JP2527989Y2 - Panel support device for hoist - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a panel supporting device for supporting a panel in a traveling hoist that lifts a panel attached to a housing unit, moves on a traveling rail, and conveys the panel.

[0002]

BACKGROUND ART Housing units that make up unit housing are:
At the factory, a box-shaped framework was constructed with columns and beams, and the outer wall panels and features and equipment were attached to this framework to produce. At this time, since the outer wall panel is relatively heavy and must be lifted when it is mounted on the housing unit, it is transported using a hoist. That is,
A rail is erected from the stock position of the outer wall panel to the place where the outer wall panel is to be mounted, two hoists are arranged on this rail at a distance of the width of the outer wall panel, and the hooks of these hoists are hung on the I bolts of the outer wall panel. The outer wall panel was conveyed by lifting and moving the two hoists while keeping the distance therebetween. Then, the wall panel was attached to the frame of the housing unit while being hoisted by a hoist.

[0003]

However, since the conventional installation of the outer wall panel is performed by stopping the housing unit at the place where the outer wall panel is mounted, if the installation is troublesome, the entire line is stopped and the unit is stopped. However, there was a problem that productivity of the product decreased. For this reason, the applicant of the present application has considered a device capable of attaching an outer wall panel while transporting a housing unit.

In this apparatus, consideration is given to the fact that there are a plurality of types of units having different module sizes in the housing unit, and that the outer wall panel may be mounted on the long side or the short side of the housing unit. Then, the hoist is supported on the panel mounting trolley moved in the transport direction of the housing unit, and the outer wall panel is moved and mounted in accordance with the unit transport.

At this time, if the wall panel is supported by two hoists as in the prior art, when the hoist is supported by the panel mounting trolley, the outer wall panel can be arranged only on the short side of the housing unit. For this reason, there has been a demand for a panel supporting device that can arrange the outer wall panel in a free direction with respect to the hoist and can be attached to either the long side or the short side of the housing unit.

[0006] The purpose of the present invention is to use panels such as exterior wall panels.
ConveyTraveling typeFreely move the panel against the hoist
Panel support for hoists that can be supported towardapparatusOffer
To provide.

[0007]

SUMMARY OF THE INVENTION A panel support device for a hoist according to the present invention comprises a housing unit having a long side or a short side.
A long panel support member supported by being lifted and supported at least at two points in the width direction of the panel mounted on the side, and supported rotatably in a horizontal direction and vertically movable by a traveling hoist that conveys the panel; The apparatus is provided with four guide frames attached to the hoist, and the panel support member wound up by the hoist is arranged between the guide frames to guide the panel support member in the moving direction of the hoist and in a direction orthogonal to the moving direction. And a guide frame to be provided.

[0008]

According to the present invention, the panel is not directly supported by the hoist, but is supported by the panel supporting member provided on the hoist so as to be rotatable in the horizontal direction and capable of moving up and down.
The panel can be supported in any direction with respect to the hoist, and even when the hoist is supported on a panel mounting trolley, changing the direction of the wall panel enables the wall panel on either the long side or the short side of the housing unit. Can be attached. In addition, since the hoist is provided with a guide frame for guiding the panel support member , the panel support member and the outer wall panel being conveyed can be guided in a fixed direction, and a long panel support can be provided.
It is possible to prevent an accident such as a collision of the holding member or the outer wall panel with a column or the like of the hoist traveling rail.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a perspective view of FIG. 3 assembled from a ceiling panel 1, a floor panel 2 and two end panels 3, 4 shown in FIG.
It is a block diagram which shows the production process of the housing unit 5 of FIG.
The ceiling panel 1 produces the long side beams 7 on the long side beam production line 6 and then connects the two parallel long side beams 7 on the ceiling panel production line 8 at the ridge 9 to form the ceiling panel 10. Made by mounting. In addition, the floor panel 2 uses the long-side beam 7 produced on the long-side beam production line 6 for the floor panel production line 1.
1 and the floor line 12 is attached after connecting two parallel long side beams 7 with joists in this production line 11. Further, the wife panels 3 and 4 have a pillar 15 and a short beam 1 on a pillar production line 13 and a short beam production line 14, respectively.
6 is produced by welding a short side beam 16 between the upper end and the lower end of two parallel columns 15 in a wife panel production line 17.

