KR102127012B1 - Up-and-down moving module and up-and-down moving system of screen fence for demolishing building - Google Patents

Abstract

The present invention relates to a shielding technology for building dismantling, and more specifically, a shielding film for building dismantling is installed only on the uppermost floor of a building subject to dismantling, and when the uppermost layer is dismantled, the installed shielding film is moved to the target layer to be dismantled and then demolished sequentially. The present invention relates to a Shanghai-dong module, which includes a module for building and dismantling the building, which can move the screen up and down so as to perform the construction.

Description

A shielding module for building dismantling and a shielding system for building dismantling that includes it {Up-and-down moving module and up-and-down moving system of screen fence for demolishing building}

The present invention relates to a shielding technology for building dismantling, and more specifically, a shielding film for building dismantling is installed only on the uppermost floor of a building subject to dismantling, and when the uppermost layer is dismantled, the installed shielding film is moved to the target layer to be dismantled and then demolished sequentially. The present invention relates to a Shanghai-dong module, which includes a module for building and dismantling the building, which can move the screen up and down so as to perform the construction.

Recently, as the city regeneration project is actively progressing, many works have been done to dismantle and rebuild old buildings or to rebuild new buildings or to dismantle only certain parts of buildings. There are various methods of dismantling existing buildings, but in the process of dismantling, most processes inevitably cause noise and generate dust. In addition, since concrete debris generated during dismantling of buildings may damage surrounding buildings, pedestrians, vehicles, etc., dismantling is a task that requires very careful attention. Moreover, if the buildings to be dismantled are located in a downtown area or a residential area, the surrounding buildings are damaged due to noise and dust generated during the dismantling of the building, and complaints are generated to act as a cause of air delay.

In general, when building demolition, it is a rule to install a front screen using rain cover in principle, but the installation cost is high for high-rise buildings, and it is difficult to secure the installation space and wind safety in urban areas. Therefore, in order to prevent dust and building debris from damaging the surrounding buildings or people, a shielding film using a rain cover is generally installed on the building surface to dismantle the work, but the covering is not completely enclosed in the demolition layer. There is an injustice that debris or noise leaks out, and there is also the hassle of dismantling the cover of the demolished floor every time it is demolished. Therefore, as the building structures to be demolished are high-rise, it is required to develop new construction methods that are safe and economical.

In recent years, building dismantling methods have been proposed to sequentially dismantle an aging high-rise building from the upper floor to the lower floor, that is, after the high-rise building dismantles the upper floor, the steps of dismantling the upper layer located below it are sequentially performed. By applying and dismantling a high-rise building, methods that minimize noise and dust generation have been proposed. Among these technologies, in Korean Patent Registration No. 10-1027860 (name: eco-friendly automatic building dismantling method and building dismantling structure), installing a first support projecting out of the building; Installing a support pillar and a side disassembly film on an upper portion of the first support, and installing a guide beam movable in the vertical direction on the support pillar or the side disassembly film; Dismantling the part of the building surrounded by the side dismantling film, and then installing a second support under the first support; Moving the guide beam downward to mount the lower side of the guide beam on the second support; Removing the first support from the building; And moving the support column and the side dismantling film downward and mounting the second support on the second support, and the building dismantling method is repeatedly described in accordance with the height of the high-rise building to be demolished. .

However, in the above patent, the shielding structure is composed of a cylinder and a guide beam for vertical movement, a shielding column supporting column for supporting a side shielding membrane, and a support for supporting the upper shielding membrane and the shielding membrane structure, as shown in FIG. 6A. The guide beam 26 is moved downward by the hydraulic pressure of the cylinder to be supported by the mounting portion 41 of the second support 40, and the first support 10 is disassembled to support the pillar 22 by cylinder hydraulic pressure. It is made by a method of moving the second support to the support pillar mounting portion 42 and is moved to a method of repeatedly dismantling the guide beam mounting portion 41 as shown in FIG. 6B during the next step movement.

As described above, the patent is not only complicated in structure, but also has a heavy weight of components, and is not economical by using a hydraulic cylinder as an elevating means, as well as being too heavy as a whole, and not only has a large self-weight, but also ensures structural stability at the same time in Shanghai. There was a problem that was difficult to use when dismantling high-rise buildings. Therefore, it is necessary to develop a technology capable of solving these problems.

Patent registration number 10-1027860

The present inventors have completed the present invention by developing a shielding film shandong-dong module having a structure that can install a shielding film only on the demolition target layer and move the masking film to the next lower layer after demolition construction.

Therefore, the object of the present invention can be repeatedly used up to the lowermost layer once installed on the uppermost layer during demolition construction, and the installation of a blanking film can be more effectively installed on the lower lower layer, thus simplifying construction, reducing manpower and shortening air, and grounding during the construction period. It is to provide a screening storage area and a screening system for building dismantling that does not require large-sized equipment.

In addition, another object of the present invention is composed of standardized modules and can be used without being relatively limited in building width, cross-sectional shape, double-sided wall type, etc., and can be reused in demolition construction of other demolition target buildings after dismantling of the demolition target building. Therefore, it is to provide an eco-friendly structure for the building decomposition Shanghaidong module and the building decomposition for the building decomposition Shanghaidong system.

The object of the present invention is not limited to the above-mentioned object, and even if not explicitly mentioned, the object of the invention that can be recognized by those skilled in the art from the description of the detailed description of the invention described below may also be included. .

In order to achieve the object of the present invention described above, first, the present invention is a support end portion including a plurality of pairs of fixed support ends which are installed on a straight line at regular intervals by protruding toward the outer wall of the floor surface constituting each floor of the building to be dismantled. ; A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building; A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And an operation unit for moving the cover layer support portion and the shanghai copper support layer to a lower level than the installed floor.

In a preferred embodiment, the shanghai copper support section has a length of three or more stories of the building to be dismantled, and a pair of vertical support members are disposed parallel to each other at regular intervals, and the upper ends of the pair of vertical support members are connected to each other. And an upper horizontal member and a lower horizontal member connecting the lower portions of the pair of vertical support members to each other.

In a preferred embodiment, the support end protrudes toward the outer walls of the n-floor floor, n-1 floor, n-2 and n-3 floors, which are the top floors of the building to be dismantled, one pair for each floor. It includes a plurality of fixed support ends that are formed.

In a preferred embodiment, the movable support member is disposed such that the vertical support member is inserted into the hollow in a cylindrical shape with a hollow formed therein.

In a preferred embodiment, the upper and lower portions of the shanghai east support portion are respectively provided by a pair of fixed support stages installed at regular intervals to the outer wall side of the n-floor floor surface and the n-3 floor floor, which are the uppermost floors of the dismantling building. The dismantling target is fixed to the dismantling target building, and the obstruction membrane supporting unit is disassembled by a pair of fixed supporting ends installed at regular intervals to the outer walls of the n-1 floor and n-2 floors of the dismantling target building. It is fixedly installed in the building.

