JP2011026872A - Treatment method for exterior of building, and treatment device used in the method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce dripping-down of a liquid when executing objective work being work including spray of the liquid to exterior of a building. <P>SOLUTION: A worker carries out the objective work, for example, on a mast climbing type elevation scaffold 110 elevated along the building 1. The elevation scaffold 110 includes a fence 113 surrounding a scaffold board 111. A front fence part 113A faced to the building 1 out of the fence 113 is inclined toward the building 1. The scaffold board 111 and the fence 113 are covered with a water-impervious sheet, and a ship-shaped space is formed by the water-impervious sheet. Water reserved in the ship-shaped space flows to the vicinity of a drainage port 3 of the building 1, by a draining pipe 130. The liquid generated by executing the objective work reaches the ship-shaped space through the front fence part 113A, and is drained from the drainage port 3 via the draining pipe 130. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a technique for performing a predetermined operation including spraying water or other liquids on the exterior of a building, particularly an existing building.

It may be necessary to perform an operation including spraying a liquid on the exterior of the building (hereinafter, such an operation is sometimes referred to as “target operation”). For example, when cleaning the exterior of a building, it is necessary to spray water on the exterior of the building, and even in the case of sanding in the pretreatment for repainting the exterior of the building, It is necessary to spray water on the exterior of the object.
The target work is usually performed by an operator who rides on a lifting scaffold that can be raised and lowered along the side of the building. The lifting scaffold is a gondola that is hung from a winch or the like placed on the rooftop often used for cleaning windows of buildings, or fixed to a mast built along the outer surface of the building Or a mast climbing type work platform (trademark) platform having a drive mechanism that moves up and down with respect to the mast and a scaffold. The worker performs the target work on the exterior of the building from the lifting scaffold that is raised and lowered along the outer surface of the building and stopped at an appropriate position.

  However, conventionally, the water and other liquids generated by the target work performed in this way are left on the ground as they are or on one end of the lifting scaffold. Therefore, conventionally, when the target work is performed, the lower part where the target work is being performed is blocked so that the liquid dripping from a pedestrian walking around the building is not applied. However, there are many inconveniences such as pedestrians, and even if measures are taken to close the road just under the target work, the liquid may splash to unexpected places due to the wind, so the effect of the road stop is Sometimes it is insufficient.

  This invention makes it the subject to reduce the dripping of the liquid in the case of performing the object operation | work which is an operation | work including spraying a liquid with respect to the exterior of a building.

The inventor of the present application proposes the following method and apparatus as an invention for solving such a problem.
The method of the present invention can be used when the target work is performed on the exterior of a predetermined building having drain outlets for drainage in places in the height direction.
More specifically, the present invention is configured to be able to move up and down along the outer surface of a predetermined building having drain outlets for drainage in places in the height direction, and to the liquid on the outer surface of the building. Using a lifting platform having a bottom surface on which a worker who performs a target work, which is a predetermined work involving spraying, and a fence that surrounds the bottom surface to prevent the worker from falling The processing method for the exterior of the building, which allows the worker who is on the lifting scaffold to move up and down with respect to the building to perform the target work.
In this processing method, the bottom surface of the lifting scaffold and a portion of the fence up to a predetermined height are covered with a water-proof sheet in a watertight manner, and a flexible tubular drainage pipe is formed on a part of the bottom surface. Connecting the ends, stopping the lifting scaffold at a position suitable for performing the target work, positioning the tip of the drainage pipe near the drain outlet located at a position lower than the stopped lifting scaffold, The liquid generated by the target operation dropped in the space surrounded by the water-impervious sheet can be drained from the drain outlet near the tip of the drain pipe through the drain pipe.
According to this processing method, liquid such as water generated by the target work is temporarily stored in a space (more specifically, a substantially ship-shaped space with the upper side open) surrounded by a water-impervious sheet on the lifting platform. Then, it is led to a drain outlet provided in the building through the drain pipe, and drained from the drain outlet. Thereby, according to this processing method, it becomes possible to prevent the liquid dripping generated by the target work.
In addition, as a drain outlet with which a building is equipped, the drain outlet for rainwater drainage normally provided in the veranda of an apartment can be used, for example.

