KR20210082924A - Cleaning, blasting, coating, painting, treatment equipment and method for tank, silo, facility - Google Patents

Abstract

The present invention relates to an apparatus and method for cleaning, shorting, coating, painting, and treating inside the tanks, facilities, and silos by using: cranes, high-altitude vehicles, sky vehicles, ladder vehicles, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, and moving vehicles mounted outside the facilities; a boom, a multi-stage boom, and an expansion boom provided in one of the cranes, high-altitude vehicles, sky vehicles, ladder vehicles, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, and moving vehicles; a line and hook mounted in the boom and the tip thereof; and an elevator and treating machine mounted on one of the line and hook inside the facilities, thereby capable of simply cleaning, shorting, coating, painting, treating, and the like inside the tanks and facilities.

Description

Equipment and methods for shorting, coating, painting, treatment, and cleaning of facilities, tanks and silos {Cleaning, blasting, coating, painting, treatment equipment and method for tank, silo, facility}

The present invention provides cleaning, shorting, chipping, coating, painting, treatment, cleaning, face treatment, wall treatment, ceiling treatment, film treatment, scale treatment, brushing treatment, washing treatment, etc. for tanks, facilities, buildings, silos, closed facilities, etc. It relates to an apparatus, means, apparatus, method, construction method, etc. for spraying treatment.

There are countless facilities such as tanks, barrels, tanks, boxes, buildings, silos, facilities, structures, closed facilities, and closed facilities not only in Korea but also around the world, in cities, rural areas, industrial complexes, factories, farmhouses, complexes, apartments, and industries. There are just too many in the back. The above facilities are used for human life, business conduct, material storage, etc. In particular, in the case of material storage, water, water, liquid, oil, oil, oil, pharmaceuticals, grains, grains, minerals, industrial products, stored products, storages, etc. storage, storage, etc. The facility, its interior, exterior, and surface are cleaned and painted regularly, periodically, intermittently, arbitrarily, etc., or is not used for a long period of time, changed contents, changed storage, regular inspection, periodic inspection, foreign matter, scale, sludge, etc. Clean, paint, etc.

When the facility is a high-rise building, it is difficult to clean the surface, paint, etc., and in particular, in a closed facility, it is difficult to clean and paint the inside. The exterior of the closed facility is easy to access by high-altitude vehicles and cranes, and in some cases, stairs and ladders are installed, so that people can mount them to simplify cleaning and painting. However, it is impossible to bring in or enter heavy equipment such as high-altitude vehicles and cranes, and it is very difficult to clean and paint the interior because there are no stairs and ladders. Therefore, in order to clean, process, and paint the inside of the tooth, part of it must be expanded, demolished, changed, etc. to bring in or enter heavy equipment such as high-altitude vehicles and cranes, or separate stairs, scaffolding, ladders, etc. , or high-pressure water, high-pressure substances, high-pressure air, etc. are used for cleaning and painting.

In the meantime, many technologies and devices have been developed for cleaning, painting, and processing the inside of facilities, tanks, silos, and closed facilities, but general-purpose technologies and devices that can replace scaffolding have not yet been developed. Therefore, there is a need for the invention of a technology, a device, etc. that can be used universally by replacing the scaffold using a simple device.

In the present invention, a device and method for cleaning, painting, and processing the inside of a facility, tank, building, silo, closed facility, etc. by applying a simple device such as a boom mounted on the outside of the facility and a crane equipped with it do.

In order to solve the above problems, in the present invention, a crane, a high-altitude vehicle, a sky vehicle, a ladder vehicle, a high-altitude workbench, a high-level work vehicle, a high-level elevator, and a moving vehicle; Boom, multi-stage boom, expansion boom provided in one of them; The boom of the tooth and the line and the hook mounted on the tip of the tooth; Lift mounted on one of the two, processor; We intend to devise an apparatus and method for cleaning, shorting, coating, painting, processing, etc. inside tanks and facilities using

Existingly, there is no special dedicated device for cleaning, shorting, chipping, coating, painting, etc., the exterior, interior, and surface of barrels, tanks, boxes, buildings, facilities, silos, closing facilities, etc. And, in the past, scaffolding was installed inside the tank and closed facility to clean and paint the inside. However, in the present invention, a simple device has been invented to solve this problem. Cranes, high-altitude vehicles, sky vehicles, ladder vehicles, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, and moving vehicles; Boom, multi-stage boom, expansion boom provided in one of them; The boom of the tooth and the line and the hook mounted on the tip of the tooth; Lift mounted on one of the two, processor; The effect of cleaning, shorting, coating, painting, processing, etc. inside tanks and facilities was obtained simply by using

1 is a schematic diagram showing the processing inside the facility according to the present invention;
2 is a schematic diagram showing a sky car according to the present invention;
3 is a schematic diagram showing a moving vehicle according to the present invention
4 is a schematic diagram showing a crane according to the present invention;
5 is a schematic diagram showing a fork crane according to the present invention
6 is a schematic diagram showing an auger according to the present invention;
7 is a schematic view showing a multi-stage boom according to the present invention
8 is a schematic diagram showing a multi-stage boom according to the present invention
9 is a schematic diagram showing the processing inside the facility according to the present invention;
10 is a schematic diagram showing the processing inside the facility according to the present invention;
11 is a schematic diagram showing the processing inside the facility according to the present invention;
12 is a schematic diagram showing a lifting platform, a work table, and a safety belt according to the present invention;
13 is a schematic diagram showing a net, a grid, a mat, a workbench, and a hoisting table according to the present invention
14 is a schematic diagram showing a rotating body, a hoist according to the present invention
15 is a schematic view showing a side moving table and fixing means according to the present invention;
16 is a schematic diagram showing an example of installing a retractor and brake according to the present invention
17 is a schematic diagram showing a lifting platform, a work table, and a safety belt according to the present invention
18 is a schematic diagram showing a file guide body according to the present invention

The name of the present invention is an apparatus and method for shorting, coating, painting, treatment, cleaning of a tank, facility, silo, which is an apparatus and method for one or more of shorting, coating, painting, treatment, cleaning of a tank, facility, silo and Indicates a method, and the name can be abbreviated to a treatment apparatus and method of a facility, a treatment apparatus and method inside a facility, a treatment apparatus and method inside a closed facility, etc. Contents, sentences, paragraphs, terms, words, drawings, claims, etc. described or described below are included in the claims or contents of the present invention.

In the present invention, the treatment, the cleaning or treatment, etc. are a) cleaning, washing, washing, watering, spraying, spraying, wiping, sweeping, shorting, sanding, polishing, vacuuming, blasting, brushing, rubbing, chipping , coating, application, lining, painting, painting, painting, painting, cleaning, treatment, face treatment, wall treatment, rust treatment, heat treatment, chemical treatment, interior treatment, inner wall treatment, inner treatment, ceiling treatment, film treatment, brushing treatment, cleaning treatment, spray treatment, vacuum treatment, ultrasonic treatment, scale treatment, cleaning, washing, spray, coating, painting, treatment; b) or pumping, pumping, pumping, processing, discharging of surface, surface, interior, inner periphery, inner surface, space, pollution, deposits, sediment, sediment, sludge, etc. c) or treatment using a treatment agent, treatment by dividing the treatment agent, treatment machine processing using; etc. are applicable.

Shoting in the present invention is a) shoting (shoting, shooting), sanding (sanding), blasting (blasting), shot blasting (shot blasting), grinding, sandblasting, sand blasting, shoting, which is an abbreviation or abbreviation of shot blasting; b) spraying high-pressure sand, silica sand, slag, shorting agent, etc. on the inner surface of facilities, tanks, etc.; c) removing the adhering foreign substances, deposits, coating agents, coating agents, etc. by high-pressure spraying of a shorting agent; d) Shorting using a processor or a shorting machine is applicable.

In the present invention, the processor, the processing device, etc. (30, 37, 38, 50, 51) includes a) a processor, a processing device, a processing device; b) a device for cleaning or scaling, and a device for pumping or discharging; c) or brush, hair, mop, cloth, textile, brush, filter, nozzle, hose, vacuum, rotary brush, non-woven fabric, sprayer, vacuum machine, vacuum cleaner, filter vacuum, vacuum cleaner, washer, washer, short-cutting machine, polishing machine , coating machine, painting machine, painting machine, processing machine, heater, hot air machine, hot water machine, aeration machine, pulse machine, dryer, irradiator, radiator, LED machine, infrared machine, ultraviolet machine, far-infrared machine, mist machine, surface treatment machine, rust machine , heat treatment machine, surface cleaning machine, surface finishing machine, anion machine, ultrasonic machine, washing machine, steam treatment machine, steam shot machine, heat shot machine, ozone shot machine, ozone treatment machine, scale treatment machine, sludge treatment machine, robot treatment machine, unmanned treatment machine, manned machine , automatic processor; d) or rope (10, 12, 14, 16, 18), hook (11, 13, 15, 17, 19), lift (20, 21, 22, 23, 24) mounted on one of these, lift (20) , 21, 22, 23, 24), benches (20, 21, 22), safety harnesses (23, 24); e) the robot 36 , the operator 36 , the nozzle 37 , the sprayer 37 , and the processor 38 mounted on the line or the workbench; f) a storage 32, a hopper 33, a pump 34, a compressor 34, a hose 35, a sprayer 37, a nozzle for storing, inputting, pressurizing, transferring, spraying, etc., the treatment agent 31 (37), processor (38); g) a boom (51), a boom stand, a multi-stage boom, and an extension boom (51) provided with the line or the processor, the elevator or the processor; h) the boom line (10), the hook (11), the line hook (11), the holder (53), the connecting rod (54); i) a cradle 53 mounted on the tip of the boom, a connecting rod 54 of two or more booms; j) a roller mounted on the connecting rod, a rotating body, a hoist (46), k) another rotating body (47) connected to its rotating body by a string; ℓ) an auger equipped with the boom or other rotating body, a vehicle 50, a crane, a high-altitude vehicle, a sky vehicle, a moving vehicle, a moving means 50; m) a line (10), a hook (11) provided in the boom or moving means, etc.; n) a roller mounted on the line 10 of the m, a rotating body, a hoist 46, o) another rotating body 47 connected to the rotating body of the n by a line; p) equipment equipped with other rotating bodies, etc. of the line of d to o; etc. are applicable.

The line or the processor, the elevator or the processor are provided, mounted, mounted, fixed, installed, etc. on the boom or the moving means. Accordingly, the boom or the moving means supports, supports, supports, or the like, the load such as the line or the processing machine, the elevator or the processing machine, the processing agent stored on the workbench, the injection pressure of the processing agent, or the like. Therefore, the boom or moving means are the weight, load, and weight of the line or the processor, the elevator or the processor, the treatment agent stored on the workbench, the spray pressure of the treatment agent, etc. It has, and must have, the strength, strength, rigidity, function, performance, ability, bearing capacity, support force, flexural strength, torsion strength, tensile strength, shear strength, etc. that can support or sustain pressure and injection pressure.

In the present invention, the treatment agent is a cleaning agent, a cleaning agent, a cleaning agent, a shorting agent, an abrasive agent, a coating agent, a coating agent, a paint agent, a processing agent, a disinfectant, a disinfectant, an antibacterial agent, a neutral agent, an acid agent, a base agent, a chemical agent, a finishing agent, a surface treatment agent, water , ball, heat, light, line, light, wave, light source, heat, detergent, resin, drug, drug, sand, silica sand, air, steam, hot air, hot air, hot water, hot water, ozone, vacuum, pressure ), sound wave, high pressure water, washing water, detergent water, bubble water, air water, sulfuric acid, chlorine, hydrogen peroxide, hypochlorous acid, vacuum pressure, pulse pressure, wave, mist, water vapor, ultrasonic, infrared, ultraviolet, far infrared, negative ion, paint , slag, and slag balls.

In the present invention, the treatment method is a method of treatment, a method of treatment using the processor 30, 37, 38, a method of treatment using the treatment agent 31, a method of performing the treatment, the cleaning or discharging, etc. method, a method of processing using the above-mentioned processor or equipment, a method of processing a facility, a method of processing the inside of a facility, a method of processing a closed facility, and the like.

In the present invention, tanks, facilities, etc. are a) tanks, barrels, boxes, walls, dams, tanks, boxes, buildings, tunnels, roads, pavements, bridges, silos, soundproof walls, facilities, structures, open facilities, closed facilities, closed facilities , all facilities, facilities other than the above; b) tanks, facilities to be treated; c) or storage, storage, freshwater, logistics, water, water, liquid, oil, water supply, sewage, wastewater, stormwater, sewage, tap water, drinking water, groundwater, river water, grain, soybean, soybean, rice, rice, plant, food, alcoholic beverage, booze, food, foodstuff, oil, oil, animal, petrol, kerosene, heavy fuel, gasoline, bunker seed oil, mineral, fish, gas, oxygen, hydrogen, lpg, liquid solid, gas, substance, storage, storage , storage, consignment, consignment storage, refrigeration, hot storage, above ground, underground, semi-underground, above-ground basement, apartment, roof, house roof, apartment roof, facility, space, hollow, etc. tank, barrel, box, facility, storage, Silos, etc. In the present invention, a closed facility is a) a closed facility, a closed facility, a closed facility, an underground facility, an underground facility, an outdoor oil tank, an outdoor oil refinery tank, an outdoor grain storage, an outdoor cement silo, a closed or closed facility, an unopened facility or tanks, unopened installations or installations with tanks, lids or covers; b) or facilities, barrels, tanks, boxes, silos, structures, buildings, etc. that are closed, sealed, closed, closed, or open on one side, etc., or up and down, left and right, 6 sides, 6 rooms, 4 rooms, all, all sides, etc. structures, facilities; c) or facilities with only enough entrances to allow entry of persons, hoses, pipes, small equipment, small installations, etc.; d) Facilities in which booms, multi-stage booms, extension booms, vehicles, cranes, high-altitude vehicles, cleaning vehicles, sky vehicles, transportation means, etc. cannot enter, exit, enter, or enter; etc. are applicable.

According to claim 1, the apparatus for treating the interior (6) of a facility, tank, silo, closure facility, etc. according to the present invention is a) on one of the exterior (7), external floor, and external ground of the facility or closing facility, etc. Mounted object 1, crane, sky car (50); b) Object 2 from the object 1 (50) to the roof of the facility, the boom 51, the tip of the boom 52, the boom holder 53, the connecting rod 54 connecting between the two booms; c) Object 3 from the object 1 or object 2 to the upper part of the roof of the facility or the upper part of the roof hole, the boom 51, the tip 52 of the boom, the holder of the boom 53, the connecting rod of the two booms 54 ; d) a line (10), a ring (11), a lifting line (10), a line ring (11), a ring line (10), a lifting ring (11) provided in at least one of the object 1 to the connecting rod; e) a processor (37, 38) mounted inside the closed facility connected to at least one of the object 1 to the elevating ring; f) the processor for processing the inside of the facility while elevating the inside of the facility by elevating the boom or elevating ring; It is characterized in that it is used or included.

Here, object 1 is auger, vehicle, excavator, excavator, crane, means of transportation, fork crane, high-altitude vehicle, moving vehicle, work vehicle, cleaning vehicle, sky vehicle, ladder vehicle, hydraulic crane, tower crane, high-altitude workbench, high-altitude work vehicle, high-altitude lift Cars, moving vehicles, etc. (50) are applicable. Object 2 or Object 3 corresponds to a boom, a beam, a ladder, the tip 52 of the boom, the holder 53 of the boom, the connecting rod 54 of the two booms, and the like. Here, a) a rope is a rope, a rope, a rope, a rope, b) a hook is a hook, a hook, a hook, c) a rope is a rope for climbing, lifting, lifting, etc., d) a rope is a loop of a rope, a ring attached to a line, e) a ring line is a line of a ring, a line attached to a ring, and the like, f) a ring for elevating, elevating, elevating, etc.; hooks for ascending and descending on a line; A hook that runs on a line and goes up and down according to the elevating of the line; etc. are applicable.

According to claim 2, the method for treating the interior (6) of a facility, tank, silo, closure facility, etc. (1) according to the present invention comprises: a) the The process of extending or withdrawing the boom 51 mounted on the outside (7) of the facility, b) the extended boom (51); its tip 52, the cradle 53, and the connecting rod 54 of two or more booms; A process in which one of the facilities is mounted on the hall or the roof of the facility, c) the string 10 or its ring 11 provided on one of the boom or connecting rod mounted on the upper part of the facility through the hole The process of entering the inside (6), d) the process in which the processor (37, 38), etc. for processing the inside of the facility is mounted on the introduced line or ring, e) by elevating the boom, line, ring, etc. It is characterized in that the process of processing the inside of the facility while the processor ascends and descends the inside of the facility, and the like. Here or in the present invention, the processor 30 is a) a reservoir 32 , a hopper 33 , a pump 34 , a compressor 34 , a hose 35 , a robot 36 , an operator 36 , a nozzle 37 . ), a sprayer 37 , a processor 38 , a lift 20 , a support 21 , a work table 22 , a safety belt 23 , 24 , a boom 51 , a ladder 51 , a crane 50 ; b) a string or ring linked to at least one of them; etc. are applicable.

According to claim 3, the method for treating the interior (6) of a facility, tank, silo, closure facility, etc. (1) according to the present invention includes: a) the treatment machines (37, 38) mounted in the interior (6) of the facility; The process of raising to one of the ceiling, directly under the ceiling, 2 m below the ceiling, and within 5 m from the ceiling of the facility, b) the facility by at least one of the treatment agents 37 and 38 and the treatment agent 31 sprayed therefrom step of treating the ceiling of, c) descending from the ceiling or rising, descending by about 2 m, descending to a height enough to be treated once by the treatment agent 31 sprayed from the injector 37, and then stopping the process , d) the process of treating the inner wall surface of the facility by at least one of the processor and the treatment agent at the time of the stop, e) the process of stopping after descending or about 2 m from the stop, f) the robot at the time of the stop to the process of treating the inner wall surface of the facility by one or more of spraying, g) repeating one or more of the lowering or 2m lowering, stopping, and treating at least twice, h) during the lowering, stopping, treating, repeating A process in which the wall treatment of the inside of the facility is completed by one or more, i) a process of treating the floor of the facility by one or more of a processor mounted on the inner floor of the facility, and a treatment agent sprayed or supplied therefrom, etc. characterized in that it is included.

According to claim 4, the method for treating the inside of a facility, tank, silo, closure facility, etc. (1) according to the present invention includes the process provided in claim 3, etc. characterized in that it is added.

