JP2003064877A - Panel member conveying method to high-rise building and auxiliary conveying device used for it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a conveying method for a panel member to a high-rise building and an auxiliary conveying device used for it capable of conveying multiple panel members at once, keeping a balance for hardly causing a tilt, and easily and stably holding the panel members. SOLUTION: This auxiliary conveying device is provided with auxiliary beam members 24 arranged extensively on both sides of a fixed beam 22 in the center, a horizontal hanging means 21 having a holding means 25 for the panel members 11 spaced out and arranged in the fixed beam 22 and the auxiliary beam members 24, and a power generator 57 arranged in the fixed beam 22 for serving as a power source of a hanger turning means 13 and the auxiliary beam members 24. In this way, a plurality of panel members 11 are arranged and held in line in the horizontal direction by the horizontal hanging means 21, and one end panel member 11 among the arranged panel members 11 is arranged face to face with a construction part 62 in the high-rise building to be installed. Subsequently, the horizontal hanging means 21 is turned by 180 deg. in the horizontal direction, and the other end panel member 11 is arranged face to face with the following construction part 62 in the high-rise building to be installed.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for transporting a panel member to a high-rise building for suspending the panel member in the vicinity of a construction portion of the high-rise building by a crane, and an auxiliary transporting device used for the method.

[0002]

2. Description of the Related Art Conventionally, when attaching an outer wall or an inner wall to a steel frame building of a high-rise building, a panel member forming the outer wall or the inner wall, which is formed in a predetermined shape in advance, is transported by a truck to the vicinity of the building and then a crane is used. The panel members are lifted by and transported to a predetermined construction part of a high-rise building.
When the panel members are lifted by a crane, it is not efficient to lift the panel members one by one.
As disclosed in Japanese Patent No. 22989, there is one in which a plurality of panel members are mounted on one flat panel holding jig in parallel on one plane and are lifted.
Further, as disclosed in, for example, Japanese Patent Application Laid-Open No. 8-209940, a plurality of panel members are fixedly accommodated in a box-shaped lifting pallet having an opening provided on one surface by a mounting tool, and the lifting pallet is held. In some cases, the crane is transported to the vicinity of the construction section, and the panel member is pulled out from the lifting pallet and attached to the construction section.

[0003]

However, in the conventional method disclosed in the above-mentioned Japanese Patent Laid-Open No. 6-322989, the flat panel holding jig needs to have a wide lateral area arranged by the number of panel members to be lifted. It is difficult to lift many panel members, and after mounting the panel member at the end to the construction position, the tilt and shake due to the imbalance of the panel holding jig becomes unstable, and it takes a lot of labor to handle. There was a problem.

Further, in the conventional method disclosed in Japanese Patent Laid-Open No. 8-209940, since a plurality of panel members are housed in a box-shaped hoisting pallet, a large weight panel member is housed in the hoisting pallet. In addition, it takes a lot of time and effort to fix and hold it in a lifting pallet with a fixture. Further, when the panel members are taken out one by one from the lifting pallet, it is necessary to pull out the panel members in the lifting pallet from the inside of the lifting pallet to the opening, which is troublesome and the structure of the lifting pallet is complicated and expensive. There was a problem of becoming. The present invention has been made in view of the above circumstances, and a method of transporting a panel member to a high-rise building capable of transporting a large number of panel members at a time and having a small inclination due to imbalance and capable of simple and stable holding. It is also an object of the present invention to provide an auxiliary transfer device used for this.

[0005]

According to the present invention, there is provided a method of transporting a panel member to a high-rise building according to the above-mentioned object, in which a plurality of panel members are held by a horizontal suspending means suspended by a crane. A method of transporting panel members to a high-rise building by hoisting the panel member together with the horizontal suspension means in the vicinity of the construction part of the high-rise building, removing the panel member from the horizontal suspension means, and installing the panel member in the high-rise building. The panel members of No. 1 are horizontally arranged in a line and held, and the arranged panel members at one end are installed to face the construction portion of the high-rise building, and then the horizontal suspension means is rotated 180 ° in the horizontal direction, The panel member at the other end of the array is installed to face the next construction part of the high-rise building.

Thus, by suspending a plurality of panel members in a line in the horizontal direction on the horizontal suspending means so that the panel members face each other and are substantially parallel to each other, the panel members are suspended.
Since a large number of panel members, for example, about 6 panel members can be held at one time, it is possible to reduce the lifting operation of the crane in a construction work in which a large number of panel members are attached to a high-rise building. In addition, after the panel member at one end of the horizontal suspension means lifted by a crane is installed to face the construction portion of the high-rise building, the horizontal suspension means is rotated 180 ° in the horizontal direction, and the panel member at the other end is raised. Since it will be installed facing the next construction part of the building, the panel members arranged in the center will be sequentially removed from the panel members at both ends arranged in a line in the horizontal suspension means, and the horizontal suspension means will be the load to suspend on the left and right. The inclination due to the imbalance due to the change in the angle can be reduced, and the swing and inclination of the horizontal suspension means lifted by the crane can be reduced.

In the method of transporting a panel member to a high-rise building according to the present invention, an auxiliary beam extending horizontally on both sides of a fixed beam provided at the center of the horizontal suspension means and capable of being bent upward from the horizontal direction. After the panel member is provided, the fixed beam and the horizontally arranged auxiliary beam members on both sides are respectively held, and the panel member 1 is arranged in the construction part of the high-rise building, and then the auxiliary beam member that holds the panel member is removed. You may fold it. In this case, the fixed beam provided in the center of the horizontal suspension means, and the auxiliary beam member extended to both sides from the fixed beam to hold the panel member respectively, and moved to the vicinity of the construction part of the high-rise building by a crane, First, the panel member 1 held by the auxiliary beam member is lowered. After that, before facing the next arranged panel member to the construction portion of the high-rise building, the auxiliary beam member that holds 1 of the panel member is bent to move the next arranged panel member to the high-rise building. It is possible to get close to the construction part of, and the installation work of the panel member can be performed easily and safely.

In the method of transporting a panel member to a high-rise building according to the present invention, auxiliary beam members capable of expanding and contracting in the horizontal direction are provided on both sides of a fixed beam provided at the center of the horizontal suspension means, and the fixed beam is extended. The panel members may be held by the auxiliary beam members on both sides, and the panel member 1 may be arranged at the construction portion of the high-rise building, and then the auxiliary beam members holding the panel members may be contracted. In this case, it is possible to make the auxiliary beam member compact by providing the auxiliary beam member that is horizontally expandable and contractable on both sides of the fixed beam, for example, in the form of a telescopic structure. Further, like the foldable auxiliary beam member, after first lowering one of the panel members held by the auxiliary beam member, and before facing the next arranged panel member to the construction portion of the high-rise building. The auxiliary beam member holding the panel member 1 can be contracted in the horizontal direction, and the panel members arranged next can be brought close to the construction portion of the high-rise building.