The lifting scaffold in the present invention may be a gondola or a mast climbing type work platform platform.
Work to cover the bottom surface of the lifting scaffold with a water shielding sheet, work to cover the part of the fence up to a predetermined height with a water shielding sheet, work to cover the necessary area of the lifting scaffold watertight, and flexibility to part of the bottom surface The order of connecting the base ends of the tubular drainage pipes is not limited. Finally, if the bottom of the lifting scaffold and the part up to the predetermined height of the fence are covered with a water-tight sheet, and the base end of a flexible tubular drainage pipe is connected to a part of the bottom That's enough. “The bottom of the lifting scaffold and a portion of the fence up to a predetermined height are covered with a water-tight sheet, and a base end of a flexible tubular drainage pipe is connected to a part of the bottom.” The sentence has such a meaning.
The tip of the drain pipe in the present invention may be connected to the drain outlet of the building, but it may be positioned near the drain outlet (for example, simply “put”).
In addition, the drainage outlet that positions the tip of the drainage pipe in the vicinity of it is located below the stopped lifting scaffold, and the liquid accumulated in the space surrounded by the water shielding sheet flows down naturally in the drainage pipe. What is necessary is just to select suitably from such things. However, from the viewpoint of ease of work and shortening the length of the drainage pipe, it is wise to select the one immediately below the lifting scaffold.

The lifting scaffold usually has a fence to prevent the operator from falling.
The water shielding sheet that covers the fence only needs to cover the fence to a predetermined height, but may cover the fence to its full height.
The fence usually surrounds the bottom of the lifting scaffold.
It is good also as what inclined the front fence part which is a part which goes to the said building among the fences toward the said building. If the lifting scaffold having such a front fence portion is used, the possibility that liquid generated by watering the operator from above the lifting scaffold will drop from the gap between the lifting scaffold and the building is reduced. .
In this case, the narrower the distance between the front end of the front fence and the outer surface of the building, the more effectively the liquid can be prevented from dripping, but the distance is preferably about 20 cm or less, for example. In order to prevent the liquid from dripping, it is preferable to employ such an interval.

When the said building is provided with the overhang | projection part extended in the horizontal direction for every predetermined space | interval of a height direction, the processing method of this invention can be as follows.
That is, the two states of the normal state where the front fence part which is a part which goes to the building among the fences is inclined toward the building and the inclination state with respect to the building are smaller than the inclined state. It is movable so that it can be removed, and when the lifting platform is moving up and down, the front fence portion is set in a normal state to prevent the front fence portion and the overhanging portion from interfering with each other, and the lifting scaffold is stopped. When the target work is to be performed, it is possible to insert the front end of the front fence part below the overhanging part directly above by setting the front fence part to the inclined state.
In this way, the liquid sprayed on the building as the target work is performed will be reliably received by the front fence inserted under the overhang, so the dripping of the liquid is almost complete. At the same time, the front fence part can be prevented from interfering with the overhanging part when moving up and down.
An overhang | projection part is a veranda in case a building is an apartment, for example.

In the treatment method of the present invention, prior to the start of the target work, a protective member that covers the water shielding sheet that covers the bottom surface of the lifting scaffold is provided that prevents damage to the water shielding sheet that covers the bottom surface of the lifting scaffold. It may be arranged. Depending on the contents of the target work, objects that may cause damage to the water shielding sheet may fall on the water shielding sheet. Although damage to the water shielding sheet causes dripping of the liquid, if there is a protective member, damage to the water shielding sheet can be effectively prevented.
The protection member may have any configuration as long as it can prevent damage to the water shielding sheet. For example, as the protection member, an elastic mat that covers the bottom surface and a plate material that covers the mat are disposed. Thus, not only can the water shielding sheet be effectively protected, but there is no need to force the operator to work on the elastic mat.