According to claim 5, the method for treating the inside of a facility, tank, silo, closure facility, etc. (1) according to the present invention comprises: 1) the outside of the facility (7) The process of extending or withdrawing the boom 51 mounted on, 2) the extended boom 51; its tip 52 , a cradle 53 , a connecting rod 54 ; A process in which one of the facilities is mounted on the hall or the roof of the facility, 3) a row 1 (10) or a ring 1 (11) thereof provided on one of the booms or connecting rods mounted on the upper part is lowered, 4 ) A process in which the line 1 or ring 1 passes through the hole 92), 5) a process in which the line 1 or ring 1 passing through the hole is lowered to the floor or lower part of the inside 6 of the facility, 6) the line 1 or a process in which a line 2 (12) or its ring 2 (13) is connected to the ring 1, 7) a process in which the ring 2 (13) is connected to the line 2 or both ends thereof, 8) a supporter to the line 2 or ring 2 (20, 21) is mounted process, 9) a process in which the 3 rows (14) or its rings 3 (15) are connected to the support, 10) the 3 rows or 3 rings (15) are connected to both ends thereof , 11) a process in which the work table 20, 22 is mounted on the line 3 or ring 3, 12) a process in which the line 4 (16) or its ring 4 (17) is connected to the work table, 13) the line 4 or its A process in which the loops 4 (17) are connected to both ends, 14) a process in which the primary safety belt 23 is mounted on the rope 4 or 4, 15) the rope 5 (18) or its ring 5 (19) to the safety belt The process of connecting, 16) the process of connecting the rings 5 (19) to the row 5 or both ends thereof, 17) the process of installing another or secondary safety belt 24 to the row 5 or the loop 5, 18) the work table ( 20, 22) a process in which at least one of a robot and a worker (36) is mounted, 19) a hose (35), a nozzle (37), a sprayer (37), a processor (38) on at least one of the work bench, the robot, and the operator (38) Process in which one or more of (37, 38) is provided,

20) raise the row 1; Or by rotating the rotating body on which the line 1 is mounted or by operating the equipment on which the boom is mounted to raise the line 1; a process of raising one or more of the work bench, worker, hose or processor to one of the ceiling, directly under the ceiling, 2 m below the ceiling, and within 5 m from the ceiling of the facility; 21) sequentially connected to the hose 35; or mounted outside (7) of the facility; A process in which the treatment agent 31 is supplied by at least two of a pump or compressor 34 , a hopper 33 , and a storage 32 , 22) through the hose 35 ; or through the hose (35) drawn into the interior (6) from the exterior (7) of the facility; A process in which the treatment agent 31 is supplied to one or more of the nozzle, the injector, and the processor, 23) The process of treating the ceiling of the facility by at least one of the robot, the worker, a hose or a processor, the treatment agent, and the treatment agent spraying, 24) The process of stopping after descending or descending from the ceiling or rise by about 2 m, 25) The process of treating the wall surface of the facility by one or more of the robot or spraying at the time of the stop, 26) Descending or descending by about 2 m from the stop and then stopping, 27) processing the wall surface of the facility by one or more of the robot or spraying at the time of the stop, 28) repeating one or more of the lowering, stopping, and processing two or more times, 29 ) The process of completing the treatment of the inside of the facility 6 by one or more of the lowering, stopping, processing, and repeating, 30) After the completion, the process of detaching the row 1 or the ring 1, or the process of detaching from the row 2 , 31) a process of withdrawing the detached line 1 or ring 1 to the outside or roof of the facility through the hole, 32) a process of reducing the extended or drawn boom 51, 33) the reduced boom (51) equipped auger, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, means of transport, high-altitude car, moving car, work car, cleaning car, sky car, ladder car, hydraulic crane, tower crane , the process of unloading one of the high-place work platform, high-place work vehicle, high-altitude elevator, and moving vehicle, etc. is characterized in that the whole or part is included.

Here, the whole corresponds to the whole of the above processes, and the part corresponds to one or more of the above processes. Although the above suggests the condition that one string, ring, support, etc. are provided one by one, it is also possible to provide two or more each in layers. And although the above suggests the condition that one each of a line, a ring, a workbench, etc. are provided, it is also possible to provide two or more in layers. In addition, although the above suggests the condition that two ropes, rings, safety belts, etc. are provided, it is also possible to provide three or more in layers.

According to claim 6, an apparatus for processing the inside of a facility, tank, silo, closure facility, etc. according to the present invention is a) lifters 20, 21, 22, and work tables 20, 21 mounted in the interior 6 of the facility. , 22 ), robot 36 , operator 36 , hose 35 , nozzle 37 , sprayer 37 , processor 38 ; b) the robot or processor mounted on the lift or work table; c) the hose 35 to which the treatment agent 31 is supplied; d) the hose or the processor to which the treatment agent is sprayed; A processing device 30 inside a facility in which at least one of them is used, 1) the outside 7 of the facility, the outer periphery 7, the roof 7, the roof hole 2, the roof top, the roof rim, the roof hole Boom (51), multi-stage boom, 5-stage boom, extension boom, two or more booms, two or more connected booms, two or more cross booms, two or more ends connected booms, The tip of the boom (52), the holder of the boom (53), the protrusion of the boom (53), the connecting bar of the boom (54), the connecting bar of two or more booms (54); The lower part is a lower part, a floor, the ground; subfloor, floor, or ground outside the facility; etc. are applicable. 2) Auger 50, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, moving means, high-altitude car, moving car, work car, cleaning car, sky equipped with one or more of the boom or connecting rod Cars, ladder trucks, hydraulic cranes, tower cranes, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, moving vehicles (50); 3) a line (10), a ring (11), a lifting line (10), a line ring (11), a ring line (10), a lifting ring (11) provided in one or more of the boom or the moving vehicle; 4) the boom or elevating ring for connecting, connecting, fixing, mounting, fixing, etc. to the elevator or the processor to elevate the elevator or the processor to process the interior of the facility; 5) the boom or elevating ring for supporting the working force of at least one of the device, the lifting platform or the processor, the treatment agent, and the spraying; 6) the hole when one of the rows or lifting rings for elevating the roof hole is elevating; its inner, outer, lateral, rim; A file guide body 130 to avoid friction with one of the; and the like are included. Here, the operating force corresponds to the load, weight, weight, mass, pressure, pressure, injection pressure, etc. of the device, the elevator or the processor, the treatment agent, and the injection.

According to claim 7, an apparatus 30 for processing the inside of a facility, tank, silo, closure facility, etc. according to the present invention is a) a lift, a lift, and a workbench (20, 21, 22) mounted inside the facility (6) ; b) a robot, worker, operator 36 mounted on one of them; c) safety belts 23 and 24 mounted on the lower part of one of the elevators or workers; d) a hose 35 for supplying a treatment agent for the treatment of the interior; e) a hose 35 , a nozzle 37 , a sprayer 37 , and a processor 38 mounted on at least one of the lifting platform and safety belt; f) a line (10, 12, 14, 16, 18), a hook (11, 13, 15, 17, 19), a connecting line (10, 12, 14, 16, 18), an inclined line (12), a spinning line (12), a vertical line (14), a safety line (16, 18), a connecting ring (11, 13, 15, 17, 19); g) the robot or processor mounted on one of the lines or linkages; h) a treatment agent 31 supplied to at least one of the platform and the processor; i) a treatment agent 31 held or stored in at least one of the platform and the processor; j) the injection pressure of the treatment agent injected through at least one of the robot or the processor; A processing device inside a facility comprising means for supporting a back or supporting an action force of the back, wherein the action force is a weight, a load, a weight of the lift platform or the injection pressure. pressure, injection pressure, etc. Here, the processing apparatus has a feature that includes the platform, processing agent, means, and the like.

The means is 1) a boom located on one of the exterior (7), perimeter (7), roof (7), roof hole (2), roof top, roof rim, roof hole top, bottom to roof of the facility (7) 51), multi-stage boom, 5-stage boom, extension boom, two or more booms, two or more connected booms, two or more cross booms, two or more ends connected boom, boom tip, boom holder, boom protrusion, connecting rods of a boom, connecting rods of two or more booms; 2) one of the boom or the connecting rod, a hook, a lifting line, a line ring, a ring line, a lifting ring; 3) The line, ring, elevating line of 2) above which is connected to one of the elevators or the connecting rings to elevate the elevators or the connecting rings to process the inside of the facility while the elevators or the connecting rings move up and down the inside of the facility; rope hook, loop rope, lifting hook; Here, a sling refers to a loop of a string or a hook attached to a string, and a loop refers to a line of a ring or a string attached to a ring. 4) the boom or elevating ring having at least one of the supporting force, strength, rigidity, function, performance, ability, supporting power, supporting force, supporting force, flexural strength, twist strength, tensile strength, and shear strength; 5) the hole when one of the rows or the lifting ring for elevating (3) the roof hole (2) is elevating; its inner, outer, lateral, rim; A file guide body 130 to avoid friction with one of the; and the like are included.

According to claim 8, the apparatus for treating the inside of a facility, tank, silo, closure facility, etc. according to the present invention is a means for supporting an operating force such as a) elevator to j) as described in claim 7, etc. As a processing device inside the facility including this, the means include: 1) boom to 5) file guide body; 5) an engine, a facility, a cylinder 55, a piston 55, a crane 55, a piston 55 drawn out by the hydraulic pressure of the cylinder, which extend or extend the boom and position it thereon; 6) a roller (4, 40, 46), a rotating body, and a hoist (4, 40, 46) provided on at least one of the boom or the elevating ring; 7) another rotating body (47) connected to the rotating body (46) by a string; 8) a motor 42 and a rotating motor provided in one of the rollers or other rotating bodies; 9) Auger 50, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, moving means, high-altitude car, moving car, work car, cleaning car, Sky car, ladder car, hydraulic crane, tower crane, high-altitude work platform, high-altitude work vehicle, high-altitude elevator, moving vehicle, the auger or moving vehicle equipped with a lifting platform, the auger or moving vehicle equipped with a carrier (50) ; 10) the boom or moving vehicle having at least one of the supporting force, strength, rigidity, function, performance, ability, supporting power, supporting power, supporting power, flexural strength, twist strength, tensile strength, and shear strength; and the like are included.

According to claim 9, the apparatus for treating the inside of a facility, tank, silo, closure facility, etc. according to the present invention is a treatment apparatus 30 in which a treatment machine 38 for treating the inside of the facility is used, a) of the facility A line 10 for elevating the processor while elevating (3) the inside of the hole 2 formed in the roof 7 is a1) the hole; its face, surface, inner surface, outer surface, inner periphery, outer periphery, circumference, inner wall, wall surface, edge; It is characterized in that it includes a line guide body 130 such that it does not touch one of them, a2) or moves up and down to the center of the hole, or a3) or moves up and down without contact or friction with one of the holes or edges. Here, the line guide body is to prevent the contact between the line and the hall, friction, etc. when the line is raised or lowered, thereby preventing fire, flame, fire in the hall, and fire inside the facility due to this.

According to claim 10, an apparatus for treating the interior of a facility, tank, silo, closure facility, etc. according to the present invention is a processing apparatus 30 in which a processor 38 for processing the interior 6 of a facility is used, a) A line 10 for elevating the processor 38 while elevating the inside of the hall formed on the roof of the facility is a1) the hall; its face, surface, inner surface, outer surface, inner periphery, outer periphery, circumference, inner wall, wall surface, edge; a line guide body 130 that does not touch one of, a2) or moves up and down to the center of the hole, or a3) or moves up and down without contact or friction with one of the holes or edges; b) the boom 51, multi-stage boom, and extension boom mounted on the outside 7 of the facility while the line 10 is provided or linked; c) the boom (51), the multi-stage boom, the extension boom supporting the action force of one or more of the device, the processor, the treatment agent for the treatment, the injection of the treatment, and the injection of the treatment through the processor; and the like are included.

According to claim 11, the device 30 for processing the interior 6 of a facility, tank, silo, closure facility, etc. according to the present invention is a) supporting platform to j) injection pressure, etc. described in claims 7 and 8. or a processing device within the facility comprising means for supporting one or more force;

1) The means is composed of the 1) boom to 10) moving vehicle, etc. described in claim 8, and 2) the line guide body 130 is a) the line 10 is only inside the hole (2). means to be drawn in and elevate (3); b) means for preventing the string from moving or flowing out of the hole; c) means for preventing said string from touching said hole or a side thereof; d) means for preventing the line from touching the hole or a side thereof when the line is raised or lowered; e) means for preventing one of heat, fire, and flame from being generated due to friction between the rope and the hole by preventing the rope from touching the hole or the side thereof during elevating (3) of the rope 10; f) one or more rings (131, 132, 133) mounted on the hole (2) or the upper part of the roof to prevent the above; Here, the number of rings may be 1 or more and 10 or the like. g) one or more rings (131, 132, 133) in which the line (10) is raised and lowered inside the hole (2) or the upper part of the roof (131, 132, 133); h) an upper ring 131, an intermediate ring 132, and a lower ring 133 in which the rings are three; i) The upper ring 131, the middle ring 132, and the outer projection line of the ring 131, the middle ring 132, and the outer diameter are smaller than the hole 2, the outer projection line 141 of the hole, etc. while being spaced apart from the upper part of the roof. (140); j) the upper ring 131 and the middle ring 132 having the same size; k) the lower ring 133 having a larger size, scale, diameter, outer diameter, etc. than the hole 2 and the outer projection line 141 of the hole while in close contact with the roof; ℓ) rims (134, 135) mounted on the outside of the ring (131, 132, 133); Here, the number of rims may be 1 or more and 10 or the like. m) an upper rim, a middle rim 134, and a lower rim 135 in which the rims are three; Here, the upper rim, the middle rim 134 , and the lower rim 135 are mounted on the outside of the upper ring 131 , the middle ring 132 , the lower ring 133 , and the like. n) the upper rim, the middle rim 134 spaced apart from the upper part of the roof; o) the lower rim 135 in close contact with the roof; p) the lower rim 135 larger than the hole, the middle rim, and the outer projection line 141 of the hole; q) a connecting rod 136, an upper and lower connecting rod 136 for connecting two or more of the rim, upper rim, middle rim, and lower rim; r) a connecting rod 137 for connecting the ring and the rim, a horizontal connecting rod 137; s) a clamp 138 mounted on at least one of the lower rim and the horizontal connecting rod; t) the clamp 138 to prevent the flow of the line guide body (130); u) the hole (2), the ring (131, 132, 133), the clamp (139); one of the side, surface, inner surface, side, wall surface, inner, outer surface, outer, inner, outer; A friction reducing material, an anti-friction material mounted on one or more of the; v) cotton, brush, fiber, cloth, rubber, cushioning material, bitumen material, and Styrofoam, which are one of the friction reducing materials; It is characterized by consisting of This is shown in FIG. 18 . In the lower part of the figure of FIG. 18, the line 10, the ring 11, the clamp 138, etc. that are put into the hall or the facility are indicated by dotted lines. Here, 1) the line 10 is a) boom, the tip of the boom, the boom holder, the connecting rod of two booms, the auger or means, the boom of the auger or means; b) a roller, a rotating body, and a hoist provided in the boom or connecting rod; is provided on the back, or 2) or the a) boom to b) a hoist; double one ring; The string 10 is provided on the back.

The processing devices 30, 10, 20, 36, 37, and 50 in the facility 1 according to the present invention include the following 1) to 33) according to claims 12, 13, 14, and the like. According to claims 13 and 14, the treatment method in the facility of the present invention includes treatment by a treatment device including the following 1) to 33).

1) Line 1 (10) leading into the inside of a facility, tank, silo, closing facility, etc. (1) or through the hall (2) of the facility; See Figures 1, 9, 10, 11, etc. 2) a hall (2), a roof hall, a ceiling hall, a ceiling hall (2) formed in the facility (1); 3) a line 1 (10) which is one of the inlet, through, and elevating (3) of the hole (2) or the inside of the hole or the like; 4) a hook 11 and a hook 11 mounted on the line 1; 5) a line 2 (12), an inclined line, a spinning line (12) mounted on one of the line 1, the hook, and the hook; Here, the sloping line is mainly applied. 6) a hook (13), a hook (13) mounted on one of the line 2 to the spinning line; 7) the elevator 21, the support 21, the support 21 of the lower workbench 22, the workbench, the elevating mechanism, the upper workbench mounted on one of the line 1 to the hook, the line 2 to the spinning line, the hook, and the hook (20, 21); Here, the hoisting platform or the upper workbench is applied as a support for the lower workbench or the upper workbench, and the main function is to support, support, mount, and the like, the lower workbench. 8) the line 1 to hook, line 2 to hook, line 3 (15), vertical line, and vertical line (14) mounted on one of the lifting platform or work table; Here, the vertical line is mainly applied. 9) the hook (15), hook (15) mounted on one of the line 2 to the workbench, line 3 to the vertical line; 10) the lifting platform (20, 22) mounted on one of the line 1 to the workbench, the line 3 to the vertical line, the hook, the workbench, the elevating mechanism, and the lower workbench (20, 22); The elevator or the lower workbench performs the main work of processing the inside of the facility. Robots, workers, and workers are mounted on the lower workbench to perform processing such as cleaning, shorting, coating, and painting inside the facility. In the present invention, the hoisting table or work table includes a hoisting table, an elevator, a support, a support for a lower work table, a work table, a lifting mechanism, an upper work table, a lower work table, and the like.

11) a weight 39, a robot, a worker, and a worker 36 mounted on one or more of the line 1 to the vertical line, the elevator to the work table; Here, the weight 39 is applied as a counter weight to prevent sagging, subsidence, etc. 12) the processor (30, 37, 38) mounted on one or more of the line 1 to the workbench, a weight, a robot, a worker, and a worker; 13) Brush, hair, rag, cloth, fiber, brush brush, filter, nozzle 37, hose, rotary brush, nonwoven fabric, sprayer 37, vacuum machine, and air belonging to the processor (30, 37, 38) to vacuum Filter vacuum, vacuum cleaner, washing machine, washer, shorting machine, polishing machine, coating machine, painting machine, paint machine, processing machine, heater, hot air machine, hot water machine (熱水器), aeration machine, pulse machine, dryer, irradiator, emitter, LED machine, infrared machine, ultraviolet machine, far-infrared machine, mist machine, surface treatment machine, rust treatment machine, heat treatment machine, surface cleaning machine, surface finishing machine, negative ion machine, ultrasonic machine , a washing machine, a steam treatment machine, a steam shot machine, a heat shot machine, an ozone shot machine, an ozone treatment machine, a scale machine, a sludge machine, a robot machine, an unmanned machine 37, a manned machine, an automatic machine 37;

It is possible to provide, mount, install, mount, etc. the processor, the brush or the automatic processor, etc. inside, outside, and on the elevator or work table of the facility. The filter vacuum is a vacuum purifier that sucks air into a vacuum and then discharges the sucked air through a filter. An aeration device is a device that performs aeration, vortex, air injection, and aeration. A pulser is a device that applies pulses, pulsations, shocks, pulse pressures, and pulses. A mist machine is a device that generates and sprays steam, mist, etc. And irradiator, emitter, LED device, etc. irradiate, radiate, generate, generate, spray light, line, light, wave, light source, LED, infrared, ultraviolet, far-infrared, ray, X-ray, etc. , discharging, and supplying equipment. And the shot machine is a machine that polishes and faces the surface by spraying balls, sand, silica sand, slag balls, etc. at high pressure at high pressure, the steam shot machine is a machine that also sprays steam during shorting, and the heating shot machine is a machine that sprays heat and hot water during shorting. It is a device that also sprays , steam, heat, etc., and an ozone shot machine is a device that also sprays ozone during shorting. Here, examples of application of the steam shot machine, the heat shot machine, and the ozone shot machine include steam, hot air, etc. in the storage 32, the hopper 33, the compressor 34, the hose 35, the nozzle 36, the injector 36, etc. , injecting ozone, etc., pressure injection, pump injection, etc. and spraying it together with the treatment agent.

14) The elevator or workbench, one of the following safety belts (20, 21, 22, 23, 24), a mesh, a plate, a circular mesh, a circular plate, a circular frame, a mat, a net, a grid, a mesh mat, a rod mat, a circular frame, Circumferential grid, grid mat, 1-layer frame, 2-layer frame, multi-layer frame, 1-layer network, 2-layer network, multi-layer network, multi-layer frame, multi-layer network, multi-layer mat, multi-level mechanism, frame and mesh, circle and inner mesh, circle and top and bottom mesh, Frame and grid and mesh, circle and inner grid and inner mesh, round frame and inner grid and upper mesh, mesh with reinforcement, grid with reinforcement, workbench with railing on the outer periphery, workbench with door and railing, two or more frames and The frame or workbench using an internal grid and mesh, and two or more rods; This shows various types of the lifting platform or work table, the following safety belt, and the like.

