KR200290596Y1 - curtain-wall installation apparatus possible to move horizontally - Google Patents

Abstract

The present invention relates to a curtain wall mounting apparatus capable of moving in both directions. More specifically, when the curtain wall is to be temporarily installed over several floors such as an intermediate multiple floor, such as an intermediate machine room of a (ultra) high-rise building, the horizontal movement of the curtain wall itself (vertical, horizontal) and up and down A curtain wall installation apparatus having a means capable of moving and stably and quickly installing a curtain wall, the apparatus comprising: a horizontal frame having a roller guideway formed at a lower portion thereof; Installed on the roller guide road of the horizontal frame, the horizontal moving device 1 moving along the roller guide road and the horizontal moving device 1 connected to the horizontal frame at a right angle to the horizontal frame, the lower roller curtain support device is formed Curtain wall moving means 1 comprising; Curtain wall moving means 2 is fixed to the curtain wall to move along the roller induction of the curtain wall support device; It includes; and a support frame formed perpendicular to the end of the horizontal frame.

Description

Curtain-wall installation apparatus possible to move horizontally}

The present invention relates to a curtain wall mounting apparatus capable of moving in both directions. More specifically, when the curtain wall is to be temporarily installed on several floors such as an intermediate multiple floor, such as an intermediate machine room in a (ultra) high-rise building, the horizontal movement of the curtain wall itself (vertical, horizontal) and up and down The present invention relates to a curtain wall installation apparatus having a means capable of moving and stably and quickly installing a curtain wall.

The curtain wall installation method is a method of forming the outer wall of a structure consisting of pillars, beams and bottom plates as a non-bearing wall using a metal or an inorganic material in a structure made of reinforced concrete or steel frame. In addition, the mechanized construction is possible, the factory manufacturing is possible, the quality control is easy, and the appearance is excellent depending on the material used, and it is especially used in the external wall construction of high-rise structure.

However, as a number of (ultra) high-rise structures have been recently designed and constructed, an intermediate machine room layer, which is a layer that accommodates only machines and facilities, exists in the intermediate layer of the (ultra) high-rise structure. Otherwise, the height (layer height) is formed about 2-3 times larger than the height of the normal layer (reference layer), and since there is no bottom plate to fix the curtain wall, it is difficult to construct the outer wall as the curtain wall. The problem is that it becomes very difficult.

Even if there is no floor plate capable of supporting the curtain wall across the floors, the curtain wall to be installed on the floors can be temporarily installed, and above all, the curtain wall can be quickly installed in the location to be installed. In addition, there is an urgent need for the development of an automated curtain wall installation apparatus so that the curtain wall can be easily installed even if a small number of skilled workers are input.

The present invention is to solve the problem of the curtain wall installation,

An object of the present invention is to provide a means for quickly installing a curtain wall to be installed on several floors even if there is no support for curtain wall installation, such as a floor plate for installing a conventional curtain wall.

Another object of the present invention is to provide a means that can be installed more safely and easily curtain wall construction made of aerial work.

Still another object of the present invention is to provide a construction method that is advantageous for quality control and air management in curtain wall construction by enabling mechanization and automation of curtain wall installation as much as possible.

1A and 1B are specific examples of a perspective view and a front view of the curtain wall installation apparatus of the present invention.

2a and 2b is a specific example of the horizontal frame and support frame and curtain wall support device of the curtain wall installation device of the present invention.

3a and 3b is an embodiment of the curtain wall fixing device of the present invention.

Figure 4 is a specific example of the installation conceptual diagram of the curtain wall installation device of the present invention.

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

100: horizontal frame 200: curtain wall moving means 1

300: curtain wall moving means 2 400: support frame

500: curtain wall 600: curtain wall fixing device

700: structure (structure) 800: curtain wall mounting device

900: automatic control unit

The present invention, in order to achieve the above technical problem, even if there is no support structure for installing the curtain wall, such as the bottom plate of the structure, the support means for supporting the curtain wall itself, and the support means fixed to the structure The curtain wall can be mechanically moved to the location where it is to be installed, so that the curtain wall can be installed safely even in an environment such as a moving means that can be easily installed even in a large curtain wall unit (UNIT) that spans multiple floors, and the wind caused by aerial work. It is characterized by the technical features having a safety means that can.