The inventor of the present application is allowed to move up and down along the outer side of a predetermined building having drain outlets for drainage in places in the height direction, and is accompanied by spraying of liquid on the outer side of the building. An elevating scaffolding having a bottom surface on which a worker who performs a target work that is a work of the vehicle can ride, a fence surrounding the bottom surface for preventing the operator from falling, and the bottom surface of the elevating scaffold A water shielding sheet that covers a portion of the fence up to a predetermined height in a watertight manner, and a flexible tubular drain pipe having a base end connected to a part of the bottom surface of the water shielding sheet. The drainage pipe is provided at a position suitable for performing the target work in order to allow the worker who has been on the lift scaffold that moves up and down relative to the building to perform the target work. When the lift is stopped The tip of the drainage outlet is located near the drainage port, and the liquid produced by the target work collected in the space surrounded by the water shielding sheet is removed from the drainage pipe. The present invention also proposes a processing apparatus for the exterior of a building, which is configured to be drained from the drain outlet located in the vicinity of the tip of the drain pipe through the pipe.
Even with such a processing apparatus, it is possible to obtain the same effects as the processing method described above.

The side view including the partial cross section figure which shows the structure of the processing apparatus by 1st Embodiment of this invention, and a usage condition. The side view including the partially broken view which expands and shows the raising / lowering scaffold of the processing apparatus shown in FIG. The side view including the partial cross section figure which shows the structure of the processing apparatus by 2nd Embodiment of this invention, and a use aspect.

Hereinafter, a first embodiment and a second embodiment of the present invention will be described in detail with reference to the drawings.
In the embodiments, common objects are denoted by common reference numerals, and overlapping descriptions are omitted in some cases.

<< First Embodiment >>
FIG. 1 shows a processing apparatus according to a first embodiment of the present invention.
The processing device 100 is a device for performing the target work on the existing building 1. The target work is a work involving the spraying of liquid and is not necessarily limited to this, but in this embodiment, the work is the cleaning of the exterior of the building 1.
The existing building 1 is not necessarily limited to this, but is a high-rise apartment in this embodiment. The right side surface in FIG. 1 of the building 1 is the surface on which the target work is performed in this embodiment. The building 1 includes drain outlets for drainage at places in the height direction. More specifically, the building 1 of this embodiment includes a veranda 2 for each floor, but includes a drain port 3 at a predetermined position on the floor surface of the veranda 2. The drainage port 3 is an opening of a pipe for drainage for flowing the liquid flowing into the drainage to the outside, for example, a sewer not shown. The configurations of the veranda 2 and the drainage port 3 are extremely ordinary.

  The processing apparatus 100 includes a lifting scaffold 110 and a mast 120. The lifting platform 110 of the processing apparatus 100 including the lifting platform 110 and the mast 120 uses a so-called mast climbing type work platform. The mast climbing type work platform can be manufactured by using, for example, a work platform (trademark) manufactured by Arimac Heck Co., Ltd., where Gadelius Co., Ltd. is the sole import agent in Japan.

  The mast 120 is formed in a columnar shape, and stands upright beside the outer surface on which the target work of the building 1 is performed. The height of the mast 120 can be adjusted as necessary to perform the target work. Although not appearing in FIG. 1, a plurality of masts 120 (two in this embodiment) are set up in the depth direction of FIG. Both the masts 120 are configured by connecting mast members 121 together. The mast member 121 is not limited to this, but has a length of about 150 cm, for example. When standing the mast member 121 on the ground, it is a matter of course that appropriate measures can be taken such as providing a base to make the mast member 121 firmly fixed to the ground.

