entrance corner L type, and a rear view of the closed state of the entrance corner L type. The right side view of the wall surface L-type in the closed state and the right side surface of the wall surface L-type in the open state. It is the rear view of the closed state of a wall surface L type | mold, and the rear view of the open state of a wall surface L type | mold. It is a connection perspective view flowchart chart of a fixed rod and a wall surface L type. It is a perspective view processing flowchart of the corner L shape, the wall surface L shape, and the fixing rod. It is a connection composition top view of a tarpaulin floor. It is a processing flow chart perspective view 1 of a waterproof sheet and a corner L type. It is a processing flowchart perspective view 2 of a waterproof sheet, a corner L type, and a wall surface L type. It is a processing flowchart perspective view 3 of a waterproof sheet, a corner L type, a wall surface L type, and a fixing rod. It is a roll state perspective view of solid curing sheet bc, and a top view of solid curing sheet bc. It is a three-dimensional right side watermark drawing of the three-dimensional curing sheet aabc and a three-dimensional slope view of the three-dimensional curing sheet aabc. It is the solid slope watermark figure of the solid curing sheet bc, and the solid right side view of the solid curing sheet bc. It is a three-dimensional plan view of the three-dimensional curing sheet bc, and a three-dimensional plan view of the three-dimensional curing sheet I and the three-dimensional curing sheet c. It is the three-dimensional front view of the three-dimensional curing sheet bc, the three-dimensional curing sheet Ia, and the cylindrical three-dimensional perspective view of the three-dimensional curing sheet c. It is a roll sheet perspective view of a solid curing sheet, and a roll sheet perspective view of a solid curing sheet c. 1. 1. plane solid sectional view of solid curing sheet aa; 2. a three-dimensional sectional view of the three-dimensional curing sheet aa; 3. Three-dimensional sectional view of the three-dimensional curing sheet aa; It is a plane solid sectional view of solid curing sheet aa. 1. 1. Front three-dimensional sectional view of three-dimensional curing sheet aI It is a front solid sectional view of the three-dimensional curing sheet aac. It is the roll sheet perspective view of the three-dimensional curing sheet I, and the roll sheet perspective view of the three-dimensional curing sheet cI. It is the front three-dimensional sectional view of the three-dimensional curing sheet aaI and the plane three-dimensional sectional view of the three-dimensional curing sheet aaI. 1. 1. A front three-dimensional sectional view of the three-dimensional curing sheet aacI; 2. A three-dimensional side view of the three-dimensional curing sheet aacI; It is side surface sectional drawing of the three-dimensional curing sheet aacI. 1. 1. a plan sectional view of the three-dimensional curing sheet aad; 2. a three-dimensional sectional view of a three-dimensional curing sheet aad; 3. Three-dimensional sectional view of the door of the three-dimensional curing sheet aad and 4. It is a front solid sectional view of solid curing sheet ad. 1. 1. Water perspective view of air valve a and horizontal axis airway; 2. perspective view of concave rail and convex rail; 3. Front view of concave and convex rails 4. Combined front view of concave rail and convex rail; 5. Watermark perspective view of air valve aa and face tape a; It is a perspective view of the surface tape a configuration. It is the three-dimensional front view of the three-dimensional curing sheet aae and the three-dimensional perspective view of the three-dimensional curing sheet aad. It is the structure figure and usage figure of an air valve apparatus. It is a block diagram of a hydraulic device and a drainage pump device. 1. 1. a right side cross-sectional watermark view of the lower position of the pressure plate of the compression device; It is a right side cross-sectional watermark figure of the horizontal installation of the pressurization board of a compression apparatus. It is a right side watermark figure of the lid open state and slide drawer open state of a compression device. 1. 1. perspective watermark diagram of the compression device; 2. A side cross-sectional view of the mesh plate; 3. Front view of mesh plate It is a top view of a net plate. It is front sectional drawing of a compression apparatus. It is a block diagram of a vacuum for asbestos and a sewage drainage device.