The above ceiling panel 1, floor panel 2, and wife panels 3, 4 are sent to a total assembly line 19, where the wife panels 3, 4 are connected to the ceiling panel 1, 4 as shown in FIG. The frames 5A of the housing unit 5 of FIG. 3 are assembled by being disposed on both sides of the floor panel 2 and welding the upper and lower ends of the pillar 15 and both ends of the long side beams 7 of the ceiling panel 1 and the floor panel 2. Can be

The skeleton 5A of the housing unit 5 is mounted and fixed via a pillow 22 to a plate-like movable carriage 21 movable on a roller conveyor 20. The skeleton 5A is mounted on the movable trolley 21 and the outer wall panel mounting line 23 is
Is transported, and an outer wall panel made of lightweight cellular concrete is attached to a predetermined outer surface of the frame 5A during the transport. Further, the frame 5A is conveyed on the construction / equipment attachment line 24 while being mounted on the mobile trolley 21, and during this conveyance, the construction materials such as partition walls, stairs, and kitchens, and facilities such as air conditioners and gas water heaters. The materials are attached, and the housing unit 5 is completed.

The plurality of housing units 5 produced in the factory as described above are carried to the construction site by truck, and these housing units 5 are combined in front and rear, left and right, and up and down to form a unit house. .

FIGS. 4 and 5 show the outer wall panel mounting line 23 shown in FIG. The outer wall panel mounting line 23 includes a conveyor frame 85 provided on the unit transport line 25, and a substantially U-shaped hoist running rail 30 provided on the side of the conveyor frame 85.
The unit transport line 25 is a line that includes a roller conveyor 20 and a pulling unit such as a chain conveyor (not shown) and transports the mobile trolley 21 on which the housing unit 5 is placed.

In the conveyor frame 85, a plurality of, for example, 8
The panel mounting carts 100 are circulated three-dimensionally along the unit transport line 25. The panel mounting cart 100 is configured to be able to support the hoist 31, and the hoist 31 is circulated on the hoist running rail 30 through the panel mounting cart 100 in a planar manner. This hoist 3
1 is provided, and the outer wall panel 26 lifted and carried out by the hoists 31 is used to hold the frame 5 of the housing unit 5 while the hoists 31 are supported by the cart 100.
A attached.

As shown in FIG. 6, the hoist 31
An electric trolley 32 capable of traveling on a hoist traveling rail 30 of a mold steel is provided. A current collector 34 that is electrically connected to a current collecting rail 33 provided along the hoist traveling rail 30 is attached to the trolley 32. The current collectors 34 are provided on both sides of the trolley 32, and depending on the direction of the hoist 31, one side of the current collector 3
4 are provided so as to be connected. This current collector 34
The current collector 34 on one side and the current collector 34 on the other side are configured such that the poles are switched when each is connected to the current collecting rail 33, so that the hoist 31 is in the reverse direction even if it is in the forward direction. However, it is configured to move forward when instructing advance, and to retract when instructing retreat.

The hoist 31 is provided with a hook 35 which is raised and lowered by a hoist of the hoist 31. The hook 35 is a panel support member in this embodiment made of a long angle material having an L-shaped cross section. A wall panel support member 36 is mounted. The wall panel support member 36 includes
A plurality of chain locking holes 37 are formed in the longitudinal direction, and a chain 38 is detachably attached to the hole 37 at a position corresponding to the width dimension of the outer wall panel 26 to be hung.
At the lower end of the chain 38, a hook 39 is provided. The hook 39 is hung on an I-bolt 27 attached to the upper surface of the outer wall panel 26 to wind up the wall panel support member 36, so that the outer wall panel 26 has two points in the width direction. It is supported by lifting.