The lifting scaffold 110 is attached to the mast 120. The lifting / lowering scaffold 110 includes a plate-shaped scaffolding plate 111, a drive unit 112 fixed to the scaffolding plate 111, and a fence 113.
The scaffolding plate 111 serves as a scaffold for a worker who rides on the scaffolding plate 111 to perform the target work. Tools and devices necessary for the operator to perform the target work may be placed on the scaffolding plate 111, but the scaffolding plate 111 is in a state in which such tools and devices are placed thereon. , The worker who rides on it has sufficient strength to perform the target work. The scaffolding plate 111 has a plurality of holes for penetrating the mast 120, two in this embodiment. The scaffold board 111 is basically rectangular in plan view, but if the outer surface of the building 1 in plan view is uneven, the side facing the building 1 in plan view is It can be set as the shape corresponding to the unevenness | corrugation of the outer surface of the building 1. FIG. For example, if there is a dent on the outer surface of the building 1, a ledge can be provided on the side of the scaffolding plate 111 facing the outer surface of the building 1. In addition, although illustration is abbreviate | omitted, the hole which penetrates the drainage pipe mentioned later is made in the scaffold board 111.
The drive unit 112 can bite the mast 120, can be raised and lowered with respect to the mast 120 by a driving force such as hydraulic pressure, and can be stopped at an appropriate position of the mast 120. Has been. The drive unit 112 is provided directly below two holes for allowing the mast 120 formed in the scaffolding plate 111 to pass therethrough. In FIG. 1, the drive unit 112 is provided on the lower side of the scaffold plate 111, but the drive unit 112 may be mounted on the scaffold plate 111.
The fence 113 is intended to protect the worker so that the worker who rides on the scaffolding plate 111 does not fall from the lifting platform 110. The fence 113 is provided so as to surround the periphery of the scaffold plate 111. The configuration of the fence 113 is not particularly limited as long as it can respond to the operator's request for fall prevention.
Of the fence 113, a portion (front fence section 113 </ b> A) provided on the side of the scaffolding plate 111 facing the outer surface of the building 1 is inclined so as to collapse toward the building 1. In this embodiment, the distance between the front end of the front fence 113A and the outer surface of the building 1 is, for example, about 20 cm or less.

  A known mast climbing type lifting scaffold can be used as it is for the lifting scaffold 110 and the mast 120 described so far. However, since there is a case where the above-described hole for penetrating a drain pipe described later does not exist in the scaffold plate 111 of a general lifting scaffold, in that case, it is necessary to drill the hole in the scaffold plate 111. Will. Further, since the fence 113 of a general lifting scaffold is often perpendicular to the scaffolding plate 111 also in the front fence portion 113A, it is often necessary to incline the front fence portion 113A as described above. .

A vertical section of the lifting scaffold 110 is shown in an enlarged manner in FIG.
On the inside of the scaffolding plate 111 and the fence 113 of the lifting / lowering scaffold 110, a water shielding sheet 114 is disposed. The worker performs the work of arranging the water shielding sheet 114.
The water shielding sheet 114 of this embodiment is made of resin. The water shielding sheet 114 covers substantially the entire surface of the scaffold plate 111 and also covers the entire inner surface of the fence 113. The water-impervious sheet 114 only needs to cover the fence 113 to a certain height, but in this embodiment, the water-impervious sheet 114 covers the entire inside of the fence 113. Although the water-impervious sheet 114 has a generally open ship shape on the upper side as a whole, the water-impervious sheet 114 may be a single sheet or connected by, for example, welding a plurality of sheets. It may be configured. However, in any case, the water-impervious sheet 114 is water-tight except for a portion where the upper open open space is open.
A part of the water shielding sheet 114 that covers the scaffold plate 111 is provided with a hole (not shown). This hole is provided at a position corresponding to the above-described hole for allowing a drain pipe provided in the scaffold plate 111 to pass therethrough. It is formed by the water shielding sheet 114 by connecting the periphery of the drain pipe 130 penetrating the hole of the scaffold plate 111 to the water shielding sheet 114 around the hole drilled in the water shielding sheet 114 by welding or the like. The interior of the substantially ship-shaped space and the drain pipe 130 are in communication with each other. The drain pipe 130 is made of a flexible material. In this embodiment, the drain pipe 130 is made of the same resin material as the water shielding sheet 114.
A portion of the water shielding sheet 114 covering the scaffold plate 111 is covered with a mat 115. The operator performs an operation of covering the scaffold plate 111 with the mat 115. The mat 115 preferably covers the entire surface of the water shielding sheet 114 covering the scaffold plate 111, but this need not necessarily be the case. The mat 115 is for protecting the water shielding sheet 114 and is made of an elastic material. The mat 115 is a mat made of a natural material such as an insulator mat, or a mat made of a resin such as urethane foam. The mat 115 can be formed by cutting a large mat in accordance with the shape of the scaffolding plate 111 at the site, for example. The mat 115 is not necessarily one piece.
The entire surface of the mat 115 is covered with a plate 116, which is a veneer plate in this embodiment. On the mat 115 having elasticity, it is difficult for an operator to work. With the plate 116, the operator can easily work.