Explanation of symbols

1 Corner L type 2 Wing board 3 Slip stopper 4 Hinge a
5 Fixing plate 6 Fixing rod 7 Wall surface L type 8 Waterproof sheet 9 Surface tape (adhesive)
DESCRIPTION OF SYMBOLS 10 Floor curing instrument 11 Slope sheet 12 Single sheet 13 Floor sheet 14 Wall sheet 15 Double sheet 16 Horizontal airway 17 Vertical airway 18 Horizontal axis airway 19 Vertical axis airway 20 Air valve a
21 Door 22 Handle a
23 Fastener female 24 Fastener male 25 Air valve device 26 Air valve 27 Air valve needle 28 Adhesive 29 Triangle part 30 Slide wheel
31 Solid curing sheet 32 Solid curing sheet a
33 Three-dimensional curing sheet b
34 Solid curing sheet c
35 Solid Curing Sheet I
36 Solid Curing Sheet aaI
37 Solid Curing Sheet bI
38 Three-dimensional curing sheet cI
39 Three-dimensional curing sheet dI
40 Solid curing sheet e
41 Solid curing sheet bc
42 Solid Curing Sheet aad
43 Solid Curing Sheet aacI
44 Solid curing sheet aae
45 Solid curing sheet d
46 Roll sheet 47 Hydraulic device 48 Drain pump device 49 Input terminal 50 External power supply 51 Electric motor 52 Pressure plate
53 Cavity a
54 Stopper a
55 Piping 56 Hydraulic cylinder 57 Pin b
58 Piston shaft 59 Pressurizing chamber 60 Handle 61 Hydraulic device chamber 62 Water storage tank chamber 63 Large roller 64 Small roller 65 Caster base 66 Stopper c
67 Filter 68 Hinge 69 Sliding sliding cabinet 70 Sewage drainage device 71 Caster 72 Base 73 Stopper b
74 Stopper d
75 Asbestos vacuum equipment
76 Compressor 77 Lid 78 Wall shape 79 Cylindrical shape 80 Net plate 81 Wacker 82 Pressure wall surface 83 Solid curing sheet Ia
84 Hydraulic pump 85 Relief valve (safety valve)
86 Operation lever 87 Direction switching valve 88 Electric motor a
89 Projection 90 Connection sheet 91 Pinhole cavity 92 Solid curing sheet aa
93 Three-dimensional curing sheet aac
94 Cut line 95 Terminal sheet 96 Three-dimensional curing sheet aabc
97 Concave rail 98 Convex rail 99 Film 100 face body 101 surface tape a
102 air valve aa
103 circular opening 104 rectangular opening

Claims (20)

The present invention is based on the Industrial Safety and Health Act, and requires a method of spraying a dust suppressant directly on the asbestos and secondary products of asbestos by using a coating device such as airless for the removal work. Depending on the number of times, the asbestos and the asbestos secondary product solidified or rubberized are not solidified to the inside, and at least 1 pressure water is jetted into the high pressure washer using the dust suppressor. Using a high-pressure washing machine with high-pressure washing performance in the range of about 20kg to 280kg with respect to square meters, the washing water uses a dust suppressant, so that the asbestos and secondary products of asbestos in the building have a dust inhibitor. Since it absorbs completely and is separated by the pressure water of the jet jet, it does not scatter as fine particles in the air. Characterized by providing a three-dimensional curing sheet for three-dimensional floor curing instrument and the double structure and triple structures to be dropped accumulated in the pool layer dedicated waterproof sheet. Wall L shape and corner L using metal (iron / aluminum / stainless steel) or plastic / FRP materials to provide pool layer curing to accumulate industrial waste and sewage of asbestos and secondary products of asbestos The mold is a structure in which the wing plate and the fixed plate are connected by a hinge, and the L type for the corner and the L wall type are provided so that the wing plate for sandwiching the waterproof sheet is opened and closed.
Furthermore, the wall surface L type, the corner corner L shape, and the both sides of the slats are provided with a double wall surface L shape and a corner corner L shape provided with a slip stopper made of silicon material that prevents falling off,
It features a floor curing device that can provide a shape like a pool layer by connecting a wall L type, a corner L type and a fixing rod, joining to the end of the combined waterproof sheet, and providing a right angle rise. It is a floor curing instrument of Claim 1. The rising height of the terminal portion of the waterproof sheet of the floor curing device can be adjusted by three kinds of sizes and heights: a wall surface L-type, a corner corner L-type, and a fixing rod. The floor curing device according to any one of 2 above. The three-dimensional curing sheet maintains various characteristics of a vinyl chloride resin sheet or a polyester resin sheet, and satisfies the antifouling property, flame retardancy, and translucency at the same time, a tent film material for buildings, a film material for a tent warehouse, Use these sheet materials for film materials for automobile hoods, curing sheets for building construction, and antifouling sheets that are effectively used for film materials for agricultural houses.