In the method of transporting a panel member to a high-rise building according to the present invention, the fixed beam may be provided with horizontal maintaining means to maintain the horizontal state of the horizontal suspending means. In this case, an unbalanced load of the horizontal suspension means is provided by providing a horizontal maintenance means on the fixed beam, which is attached to the fixed beam, for example, the position of the fixed part of the wire rope that is hung on the crane and can be moved vertically or horizontally by a linear actuator. When the horizontal suspension means is tilted due to the occurrence of the above, the position of the fixed portion of the wire rope is adjusted according to the inclination angle, and the horizontal suspension means is always maintained horizontally.Therefore, the position of the panel member suspended by the horizontal suspension means is adjusted. Is stable, and the installation work of the panel member can be performed easily and safely.

In accordance with the present invention, the auxiliary conveying device for a panel member for a high-rise building according to the present invention is attached to a hook that can be lifted and lowered by a crane, and conveys the panel member from the ground to a construction part of a high-rise building. An auxiliary transfer device for building panel members, which has a hook retaining metal fitting suspended on a hook in the upper part, a wire retaining metal fitting in the lower portion, and a drive source inside, and A hanging tool rotating means in which a metal fitting is rotatable, a central fixed beam that is hung from a wire hanging metal fitting through a wire rope, and an auxiliary beam member that can be further extended on both sides of the fixed beam. And a horizontal suspension means having a panel beam holding means provided with a gap between the fixed beam and the auxiliary beam member extended to the fixed beam, and a suspender rotation means provided on the fixed beam and an auxiliary beam member. Driving hands And a power generator that is a source of power.

As a result, the wire retaining metal fitting of the suspender rotating means is rotated 180 ° by the power from the generator provided on the fixed beam without depending on the power source on the ground.
The panel members arranged in the center in order can be removed from the panel members at both ends arranged in a line in the horizontal suspension means,
Thereby, the inclination due to the imbalance of the horizontal suspension means can be reduced. In addition, the auxiliary beam members that can be further extended on both sides of the fixed beam are bent or contracted by the power supplied from the generator provided on the fixed beam, so that the auxiliary beam members are arranged in a row. It is possible to sequentially bring the arranged panel members close to the construction portion of the high-rise building without disturbing the construction work on the center side of the members.

In the auxiliary transporting apparatus for a panel member for a high-rise building according to the present invention, the fixed beam is provided with a control unit for controlling the rotating operation of the suspender rotating unit and the extending operation of the auxiliary beam member, and the control unit is It may be operable by remote control. In this case, the control unit is instructed, for example, of a plurality of predetermined frequencies (3 to 3).
A receiver capable of receiving a radio wave from a remote control (remote operation console) that emits a radio wave of about 0 MHz) is provided, and a predetermined radio wave for rotating the suspender rotating means and extending the auxiliary beam member is provided. By operating the remote control on the ground or near the construction part of a high-rise building, the rotating operation of the suspender rotating means and the extending operation of the auxiliary beam member can be controlled, so that the lifting state of the panel member and the suspending tool rotating means can be controlled. It is possible to safely perform the panel member construction work while observing the rotation operation of.

In the auxiliary conveying device for a panel member for a high-rise building according to the present invention, a balance weight may be attached to the fixed beam of the horizontal suspension means. In this case, for example, by attaching the balance weight to the lower part of the fixed beam, the inclination angle of the horizontal suspension means due to the imbalance that occurs when the panel members are sequentially removed from both ends of the horizontal suspension means can be reduced. In addition, it is desirable that the balance weight is attached to a position as far downward as possible from the fixed beam.

[0014]

BEST MODE FOR CARRYING OUT THE INVENTION Next, referring to the attached drawings, an embodiment in which the present invention is embodied will be described to provide an understanding of the present invention. 1 (A) and 1 (B) are front views, side views, and FIG. 2 of the auxiliary conveyance device for a panel member for a high-rise building according to the first embodiment of the present invention, respectively. 3 is a side view of a main part of the auxiliary transfer device of FIG. 3, FIG. 3 is a front view of a main part of the horizontal transfer means of the auxiliary transfer device for the panel member for the same high-rise building, and FIG. Plan view of the main part of FIG. 5 (A), (B)
6 is a front view, a side view, and FIG. 6 of a state in which the auxiliary beam member of the auxiliary conveying device for the panel member for the same high-rise building is bent, respectively.
(A), (B), (C), (D) is an operation explanatory view of the auxiliary transporting device for the panel member for the same high-rise building, FIG. 7 (E),
(F), (G), (H) are explanatory views showing the operation of the auxiliary transporting device for the panel member for the same high-rise building, FIG. 8 (I),
(J), (K), (L), and (M) are explanatory views showing the operation of the auxiliary conveying device for the panel member for the same high-rise building, and FIG. 9 is a high-rise building according to the second embodiment of the present invention. 10A and 10B are plan views of horizontal suspending means of the auxiliary transport device for the panel member for high-rise buildings according to the third embodiment of the present invention, respectively. Front sectional view, FIG. 11 is a partial side view of the auxiliary transporting device for the panel member for the same high-rise building, and FIGS. 12A and 12B are operation explanatory views of the auxiliary transporting device for the panel member for the same high-rise building, respectively. (A),
FIG. 3B is a partially cutaway front view and side view around a hook of an auxiliary transfer device for a panel member for the same high-rise building.

As shown in FIGS. 1 (A) and 1 (B), an auxiliary transfer device 10 for a panel member for a high-rise building according to the first embodiment of the present invention has, for example, an outer wall in a steel frame building of a high-rise building. Used for transporting a panel member 11 such as an exterior material, which is formed in a predetermined size in advance, from the ground to a construction part of a high-rise building, such as when mounting a hook. Installed on.
As shown in FIG. 13, the hook 12 is supported by a support block 12B supported by a pulley frame 12A suspended from a crane via a thrust bearing 12C. The support block 12B has a cutout 12D at the lower end.
Attach a plate-shaped stopper 12E provided with a notch 12D
Is attached to the curved portion of the upper portion of the hook 12, and the U-band 12F with a screw is provided in the stopper 12E.
2G and fix the stopper 12E to the support block 12B by tightening the screw of the U band 12F,
The hook 12 is restrained so as not to rotate freely in the horizontal direction. The U-band 12F has its mounting position adjustable by a plurality of mounting holes 12G provided on both sides of the stopper 12E. The hook 12 has a hanging device rotating means 1
3, the hanging tool rotating means 13 has a hook retaining metal fitting 14 suspended on the hook 12 on the upper portion, and a wire retaining metal fitting 15 on the lower portion.