Using the processing apparatus 100 as described above, the worker performs the target work.
When performing the target work, the worker first gets on the scaffolding plate 111 of the lifting scaffold 110. And the raising / lowering scaffold 110 is raised / lowered to the position a little lower than the suitable height which performs object work | work, and the raising / lowering scaffold 110 is stopped there.
Therefore, the operator descends from the lifting / lowering scaffold 110 to the veranda 2 and positions the tip of the drainage pipe 130 near the drainage port 3 of the veranda 2. At this time, the position of the tip of the drain pipe 130 is drained by pushing the tip of the drain pipe 130 into the drain port 3 or attaching a weight to the tip of the drain pipe 130 placed in the vicinity of the drain port 3. It is also possible to fix in the vicinity of the mouth 3. In order to allow the operator to draw the drainage pipe 130 hanging down from the lifting scaffold 110 to the hand, for example, a string in which the tip is connected to the vicinity of the tip of the drainage pipe 130 and the base end is tied to the front fence portion 113A. Should be prepared in advance. An operator can draw the tip of the drainage pipe 130 that hangs down below the scaffolding plate 111 by handing the string.

Next, the worker raises / lowers the lifting platform 110 to an appropriate height for performing the target work, and stops the lifting platform 110 there.
In this state, the worker performs the target work. The liquid generated by the target work (in this embodiment, water sprayed on the outer surface of the building 1 to clean the exterior of the building 1) falls on the front fence 113A and is inclined to the front fence. It reaches on the water-impervious sheet 114 that covers the scaffolding plate 111 through 113A. The liquid reaching the water shielding sheet 114 covering the scaffold plate 111 reaches the drainage port 3 of the veranda 2 through the drainage pipe 130 and is appropriately drained from the drainage port 3.
Such a flow of the liquid prevents the liquid generated by performing the target work from dripping involuntarily.

The worker who has finished the target work at that height raises and lowers the lifting scaffold 110 to the height when the tip of the drainage pipe 130 is positioned in the vicinity of the drainage port 3, and collects the drainage pipe 130.
Then, the worker performs the next target work by repeating the above description.
In general, an operator performs a target work from the top of the building 1 to the bottom or from the bottom of the building 1 to the top. When the necessary target work is completed, the lifting platform 110 is lowered to the ground, and the worker gets down to the ground.

  The lifting platform 110 in this embodiment is a platform included in a mast climbing type work platform. However, even if a gondola of a type suspended from a rooftop is used as the lifting platform 110, the same as in the first embodiment. The target work can be performed.

<< Second Embodiment >>
FIG. 3 shows a processing apparatus 100 according to the second embodiment of the present invention. The processing apparatus 100 is not so different in configuration from the processing apparatus 100 according to the first embodiment.
The processing apparatus 100 of 2nd Embodiment is for performing target work with respect to the existing building 1 similarly to the processing apparatus 100 of 1st Embodiment, and is provided with the raising / lowering scaffold 110 and the mast 120. FIG.
The mast 120 of the second embodiment is not different from that of the first embodiment.
The lifting scaffold 110 of the second embodiment is basically the same as the lifting scaffold of the first embodiment, and includes a scaffold plate 111, a drive unit 112, and a fence 113. The scaffold plate 111 and the drive unit 112 of the second embodiment are not different from those of the first embodiment.