It is possible to make a three-dimensional structure by providing a hollow double-structured sheet with an integrated structure in which all the end portions of the sheet-shaped double sheet according to the intended use are closely processed and injecting air as necessary The three-dimensional curing sheet according to any one of claims 1 to 3, further comprising a three-dimensional curing sheet that can be formed. In order to provide a solid face to the solid curing sheet, an air passage is provided in each hollow interior portion of the solid curing sheet in which a straight contact process is applied vertically and horizontally to connect a hollow serving as a vent, or a ventilation is provided. Provided a three-dimensional curing sheet a with an empty road in which the vertical axis and the horizontal axis serving as the mouth are connected to the hollow,
By injecting air at a constant pressure, air can flow through the air passages inside the hollow double structure or triple structure sheet, or air pressure can be generated in the hollow air passages, making it solid and solid according to the strength of the sheet material. The three-dimensional curing sheet a according to any one of claims 1 to 4, wherein a three-dimensional curing sheet a having an airway integrated structure having excellent rigidity performance is provided. In order to give the three-dimensional curing sheet and the three-dimensional curing sheet a a function of standing upright at the corners and the wall surfaces, a wall sheet, a floor sheet, and a slope sheet are connected to each other, or a wall sheet and a floor sheet are combined. The three-dimensional curing sheet b according to any one of claims 1 to 5, further comprising an airway integrated structure in which the slope sheet is connected and coupled. A single sheet is connected and joined to each end portion of the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet b, and joined to another object (curing sheet, wall, floor, etc.) using a surface tape. A three-dimensional curing sheet c having an airway integrated structure for
The three-dimensional curing sheet c according to any one of claims 1 to 6, wherein a c symbol is attached when combining with other three-dimensional curing sheets. In the surface portion of the three-dimensional curing sheet, the three-dimensional curing sheet a, and the three-dimensional curing sheet c, in order to provide a door and a handle a for people to enter and exit, a conical-shaped cutting is performed on three sides of the surface portion, and a cutting portion A solid curing sheet d having an airway integrated structure with a door that can be opened and closed is provided,
The three-dimensional curing sheet d according to any one of claims 1 to 7, wherein a d symbol is attached when combining with other three-dimensional curing sheets. The door of the three-dimensional curing sheet d is provided with male and female fasteners or chucks at both end portions of the three-side frame of the three-dimensional curing sheet d and the three-way frame of the door in order to provide a door opening / closing and sealing state. A three-dimensional curing sheet e with a road integrated structure is provided,
The three-dimensional curing sheet e according to any one of claims 1 to 8, wherein an e symbol is attached when combined with other three-dimensional curing sheets. In the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, and the three-dimensional curing sheet d, it is within 2 to 1000 vertical axes that are empty for at least one square meter, and at least one square meter 2. The airway integrated structure according to claim 1, wherein the airway is integrated within 2 to 1000 places on the horizontal axis serving as an airway, and within 2 to 200 oblique axes serving as airways for at least one square meter. The three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, and the three-dimensional curing sheet d according to any one of? In the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, metal (iron, aluminum, stainless steel), plastic, natural rubber, Air valve equipment is provided using a single or composite material of silicon, urethane, acrylic and adhesive,
A needle is embedded in the air valve in advance, and by pulling out this needle, the triangular part is deformed using a soft material of natural rubber, silicone, urethane, or acrylic that has high elastic capacity so that the needle hole in the triangular part is closed to prevent backflow. As given,
Furthermore, in order to close the gap between the triangular part at the tip and the slide ring, the slide part is slid so that the triangular part and the slide ring are in close contact with each other, and the curing sheet between the triangular part and the slide ring is in close contact with the triangular part. The air valve device according to any one of claims 1 to 10, wherein an air valve and a needle provided with an adhesive are provided on one side of the surface portion and the slide wheel. In the three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, the three-dimensional curing sheet c, the three-dimensional curing sheet d, and the three-dimensional curing sheet e, the connection of the single sheet configuration is maintained at least at a certain interval. State,
An airway part that forms a vent in a hollow road that connects a hollow that is a vertical and horizontal vent to each part of the hollow interior, or an empty road that has a vertical axis and a horizontal axis that are connected to a hollow. For the vertical or horizontal side, apply linear crimping to the end of the line,
The solid empty sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, and the independent empty road chamber in which the airway is completely blocked and independent single and double connected states, or the single and triple connected states are maintained. Apply to the three-dimensional curing sheet c, the three-dimensional curing sheet d and the three-dimensional curing sheet e,
Furthermore, a part of the airway part that becomes a vent is provided so as to protrude to the outside of the surface, and a three-dimensional curing sheet I having an independent airway chamber integrated structure provided with an air valve a for injecting air is provided,