As shown in FIG. 2, FIG. 3 and FIG. 4, on the side surface of the hook retaining metal piece 14, the hook retaining metal piece 14 is provided on the opposite side in the horizontal direction, that is, 1
Stoppers 16 are provided, each of which projects at an opening angle of 80 °. A motor 17 with a speed reducer, which is an example of a drive source, is provided inside the wire locking metal fitting 15, and an output shaft 17A of the motor 17 with a speed reducing gear is fixed to the hook locking metal fitting 14.
By driving the motor 17 with a speed reducer, the wire retaining metal fitting 15 is rotated relative to the hook retaining metal fitting 14. A protrusion 18 that is stopped by the stopper 16 when the wire retaining metal fitting 15 is rotated (reversed) by 180 ° is provided outside the wire retaining metal fitting 15 so that the wire retaining metal fitting 15 can be hooked. 14
It can be rotated by 180 °.

An upper end hooking portion 20 for hooking the upper ends of the four wire ropes 19 is provided around the wire hooking metal fitting 15, and a horizontal hanging means 21 is attached to the wire hooking metal fitting 15 via the wire rope 19. It is suspended. Horizontal hanging means 2
1 is two long beams 22A parallel to the center and two long beams 22
A fixed beam 22 formed into a substantially quadrangle by a short beam 22B connecting the respective end portions of A is provided, and the lower end hook portion 2 that hooks the lower ends of the wire ropes 19 at the four corners thereof.
3 is provided. A reinforcing beam 22C is provided inside the two long beams 22A. Auxiliary beam members 24, which are provided so as to be able to extend in the horizontal direction, are provided on both upper sides (right and left) of the fixed beam 22. A chain block 25, which is an example of a holding unit that holds one panel member 11 (first and second panel members 11A and 11B), is provided below both ends of the fixed beam 22, respectively. It enables fine adjustment of. A pedestal 26 is provided at the upper center of the fixed beam 22.

As shown in FIGS. 3 and 4, the auxiliary beam members 24 on both sides are first and second auxiliary beam members 27 and 28 extending horizontally from both ends of the fixed beam 22, respectively.
And third and fourth auxiliary beam members 29, which further extend in the horizontal direction from the first and second auxiliary beam members 27 and 28, respectively.
It has a structure capable of being bent in two stages, which is composed of 30 and 30. The first and second auxiliary beam members 27 and 28 are arranged inside the long beam 22A of the fixed beam 22 and are parallel to each other.
A and 28A and short beams 27B and 28B connecting the tip ends of the two long beams 27A and 28A are formed in a substantially U-shape. Support holes 31 and 32 are provided in the intermediate portions of the first and second auxiliary beam members 27 and 28, respectively, and the fixed beam 2
2 (long beam 22A, reinforcing beam 22C), supporting shafts 35 and 36 supported by bearings 33 and 34 provided at both ends of the beam 2 are passed through the support holes 31 and 32, and the first and second auxiliary beam members 27 are provided. Two
8 is rotatably supported by the support shafts 35 and 36 so that the support shafts 35 and 36 are substantially bent with respect to the fixed beam 22. The tip ends of the first and second auxiliary beam members 27 and 28 with respect to the support holes 31 and 32 are mounted on the short beam 22B of the fixed beam 22. The first and second auxiliary beam members 27, 28 extend horizontally from the end of the fixed beam 22 by a predetermined length, for example, about 500 to 900 mm, and the panel member 11 is provided at the tip thereof.
A chain block 25 that holds the (third and fourth panel members 11C and 11D) is provided.

The first and second auxiliary beam members 27 of the mount 26,
A stopper 37 is provided so as to project in the horizontal direction on the upper part of the surface facing 28, and the first and second auxiliary beam members 27, 28 are provided.
When the third and fourth panel members 11C and 11D are held by the chain block 25, the bases of the first and second auxiliary beam members 27 and 28 are locked by the stopper 37, The base portions of the first and second auxiliary beam members 27 and 28 are prevented from jumping upward from the horizontal state. Further, the stopper 37 and the end portion of the fixed beam 22 allow the first,
Supporting the second auxiliary beam members 27, 28, a supporting shaft 35,
A large load is not applied to 36. Rod connecting portions 38 and 39 are provided between the support holes 31 and 32 of the first and second auxiliary beam members 27 and 28 and the tip portions, respectively, and the cylinder connecting portion 4 is provided at both ends of the pedestal 26.
No. 0, 41 are provided, and the first and second air cylinders 42, 4 are provided.
3 to the rod connecting portions 38 and 39 and the cylinder connecting portions 40 and 4
Pins are connected to 1 and respectively. Therefore, the first,
The rods 44 and 45 of the second air cylinders 42 and 43 are moved by compressed air to reduce the length between the rod connecting portions 38 and 39 and the cylinder connecting portions 40 and 41, thereby supporting shafts 35 and 36. A state in which the first and second auxiliary beam members 27 and 28 are rotated about the rotation center, and the tip ends of the first and second auxiliary beam members 27 and 28 are flipped up and bent with respect to the fixed beam 22. In this way (shown by the chain double-dashed line in FIG. 3), the first and second auxiliary beam members 27 and 28 are prevented from protruding outside from the end of the fixed beam 22.

The third and fourth auxiliary beam members 29 and 30 are disposed inside the first and second auxiliary beam members 27 and 28, respectively, and have two parallel long beams 29A and 30A and two parallel beam members 29A and 30A. Long beam 2
9A and 30A and the short beams 29B and 30B connecting the front ends thereof are formed in a substantially U-shape. 3rd and 4th
Support holes 46, 47 are provided in the intermediate portions of the auxiliary beam members 29, 30 of
Is provided, similarly to the first and second auxiliary beam members 27 and 28,
The support shafts 35, 36 supported by bearings 33, 34 provided at the ends of the fixed beam 22 are passed through the support holes 46, 47 so that the third and fourth auxiliary beam members 29, 30 are supported by the support shafts 35, It is rotatably supported by 36, and is substantially bent with respect to the fixed beam 22 by the support shafts 35, 36.
Then, the support holes 4 of the third and fourth auxiliary beam members 29 and 30.
The tip side from 6, 47 is the first and second auxiliary beam members 27, 2
The short beams 27B and 28B of 8 are mounted. Further, the third and fourth auxiliary beam members 29 and 30 are horizontally extended from the tip end portions of the first and second auxiliary beam members 27 and 28 by a predetermined length, for example, about 500 to 900 mm, and their tip ends. The panel member 11 (the fifth and sixth panel members 11
A chain block 25 for holding E, 11F) is provided.