In a preferred embodiment, the screen support is a movable support member that is fixedly installed to be movable along the pair of vertical support members, and is disposed at regular intervals on the rear surface of the movable support member to move by two or more front and rear bars. The back side of the support member and its front side are fixedly connected, and the front side has a height capable of fixing the cover layer at a position where the movable support member is not provided, the side cover layer member installed on the cover layer support member, and the side cover layer It includes a bottom cover film member installed under the member.

In a preferred embodiment, the screening member further includes a dust scattering prevention member installed at an upper portion of the screening member to be inclined to form an acute angle with the screening member supporting the front side of the screening member.

In a preferred embodiment, the dust scattering preventing member includes a frame including a plurality of rectangular lattice structures, an air purifying filter installed in the lattice structure of the frame, a fixing member fixing the frame to the shielding member, and both ends of the frame It includes a sprinkler installed on any one or more of the upper portion.

In a preferred embodiment, the movable support member is disposed at the same distance as the pair of vertical support members and a pair of movable supports formed shorter than the obstruction film supporting member, a lower portion, an intermediate portion of the pair of movable supports, and It includes three horizontal bars fixedly installed between the upper portions and a pair of first front and rear bars extending vertically to the rear of the pair of movable supports perpendicular to the horizontal bars installed in the middle portion.

In a preferred embodiment, the obstruction membrane support member is disposed at the same interval as the pair of movable supports, and the pair of first and second front and rear bars formed on the movable support is fixed and the pair is formed longer than the movable support member. A pair of second front and rear bars, which are formed to extend in front of the pair of screens and parallel to the first front and rear bars, and are fixed to the top of the pair of movable supports, between the bottom of the pair of screens and the Two horizontal bars inserted between the positions where the second front and rear bars are formed and fixed to be parallel to each other, installed at regular intervals in parallel with each other on the front side of the pair of screens so as to have a longer length parallel to the horizontal bars It includes two or more horizontal crossbeams on which the screen member is installed, and a horizontal crossbeam installed on the bottom of the horizontal crossbeams and a bottom screen cover that is installed at intervals in which the bottom cover member is inserted.

In a preferred embodiment, the movable support member is disposed at the same interval as the pair of vertical support members and a pair of movable supports formed shorter than the obstruction membrane support member, the lower, lower, and middle parts of the pair of movable supports. It includes four horizontal bars fixedly installed between the part and the upper part, and a pair of first front and rear bars extending vertically to the rear of the pair of movable supports perpendicular to the horizontal bar installed in the middle part.

In a preferred embodiment, the shielding film supporting member is disposed at the same distance as the pair of moving supports and fixed to a pair of first front and rear bars formed in the middle of the moving support, and a pair formed longer than the moving support members A pair of second front and rear bars, which are formed to extend in front of the pair of the front and rear movable pair in parallel with the first front and rear bars, and a pair of second front and rear bars fixed to the upper portion of the pair of movable support bars, and the pair in parallel with the second front and rear bars. A pair of third front and rear bars extending from the front of the obstruction support to be fixed to the lower portion of the movable support, a position where the second front and rear bars of the pair of obstruction support are formed, the position fixed to the first front and rear bars, and the third anteroposterior Three horizontal bars inserted between the positions where the bars are formed and fixed to be parallel to each other, are installed at regular intervals parallel to each other on the front side of the pair of screens so as to have a longer length parallel to the horizontal bars and the side screening members It includes two or more horizontal crossbeams that are installed and a horizontal crossbeam that is installed at the bottom of the horizontal crossbeams and a bottom cover membrane support that is installed at intervals where the bottom cover member can be inserted.

In a preferred embodiment, the at least one operation part is installed on the upper horizontal member and is connected to a horizontal bar installed at the top of horizontal bars installed between a pair of movable supports included in the movable support member to install the obstruction membrane support part. At least one is installed on the horizontal bar installed at the bottom of the horizontal bar installed between the first moving member moving below the floor and a pair of moving supports included in the moving support member, and connected to the lower horizontal member to connect the Shanghai winter solstice It includes a second operating member for moving the branch to the lower layer than the installed layer.

In a preferred embodiment, the first operating member and the second operating member are pulley means operated by a motor.

In addition, the present invention provides a shielding system for building dismantling, including a plurality of modules for building and dismantling any one of the buildings described above.

In a preferred embodiment, two or more of the shanghai-dong modules for building dismantling are operated in conjunction with each other.

The present invention described above has the following effects.

First, the shielding module for building dismantling of the present invention and the shielding system for building dismantling containing it can be repeatedly used up to the lowermost layer once installed on the top floor during demolition, and the shielding membrane can be installed more effectively on the lower floor. It is easy to construct, reduces manpower and shortens air, and requires no oversized storage space and large equipment during the construction period.

In addition, the shielding module for building dismantling of the present invention and the shielding system for building dismantling including the same are composed of standardized modules and can be used without being relatively limited in building width, cross-sectional shape, double-sided wall type, etc. When the building is dismantled, it can be reused for demolition of other demolition buildings, making it environmentally friendly.

These technical effects of the present invention are not limited to the above-mentioned ranges, and even if not explicitly mentioned, the effects of the invention that can be recognized by those skilled in the art from the description of specific contents for carrying out the invention described below are also Of course it is included.

1A is a side cross-sectional schematic view of a shielding module for building dismantling according to an embodiment of the present invention, FIG. 1B is a front schematic view, and FIG. 1C is an exploded side cross-sectional view. Figure 1d is a front view of a state in which the movable support member is installed in the shanghai copper support shown in Figure 1c (a), Figure 1e is a side cover film and the bottom cover film is installed in the cover film support member shown in Figure 1c (b) Fig. 1F is a front schematic view of the movable support member and the shielding film support member shown in Fig. 1A.
Figure 2a is a side cross-sectional schematic view of a shielding module Shanghaidong module for building dismantling according to another embodiment of the present invention, Figure 2b is a front schematic view, Figure 2c is an exploded side cross-sectional view. Figure 2d is a front view of a state in which the movable support member is installed in the shanghai copper support shown in Figure 2c (a), Figure 2e is a state in which the side cover film and the bottom cover film is installed in the cover film support member shown in Figure 2c (b) It is a front schematic view, and FIG. 2F is a front schematic view of the movable support member and the shielding film support member shown in FIG. 2A.
Figure 3a is a side cross-sectional schematic view of a shielding module Shanghaidong module for building dismantling according to another embodiment of the present invention, Figure 3b is a front schematic view, Figure 3c is an exploded side cross-sectional view. 3D is a front schematic view of a state in which a side cover film and a bottom cover film are installed on the cover film support member shown in FIG. 3C (B), and FIG. 3E is a front view of the movable support member and the cover film support member shown in FIG. 3A.
Figure 4a is a side cross-sectional schematic diagram showing a state in which the shielding system for the dismantling of the building, which includes a large number of shielding panels for the dismantling of the building shown in FIG. 1a, is installed in a building subject to dismantling, and FIG. It is a side cross-sectional schematic diagram showing the state of the installation of the Garimmak Shanghai East System for the demolition of a building that contains a number of modules.
Figure 5 is a side view schematically showing the principle of the vertical movement of the shielding module Shanghaidong module for building dismantling in the state in which the module for building dismantling Shanghaidong module of the present invention is installed in the building to be dismantled.
6A and 6B show a Shanghaidong structure of a screen structure according to the prior art.