The frame or the structure of the frame or workbench using two or more rods, for example, a) the frame or grid is a circular frame or grid formed by connecting two or more rods, b) the network is a circular network consisting of two or more yarns, c) mesh mat is a mat composed of mesh, d) rod mat is a mat composed of two or more rods, e) grid mat is a mat composed of a grid, f) two-layer frame is a structure of upper and lower frames, g) multi-layer frame is a frame with two or more layers, h) a multi-tier frame is a frame with two or more layers, i) a frame and a mesh are a frame and a mesh installed therein, j) a circle and an inner mesh are the outer periphery of the frame and the inside of the frame is a mesh, k) The circle frame and the upper and lower net are the circle frame composed of two or more rods connected and the net installed above and below it, ℓ) The frame, the grid and the net are the outer frame composed of two or more rods connected and the grid inside the frame and the frame and the grid. The installed net, m) The circle frame, the inner grid, and the inner net are the frame constituting the outer periphery, the grid mounted inside the frame, and the net installed inside the frame, n) The circle, the inner grid, and the upper net are the outer perimeter A circular frame and a grid inside the frame, and a mesh installed on top of the frame and grid, o) A mesh with reinforcement is a mesh provided with reinforcement such as rods, p) A grid with reinforcement is a grid with reinforcement such as rods or iron , q) the frame or workbench 90, r) in which the connection structure of two or more rods 91 is used, and the two or more rods are connected by a coupler 94 while the two or more rods 91 are used. workbench, s) two or more rods 91 are mounted in two or more cylindrical frames 92 connected by a coupler 94, and two or more rods 91 connected by a coupler 94 The grid 93 made of two or more connecting rods and the frame or workbench 90, which are the structures of the mesh 95 installed on the grid, columnar frame, and the like, correspond. See Figs. 9, 17 and the like.

15) a safety belt (23, 24), a safety plate, and a frame or a work bench (23, 24) provided in the lower part of at least one of the lines 1 to the work bench; This corresponds to c(23) and d(24) of FIG. 11 . 11, c(23) corresponds to the upper layer, and d(24) corresponds to the lower layer. 16) a line 4 (16, 18), a vertical line, and connecting means (16, 18) connecting the lower part of at least one of the line 1 to the work bench and one of the safety belt to the work table; This corresponds to c(16) and d(18) of FIG. 11 . 11, c(16) corresponds to the upper layer, and d(18) corresponds to the lower layer. 17) the safety belt, the workbench, the rope 4 or the hook mounted on one of the connecting means, and the hooks (17, 19); This corresponds to c(17) and d(19) of FIG. 11 . 11, c(17) corresponds to the upper layer, and d(19) corresponds to the lower layer. 18) Rollers (4, 40) mounted on at least one side of the lift or work table, rollers (4, 40) with rod (49), rollers (4, 40) with holder (49), anti-friction bar, sliding mechanism , Elevating friction bar (4); 14, 19) cotton (25), brush, fiber, cloth, rubber, spring, cushioning material, cushioning material (25) mounted on one or more of the inner 82, lower, side, and upper of one or more of the lifting platform or worktable ), sponge, styrofoam (25); 20) a railing and a fence 20-1 mounted on the upper or outer periphery of at least one of the hoisting table or the work table;

21) the brake 110, the retractor 110 mounted on one or more of the line, the hook, the hook, the elevator or the work table; 22) a brake for stopping the lifting (3) of the line by pressing (111) the line (10, 12, 14, 16, 18), a retractor (110); 23) safety means for the safety of one or more of the lifting platform or worktable 20, the robot 35, and the operator 35, and a fall prevention means; 24) Safety string 5 (29), belt, and connecting means (29) connecting one or more of the elevator platform, the worker, the worker's vest, and the worker's safety clothing and one of the rod, the ceiling, the ceiling grid, and the ceiling frame ; 25) a treatment agent (31) for treatment of said facility; 26) A cleaning agent, a cleaning agent, a cleaning agent, a shorting agent, an abrasive, a coating agent, a coating agent, a paint, a processing agent, a disinfectant, a disinfectant, an antibacterial agent, a neutral agent, an acid agent, a base agent, a chemical agent, a finishing agent, Cotton treatment agent, water, ball, heat, light, infrared rays, light, wave, light source, heat, detergent, resin, polymer, drug, drug , sand, silica sand, air, steam, hot air, hot air, hot water, hot water, ozone, vacuum, pressure, sound wave, high pressure water, washing water, detergent water, bubble water, air containing air in water water, sulfuric acid, chlorine, hydrogen peroxide, hypochlorous acid, pulse pressure of shock pressure or uslse pressure, wave, mist, water vapor, ultrasonic wave, infrared ray, ultraviolet ray, far infrared ray, negative ion, paint, slag, slag ball-shaped slag ball;

27) a storage 32 in which the treatment agent is stored; 28) a hopper 33 into which the treatment agent or the treatment agent provided from the storage is put; 29) a pump or compressor 34 for pressurizing the treatment agent or the treatment agent falling from the hopper; 30) a hose 35 for conveying the treatment agent or pressurized treatment agent; 31) an injector 36 for spraying the treatment agent or the transferred treatment agent; 32) a nozzle (37) mounted on one of said processor, hose or sprayer; The nozzle, the injector, and the like correspond to a nozzle, an injector, a diffusion nozzle with an extended ejection port, a diffusion injector with an extended ejection port, and the like. 33) said processor, reservoir, hopper, pump, compressor, hose, nozzle, injector; one of the faces, surfaces, inside, inside, outside, outside, inlet, outlet; A magnetizer, a vibrator, a vibrator, an ozone unit, a magnetized vibrator, a magnetized vibrator, a vibrating ozone unit, an excitation ozone unit, a magnetized ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit provided in at least one of group; The above is the content of 1) to 33) mentioned above.

The magnetizer or the magnetization vibrating ozone machine, etc. generate, generate, composition, spray, supply, apply magnetization, magnetic field, vibration, excitation, ozone, etc., or face treatment with magnetization, magnetic field, vibration, excitation, ozone, etc. It is a device that As an example of its application, magnetization, magnetic field, vibration, excitation, ozone, etc. are added to the treatment agent to improve its energy, vibration energy, excitation energy, magnetic field energy, ozone sterilization power, etc., thereby improving polishing performance during shorting, and polishing Ozone sterilization and ozone disinfection on the walls of the facility. Here, the magnetized vibrating oscillator has all the performance of generating, generating, composing, spraying, supplying, applying all of magnetization, magnetic field, vibration, excitation, ozone, etc., or surface treatment with magnetization, magnetic field, vibration, excitation, ozone device with

In addition, according to claims 12, 13, and 14, the following 1) to 53) and the like are included in the processing apparatuses 30, 10, 20, 36, 37, and 50 in the facility according to the present invention. According to claims 13, 14, etc., the treatment method in a facility of the present invention includes treatment by a treatment device including the following 1) to 53).

1) The boom 51 in which the row 1 (10) is equipped, mounted, installed, mounted, fixed, mounted, connected, linked, provided at the time of manufacture, provided from the beginning, provided from the beginning, provided before entering the processing site, etc. ), multi-stage boom ( FIGS. 7 and 8 ), 5-stage boom ( FIGS. 7 and 8 ), extension boom ( FIGS. 2, 3, 5, 7 (c), 8 (c)), boom tip 52 , the following rotating body (4, 40), two or more booms (FIG. 10, 11), two or more connecting booms (FIG. 10), two or more cross booms, two or more ends connected booms (FIG. 11), elongation (120) a boom with a length of 10 m or more, a boom with an extended length and an inclined height of 10 m or more, a boom 51 whose tip 52 is located above the hole 2 formed in the roof of the facility 1 ); The reason why the value of 10m is specified here is that if the height of the tank, which is a facility, is 10m or more, scaffolding, etc. must be installed inside the facility for treatment inside the facility, and this treatment technology is to replace it. 2) a first-stage boom, a second-stage boom, a third-stage boom, a fourth-stage boom, a five-stage boom, in which the five-stage boom is sequentially extended as one of the multi-stage booms; 7 a, b, c, d, e and FIGS. 8 a, b, c, d, e, the five-stage boom extending 120 corresponds to FIGS. 7 and 8 (c), where the boom stand 59 is The boom 51 corresponds to a cylinder, a case, a hollow cylinder, etc. in which the boom 51 is retracted, embedded, reduced, and the like. In the case of a five-stage boom, initially, at the time of reduction, five booms of five stages are drawn into its boom stand 59 before extension, and the overall length is reduced 121 to move, transport, run, and road the auger or means. It has a feature that facilitates driving, etc.

3) the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, the five-stage boom in the order of, or the five-stage boom, the fourth-stage boom, the third-stage boom, the second-stage boom, the first-stage boom is reduced in the order of the boom; Here, the initial boom, at the time of loading, reduced, reduced, etc., is the boom of Fig. 4, Fig. 7 (a), Fig. 7 (b), Fig. 8 (a), Fig. 8 (b), 4) the boom ( 51) or a workbench 58 mounted on a tip 52 thereof, a cradle 53, a line 10, a lifting line 10, and a rotating body 4, 40; Here, on the boom 51 , the tip 52 , the work table 58 , the cradle 53 , etc., the line, the line 1 ( 10 ), etc. can be mounted. 5) Auger 50, vehicle, boom car, boom means, excavator, excavator, crane 50, fork crane, boom crane, moving means, high-altitude car, moving car, work car, cleaning car, sky car, Ladder truck, hydraulic crane, tower crane, high-altitude work platform, high-altitude work vehicle, high-level elevator, moving vehicle, the auger or moving vehicle equipped with a platform, the auger or moving vehicle equipped with a carrier, means equipped with a boom , means (50) equipped with a boom that is extended in two or more stages (120), a ladder that is extended in two stages or more (120); 6) said boom (51) being stretched before or during said processing; This corresponds to FIGS. 2, 3, 5, 7(c), 8(c), and the like. 7) the boom which becomes one of erection, lifting, inclined erection, inclined raising, one-piece erection, and tip-standing by operation of one of the auger or means (50), cylinder (55), and piston (55); This corresponds to FIGS. 2, 3, 5, and the like. 8) the boom 51 that is extended in one of the driving, standing, lifting, standing, and after standing; 9) a cylinder 55 used for one or more of the erection, lifting, and extension, a piston 55, a crane 55, a piston 55 drawn out by the hydraulic pressure of the cylinder;

10) a rail 56 mounted on the boom; 11) a roller 57 moving along the boom or rail; 12) a carrier 58 that is mounted on the roller and moves along with the movement of the roller; Here, the carrier is used for transporting, moving, lifting, lowering, bringing in, and taking out, such as manpower, workers, workers, materials, treatment agents, handlers, hole drilling machines, etc. in facilities, roofs, and roof halls. 13) the carrier used to lift one or more of an article, an object, a treatment agent, a handler, a worker, a hall drilling machine on the roof of the facility; 14) The height of the boom 51 or the height of the tip 52 of the extended boom is 10 m or more based on the floor, the height of the facility or more, the roof height of the facility or more, the hole (2) formed in the roof of the facility The boom 51, which is one of the heights of the above; 15) The boom 51 located in one of the top of the hole 2 formed in the roof of the facility, the top of the facility, the front end 52 of the boom 10 m or more from the floor, the height of the facility or more ); 16) a) exterior, perimeter, roof, roof hall, roof top, roof center, roof hall top, roof center top, roof perimeter, roof rim, roof edge; b) from floor to roof outside; c) from the outside floor to the roof hall; d) from the floor on the outside to the center of the roof; e) from the floor outside to the top of the roof; the boom (51), auger or means (50) positioned on one of; 17) a connecting rod 54 provided between the two or more booms 50 or the boom tip 51 when the extended boom is two or more; 18) a hoist mounted on the connecting rod, rotating bodies (40, 46), and other rotating bodies (40, 47) connected to the rotating bodies and strings to reduce the load applied to the rotating bodies; 19) a motor 42 for rotating the rotating body or hoist; 20) the line 1 (10) connected to one of the rod, the tip, the cradle, the rotating body, and the hoist;

21) a rod 26 penetrating at least one of the lifting platform and the work table (20, 21, 22); 22) a reinforcing bar for reinforcing the penetrating portion; The reinforcing bar is preferably installed on the inner periphery of the upper hole, the inner surface of the hole, between the rod and the hole, and the like. 23) the rod 26 for supporting at least one of the lifting platform and the work table; 24) the rod (26) for guiding the lifting (3) of at least one of the lifting platform and the work table; 25) the rod 26 connected or fixed between the floor and the ceiling of the facility; 26) a seating plate 27 mounted on the tip of the rod for fixing; 27) a fastening means for fastening the rod to one of the lifting platform or the work table; A string, string, ring, band, wire, anchor, hook, hook, hook, coupler, clamp, etc. are used as means of fastening. 28) the rod 26 and fastening means for preventing shaking or sudden fall of at least one of the lifting platform or the work table; 29) means for preventing buckling of the rod; 30) said fastening means for preventing said; 31) coupling means (28) for coupling two or more of the rods by the preventing; A string, string, ring, band, wire, anchor, hook, hook, hook, coupler, clamp, etc. are used as a means of coupling.

32) A circle 92 in which two or more rods 91 are connected to one of the frame, grid, and mesh (20, 21, 22, 23, 24, 90), and two or more rods mounted inside the frame a structure (20, 21, 22, 23, 24, 90) consisting of a connected grid (93) and a mesh (95) installed on the frame and the grid; See the upper right figure of FIG. 9 . 33) a coupler 94 for connecting the two or more rods; Here, the coupler includes a ring, a band, a coupler, a hollow coupler, a coupler in which a screw is formed on the rod and is fitted with a screw formed in the rod, and a coupler in which a rod is inserted into itself and the rod is screwed into itself and the like. 34) a) said auger or means, a rotating body; b) a motor, a rotating body, and a motor mounted rotating body provided in one of the augers or means; The row 1 (10) that is lifted (3) by operation or operation of one or more of; 35) anti-friction means for preventing friction between the line 1 and the hole during the lifting; 36) a brush, cotton, ring, ball, band, cushion, fiber, rubber, roller, bearing, cushioning material, sponge, styrofoam, which are one of the friction prevention means; 37) the brush, Styrofoam, and anti-friction means mounted between the row 1 and the hole; 38) a clamp, a turnbuckle, and a fixing means (60) which is mounted between one of the elevators or the worktable and the inner surface of the facility during the processing so that one of the lifts or the worktable is fixed to the inner surface of the facility; 39) clamps, turnbuckles, and fixing means (60) for releasing the fixing after the processing; 40) the clamp, the turnbuckle, the ring 61 provided on one side of one of the fixing means 60, the plate 62 provided on the other side; Here, the plate 62 is a plate, a block, an attachment plate, a pressing plate; the cotton or styrofoam; a plate such as the cotton or styrofoam; Other friction plates, rough plates, concave-convex plates, anti-skid plates; etc. are applicable.

41) the clamp, turnbuckle, and fixing means (60) in which the ring (61) is mounted on one (20) of the hoisting table or the work table, and the plate (63) faces the inner surface or inner wall of the facility (10); 42) the plate 62 pressed against the inner surface of the facility during the fixing; 43) said plate 62 spaced apart from the inner surface of said facility upon said release; 44) a turnbuckle 60 that is fixed or released by its own rotation; 45) A turnbuckle in which the screw rod 63 provided on the screw rod 63 is moved left and right by its own rotation, and the plate 62 connected to the screw rod is moved left and right to be fixed or released by the compression or separation. (60); 46) said fixation; the processing performed at the time of the fixing; the release; the lifting (3) of one of the lifting platform or the work table performed at the time of the release; The boom or fixing means for repeating at least two of them at least two times; 47) said boom being reduced (121) or said elongated (120) reduced (121) after full processing inside the facility; Here, the initial boom, at the time of carrying in, reduced, reduced, reduced elongation, etc. 121 of the boom is shown in Figs. 4, 7 (a), 7 (b), 8 (a), 8 (b). ) corresponding, 48) the auger or means to be taken out after the reduction;

49) means for supporting at least one of the above 1 to 33 and the magnetized vibration excitation ozone device of 1 to 33 of the above 1, the treatment agent, and the injection pressure of the treatment agent or supporting at least one action force; Here, the operating force is the weight, load, and weight of the ozone device, the treatment agent, the treatment agent injection pressure, etc. pressure, injection pressure, etc. 50) the means of 1 to 48 and the boom of 1 to 48 included in the 49 means; 51) The boom of 1 to 48 and 1 above having at least one of the supporting force, strength, rigidity, function, performance, ability, bearing capacity, supporting force, holding force, flexural strength, torsion strength, tensile strength, and shear strength 48 means; 52) said row 1 (10) is a) said hole (2); its face, surface, inner surface, outer surface, inner periphery, outer periphery, circumference, inner wall, wall surface, edge; a line guide body 130 that prevents it from touching one of, b) or elevates to the center of the hole 2, or c) elevates or elevates without contact or friction with one of the holes or edges; 53) a) included in the line guide body 130, a means for elevating the line by entering only the inside of the hole; b) means for preventing the string from moving or flowing out of the hole; c) means for preventing said string from touching said hole or a side thereof; d) means for preventing the line from touching the hole or a side thereof when the line is raised or lowered; e) means for preventing one of heat, fire, and flame from being generated by friction between the rope and the hole by preventing the rope from touching the hole or a side thereof when the rope is raised or lowered; The above is the content of 1) to 53) mentioned above.

According to claims 13 and 14, the treatment method inside the facility of the present invention is characterized in that the inside of the facility is treated using 1) rows 1 to 33) magnetized vibration excitation ozone device, and 1) boom to 53) means. . Examples thereof include: 1) processing using the 32) nozzle mounted on row 1; 1) the processing using the 1) boom provided with the 1 line; 1) processing using the means 48) provided with 32) nozzles mounted on row 1; 1) treatment using the three 32) nozzles mounted on row 1; 1) processing using the 1) boom provided with 4 rows of 1; processing using the means 1) 32) in which two are mounted on row 1, and 48) in which three nozzles are provided; etc. are applicable.

In the present invention, two or more of the above 1) strings 1 to 33) magnetized vibration vibrating ozone device, 1) boom to 53) means, strings, rings, etc. are linked, connected, combined, combined, merged, fixed, fixed, welded, etc. , jack connection, detachment, screw connection, flange connection, bolt nut connection, etc. are possible. Examples of its application include: 1) the 32) nozzle mounted on line 1; The 1) the 1) boom provided with a line 1; 32) the 48) means provided with the nozzle mounted on the 1) line 1; 1) the three 32) nozzles mounted on row 1; 1) the 1) boom provided with 4 rows of 1; 32) means 48) having three nozzles mounted on 1) row 1; etc. are applicable. And 1) rows 1 to 33) magnetized vibration excitation ozone device, 1) boom to 53) means, etc. can be applied or selected as 1, 2, 3, n, arbitrary, etc., respectively. Examples of this application include 3 lines (10, 12, 14), 2 hoses, 2 workbenches, 3 harnesses, 4 sprayers, 3 handlers, 2 booms, 3 cranes, cranes on both sides of the facility. 2, 6 processors mounted on one workbench (20, 21, 22), 3 sprayers mounted on one workbench (20, 21, 22), 2 safety straps (23, 24) mounted on the lower part of the workbench etc. are applicable.