The processing apparatus 100 of the second embodiment is different from the processing apparatus 100 of the first embodiment in its front fence 113A. Although the front fence 113A in the first embodiment is fixed and immovable, the front fence 113A in the second embodiment is movable.
As shown in FIG. 3, the front fence 113 </ b> A in the second embodiment is greatly inclined toward the building 1 (state shown by a solid line) and the inclination toward the building 1 is small (FIG. 3). Is perpendicular to the scaffolding plate 111 and is indicated by a two-dot broken line), and is movable from the proximal end between the two states, and can be fixed in the two states. Has been.
In order to allow such movement, the front fence portion 113A in the second embodiment is hinge-connected to the scaffold plate 111 at the base end. The movement of the front fence 113A may be automatically performed using some power, but may be manually performed. In this embodiment, the movement of the front fence 113A described above is realized manually.
In the second embodiment, in order to realize such movement of the front fence 113A, the water shielding sheet 114 covering the fence 113 has some allowance. That is, when the front fence portion 113A falls from the state indicated by the two-dot broken line to the state indicated by the solid line, the portion of the fence 113 adjacent to the front fence portion 113A and the front fence portion 113A is between A triangular gap is created. In the water-impervious sheet 114 of the second embodiment, an excess of the size corresponding to the gap is folded in advance between the front fence 113A and the adjacent fence 113, and the front fence 113A falls down. In addition, the watertightness of the substantially ship-shaped space formed by the water shielding sheet 114 and having the above-described upper side opened is maintained. The mat 115 and the plate 116 are not changed between the first embodiment and the second embodiment.

  In 2nd Embodiment, the front-end | tip of 113 A of front fence parts of the state inclined greatly toward the building 1 reaches the position which interferes with the veranda 2 which the building 1 has. On the other hand, the tip of the front fence 113A in the second embodiment does not come into contact with the veranda 2 of the building 1 when the front fence 113A is in a position substantially perpendicular to the scaffolding plate 111. ing.

Using the processing apparatus 100 of the second embodiment as described above, the worker performs the target work.
When performing the target work, the worker first gets on the scaffolding plate 111 of the lifting scaffold 110. And the raising / lowering scaffold 110 is raised / lowered to the position a little lower than the suitable height which performs target work | work, and the raising / lowering scaffold 110 is stopped there. When raising / lowering the raising / lowering scaffold 110, since the front fence part 113A exists in the substantially perpendicular | vertical position with respect to the scaffold board 111, even if the raising / lowering scaffold 110 raises / lowers, it does not interfere with the veranda 2 of the building 1. FIG.
When the lifting scaffold 110 is stopped, the operator descends from the lifting scaffold 110 to the veranda 2 and positions the tip of the drainage pipe 130 near the drainage port 3 of the veranda 2. This is the same as in the case of the first embodiment. The worker also makes the front fence 113A of the lifting scaffold 110 greatly inclined toward the building 1 (state shown by the solid line in FIG. 3). It does not matter whether the front fence 113A is greatly inclined and the front end of the drainage pipe 130 is positioned near the drainage port 3 of the veranda 2.

Next, the worker raises / lowers the lifting scaffold 110 to an appropriate height for performing the target work, and stops the lifting scaffold 100 there. At this time, the front end of the front fence portion 113 </ b> A is inserted into the lower side of the veranda 2.
In this state, the worker performs the target work. The liquid generated by the target work (in this embodiment, water sprayed on the outer surface of the building 1 to clean the exterior of the building 1) falls on the front fence 113A and is inclined to the front fence. It reaches on the water-impervious sheet 114 that covers the scaffolding plate 111 through 113A. The liquid reaching the water shielding sheet 114 covering the scaffold plate 111 reaches the drainage port 3 of the veranda 2 through the drainage pipe 130 and is appropriately drained from the drainage port 3.
Such a flow of the liquid prevents the liquid generated by performing the target work from dripping involuntarily.