The terminology used in the present invention is only used to describe specific embodiments, and is not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, terms such as “include” or “have” are intended to indicate the presence of features, numbers, steps, actions, components, parts or combinations thereof described in the description of the invention, one or more other It should be understood that features or numbers, steps, actions, components, parts or combinations thereof are not excluded in advance.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from other components. For example, the first component may be referred to as a second component without departing from the scope of the present invention, and similarly, the second component may also be referred to as a first component.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person skilled in the art to which the present invention pertains. Terms, such as those defined in a commonly used dictionary, should be interpreted as having meanings consistent with meanings in the context of related technologies, and should not be interpreted as ideal or excessively formal meanings unless explicitly defined in the present invention. Does not.

In interpreting the components, it is interpreted as including the error range even if there is no explicit description. In particular, when the terms “about”, “substantially”, etc. of degree are used, it can be interpreted as being used in or close to the numerical values when manufacturing and substance tolerances unique to the stated meaning are given. .

In the case of the description of the time relationship, for example,'after','following','~after','~before', etc. When the temporal sequential relationship is explained,'right' or'directly' Also includes cases where'is not continuous unless used.

Hereinafter, the technical configuration of the present invention will be described in detail with reference to the accompanying drawings and preferred embodiments.

However, the present invention is not limited to the embodiments described herein and may be embodied in other forms. The same reference numerals used to describe the present invention throughout the specification indicate the same components. In addition, in describing the present invention, when it is determined that detailed descriptions of related well-known structures or functions may obscure the subject matter of the present invention, detailed descriptions thereof will be omitted.

The technical features of the present invention, once installed, can be repeatedly used up to the bottom layer installed on the top floor of the demolition target building, can be disassembled and reused for demolition of other demolition buildings. It is located in the Shanghai East System, which is a cover for the dismantling of buildings including the mobile module.

Therefore, the shielding module for the dismantling of the building of the present invention comprises: a support end portion including a plurality of pairs of fixed support ends which are installed on a straight line at regular intervals by protruding toward the outer wall of the bottom surface constituting each floor of the building to be dismantled; A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building; A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And an operation unit that moves the cover layer support portion and the shanghai copper support portion to a lower layer than the installed layer.

The dismantling building, which is the target of installation of the Shanghaidong module for the dismantling of the building of the present invention, may be a high-rise building of 10 or more stories, and the uppermost layer of the dismantling building is n-layers, and the lower floors are sequentially n-1, n The configuration of the present invention will be described by defining two layers and n-3 layers. Here, the nth floor means 30th floor at first when the building to be dismantled is originally a 30th floor, but of course, the 30th floor is demolished when the demolition construction starts and 30 floors are demolished. do.

First, the configuration of the shielding module for the building dismantling according to the first embodiment of the present invention will be described with reference to FIGS. 1A to 1F.

1A is a side cross-sectional schematic view of a shielding module for building dismantling according to an embodiment of the present invention, FIG. 1B is a front schematic view, and FIG. 1C is an exploded side cross-sectional view. Figure 1d is a front view of a state in which the movable support member is installed in the shanghai copper support shown in Figure 1c (a), Figure 1e is a side cover film and the bottom cover film is installed in the cover film support member shown in Figure 1c (b) Fig. 1F is a front schematic view of the movable support member and the shielding film support member shown in Fig. 1A.

As shown in Figures 1a to 1f, the shielding module Shanghaidong module 10 for dismantling a building of the present invention includes a support end 400, a shanghai copper support 100, a shielding film support 200 and an operation part 300 do.

The supporting end 400 is a component for fixing the shielding module for the building dismantling of the present invention to the building to be dismantled, and protrudes toward the outer wall of the bottom surface constituting each floor of the building to be dismantled in a straight line at regular intervals. It includes a plurality of pairs of a pair of fixed support ends installed on.

Particularly, as shown in FIG. 1A, the support end 400 protrudes toward the outer walls of at least the n-floor floor, n-1 floor, n-2 and n-3 floors, which are the top floors of the building to be dismantled. Each layer includes a plurality of fixed support ends formed by a pair, that is, the first fixed support 410, the second fixed support 420, the third fixed support 430, and the fourth fixed support 440 do.

Here, a plurality of fixed support ends included in the support end 400 can be fixed to the floor surface of the concrete building and stably support the shielding module for the building dismantling fixed to the fixed piece protruding from the outer wall. As long as it is a structure that can be used, all known components can be employed. As an embodiment, a bottom plate member fixed detachably with a floor surface of a concrete building for recycling and a support member integrally formed from the bottom plate member It may be a structure comprising a. Here, the support member is a component protruding to the outer wall of the building and vertically formed with the bottom plate member, and may have a plate-like structure in which screw holes are formed for screwing.

The shanghai east support unit 100 is fixedly installed on the support end 400 formed to protrude to the outer wall of the building to be dismantled to support and fix the obstruction membrane support unit 200 and the operation unit 300 in a state in which they are installed on a specific target layer, as well as a specific target layer When this demolition is carried out, it is a component that moves the cover supporting part 200 and the operating part 300 to the lower floor, and the upper part is fixed to a pair of fixed supporting ends installed on the uppermost layer of the supporting end part 400 and installed in the dismantling building. do.

The shanghai copper support part 100 is a pair of vertical support members 110 and a pair of vertical support members 100 that are installed side by side at regular intervals on the outer wall of the building to be dismantled. And a lower horizontal member 130 connecting the lower portions of the pair of vertical supporting members to each other.

Looking more specifically, as shown in Figures 1a to 1d, a pair of vertical support members 110 constituting the shanghai copper support 100 is spaced a certain distance to the outer wall of the building to be dismantled to be installed parallel to each other. Can. Here, the predetermined distance between the pair of vertical support members may be the same as the fixed interval where the pair of fixed support ends is installed. The vertical support member 110 is a tubular structure having a length of three or more layers, but the shape is not limited, but as an embodiment, a tubular structure having a rectangular cross section may be adopted. The upper and lower surfaces of the vertical support member 110 are formed with a fixed piece that can be fixedly connected to the upper horizontal member 120 and the lower horizontal member 130, and adjacent to the dismantling building of the lower side of the vertical support member 110. On the surface, a pair of fixed support ends, that is, a fourth fixed support end 440 and a support piece 111 that can be fixed, are formed to protrude from the outer wall of the bottom surface of the building to be dismantled to form a vertical support member 110. The lower end can be fixed detachably to the outer wall of the building to be dismantled. At this time, the support piece 111 is formed in a structure that can be moved downward along the vertical support member 110, the lower support end of the movable support member 210 moved downward along the vertical support member 110, as described later. 215 may not be prevented from being fixed in combination with the fourth fixed support end 440. In addition, the fixed piece 121 or the support piece 111 can be detachably attached to a pair of vertical support members 110 and an upper horizontal member 120 or a pair of vertical support members 110 and a fixed support end installed in a building, respectively. A screw connection structure can be adopted to ensure a smooth connection. Accordingly, as shown in FIGS. 1A and 1C, the vertical support member 110 is installed in a dismantled building in a spaced state without being directly connected to the dismantling target building, except for the support piece 111 at the lower end. Therefore, the shielding film support part 200 may be installed in a structure that can be moved along the vertical support member 110.

