JPS6136507Y2 - - Google Patents

Description

[Detailed description of the invention] [Technical field] The invention has a hanging frame that runs on the inside and outside lines, and can smooth the flow of the line in the panel production process, and also allows storage of panels if necessary. The present invention relates to a panel conveyance device that can improve panel production efficiency by doing so.

[Background Art] For example, in buildings using dry construction methods, panels such as architectural panels are used for walls, floors, roofs, etc., but in production lines that mass produce such panels, between conveyors for conveyance In addition to the need to transport the panels at right angles across the line, congestion may occur in some processes on the production line, and in this case, a storage section is often required to temporarily store the panels at an appropriate location. .

[Purpose of the invention] The present invention is equipped with a hanging frame that circulates between the conveyor for carrying in and the conveyor for carrying out, so that panels can be conveniently conveyed at right angles between the conveyors, and if desired, panels can be temporarily stored between them. The purpose of the present invention is to provide a panel transport device that also enables the following.

[Disclosure of the Invention] Embodiment An embodiment of the panel conveyance device of the present invention will be described below with reference to the drawings.

In the figure, the panel conveying device 1 of the present invention has two lines 6 and 6 between each conveyor 3 for carrying in and the conveyor 4 for carrying out which face each other in parallel.
and outer lines 7, 7, a plurality of hanging frames 9 are mounted on each line 6, 6, 7, 7, and it is possible to transfer at the end of each line 6, 7. The hanging frame 9 can be moved on the lines 6 and 7 by a driving tool 12, and the conveyor 3 for carrying in,
The unloading conveyor 4 is provided with a lift 15 that can move the panel P up and down, and the panel conveyor 1
As illustrated in FIG. 1, the panel upright device 8
The conveyor 3 for carrying in is extended from the panel upright device 8, and the conveyor 4 for carrying out extends to the dryer A.

As shown in FIGS. 2 and 3, the panel upright device 8 is provided with a conveyor 21 for horizontally transporting the panel P and an upright frame 22 on one side of the conveyor 3 for conveyance, and an upright frame 22 above the conveyor 3. The upper support 2
There are 3. The upright frame 22 supports the lower end of the panel P by the extension of the cylinder 24 and the locking tool 25 provided on the pivot portion of the panel P, which is transferred horizontally by passing under the carrying conveyor 3. At the same time, the panel P is placed on the carrying conveyor 3,
The upper support 23 can be erected at an inclination of about 85 degrees, and the upper support 23 can be erected between a stationary frame 26 that is inclined at the same angle and has rollers arranged vertically in parallel, and a movable frame 27 that can be flipped up. The upper end of the panel P is supported so as to be movable in the lateral direction. The upper support 23 can enter into a groove 29 provided at the outer end of the upright frame 22, and supports the upper end of the panel P prior to pulling down the movable frame 27, thereby preventing the pulling down cycle of the upright frame 22. The conveyor 21, the upright frame 22, and the upper support 23 cooperate, and the panel P is placed on the conveyor 3 for carrying in at an angle of 85 degrees on the upright frame 22 side. Tilt it slightly, transfer it, and stand it up. A stationary frame (not shown) is provided along and above the carrying conveyor 3 to support the inclined panel P so that it can move freely.

The front view of the panel conveyance device 1 is shown in FIG. 4, and the front view is shown in FIG.
The right side view is shown in the figure, and as shown in FIG. 6, the vicinity of the carrying conveyor 3 and one side thereof are schematically shown. 33, 33 are placed opposite each other, and the upper ends thereof are connected by a beam material 34, and middle bars 35, 35 having an interval equal to or less than the width dimension W of the panel P are spanned in the vertical direction. On both sides, the carrying-in conveyor 3 and the carrying-out conveyor 4 are arranged in parallel and facing each other,
In addition, the lower surfaces of the vertical beam members 34 and the middle crosspieces 35 are connected at both ends via bundles, which are interrupted at the inner ends of the conveyor 3 for carrying in and the conveyor 4 for carrying out, and are attached to the lower surface of the support frame made of square steel pipes. An inner line 6 consisting of a rail 37 to be attached and an outer line 7 are attached, and by installing the rail 37 under the beam material 34 and the middle crosspiece 35, the inner line 6 is connected to the panel. Narrower than P, the outer lines 7 are spaced apart by more than the width dimension.

Transfer tools 16 are provided at both ends of the inner line 6 and the outer line 7.

The transfer tool 16 is suspended by a U-shaped frame on the outer surface of the vertical beam 34, and has a moving piece 42 that is attached to a rail 41 that straddles the inner line 6 and the outer line 7 so as to be able to move horizontally. The movable piece 42 has the same cross-sectional shape and the same height as the lines 6 and 7, and can reciprocate between the lines 6 and 7 with the expansion and contraction of the cylinder 44 that pins the rod end to its upper surface.