A control panel 41 for controlling the driving of the hoist 31 is mounted on the hoist 31 via a frame 40 having a rectangular frame shape, and a guide frame 42 for guiding the wall panel support member 36 is mounted. . As shown in FIG. 7, the guide frame 42 has a substantially U
The support member 36 is provided with four U-shaped guide frames 43, and the hooks 35 are wound up and the wall panel support members 36 are arranged between the guide frames 43 so that the support members 36
It is configured to be able to be guided in one movement direction and a direction orthogonal to this movement direction. Therefore, this guide frame 42
And the wall panel support member 36 according to the present invention.
The device is configured.

The forward / backward movement of the hoist 31 and the elevation of the hook 35 are controlled by a control pendant 45 connected to a control panel 41 via a cable 44. The control pendant 45 has at least six push buttons 4 as shown in FIG.
6 are provided. Of the push buttons 46, up and down buttons 46
The hook 35, that is, the wall panel support member 36 is raised and lowered by pressing A and 46B, and the hoist 31 is moved forward and backward along the hoist traveling rail 30 by pressing the right and left buttons 46C and 46D.

The front and rear buttons 46E and 46F move the panel mounting cart 100 when the hoist 31 is supported by the hoist support rail 103 of the panel mounting cart 100, as shown in FIGS. Used to control. That is, the hoist 31 is
3, the current collector 34 of the hoist 31 is connected to the current collecting rail 108 mounted along the rail 103, so that the control pendant 45 of the hoist 31 includes the control panel 41, the current collector 34, and the current collecting rail. It is connected to the control device 107 of the panel mounting trolley 100 via 108, and is configured to control the driving of the motor 106 by pressing the push buttons 46E and 46F of the control pendant 45 to move the panel mounting trolley 100 back and forth. I have.

In the middle of the cable 44, the frame 4
A guide rail 47 fixed to the side surface of the control pendant 45 is locked by a slidable slider 48. By moving the slider 48, the hanging position of the control pendant 45 can be appropriately changed.

Below the hoist running rail 30 on which the hoist 31 runs, an outer wall panel conveyor 50 is provided as shown in FIG. Exterior wall panel conveyor 50 includes a conveyor 52 driven by a motor 51, an outer wall panel 2 which is stock in a rack (not shown)
6 are sequentially conveyed to the outer wall panel discharge section 53 below the hoist running rail 30.

On the side of the outer panel transfer conveyor 50,
A rail switching device 55 is provided. As shown in FIGS. 11 and 12, the rail switching device 55 includes a frame frame 58 having a flat rectangular frame shape. One end of the hoist running rail 30 is connected to one side surface 58A of the frame 58, and one end of the short side panel carrying rail 56 is connected to a side surface 58B opposite to the side surface 58A to which the rail 30 is connected. A long side panel carry-in rail 57 is connected to another side surface 58C orthogonal to the side surfaces 58A, 58B to which these rails 30, 56 are connected.

On the upper surface of the frame frame 58, two sub-frames 59 orthogonal to each other are fixed, and at the center of the sub-frame 59, a rotation is made by a motor 60 horizontally rotated within a range of 90 degrees. A member 61 is attached. A switching rail 62 is fixed to a lower portion of the rotating member 61.

The two end surfaces of the switching rail 62 are
Of each of the rails 30, 5 arranged on a circular locus whose end face is moved in accordance with the rotation of the rails 30,
6, 57 are moved relative to the end face. As shown in detail in FIG. 13, a hoist transfer device 65 used for connecting each of the rails 30, 56, 57 and the switching rail 62 has a rail core that aligns the rails and connects the rails. It comprises an alignment device 66 and a gate 67 which is opened and closed by the rail alignment device 66. The rail alignment device 66 includes a power cylinder 68 provided on the switching rail 62 side, which is one side of the rail to be connected, and a positioning rod 69 that is moved along the rail 62 by the power cylinder 68. . The positioning rod 69 is guided by a guide hole 72 of a guide member 71 fixed to the switching rail 62 via a plate 70.

