KR200413596Y1 - Building repair SSP device - Google Patents

Abstract

The present invention is installed on a roof parapet to support a net support member installed on a roof parapet and a gondola deck for loading a worker or cargo to support a fixed frame for fixing a net that blocks dust and falling objects generated at a construction site. In the building repair SSP (Safety Suspend Platform) device having a gondola support member, the mesh support member is an anchor bolt, one end is inserted into the upper portion of the parapet and the first support is mounted to the other end of the anchor bolt A frame, an H beam mounted in a horizontal direction about the upper surface of the first support frame, a first roller installed at an end outside the rooftop of the H beam, and the first support frame on the H beam A second support frame mounted in the same straight line as the second support frame, a second roller installed at an upper end of the second support frame, and an upper portion of the second support frame. It is fixed to the bracket outpatient installation between roof inner ends of the H-beam, there is provided a building maintenance SSP (Safety Suspend Platform) device characterized in that the mesh comprises a winder for moving the net up and down.

Building repair SSP device according to the present invention is equipped with a winder to adjust the height of the mesh to the net support member of the safety net, there is an effect of providing a building repair SSP device does not interfere with the entrance of the building.

Mesh, drop, parapet, gondola support

Description

Building repair SSP device {.}

1 is a perspective view of a conventional safety net and gondola.

Figure 2 is a perspective view showing a building maintenance SSP (Safety Suspend Platform) device according to an embodiment of the present invention.

Figure 3 is a perspective view showing a state in which the mesh support member is installed on the rooftop parapet according to a preferred embodiment of the present invention.

Figure 4 is a cross-sectional view showing a state that the mesh support member is installed on the roof parapet according to a preferred embodiment of the present invention.

5 is a perspective view showing a gondola deck according to a preferred embodiment of the present invention.

Figure 6 is a perspective view showing a state in which the gondola support member is installed on the roof parapet according to a preferred embodiment of the present invention.

Figure 7 is a cross-sectional view showing a state in which the gondola support member is installed on the roof parapet according to a preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

2: building 4: parapet

6: rooftop 100: safety net

110: falling object guard 112: safety plate

114: safety frame 120: mesh

130: fixed frame 140: mesh wire

150: mesh support member 152: anchor bolt

154: anchor loop 156: superstructure

158: fixing bracket 160: H beam

162: first roller 164: through hole

170: first support frame 172: second support frame

174: second roller 180: winder bracket

184: mesh winder 190: fixed wire

192: link 200: gondola

210: gondola deck 212: control unit

214: gondola winder 220: gondola wire

250: gondola support member 260: fixing member

262: fixing groove 266: fixing protrusion

268: guide link 269: fixing bracket

270: outer wall support 272: fixed insert

274: frame connection 276: fixed shackle

280: gondola frame 282: moving roller

The present invention relates to a building maintenance SSP (Safety Suspend Platform) device, more specifically, a building maintenance SSP (Safety Suspend Platform) device having a safety net that does not interfere with access to a building's entrance and a miniaturized gondola support member. It is about.

Generally, in order to perform outdoor construction of a building by building or repairing a building, a net or the like equipped with scaffolding or gondola is installed outside the building to allow construction of the outer wall of the building.

However, scaffolding cannot guarantee workers' free activities due to the narrow working space, and there is a problem in safety, and in recent years, the trend is to use a safety net equipped with a gondola.

The safety net prevents pollution by blocking dust generated at the construction site, prevents falling objects, and prevents safety accidents such as preventing the casualties of civilians who pass near the construction site, and maintains a pleasant and clean construction site. .

The gondola is a kind of lifting mechanism formed to lift and lower workers and cargo at a construction site and the like, and a conventional safety net and a gondola are illustrated in FIG. 1.

Referring to FIG. 1, the safety net 10 includes a net drop installed on the top of the drop preventive 12 and the drop preventive 12 provided with falling objects falling during construction at the bottom of the outer wall (2) of the building ( 14 and a fixing frame 16 installed on the upper end of the mesh 14 to fix the mesh 14, and a mesh supporting member 18 installed on the roof parapet 4 to support the fixing frame 16. ) And the mesh wire 19 which connects the fixing frame 16 and the mesh support member 18 to each other to block dust generated at the construction site and prevent falling objects.

However, the net support member 18 is not provided with a device for lifting up and down, there is a problem that can not adjust the height of the net 14 is installed on the top of the fall prevention member 12 in the building if necessary. .

The gondola 20 includes a gondola deck 22 having a space for loading a worker or cargo, and a gondola support member 24 installed on the rooftop surface 6 so as to support the gondola deck 22. The gondola deck 22 connects the gondola deck 22 and the gondola support member 24, and the gondola deck 22 is selectively lifted up and down by the gondola wire 26. It is configured to include a gondola winder (28) mounted on both sides of the inner.