Hereinafter, the best embodiment of the present invention will be described in detail with reference to Figures 1 to 4, look at the order of the curtain wall installation device and the curtain wall construction method using the same.

<Curtain Wall Mounting Device>

1A and 1B illustrate a perspective view and a front view of a curtain wall mounting apparatus of the present invention, wherein the curtain wall mounting apparatus 800 includes a horizontal frame 100 having a roller induction path 130 formed at a lower portion thereof; Is installed on the roller guide road of the horizontal frame 100, the horizontal moving device 1 210 and the horizontal moving device 1 and the horizontal moving device 1 connected to the horizontal frame 100 in a direction perpendicular to the roller guide road, the lower roller Curtain wall moving means 1 (200) including a curtain wall support device 220 is formed with an induction path; Curtain wall moving means 2 (300) is fixed to the curtain wall is moved along the roller induction of the curtain wall support device 220; It includes; and a support frame 400 formed perpendicular to the end of the horizontal frame.

The horizontal frame 100 supports the curtain wall moving means 1 (200) consisting of the horizontal moving device 1 (210) and the curtain wall support device (220), which will be described later, in particular, serves as a moving path of the horizontal moving device (1 210). 2A shows an embodiment thereof. That is, the I-type steel in which the roller induction path 130 is formed so that the horizontal moving device 1 to be described below can be moved by a roller built therein is illustrated. Two I-type steels may be horizontally connected to end portions by vertical connecting plates so as to safely support the heavy curtain wall moving means 1 and the curtain wall moving means 2 (200,300). FIG. 2A illustrates that an I-type steel is used so that a roller induction path may be formed at a lower portion thereof, but is not limited thereto.

In the horizontal frame 100, a plurality of connection blocks 110 formed with holes at regular intervals may be formed in the upper surface so as to be connected to a lifting device such as a tower crane or an internal lifting machine of the structure by a chain, etc. Balance weight 120 may be further installed so that the weight is not drawn, the balance weight has a structure that can control the weight by stacking a plurality of steel plates.

Curtain wall moving means 1 (200) including a roller moving path (210) formed on the lower portion of the horizontal frame 100, including a horizontal moving device 1 (210) and a curtain wall support device (220) connected to the horizontal moving device (1). This is installed together.

The horizontal moving device 1 210 is a plurality of rollers 211, the curtain wall support device to be described later to move along the roller induction path 130 formed on the lower portion of the horizontal frame 100, as shown in Figure 1b up and down A movable hook 212 and a driving motor 213 which transmits power so that the roller and the hook move horizontally and vertically, and a brake, a transmission, and an automatic adjustment control, which are not shown in the drawing, are necessary for limiting movement. It is configured by.

Therefore, a means for adjusting the moving speed of the horizontal moving device 1 and moving the moving object such as the curtain wall of the present invention up, down, and horizontally is provided, and the capacity of the driving motor and the number of the driving motors can be changed. 2a shows an example of a horizontal moving device using two horizontal frames 100, but when the curtain wall is large in size and weight, three or one horizontal frames can be used, and thus the horizontal moving device 1 also has a horizontal frame. It can be installed by adjusting the number of installation according to the number of.

The curtain wall support device 220 may be fixed to the curtain wall moving means 2 300 including a means for fixing and moving the aforementioned curtain wall 500 as shown in FIG. 2B, and is formed to be movable. Connection block 222 connected to the horizontal moving device 1 on the upper surface; And an I-shaped steel including a hole in which the curtain wall moving means 2 is fixed to the abdomen by a connector such as a pin, and is formed at right angles to the direction in which the horizontal frame 100 is formed. Accordingly, the curtain wall can be moved in the longitudinal direction (direction approaching the outer wall of the structure) with respect to the structure by the horizontal moving device 1, and further transverse to the structure (outside the structure) by the curtain wall moving means 2 described later. Movement along the wall).

2B partially illustrates a specific example of the curtain wall support device 220, that is, a curtain to be described later along a roller guide road 221 formed by a lower flange and an abdomen by using a conventional I-shaped steel. The roller of the wall moving means 2 (300) can move, and the hole is formed in the abdomen at a predetermined interval, so that when the hole is inserted into the connector such as a pin in the state in which the holes formed in the curtain wall moving means (2) 300 match the Curtain wall moving means 2 (300) may be fixed to the curtain wall support device (220). Pin connectors 223 are further installed at both ends so that pins capable of hanging guide lines can be inserted, and in particular, curtain wall moving means 1, 2 can be easily manipulated by using the guide lines when installing curtain wall mounting devices. Can be induced by.