The solid curing sheet I according to any one of claims 1 to 11, wherein an i symbol is attached when combined with other three-dimensional curing sheets. The three-dimensional curing sheet, the three-dimensional curing sheet a, the three-dimensional curing sheet b, and the three-dimensional curing sheet c,
Three-dimensional curing sheet I, three-dimensional curing sheet aI, three-dimensional curing sheet bI, three-dimensional curing sheet cI, three-dimensional curing sheet dI and three-dimensional curing sheet eI,
By winding in a roll, only the necessary amount at the time of construction is obtained by a sheet cutting electrothermal cutting machine (impulse system), a three-dimensional curing sheet, a three-dimensional curing sheet a, a three-dimensional curing sheet b, a three-dimensional curing sheet c, and the three-dimensional sheet. A device for thermally welding the curing sheet I, the three-dimensional curing sheet aI, the three-dimensional curing sheet bI, the three-dimensional curing sheet cI, the three-dimensional curing sheet dI, and the three-dimensional curing sheet e, and simultaneously cutting and crimping the cutting portion. It is a roll sheet as described in any one of Claims 1-12 which can be easily processed on-site by using. The compression equipment is used to recycle excess water (dust control agent) of asbestos and secondary products of asbestos accumulated in the inside of the pool layer of tarpaulin, and to process industrial waste by compressing asbestos and secondary products of asbestos. To reduce the cost of material processing,
The material of the compression device body is made of metal (iron / aluminum / stainless steel), plastic or FRP, or a composite of these materials, and the shape is suitable for the application. 14. The compression device according to claim 1, further comprising a compression device including a pressurizing chamber, a water storage tank chamber, a hydraulic device chamber, a drainage pump device chamber, a pressurizing plate, and a filter. It is a compression device. The bottom of the pressurizing chamber of the compression device is provided with a cavity for discharging sewage into the water storage tank chamber. Equipped with a filter to purify,
The filter is a sheet-like member that is permeable to water and includes at least iron oxide on one side or inside, and is adhered and impregnated with a granular water purification material mainly composed of a substance selected from the iron oxide, iron sulfate, and activated carbon. Using a filter that purifies the water quality, the sewage from the asbestos and asbestos secondary products is purified and stored in the storage tank room. The drainage pump device in the storage tank room is an external power supply via the input terminal. The compression according to any one of claims 1 to 14, wherein the electric motor is driven and operated by the electric power input from the pump, and is returned as a water source of the high-pressure washing machine through a hose of a drainage pump device. Device. The compression apparatus according to any one of claims 1 to 15, further comprising 2 to 4 caster mounts for installing casters so that the compression apparatus main body can be easily moved. The hydraulic device in the compression device pressurizes and compresses industrial waste of asbestos and secondary products of asbestos by driving force,
The electric motor is driven by the electric power input from the external power supply via the input terminal, and the hydraulic pump can be driven by the output.The relief valve (safety valve) prevents the oil pressure from exceeding the set value, A special type (telescopic type) hydraulic cylinder is operated by operating the pressurized hydraulic oil through the directional control valve and the operation lever, and the pressure plate connected to the piston shaft is operated by the expansion and contraction of the piston shaft. The compression apparatus according to any one of claims 1 to 16, wherein the industrial waste of asbestos and asbestos secondary products is compressed. The shape of the pressure plate in the pressure chamber of the compression device is the same as that of the bottom surface portion in the pressure chamber, and has a rigidity capability capable of withstanding the pressure, and the area is about 2% to 5% of the bottom surface portion in the pressure chamber. A reduced pressure plate,
Since the lid of the container of the compression device is provided so that it can be opened and closed by a hinge, and a hydraulic cylinder is installed on the top of the lid, the compression pressure of industrial waste of asbestos and secondary products of asbestos is directly covered by the lid when pressurized. The compression device according to any one of claims 1 to 17, further comprising a lock function to prevent the lid from being opened. Asbestos and secondary asbestos industrial waste sewage accumulated on the floor-curing tarpaulin is absorbed by an asbestos vacuum device and input from an external power supply to the asbestos vacuum storage tank or outside via an input terminal. A wastewater drainage device that integrates a drainage pump device that operates by driving an electric motor with the generated electric power and a vacuum device dedicated to asbestos is provided, and is supplied to the water source of the high-pressure washing machine through the hose of the drainage pump device. The sewage / drainage device according to any one of claims 1 to 18, wherein an asbestos vacuum device and a sewage / drainage device for a drainage pump device are provided. By utilizing the features of claims 1 to 19 in time series, it becomes possible to use a high-pressure washing machine, shortening the construction period, reducing construction costs, and ensuring health and safety. The asbestos and asbestos secondary product compression apparatus, floor curing device, solid curing sheet, solid curing sheet a, solid curing sheet e, and roll sheet according to any one of claims 1 to 19, An air valve device and a sewage drain.

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