In addition, the control unit 29 is mounted on a predetermined portion of the gondola deck 22 so as to selectively operate the driving of the winder 28, etc., to perform the work using the gondola 20 at the construction site. At this time, the operator rotates the gondola and the inder 28 forward or reversely through the control unit 29, so that the gondola deck 22 connected to the gondola wire 26 is raised and lowered so that the worker is moved up and down the building. You can do it.

On the other hand, the gondola support member 24 which is installed on the floor surface 6 of the building roof so that the gondola deck 22 can be smoothly descended on the roof of the building when there is no obstacle or irregularities on the floor surface 6 Only the installation is possible, and because the weight of the gondola support member 24 installed on the bottom surface 6 is a lot of weight, when moving the altitude support 24 is a problem that separate lifting equipment and a lot of manpower is consumed There is this.

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In order to solve the problems of the prior art as described above, an object of the present invention is to install a winder to adjust the height of the net to the net support member of the safety net, building maintenance SSP (Safety) that does not interfere with the entrance of the building Suspend Platform)

In addition, another object of the present invention is to install a gondola support member on the rooftop parapet of the building, to reduce the size of the gondola support member, and to facilitate the installation or removal of the gondola support member, building repair SSP (Safety) Suspend Platform)

In order to achieve the above object, the present invention supports a net support member installed on a rooftop parapet to support a fixed frame for fixing a net blocking dust and falling objects generated at a construction site, and a gondola deck for loading an operator or cargo. In the building maintenance SSP (Safety Suspend Platform) device having a gondola support member installed on the roof parapet, the mesh support member includes an anchor bolt having one end inserted into the upper part of the parapet, and the other end of the anchor bolt. A first support frame mounted on the first support frame, an H beam mounted in a horizontal direction about the upper surface of the first support frame, a first roller installed at an end outside the rooftop of the H beam, and an upper portion of the H beam. A second support frame mounted in the same straight line as the first support frame, a second roller installed at an upper end of the second support frame, It is fixedly installed on the bracket between the upper portion of the second support frame and the rooftop inner end of the H beam, and provides a building maintenance SSP device comprising a mesh winder for moving the mesh up and down. .

In addition, a hole is formed in a predetermined portion of the inside of the roof of the H beam, one end of the fixed wire is connected to the through hole, and the other end of the fixed wire is connected to the link of the bottom of the roof to securely fix the H beam. desirable.

In addition, the gondola support member has a predetermined width and size, is located on the inner wall of the parapet, the groove is formed in the groove-shaped fixing on one side, the fixing bracket is mounted on both sides to be fixed to the parapet A member has a predetermined length, and one side is inserted and connected to the fixing groove of the fixing member, and the other side is formed with a frame connecting portion bent vertically downward, and an outer wall support fixedly mounted on the upper portion of the parapet, It is preferred that it is configured to include a gondola frame having a length, mounted to the frame connecting portion, the moving roller is installed at one end thereof.

Hereinafter, with reference to the accompanying drawings will be described in more detail the building maintenance SSP (Safety Suspend Platform) device according to an embodiment of the present invention.

Figure 2 is a perspective view showing a building maintenance SSP (Safety Suspend Platform) device according to an embodiment of the present invention.

Referring to FIG. 2, a building maintenance platform (SSP) device according to a preferred embodiment of the present invention is configured to have a safety net 100 and a gondola 200.

The safety net 100 is configured to include a drop prevention unit 110, the mesh 120 and the mesh support member 150, the gondola 200 comprises a gondola deck 210 and the gondola support member 250 The gondola 200 will be described in more detail with reference to FIGS. 5 to 7.

The falling object prevention unit 110 is to prevent various safety accidents such as the prevention of casualty damage of general citizens passing near the construction site, and the safety plate 112 and the safety plate 112 in which falling objects falling during construction fall on the bottom of the outer wall of the building. It consists of a safety frame 114 that serves as a skeleton to support the.

The upper part of the falling object prevention unit 110 blocks dust from flying, and the net 120 is installed to prevent the falling object from falling near the construction site, and the upper part of the mesh 120 is formed by the wind or other falling objects. Fixed frame 130 is installed so as not to shake.

The upper portion of the fixing frame 130 is provided with a mesh wire 140 connecting the fixing frame 130 and the mesh supporting member 150 to be described later.

Figure 3 is a perspective view showing a state in which the mesh support member is installed on the roof parapet according to a preferred embodiment of the present invention, Figure 4 shows a state in which the mesh support member according to a preferred embodiment of the present invention is installed on a rooftop parapet One cross section.