The present invention will be further described with reference to the drawings below. What is described below is also included in the claims of the present invention. 1 is a schematic diagram showing the internal processing of a facility according to the present invention, and an elevator 20 linked to a line 10, a ring 11, etc., a device for supplying a treatment agent 31, and a treatment agent for spraying the treatment agent 37, 38 , shows the processing inside the facility by the processors 37 and 38 for processing the inside of the facility. 2 is a schematic diagram showing a sky car according to the present invention, the auger or means, the sky car, etc. 50, the boom 51 provided therein; A line (10) provided therein, a ring (11); Elevators mounted on rows of teeth, handlers; indicates that it is used. In the present invention, the rollers, rotating bodies, hoists, etc. (4, 40) for elevating the line 10 or for elevating the line by winding, unwinding, passing, rotating, etc., are 3 as shown in the box of the figure. two methods and other methods are possible. The roller, rotating body, hoist, etc. (4, 40) 1) rotates by itself, by itself, by itself, etc., or 2) or by a motor, its rotation, etc. as shown in Fig. 2(a); 3) As shown in Fig. 2(b), it is connected to another rotating body rotated by a motor by a string or a chain and rotates itself by the rotation of this line; 4) As shown in Fig. 2(c), it is connected to another rotating body rotated by a motor by a string or a chain and rotates itself by the passage of this line; do the back

3 is a schematic diagram showing a moving vehicle and the like according to the present invention, the moving vehicle for internal processing of the facility; its boom, carrier; Boom and rows and hooks mounted on the tip thereof; Lift mounted on one of the two, processor; indicates that it is used. 4 and 5 are schematic views showing a crane, a fork crane, etc. according to the present invention, the crane in the facility internal processing; its boom; The boom of the tooth and the line and the hook mounted on the tip of the tooth; Lift mounted on one of the two, processor; indicates that it is used. 6 is a schematic diagram showing an auger, an excavator, an excavator, etc. according to the present invention, the auger, the excavator, the excavator for internal processing of the facility; its boom; The boom of the tooth and the line and the hook mounted on the tip of the tooth; Lift mounted on one of the two, processor; indicates that it is used. The equipment shown in FIGS. 2 to 6 is a schematic representation of the auger or the means, the auger or the moving vehicle.

7 and 8 are schematic diagrams showing a multi-stage boom, a five-stage boom according to the present invention, and shows that the five-stage boom of a, b, c, d, e shown in the figure is extended and reduced. In the present invention, the cross-sectional shape of the boom 51 may be a triangle, a quadrilateral (FIG. 7), a pentagon, a hexagon (FIG. 8), a circle, a polygon, a rhombus, a ladder type, an arbitrary shape, a freeform, and the like. 9 shows one such auger or means; double one boom; File and hook provided on this boom; Lift mounted on one of the two, processor; It refers to the treatment of the inside of the facility using etc. 10 is the auger or means connected to two or more; double one boom; File and hook provided on this boom; Lift mounted on one of the two, processor; It refers to the treatment of the inside of the facility using etc. 11 shows the auger or means to which two or more tips 52 are connected; double one boom; File and hook provided on this boom; Lift mounted on one of the two, processor; It refers to the treatment of the inside of the facility using etc. In the upper part of the roof hole of FIG. 11 , a line, a ring, etc. for elevating the roof hole are provided at the time of elevating the hole; its inner, outer, lateral, rim; The file guide body is shown to be friction-free with one of them. 12 is a schematic diagram showing the elevator (20, 21, 22), support or upper workbench 21, lower workbench 22, upper safety belt 23, lower safety belt 24, and internal processing using the same according to the present invention to be. Here, the support 21 serves as the support 21 of the lower workbench and the upper workbench 21 . In the present invention, as the platform or worktable, the frame or the workbench using two or more rods is used, and the number of applications of the lifting platform or worktable may be one or more. In FIG. 12 , two of the upper workbench 21 and the lower workbench 22 are applied as the workbench, but a variety of numbers such as one, three, and arbitrary pieces can be applied. In addition, as the safety belt, two of the upper safety belt 23 and the lower safety belt 24 are applied, but it is possible to apply a variety of numbers such as one, three, and an arbitrary number. According to the application of the various number, the work table, the rope connected to the safety belt, the ring, etc. can be applied in various numbers. The safety belt is mounted on the lower part of the work bench for safety, fall prevention, fall stop, etc. of the worker working on the work bench.

13 is a net, a net, a mat, a multi-stage mechanism, a net with a reinforcement, a grid with a reinforcement, etc. (20, 21, 22, 23, 24, 90) is a schematic diagram. This includes a mesh or grid 81 provided with a reinforcement, a skeleton, and a skeleton 80, a mesh or grid 81 mounted on the reinforcement 80, a mesh or grid 81 covering the reinforcement 80, the reinforcement 80 and the A covered mesh or grid 81 is shown. Here, the reinforcing material, the skeleton, the skeleton 80 and the net, and the grid 81 may be one net or grid mechanism 20, 21, 22 mounted on the string 10. In this figure, it is also shown that a cushioning material, a spring, etc. 25 are provided in the interior 82 of the elevator, the elevator, and the lifting mechanism 20, 21, 22, and between the floors 82. This is an example of a buffer material and a spring 25 provided in the interior and between the layers of the two-layer mechanism. In this figure, the clamp 60, the turnbuckle 60, the fixing means 60 in the side, the side-up direction, the side-down direction, the four direction from the side upward, the four direction from the side to the downward direction, etc. of the lifting mechanism (20, 21, 22) ), the roller 4, the rotating body 4, the cradle 49 with the roller 4, the cradle 49 with the rotating body 4, etc. are installed. Here, it is a means for fixing the clamp, turnbuckle, fixing means, etc. (60) to the elevator mechanism and the inner surface of the facility, the wall surface, and the like. At the time of the processing, the fixing is performed, and the fixing is released when the lifting is performed. Here, one of the rollers, the rotating body, the roller with the cradle, and the rotating body (4, 40) ascends and descends while in close contact with the facility, its surface, inner surface, inner wall, etc. It plays a role in preventing tilting and subsidence of instruments due to the mounting of robots, workers, and processors. In this figure, a bar, a support bar, etc. 26 penetrating the elevating mechanism 20 are shown, and the bar is mounted between the floor and the ceiling of the facility, and at both ends of the bar, a mounting table for mounting the bar, etc. 27 This is mounted The rods may be connected to each other by a work, a band, a connecting rod, etc. (28). Here, the rod 27 supports the lifting mechanisms 20, 21, and 22, and guides the lifting and lowering of the lifting mechanism. In addition, this figure also shows a multi-stage mechanism, which is one of the elevators of the present invention, and here shows a four-stage mechanism in which four stages of a mechanism, b mechanism, c mechanism, and d mechanism are combined as one of the elevators.

One form of the mesh, net, grid, etc. is composed of meshes 85 , threads 86 , and the like. Here, the mesh 85 is a mesh, a net, a grid, etc., a sieve, a passing eye, etc., and the size thereof is 1 to 30 mm or cm, and a cover, a cover, etc. is additionally provided in the mesh or grid. If it does not work, it is desirable to have a size enough to prevent a person's feet from falling out. Here, the thread 86 is to be placed between the mesh eyes, and two or more intersecting or repeatedly intersecting threads, yarns, strings, weaving threads, etc. 86 correspond.

14 is a schematic view showing a roller, a rotating body, a hoist, and the like of the present invention. Here, Figure a) is a rotating chain (43) rotating between two teeth (4, 40) spaced apart a certain distance. In the figure here, the teeth (4, 40) located in the lower part rotate the teeth (4, 40) located in the upper part, where the teeth (4, 40) located in the upper part are the rollers, rotating bodies, hoists, etc. of the present invention. used And b) is a bearing, a bearing mounted on both ends of the central shaft of the rotating body, and Figures c), d), and e) are a rotating body 4 with a holder or fixing means 45, and a rotating body 46 through which a string is passed. ) and a rotating body 47 that is one of winding, unwinding, and unwinding, a rotating body provided with a rotating handle 48, and the like. Here, the rotating body of c) is a rotating body provided with a cradle or fixing means 49, which is installed between the inner surface of the facility 1 and the side surface of the instrument, workbench, etc. 20 and between the instrument and the inner surface of the facility. It can be applied to a rotating body that separates them, prevents or minimizes friction between them, and figures d) and e) are rotating bodies, etc. (4, 40) in which the line is mounted, wound, unwound, and unwound. , The line mounted on the rotating body of the rotating body becomes a lifting line, a steel line, a lifting line, etc. according to the rotation of the rotating body, and these lines have a feature in which the mechanism, work table, processing means, etc. are mounted. On the other hand, the rotating body mounted on the line winds, unwinds, and unwinds the line according to the rotation of the rotating body, and the rotating body becomes elevating, lifting, lifting, etc., and its rotating body includes the above-mentioned mechanism, workbench, processing means, etc. It has the characteristics of being mounted. Here, FIG. 9 d) shows an example of a roller, a rotating body, etc. 40 embedded in a rotating body, a rotating structure, and a hoist (4).

Here, the rotating body (4) or structure of the rotating body in Fig. c) is 1) wheel, wheel, bobbin, roller, pulley, blade, tooth, rotating brush, rotating body, etc. (40), 2) at its center or central through hole Installed central shaft or rotation shaft 44, 3) a motor 42 mounted thereon to rotate the central shaft or rotation shaft, 4) bearings 41 provided on both sides, both ends of the central shaft or rotation shaft, 5) mounted thereon The cradle, the C-shaped cradle (45), 6) shows the structure of the rotating body (4) composed of the support (49) provided therein. Here, the bearing 41 is a device that connects a rotating body, a cradle, and a support without friction, without interfering with the rotation, so that the rotating body, its central axis, and a rotating shaft rotate without friction while rotating without friction. The rotating body, its central axis, the rotating shaft, etc. are to be smoothly connected.

The structure of the rotating body 4 is provided on the side surface of the mechanism 20 and serves to prevent friction between the mechanism 20 and the tank and the inner wall of the facility 1, and to prevent a certain distance from each other, and the cradle 45 ), the support 49 is used to mount and support the rotating body 4 on the instrument 20 or its side, where the holder 45 functions to connect the rotating body and the support 49, or the like, It also functions to link the whole to the mechanism, etc. Here, the support 49 is used to support the holder 45 and the rotating body 4 to the mechanism 20 or the side thereof. Here, the cradle 45, the supporter 49, and the like are rods, poles, and the like, and springs, flexible materials, etc. are provided on the whole, middle, or part of the rods, so that a cradle, supporter, etc. having ductility, elasticity, fluidity, etc. is possible.

Here in Figure d) the rotating body (4) or the rotating body structure is a motor 42, a rotating handle (48) on one side of the central axis (44) of a wheel, a wheel, a bobbin, a roller, a pulley, a blade, a cog (40) , shows a rotating body composed of a bearing 41 on both sides, a cradle 45, a support 70, a bolt hole 71, and the like. Here, the d rotation body is applicable to the case where the support 70 of the rotation body and the bolt hole 71 are at the bottom, and the rotation body is installed in the upper part of the perforation part, the roof top, etc. Here in Figure e) the rotating body or structure of the rotating body is a reduction means on one side of the central axis 44 of a wheel, wheel, bobbin, roller, pulley, blade, tooth, etc. 40, bearings 41 on both sides, and a cradle ( 45), it shows a rotating body composed of a support 70, a bolt hole 71, and the like. The speed reduction means can be configured such as a large tooth of the central shaft 44, a small tooth of the motor 42, a belt mounted on two teeth thereof. e The rotating body is applicable to the case where the base 70 of the rotating body and the bolt hole 71 are at the top, and the rotating body is installed in the ceiling, interior, etc. of a tank, facility, etc. Here, in the rotating body of the figures d and e, the center of the wheel, wheel, bobbin, roller, pulley, blade, tooth, etc. 40 has a structure that allows the formation of a through hole and a hollow part for the penetration of the central shaft 44, In the concave portion or center of the wheel or gear 40, the string 10 is mounted, wound, unwound, and the like.

Figure 15 is a rigid, flexible, elastic, spring, etc., installed on the side of the lifting means in the present invention, such as an anchor, a holder, a seat, a cradle, a support, a moving table, etc. 49 and a roller mounted on a cradle thereof, a rotating body It shows a schematic diagram showing the lights (4, 40) and clamps, turnbuckles, fixing means, etc. (60). Here, Figure a) shows a straight support (49) with rigidity, ductility, bendability, flexibility, flexibility, etc., and a straight support (49), Figure b) is a full-length spring support, or a full-length spring support with a small number of turns (49) , Figure c) is a full-length spring support, or full-length spring support with a large number of turns (49), Figure d) is a partial spring support in the middle (49), Figure e) is a partial spring support on one side (49), Figure f) shows clamps, turnbuckles, fixing means, etc. (60). Here, only the mechanism 20 and the rotating bodies 4 and 40 are shown representatively only in c). Here, the rotating body 4 corresponds to a wheel, a wheel, a roller, and the like. As shown in the figure, one end of the support 49 is fixed to the apparatus, processor, etc. 20 and the other end is connected to the rotating body 4 . Here, the connecting part 51 of the support and the rotating body or the cradle can be fixed, hinged, diffracted, rotated, rotated 180 degrees, rotated 360 degrees, and the like, and the hinge, diffraction, and rotatable structures and types are shown here. The mechanism 20 shown on the left of this figure represents a circular mechanism, a square mechanism, and the like. The figure also shows that a cushioning material and a spring 25 are provided at the bottom, inside, between the layers of the mechanism 20, the two-layer mechanism, etc. 20 . In this figure, a bar, a support bar, etc. 26 penetrating the elevating mechanism 20 are shown.

The rotating body 4 or the rotating body structure shown on the right side of FIG. 15 is applicable to a roller or a rotating body mounted on the side, side, side, side, or side direction of the mechanism. Examples of application of a) include a1) the central axis of rotation 44 in the center, a2) the bearings 41 mounted on both sides thereof, a3) the holder of the U-shaped angle 45 attached thereto, a4) fixing it or fixing the hinge Or a support 49, a flexible support, a spring-equipped support, a flexible support in which the vertical, left and right separation distance of the free end is 0.01 to 3 times its length, a spring-equipped support, while the rotational fixing 51 is carried out (49), a5) It is composed of one or more of the motors 42 for applying a rotational force to the central shaft 41, and corresponds to a rotating body mounted on the side of the mechanism, a rotating body structure 4, and the like.

16 is a schematic diagram showing an example of the installation of the retractor, brake, etc. 110 of the present invention. Here, the retractor, the brake, etc. 110 is installed on a line for elevating, descending, elevating, etc., a safety line, etc. to stop, stop, stop, etc., a line for abruptly ascending, descending, elevating, etc. . In this figure, a retractor, such as the line 10 between the rotating body 46 and the rotating body 47 provided on the ceiling of the facility, and the line 10 between the mechanism 20 and the rotating body 4, 46, etc.; It shows that the brake light 110 is installed. An example of this is a speed sensor that detects the speed of one of elevating, lifting, elevating, and rotating bodies, wherein when the detected speed is above a certain speed, a compression type or friction brake is operated to operate one of elevating, lifting, and elevating lines, A compression type or multi-stage compression type brake etc. 110 for stopping one of elevating, lifting, and lowering by crimping (111) one of a chain and a belt is applicable. Here, in the multi-stage crimping method, the pressure to compress one of the file, chain, or belt is gradually increased to 2 pressure or more than 2 stages, and one of the file, chain, or belt is compressed with multi-stage pressure to stop one of the elevating, lifting, and lifting of the line. way to do it.

Here, the rotating body 46 is a rotating body in which the line 10 supplied and provided from the other rotating body 47 passes, passes, and the like, and the other rotating body 47 is the rotating body 46 and the mechanism 20 . It is a rotating body that supplies, provides (this corresponds to the case of steel), or collects, raises (this corresponds to, in the case of winning) the string 10 on the back, and the line is wound, unwound, and the like. The other rotating body 47 is provided with a) a motor, etc., so that the line is wound by the rotational force of the motor, which corresponds to the winning or rising of the string, mechanism, etc., b) or unpowered due to the weight of the mechanism, etc. It is unwound, which corresponds to the lowering and lowering of strings, instruments, etc., where it is possible that brake lights 72 and 73 are provided on the rotating body 47 to adjust the degree, speed, etc. of unwinding when unwinding. Here, the lifting line 10 is mounted on the rotating body 46 .

17 is a schematic view, a plan view, and the like showing the elevator platform, the work table, the safety belts 20, 21, 22, 23, 24, 90, and the like according to the present invention. The board or safety belt is applied to the frame or the workbench using two or more rods. 17 is a frame and a net, a circle and an inner network, a circle and an upper and lower net, a frame and a grid and a net, a circle and an inner grid and an inner net, a circle and an inner grid and an upper net, two or more frames and an inner grid and a net, 2 Shows the frame, workbench, etc., in which more than one rod is used. In particular, in the figure of FIG. 17 , two or more rods 91 are mounted in two or more cylindrical frames 92 connected by a coupler 94 and the inside of the cylindrical frame, and two or more rods 91 are connected to a coupler 94 as a coupler 94 . The grid 93 made of two or more connecting rods connected to each other and the frame or workbench 90, which are the structures of the mesh 95 installed on the grid and column frame, are shown. The frame, grid, mesh, line, loop, workbench, lift platform, safety belt, etc. are usually or when necessary, mutually coupled by strings, pins, files, nails, anchors, loops, twine, hooks, screws, spirals, wires, tucks, etc. , fastening, fixing, linking, integrating, etc. The upper right figure of FIG. 17 shows that two or more rods 91 having a predetermined length are connected by a coupler 94 or the like. Two or more rods 91 having a certain length are connected by mutual nails, pins, screws, fittings, bolts, female screws, male screws, flanges, couplers 94, and the like. Here, examples of the screw include a male screw on the tip of a rod, a female screw on the tip of a coupler, and a combination of a male screw and a female screw. Here, examples of the coupler include fitting the coupler between the two rods, and then tightening the screw through the coupler and the rod. The connecting rod to which the two or more rods are connected is used as a frame, a circle frame, a grid, a frame rod, a circle rod, a grid rod, and the like.

In the present invention, the net, frame, line, ring, rim, ring, grid, mat, frame or workbench, lift or safety belt, etc. (20, 21, 22, 23, 24, 90) has a line (10, 12, 14, 16, 18), hook (11, 13, 15, 17, 19), roller (4, 40, 46, 47), rotating body (4, 40, 46, 47), hoist (4, 40, 46, 47) ) can be provided, mounted, mounted, connected, combined, linked, and the like. Examples of this include: attaching a ring to a frame, attaching a ring to a frame, connecting a ring to a string, attaching a ring to a workbench, attaching a ring to a workbench, and joining a frame, a grid, and a mesh with a string. In the present invention, the mesh, frame, rod, ring, rim, lattice, mat, connecting rod, frame or workbench, lift or safety belt, nail or coupler, etc. include iron, copper, zinc, iron, metal, etc. , wood, resin, PVC, FRP, SUS, STS, alloy material, carbon material, graphene, polymer, plastic, aluminum, duralumin, composite resin, artificial resin, stainless steel, rod, plate, round, square, pipe, A hollow type, a non-hollow type, an internal hollow type, etc. are possible.

In the present invention, the retractor is a) a retractor, a retractor, a retractor sold in the market, b) a retractor applied to a seat belt, a seat belt equipped with or including a retractor, a seat belt or a retractor applied thereto, or a body, A retractor that is applied to seat belts for shoulder, waist, etc. or a retractor applied thereto, and serves to hold the passenger by stopping the loosening of the seat belt when the passenger is suddenly pushed forward due to an impact, c) the above mechanism; If a line, chain, belt, etc., is mounted on a line, chain, belt, etc., which is raised, lowered, lifted, or unwound at a constant speed, etc., suddenly rises, lowers, elevates, or unwinds at a speed higher than a certain speed. A mechanism that does one of stopping, stopping, locking, automatic stopping, stopping, and locking, d) The above lifting, lowering, elevating ropes, chains, belts, etc. or elevating, lowering, elevating, etc. speed are constant speed, fixed speed , If it exceeds the specified speed, operating speed, 1~100cm/sec, or the specified rotational speed of the rotating body, the rope, chain, belt, etc. or one of lifting, lowering, and lowering stops, stops, locks, automatically stops, stops, Mechanism that becomes or becomes one of locking, e) If the speed of elevating, lowering, elevating, etc. of the line is equal to or greater than a constant speed, a fixed speed, a prescribed speed, an operating speed, 1 to 100 cm/sec, the prescribed rotation speed of the rotating body, etc. Sensing its speed to stop elevating, lowering, elevating, etc. of the line, or stopping elevating, lowering, elevating, etc. of the line by holding, pressing, or pressing the line, mechanism, f) Domestic Registered Patent 10 The seat belt structure of -0379953 is applied, and as in this patent, the retractor consists of a webbing (string in the present invention), a body, a mechanism part, and a spring part, which is a body in which the webbing (file) is supported and wound by the mechanism, etc. The part, the mechanism part for restraining the webbing (file), respectively, and the spring part for actually functioning as a retractor are integrally formed at both ends. The retractor made as described above corresponds to, for example, constraining the webbing (line) by a mechanism that senses this when the webbing (line) is suddenly released.