The I-type steel can be changed in length and cross-sectional size according to the size of the curtain wall to be installed, and the hole to be connected to the upper flange of the I-type steel using hooks and chains constituting the horizontal moving device 1 (210) The formed connection block 222 is installed a plurality at regular intervals, when the horizontal moving device 1 210 is moved, the curtain wall support device 220 connected to the hook of the horizontal moving device 1 is also moved.

Curtain wall moving means 2 (300) is installed on the roller guide road of the curtain wall support device 220, which can move the curtain wall 500 in a direction perpendicular to the direction in which the curtain wall moving means (1) (moving direction). As a means, a body portion 310 is inserted into a connector such as a pin is fixed to the hole formed in the end and the hole formed in the abdomen of the curtain wall support device; A roller 320 installed on the roller guide road of the curtain wall support device 220 and connected to the rotary plate 322 wound around the inside of the body portion 321; And a fixing plate 330 to which a curtain wall fixing hole is formed in the lower part of the body, and to which the curtain wall is fixed.

The body portion 310 is formed in a c-shape to surround the lower flange to serve as a roller guide of the curtain wall support device 220, as shown in Figure 1b, both ends of the curtain wall support device 220 In order to coincide with the formed hole, a connector such as a pin penetrates and is installed so that the curtain wall moving means 2 (300) can be fixed to the roller guideway.

In addition, a plurality of rollers 320 are installed inside the body to move along the roller guide road of the curtain wall supporting device 220, as shown in FIG. 1B, so that the curtain wall moving means 2 can be moved by rotating the rollers. The rotating plate 322 is connected to the roller 320. That is, the internal gear device is included so that the roller can be rotated by the rotation of the rotating plate. The rotating plate is rotated by the chain 321 installed on the rotating plate, when the operator pulls the chain while rotating the rotating plate, the rotating plate is rotated, thereby rotating the roller connected to the rotating plate, curtain wall moving means It becomes a mechanism of action that moves along the bivalent roller induction.

Furthermore, a fixing plate 330 is formed below the body portion 310. The fixing plate is formed with a hole, and the hole is inserted into the connector, such as a pin or the like in the state to match the pre-formed hole in the curtain wall 500, the curtain wall 500 is curtain wall moving means 2 It is fixed to, and installed.

The support frame 400 serves as a support for installing the curtain wall 500 installed on the curtain wall moving means 2 300 on the outer wall of the structure 700. In other words, when there is no support for fixing the curtain wall, such as the bottom plate of the structure, it is provided with a means for supporting the curtain wall itself, thereby the inner pillar (710) in the intermediate multiple layers of the (ultra) grievance structure Even if a large number is formed, the curtain wall can be installed as much as possible.

The support frame 400 is an A-shape as a whole, as shown in Figure 2a is formed perpendicular to the end of the horizontal frame, and inserted into the hollow pipe-shaped upper frame 411 and the upper frame, up and down A vertical frame 410 including a lower frame 412 to which the length adjusting device 430 is attached while moving; And a reinforcement frame 420 formed between the vertical frames.

The vertical frame 410 supports the horizontal frame 100 on which the curtain wall 500 is suspended, as shown in FIG. 4, on the bottom plate 720 directly above the specific layer of the structure 700, that is, the layer on which the curtain wall is to be installed. The lower frame 412 is configured to adjust the length while being inserted into the upper frame 411 so as to adjust the length of the lower portion in order to facilitate the installation of the vertical frame. That is, the upper frame 411 is a pipe shape, the lower frame 412 consisting of a pipe having a smaller diameter than the upper frame can be inserted so that the operator is a handle (one of the length adjusting device 430 installed in the upper frame as shown in Figure 3b) The length of the lower frame is manually inserted into the upper frame by using 431, and the length of the lower frame can be automatically adjusted by using the automatic length adjusting device 432 with a built-in driving motor. The vertical frame is attached to the end of the horizontal frame by using a connector such as welding or bolts vertically as shown in Figure 2a, the reinforcement frame 420 is installed on the upper and middle parts of the vertical frame to connect the vertical frame to each other to reinforce The reinforcing frame may include a rotating shaft support block 640, which will be described later as shown in FIG. 1A, formed on the upper reinforcing frame, and wires 421 for electric and control to curtain wall moving means 1 and curtain wall moving means 2 (200, 300). Intermediate beam 422 is formed to serve as a guide beam for easy installation.