The upper horizontal member 120 is a component that is installed on the upper end of the pair of vertical support members 110, as shown in Figure 1d to connect the upper portion of the pair of vertical support members 100 to each other, a pair of It is a tubular structure having a length longer than a predetermined distance between the vertical support members 110, and the shape is not limited, but as an embodiment, a tubular structure having a rectangular cross section may be adopted. Among the side surfaces of the upper horizontal member 120, the adjacent surface of the building to be dismantled protrudes from the outer wall of the floor of the object to be dismantled, and there is a pair of fixed support ends installed on each floor and a pair of support pieces 121 that can be fixed. It is formed on both ends of the side can be fixed to the upper horizontal member 120 detachably to the outer wall of the building to be dismantled. Here, since the support piece 121 must be detachably fixed in correspondence with the support member constituting the support end 400, it may have the same structure as the support member. Among the side surfaces of the upper horizontal member 120, a corresponding fixing piece or a corresponding screw hole on which the fixing pieces formed on the upper ends of the pair of vertical supporting members 110 can be fixed is formed on the surface forming the lower surface in the state of being installed in the dismantling target building. Formed to the side, the upper horizontal member 120 and the pair of vertical support members 110 can be fixed to a vertically detachable structure.

The lower horizontal member 130 is a component that is installed at the lower end of the pair of vertical support members 110 as shown in Figure 1d to connect the lower portion of the pair of vertical support members 100 to each other, substantially upper The horizontal member 130 and the structure are the same. However, among the side surfaces of the lower horizontal member 130, there is a corresponding fixing piece or a corresponding screw hole on which a fixing piece formed at the lower end of the pair of vertical supporting members 110 can be fixed on the surface forming the upper surface in a state installed in the dismantling target building. It is formed on both ends of the side and fixes the lower horizontal member 130 and the pair of vertical support members 110 in a vertically detachable structure, and a pair of fixed support ends and a support piece that can be fixed are not formed at both ends. The only difference is that it did not. If necessary, the lower horizontal member 130 and the pair of vertical support members 110 are not detachable and may be implemented as an integrally fixed structure.

Therefore, as shown in FIG. 1A, the shanghai copper support part 100 has a pair of support pieces 121 formed at both ends of the upper horizontal member 120 constituting the upper part and an n-floor floor surface which is the uppermost floor of the building to be dismantled. A pair of first fixed support ends 410 which protrude toward the outer wall and are installed at regular intervals are fixed, and are fixed to the dismantling target building at the lower side of the shanghai copper support part 100, but the lower end of the pair of vertical support members 110 The pair of fourth fixed support ends 440, which are formed at regular intervals and protrude toward the outer wall of the n-3 floor, may be fixedly installed in the dismantling target building. If necessary, in order to increase the support stability, the lower horizontal member 130 positioned under the pair of vertical support members 110 can also be installed detachably so as to fit the structure of the building so that it can be fixed to the outer wall of the building. Can.

The shielding film support part 200 is installed to be movable along the shanghai copper support part 100, and is a component that prevents the falling and dust of debris generated when the slab and the wall of the concrete structure to be dismantled are dismantled, and constitutes the shanghai copper support part 100. The movable support member 210 and the movable support member 210 which are installed on the outer wall of the building to be dismantled so as to be movable along the pair of vertical support members 110 and which are connected to the movable support member 210 are fixed. It can contain. Here, the blanking layer includes at least one of the side blanking member 230, the lower blanking membrane member 240 and the dust scattering preventing member 250.

As one embodiment, the shielding film support part 200 is disposed at a predetermined interval on the back of the movable support member 210 and the movable support member 210 which are fixedly installed to be movable along the pair of vertical support members 110. The back of the movable support member 210 and the front of the movable support member 210 are fixed by two or more front and rear bars, and the obstruction film support member 220 has a height capable of fixing the obstruction film at a position where there is no movable support member 210 on the front surface. The cover may include a side cover film member 230 installed on the support member 220 and a bottom cover film member 240 installed below the side cover film member 230.

In more detail, the movable support member 210 constituting the obstruction support 200 includes a obstruction film along a pair of vertical support members 110 constituting the shanghai copper support 100 having a length of 3 stories high in the building. As a component for moving the support part 200, as long as it can move along the vertical support member 110, its shape is not limited, but as an example, as shown in FIGS. 1A to 1C, the vertical support is provided therein. The vertical support member 110 may be disposed to be inserted into the hollow in the shape of a cylinder having a hollow having a diameter larger than the diameter of the member 110.

The movable support member 210, as shown in Figures 1c and 1d as an embodiment, is disposed at the same interval as the pair of vertical support members 110 and is formed to have a shorter length than the screen support member 220 Of the movable support 211, three horizontal bars 212 fixedly installed between the lower, middle, and upper portions of the pair of movable supports 211, that is, the first horizontal bar 212a, the second horizontal bar 212b , The third horizontal bar 212c and a pair of first front and rear bars 213 extending vertically to the rear of the pair of movable supports 211 vertically to the horizontal bar installed on the middle part, that is, the second horizontal bar 212b. It may include.

Here, the movable support 211 is a cylindrical or tubular structure, and the shape is not limited as long as it has a diameter through which the vertical support member 110 can be inserted, but as an embodiment, it is the same as that of the vertical support member 110. A tubular structure with a square cross section can be adopted. The movable support 211 may be implemented to be 2/3 or less of the length of the vertical support member 110.

The movable support member 210 protrudes from the outer wall of the bottom surface of the dismantling target building on a side adjacent to the dismantling target among the side surfaces of the movable support 211 as shown in FIG. Support pieces that can be fixed, that is, the intermediate support piece 214 and the lower support piece 215 are formed at the center and the lower portion of the movable support 211, respectively, so that the movable support 211 can be detachably fixed to the outer wall of the building to be dismantled. I can do it. The support piece formed on the movable support 211 also needs to be detachably fixed in correspondence with the support member constituting the support end 400, so that it can have the same structure as the support member.

Therefore, the shielding film supporting part 200 may be fixedly installed detachably to the building object to be dismantled by the moving support member 210. That is, the supporting member and the intermediate support piece 214 of the second fixed support end 420 installed to protrude toward the outer wall side of the floor of the n-1 floor of the dismantling building are fixed, and protrude toward the outer wall side of the floor of the n-2 floor This is because the support member and the lower support piece 215 of the installed third fixed support end 430 can be fixed.

The shielding film support member 220 is a component that is connected to the movable support member 210 to fix and support the shielding film. As an embodiment, as shown in FIGS. 1C and 1F, a pair of shielding film supports 221, two It includes a horizontal bar 222, a pair of second front and rear bars 223, two or more horizontal crossing beams 225, 226, and 227, and a bottom cover membrane support 228.