On the other hand, each rail 30 on the other side to be connected,
The positioning members 7 are provided on the plates 56 and 57 via the plate 73.
4 are respectively fixed. The positioning rod 69
In the retracted state shown by the solid line in FIG. 13, the tip is located inside the end face of the switching rail 62, and in the protruding state shown by the two-dot chain line, the tip protrudes from the end face of the switching rail 62 and the positioning member 74 is fitted. It is configured to fit in the mating hole 75. Therefore, the positioning rod 69 is projected by the power cylinder 68 in a state where the end faces of the rails 30, 56, 57 and the switching rail 62 face each other, and the fitting holes 75 are formed.
The rails are automatically aligned with each other. The position of the positioning rod 69 is detected by a limit switch (not shown).

On the other hand, brackets 78 are erected on the plates 70 and 73, respectively, and a shaft is rotatably supported on each bracket 78. First and second arms 80 and 81 provided at an angle of about 90 degrees are fixed to each shaft. A gate member 82 that can move only up and down is connected to the second arm 81, respectively. The gate members 82 are arranged on both sides of each rail when the gate member 82 descends, and restrict the movement of the hoist 31 to close the gate 67.

An intermediate portion of the positioning rod 69 is provided with a contact portion 83 which comes into contact with the first arm 80 on the switching rail 62 side when the rod 69 is in a protruding state. The contact portion 83 and the tip of the rod 69 are
When the rod 69 is further moved from the state in which it comes into contact with the first arm 80, the first arm 80 is rotated in accordance with the movement, and the gate member 8 is moved via the shaft 79 and the second arm 81 in accordance with this rotation.
2 is raised. As the gate member 82 rises, the gate 67 is opened and the hoist 31 is opened.
Can be moved.

The short side panel carrying rail 56 and the long side panel carrying rail 57 connected to the rail switching device 55
As shown in FIG. 5, it is extended to a short side panel entrance 86 and a long side panel entrance 87 provided at one end of the conveyor frame 85. On the other end side of the conveyor frame 85, a hoist outlet 88 provided with an end of the hoist running rail 30 is provided.

The conveyor frame 85 is shown in FIGS.
As shown in FIG.
A, 89B and the column 90 constitute the skeleton. At both ends of the lower frame 89B, a conveyor shaft 92 to which two sprockets 91 separated by a predetermined distance are fixed.
Are rotatably mounted. A conveyor chain 93 with a top plate is stretched between the sprockets 91, and the chain 93 is driven by a motor 94 that drives a shaft 92 to rotate. The motor 94 is driven in synchronization with the traction means of the unit transport line 25, and the chain 93 is driven in synchronization with the unit transport. The sprocket 91, the conveyor shaft 92, the conveyor chain 93 and the motor 94 constitute a slat conveyor 95.

A panel mounting cart 100 is placed on the slat conveyor 95. The panel mounting trolley 100
As shown in FIGS. 9 and 10, a main frame 101 having a rectangular frame shape, and a support frame 102
, And a hoist support rail 103 attached thereto. Rollers 104 for running are rotatably mounted on the four corners of the main body frame 101, respectively.
05 is rotatably mounted. These rollers 1
A pair of rollers 104 and 105 provided on one long side of the main body frame 101 among the rollers 104 and 105 are rotationally driven by a motor 106 and a shaft 106A, and a pair of rollers 104 and 105 provided on the other side. Is configured to rotate freely.

The motor 106 is controlled by a control device 107 mounted on the main frame 101. The control device 107 is connected to a control device for the entire outer wall panel mounting line 23 via a current collecting rail (not shown) arranged along the slat conveyor 95, and controls the driving of the motor 106 by a signal from the control device. doing. However,
As described above, the hoist 31 is
Is supported, the drive of the bogie 100 can be controlled by the control pendant 45 of the hoist 31.