The guide frame 440 may be further included in the vertical frame of the support frame 400 as shown in FIG. 2A. The guide rail is composed of a horizontal bar in the vertical frame and a vertical bar formed on the horizontal bar, the curtain wall installation device of the present invention is moved to the curtain wall installation place when the lifting device is lifted by the lifting device, the curtain to the installation position Since the wall may not be accurately adjusted, the guide line is hung on the guide rail so that the curtain wall installation device can be guided at a desired position. This will have the same function as the pin connector installed in the curtain wall support device 220 described above.

When the curtain wall 500 attached to the curtain wall support device 220 of the curtain wall moving means 1 (200) installed on the horizontal frame 100 is moved to a place to be installed by the lifting device, the wind and the lifting device If the curtain wall is swung to either side due to immature driving, or the whole device is swung or the weight of the curtain wall is large, damage to the curtain wall support device 220 may occur, which may cause a safety accident. Therefore, in the present invention, the curtain wall is provided with a means that can be fixed to the horizontal frame when the curtain wall installation device is moved, such a device is shown in Figure 3 as a curtain wall fixing device 600.

The curtain wall fixing device may be divided into fixing devices 1 and 2, wherein the curtain wall fixing device 1 is for fixing the curtain wall fixing device to the curtain wall mounting device, and the curtain wall fixing device 2 is used to fix the curtain wall. As a means, it has a function of fixing the curtain wall moving means 1, 2 to the horizontal frame.

The curtain wall fixing device 1 includes a horizontal bar 610 installed across the horizontal frame on an upper surface of the horizontal frame 100 where the curtain wall moving device 1 210 is initially positioned, as shown in FIGS. 3A and 3B; An intermediate block 620 formed vertically downward on an intermediate portion of the horizontal bar and having a hole for a rotating shaft formed at a lower end thereof; A connecting rod support block 630 which is formed vertically downward on the lower surface of the horizontal bar so as to be in contact with the horizontal frame connected to the horizontal bar, and has a hole for connecting rod formed at a lower end thereof; And a rotation shaft support block 640 formed in the reinforcement frame of the support frame and having a hole facing the hole for the rotation shaft of the intermediate block.

The curtain wall fixing device 2 penetrates the hole of the middle block of the curtain wall moving device fixing device, one end of which is attached to the middle block by a stopper, and the other end of the curtain wall fixing device protrudes through the rotating shaft support block installed in the supporting frame. A rotating shaft 650 installed; A vertical bar 660 formed perpendicular to the rotation shaft by using a clamp 661 on the protruding rotation shaft; A rotating plate 670 inserted into the rotating shaft at a predetermined interval from the intermediate block; One end is attached to each of the rotating plate, each of the other end; connecting rod 680 is inserted into the hole of both connecting rod support block; includes.

The horizontal bar 610 of the curtain wall fixing device 1 is the upper portion of the horizontal frame 100 based on the position (A) where the curtain wall moving means 1 (200) is first fixed on the ground to the curtain wall mounting device 800 of the present invention. It is installed at right angles across the horizontal frame on the face. That is, as shown in Figure 3a to be installed on the center left of the curtain wall installation device serves to support the intermediate block 620 and the connecting rod support block 630 to be described later in detail.

The intermediate block 620 of the curtain wall fixing device 1 is formed by bolts or welding vertically downward in the center of the horizontal bar 610. The lower end is formed with a hole so that one end of the rotation shaft 650 can be fixed in a state capable of rotation by the stopper.

The connecting rod block 630 of the curtain wall fixing device 1 has a hole formed so that the ends of the connecting rods to be described later can be inserted and removed, and serve to support the ends of the connecting rods. Inserted plate 221 formed on a plate surrounding the rollers of the horizontal moving device is formed to face the horizontal frame is installed as a middle block on the horizontal frame, the end of the connecting rod is inserted into the hole, while the horizontal frame is located in the horizontal frame Also inserted in the curtain wall movement means to be fixed to the horizontal frame.