The obstruction support 221 is disposed at the same interval as the pair of movable supports 211, and the pair of first front and rear bars 213 formed on the movable support 211 and its lower ends are fixed, and the movable support member 210 The shape is not limited as a pair of tubular structures having a long length, but in one embodiment, a tubular structure having a rectangular cross section may be adopted.

The pair of second front and rear bars 223 extends to the front of the pair of obstruction membrane supports 221 in parallel with the pair of first front and rear bars 213 formed on the movable support 211 and the obscured movable support 211 Since it is fixed to the upper portion of the pair of movable supports 211, it is a component that connects the movable supports 211 and the mask support 221 at regular intervals. The predetermined interval between the movable support 211 and the shielding support 221 is the same as the length of the first front and rear bars 213 and the second front and rear bars 223.

The two horizontal bars 222 are inserted between the lower portion of the pair of shielding frames 221 and the positions where the second front and rear bars 223 are formed and fixedly installed in parallel to each other to connect the pair of shielding frames 221 to each other. Component.

Two or more horizontal cross-beams (225, 226, 227) are installed at regular intervals parallel to each other on the front side of the pair of screen support 221 so as to have a longer length and parallel to the horizontal bar 222. A side cover membrane member 230 may be installed between the lobos. Therefore, as long as it can act as a frame in which the horizontal side view can be installed with a side cover member 230 therebetween, the shape is not limited, but as shown in FIG. 1F, a U-shaped groove is provided on one or more of the lower surface and the upper surface. It may have a structure formed.

When the bottom cover membrane support 228 is installed at intervals in which the bottom cover membrane member 240 can be inserted in parallel with the horizontal crossbeam installed at the bottom of the horizontal crossbeam as a component for fixing the bottom cover membrane member 240, As long as the horizontal cross-beam and the length thereof are the same and can only support the bottom cover member 240, the shape is not limited, but as an embodiment, a pedestal having an a-shaped structure may be used as shown in FIG. 1F.

The side cover membrane member 230 is fixedly installed on two or more horizontal crosswalks (225, 226, 227) to prevent noise generated during demolition of the demolition and construction layer of the building targeted for demolition, and to prevent concrete debris from splashing around and dust is dismantled. It is a component that prevents lateral diffusion outside the scope of the target layer. The side cover film member 230 may be formed in a plate shape having an overall shape with a length and a thickness that can cover the demolition construction layer and a length longer than a predetermined interval between the pair of cover film supports 221.

The side-shielding member 230 includes, as an embodiment, a first side-shielding member 230a and a second side-shielding member 230b, as shown in FIG. 1E, the first side-shielding member 230a is a third The horizontal crossbeam 227 and the second water evaluation robo 226 are installed detachably with the upper and lower frames, and the second side cover membrane member 230b has a second water evaluation robo 226 and a third water evaluation robo ( 225) can be installed detachably with the upper and lower frames. Here, the first side-shielding member 230a and the second side-shielding member 230b may be made of one flat plate, but as shown in the figure, when configured with a plurality of plate-like members and connecting members, it is easy to install and store. In addition, if necessary, one or more of the first water evaluation robo 225 and the second water evaluation robo 226 or the second water evaluation robo 226 and the third water evaluation robo 227 are removed to ventilate the wind. Since it is possible to form a dragon window, it is possible to enhance the stability of the screen support 200 installed in the building to be dismantled when strong winds, including typhoons, are blown. In the case of a plate-shaped member, the outer wall is formed of a durable euro foam, and can be used repeatedly, and a sound absorbing agent is attached to the inside to be configured to block noise from leaking to the outside during dismantling. The connecting member has a plurality of plate-like members at regular intervals between the first evaluation robot 225 and the second evaluation robot 226 or between the second evaluation robot 226 and the third evaluation robot 227. It is formed longer than a certain interval in the inserted state is a component that connects a plurality of plate-like members detachably to each other.

The bottom cover film member 240 is installed at the lower portion of the side cover film member 230 and is a component that prevents concrete debris and the like from falling to the bottom during demolition of the dismantling layer, so that it is formed of a thinner and lighter material than the side cover film member 230. Can. As an embodiment, the bottom cover member 240 is a horizontal cross-beam installed at the bottom, that is, a first horizontal evaluation robot 225 and a pair of cover-block supports 221 spaced apart from the bottom to be installed in front of the bottom cover film support ( It is inserted and fixed between the 228), and includes a bottom cover membrane member 240 that is installed to be folded from one end side to the other end side opposite to the bottom cover membrane support 228.

As an embodiment, the bottom cover film member 240 may include a first bottom cover plate (not shown), a pedestal 242, and a second bottom cover plate 241 as illustrated in FIG. 1E. The first lower cover plate is inserted between the first water evaluation robo 225 and the lower cover cover 228, and is placed on the a-shaped lower cover cover 228, and is in contact with a bolt or the like under the lower cover cover 228. It is a plate-shaped member fixedly installed by a connecting member. The pedestal 242 is a rectangular plate-shaped structure extending vertically from the other end side of the first lower cover plate vertically to the lower portion thereof, and as shown in FIG. 1A, is placed on the second front and rear bars 223 to cover the lower cover layer member 240 ) Is a component that firmly supports. The pedestal 242 may be integrally extended from the first lower cover plate or may be extended by being detachably fixed by a fixing element. The second bottom cover plate 241 is fixedly installed at the other end side so that one end portion is folded from the other end of the first bottom cover plate to one end side of the first bottom cover plate, and the other side of the second bottom cover plate 241 The end is a component that spans the demolition construction layer of the building to be dismantled, and may be a rectangular plate-like member having a width equal to and narrower than that of the first lower cover plate. Here, as long as the second lower cover plate 241 can be installed so as to be foldable to the side of the blank cover 200 on the first lower cover plate, all known technical configurations can be used, but as an embodiment, the second lower cover plate is covered. The plate 241 may be fixed to the first lower cover plate by a foldable fixing member such as a hinge.

The operation unit 300 is a component that moves the obstruction support 200 and the shanghai copper support 100 to a lower floor than the installed floor, and moves the occlusion membrane support 200 and the shanghai copper support 100 to a lower floor than the installed floor. Any known component may be used as long as possible, and as an embodiment, a pulley means operated by a motor may be used. In this case, the operation unit 300 moves the first operation member 310 and the shanghai copper support unit 100 to the lower layer than the installed layer, as shown in FIG. The second operation member 320 may be included. Here, one or more of the first operation member 310 and the second operation member 320 may be installed.

When the first operation member 310 is installed in order to stably descend in consideration of the weight of the screening support 200, when the second operation member 320 is installed, as shown in the figure, two first operation members 310 are provided. The operating member 310 is installed at a suitable distance from the center of the upper horizontal member 120, the uppermost of the horizontal bar 212 installed between the pair of movable support 211 included in the movable support member 210 It may be implemented to be connected to the horizontal bar 212a installed on the screen to move the cover 200 to a lower layer than the installed layer. The second operating member 320 is installed at the center of the horizontal bar 212c installed at the bottom of the horizontal bar 211 installed between the pair of movable supports 211 included in the movable support member 210 and the lower horizontal When implemented so as to be connected to the member 130, the shanghai copper support 100 can be moved to a lower floor than the installed floor.