The third and fourth auxiliary beam members 29 of the mount 26,
A stopper 48 is provided on an upper portion of a surface facing the 30 so as to project in the horizontal direction, and the third and fourth auxiliary beam members 29, 30 are provided.
When the fifth and sixth panel members 11E and 11F are held by the chain block 25, the bases of the third and fourth auxiliary beam members 29 and 30 are hooked by the mount 26, and The base portions of the fourth auxiliary beam members 29 and 30 are prevented from jumping upward from the horizontal state. In addition, the stopper 48 and the ends (short beams 27B and 28B) of the first and second auxiliary beam members 27 and 28 support the third and fourth auxiliary beam members 29 and 30, and the support shaft 35, A large load is not applied to 36. The rod connecting portions 49 and 50 are provided between the support holes 46 and 47 of the third and fourth auxiliary beam members 29 and 30 and the tip portions, and the gantry 26 is provided with the cylinder connecting portions 51 and 52. The third and fourth air cylinders 53 and 54 are pin-connected to the rod connecting portions 49 and 50 and the cylinder connecting portions 51 and 52, respectively.
Therefore, by moving the rods 55 and 56 of the third and fourth air cylinders 53 and 54 by compressed air, the third and fourth auxiliary beam members 29 and 30 are moved about the support shafts 35 and 36 as the rotation centers. 5A and 5B, the tip ends of the third and fourth auxiliary beam members 29 and 30 are flipped up to be bent with respect to the fixed beam 22. The third and fourth auxiliary beam members 29 and 30 are prevented from protruding outward from the end of the fixed beam 22.

On the upper part of the pedestal 26 provided above the fixed beam 22, there is provided, for example, an engine-driven generator 57, which serves as a power source for the lifting tool rotating means 13 and the driving means for the auxiliary beam member 24, and a cable 57A is provided. Via the hanging tool rotating means 13,
Electric power is supplied to the horizontal suspension means 21. Further, below the fixed beam 22, there is provided a control unit 58 for controlling the rotating operation of the suspender rotating means 13 and the extending operation of the auxiliary beam member 24.
Further, below the control unit 58, the first to fourth air cylinders 4 are provided.
A compressor 59 for generating compressed air to be supplied to 2, 43, 53, 54 is provided, and a balance weight 60 is attached below the compressor 59. Control unit 58
Is, for example, a plurality of predetermined frequencies (about 3 to 30 MHz)
It is equipped with a receiver that can receive radio waves from a remote control (remote control console) that emits radio waves.

Here, a method of transporting a panel member to a high-rise building using the auxiliary transport device 10 for a high-rise building panel member according to the first embodiment will be described. (1) First, the horizontal suspension means 21 together with the hook 12 attached to the crane is lowered to the vicinity of the ground (a height at which the pallet member 11 can be held), and the first and second auxiliary beam members 27, 2 are provided.
In a state in which the eighth and third and fourth auxiliary beam members 29 and 30 are bent (see FIGS. 5A and 5B), the horizontal suspension means 21 is provided.
The panel members 11 (first and second panel members 11) are respectively attached to the chain blocks 25 provided at both ends of the fixed beam 22 of
A, 11B) are retained. (2) Next, the rods 44 and 45 of the first and second air cylinders 42 and 43 are extended to extend the first and second auxiliary beam members 2
7 and 28 are rotated to project from both sides of the fixed beam 22.

(3) First and second auxiliary beam members 27, 28
The panel member 11 (the third,
The fourth panel member 11C, 11D) is held. At this time, the first and second panel members 11A, 11B
Apply a spacer 61 made of cushioning material to the outer upper part of
The first and second panel members 11A and 11B are prevented from coming into contact with the third and fourth panel members 11C and 11D. (4) Rod 5 of third and fourth air cylinders 53, 54
Extending 5, 56, the third and fourth auxiliary beam members 29, 30
Is rotated to project from both sides of the first and second auxiliary beam members 27 and 28. (5) Further, chains provided on the outer upper portions of the third and fourth panel members 11C and 11D by spacers 61 to the third and fourth auxiliary beam members 29 and 30 provided on both sides of the fixed beam 22. The block 25 holds the panel member 11 (fifth and sixth panel members 11E, 11F), and FIG.
The state shown in FIG.

(6) As shown in FIG. 6 (A), the horizontal hoisting means 21 is hoisted by a crane and conveyed from near the ground to near the construction portion 62 of the high-rise building and held by the third auxiliary beam member 29. The fifth panel member 11E is attached to the construction portion 62.
And the fifth panel member 11E from the third auxiliary beam member 29 to the working portion 62, and the chain block 25
Then, the upper and lower positions of the fifth panel member 11E are finely adjusted to perform the mounting work. (7) Operate the remote controller as shown in FIG.
The control unit 58 is instructed to cause the rod 55 of the third air cylinder 53 to contract, and the third auxiliary beam member 29 is rotated around the support shaft 35 and bent upward. (8) The remote controller is operated to instruct the control unit 58 to rotate the wire hooking metal fitting 15 of the hanging tool rotating means 13 by 180 °. As a result, the motor 17 with a reducer rotates, the wire hooking metal fitting 15 rotates relatively to the hook hooking metal fitting 14, and the protrusion 1 provided on the wire hooking metal fitting 15 is rotated.
Rotate 180 ° and stop until 8 is hooked by the stopper 16 provided on the hook hooking metal fitting 14. Therefore, the horizontal suspending means 21 suspended by the wire retaining metal fitting 15 rotates 180 °, and the sixth panel member 11F held by the fourth auxiliary beam member 30 faces the construction portion 62 (FIG. 6).
(See (C)). In this state, the crane is moved to lower the sixth auxiliary beam member 30 to the sixth panel member 11F to the next construction portion 62, and mounting work is performed (see FIG. 6D).