The running roller 104 is disposed on the slat conveyor 95, and is moved by the driving of the slat conveyor 95 in synchronization with unit transport. In addition, the traveling roller 104 can move on the slat conveyor 95 by driving the motor 106, and thereby can move relative to the housing unit 5. The main body frame 101
A locking claw 109 is fixed to the short side surface of the as shown in FIG.

The short side panel entrance 86 of the conveyor frame 85
And the hoist outlet 88, as shown in FIG.
An entrance-side elevating device 110 and an exit-side elevating device 111 are provided. Since these lifting devices 110 and 111 have the same configuration, the configuration of the exit-side lifting device 111 will be described below with reference to FIG.
This will be described with reference to FIG.

The outlet side elevating device 111 has two rods 113 which are raised and lowered using a worm and a rack by rotation of a motor 112, an elevating member 114 fixed to the upper end of the rod 113, and FIG. And a guide roller 116 guided in contact with guide rails 115 provided on both sides of the rod 113 as described above. The rod 113 and the elevating member 114 are provided outside the slat conveyor 95, and the elevating member 114 is arranged so that the elevating roller 105 of the panel mounting cart 100 arranged on the slat conveyor 95 can be placed thereon. The elevating member 114 is provided with a stopper (not shown) which is protruded and retracted by a cylinder or the like. The stopper claw 109 is locked by this stopper to fix the panel mounting cart 100 on the elevating member 114.

Above the slat conveyor 95, FIG.
A return rail 120 made of H-shaped steel extended from the exit side elevating device 111 to the entrance side elevating device 110 as shown in FIG.
As shown in FIG.
It is fixed to. The end of the return rail 120 is formed so as to slightly overlap the end of the elevating member 114 in the horizontal direction, whereby the panel mounting cart 100 raised by the elevating device 111 as shown by a two-dot chain line in FIG. Lifting member 1
The traveling roller 104 is moved on the return rail 120 while moving on the transport rail 14 so that the traveling roller 104 can be transferred.

In the entrance side elevating device 110, the return rail 1
The panel mounting trolley 100 transferred onto the lifting member 114 from 20 is lowered and mounted on the slat conveyor 95. In addition, a stopper is provided in front of the long side panel entrance 87 and the hoist exit 88 on the frame 89B of the conveyor frame 85, as shown in FIG. A bogie stop device 122 capable of stopping the bogie 100
Is provided.

The short side panel entrance 8 of the conveyor frame 85
6. In the long side panel entrance portion 87 and the hoist exit portion 88, hoist transfer devices 123A and 123 having the same configuration as the hoist transfer device 65 provided in the rail switching device 55 are provided.
B and 123C are provided respectively. That is, these hoist transfer devices 123A, 123B, 123C
Also, the gate 67 and the power cylinder 6 of the rail alignment device 66 are attached to each end of the short side panel carrying rail 56, the long side panel carrying rail 57 and the hoist running rail 30.
8, a positioning rod 69 and a guide member 71 are provided,
As shown in FIG. 9, a positioning member 74 and a gate 67 are provided at an end of the hoist support rail 103 of the panel mounting cart 100. These hoist transfer devices 123A,
Panel loading rails 56, 57 by 123B, 123C
The transfer of the hoist 31 from the rail to the hoist support rail 103 and the transfer of the hoist 31 from the rail 103 to the hoist traveling rail 30 are possible.

Next, the operation of this embodiment will be described.
The skeleton 5A of the housing unit 5 assembled on the total assembly line 19 is mounted and fixed on the movable trolley 21. The movable carriage 21 is moved on the roller conveyor 20 by the traction means, and is moved to the unit transport line 2 of the outer wall panel mounting line 23.
5 is conveyed.

The outer wall panels 26 attached to the housing units 5 are put into a rack of the outer wall panel transport conveyor 50 in the order of the housing units 5 to be transported, and are sequentially sent to the outer wall panel discharge section 53.