In the present invention, the brake 110 detects the speed of one of a) a brake, a breaker, a lifting or lowering or elevating breaker, b) a lifting, lowering, elevating, and rotating body, and if its speed is above a certain speed, the elevating, descending, A means or brake that stops one of lifting, lowering, and lowering by gripping, pulling, pressing, crimping, or tightening one of the ropes, chains, or belts during elevating; c) elevating, lowering, elevating, rotating body A speed sensor that detects one speed, wherein when the detected speed is above a certain speed, a compression type or friction type brake is operated to press (111) one of the ropes, chains, and belts of elevating, lifting, and lowering to win; A compression type or multi-stage compression type brake that stops one of the lifting and lowering is applicable. Here, the compression-type or friction-type brake includes a vehicle, a wheel thereof, a lining attached thereto, and a brake that is compressed thereto to stop the wheel. Here, in the multi-stage crimping method, the pressure to compress one of the file, chain, or belt is gradually increased to 2 pressure or more than 2 stages, and one of the file, chain, or belt is compressed with multi-stage pressure to stop one of the elevating, lifting, and lifting of the line. way to do it. Here, an example of the speed sensor is a rotary speed sensor, and a certain rotating body is wound or attached to the line for elevating, lowering, and lowering, and the rotating body rotates according to the elevating, lowering, and lowering of the line. This includes calculating the ascending, descending, and ascending and descending speeds.

The retractor of the present invention, the brake 110 is a string 10 provided in the mechanism 20, the rotating body 4, etc., the safety line 60, and between the mechanism 20 and the rotating body 4, 46 The line 10, the line 10 between the rotating body 46 and the rotating body 47, and the safety line 60 between the mechanism 20 and the fixed body 3 are provided, mounted, positioned, installed, It becomes one of the safety equipment and protection equipment that stops or stops the rope for sudden, sudden ascending, descending, ascending and descending, etc. when it is installed or attached.

In the present invention, the lines (10, 12, 14, 16, 18) are a) a line, a thread, a yarn, a string, a rope, a steel wire, an iron wire, a kite line, a braided line, a Seung (乘) line, a steel line, a lifting (乘降) rope, copper wire, chain, chain file, twisted line, 2 line, multiple line, bundle line, spinning line, parallel line, strand line, wire, wire rope, radial bundle line, branch line of bundle line, 2 pieces A string having more than one braided yarn, a line having a tensile strength of 0.001 to 10, 10 to 100, or 100 to 1000, kg/cm 2 , a line having the above height; b) Warp and radial lines with warps inclined at 15°, 30°, 45°, etc. to the horizontal; equally spaced or differentially spaced oblique yarns; Equally spaced warp yarns with 8 warps of 45° each (total 360°), etc.; Differentially spaced slanted radiating cords of 9 slanted cords spaced 3 by 30° and 6 by 45° (total 360°); Inclined radial lines of equal or equally spaced 360° divided by an arbitrary number or an arbitrary number; 360° divided by 45° or 8 equal intervals of 45° or 8 equally spaced slanted radial lines; A ring or tip ring 11 provided with a line or an inclined yarn line (11); c) or a rope that can be mounted, passed, rotated, lifted, etc. on a roller, rotating body, hoist, etc.; d) A line with a rotating body, a line mounted on a rotating body, a line for supporting or mounting a rotating body, a line mounted on bearings at both ends of the rotating body's central axis, and a rotating body mounted on bearings at both ends of the rotating body's central axis to support the rotating body A line, a line placed on the upper part of the rotating body and mounted on bearings at both ends of the central axis of the rotating body to support the rotating body, a line or bundled line mounted on a rotating body mounted on a line, a line mounted on a rotating body equipped with a motor, a rotating body A line mounted on the whole to be wound and unwound by the rotation of a rotating body, a line mounted on a rotating body to be wound and unwound by the rotation of the rotating body for one of elevating, lifting, and lifting; e) or one of elevating, lifting, and elevating, a cord mounted on a rotating body to perform one of elevating, lowering, or elevating, a cord mounted on a rotating body to perform one of elevating, lowering, or elevating, motor equipped A line that is mounted on a rotating body, wound around the rotating body, and unwinds to perform one of elevating, lifting, and lowering; f) one of elevating, lifting, and lowering the net, the grid, the grid, the grid, the platform or the workbench by one of the elevating, lifting, and lifting lines; etc. are applicable.

a) Line 1, line 2, line 3, line 4, line 5, etc. (10, 12, 14, 16, 18) is a single line, where 1, 2, 3, 4, 5, etc. are used to separate lines It is just a simple sign for Accordingly, line 1, line 2, line 3, line 4, line 5, etc. correspond to one line, the same line, or another line. b) Ring 1, Ring 2, Ring 3, Ring 4, Ring 5, etc. (11, 13, 15, 17, 19) is a single ring, wherein 1, 2, 3, 4, 5, etc. separate rings It is just a simple sign for Accordingly, Ring 1, Ring 2, Ring 3, Ring 4, Ring 5, and the like correspond to one ring, the same ring, or another ring. c) The above holes include holes, holes, holes, slots, openings, open parts, and holes with a diameter of 1 m or less. d) The weight 39 is provided on the elevator platform or the worktable, the upper part of the platform, the upper part of the workbench, etc. for balance, balance, centering, tilt prevention, etc. of the elevator or the worktable, which is a weight, a stone, a metal, a weight, Weights, weights, etc. 39 correspond.

The boom 51 is a boom, a rod, a bar, a beam, a beam, a boom, a ladder, a boom stand, a multi-stage boom, a kidney boom, a withdrawal boom, a reduction boom, a ladder, a truss, a multi-step ladder, a withdrawal ladder, a kidney ladder, a reduction ladder, Two or more stages of boom, withdrawing boom, retracting boom, initially extending or withdrawing boom, extending or withdrawing boom retracting, two or more stages extending or withdrawing boom, extending or withdrawing ladder, boom with extension length of 100 m or less or ladder, boom or ladder elongated to reach the roof top of the facility, boom or ladder elongated to reach the roof top of the facility from the ground or floor, a collapsing ladder, a ladder extending or withdrawing initially, stretching or withdrawing and then collapsing Ladder with two or more stages extended or drawn out, boom mounted on a boom stand, hydraulically extended or withdrawn boom or ladder, cylinder hydraulically pulled out boom or ladder, and one or more of two or more stages drawn out boom or ladder , a boom withdrawn from the boom stand, a boom or ladder drawn out for the treatment, a boom or ladder with one or more steps drawn out for the treatment, a boom or ladder that maintains the drawn-out state during the treatment, and the like.

And the boom 51 is provided in the auger or means, auger or a moving vehicle, etc. (50) a) boom, ladder, truss; b) elongate or retractable booms, ladders and trusses; c) said boom, said ladder; etc. are also applicable. In addition, the boom 51 is a) the auger or means, auger or a boom, rod, boom rod, lattice, ladder, truss, bracing provided in a moving vehicle, etc.; b) elongated or elongated booms, rods, booms, lattices, objects, facilities, fixtures, structures, structures, ladders, trusses, everything, bracing; c) booms, rods, boom poles, lattices, objects, facilities, installations, structures, structures, ladders, trusses, anything, bracing that extend or protrude toward the sky or the air; d) two or more stages of booms, rods, booms, lattices, objects, facilities, installations, structures, structures, ladders, trusses, everything, bracings, etc.; e) 5 or more stages of booms, rods, boom poles, lattices, objects, facilities, equipment, structures, structures, ladders, trusses, everything, bracing, etc.; etc. are also applicable.

The boom, ladder, etc. 51 provided in the auger or the moving vehicle, the auger or the means 50 is the movement of the auger or the moving vehicle, the auger or the means, stockpiling, non-work, non-processing, off-site installation In the etc., it is a folded state, a contracted state, a state inserted into the boom stand 59, etc., a state in which two or more booms are retracted to one boom length, a state in which two or more booms are contracted or folded to the length of one boom . However, when the auger or means 50 is stopped, work, in-situ installation, work preparation, etc., or the auger or means is a work, a high-place work, a high-rise work, a treatment work, an upper facility work, a tank upper work, etc. When used, the boom is drawn out, stretched, two or more booms are stretched, and two or more of the five booms are stretched, drawn out, etc. 120 . The extension, withdrawal, etc. 120 is a multi-stage boom is extended or drawn out, two or more booms are extended or drawn out, two or more stages are extended or drawn out from a five-stage boom, two or more booms are extended or drawn out, so The length of the boom is increased compared to the length. And at the end of the work, the end of processing, etc., the extension, withdrawal, etc. of the boom is reduced, drawn in, the original position, etc. (121). The reduction 121 corresponds to contraction, reduction, retraction, return to the initial position, return to the original position, and boom retracted to the boom.

a) The holder 53 includes a rod, a bar, a beam, a beam, a grid, a bracket, a platform, a horizontal rod, a holder, a holder, a support, a support, a base, a reinforcing rod, a protrusion, a draw-out rod, a connecting rod, a spacer, These include spacers, slats, binders, structural members, thrusts, thrust structural members, one side bracket, one side bracket, a cradle mounted on the boom, and a cradle mounted on the tip of the boom. b) The connecting rod 54 is a connecting rod, a connecting material, a spacer, a spacer, a cradle, a sieve, a binder, a connecting rod, a connecting rod between two or more booms, a connecting rod between two or more ladders, 2 mounted on the roof Connections between two or more booms and between two or more ladders mounted on the roof are applicable. c) The crane 50 corresponds to a crane, a hydraulic crane, a tower crane, a truck crane, a high crane, a self-propelled crane, a mobile crane, a crawler crane, a crane equipped with a boom, and the like. d) The ascending and descending (3) is seung, 乘, river, 降, ascending, 乘降, ascending, descending, ascending and descending, going up, going down, going up and down, and the like. e) The extension, withdrawal, etc. are withdrawal, withdrawal, extension, protrusion, withdrawal, growth, extension, boom extension, boom withdrawal, boom unfolding, boom withdrawal from a crane or boom stand, one or more stages among two or more stages of booms This withdrawal is applicable. f) the above contraction, contraction, etc. are contraction, contraction, decrease, retract, return to initial, contraction of boom, boom folded, boom retracted to boom, extended and contracted, retracted after retracted, extended from retracted, withdrawn from shrinkage, etc.

Said apparatus, processor, processing apparatus, etc. 30, 37, 38, 50, 51 may a) perform said processing, apparatus, apparatus, machine, means, apparatus, equipment; b) equipment, apparatus, machine, means, apparatus, equipment for cleaning or shot blasting, etc.; c) or a device consisting of a reservoir, a hopper, a pump, a compressor, a hose, a sprayer, a nozzle, etc.; d) or the storage 32 for storing the treatment agent, the hopper 33 into which the treatment agent is put, the hopper into which the treatment agent stored in the storage is put, the pump 34 for pumping the treatment agent, a pump for pumping the treatment agent provided from the storage or the hopper , a compressor for pressurizing the treatment agent, a compressor for pressurizing the treatment agent provided from the storage or hopper, a hose 35 for transporting or spraying the treatment agent, a hose for transferring or spraying the treatment agent provided from the storage or hopper or the compressor, and spraying the treatment agent A machine composed of a sprayer 37, a nozzle 37 for spraying a treatment agent, a processor 38 for performing the treatment, a sprayer or nozzle for spraying a treatment agent provided from a storage or hopper, or a compressor or a hose, etc.; apparatus, machinery, means, apparatus, equipment; e) a mobile platform 20, a carrier, a loading platform, a hoisting platform 20, a working table 20, 21, 22, and a lower working table 22 on which the aircraft or equipment are mounted; f) a line (10, 12, 14, 16, 18), a vertical line, a vertical line on which the machine or equipment, a moving table or a workbench are mounted; g) the support 21, the upper workbench 21, on which the gi or the workbench, a line, a vertical line, a vertical line, etc. are mounted; h) the group or vertical line, the support, the upper workbench, etc. are mounted on the line, the inclined line, the spinning line (12); i) hooks (11, 13, 15, 17, 19), hooks, and hooks mounted on the line; j) the beams, ladders, etc. on which the gi or work benches, lines, inclined lines, spinning lines, rings, hooks, hooks, etc. are mounted; k) or auger 50, vehicle, boom car, boom means, excavator, excavator, crane, means of transport, fork crane, boom crane, high-altitude car, moving car, work car, cleaning car, sky car, ladder car, hydraulic crane, tower crane , Aerial Work Platform, Aerial Work Vehicle, Aerial Elevator, Moving Car, The Auger or Moving Car with a Lifting Table, the Auger or Moving Car with a Carrier, a Means with a Boom, a Boom with Two or More Stages Withdrawal this mounted means (50); ℓ) the auger or means, boom or moving means, auger or moving vehicle on which the flag or hook, beam, boom 51, ladder 51, etc. are mounted; etc. are also applicable.

The line, ring, etc., the elevator, support, workbench, safety belt, upper workbench, lower workbench, lift or worktable, lift or safety belt; between two or more of them; between two or more of the elevator platform and the safety harness; It is possible to mount, provide, fix, and the like, on the back, and vice versa. In addition, the elevator, support, workbench, safety belt, upper workbench, lower workbench, lift or workbench, lift or safety belt, etc. have the same or different characteristics. Here, the same is that the elevator or safety belt is used as one of the elevator or safety belt, and an example of this is that the support 21 is used as a workbench and the support is a workbench, and the safety belts 23 and 24 are used as a workbench and are used as a safety belt. is a workbench, and the other is a workbench 22 used as a workbench, safety belts 23 and 24 used as a safety seat, etc. used for their own purposes.

The boom 51, the beam 51, the ladder 51, the boom or moving means, the auger to the moving vehicle 50, the auger to the means 50, the auger to one of the moving vehicles boom 51, The boom 51 of one of the augers or means, the tip 52 of the boom, the holder 53 of the boom, the connecting rod 54 of the two booms, etc. are on the ground, the ground surface, two or more floors, 10 m or more, and a length of 10 m or more , with an extended length of 10 m or more, provided on the outside of the facility, the lower part of the facility, the outer lower part of the facility, the roof of the facility, the roof hall of the facility, the upper part of the roof of the facility, the roof edge of the facility, the upper part of the roof hole of the facility, etc. It is to be settled, settled, installed, positioned, arranged, etc. A line, a hook, a lifting line, a line ring, a ring line, a lifting ring, etc. are mounted on the boom or the connecting rod, and the line or the lifting ring, etc. are provided with a processor, the elevator or a processor, and the like, the line or the lifting ring; A lifting platform or a processor moves up and down the inside of the facility, whereby the inside of the facility is cleaned, shot, coated, painted, treated, and the like.

The auger or the moving vehicle, the auger or the means 50 are the same as each other, or have different characteristics. Here, the same is the case where the auger or the means 50 has a boom 51, the auger or the means corresponds to the boom vehicle 50, and the auger or the means 50 has a ladder 51. The auger or means are those corresponding to the ladder truck 50, the high-altitude vehicle that is a high-place work vehicle, the crane that is a boom crane, and the like, and the other are an auger for excavating the ground, a crane for lifting things, a moving vehicle for moving, and the like. These include a cleaning car that cleans things up, a boom car that expands the boom, and a ladder truck that expands the sari.

a) The vehicle, the moving means, etc. correspond to the auger or the moving vehicle, the auger or the means. b) The auger, excavator, excavator, etc. are equipment for excavating, excavating, drilling, etc. in the ground or underground. c) The boom car, the boom means, the means on which the boom is mounted, the means with the boom extending in two or more stages, etc. are a boom, a multi-stage boom, an extension boom, a reduction boom, a vehicle equipped with a boom extending in two or more stages, etc. , means, equipment, equipment, and means of transport. d) The crane includes a crane, a fork crane, a boom crane, a hydraulic crane, and a tower crane. e) The boom crane is a crane 50 equipped with a boom 51, and the hydraulic crane corresponds to a crane equipped with hydraulic pressure, a crane whose boom is extended by hydraulic pressure, a crane whose crane operation is performed by hydraulic pressure, and the like. f) The above high-altitude car, sky car, high-altitude work platform, high-altitude work vehicle, high-altitude elevator, etc. are vehicles, vehicles, etc. that are or are equipped with a boom for aerial work, high-rise work, high-altitude work, or the like, which extends to two or more floors; means, etc. g) The above moving vehicles and moving animals apply to vehicles, vehicles, and means for moving, moving luggage, moving animals, etc. h) The above working vehicles and cleaning vehicles include vehicles, vehicles, and means for cleaning, shorting, coating, painting, treatment, work, construction, construction, etc. i) The ladder car, the means 50, etc. equipped with a ladder extending more than two steps is a ladder 51, a multi-step ladder 51, a lifting ladder, an extension ladder 51, a ladder 51 extending more than two steps, etc. This equipped car, vehicle, means, etc. (50) corresponds. j) The auger or moving vehicle equipped with the platform is the auger or moving vehicle equipped with a platform for elevating, lifting, and lowering. k) The auger or moving vehicle equipped with the carrier 58 is the auger or moving vehicle 50 provided with a carrier 58 for lifting, lifting, lifting, and transporting goods.

In the present invention, a roller, a rotating body, a hoist, etc. (4, 40) a) a wheel, a reel, a roller, a bobbin, a pulley, a wheel, a tooth, a winch, a rotating body, a pulley 40, a bearing 41, a hoist, a rotating machine , rotating brush, rotating mechanism, rotating means, rotating brush, multiple rotating body, multiple linked rotating body, rotating or rotating body, rotating body rotating by magnetic or external force, rotating body with a concave center, concave at the center A rotating body in which the line being mounted becomes one of winding, unwinding, and unwinding, b) Belt conveyor, conveyor belt, rotating chain 43, teeth on both sides 40 and the chain 43 mounted thereon, both side rollers and a belt mounted thereon, c) a motor or a rotary motor, an electric motor, a driving means, a rotary handle, a reduction means, and a brake provided with at least one of a rotary body, a rotary body with a motor or a rotary controller, d) its own central axis, a rotary shaft ( At one end of the motor 42 and bearing 41 provided in 44), the rotating body 4, e) consisting of the bolt hole 71 forming cradle 45 provided therein, and the like itself central axis or the rotating shaft 44 The motor 42 or the conveyor belt provided, the bearings 41 provided on both ends and both sides of the central shaft or the rotary shaft 44, the cradle 45, the rotating body 4, f) Rotating body with motor, rotating body that rotates 1 to 100 times per second or minute by motor, g) Rotating body with holder or support, rotating body with bolt hole or holder or support, h) Rotating body with string, file This winding and unwinding rotating body, the rotating body for winding and unwinding the string mounted by the motor, i) Other than the central axis of the motor, the rotating shaft, and one of the teeth, rotating body, and small rotating body mounted thereon and its own central axis, rotating shaft, mounted therein Motor 42, rotating motor 40 other than j), a rotating body in which one of the geared teeth, rotating body, large rotating body, and reduction means is mounted, contacted, mounted, attached, connected, connected, belt connected, or chain connected. ), its controller or wired/wireless controller 17, its or its predecessor, the means, the case or housing, the means, etc. applicable. Here, the small rotating body is a rotating body, teeth, etc., having a relatively small scale, size, diameter, diameter, etc. compared to the entire competition body, and conversely, the large rotation body having a relatively large scale, size, diameter, diameter, etc. compared to the small rotation body, etc. , sprockets, etc., or here, the small rotating body and the entire competition correspond to a rotating body having an appropriate scale, size, diameter, diameter, etc.