(9) As shown in FIG. 7 (E), the remote controller is operated to instruct the control section 58 to instruct the fourth air cylinder 5 to operate.
The rod 56 of No. 4 is contracted, and the fourth auxiliary beam member 30 is rotated around the support shaft 36 and bent upward. (10) As shown in FIG. 7 (F), the crane is moved to lower the fourth panel member 11D held by the second auxiliary beam member 28 so as to face the next working portion 62, and the mounting work is performed. To do. (11) As shown in FIG. 7 (G), the remote controller is operated to instruct the control unit 58 to cause the rod 45 of the second air cylinder 43 to contract, and the second auxiliary beam member 28 is supported by the support shaft. Rotate around 36 and fold up. (12) As shown in FIG. 7 (H), the remote control is operated to cause the control section 58 to cause the wire hooking fitting 1 of the hanging tool rotating means 13 to operate.
5 to rotate the horizontal suspension means 21 to 180
The third auxiliary member 27 rotated by 1 ° and held by the first auxiliary beam member 27
The panel member 11C of (1) is brought down to face the next construction portion 62, and the mounting work is performed (see FIG. 8 (I)).

(13) As shown in FIG. 8 (J), the remote controller is operated to instruct the control section 58 to cause the rod 44 of the first air cylinder 42 to contract, and the first auxiliary beam member 27. Is rotated around the support shaft 35 and bent upward. (14) As shown in FIG. 8 (K), the crane is moved to lower the first panel member 11A held by the fixed beam 22 so as to face the next construction portion 62 (see FIG. 8 (L)). , Perform the installation work. (15) As shown in FIG. 8M, the remote controller is operated to instruct the control unit 58 to rotate the wire hooking metal fitting 15 of the hanging tool rotating means 13, and the horizontal hanging means 21 is moved to 18 degrees.
The second panel member 11B held by the fixed beam 22 is rotated by 0 ° so as to face the next working portion 62 and is lowered, and the mounting work is performed. With this, all the panel members 11 held by the horizontal suspension means 21 are sequentially lowered and attached to the construction portion 62.

As shown in FIG. 9, an auxiliary transfer device 65 for a panel member for a high-rise building according to a second embodiment of the present invention.
The horizontal suspension means 66 for maintaining the horizontal state of the horizontal suspension means 21 provided on the fixed beam 22 of the auxiliary transfer device 10 for the panel member for high-rise buildings according to the first embodiment is provided. The constituent elements are substantially the same as those of the auxiliary conveying device 10 for a panel member for a high-rise building according to the first embodiment. The same components as those of the auxiliary transporting device 10 for a high-rise building panel member according to the first embodiment are designated by the same names and the same reference numerals are omitted.
That is, the horizontal maintaining means 66 has four corners of the fixed beam 22,
Fixed parts 68 of an air cylinder 67, which is an example of a linear actuator, are attached to each other, and a movable part 69 of the air cylinder 67 is movable upward (substantially in the vertical direction). The movable portion 69 is fixed with a lower end hooking portion 23 that hooks the lower end of the wire rope 19 hung from the hanger rotating means 13.

After lowering the fifth panel member 11E from the third auxiliary beam member 29 to the working portion 62 (see FIG. 6 (B)), the rod 55 is contracted to move the third auxiliary beam member 29. When rotated and bent upward, two panel members 11 are hung on the left side of the fixed beam 22 from which the fifth panel member 11E is removed, and three panel members 11 are hung on the right side. Moreover, the third auxiliary beam member 29 on the left side is bent toward the fixed beam 22. Therefore, due to the imbalance of the load, the center of gravity of the horizontal suspension means 21 moves to the right side where the load is large, and the horizontal suspension means 21 balances in a state where the right side is slightly lowered and inclined. Although the balance weight 60 is provided in the lower center of the fixed beam 22, it is difficult to keep the horizontal suspension means 21 completely horizontal by the fixed balance weight 60, and the inclination angle is the distance between the lower end hooking portions 23 on both sides. Is about 1200 mm, the angle is, for example, about 2 to 3 °.

At this time, since the left side of the horizontal suspending means 21 is lifted up, the movable part 69 of the air cylinder 67 to which the left lower end hooking part 23 is fixed is extended to keep the horizontal suspending means 21 substantially horizontal. To do. The movable part 6 on the left side
The length d for extending 9 is: d = tan 3 ° × 1200 = 0.0524 × 1200≈
Therefore, the vertical stroke of the movable portion 69 of the air cylinder 67 may be about 63 mm. As shown in FIG. 7 (E), when the left and right are balanced, the movable part 69 of the air cylinder 67 to which the lower end hook 23 on the left side is fixed may be returned to the original position. As shown in FIG. 7 (G) and FIG. 8 (L), even when there is a slight imbalance, the movable portion 69 of the air cylinder 67 on the side lifted by the imbalance is extended to substantially extend the horizontal suspension means 21. Can be kept horizontally. It is also possible to move the lower end retaining portion 23 in the horizontal direction by an air cylinder to maintain the horizontal suspension means 21 substantially horizontally.

As shown in FIGS. 10 (A), 10 (B), and 11, the auxiliary conveying device 70 for a panel member for a high-rise building according to the third embodiment of the present invention is the same as the first embodiment. In the auxiliary transport device 10 for a panel member for a high-rise building according to
Instead of the horizontal suspension means 21 in which the auxiliary beam members 24 are foldable on both sides of the fixed beam 22, horizontal suspension means 73 in which the auxiliary beam members 72 of the telescopic structure are provided so as to extend on both sides of the fixed beam 71 are provided. It is a thing. The same components as those of the auxiliary transporting device 10 for a high-rise building panel member according to the first embodiment are designated by the same names and the same reference numerals are omitted.

That is, the horizontal suspension means 73 has a channel type fixed beam 71 having an opening at the bottom and a flange 74 provided at the lower end along the longitudinal direction (left and right direction in FIG. 10A). Channel type first and second auxiliary beam members each having a length slightly shorter than substantially half of the length of the fixed beam 71 so as to be slidable on both sides in the longitudinal direction of the fixed beam 71 and inwardly. 75, 76 and the first and second auxiliary beam members 7
The first and second auxiliary beam members 7 are provided on the insides of the reference numerals 5 and 76, respectively.
5 and 76 are provided with a two-step expandable / contractible auxiliary beam member 72 composed of channel-type third and fourth auxiliary beam members 77 and 78 having substantially the same length as those of the first and second auxiliary beam members. The auxiliary beam members 75 and 76 are slidably mounted on the upper surface of the collar portion 74, for example, via a rolling friction member. The lower ends of the first to fourth auxiliary beam members 75 to 78 are provided with flange portions 75A, 76A, 77A, and 78A along the longitudinal direction, and the third and fourth auxiliary beam members 77 and 78 are provided. Is the first and second
The auxiliary beam members 75 and 76 are slidably mounted on the upper surfaces of the flange portions 75A and 76A.