The worker who has finished the target work at that height raises and lowers the lifting scaffold 110 to the height when the tip of the drainage pipe 130 is positioned in the vicinity of the drainage port 3 and collects the drainage pipe 130. The fence 113A is returned to a position substantially perpendicular to the scaffold plate 111.
Then, the worker performs the next target work by repeating the above description.
In general, an operator performs a target work from the top of the building 1 to the bottom or from the bottom of the building 1 to the top. When the necessary target work is completed, the lifting platform 110 is lowered to the ground, and the worker gets down to the ground.

DESCRIPTION OF SYMBOLS 1 Building 2 Veranda 3 Drainage port 100 Processing apparatus 110 Lifting scaffolding 111 Scaffolding plate 112 Drive part 113 Fence 113A Front fence part 114 Impermeable sheet 120 Mast

Claims (6)

An object that is capable of moving up and down along the outer surface of a predetermined building having drain outlets for drainage in places in the height direction, and that is a predetermined operation involving spraying liquid on the outer surface of the building Using a lifting platform having a bottom surface on which a worker who performs work can get on, and a fence surrounding the bottom surface to prevent the worker from falling,
It is a processing method for the exterior of a building that causes the worker on the lifting scaffold to go up and down with respect to the building to perform the target work,
Covering the bottom surface of the lifting scaffold and a portion up to a predetermined height of the fence in a watertight manner with a water shielding sheet, and connecting a proximal end of a flexible tubular drainage pipe to a part of the bottom surface,
Stop the lifting scaffold at a suitable position to perform the target work;
Position the tip of the drainage pipe near the drainage outlet located at a position lower than the stopped lifting scaffold,
The liquid generated by the target operation dropped and stored in the space surrounded by the water shielding sheet is allowed to be drained from the drain outlet near the tip of the drain pipe through the drain pipe.
Processing method. The front fence part which is a part which goes to the building among the fences shall be inclined toward the building.
The processing method according to claim 1. In the case where the building is provided with a projecting portion projecting in the horizontal direction at every predetermined interval in the height direction,
The front fence part which is a part which goes to the said building among the said fences can take two states, the inclination state inclined toward the said building, and the normal state where the inclination with respect to the said building is smaller than the said inclination state. Make it movable,
By making the front fence part in a normal state when the lifting scaffold is going up and down, preventing the interference between the front fence part and the overhanging part,
When stopping the lifting scaffold and allowing the operator to perform the target work, the front fence part is placed in the inclined state, so that the tip of the front fence part is inserted below the overhanging part immediately above it. ,
The processing method according to claim 1. Prior to the start of the target work, to prevent damage to the water shielding sheet covering the bottom surface of the lifting scaffold, a protective member covering the water shielding sheet covering the bottom surface of the lifting scaffold is disposed.
The processing method according to claim 1. As the protective member, an elastic mat that covers the bottom surface and a plate material that covers the mat are disposed.
The processing method according to claim 4. An object that is capable of moving up and down along the outer surface of a predetermined building having drain outlets for drainage in places in the height direction, and that is a predetermined operation involving spraying liquid on the outer surface of the building An elevating scaffold having a bottom surface on which a worker performing work can get on, and a fence surrounding the bottom surface to prevent the worker from falling,
A water shielding sheet for watertightly covering the bottom surface of the lifting scaffold and a portion up to a predetermined height of the fence;
A flexible tubular drain pipe having a base end connected to a part of the bottom surface of the water shielding sheet;
With
The drainage pipe stops the lifting scaffold at a position suitable for performing the target work in order to cause the worker who is on the lifting scaffold to lift and lower the building to perform the target work. Sometimes, the tip can be located near the drainage port located at a position lower than the suspended scaffolding that has been stopped,
The liquid generated by the target work dropped and stored in the space surrounded by the water shielding sheet is drained from the drain outlet near the tip of the drain pipe through the drain pipe. ,
Processing equipment for the exterior of buildings.

Images