The rotating shaft support block 640 of the curtain wall fixing device 1 is a block for supporting the rotating shaft 650, which will be described later, and has a hole through which the rotating shaft can pass. In addition, as shown in Figure 3b to be positioned approximately in the middle of the upper reinforcement frame of the support frame should be installed so as to face each other the hole of the above-described intermediate block.

The rotating shaft 650 of the curtain wall fixing device 2 is installed at one end of the intermediate block formed on the horizontal bar, and is positioned to protrude through the hole of the opposite rotating shaft support block. It is installed to form a vertical bar 660 vertically downward as shown in Figure 3a. Accordingly, when the vertical bar is rotated at a predetermined angle W as shown in FIG. 3B, the rotation axis can also be rotated. As a result, an operating mechanism in which the rotation axis also rotates as the operator rotates the vertical bar is expressed.

As shown in Figure 3a, the rotating shaft is fixedly installed in a state where the rotating plate 670 is inserted at a predetermined interval from the intermediate block formed on the horizontal bar. That is, as the rotating shaft is rotated by the vertical bar by the operator, the rotating shaft is also rotated, whereby the rotating plate 670 fixed to the rotating shaft is also rotated as the rotating shaft rotates. Accordingly, both connecting rods 680, one end of which is attached to the rotary plate up and down, can be moved left and right at a time, whereby the connecting rod is a horizontal moving device in contact with the above-mentioned connecting rod supporting block and connecting rod supporting block. Is inserted into and removed from the insertion plate 221. The position of the vertical bar when the connecting rod is not inserted into the connecting rod block and the insertion plate is the position indicated by OPEN in FIG. 3B. When the operator rotates the vertical bar to the position of CLOSE, the connecting rod is removed from the connecting rod block and the insertion plate. As a result, the horizontal moving device 1 is freed from the horizontal frame, so that the horizontal moving device 1 can freely move along the rail induction of the horizontal frame.

At this time, the spring 651 is further installed between the rotating plate and the intermediate block, and between the connecting rod block and the clamp of the vertical rod, so that the fixed position is easily moved after the vertical rod is moved and moved by using the elastic force and the restoring force of the spring when the vertical rod is rotated. Can be set.

<Curtain wall construction method using curtain wall installation device>

Method for installing the curtain wall on the structure 700 by using the curtain wall mounting apparatus of the present invention is to install the curtain wall on the ground in the curtain wall installation device 800 fixed to the horizontal frame curtain wall moving means 1, 2 step; The support wall of the curtain wall mounting apparatus is moved to a specific floor of the structure on which the curtain wall is to be installed, with the curtain wall mounting apparatus approached by a lifter using a guide line attached to the curtain wall mounting apparatus. Securing to a top layer of a particular layer; In the state that the curtain wall moving means can be moved from the horizontal frame by using the vertical rod of the curtain wall mounting apparatus, the curtain wall moving means is moved up and down along the outer wall and outer wall of the structure, and then the curtain wall is separated. And, it comprises a; step, and will be described with reference to FIG.

Curtain wall 500 is first assembled using a connector such as a pin to the fixing plate 330 of the curtain wall moving means 2 (300) constituting the curtain wall installation device 800 on the ground. The curtain wall moving means 2 is connected to the horizontal moving device 1 by a chain and a hook, so that the curtain wall is positioned at a position where the horizontal moving device 1 is fixed to the horizontal frame 100. Referring to FIG. It will be located at the center left of the wall mounting device.

After the curtain wall is installed, hooks and chains of heavy lifting devices such as cranes are connected to the connecting block 110 of the horizontal frame of the curtain wall mounting device, and the curtain wall mounting device is also lifted by lifting the curtain wall mounting device into the air. It will be lifted.

At this time, because the horizontal moving device 1 is fixed to the horizontal frame, even if the curtain wall is lifted up in the air, the risk of safety accident disappears, and the horizontal frame has various weights in consideration of the weight of the curtain wall. The change of movement can be prevented.

When the lifting device is operated while the curtain wall is lifted and the place where the curtain wall is to be installed is approached, the worker who waits at the place in advance is the curtain wall mounting device (guide rail, pin connector of the curtain wall support device, etc.). Pull the guide rope attached to the anchoring frame so that the supporting frame of the curtain wall installation device is secured in the correct position (the upper layer just above the floor on which the curtain wall is to be installed, or the upper layer of the second floor). The support frame is divided into an upper frame and a lower frame, and the lower frame is inserted into the upper frame, so that the lower frame protrudes from the upper frame using a handle or the like, and fixes the support frame to the bottom plate 720. In this case, the support frame may be fixed to the upper layer in advance so that the curtain wall mounting apparatus can be continuously supported.