At the upper four corners of the fixed beam 71, lower end hooking portions 23 for hooking the lower end of the wire rope 19 are provided. At the upper center of the fixed beam 71, a cylinder connecting portion 79,
80 is provided, and the first, which is an example of a linear actuator,
The fixing portions of the second air cylinders 81 and 82 are pin-connected to each other, and rod connecting portions 83 and 84 are provided above the tips of the first and second auxiliary beam members 75 and 76 to provide the first and second air cylinders. Rods 85 and 86, which are movable parts of 81 and 82, are connected. In addition, the cutout portion 71 is formed so that the rod connecting portions 83 and 84 do not abut on both ends of the fixed beam 71.
A and 71B are provided. Therefore, rod 8
The first and second auxiliary beam members 7 are expanded and contracted in the sliding direction of the first and second auxiliary beam members 75 and 76, respectively.
5 and 76 are slidable inside the fixed beam 71. Cylinder connecting portions 87 and 88 are provided inside the bases of the first and second auxiliary beam members 75 and 76, and the third and fourth air cylinders 89 and 90 are pin-connected, respectively. The rod connecting portions 91, 9 are provided inside the tips of the auxiliary beam members 77, 78.
2 is provided to connect rods 93 and 94, which are movable parts of the third and fourth air cylinders 89 and 90. Therefore, the rods 93 and 94 are connected to the third and fourth auxiliary beam members 77,
By expanding and contracting in the sliding direction of 78, the third and fourth auxiliary beam members 77, 78 are moved to the first and second auxiliary beam members 75,
Sliding inside 76 is possible. Both ends of the fixed beam 71 and the first to fourth auxiliary beam members 75, 76, 77, 7
A chain block 95 for holding the panel member 11 is provided at each of the front ends of the collar portions 74, 75A, 76A, 77A, 78A of No. 8.

Here, a method of transporting a panel member to a high-rise building using the auxiliary transport device 70 for a high-rise building panel member according to the third embodiment will be briefly described. (1) As shown in FIG. 12 (B), first and second air cylinders 81 and 82, and third and fourth air cylinders 87 and 8
In a state where the rods 85, 86, 93, 94 of 8 are contracted, the chain blocks 93 at both ends of the fixed beam 71 hold the first and second panel members 11A, 11B, respectively. (2) As shown in FIG. 12 (A), the rods 83, 84 of the first and second air cylinders 81, 82 are extended to make the first,
The second auxiliary beam members 75 and 76 are projected from the fixed beam 71, and the chain block 95 at the tip end thereof is provided with a third and
The fourth panel members 11C and 11D are held. In addition,
At this time, the spacer 61 is applied to the outer upper portions of the first and second panel members 11A and 11B, and the first and second panel members 11A and 11B and the third and fourth panel members 11C,
Avoid contact with 11D.

(3) As shown in FIG.
The rods 93 and 94 of the fourth air cylinders 89 and 90 are extended to form the third and fourth auxiliary beam members 77 and 78, respectively.
Of the auxiliary beam members 75 and 76, and the chain block 95 at the tip thereof has the fifth and sixth panel members 1 respectively.
Hold 1E and 11F. At this time, the spacer 61 is applied to the outer upper portions of the third and fourth panel members 11C and 11D to make the third and fourth panel members 11C and 11D.
And the fifth and sixth panel members 11E and 11F are prevented from coming into contact with each other. (4) The horizontal suspending means 73 is lifted by a crane to be transported to the vicinity of the construction portion 62 of the high-rise building, and the fifth panel member 11E held by the third auxiliary beam member 77 is mounted on the construction portion 6
2 facing each other, lower the fifth panel member 11E from the third auxiliary beam member 77 to the construction portion 62, and
5, the vertical position of the fifth panel member 11E is finely adjusted to perform the mounting work (see FIG. 6A). (5) The remote controller is operated to instruct the control unit 58 to display the third
The operation of contracting the rod 93 of the air cylinder 89 of
The third auxiliary beam member 77 is slidably housed inside the first auxiliary beam member 75 (see FIG. 12A).

(6) The remote controller is operated to instruct the control unit 58 to rotate the wire hooking metal fitting 15 of the hanging tool rotating means 13 by 180 °, and the horizontal hanging means 73 is rotated by 180 °. The sixth panel member 11F held by the auxiliary beam member 78 is made to face the construction portion 62. In this state, the crane is moved to lower the sixth auxiliary beam member 78 to the sixth panel member 11F to the next construction portion 62, and the mounting work is performed. (7) In this way, the first and second auxiliary beam members 75,
Similarly, the first and second air cylinders 8 attached to the 76
The horizontal suspending means 73 are operated by the suspender rotating means 13 so that the horizontal suspending means 73 are slidably housed inside the fixed beam 71 by operating 1 and 82 to reduce the fluctuation of the load applied to the horizontal suspending means 73.
Alternately by 180 ° to lower the third and fourth panel members 11C and 11D to the next working portion 62, and further hold them on the fixed beam 71 (see FIG. 12B). The panel members 11A and 11B are sequentially lowered to the next construction portion 62. With this, all the panel members 11 held by the horizontal suspension means 73 are sequentially lowered and attached to the construction portion 62.

The present invention has been described above with reference to the first to third embodiments. However, the present invention is not limited to the configurations described in the above embodiments, and is described in the scope of claims. Other embodiments and modifications that are conceivable within the scope of the matters described are included. For example, a hydraulic pump unit may be provided instead of the compressor, and a hydraulic cylinder may be used as the linear actuator instead of the air cylinder. Further, as the linear actuator, an electric linear actuator using a ball screw or a linear motor may be used. In this case, no compressor or hydraulic unit is needed. Further, in the above-described embodiment, the example in which the auxiliary beam member is capable of being bent or expanded / contracted in two steps has been described, but it is also possible to be able to be bent or expanded / contracted in three steps or more. Further, in the above-described embodiment, an example in which the panel member is held by using the chain block has been described, but when holding the panel member such as a lightweight heat insulating material, it is possible to tie and hold the panel member with a wire rope. . Needless to say, for safety, the panel member is not transported and installed in a strong wind.