Next, referring to FIGS. 2A to 2F, the configuration of the shielding module for building dismantling according to the second embodiment of the present invention is excluded from other components except that the structure of the shielding member 200 is partially changed. Since it is the same as the configuration of the Shanghaidong module for the dismantling of buildings according to the embodiment, only the configuration in which the barrier support 200 is changed among the configurations will be described.

As shown in Figure 2d, a pair of movable support members 210 are disposed at the same distance as the pair of vertical support members 110 and formed to have a shorter length than the cover member 220, 211 ), a pair of movements in addition to the three horizontal bars 212 that are fixedly installed between the lower part, the middle part, and the upper part, in addition to the first horizontal bar 212a, the second horizontal bar 212b, and the third horizontal bar 212c. It can be seen that the fourth horizontal bar 212d is further formed at the lower end of the support 211. In this way, the fourth horizontal bar 212d is further formed on the movable support member 210, as shown in FIG. 2C, to support the movable support member 210 and the shielding film support member 220 more stably. This is because the lower structure of the obstruction film supporting member 220 is changed so that the lower end portion of the member 210 and the lower end portion of the obstruction film supporting member 220 are almost no different.

As described above, unlike the first embodiment, the pair of first front and rear bars 213 and the lower end of the obstruction support 221 formed in the middle portion of the movable support 211 are not fixed, but of the movable support 211 Since the lower end portion and the lower end portion of the screen support portion 221 are formed to be extended so that there is almost no difference, the screen support member 220 is configured as the screen support member 220 of the first embodiment as shown in FIGS. 2C and 2F. The third horizontal bar (222c) is inserted and fixed between the positions of the pair of third front and rear bars 224 fixed to the lower portion of the movable support 211 and the third front and rear bars 224 of the pair of screening supports Will have a more formed structure.

2A to 2F, when the movable support member 210 and the shielding film support member 220 are implemented, there may be an effect of improving the stability of the shielding film support part 200 installed in the shanghai copper support part 100. have. However, the second operation member 320 of the operation unit 300 is the horizontal bar installed at the bottom of the horizontal bar 211 installed between the pair of moving support 211 included in the moving support member 210 is the third Instead of the horizontal bar 212c, the fourth horizontal bar 212d becomes the center of the fourth horizontal bar 212d, unlike the first embodiment.

Next, referring to Figures 3a to 3e of the configuration of the shielding module for the building dismantling according to the third embodiment of the present invention, other components except that the dust scattering prevention member is further installed on the upper portion of the shielding support Is the same as the configuration of the shielding module for the dismantling of the building according to the second embodiment, so only the configuration of the dust scattering preventing member 250 which is further installed on the upper part of the shielding film support unit 200 will be described.

The dust scattering preventing member 250 is a component that removes dust generated when dismantling the building even when the upper surface of the building to be dismantled is not enclosed, as shown in FIGS. 3A and 3C. 221) may be a structure similar to a rectangular plate structure that extends upward and is obliquely installed to form an acute angle with the obstruction support 221 on the extended upper front side. Here, the inclination angle of the dust scattering prevention member 250 is determined according to at least one of the cross-sectional width of the dust scattering prevention member 250 and the cross-section width of the building subject to dismantling, and the cross-sectional width of the dust scattering prevention member 250 and the cross-section width of the building The wider the angle formed with the obstruction support 221 is not large, that is, it is less inclined toward the building to be dismantled, and the narrower the cross-sectional width of the dust scattering prevention member 250 and the cross-section width of the building is, the larger the angle formed with the obstruction support 221 becomes. Dust scattering prevention member 250 toward the side may be installed more inclined.

As one embodiment, the dust scattering prevention member 250 may include a frame 251, an air purification filter 252, and a fixing member 253.

The frame 251 is a rectangular structure in which the overall shape has a length longer than a predetermined interval between the screen support 221 and the second support member 112, and may include a plurality of rectangular lattice structures that are passed through. The frame 251 may also be made of hollow square pipes.

The air purification filter 252 is installed to block the through-holes inside the grid structure of the frame 251, and is known as a component that filters out and filters only air through dust that is scattered sideways among dust generated during demolition. It is not limited as long as it is a filter for air purification, but a filter member made of a composite material such as non-woven fabric and nanofiber can be used.

The fixing member 253 is a component for fixedly installing the dust scattering prevention member 250 in front of the obstruction film supporting member 220 so that the dust scattering prevention member 250 is inclined at a predetermined angle with the obstruction film supporting member 220, It includes a cable connecting member 253a for fixing the upper portion of the frame 251 and the shielding film supporting member 220 and a contact type connecting member 253b for fixing the lower portion of the frame 251 and the shielding film supporting member 220. The cable connecting member 253a is two or more cables having a predetermined length, one end of which is fixed to the upper portion of the shield support 221 and the other end of which is fixed to the upper end of the frame 251, respectively. (253a) may be fixedly installed to achieve a state parallel to the ground in a state installed between the frame 251 and the cover member 220. When the cable connecting member 253a is installed in this way, the side cross section of the state in which the frame 251 is fixed by the fixing member 253 to the obstruction support 221 forms a right triangle, in this case, the hypotenuse of the right triangle It consists of (251). The contact-type connection member 253b is a component that contacts and fixes the lower end of the frame 251 and the shielding member 220, that is, the shielding support 221, respectively, and known components including bolts and nuts can be used. .

The sprinkler member 254 is a component for removing vertically rising dust during the demolition construction, and is installed in a plurality of intervals at a predetermined interval on the upper end of the frame 251 so that it can be installed at a position at least 1 m higher than the object to be dismantled. The sprinkler member 254 is composed of a sprinkling pipe and an injection unit, and is particularly configured to adjust the injection water pressure and the injection direction. Here, if necessary, the sprinkling pipe may be inserted into each pipe constituting the frame 251. The injection part 254 is a distal injector 254a installed in a direction parallel to the frame 251 from the upper end side of the frame 251 and the front side in a direction perpendicular to the frame 251 from the upper end side of the frame 251 Including a short-range sprayer (254b) installed on the side, it is installed to cover the entire dismantling layer and sprinkle it. In particular, the long-distance sprayer 244a can be used when collecting dust when the cross-sectional width of the building to be dismantled is large (about 40M or more). In addition, the spray unit 254 is implemented to spray as fine a mist as possible when spraying, thereby facilitating dust collection.

Next, the screening system for the building dismantling of the present invention (1) is to include a plurality of the shielding module Shanghaidong 10 for building dismantling having the same structure as the above-described first to third embodiments, As shown in Figures 4a and 4b may be installed to surround only the demolition construction layer of the building to be dismantled.

Therefore, the shielding system for the building dismantling of the present invention (1) includes a certain number of the shielding module Shanghaidong module 10 for dismantling the building according to the width and shape of the building, where the Shanghaidong support 100 and the shielding The regular intervals of each component included in the support part 200, as well as the side cover film member 230, the bottom cover film member 240, and the dust scattering prevention member 250 are only modules having the same overall length, for example, 7.5 m. It can be configured, but if necessary, it can be implemented at different intervals and lengths for each module, including a module of 5.5m, a module of 6m, and a module of 8m, according to the length of the building.