When the support frame is fixed, the operator can freely move the curtain wall moving means 1 fixed to the horizontal frame of the curtain wall installation device by rotating the vertical rod from the close position to the position of the open position along the roller guideway of the horizontal frame. Then, the curtain wall moving means 1 is moved toward the structure. In this case, since the curtain wall mounting device is fixed to the upper floor, the position is adjusted downward first and then horizontally moved toward the structure. In the present invention, the meaning of the horizontal movement is defined and expressed in the longitudinal direction in the sense of being moved toward the outer wall of the structure as described above, and if it is necessary to move the curtain wall installation apparatus along the outer wall of the structure along the outer wall of the structure The curtain wall moving means 2 is defined in the transverse direction as a direction moving along the roller guide road of the curtain wall support device. This makes it possible to move the position for installing the curtain wall on the outer wall of the structure in both directions (vertical, horizontal).

In order to move the curtain wall in the transverse direction, the worker waiting on the floor where the curtain wall installation device is installed is temporarily fixed by using a support such as a support while pulling the curtain wall support device toward the outer wall of the structure by using a guide line. In the placed state, remove the pin of the hole formed in the end of the body portion of the curtain wall moving means 2, turn the chain installed on the rotating plate to move the curtain wall moving means 2 to the desired position first, the end of the body portion of the curtain wall moving means If the holes formed in the wall and the hole formed in the abdomen of the curtain wall support device are matched and then inserted and penetrated again with a pin or the like, the curtain wall moving means 2 is fixed at the position where the curtain wall should be installed in the curtain wall support device. The curtain wall can be easily installed in the desired position.

At this time, the operation of the support frame for fixing the horizontal moving device 1, the movement of the curtain wall moving means, the shangdong of the curtain wall moving means will be very inefficient if they are all made by hand. In this invention, the automatic operation unit 900 that can control the operation separately to the curtain wall installation device was installed to enable automatic operation by the operator's choice. The configuration of the automatic control unit is not specifically disclosed, but can be solved by a general automatic control configuration.

FIG. 1A shows the wire 421 and the intermediate beam 422 connecting the automatic control unit and the curtain wall moving means.

In the state where the curtain wall is moved to the correct position, the operator separates the curtain wall from the curtain wall installation apparatus and fixes it to the upper and lower floor plates using a long binding material.

When the curtain wall installation is completed, the operator moves the curtain wall moving means to the original position, and after the horizontal frame is fixed by using the vertical rod, the lower frame of the support frame is inserted into the upper frame, and separated from the support lifter By moving to the ground, etc. for the installation of other curtain walls, the work is repeated until all curtain walls are installed.

In the present invention, the curtain wall installation work in the middle and multiple floor locations such as the intermediate machine room of the (ultra-high) structure is described, but the curtain wall installation work itself may be carried out using the curtain wall installation device of the present invention. If you look at other methods of installing the entire curtain wall of the structure, several intermediate multiple layers (intermediate machine room layers) of (ultra) high-rise structures, which have a height of 2-3 times the height of the conventional reference layer but do not have a bottom plate, In general, the curtain wall is difficult to be installed on the outer wall. Therefore, the upper and lower curtain walls are usually used except for the curtain walls of the middle and upper layers of the middle and upper layers (the upper layer on one or two layers). After sequentially installing by the method of the following, you may install the curtain wall of an intermediate multiple layer, and finally, provide the curtain wall of the upper layer of an intermediate | middle layer.

In such a construction method, a curtain wall of an intermediate plurality of layers may be first installed, and upper and lower curtain walls may be installed based on the intermediate plurality of layers.

Unlike the conventional simply using a lifting device, the curtain wall installation apparatus of the present invention has a support frame capable of supporting the curtain wall itself, and the curtain wall installation work can be safely performed using a configuration that can be automatically controlled. However, even when the curtain wall installation is difficult due to the absence of a floor plate such as an intermediate multiple floor, such as an intermediate machine room of an ultra-high-rise structure, the curtain wall installation is easy, and overall construction quality management can be efficiently performed.