In the outer wall panel discharge section 53, the control panel pendant 45 is used to lower the wall panel support member 36 of the hoist 31 having moved to the position above the outer wall panel discharge section 53, and the hook 39 is hooked on the I bolt 27 of the wall panel 26. Then, the wall panel support member 36 is wound up to lift the wall panel 26. At this time, the wall panel support member 36 is
The hoist 31 is arranged between the guide frames 43 so that the longitudinal direction thereof is the moving direction of the hoist 31. The hoist 31 is moved to the short side panel carrying rail 56 or the long side panel carrying rail 57 via the rail switching device 55.

On the other hand, one of the plurality of panel mounting carts 100 circulating and moving on the conveyor frame 85 is engaged with the entrance-side lifting / lowering device 110 and the slat conveyor 95 is locked.
The slat conveyor 95 is placed on the short side panel entrance 86 regardless of the driving of the slat conveyor 95.

Here, when the hoist 31 is moved to the short side panel carry-in rail 56, the hoist 31 is detected by a sensor provided on the rail 56, and the hoist 31 is connected to the rail 56 by a hoist transfer device 123A provided on the rail 56. The hoist support rail 103 of the carriage 100 is connected, and the gate 67 is opened. Thereafter, the pendant 45 is operated to transfer the hoist 31 to the support rail 103 of the carriage 100.

On the other hand, when the hoist 31 is moved to the long side panel carrying-in rail 57, the hoist 31 is detected by a sensor provided on the rail 57. In response to this detection,
The stopper of the entrance-side elevating device 110 is released, and the panel mounting cart 100 locked by the elevating device 110 is moved toward the long-side panel entrance 87 by driving the slat conveyor 95. At the long side panel entrance 87, the carriage 100 that has been moved by the operation of the carriage stopping device 122 is stopped at the long side panel entrance 87, and the hoist transfer device 1
The rail 57 and the hoist support rail 103 are connected by 23B, and the gate 67 is opened. Thereafter, the pendant 45 is operated to transfer the hoist 31 to the support rail 103 of the carriage 100.

When the outer wall panel 26 is mounted on the long side of the housing unit 5, the long side panel carrying rail 57 is required.
Alternatively, while the hoist 31 is stopped on the panel mounting trolley 100, as shown in FIG.
6 is removed from the guide frame 42 and rotated 90 degrees in the horizontal direction to change the direction of the wall panel 26 along the long side of the housing unit 5, that is, along the transport direction of the panel mounting cart 100. deep.

When the hoist 31 is supported by the hoist support rail 103 of the panel mounting cart 100 at the short side panel entrance 86 or the long side panel entrance 87, it is detected that the hoist 31 is supported by the rail 103. The stopper of the entrance side elevating device 110 or the bogie stopping device 122 is released by a signal from the sensor, and the panel mounting bogie 100 is moved with the driving of the slat conveyor 95.

Since the slat conveyor 95 is driven in synchronization with the transport of the housing unit on the unit transport line 25, the panel mounting cart 100 and the hoist 31 on the conveyor 95 are moved in synchronization with the housing unit 5. Therefore, unless the cart 100 on the conveyor 95 is moved, the outer wall panel 26 hung by the hoist 31 is moved in a state of being relatively stopped with respect to the frame 5A of the housing unit 5. When the carriage 100 on the conveyor 95 is moved using the pendant 45, the outer wall panel 26 is moved relatively to the frame 5A. Therefore, by appropriately pressing the push buttons 46A to 46F of the control pendant 45, the movement of the carriage 100 and the hoist 31 can be controlled to move the outer wall panel 26 to the predetermined mounting position of the frame 5A, and the outer wall panel 26 is positioned at the optimum mounting position. After being moved to the position shown in FIG.

At this time, when the outer wall panel 26 is to be mounted on the short side of the frame 5A, the panel mounting cart 100 is arranged along the short side of the frame 5A, and the hoist 31 is positioned substantially at the center of the hoist support rail 103. Place and exterior wall panels 26
May be arranged in a direction orthogonal to the unit transport direction. When the outer wall panel 26 is to be attached to the long side of the frame 5A, the panel mounting cart 100 is arranged at the center of the long side of the frame 5A, and the hoist 31 is arranged along the long side of the frame 5A. 26 may be arranged parallel to the unit transport direction.