In the present invention, - and the like correspond to - and the like, one of -, two or more of -, and the like. Examples thereof include: a, b, c, d, etc. are 1) a, b, c, d, etc.; 2) or one of a, b, c, d; 3) or two or more of a, b, c, d, one of a and b, c and d, a and b and c, a and b and c and d; etc. are applicable. And the above to, to and the like correspond to to, to, a certain range, a to z, a to z, a to z, 1 to 100, 1 to 100, and the like. The above refers to here, here, above, above, of the present invention, in the present invention, and the like.

1: Tank, barrel, ship, tank, facility, building, silo, closed facility
6: Inside the facility 7: Outside the facility
10, 12, 14, 15, 18: line, lifting line, inclined line, vertical line
11, 13, 15, 17, 19: hook, hook, hook, connecting means
20: mesh, grid, mat, lift, workbench, lift mechanism
30, 36, 37: processing machine or cleaning, shorting, chipping, coating, painting, processing equipment
4, 40: Rotor, hoist, wheel, wheel, bobbin, roller, pulley, wing, tooth
50: crane, high-altitude car, sky car 51: boom, multi-stage boom, extension boom

Claims (14)

As a treatment device for processing the inside of a closed facility,
an object 1, a crane, a sky car mounted on one of the outside of the closed facility, the outside floor, and the outside ground;
Object 2 from the object 1 to the roof of the facility, the boom, the tip of the boom, the boom holder, the connecting rod of the two booms;
Object 3 from the object 1 or object 2 to the upper part of the roof of the facility or the upper part of the roof hole, the boom, the tip of the boom, the holder of the boom, the connecting rod of the two booms;
a line, a ring, a lifting line, a line ring, a ring line, a lifting ring provided on at least one of the object 1 to the connecting rod;
a processor mounted inside the closed facility linked to at least one of the object 1 to the elevating ring; A processing device inside a facility, characterized in that at least one of them is used or included
In processing the interior of the facility,
The process of extending or withdrawing the boom mounted on the outside of the facility;
the elongated boom; its tip, cradle, and connecting rod; A process in which one of the facilities is mounted on the hall or on the roof,
A process in which a line or a ring thereof provided on one of the boom or connecting rod mounted on the upper part is drawn into the inside of the facility through the hole,
A process in which a processor for treating the inside of the facility is mounted on the incoming line or ring, a treatment method inside the facility, characterized in that it includes
In processing the interior of the facility,
The process of raising the processor mounted inside the facility to one of the ceiling of the facility, directly under the ceiling, 2m below the ceiling, and within 5m from the ceiling,
The process of treating the ceiling of the facility by at least one of the treatment agent and the treatment agent sprayed therefrom;
The process of stopping after descending from the ceiling or rising,
The process of treating the wall surface of the facility by at least one of the processor and the treatment agent at the time of the stop;
The process of stopping after descending from the stop,
The process of treating the wall surface of the facility by one or more of the robot or spraying at the time of the stop;
A process of repeating one or more of the lowering, stopping, and processing two or more times,
A process in which wall treatment inside the facility is completed by one or more of the lowering, stopping, processing, and repeating;
The process of treating the floor of the facility by one or more of a treatment agent mounted on the inner floor of the facility, and a treatment agent sprayed or supplied therefrom, a treatment method inside a facility, comprising:
The process of raising the processor mounted inside the facility to one of the ceiling, directly under the ceiling, 2 m below the ceiling, and within 5 m from the ceiling of the facility;
The process of treating the ceiling of the facility by at least one of the treatment agent and the treatment agent sprayed therefrom;
The process of stopping after descending from the ceiling or rising,
The process of treating the wall surface of the facility by at least one of the processor and the treatment agent at the time of the stop;
The process of stopping after descending from the stop,
The process of treating the wall surface of the facility by one or more of the robot or spraying at the time of the stop;
A process of repeating one or more of the lowering, stopping, and processing two or more times,
A process in which wall treatment inside the facility is completed by one or more of the lowering, stopping, processing, and repeating;
In the treatment inside the facility, including one or more of the process of treating the floor of the facility by one or more of a treatment machine mounted on the inner floor of the facility, and a treatment agent sprayed or supplied therefrom,
The process of extending or withdrawing the boom mounted on the outside of the facility;
the elongated boom; its tip, cradle, and connecting rod; A process in which one of the facilities is mounted on the hall or on the roof,
A process in which a line or a ring thereof provided on one of the boom or connecting rod mounted on the upper part is drawn into the inside of the facility through the hole,
A process in which the processor is linked to the incoming line or ring, a treatment method inside a facility, characterized in that it is added
In processing the interior of the facility,
The process of extending or withdrawing the boom mounted on the outside of the facility;
the elongated boom; its tip, cradle, and connecting rod; A process in which one of the facilities is mounted on the hall or on the roof,
A process in which the row 1 or its ring 1 provided on one of the boom or the connecting rod mounted on the upper descends;
A process in which the row 1 or ring 1 passes through the hole,
A process in which the line 1 or ring 1 passing through the hole is lowered to the floor or lower part of the inside of the facility,
A process in which the line 2 or its ring 2 is connected to the line 1 or ring 1,
A process in which ring 2 is connected to the row 2 or both ends thereof,
A process in which a support is mounted on the line 2 or ring 2,
A process in which the line 3 or its ring 3 is connected to the support;
A process in which ring 3 is connected to the row 3 or both ends thereof,
A process in which a workbench is mounted on the line 3 or ring 3,
A process in which the line 4 or its ring 4 is connected to the workbench,
The process in which ring 4 is connected to the row 4 or both ends thereof,
A process in which a safety belt is mounted on the line 4 or ring 4,
A process in which the string 5 or its ring 5 is connected to the safety belt,
A process in which ring 5 is connected to the row 5 or both ends thereof,
A process in which another safety belt is mounted on the line 5 or ring 5,
A process in which at least one of a robot and a worker is mounted on the workbench,
A process in which at least one of a hose, a nozzle, a sprayer, and a processor is provided in at least one of the workbench, robot, and operator;
raise the row 1; or by rotating the rotating body on which the line 1 is mounted or by operating the equipment on which the boom is mounted to raise the line 1; A process of raising one or more of the workbench, worker, hose or processor to one of the ceiling, directly under the ceiling, 2 m below the ceiling, and within 5 m from the ceiling of the facility;
sequentially associated with the hose; or mounted outside the facility; A process in which a treatment agent is supplied by at least two of a pump or a compressor, a hopper, and a storage;
through the hose; or through the hose drawn in from the outside of the facility; A process in which a treating agent is supplied to one or more of the nozzle, the injector, and the processor;
The process of treating the ceiling of the facility by one or more of the robot, the operator, a hose or a processor, a treatment agent, and a treatment agent spraying;
The process of stopping after descending from the ceiling or rising,
The process of treating the wall surface of the facility by one or more of the robot or spraying at the time of the stop;
The process of stopping after descending from the stop,
The process of treating the wall surface of the facility by one or more of the robot or spraying at the time of the stop;
A process of repeating one or more of the lowering, stopping, and processing two or more times,
A process in which the processing inside the facility is completed by one or more of the lowering, stopping, processing, and repeating;
After the completion of the process of detaching the line 1 or ring 1, or detaching from the line 2,
The process of withdrawing the detached line 1 or ring 1 to the outside or the roof of the facility through the hole,
a process of reducing the extended or drawn boom;
Auger, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, means of transport, high-altitude car, moving car, work car, cleaning car, sky car, ladder car, hydraulic crane, tower equipped with the reduced boom A process of unloading one of a crane, a high-place work platform, a high-place work vehicle, a high-altitude elevator, and a moving vehicle, a processing method inside a facility, characterized in that the whole or part is included
a) lifts, workbenches, robots, operators, hoses, nozzles, sprayers, and handlers mounted inside the facility; b) the robot or processor mounted on the lift or work table; c) said hose to which a treatment agent is supplied; d) the hose or the processor to which the treatment agent is sprayed; A processing device within a facility in which one or more of the
1) A boom, multi-stage boom, 5-stage boom, extension boom, two or more booms mounted on one of the exterior, outer perimeter, roof, roof hole, roof top, roof rim, roof hole top, and bottom to the roof of the facility, 2 more than one linked boom, two or more cross booms, a boom with two or more ends linked, a tip of a boom, a cradle of a boom, a protrusion of a boom, a joint of a boom, a joint of two or more booms;
2) Auger, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, moving means, high-altitude car, moving car, work car, cleaning car, sky car, ladder car equipped with one or more of the boom or connecting rod , hydraulic cranes, tower cranes, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, moving vehicles;
3) a line, a ring, a lifting line, a line ring, a ring line, a lifting ring provided in one or more of the boom or the moving vehicle;
4) the boom or lifting ring associated with at least one of the lifting platform or the processor;
5) the boom or elevating ring for supporting the working force of at least one of the device, the lifting platform or the processor, the treatment agent, and the spraying;
6) the hole when one of the row or the lifting ring for elevating the roof hole is elevating; its inner, outer, lateral, rim; a file guide body to avoid friction with one of the; Treatment device inside the facility, characterized in that at least one of them is included
a) elevators, elevators and workbenches mounted inside the facility; b) a robot, worker or operator mounted on one of them; c) a safety belt mounted on the lower part of one of the elevator and the operator; d) a hose for supplying a treatment agent for the treatment of the interior; e) a hose, a nozzle, a sprayer, and a processor mounted on at least one of the elevator and safety belt; f) a line, a hook, a connecting line, an inclined line, a spinning line, a vertical line, a safety line, and a connecting ring mounted on at least one of the elevator platform or the processor or mounted between the two; g) the robot or processor mounted on one of the lines or linkages; h) a treatment agent supplied to at least one of the platform and the processor; i) a treatment agent stored or stored in at least one of the platform and the processor; j) the injection pressure of the treatment agent injected through at least one of the robot or the processor; A processing device within a facility comprising means for supporting one or more of or supporting one or more of the forces of action;
The means include 1) a boom, multi-stage boom, 5-stage boom, extension boom, two or more located in one of the exterior, outer periphery, roof, roof hole, roof top, roof rim, roof hole top, and bottom to the roof of the facility boom, two or more linked booms, two or more crossed booms, a boom with two or more ends linked, a tip of a boom, a stand on a boom, a protrusion on a boom, a joint on a boom, a joint on two or more booms;
2) one of the boom or connecting rod line, ring, lifting line, line ring, ring line, lifting ring;
3) the line, ring, lift line, line ring, ring line, lift ring of 2) that is connected to one of the lifting rods or connecting rings;
4) the boom or elevating ring having at least one of the supporting force, strength, rigidity, function, performance, ability, supporting force, supporting force, supporting force, flexural strength, twist strength, tensile strength, and shear strength;
5) the hole when one of the rows to elevating rings for elevating the roof hole is elevating; its inner, outer, lateral, rim; a file guide body to avoid friction with one of the; Treatment device inside the facility, characterized in that at least one of them is included
a) elevators, elevators and workbenches mounted inside the facility; b) a robot, worker or operator mounted on one of them; c) a safety belt mounted on the lower part of one of the elevator and the operator; d) a hose for supplying a treatment agent for the treatment of the interior; e) a hose, a nozzle, a sprayer, and a processor mounted on at least one of the elevator and safety belt; f) a line, a hook, a connecting line, an inclined line, a spinning line, a vertical line, a safety line, and a connecting ring mounted on at least one of the elevator platform or the processor or mounted between the two; g) the robot or processor mounted on one of the lines or linkages; h) a treatment agent supplied to at least one of the platform and the processor; i) a treatment agent stored or stored in at least one of the platform and the processor; j) the injection pressure of the treatment agent injected through at least one of the robot or the processor; A processing device within a facility comprising means for supporting one or more of or supporting one or more of the forces of action;
The means include 1) a boom, a multi-stage boom, a 5-stage boom, a kidney boom, located in one of the exterior, outer perimeter, roof, roof hole, roof top, roof rim, roof hole top, and bottom to the roof of the facility, two or more boom, two or more linked booms, two or more crossed booms, a boom with two or more ends linked, a tip of a boom, a stand on a boom, a protrusion on a boom, a joint on a boom, a joint on two or more booms;
2) one of the boom or connecting rod line, ring, lifting line, line ring, ring line, lifting ring;
3) the line, ring, lift line, line ring, ring line, lift ring of 2) that is connected to one of the lifting rods or connecting rings;
4) the hole when one of the row or the elevating ring, the row or the connecting ring for elevating the roof hole is elevating; its inner, outer, lateral, rim; a file guide body to avoid friction with one of the;
5) an engine, a facility, a cylinder, a piston, a crane, a piston drawn out by hydraulic pressure of the cylinder, which extend or extend the boom to position the above;
6) a roller, a rotating body, and a hoist provided on at least one of the boom or the lifting ring;
7) another rotating body connected to the rotating body by a string;
8) a motor provided in one of the rollers or other rotating bodies, a rotating motor;
9) Auger, vehicle, boom vehicle, boom means, excavator, excavator, crane, fork crane, boom crane, moving means, high-altitude car, moving car, working car, cleaning car, sky car, ladder trucks, hydraulic cranes, tower cranes, high-altitude work platforms, high-altitude work vehicles, high-altitude elevators, moving vehicles, the auger or moving vehicle equipped with a platform, the auger or moving vehicle equipped with a carrier;
10) the boom or moving vehicle having at least one of the supporting force, strength, rigidity, function, performance, ability, supporting power, supporting power, supporting power, flexural strength, twist strength, tensile strength, and shear strength; Treatment device inside the facility, characterized in that at least one of them is included
As a processing device in which a processor for processing the interior of the facility is used,
a) There is a line for elevating the processor while elevating the inside of the hall formed on the roof of the facility.
a1) the hole; its face, surface, inner surface, outer surface, inner perimeter, outer periphery, circumference, inner wall, wall surface, edge; do not touch one of the
a2) or to ascend and descend to the center of the hole,
a3) or a processing device inside a facility, characterized in that it includes a file guide body for lifting and lowering without contact or friction with one of the holes or the perimeter
As a processing device in which a processor for processing the interior of the facility is used,
a) a line for elevating the processor while elevating the inside of the hall formed on the roof of the facility a1) the hall; its face, surface, inner surface, outer surface, inner perimeter, outer periphery, circumference, inner wall, wall surface, edge; a line guide body that does not touch one of the following, a2) or moves up and down to the center of the hole, or a3) moves up and down without contact or friction with one of the holes or edges;
b) a boom, multi-stage boom, and extension boom mounted on the outside of the facility while the line is provided or linked;
c) the boom, multi-stage boom, and extension boom supporting an action force of one or more of the device, the processor, the treatment agent for the treatment, the injection of the treatment, and the injection of the treatment through the processor;
Treatment device inside the facility, characterized in that at least one of them is included
a) elevators, elevators and workbenches mounted inside the facility; b) a robot, worker or operator mounted on one of them; c) a safety belt mounted on the lower part of one of the elevator and the operator; d) a hose for supplying a treatment agent for the treatment of the interior; e) a hose, a nozzle, a sprayer, and a processor mounted on at least one of the elevator and safety belt; f) a line, a hook, a connecting line, an inclined line, a spinning line, a vertical line, a safety line, and a connecting ring mounted on at least one of the elevator platform or the processor or mounted between the two; g) the robot or processor mounted on one of the lines or linkages; h) a treatment agent supplied to at least one of the platform and the processor; i) a treatment agent stored or stored in at least one of the platform and the processor; j) the injection pressure of the treatment agent injected through at least one of the robot or the processor; A processing device within a facility comprising means for supporting one or more of or one or more of the forces of action;
1) The means is a) a boom, multi-stage boom, 5-stage boom, expansion boom, located in one of a) the outside of the facility, the outer periphery, the roof, the roof hole, the roof top, the roof rim, the top of the roof hole, and from the bottom to the roof, 2 more than one boom, two or more linked booms, two or more crossed booms, two or more tip linked booms, tip of boom, cradle of boom, protrusion of boom, joint of boom, joint of two or more booms;
b) one of the boom or connecting rod line, ring, elevating line, julgori, ring line, elevating ring;
c) the line, ring, lift line, line ring, ring line, lift ring of b) that is connected to one of the lifting rods or connecting rings;
d) the hole when one of the line or the elevating ring, the line or the connecting ring for elevating the roof hole is elevating; its inner, outer, lateral, rim; a file guide body to avoid friction with one of the;
e) a piston drawn out by hydraulic pressure of an engine, equipment, cylinder, piston, crane, or cylinder that extends or extends the boom and is positioned thereon;
f) a roller, a rotating body, and a hoist provided on at least one of the boom or elevating ring;
g) another rotating body connected to the rotating body by a string;
h) a motor provided in one of the roller or other rotating body, a rotating motor;
i) an auger, a boom car, a boom means, an excavator, an excavator, a crane, a fork crane, a high-altitude car, a moving car, a work car, a cleaning car, a sky car, a ladder car, a hydraulic crane, a tower crane, Aerial work platform, high-place work vehicle, high-altitude elevator, moving vehicle, the auger or moving vehicle equipped with a lifting platform, the auger or moving vehicle equipped with a carrier, a means equipped with a boom, a boom that extends two or more stages Mounted means, means equipped with a ladder extending two or more steps;
j) the boom or moving vehicle having at least one of the supporting force, strength, rigidity, function, performance, ability, bearing capacity, supporting force, holding force, flexural strength, twist strength, tensile strength, and shear strength; consisting of one or more of
2) the line guide body includes: a) means for elevating the line by entering only the inside of the hole;
b) means for preventing the string from moving or flowing out of the hole;
c) means for preventing said string from touching said hole or a side thereof;
d) means for preventing the line from touching the hole or a side thereof when the line is raised or lowered;
e) means for preventing one of heat, fire, and flame from being generated due to friction between the rope and the hole by preventing the rope from touching the hole or a side thereof when the rope is raised or lowered;
f) one or more rings mounted on the top of the hole to prevent the above;
g) one or more rings in which the line is raised and lowered inside itself while being mounted on the upper part of the hole;
h) an upper ring, an intermediate ring, and a lower ring comprising three rings;
i) the upper ring and the middle ring, which are spaced apart from the upper part of the roof and have a smaller size than the hole;
j) the upper and middle rings of the same size;
k) the lower ring in close contact with the roof and larger in size than the hole;
ℓ) a rim mounted on the outside of the ring;
m) an upper rim, a middle rim, and a lower rim comprising three rims;
n) the upper rim and the middle rim spaced apart from the upper part of the roof;
o) the lower rim in close contact with the roof;
p) said lower rim being larger in size than said hole and intermediate rim;
q) a connecting rod connecting two or more of the rim, upper rim, middle rim, and lower rim, upper and lower connecting rods;
r) a connecting rod connecting the ring and the rim, a horizontal connecting rod;
s) a clamp mounted on at least one of the lower rim and the horizontal connecting rod;
t) the clamp to prevent the flow of the file guide body;
u) said hole, ring, clamp; one of the side, surface, inner surface, side, wall surface, inner, outer surface, outer, inner, outer; A friction reducing material, an anti-friction material mounted on one or more of the;
v) cotton, brush, fiber, cloth, rubber, cushion material, bitumen material, and Styrofoam, which are one of the friction reducing materials; A processing device inside a facility, characterized in that it consists of one or more of