Claims (10)

A horizontal frame having a roller induction path formed at a lower portion thereof; Installed on the roller guide road of the horizontal frame, the horizontal moving device 1 moving along the roller guide road and the horizontal moving device 1 connected to the horizontal frame at a right angle to the horizontal frame, the lower roller curtain support device formed with a roller guide road Curtain wall moving means 1 comprising; Curtain wall moving means 2 is fixed to the curtain wall to move along the roller guide road of the curtain wall support device; And A support frame vertically formed at an end of the horizontal frame; Curtain wall installation apparatus capable of moving in both directions comprising a. The method of claim 1, wherein the horizontal moving device 1 A hook capable of vertical movement; Internal rollers capable of horizontal movement; And, A drive motor for the hook and the inner roller; Curtain wall installation apparatus is movable bidirectional, characterized in that it comprises a. The method of claim 1, wherein the curtain wall support device A connection block connected to the horizontal moving device 1 on an upper surface thereof; And A hole in which the curtain wall moving means 2 is fixed to the abdomen by a connector such as a pin; Curtain wall mounting apparatus capable of moving in both directions, characterized in that the I-type steel comprising a. The method of claim 1, wherein the horizontal movement means 2 A body portion to which a connector such as a pin is inserted and fixed in a hole formed in an end and a hole formed in an abdomen of a curtain wall support device; A roller installed on the roller guideway of the curtain wall support device and connected to the rotating plate wound around the inside of the body portion; A curtain plate fixing hole is formed in the lower portion of the body portion, and a fixing plate to which the curtain wall is fixed; And a rotating plate rotated by winding the chain, wherein the roller connected to the rotating plate is moved along the roller guide road of the curtain wall support device. The method of claim 1, wherein the horizontal frame Frames, such as I-type steel is horizontally formed at a predetermined interval, the connecting block and the balance weight is formed on the upper surface of the hook hole of the heavy lifter is further formed, the curtain wall mounting apparatus capable of moving in both directions . The method of claim 5, wherein the support frame has an overall shape of the A shape, A vertical frame formed perpendicular to an end of the horizontal frame and including a hollow pipe-shaped upper frame and a lower frame which is adjustable in length while being inserted and protruded by a length adjusting device in the upper frame; And Reinforcing frames formed between the vertical frames; Curtain wall installation apparatus that can move in both directions characterized in that it comprises a. The method of claim 5, wherein the horizontal frame A horizontal bar installed across the horizontal frame on an upper surface of the horizontal frame in which the horizontal moving device 1 is initially positioned; An intermediate block formed vertically downward on an intermediate portion of the horizontal bar and having a hole for a rotating shaft formed at a lower end thereof; A connecting rod support block which is formed to be in contact with the horizontal frame in a vertical downward direction on the lower surfaces of both ends of the horizontal bar and has a hole for a connecting rod formed at the bottom thereof; And a rotation shaft support block formed in the reinforcement frame of the support frame and having a hole facing the hole for the rotation shaft of the intermediate plate. And A curtain wall fixing device 2 installed on the curtain wall fixing device 1 to fix the horizontal moving device 1 to the horizontal frame; Curtain wall installation device is movable in both directions, characterized in that it further comprises a. The curtain wall mounting apparatus of claim 6, wherein a guide rail is further formed on the support frame, and a guide line is attached to the guide rail. The method of claim 7, wherein the curtain wall fixing device 2, A rotating shaft penetrating the hole of the middle block of the curtain wall fixing device 1, one end of which is attached to the middle block by a stopper, and the other end of the rotating wall protruding through the rotating shaft support block installed in the support frame; A vertical bar formed perpendicularly to the rotating shaft by using a clamp on the protruding rotating shaft; A rotating plate inserted into the rotating shaft at a predetermined distance from the intermediate block; One end is attached to each of the rotating plate, the other end of each of the connecting rod is inserted into the hole of the connecting rod support block; And a connecting rod is simultaneously inserted into the hole of the connecting rod block and the insertion plate of the horizontal moving device 1 located in the horizontal frame so that the horizontal moving device 1 is fixed to the horizontal frame. Mounting device. [7] The curtain wall mounting apparatus of claim 6, wherein an automatic operation part for adjusting the horizontal movement of the horizontal movement device 1 and the speed of the movement of the hook is further formed.