After attaching the outer wall panel 26 to the frame 5A of the housing unit 5, the wall panel support member 36 is raised by operating the pendant 45, and is disposed between the guide frames 43 of the guide frame 42, and the support member 36 is hoisted. 31 is guided in the moving direction, that is, the direction along the hoist support rail 103.

After the outer wall panel 26 has been mounted, the panel mounting cart 100 is moved by the slat conveyor 95 to the lifting / lowering device 111 of the hoist outlet 88, and the lifting roller 105 of the truck 100 is placed on the lifting member 114. Is locked by the stopper in the retracted state. When the lifting member 114 is not moved to the lowering position, or when the lifting member 1
When another carriage 100 is locked on the upper side 14, the panel mounting carriage 100 is moved up and down by the lifting member 114 by the carriage stopping device 122 provided on the front side of the exit side lifting device 111.
It is stopped until it can move up.

When the panel mounting cart 100 is stopped on the elevating member 114, the hoist transfer device 123C operates to position and connect the hoist support rail 103 and the hoist traveling rail 30, and the gate 67 is opened. Then
A signal is sent to the hoist 31 to automatically start it, or the control pendant 45 is operated to transfer the hoist 31 to the hoist traveling rail 30, and the traveling rail 30 is moved and returned to the outer wall panel discharge section 53.

On the other hand, after the hoist 31 moves to the traveling rail 30, the outlet side elevating device 111 operates the hoist transfer device 123 C to release the connection between the rails 30 and 103, and the panel mounted on the elevating member 114. Mounting trolley 10
0 is raised to the height position of the return rail 120. The raised panel mounting trolley 100 travels on the return rail 120 to the entrance-side elevating device 110 by an instruction of a control device that controls the entire outer wall panel mounting line 23.

The panel mounting trolley 100 is located on the front side of the entrance side elevating device 110 along the return rail 120.
It is decelerated and stopped by a plurality of limit switches arranged by the number of 00. Panel mounting cart 100 stopped
Move sequentially onto the entrance side elevating device 110, and the elevating device 1
10, the slat conveyor 9 of the short side panel entrance portion 86
5. Hereinafter, by repeating the above operation, the outer wall panel 26 is sequentially attached to the skeleton 5A of the housing unit 5.

According to this embodiment, the following effects can be obtained.

That is, since the hoist 31 is provided with the wall panel supporting member 36 which is rotatable in the horizontal direction and which can move up and down, the outer wall panel 26 is not directly supported by the hoist 31 but is supported via the wall panel supporting member 36. , Exterior wall panel 26
Can be freely oriented with respect to the moving direction of the hoist 31. Therefore, when the hoist 31 is supported on the panel mounting cart 100 and the outer wall panel 26 is mounted on the housing unit 5, the outer wall panel 26 can be oriented in either the long side direction or the short side direction of the housing unit 5. Thus, the outer wall panel 26 can be attached to either the long side or the short side of the housing unit 5.

The panel mounting cart 100 is provided so as to be movable in the unit transport direction, and the hoist 31 is provided on the hoist support rail 103 of the cart 100 so as to be movable in a direction orthogonal to the unit transport direction. 26 is lifted and supported, so the outer wall panel 2
6 can be freely moved in a horizontal two-dimensional direction. Accordingly, by appropriately moving the hoist 31 and the mounting cart 100, the outer wall panel 26 can be moved to a free position, and the direction of the wall panel 26 can be freely changed by the wall panel support member 36. The outer wall panel 26 can be securely attached to various housing units 5 having different module sizes on the short side. For this reason, it is not necessary to install rails or the like for each module size as in the related art, and the wall panels on the long side and the short side can be mounted by the panel mounting cart 100 and the hoist 31 having the same configuration. Costs can be reduced.