A) A processing device for processing the interior of the facility by including one or more of the following 1 to 33,
1 is a line 1 introduced into the facility or through the hall of the facility,
2 is one of a hall, a roof hall, a ceiling hall, and a ceiling hall formed in the facility,
3 is a line 1 that is one of the entrance, penetration, and elevation of the hole,
4 is one of the hooks and hooks mounted on the line 1,
5 is one of the line 1, the hook, and the line 2 mounted on one of the hooks, the warp line, and the spinning line,
The 6 is one of the hooks and hooks mounted on one of the lines 2 to the spinning line,
7 is one of the lifting platform, support, worktable, lifting mechanism, and upper workbench mounted on one of the line 1 to the hook, the line 2 to the spinning line, the ring, and the hook,
8 is one of the line 1 to the hook, the line 2 to the hook, the line 3 mounted on one of the elevator to the workbench, a vertical line, and a vertical line,
9 is one of the hooks and hooks mounted on one of the line 2 to the workbench, the line 3 to the vertical line,
Wherein 10 is one of the line 1 to the workbench, the line 3 to the vertical line, the hook, the lift mounted on one of the hooks, the workbench, the lifting mechanism, and the lower workbench,
The 11 is at least one of a weight, a robot, a worker, and a worker mounted on at least one of the line 1 to the vertical line, the elevator to the work table,
12 is a processor mounted on one or more of the line 1 to the workbench, a weight, a robot, a worker, and a worker,
13 is a brush, hair, mop, cloth, fiber, brush brush, filter, nozzle, hose, rotary brush, nonwoven fabric, sprayer, vacuum machine, filter vacuum, cleaner, washer, washer, shorting machine, polishing machine, Coating machine, painting machine, painting machine, treatment machine, heater, hot air machine, hot water machine, aeration machine, pulse machine, dryer, mist machine, surface treatment machine, rust treatment machine, heat treatment machine, surface cleaning machine, surface finishing machine, anion machine, ultrasonic machine, washing machine , steam treatment machine, steam shot machine, heat shot machine, ozone shot machine, ozone treatment machine, scale treatment machine, sludge treatment machine, robot treatment machine, unmanned treatment machine, at least one of manned treatment machine, automatic treatment machine,
The number 14 is one of the platform or workbench, which is a frame, mesh, plate, circle mesh, original plate, circle frame, mat, net, grid, mesh mat, rod mat, column frame, columnar grid, grid mat, one-layer frame, two-layer frame, multi-layer. Frame, 1-layer network, 2-layer network, multi-layer network, multi-layer frame, multi-layer network, multi-layer mat, multi-level mechanism, frame and mesh, outer frame and inner network, outer frame and upper and lower mesh, frame and grid and mesh, outer frame and inner grid and an inner mesh, an outer frame and an inner grid and an upper mesh, a mesh with reinforcement, a grid with reinforcement, a workbench with a railing on the outer periphery, a workbench with a door and a handrail, and at least one of the frame or workbench using two or more rods, ,
The 15 is at least one of a safety belt, a safety plate, and the frame or a work bench provided under at least one of the lines 1 to the work bench,
The 16 is one of a line 4, a vertical line, and a connecting means connecting one or more of the lower part of the line 1 to the work table and one of the safety belt or the work table,
17 is one of a hook and a hook mounted on one of the safety belt or workbench, line 4 or connection means,
18 is at least one of a roller mounted on the side of at least one of the lifting platform or the worktable, a roller with a rod, a roller with a cradle, an anti-friction bar, a sliding mechanism, and an anti-elevating friction bar,
19 is at least one of cotton, cushion, fiber, rubber, spring, cushioning material, sponge, and styrofoam mounted on one or more of the inner, lower, side, and upper of one or more of the lifting platform or worktable,
The 20 is one of the railings and fences mounted on the upper part or the outer periphery of one or more of the elevator or work table,
21 is at least one of a brake and a retractor mounted on at least one of the line, the hook, the hook, and the elevator or work table,
The 22 is at least one of a brake and a retractor that compresses the line to stop the lifting of the line,
23 is one of the safety means for the safety of one or more of the elevator or the worktable, a robot, and a worker, and a fall prevention means,
The 24 is one of a safety line 5, a belt, and a connection means connecting one or more of the elevator or the worker, the worker's vest, and the worker's safety clothing and one of the rod, the ceiling, the ceiling grid, and the ceiling frame,
25 is a treatment agent for the treatment of the facility,
26 is a cleaning agent, a cleaning agent, a cleaning agent, a shorting agent, an abrasive, a coating agent, a painting agent, a paint, a processing agent, a disinfectant, a disinfectant, an antibacterial agent, a neutral agent, an acidic agent, a base agent, a chemical agent, a finishing agent, a surface treatment agent belonging to the treatment agent , water, ball, heat, heat, detergent, resin, medicine, drug, sand, silica sand, air, steam, heat, hot air, hot water, hot water, ozone, vacuum, pressure, sound wave, high pressure water, washing water, detergent At least one of water, bubble water, air water, sulfuric acid, chlorine, hydrogen peroxide, hypochlorous acid, pulse pressure, wave, mist, water vapor, ultrasonic wave, anion, paint, slag, and slag ball;
27 is a storage in which the treatment agent is stored,
28 is a hopper into which the treatment agent or the treatment agent provided from the storage is input,
29 is a pump or compressor for pressurizing the treatment agent or the treatment agent falling from the hopper,
30 is a hose for transporting the treatment agent or pressurized treatment agent,
31 is an injector for spraying the treatment agent or the transferred treatment agent,
32 is a nozzle mounted on one of the processor, the hose, and the injector,
The number 33 denotes the processor, the reservoir, the hopper, the pump, the compressor, the hose, the nozzle, and the injector; one of the faces, surfaces, inside, inside, outside, outside, inlet, outlet; A magnetizer, a vibrator, a vibrator, an ozone unit, a magnetized vibrator, a magnetized vibrator, a vibrating ozone unit, an excitation ozone unit, a magnetized ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit provided in at least one of one or more of the groups,
B) the processing device is equipped with one or more of the following 1 to 48,
1 is the boom, multi-stage boom, 5-stage boom, extension boom, boom tip, lower rotating body, two or more booms, two or more connecting booms, two or more cross booms, two It is one of a boom with an abnormal tip connected, a boom with an extended length of 10 m or more, a boom with an extended length and an inclined height of 10 m or more, and a boom whose tip is located above the hole formed on the roof of the facility,
2 is one of the five-stage boom in which the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, and the fifth-stage boom are sequentially extended as one of the multi-stage booms,
The 3 is the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, the five-stage boom that is reduced in the order of, or the fifth-stage boom, the fourth-stage boom, the third-stage boom, the second-stage boom, the first-stage boom,
4 is one of a workbench, a cradle, a line, a lifting line, and a rotating body mounted on the boom or its tip,
5 is an auger, a vehicle, a boom car, a boom means, an excavator, an excavator, a crane, a fork crane, a boom crane, a moving means, a high-altitude car, a moving car, a work car, a cleaning car, a sky car, a ladder car, a hydraulic crane, Tower crane, high-place work platform, high-altitude work vehicle, high-altitude elevator, moving vehicle, the auger or moving vehicle equipped with a platform, the auger or moving vehicle equipped with a carrier, a means equipped with a boom, elongation of two or more stages At least one of a means equipped with a boom, which is a means equipped with a ladder extending at least two steps,
6 is the boom extended before or during the treatment,
7 is the boom that becomes one of erection, lifting, inclined erection, inclined raising, one end erection, and tip erection by operation of one of the auger or means, cylinder, and piston;
8 is the boom that is extended in one of the driving, standing, lifting, standing, and after standing,
9 is one or more of the engine, equipment, cylinder, piston, crane, and piston drawn by the hydraulic pressure of the cylinder used for one or more of the erection, lifting, and extension,
10 is a rail mounted on the boom,
11 is a roller moving along the boom or rail,
The 12 is a carrier that is mounted on the roller and moves along with the movement of the roller,
13 is the carrier used to lift one or more of an object, an object, a treatment agent, a handler, a worker, a hall perforator on the roof of the facility;
14, the height of the boom or the tip height of the extended boom is 10 m or more based on the floor, the height of the facility or more, the roof height of the facility or more, and the boom that is one of the height of the hole formed on the roof of the facility, and ,
15, the tip of the boom is 10 m or more based on the floor, the height of the facility or more, the upper part of the roof of the facility, the boom located in one of the upper part of the hole formed on the roof of the facility,
16 denotes a) exterior, perimeter, roof, roof hall, roof top, roof center, roof hall top, roof center top, roof perimeter, roof rim, roof edge of the facility; b) from floor to roof outside; c) from the outside floor to the roof hall; d) from the floor on the outside to the center of the roof; e) from the floor outside to the top of the roof; one of the boom, auger or means located in one of the
17 is a connecting rod provided between two or more booms or between the boom tip when the extended boom is two or more,
The 18 is a hoist mounted on the connecting rod, a rotating body, and another rotating body that is connected to the rotating body and a string to reduce the load applied to the rotating body,
19 is a motor for rotating the rotating body or hoist,
The 20 is the line 1 connected to one of the rod, the tip, the cradle, the rotating body, and the hoist,
The 21 is a rod passing through at least one of the lifting platform or the worktable,
The 22 is a reinforcing bar for reinforcing the penetrating portion,
23 is the rod for supporting at least one of the lifting platform or the worktable,
The 24 is the rod for guiding the lifting of at least one of the lifting platform or the worktable,
25 is the rod connected or fixed between the floor and the ceiling of the facility,
26 is a seating plate mounted on the tip of the rod for fixing,
The 27 is a fastening means for fastening the rod and one of the lifting platform or worktable,
28 is one of the rods and fastening means for preventing shaking or sudden fall of one or more of the lifting platform or the worktable,
29 is a means for preventing buckling of the rod,
The 30 is the fastening means to prevent,
31 is a coupling means for coupling two or more of the rods to prevent the above,
32 is a structure composed of a circle in which two or more rods are connected as one of the frame, the grid and the mesh, a grid in which two or more rods are mounted in the frame, and a mesh installed on the frame and the grid,
33 is a coupler connecting the two or more rods,
The 34 is a) the auger or means, the rotating body; b) a motor, a rotating body, and a motor mounted rotating body provided in one of the augers or means; The row 1 that is lifted by driving or operating at least one of
The 35 is a friction preventing means for preventing friction between the line 1 and the hole during the lifting,
wherein 36 is one or more of a brush, a cotton, a ring, a ball, a band, a cushion, a fiber, a rubber, a roller, a bearing, a cushioning material, a sponge, and a styrofoam which are one of the friction prevention means,
Wherein 37 is at least one of the brush, Styrofoam, and anti-friction means mounted between the line 1 and the hole,
The 38 is at least one of a clamp, a turnbuckle, and a fixing means that is mounted between one of the elevator or the work table and the inner surface of the facility during the processing so that one of the lift or the work table is fixed to the inner surface of the facility,
39 is at least one of a clamp, a turnbuckle, and a fixing means for releasing the fixing after the processing,
The 40 is a ring provided on one side of the clamp, turnbuckle, and fixing means, a plate provided on the other side,
The 41 is at least one of the clamp, turnbuckle, and fixing means in which the ring is mounted on one of the lifting platform or the workbench, and the plate faces the inner surface or inner wall of the facility,
42 is the plate pressed to the inner surface of the facility during the fixing,
43 is the plate spaced apart from the inner surface of the facility at the time of the release,
44 is a turnbuckle that is fixed or released by its own rotation,
The 45 is a turnbuckle in which the screw rod provided therein is moved left and right by its rotation, and the plate connected to the screw rod is moved left and right to be fixed or released by the compression or separation,
The 46 is the fixed; the processing performed at the time of the fixing; the release; lifting and lowering of one of the lifting platform or the worktable executed at the time of the release; At least two of the boom or fixing means to be repeated two or more times,
wherein 47 is the boom which shrinks or the elongation shrinks after full processing inside the facility,
48 is at least one of the auger or means discharged after the reduction,
C) at least one of the following a to f is used in the processing device,
wherein a is a means for supporting one or more of an operating force or at least one of a magnetized vibration vibrating ozone device, a treatment agent, and an injection pressure of the treatment agent in 1 to 33 of A) and 1 to 33 in A) above,
wherein b is at least one of the means of 1 to 48 of B) included in the means a, and the means of 1 to 48 of the boom of B),
Wherein c is the above 1 to 48 of B) having at least one of the supporting force, strength, stiffness, function, performance, ability, bearing capacity, supporting force, supporting force, flexural strength, torsion strength, tensile strength, shear strength, at least one of the booms of 1 to 48 of the above B),
Wherein d is the line 1 is d1) the hole; its face, surface, inner surface, outer surface, inner perimeter, outer periphery, circumference, inner wall, wall surface, edge; It is a line guide body that does not touch one of these, d2) or moves up and down to the center of the hole, or moves up and down without contact or friction with d3) or one of the holes or edges,
The e is e1) included in the line guide body means for elevating the line by entering only the inside of the hole;
e2) means for preventing the string from moving or flowing out of the hole;
e3) means for preventing the string from touching the hole or its side;
e4) means for preventing the line from touching the hole or a side thereof when the line is raised and lowered;
e5) means for preventing one of heat, fire, and flame from being generated due to friction between the rope and the hole by preventing the rope from touching the hole or a side thereof when the rope is ascending or descending; is one of
The f) is one or more rings mounted on the upper portion of the hole to prevent the f1) constituting the means included in the line guide body;
f2) one or more rings in which the line is raised and lowered inside itself while being mounted on the upper part of the hole;
f3) an upper ring, a middle ring, and a lower ring comprising three rings;
f4) the upper ring and the middle ring spaced apart from the upper part of the roof and having a size smaller than that of the hole;
f5) the upper and middle rings of the same size;
f6) the lower ring in close contact with the roof and having a larger size than the hole;
f7) a rim mounted on the outside of the ring;
f8) the upper rim, the middle rim, and the lower rim are three rims;
f9) the upper rim and the middle rim spaced apart from the upper part of the roof;
f10) the lower rim in close contact with the roof;
f11) the lower rim larger than the hole and the middle rim;
f12) a connecting rod connecting two or more of the rim, upper rim, middle rim, and lower rim;
f13) a connecting rod connecting the ring and the rim, a horizontal connecting rod;
f14) a bracket mounted on at least one of the lower rim and the horizontal connecting rod;
f15) the clamp to prevent the flow of the file guide body;
f16) said hole, ring, clamp; one of the side, surface, inner surface, side, wall surface, inner, outer surface, outer, inner, outer; A friction reducing material, an anti-friction material mounted on one or more of the;
f17) cotton, brush, fiber, cloth, rubber, cushion material, bitumen material, and styrofoam which are one of the friction reducing materials; A processing device inside a facility, characterized in that at least one of
A) 1) Lines entering the facility or through the facility's hall 1;
2) Halls, roof halls, ceiling halls, and ceiling halls formed in the facility;
3) Line 1 which is one of inlet, penetrating, and elevating in the hole;
4) a hook and a hook mounted on the line 1;
5) the line 1, the hook, the line 2 mounted on one of the hooks, the warp line, the spinning line;
6) a hook, a hook mounted on one of the line 2 to the spinning line;
7) a lifting platform, a support, a workbench, a lifting mechanism, and an upper workbench mounted on one of the line 1 to the hook, the line 2 to the spinning line, the hook, and the hook;
8) the line 1 to the hook, the line 2 to the hook, the lifting platform or the line 3 mounted on one of the work benches, the vertical line, the vertical line;
9) the hook mounted on one of the line 2 to the workbench, line 3 to the vertical line, and a hook;
10) a workbench, a workbench, a lifting mechanism, and a lower workbench mounted on one of the line 1 to the workbench, the line3 to the vertical line, the hook, and the hook;
11) a weight mounted on one or more of the line 1 to the vertical line, the elevator to the workbench, a robot, a worker, a worker;
12) a processor mounted on one or more of the line 1 to the workbench, a weight, a robot, a worker, and a worker;
13) Brushes, hairs, rags, cloths, fibers, brush brushes, filters, nozzles, hoses, rotary brushes, nonwoven fabrics, sprayers, vacuums, filter vacuums, cleaners, washing machines, scrubbers, shorting machines, polishing machines, coating machines belonging to the above treatment groups , painting machine, painting machine, processing machine, heater, hot air machine, hot water machine, aeration machine, pulse machine, dryer, irradiator, radiator, LED machine, infrared machine, ultraviolet machine, far infrared machine, mist machine, surface treatment machine, rust treatment machine, heat treatment Machine, surface cleaning machine, surface finishing machine, negative ion machine, ultrasonic machine, washing machine, steam treatment machine, steam shot machine, heat shot machine, ozone shot machine, ozone treatment machine, scale treatment machine, sludge treatment machine, robot treatment machine, unmanned treatment machine, manned machine, automatic handler;
14) The elevator or workbench, one of the following safety belts: frame, mesh, plate, mesh, circular plate, round frame, mat, net, grid, mesh mat, rod mat, column frame, columnar grid, grid mat, 1 layer frame, 2 layer frame , multi-layer frame, 1-layer network, 2-layer network, multi-layer network, multi-layer frame, multi-layer network, multi-layer mat, multi-level mechanism, frame and mesh, circle and inner network, circle and upper and lower mesh, frame and grid and mesh, frame and inner grid Inner mesh, circle frame and inner grid and upper mesh, mesh with reinforcement, grid with reinforcement, workbench with railing on the outer periphery, workbench with door and railing, two or more frames and inner grid and mesh, with two or more rods the frame or workbench;
15) a safety belt, a safety plate, and the frame or work table provided in the lower part of at least one of the lines 1 to the work bench;
16) a line 4, a vertical line, and a connecting means connecting the lower part of at least one of the line 1 to the work bench and one of the safety belt or the work table;
17) a hook or a hook mounted on one of the safety belt, the workbench, and the line 4 or the connecting means;
18) a roller, a roller with a rod, a roller with a cradle, an anti-friction bar, a sliding mechanism, and an anti-elevating friction bar mounted on at least one side of the lifting platform or the work table;
19) cotton, brush, fiber, cloth, rubber, spring, cushioning material, cushioning material, sponge, styrofoam mounted on one or more of the inner, lower, side, and upper of one or more of the lifting platform or worktable;
20) handrails and fences mounted on the upper or outer periphery of at least one of the hoisting platform or worktable;
21) a brake and a retractor mounted on at least one of the line, hook, hook, and elevator platform;
22) a brake, a retractor, which compresses the line to stop the lifting and lowering of the line;
23) safety means for the safety of at least one of the elevator platform or workbench, a robot, and a worker, a fall prevention means;
24) a safety line 5, a belt, and a connection means for connecting one or more of the elevator platform, the worker, the worker's vest, and the worker's safety clothing and one of the rod, the ceiling, the ceiling grid, and the ceiling frame;
25) a treatment agent for the treatment of said facility;
26) cleaning agents, cleaners, cleaners, shorting agents, abrasives, coating agents, coating agents, paints, treatment agents, disinfectants, disinfectants, antibacterial agents, neutral agents, acid agents, base agents, chemical agents, finishing agents, surface treatment agents, Water, ball, heat, light, line, light, wave, light source, heat, detergent, resin, drug, drug, sand, silica sand, air, steam, hot air, hot air, hot water, hot water, ozone, vacuum, pressure ( sound wave, high pressure water, washing water, detergent water, bubble water, air water, sulfuric acid, chlorine, hydrogen peroxide, hypochlorous acid, pulse pressure, wave, mist, water vapor, ultrasonic wave, infrared, ultraviolet, far infrared, negative ion, paint, slag , slag ball;
27) a storage in which the treatment agent is stored;
28) a hopper into which the treatment agent or the treatment agent provided from the storage is put;
29) a pump or a compressor for pressurizing the treatment agent or the treatment agent falling from the hopper;
30) a hose for conveying the treatment agent or pressurized treatment agent;
31) an injector for spraying the treatment agent or the transferred treatment agent;
32) a nozzle mounted on one of said processor, hose, or sprayer;
33) said processor, reservoir, hopper, pump, compressor, hose, nozzle, injector; one of the faces, surfaces, inside, inside, outside, outside, inlet, outlet; A magnetizer, a vibrator, a vibrator, an ozone unit, a magnetized vibrator, a magnetized vibrator, a vibrating ozone unit, an excitation ozone unit, a magnetized ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit provided in at least one of group; In processing the inside of the facility using one or more of