Referring to FIGS. 3 and 4, the mesh support member 150 is installed in consideration of the effects of the weight, load and air volume applied to the mesh wire 140 by the fixing frame 130 (shown in FIG. 2). In order to support and move the mesh wire 140 up and down, the anchor bolt 152 inserted into the upper portion of the parapet 4, the first support frame 170 mounted on the anchor bolt 152 , H beam 160, the second support frame 172 and the mesh winder 184 is configured to include.

Anchor bolt 152 is a conventional anchor bolt 152 used in the construction site is composed of an anchor loop 154 and the superstructure 156.

When the anchor loop 154 is inserted into the upper part of the parapet 4, one end of the anchor loop 154 is curved so as not to fall out of the inside of the parapet 4, and the other end of the anchor loop 154 has a parapet 4. An upper structure 156 is formed that is exposed over the upper surface of the ().

In addition, a first support frame 170 having a predetermined length is mounted on an upper portion of the upper structure 156, wherein the first support frame 170 is mounted with an H beam on an upper surface of the first support frame and has an H beam. And to support 160.

The H beam 160 supports the weight and load of the mesh wire 140 connected to the fixing frame 130 (FIG. 2), and is mounted on the upper surface of the first support frame 170.

In addition, the fixing bracket 158 is mounted at a position at which the first support frame 170 and the H beam 160 are mounted so that the first support frame 170 and the H beam 160 are more firmly mounted. The first support frame 170 is configured to firmly support the H beam 160.

In addition, a first roller 162 is installed at one end of the H beam 160 to move the moving direction of the mesh wire 140 from vertical to horizontal.

In addition, a through hole 164 is formed at a predetermined portion of the other end of the H beam 160, and one end of the fixing wire 190 is fixed to the through hole 164 to fix the H beam more firmly with the first support frame. The other end of the fixing wire 190 is connected to the link 192 mounted on the rooftop to configure the H beam 160 to be more firmly fixed to the first support frame 170.

The second support frame 172 is for supporting the mesh winder 184, which will be described later, is mounted on the upper portion of the H beam 160 mounted to the first support frame 170, the position of the first support frame ( 170) in a straight line.

The second roller 174 is mounted at one end of the second support frame 172 so that the mesh wire 140 is easily moved to the mesh winder 184.

The winder bracket 180 is mounted to a predetermined portion of one end of the second support frame 172 and the other end of the H beam 160 to fix the mesh winder 184.

Mesh winder 184 is a commonly used winder for moving the object up and down by winding or unwinding the wire connected to the object, in the present invention is fixed to the mesh winder 184 to the winder bracket 180 .

And by rotating the mesh winder 184 forward or reverse, the fixing frame 130 connected to the mesh wire 140 is raised and lowered so that the mesh 120 fixed to the fixing frame 130 is moved up and down, It is configured to not interfere with the use of the doorway.

5 is a perspective view showing a gondola deck according to a preferred embodiment of the present invention, Figure 6 is a perspective view showing a state in which the gondola support member is installed on a rooftop parapet according to a preferred embodiment of the present invention, Figure 7 A gondola support member according to a preferred embodiment of the invention is a cross-sectional view showing a state installed on the rooftop parapet.

5 to 7, the gondola 200 according to the preferred embodiment of the present invention is a kind of lifting device formed to lift and lower workers and cargoes at construction sites, etc., a gondola deck 210 and a gondola winder. 214, the gondola wire 220, and the gondola support member 250.

The gondola deck 210 is provided with a space for loading a worker or cargo, etc., the gondola winder 214 for selectively raising and lowering the gondola deck 210 is mounted on both sides of the inside of the gondola deck 210.

The gondola wire 220 serves to connect the weight and load of the gondola deck 210 to the gondola support member 250, one side is connected to the gondola winder 214, the other side is the gondola support member 250 )

In addition, the control unit 212 is mounted to a predetermined portion of the gondola deck 210 so as to selectively operate the driving of the gondola winder 214.

So, when performing the work using the gondola deck 210 at the construction site by adjusting the length of the gondola wire 220 by the operator rotates the gondola winder 214 forward or reverse through the control unit 212, Lift the gondola deck 210 to perform the operation.

The gondola support member 250 is installed on the roof parapet 4 so as to support the gondola deck 210. The gondola support member 250 includes a fixing member 260, an outer wall support 270, and a gondola frame 280.

The fixing member 260 has a predetermined width and size, the fixing groove 262 is formed in a concave shape so that the outer wall support 270 is inserted into one side, the fixing protrusion 266 is formed on the other side, the fixing bracket It is fixed to the inner wall of the roof parapet 4 by (269), and serves as a basic skeleton to firmly support the outer wall support 270.