Further, since the hoist 31 is provided with the guide frame 42 for guiding the wall panel support member 36, the outer wall panel 26 being conveyed can be guided in a fixed direction, and the outer wall panel 26 is supported by the column of the hoist running rail 30. Accidents such as colliding with the vehicle can be prevented. Even when the hoist 31 is returned after the outer wall panel 26 is attached, the long wall panel support member 36 can be guided along the moving direction of the hoist 31. And so on can be prevented. Therefore, conveyance of the outer wall panel 26 and return of the hoist 31 can be performed safely.

A plurality of chain locking holes 37 are formed in the wall panel support member 36, and the chain holes 3 are formed in the locking holes 37.
8 is detachably attached, the chain 38 can be attached to the locking hole 37 at a position corresponding to the size of the wall panel 26 to be conveyed, and can be used commonly for conveying the outer wall panels 26 of various sizes.

The present invention is not limited to the above-described embodiment, but includes modifications and improvements as long as the object of the present invention can be achieved.

For example, the wall panel supporting member 36 is not limited to the one made of a long angle material as in the above-described embodiment, but may have another structure. In short, the panel support member of the present invention may be long enough to be rotatable in the horizontal direction with respect to the hoist 31 and to be capable of ascending and descending to support the panel. What is necessary is just to set suitably according to implementation.

[0061]

Further, the above embodiment is directed to the panel mounting cart 10.
0 and the outer wall panel mounting line 2 for supporting the outer wall panel 26 via the hoist 31 and attaching the outer panel 26 to the housing unit 5.
3, the wall panel support member 36 of the present invention was applied.
The present invention is not limited to this, and can be widely used for each line in which various panels such as an inner wall panel and a partition wall are conveyed by a hoist.

[0063]

According to the present invention, the panel can be supported in any direction with respect to the traveling hoist for transporting the panel, and the wall panel and the panel supporting member can be supported during the transportation.
It can be guided in a certain direction and supports wall panels and panel support members.
There is an effect that Ru can be prevented from colliding with the pillar and the like.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a production process of a housing unit according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view showing a housing unit produced in the embodiment.

FIG. 3 is a perspective view showing a housing unit and a movable cart.

FIG. 4 is a schematic perspective view showing an outer panel attachment line according to an embodiment of the present invention;

FIG. 5 is a plan view of an outer wall panel attachment line.

FIG. 6 is a front view showing the hoist according to the embodiment.

FIG. 7 is a bottom view showing a guide frame of the hoist.

FIG. 8 is a front view showing the control pendant of the embodiment.

FIG. 9 is a front view showing the panel mounting cart and the hoist according to the present embodiment.

FIG. 10 is a side view showing the panel mounting cart and the hoist.

FIG. 11 is a longitudinal sectional view showing the rail switching device of the present embodiment.

FIG. 12 is a plan view showing a rail switching device.

FIG. 13 is a front view showing the hoist transfer device of the present embodiment.

FIG. 14 is a front view in which a part of the conveyor frame of the present embodiment is omitted.

FIG. 15 is a side view showing a conveyor frame.

FIG. 16 is a perspective view illustrating an exit-side elevating device according to the present embodiment.

[Explanation of symbols]

 5 Housing unit 23 Outer wall panel mounting line 26 Outer wall panel 31 Hoist 36 Wall panel support member 42 Guide frame 100 Panel mounting trolley 103 Hoist support rail

 ──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-2-295892 (JP, A) JP-A-63-196488 (JP, A) JP-A-1-109085 (JP, U) JP-A-55 23326 (JP, U) Actually open 1987-59687 (JP, U)

Claims (1)

(57) [Scope of request for utility model registration] 1. A panel mounted on a long side or a short side of a housing unit is lifted and supported at at least two points in a width direction thereof, and is rotatably and vertically movable by a traveling hoist for transporting the panel. Possibly supported length
A long panel support member, and four guide frames attached to the hoist, wherein the panel support member wound up by the hoist is disposed between each guide frame to move the panel support member in the moving direction of the hoist, and A panel support device for a hoist, comprising: a guide frame that guides in a direction orthogonal to a moving direction.