B) 1) Above row 1 boom, multi-stage boom, 5-stage boom, extension boom, boom tip, lower rotating body, two or more booms, two or more connected booms, two or more cross booms, two or more ends connected booms , provided in one of a boom with an extended length of 10 m or more, a boom with an extended length and an inclined height of 10 m or more, and a boom whose tip is located above the hole formed in the roof of the facility;
or one of the booms is provided in line 1;
2) the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, and the fifth-stage boom, which are embedded in the boom of the five-stage boom, which is one of the multi-stage booms, are sequentially extended;
3) the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, in the order of the fifth-stage boom, or the five-stage boom, the fourth-stage boom, the third-stage boom, the second-stage boom, reduced in the order of the first-stage boom;
4) mounting one of a workbench, a cradle, a line, a lifting line, and a rotating body on the boom or its tip;
5) the boom auger, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, means of transport, high-altitude car, moving car, work car, cleaning car, sky car, ladder car, hydraulic crane, tower crane, Aerial work platform, high-place work vehicle, high-altitude elevator, moving vehicle, the auger or moving vehicle equipped with a lifting platform, the auger or moving vehicle equipped with a carrier, a means equipped with a boom, a boom that extends two or more stages Provided in one of the mounted means, the ladder extending more than two steps is mounted;
6) elongating the boom before or during the treatment;
7) the boom is raised, raised, inclined up, inclined up, one end up, tip up by the operation of one of the auger or the means, the cylinder and the piston;
8) said boom is extended in one of said driving, erecting, raising, erecting, and after erecting;
9) Using one of the pistons drawn by the hydraulic pressure of the engine, equipment, cylinder, piston, crane, and cylinder for one or more of the above erection, lifting, and extension;
10) rail mounting on the boom;
11) moving the roller along the boom or rail;
12) the carrier mounted on the roller moves according to the movement of the roller;
13) loading one or more of an object, an object, a treatment agent, a handler, a worker, and a hole drilling machine on the roof of the facility using the carrier;
14) the height of the boom or the tip height of the extended boom is 10m or more based on the floor, the height of the facility or more, the roof height of the facility or more, the height of the hole formed on the roof of the facility or more;
15) the tip of the boom is located at least 10 m from the floor, at least the height of the facility, at the top of the roof of the facility, and at the top of a hole formed in the roof of the facility;
16) one of said boom, auger or means comprises: a) exterior, perimeter, roof, roof hall, roof top, roof center, roof hall top, roof center top, roof perimeter, roof rim, roof edge; b) from floor to roof outside; c) from the outside floor to the roof hall; d) from the floor on the outside to the center of the roof; e) from the floor outside to the top of the roof; located in one of the;
17) provided with a connecting rod between the two or more booms or between the boom tip when the elongated boom is two or more;
18) a hoist, a rotating body, and one of the other rotating bodies connected to the connecting rod by a string to reduce the load applied to the rotating body;
19) provided with a motor for rotating the rotating body or hoist;
20) connecting the line 1 to one of the rod, the tip, the cradle, the rotating body, and the hoist;
21) a rod penetrates at least one of the lifting platform and the work table;
22) reinforcing the penetrating portion with a reinforcing bar;
23) the rod supports at least one of the lifting platform and the work table;
24) the rod guides the lifting of at least one of the lifting platform or the worktable;
25) connecting or fixing the rod between the floor and the ceiling of the facility;
26) mounting a seating plate to the tip of the rod for fixing;
27) fastening the rod to one of the lifting platform or the work table using a fastening means;
28) prevention of shaking or sudden drop of at least one of the lifting platform or the work table by the rod or fastening means;
29) provided with means to prevent buckling of the rod;
30) the fastening means prevent the above;
31) a coupling means for coupling two or more of the rods to prevent the above;
32) a structure comprising a circular frame in which two or more rods are connected as one of the frame, the grid and the mesh, a grid in which two or more rods are mounted in the frame, and a mesh installed on the frame and the grid;
33) connecting the two or more rods with a coupler;
34) a) said auger or means, a rotating body; b) a motor, a rotating body, and a motor mounted rotating body provided in one of the augers or means; The row 1 is lifted by driving or operating at least one of;
35) provided with anti-friction means for preventing friction between the row 1 and the hole during the lifting;
36) One of the anti-friction means such as brush, cotton, ring, ball, band, cushion, fiber, rubber, roller, bearing, cushioning material, sponge, and styrofoam is used;
37) placing one of the brush, Styrofoam, and anti-friction means between the line 1 and the hole;
38) having one of a clamp, a turnbuckle, and a fixing means installed between one of the elevators or the worktable and the inner surface of the facility during the processing so that one of the lifts or the worktable is fixed to the inner surface of the facility;
39) having one of a clamp, a turnbuckle, and a fixing means for releasing the fixing after the processing;
40) a ring on one side of the clamp, turnbuckle, and fixing means, and a plate on the other side;
41) the ring is mounted on one of the lifting platform or the work table, and the plate faces the inner surface or inner wall of the facility;
42) pressing the plate to the inner surface of the facility during the fixing;
43) the plate spaced from the inner surface of the facility at the time of the release;
44) being fixed or released by rotation of the turnbuckle;
45) The screw rod provided therein is moved left and right by the rotation of the turnbuckle, and the plate connected to the screw rod is moved left and right to be fixed or released by the pressing or spacing;
46) said fixation; the processing performed at the time of the fixing; the release; lifting and lowering of one of the lifting platform or the worktable executed at the time of the release; 2 or more of these repeated 2 or more times;
47) reducing the boom or elongation of the boom after full processing inside the facility;
48) unloading one of said augers or means after said reduction; be all or one or more of
C) At the time of the treatment, at least one of the following a to f is used,
wherein a is a means for supporting one or more of a magnetized vibration excitation ozone group of 1 to 33 of A), 1 to 33 of A), a treatment agent, and an injection pressure of the treatment agent, or a means for supporting at least one action force,
wherein b is at least one of the means of 1 to 48 of B) included in the means a, and the means of 1 to 48 of the boom of B),
Wherein c is the above 1 to 48 of B) having at least one of the supporting force, strength, stiffness, function, performance, ability, bearing capacity, supporting force, supporting force, flexural strength, torsion strength, tensile strength, shear strength, at least one of the booms of 1 to 48 of the above B),
Wherein d is the line 1 is d1) the hole; its face, surface, inner surface, outer surface, inner perimeter, outer periphery, circumference, inner wall, wall surface, edge; It is a line guide body that does not touch one of these, d2) or moves up and down to the center of the hole, or moves up and down without contact or friction with d3) or one of the holes or edges,
The e is e1) included in the line guide body means for elevating the line by entering only the inside of the hole;
e2) means for preventing the string from moving or flowing out of the hole;
e3) means for preventing the string from touching the hole or its side;
e4) means for preventing the line from touching the hole or a side thereof when the line is raised and lowered;
e5) means for preventing one of heat, fire, and flame from being generated due to friction between the rope and the hole by preventing the rope from touching the hole or a side thereof when the rope is ascending or descending; is one of
The f) is one or more rings mounted on the upper portion of the hole to prevent the f1) constituting the means included in the line guide body;
f2) one or more rings in which the line is raised and lowered inside itself while being mounted on the upper part of the hole;
f3) an upper ring, a middle ring, and a lower ring comprising three rings;
f4) the upper ring and the middle ring spaced apart from the upper part of the roof and having a size smaller than that of the hole;
f5) the upper and middle rings of the same size;
f6) the lower ring in close contact with the roof and having a larger size than the hole;
f7) a rim mounted on the outside of the ring;
f8) the upper rim, the middle rim, and the lower rim are three rims;
f9) the upper rim and the middle rim spaced apart from the upper part of the roof;
f10) the lower rim in close contact with the roof;
f11) the lower rim larger than the hole and the middle rim;
f12) a connecting rod connecting two or more of the rim, upper rim, middle rim, and lower rim;
f13) a connecting rod connecting the ring and the rim, a horizontal connecting rod;
f14) a bracket mounted on at least one of the lower rim and the horizontal connecting rod;
f15) the clamp to prevent the flow of the file guide body;
f16) the hole, ring, clamp; one of the side, surface, inner surface, side, wall surface, inner, outer surface, outer, inner, outer; A friction reducing material, an anti-friction material mounted on one or more of the;
f17) cotton, brush, fiber, cloth, rubber, cushioning material, bitumen material, and Styrofoam, which are one of the friction reducing materials; Treatment method inside a facility, characterized in that at least one of
A) 1) Line 1 that entered the closure facility or entered through the hall of the closure facility;
2) Halls, roof halls, ceiling halls, and ceiling halls formed in the facility;
3) a line 1 that is one of inlet, penetrating, and ascending and descending into the hole;
4) a hook and a hook mounted on the line 1;
5) the line 1, the hook, the line 2 mounted on one of the hooks, the warp line, the spinning line;
6) a hook, a hook mounted on one of the line 2 to the spinning line;
7) a lifting platform, a support, a workbench, a lifting mechanism, and an upper workbench mounted on one of the line 1 to the hook, the line 2 to the spinning line, the hook, and the hook;
8) the line 1 to the hook, the line 2 to the hook, the lifting platform or the line 3 mounted on one of the work benches, the vertical line, the vertical line;
9) the hook mounted on one of the line 2 to the workbench, line 3 to the vertical line, and a hook;
10) a workbench, a workbench, an elevating mechanism, and a lower workbench mounted on one of the line 1 to the workbench, line 3 to the vertical line, the hook, and the hook;
11) a weight mounted on one or more of the line 1 to the vertical line, the elevator to the workbench, a robot, a worker, a worker;
12) a processor mounted on one or more of the line 1 to the workbench, a weight, a robot, a worker, and a worker;
13) Brushes, hairs, rags, cloths, fibers, brush brushes, filters, nozzles, hoses, rotary brushes, nonwoven fabrics, sprayers, vacuums, filter vacuums, cleaners, washing machines, scrubbers, shorting machines, polishing machines, coating machines belonging to the above treatment groups , painting machine, painting machine, processing machine, heater, hot air machine, hot water machine, aeration machine, pulse machine, dryer, mist machine, surface treatment machine, rust treatment machine, heat treatment machine, surface cleaning machine, surface finishing machine, anion machine, ultrasonic machine, washing machine, Steam treatment machine, steam shot machine, heat shot machine, ozone shot machine, ozone treatment machine, scale treatment machine, sludge treatment machine, robot treatment machine, unmanned treatment machine, manned treatment machine, automatic treatment machine;
14) Frame, mesh, plate, circle mesh, original plate, circle frame, mat, net, grid, mesh mat, rod mat, column frame, column grid, grid mat, one-story frame, two-layer frame, multi-layer frame, which is one of the platform or workbench , 1-layer network, 2-layer network, multi-layer network, multi-layer frame, multi-layer network, multi-layer mat, multi-layer mechanism, frame and mesh, outer frame and inner network, outer frame and upper and lower mesh, frame and grid and mesh, outer frame and inner grid an inner net, an outer frame and an inner grid and an upper net, a net with a reinforcement, a grid with a reinforcement, a workbench with a railing on the outer periphery, a workbench with a door and a handrail, the frame or workbench using two or more rods;
15) a safety belt, a safety plate, and the frame or work table provided in the lower part of at least one of the lines 1 to the work bench;
16) a line 4, a vertical line, and a connecting means connecting the lower part of at least one of the line 1 to the work bench and one of the safety belt or the work table;
17) a hook or a hook mounted on one of the safety belt, the workbench, and the line 4 or the connecting means;
18) a roller, a roller with a rod, a roller with a cradle, an anti-friction bar, a sliding mechanism, and an anti-elevating friction bar mounted on at least one side of the lifting platform or the work table;
19) cotton, cushion, fiber, rubber, spring, cushioning material, sponge, and styrofoam mounted on one or more of the inner, lower, side, and upper of one or more of the lifting platform or worktable;
20) handrails and fences mounted on the upper or outer periphery of at least one of the hoisting platform or worktable;
21) a brake and a retractor mounted on at least one of the line, hook, hook, and elevator platform;
22) a brake, a retractor, which compresses the line to stop the elevating of the line;
23) safety means for the safety of at least one of the elevator platform or workbench, a robot, and a worker, a fall prevention means;
24) a safety line 5, a belt, and a connection means for connecting one or more of the elevator platform, the worker, the worker's vest, and the worker's safety clothing and one of the rod, the ceiling, the ceiling grid, and the ceiling frame;
25) a treatment agent for the treatment of said facility;
26) cleaning agents, cleaners, cleaners, shorting agents, abrasives, coating agents, coating agents, paints, treatment agents, disinfectants, disinfectants, antibacterial agents, neutral agents, acid agents, base agents, chemical agents, finishing agents, surface treatment agents, Water, Ball, Heat, Heat, Detergent, Resin, Chemical, Drug, Sand, Silica Sand, Air, Steam, Heat, Hot Air, Hot Water, Hot Water, Ozone, Vacuum, Pressure, Sound Wave, High Pressure Water, Washing Water, Detergent Water , bubble water, air water, sulfuric acid, chlorine, hydrogen peroxide, hypochlorous acid, pulse pressure, wave, mist, water vapor, ultrasonic wave, anion, paint, slag, slag ball;
27) a storage in which the treatment agent is stored;
28) a hopper into which the treatment agent or the treatment agent provided from the storage is put;
29) a pump or a compressor for pressurizing the treatment agent or the treatment agent falling from the hopper;
30) a hose for conveying the treatment agent or pressurized treatment agent;
31) an injector for spraying the treatment agent or the transferred treatment agent;
32) a nozzle mounted on one of said processor, hose, or sprayer;
33) said processor, reservoir, hopper, pump, compressor, hose, nozzle, injector; one of the faces, surfaces, inside, inside, outside, outside, inlet, outlet; A magnetizer, a vibrator, a vibrator, an ozone unit, a magnetized vibrator, a magnetized vibrator, a vibrating ozone unit, an excitation ozone unit, a magnetized ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit, a magnetized vibrating ozone unit provided in at least one of group; In processing the inside of the facility using one or more of
B) 1) Above row 1 boom, multi-stage boom, 5-stage boom, extension boom, boom tip, lower rotating body, two or more booms, two or more connected booms, two or more cross booms, two or more ends connected booms , a boom with an extended length of 10 m or more, a boom with an extended length and an inclined height of 10 m or more, and its tip is provided in one of the booms located in the upper part of the hall formed on the roof of the facility,
Or one of the booms is provided in the row 1,
2) When using the 5-stage boom, which is one of the multi-stage booms, the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, and the five-stage boom are sequentially extended,
3) When using the 5-stage boom, the first-stage boom, the second-stage boom, the third-stage boom, the fourth-stage boom, and the fifth-stage boom are reduced in the order of, or the five-stage boom, the fourth-stage boom, the third-stage boom, the second-stage boom, and the first-stage boom,
4) one of a work table, a cradle, a line, a lifting line, and a rotating body is mounted on the boom or its tip;
5) the boom auger, vehicle, boom car, boom means, excavator, excavator, crane, fork crane, boom crane, means of transport, high-altitude car, moving car, work car, cleaning car, sky car, ladder car, hydraulic crane, tower crane, Aerial work platform, high-place work vehicle, high-altitude elevator, moving vehicle, the auger or moving vehicle equipped with a lifting platform, the auger or moving vehicle equipped with a carrier, a means equipped with a boom, a boom that extends two or more stages It is provided in one of the mounted means, the ladder extending two or more steps is mounted,
6) the boom is stretched before or during the treatment;
7) The boom becomes one of erection, lifting, inclined erection, inclined raising, one end erection, and tip erection by the operation of one of the auger or means, cylinder, and piston;
8) the boom is extended in one of the driving, erecting, lifting, erecting, and after erecting,
9) One of the pistons drawn by the hydraulic pressure of the engine, equipment, cylinder, piston, crane, and cylinder is used for one or more of the above erection, lifting, and extension;
10) The height of the boom or the height of the tip of the extended boom is 10 m or more based on the floor, the height of the facility or more, the roof height of the facility or more, and the height of the hole formed on the roof of the facility or more,
11) The tip of the boom is located at least 10 m from the floor, at least the height of the facility, at the top of the roof of the facility, and at the top of the hole formed on the roof of the facility,
12) one of said booms, augers or means comprises: a) exterior, perimeter, roof, roof hall, roof top, roof center, roof hall top, roof center top, roof perimeter, roof rim, roof edge; b) from floor to roof outside; c) from the outside floor to the roof hall; d) from the floor on the outside to the center of the roof; e) from the floor outside to the top of the roof; located in one of the
13) A connecting rod is provided between two or more booms or between the boom tip when the extended boom is two or more,
14) a) said auger or means; b) a motor, a rotating body, and a motor mounted rotating body provided in one of the augers or means; The row 1 is raised and lowered by at least one operation or operation of
15) said fixation; the processing performed at the time of the fixing; the release; lifting and lowering of one of the lifting platform or the worktable executed at the time of the release; 2 or more of these are repeated 2 or more times,
16) the boom is reduced or the elongation of the boom is reduced after full processing inside the facility;
17) After the reduction, one of the augers or means is taken out and
C) At the time of the treatment, at least one of the following a to f is used,
wherein a is a means for supporting one or more of a magnetized vibration excitation ozone group of 1 to 33 of A), 1 to 33 of A), a treatment agent, and an injection pressure of the treatment agent, or a means for supporting at least one action force,
wherein b is at least one of the means of 1 to 48 of B) included in the means a, and the means of 1 to 48 of the boom of B),
Wherein c is the above 1 to 48 of B) having at least one of the supporting force, strength, stiffness, function, performance, ability, bearing capacity, supporting force, supporting force, flexural strength, torsion strength, tensile strength, shear strength, at least one of the booms of 1 to 48 of the above B),
Wherein d is the line 1 is d1) the hole; its face, surface, inner surface, outer surface, inner perimeter, outer periphery, circumference, inner wall, wall surface, edge; It is a line guide body that does not touch one of these, d2) or moves up and down to the center of the hole, or moves up and down without contact or friction with d3) or one of the holes or edges,
The e is e1) included in the line guide body means for elevating the line by entering only the inside of the hole;
e2) means for preventing the string from moving or flowing out of the hole;
e3) means for preventing the string from touching the hole or its side;
e4) means for preventing the line from touching the hole or a side thereof when the line is raised and lowered;
e5) means for preventing one of heat, fire, and flame from being generated due to friction between the rope and the hole by preventing the rope from touching the hole or a side thereof when the rope is ascending or descending; is one of
The f) is one or more rings mounted on the upper portion of the hole to prevent the f1) constituting the means included in the line guide body;
f2) one or more rings in which the line is raised and lowered inside itself while being mounted on the upper part of the hole;
f3) an upper ring, a middle ring, and a lower ring comprising three rings;
f4) the upper ring and the middle ring spaced apart from the upper part of the roof and having a size smaller than that of the hole;
f5) the upper and middle rings of the same size;
f6) the lower ring in close contact with the roof and having a larger size than the hole;
f7) a rim mounted on the outside of the ring;
f8) the upper rim, the middle rim, and the lower rim are three rims;
f9) the upper rim and the middle rim spaced apart from the upper part of the roof;
f10) the lower rim in close contact with the roof;
f11) the lower rim larger than the hole and the middle rim;
f12) a connecting rod connecting two or more of the rim, upper rim, middle rim, and lower rim;
f13) a connecting rod connecting the ring and the rim, a horizontal connecting rod;
f14) a bracket mounted on at least one of the lower rim and the horizontal connecting rod;
f15) the clamp to prevent the flow of the file guide body;
f16) said hole, ring, clamp; one of the side, surface, inner surface, side, wall surface, inner, outer surface, outer, inner, outer; A friction reducing material, an anti-friction material mounted on one or more of the;
f17) cotton, brush, fiber, cloth, rubber, cushion material, bitumen material, and styrofoam which are one of the friction reducing materials; Treatment method inside a facility, characterized in that at least one of

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