The fixing protrusion 266 is provided with a guide link 268 at one side thereof so that the fixing member 260 supports the outer wall support 270 more firmly, and the fixing protrusion 266 and the rooftop 6 are provided. One end of the fixing wire 190 is connected to the guide link 268. The other end of the fixing wire 190 is installed on the rooftop 6 and is connected to a link 192 for fixing the fixing wire 190 so that the fixing member 260 supports the outer wall support 270 more firmly. do.

The outer wall support 270 has a predetermined length, and one side forms a fixed insertion portion 272 to be inserted into the fixing groove 262 of the fixing member 260, and the other side is vertical so that the gondola frame 280 is mounted. The frame connecting portion 274 is bent downward, the fixed insertion portion 272 is inserted into the fixing groove 262, the gondola frame 280 is mounted to the lower end of the frame connecting portion 274.

In addition, the upper end of the frame connecting portion 274 is bent from the outer wall support 270 is equipped with a fixed shackle 276 for finally fixing the gondola wire 220 installed on the gondola deck 210.

Thus, the gondola winder 214 and the gondola wire 220 which are installed in the gondola deck 210 are connected, and after that, through the moving roller 282 which will be described later, it is finally fixed by the fixed shackle 276.

The gondola frame 280 has a predetermined length and is mounted on the lower end of the frame connecting portion 274, and a moving roller 282 for moving the gondola wire 220 in a vertical direction and horizontally is installed at one end thereof. .

As described above, since the fixing member 260 is fixed to the inner wall around the parapet 4 by the fixing bracket 269 and the outer wall support 270 is installed on the outer wall, the gondola frame 280 is the fixing member 260. And by the outer wall support 270 can be fixed and positioned more firmly in the parapet (4).

As described above, since the gondola support member 250 is composed of a simple structure, the gondola support member 250 can be manufactured compactly, and does not require much manpower when moving and installing, and can occupy less installation space.

As described so far, the building maintenance SSP (Safety Suspend Platform) device of the present invention is equipped with a winder to adjust the height of the mesh to the mesh support member of the safety net, which does not interfere with the entrance of the building. There is this.

In addition, the building maintenance SSP (Safety Suspend Platform) device of the present invention simply installs the gondola support member on the roof parapet of the building, miniaturizing the size of the gondola support member, and facilitates installation or removal of the gondola support member. There is an advantage to this.

Although the present invention has been described in detail in the above embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical spirit of the present invention, and such modifications and modifications belong to the appended utility model claims.

As described above, the building repair SSP (Safety Suspend Platform) device according to the present invention is equipped with a winder to adjust the height of the net to the net support member of the safety net, the building does not interfere with the entrance of the building It is effective to provide a maintenance suspend platform (SSP) device.

In addition, the building repair SSP (Safety Suspend Platform) device according to the present invention is to install a gondola support member on the roof parapet of the building, to reduce the size of the gondola support member, and to facilitate the installation or removal of the gondola support member. It is effective to provide a building maintenance SSP (Safety Suspend Platform) device.

Claims (3)

Supporting netting member installed on the rooftop parapet to support the fixed frame for fixing the net that blocks dust and falling objects generated at the construction site, and support for the gondola installed on the rooftop parapet to support the gondola deck for loading workers or cargo In the building repair SSP (Safety Suspend Platform) device having a member, The mesh support member, An anchor bolt having one end inserted into and mounted on an upper portion of the parapet, a first support frame mounted on the other end of the anchor bolt, an H beam mounted horizontally about an upper surface of the first support frame, and A first roller installed at an end outside the rooftop of the H beam, a second support frame mounted on the H beam in the same straight line as the first support frame, and a second installed at the upper end of the second support frame. The building repair SSP, which is fixedly installed on the bracket between the second roller and the upper part of the second support frame and the roof inner end of the H beam, and moves the net up and down. Device. The method of claim 1, Building through the H-beam predetermined portion of the building side wall through hole, the through hole is connected to one end of the fixed wire, the other end of the fixed wire is a building maintenance SSP device, characterized in that connected to the link of the rooftop. The method according to claim 1 or 2, The gondola support member, It has a predetermined width and size, is located on the inner wall of the parapet, the fixing groove of the groove shape is formed on one side, and a fixing member to be mounted on both sides to be fixed to the parapet, and a predetermined length, One side is inserted and connected to the fixing groove of the fixing member, the other side is formed with a frame connecting portion bent vertically downward, the outer wall support fixed to the upper portion of the parapet and has a predetermined length, the frame connecting portion The building repair SSP (Safety Suspend Platform) device, characterized in that configured to include a gondola frame is installed, the moving roller is installed at one end.

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