[0038]

In the method of transporting panel members to a high-rise building according to any one of claims 1 to 4, a plurality of panel members suspended by a crane so as to be lifted and lowered are horizontally arranged in a line and held. After installing the panel member at the one end facing the construction part of the high-rise building, rotate the horizontal suspending means 180 ° in the horizontal direction, and arrange the panel member at the other end on the next construction part of the high-rise building. Since they are installed facing each other, a large number of, for example, about 6 panel members can be held at one time, and the lifting operation of the crane can be reduced in the construction work for mounting a large number of panel members on a high-rise building. In addition, after the panel member at one end of the horizontal suspension means lifted by a crane is installed facing the construction part of the high-rise building, the horizontal suspension means is rotated 180 ° in the horizontal direction and arranged in a line in the horizontal suspension means. The panel members arranged in the center are sequentially removed from the panel members at both ends, and the horizontal suspension means is less tilted due to unbalance due to changes in the left and right suspension loads. The inclination can be reduced.

In particular, in the method of transporting a panel member to a high-rise building according to claim 2, it is extended horizontally on both sides of a fixed beam provided at the center of the horizontal suspension means and is bent upward from the horizontal direction. A possible auxiliary beam member was provided, and the panel member was held by the fixed beam and the auxiliary beam members on both sides that were horizontally arranged, and the panel member was held after placing 1 of the panel members in the construction part of the high-rise building. Since the auxiliary beam member is bent, the panel member arranged next can be brought close to the construction portion of the high-rise building, and the panel member can be installed easily and safely.

According to the third aspect of the present invention, there is provided a method of transporting a panel member to a high-rise building, wherein horizontal beam expandable auxiliary beam members are provided on both sides of a fixed beam provided at the center of the horizontal suspension means, and the fixed beam and the extended beam are provided. Since the panel members are respectively held by the auxiliary beam members on both sides, and 1 of the panel members is arranged in the construction portion of the high-rise building, the auxiliary beam members holding the panel members are contracted. By providing the expandable and extendable auxiliary beam member, the next arranged panel member can be brought close to the construction portion of the high-rise building, and the auxiliary beam member can have a compact structure. .

In the method of transporting the panel member to the high-rise building according to claim 4, the fixed beam is provided with the horizontal maintaining means to maintain the horizontal state of the horizontal suspending means. When the load is unbalanced and the horizontal suspension means is tilted, the position of the fixed part of the wire rope is adjusted according to the angle of inclination so that the horizontal suspension means can always be kept horizontal and the panel suspended by the horizontal suspension means can be adjusted. The position of the member is stable, and the installation work of the panel member can be performed easily and safely.

The auxiliary conveying device for a panel member for a high-rise building according to any one of claims 5 to 7 has a hook retaining metal fitting for hanging on a hook of a crane in an upper portion, and a wire retaining metal fitting in a lower portion, And a hanging device rotating means in which the wire retaining metal fitting is rotatable, and a wire hanging rope that is hung from the wire retaining metal fitting via a wire rope. An auxiliary beam member provided so as to be extendable, a horizontal beam having a fixed beam and a panel member holding means provided with a gap in the auxiliary beam member extended to the fixed beam, and a fixed beam. And a dynamo serving as a power source for the hanger rotating means and the driving means for the auxiliary beam member, so that the hanger can be driven by the power from the dynamo provided on the fixed beam without relying on the power source on the ground. 180 wire stopper for rotating means Rotate, can be removed sequentially panel members arranged in the center from both ends of the panel members arranged in line in the horizontal hanging means. Further, the auxiliary beam members that can be further extended on both sides of the fixed beam are also bent or contracted by the power supplied from the generator provided on the fixed beam, so that the auxiliary beam member does not get in the way. The arrayed panel members can be brought close to the construction portion of the high-rise building one by one, and the panel member installation work can be performed easily and safely.

Particularly, in the auxiliary conveying device for a panel member for a high-rise building according to claim 6, the fixed beam is provided with a control section for controlling the rotating operation of the lifting tool rotating means and the extending operation of the auxiliary beam member. Since the control part can be operated by remote control, the remote control is operated on the ground or near the construction part of the high-rise building by a predetermined radio wave that causes the hanging device rotating means to rotate and the auxiliary beam member to extend. By
It is possible to safely perform the panel member construction work while observing the hoisting state of the panel member and the rotating operation of the hanger rotating means.

In the auxiliary conveying device for a panel member for a high-rise building according to claim 7, since the balance weight is attached to the fixed beam of the horizontal suspending means, when the panel members are sequentially removed from both ends of the horizontal suspending means. It is possible to reduce the tilt due to the imbalance that occurs in the above, and to reduce the tilt angle of the horizontal suspension means, so that the panel member can be installed easily and safely.

[Brief description of drawings]

1A and 1B are respectively a front view and a side view of an auxiliary transporting device for a panel member for a high-rise building according to a first embodiment of the present invention.

FIG. 2 is a side view of a main part of an auxiliary transport device for a panel member for the same high-rise building.

FIG. 3 is a front view of a main part of a horizontal suspending unit of the auxiliary transport device for the panel member for the high-rise building.

FIG. 4 is a plan view of a main part of a horizontal suspending device of the auxiliary transport device for the panel member for the high-rise building.

5A and 5B are respectively a front view and a side view of a state in which an auxiliary beam member of an auxiliary conveying device for a panel member for a high-rise building is bent.

6 (A), (B), (C), and (D) are operation explanatory views of the auxiliary transport device for the panel member for the same high-rise building.

7 (E), (F), (G), and (H) are explanatory views showing the operation of the auxiliary conveyance device for the panel member for the same high-rise building.

8 (I), (J), (K), (L), and (M) are
It is explanatory drawing which shows operation | movement of the auxiliary conveying apparatus of the panel member for high-rise buildings.

FIG. 9 is a front view of an auxiliary conveyance device for a panel member for a high-rise building according to a second embodiment of the present invention.

10 (A) and 10 (B) are a plan view and a front sectional view, respectively, of a horizontal suspending unit of an auxiliary transporting device for a panel member for a high-rise building according to a third embodiment of the present invention.

FIG. 11 is a partial side view of an auxiliary transport device for the panel member for the same high-rise building.

12 (A) and 12 (B) are operation explanatory views of the auxiliary transporting device for the panel member for the same high-rise building.

13 (A) and 13 (B) are respectively a front view and a side view, partly cut away, around a hook of an auxiliary conveyance device for a panel member for a high-rise building.