After the demolition target layer is demolished in the state in which the screening system for building dismantling of the present invention constructed as described above is installed in a building to be dismantled, the Shanghai copper support unit 100 and the shielding film support 200 are moved by the operation unit 300. The principle of moving to the lower layer than the installed layer will be described with reference to FIG. 5.

As shown in (a) of FIG. 5, the module 10 for shielding the building can be installed in the building subject to dismantling. That is, a pair of first fixed support ends 410 and an upper horizontal member 120 of the shanghai copper support part 100 are fixedly installed and detachably installed on the n-th floor, which is installed on the n-3 floor. 4 As the support piece 111 located at the lower end of the vertical support member 110 of the fixed support end 440 and the shanghai copper support part 100 is fixedly detachably installed, the lower horizontal member 130 also depends on the structure of the building. It can be fixedly installed to be detachable, and is installed on the outside of a pair of vertical support members 110 of the shanghai copper support part 100 to be movable along the vertical support member 110 to move the support of the shielding film support part 200. The middle portion of the member 210 is fixedly detachably installed with a pair of second fixed support ends 420 installed on the n-1 floor, and a pair of bottom portions of the movable support member 210 installed on the n-2 floor This is because the third fixed support end 430 is fixedly installed.

As shown in (a) of FIG. 5, when the demolition construction for the n-th floor, which is the uppermost floor, is completed in the state where the shielding module Shanghai 10 module for building demolition is installed in the building to be dismantled, first, as follows: ) Can be moved down one floor along the Shanghai East Support 100.

Release the fixed state of the second fixed support end 420 and the third fixed support end 430 and the movable support member 210, and a pair of the fourth fixed support end 440 and the shanghai copper support 100 After releasing the fixed state with the support piece 111 of the lower end of the vertical support member 110, the support piece 111 is moved to the lower end along the vertical support member 110 to be lower than the fourth fixed support end 440. Position it to position. After that, when the first operation member 310 is operated, the obstruction film support part 200 along the shanghai copper support part 100 by the first operation member 310 connected to the movable support member 210 is one layer lower, that is, the upper part thereof. Is located on the bottom surface of the n-1 layer and the lower portion thereof can be moved to be located on the bottom surface of the n-3 layer, after which the central portion of the movable support member 210 is formed on the n-2 layer third fixed support stage When fixed to (430) and the lower portion is fixed to the fourth fixed support end 440 formed on the n-3 layer, as shown in FIG. 5(b), the lower portion of the cover portion 200 is initially installed n- It is installed on the n-3 floor, not the 2nd floor.

Thereafter, the shanghai copper support unit 100 may be moved to the lower layer than the first installed floor as follows. The lower end of the pair of vertical support members 110 of the first shanghai copper support 100 is fixed to the fourth fixed support end 440 formed on the n-3 layer, so the shanghai copper support 100 is the next lower layer. In order to go down and install on the n-4 floor, a pair of fifth fixed support ends 450 need to be installed so as to protrude from the outer wall of the bottom surface of the n-4 floor. Thereafter, the first fixed support end 410 formed on the nth floor and the fixed state of the upper horizontal member 120 and the lower movable support section 100 fixed to the building by a separate fixed element under the fourth fixed support end 440 ) After releasing the fixed state of the lower horizontal member 130, when the second operating member 320 installed on the movable support member 210 is operated, the second operating member 420 connected to the lower horizontal member 130 By this, the shanghai copper support unit 100 may be moved to the n-4 floor. As described above, when the shanghai copper support portion 100 is moved to the n-4 layer, the upper horizontal member 120 is fixed to the second fixed support end 420 formed on the n-1 layer and a pair of vertical support members 110 The support piece 111 formed at the lower end of the body and the fifth fixed support end 450 formed on the n-4 layer are fixed, and the lower horizontal member 130 is also disposed so as to be located under the fifth fixed support end 450. When fixed with a fixing element, as shown in FIG. 5(c), the lower portion of the shanghai copper support unit 100 is installed on the n-4 floor, not the first installed n-3 floor.

In this way, after the demolition work on the n-th floor, the demolition work for the n-th floor is completed after the demolition work on the n-th floor, which is installed on the n-th floor, the top floor of the target building, is demolished. As the work progresses sequentially, it can be repeatedly performed in accordance with the height of the building to be dismantled, so that the screen installed on the top floor of the demolition target building can be repeatedly used up to the bottom.

As described above, the plurality of shanghai-dong modules for dismantling of buildings included in the shielding system for the dismantling of buildings installed in the building to be dismantled may be operated for each module, but two or more may be operated in conjunction with each other. Of course.

The present invention has been shown and described with reference to preferred embodiments, as described above, but is not limited to the above-described embodiments and is within the scope of the present invention to those skilled in the art to which the present invention pertains. By this, various changes and modifications will be possible.

1: Shanghaidong system with a blank screen for building dismantling
10: The shielding module for dismantling the building
100: Shanghai East support 110: vertical support member
120: upper horizontal member 130: lower horizontal member
200: shielding film support 210: moving support member
211: moving support 212: horizontal bar
213: front and rear bar 220: obstruction membrane support member
221: obstruction support 222: horizontal bar
222a: 1st horizontal bar 222b: 2nd horizontal bar
222c: 3rd horizontal bar 223: 2nd front and rear bar
224: 3rd before and after 225: 1st evaluation
226: 2nd Evaluation Robo 227: 3rd Evaluation Robo
228: bottom cover film support 230: side cover film member
240: bottom cover membrane member 300: operation unit
310: first operating member 320: second operating member
400: support end 410: first (n-layer) fixed support
420: 2nd (n-1 floor) fixed support group 430: 3rd (n-2 floor) fixed support group
440: 4th (n-3 floor) fixed support group 450: 5th (n-4 floor) fixed support group

Claims (16)