[Explanation of symbols]

10: Auxiliary transfer device for high-rise building panel member, 11: Panel member, 11A: First panel member, 11B: Second panel member, 11C: Third panel member, 11D: Fourth
Panel member, 11E: fifth panel member, 11F: sixth panel member, 12: hook, 12A: pulley frame, 12
B: support block, 12C: thrust bearing, 12
D: Notch, 12E: Stopper, 12D: Notch, 12
F: U band, 12G: mounting hole, 13: hanging tool rotating means, 14: hook retaining metal fitting, 15: wire retaining metal fitting, 1
6: Stopper, 17: Motor with reduction gear, 17A: Output shaft, 18: Projection part, 19: Wire rope, 20: Upper end hooking part, 21: Horizontal suspension means, 22: Fixed beam, 22A: Long beam, 22B : Short beam, 22C: Reinforcing beam, 23: Lower end hooking part, 24: Auxiliary beam member, 25: Chain block, 26:
Frame, 27: first auxiliary beam member, 27A: long beam, 27
B: short beam, 28: second auxiliary beam member, 28A: long beam, 2
8B: short beam, 29: third auxiliary beam member, 29A: long beam,
29B: short beam, 30: fourth auxiliary beam member, 30A: long beam, 30B: short beam, 31, 32: support holes, 33, 34:
Bearing, 35, 36: support shaft, 37: stopper, 38, 3
9: Rod connecting part, 40, 41: Cylinder connecting part, 4
2: first cylinder, 43: second cylinder, 44, 4
5: Rod, 46, 47: Support hole, 48: Stopper, 4
9, 50: Rod connecting portion, 51, 52: Cylinder connecting portion, 53: Third cylinder, 54: Fourth cylinder, 5
5, 56: Rod, 57: Generator, 57A: Cable,
58: control part, 59: compressor, 60: balance weight, 61: spacer, 62: construction part, 65: auxiliary conveying device for panel member for high-rise building, 66: horizontal maintaining means, 67: air cylinder, 68: fixed part , 69: movable part, 70: auxiliary transport device for panel members for high-rise buildings, 7
1: Fixed beam, 71A, 71B: Notch part, 72: Auxiliary beam member, 73: Horizontal suspension means, 74: Collar part, 75: First
Auxiliary beam member, 75A: flange part, 76: second auxiliary beam member, 76A: flange part, 77: third auxiliary beam member, 77A:
Collar portion, 78: Fourth auxiliary beam member, 78A: Collar portion, 79,
80: Cylinder connecting portion, 81: First cylinder, 82:
Second cylinder, 83, 84: Rod connecting portion, 85, 8
6: rod, 87, 88: cylinder connecting portion, 89: third
Cylinder, 90: fourth cylinder, 91, 92: rod connecting portion, 93, 94: rod, 95: chain block

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Chaen Yoshinobu             2-9-2 Midorigaoka, Mizumaki Town, Onga District, Fukuoka Prefecture (72) Inventor Shoichi Nomura             Kashima-ken, 1-2-7 Moto-Akasaka, Minato-ku, Tokyo             Inside the corporation (72) Inventor Yoshihisa Matsuishi             Kashima-ken, 1-2-7 Moto-Akasaka, Minato-ku, Tokyo             Inside the corporation (72) Inventor Masaharu Sasaki             Kashima-ken, 1-2-7 Moto-Akasaka, Minato-ku, Tokyo             Inside the corporation (72) Inventor Tatsuichi Tamura             2-15-2 Konan, Minato-ku, Tokyo Co., Ltd.             Obayashi Tokyo Main Office F-term (reference) 2E174 BA01 CA03 CA09 CA12 CA38                       CA43                 3F004 EA27 KA01 KA04

Claims (7)

[Claims] 1. A plurality of panel members are held by a horizontal suspending means suspended by a crane so as to be lifted and lowered, and the panel members are suspended by the crane together with the horizontal suspending means in the vicinity of a construction portion of a high-rise building, and the horizontal A method of transporting a panel member to a high-rise building, wherein the panel member is removed from the hanging means to be installed in the high-rise building, wherein the horizontal hanging means holds the plurality of panel members arranged in a line in a horizontal direction, After the panel members at the arranged one end are installed so as to face the construction portion of the high-rise building, the horizontal suspension means is rotated 180 ° in the horizontal direction, and the panel members at the other end arranged are arranged in the high-rise building. A method for transporting panel members to a high-rise building, which is installed facing the next construction section. 2. The method of transporting a panel member to a high-rise building according to claim 1, wherein the fixed beam provided in the center of the horizontal suspension means extends horizontally on both sides and is bent upward from the horizontal direction. A possible auxiliary beam member is provided, the fixed beam and the horizontally arranged auxiliary beam members on both sides are respectively held by the panel members, and one of the panel members is arranged in the construction portion of the high-rise building, and then the panel is installed. A method of transporting a panel member to a high-rise building, characterized in that the auxiliary beam member holding the member is bent. 3. The method of transporting a panel member to a high-rise building according to claim 1, wherein auxiliary beam members that can expand and contract in the horizontal direction are provided on both sides of a fixed beam provided at the center of the horizontal suspension means. And the extended auxiliary beam members on both sides are respectively held by the panel members, and one of the panel members is arranged in the construction part of the high-rise building, and then the auxiliary beam members holding the panel members are held. A method for transporting panel members to a high-rise building, characterized by shrinking. 4. The method of transporting a panel member to a high-rise building according to claim 2 or 3, wherein the fixed beam is provided with a horizontal maintaining means to maintain the horizontal suspension means in a horizontal state. A method of transporting panel members to a high-rise building. 5. An auxiliary transfer device for a panel member for a high-rise building, which is attached to a hook that can be lifted and lowered by a crane and transfers the panel member from the ground to a construction part of a high-rise building, which is hung on the hook. And a wire hanging metal fitting, which has a wire hooking metal fitting on an upper part and a wire hooking metal fitting on a lower part, and has a drive source inside, and a wire rotating means for allowing the wire hooking metal fitting to rotate. A central fixed beam, which is hung from a hanging metal fitting through a wire rope, and an auxiliary beam member which is provided so as to be further extendable on both sides of the fixed beam.
A horizontal suspending means having a holding means for the panel member provided with a gap between the fixed beam and the auxiliary beam member extending from the fixed beam; and the hanging tool rotating means provided on the fixed beam. And a generator serving as a power source for the driving means of the auxiliary beam member, the auxiliary transport device for a panel member for a high-rise building. 6. The auxiliary transporting device for a panel member for a high-rise building according to claim 5, wherein the fixed beam controls a rotating operation of the suspender rotating means and an extending operation of the auxiliary beam member. An auxiliary transporting device for a panel member for a high-rise building, characterized in that the control unit is operable by remote control. 7. The auxiliary transporting device for a panel member for a high-rise building according to claim 5 or 6, wherein a balance weight is attached to a fixed beam of the horizontal suspension means. Auxiliary transport device.