A support end portion including a plurality of pairs of fixed support stages which are installed on a straight line at regular intervals by protruding toward the outer wall of the floor surface constituting each floor of the building to be dismantled;
A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building;
A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And
It includes; the operation portion for moving the cover layer supporting portion and the shandong copper supporting portion to a lower layer than the installed layer,
The shanghai copper support section has a length of three or more stories of the building to be dismantled, a pair of vertical support members arranged parallel to each other at regular intervals, an upper horizontal member connecting the upper portions of the pair of vertical support members to each other, and the one And a lower horizontal member connecting the lower portions of the pair of vertical supporting members to each other,
The upper and lower portions of the shanghai east support are fixed to the dismantling building by a pair of fixed supporting ends, which are installed at regular intervals, respectively, to the outer wall side of the n-th floor and n-3 floor, which are the top floors of the building to be dismantled. It is installed, and the shielding support is fixed to the dismantling building by a pair of fixed supporting ends installed at regular intervals, respectively, to the outer wall side of the n-1 floor and n-2 floor of the dismantling building. It features a shielding module for building dismantling in Shanghai-dong.
delete According to claim 1,
The supporting end protrudes toward the outer walls of the n-floor floor, n-1 floor, n-2 and n-3 floors, which are the top floors of the dismantling building, and a plurality of fixed supports formed in pairs for each floor The building cover for building dismantling, characterized in that it comprises a step Shanghaidong module.
A support end portion including a plurality of pairs of fixed support stages which are installed on a straight line at regular intervals by protruding toward the outer wall of the floor surface constituting each floor of the building to be dismantled;
A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building;
A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And
It includes; the operation portion for moving the cover layer supporting portion and the shandong copper supporting portion to a lower layer than the installed layer,
The shanghai copper support section has a length of three or more stories of the building to be dismantled, a pair of vertical support members arranged parallel to each other at regular intervals, an upper horizontal member connecting the upper portions of the pair of vertical support members to each other, and the one And a lower horizontal member connecting the lower portions of the pair of vertical supporting members to each other,
The movable support member has a hollow shape formed therein, and the vertical support member is disposed to be inserted into the hollow.
delete A support end portion including a plurality of pairs of fixed support stages which are installed on a straight line at regular intervals by protruding toward the outer wall of the floor surface constituting each floor of the building to be dismantled;
A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building;
A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And
Including; the operation portion for moving the cover layer support portion and the shandong copper support portion to a lower layer than the installed layer,
The shanghai copper support section has a length of three or more stories of the building to be dismantled, a pair of vertical support members arranged parallel to each other at regular intervals, an upper horizontal member connecting the upper portions of the pair of vertical support members to each other, and the one And a lower horizontal member connecting the lower portions of the pair of vertical supporting members to each other,
The obstruction membrane support portion is a movable support member that is fixedly installed to be movable along the pair of vertical support members, and is disposed at regular intervals on the rear surface of the movable support member, and the rear surface of the movable support member by two or more front and rear bars thereof. When the front surface is connected and fixed and has a height capable of fixing the screen in a position where the movable support member is not provided, a screen cover member installed on the screen support member, a side cover film member installed on the screen cover member, and a bottom surface installed on the bottom surface of the screen cover member A shielding module for building dismantling, characterized in that it comprises a covering member.
The method of claim 6,
The obstruction support for the building dismantling, characterized in that it further comprises a dust scattering prevention member installed on the top of the side obstruction member obliquely to form an acute angle with the obstruction support member toward the front side of the obstruction support member.
The method of claim 7,
The dust scattering preventing member includes a frame including a plurality of rectangular lattice structures, an air purifying filter installed in the lattice structure of the frame, a fixing member fixing the frame to the screen support member, and an upper end of at least one of both ends of the frame A building screen for building dismantling, characterized in that it comprises a sprinkler installed.
The method of claim 6,
The movable support member is disposed at the same intervals as the pair of vertical support members and is fixedly installed between a pair of movable supports, a lower portion, a middle portion, and an upper portion of the pair of movable supports formed shorter than the cover member. The horizontal bar installed in the middle portion and the horizontal bar installed in the middle of the building, characterized in that it comprises a pair of first front and rear bars extending to the rear of the pair of movable supports, the shielding module Shanghaidong module for building dismantling.
The method of claim 9,
The obstruction membrane support member is disposed at the same interval as the pair of movable supports, and the pair of first and second front and rear bars formed on the movable support is fixed and the pair of obstruction membrane supports formed longer than the movable support member, the agent 1 Parallel to the front and rear bars, a pair of second front and rear bars extending from the front of the pair of screens and fixed to the upper portion of the pair of screens, between the bottom of the pair of screens and the position of the second front and back bars Two horizontal bars inserted and fixed in parallel with each other, and parallel to the horizontal bar and installed at regular intervals in parallel with each other on the front side of the pair of shielding frames to have a longer length. One or more horizontal crossbeams, and a horizontal crossbeam installed at the bottom of the horizontal crossbeams and a bottom cover curtain support installed at intervals in which the bottom cover member can be inserted are installed. module.
The method of claim 6,
The movable support member is disposed at the same intervals as the pair of vertical support members and is formed between the pair of movable supports formed shorter than the screen support member, and fixed between the lower, lower, middle and upper parts of the pair of movable supports. The four horizontal bars installed and a pair of first front and rear bars extending vertically to the rear of the pair of movable supports perpendicular to the horizontal bars installed in the middle portion.
The method of claim 11,
The obstruction membrane support member is disposed at the same distance as the pair of movement supports and is fixed to a pair of first and second front and rear bars formed in the middle of the movement support, and a pair of obstruction membrane supports that are formed longer than the movement support member. 1 A pair of second front and rear bars which are formed to extend in front of the pair of obstruction support parallel to the front and rear bars and fixed to the top of the pair of movable support, and extend to the front of the pair of obstruction support parallel to the second front and rear bars It is formed and inserted between the pair of third front and rear bars that are fixed to the lower portion of the movable support, the position of the second front and rear bars of the pair of obstruction support, the position fixed to the first front and rear bars, and the position where the third front and rear bars are formed. Three horizontal bars fixedly installed in parallel to each other, two or more horizontally parallel to the horizontal bar and installed at regular intervals parallel to each other on the front side of the pair of screens to install the side screen members. The evaluation cover and the horizontal cross-beam installed at the bottom of the horizontal cross-beam and the lower cover-blocking member are installed at intervals in which the screening member can be inserted.
A support end portion including a plurality of pairs of fixed support stages which are installed on a straight line at regular intervals by protruding toward the outer wall of the floor surface constituting each floor of the building to be dismantled;
A shanghai east support section whose upper part is fixed to a pair of fixed support ends installed on the uppermost layer of the support end part and installed in the dismantling building;
A blocking film support part including a moving support member installed on the outer wall of the building and a blocking film support member connected to the moving support member to fix the blocking film; And
It includes; the operation portion for moving the cover layer supporting portion and the shandong copper supporting portion to a lower layer than the installed layer,
The shanghai copper support section has a length of three or more stories of the building to be dismantled, a pair of vertical support members arranged parallel to each other at regular intervals, an upper horizontal member connecting the upper portions of the pair of vertical support members to each other, and the one And a lower horizontal member connecting the lower portions of the pair of vertical supporting members to each other,
The operation unit is connected to a horizontal bar installed at the top of the horizontal bars installed between the pair of movable supports included in the movable support member and at least one is installed on the upper horizontal member to move the cover layer lower than the installed layer At least one of the horizontal bars installed at the bottom of the horizontal bars installed between the first operating member and the pair of movable supports included in the movable support member is connected to the lower horizontal member and is lower than the floor on which the movable movable support is installed. It characterized in that it comprises a second moving member to move to the screen for dismantling the building Shanghaidong module.
The method of claim 13,
The first operating member and the second operating member is a pulley means for operating a motor, the shielding module for building dismantling, characterized in that the pulley means.
Claims 1, 3, 4, 6 to 14 of any one of any one of the building blocks for building and dismantling Shanghaidong system for building dismantlement.
The method of claim 15,
The shanghai-dong module for dismantling the building is a shielding system for building dismantling, characterized in that two or more are operated in conjunction with each other.

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