A hanging frame 9 is mounted on the rails 37 between the inner line 6 and the outer line 7.

As shown in FIGS. 8 and 9, the hanging frame 9 has an insertion hole for vertically inserting the panel P into a U-shaped frame 46 equipped with wheels that roll in grooves of the rail 37 made of an I-shaped member. 10 is provided below, and the insertion hole 10 opens in a direction perpendicular to the lines 6 and 7 due to the installation of the hanging frame 9, and the U-shaped frame 46 A support shaft 49 is protruded from one surface, and the support shaft 59 is provided with a pressing plate 51 that is biased by a disk spring 50 and prevented from rotating. car 53
By pressing the clutch 54 through the friction plate 52, a clutch 54 is installed which slips due to the increased load exerted by the chain wheel 53. Furthermore, at the lower end of the frame 47, on the conveyor 4 side for carrying out,
A guide pin 55 that hangs downward is attached to the lower surface of the protrusion.

The hanging frame 9 is moved by a drive tool 12, and in the inner line 6, it is moved from the carrying-in conveyor 3 to the carrying-out conveyor 4.
, and on the outside line 7, move to the opposite side.

The drive tool 12 is attached to the hanging frame 9 and includes a rotating body, for example, the chain wheel 53, which is attached to the hanging frame 9, with the clutch 54 interposed therebetween, and an endless string 11 wound around a vertical beam 34 and a middle crosspiece 35.
In this embodiment, the endless string 11 consists of 2
Row chains 56 and 57 are employed. Chains 56 and 57 are spanned between idlers 59 that are pivotally supported at both ends of lines 6 and 7, and can run around in a vertical plane. The chain wheel 53 moves from the conveyor 3 toward the conveyor 4 for carrying out, and moves in the opposite direction on the outer line 7.
By meshing with 61 at its lower surface, the hanging frame 9 can be moved in the running direction by the running parts 60 and 61. In addition, at the end of each moving direction of lines 6 and 7,
As shown schematically in FIGS. 6 and 8, a stopper 63 is attached which includes a rod 62 that prevents the movement of the hanging frame 9 so as to be able to rise and fall freely.
It is locked by tension. Note that the endless string 11, that is, the chain 57 is attached in a relatively slack state, and the chain 56 is attached in a relatively tensioned state, and the chain wheel 53 is engaged with the outer rows of the chains 56 and 57, and the inner rows are attached as appropriate. Each chain 56,5 is guided by spaced apart idlers 58.
7 is constantly rotated by, for example, a deceleration transmission M.

The lifting device 15 is arranged on the carrying-in conveyor 3 and the carrying-out conveyor 4 between the inner lines 6, 6.

As shown in FIG. 6, the elevating tool 15 has a pair of pushing tools 65, 65 that are interposed at the discontinuity of the carry-in conveyor 3 and the carry-out conveyor 4, and the push-up tools 65 are At the tip of the elevating piece 69 that moves up and down across the front flange of the upright support piece 67 with an H-shaped cross section, there is a substantially inverted hat-shaped receiver that moves up and down at the same position as the carry-in conveyor 3 and the carry-out conveyor 4. Piece 7
0 is attached, and the other end is tied to a frame member 73 that is moved back and forth by a cylinder 72 provided on the ground surface through an idler at the upper end of the support piece 67 and an idler at the lower end. As a result, as the cylinder 72 expands and contracts, the receiving piece 70 can move up and down between the upper surface of the conveyors 3 and 4 and a height exceeding the lower end of the insertion hole 10 of the hanging frame 9.

Note that the guide pins 55 of the hanging frame 9 cooperate with guide rails 75 provided at both ends of the carrying conveyor 3 to form a guide tool 17. Guide rail 75
is below the outside line 7 and conveyor 4 for unloading.
It has a guide part 77 with its tip facing open and a guide part 79 continuous with the guide part 77 and provided on the side of the conveyor 3 for carrying in. Therefore, when the guide pin 55 moves through the guide part 77 to the guide part 79, it guides the hanging frame 9 and prevents it from shaking.

In addition, in FIGS. 4 and 5, at both ends of the lines 6 and 7, there are receivers 81 and 82, pushers 84 and 85,
A pushing tool 87 and a pulling tool 88 are attached to the upper part, and the receiving tool 81 is attached to the conveyor 3 for carrying in.
The panel P that is carried in while being tilted can be made to stand upright together with the pusher 84, and the receiver 82 can tilt the upright panel P together with the pusher 85, and both the receivers 81 and 82 can be moved back and forth. At the same time, it is pulled up to the upper part of the hanging frame 9 to prevent interference of the panel P moving on the inner line 6. Further, the push-in portion 87 is configured to push the moving piece 4 of the transfer tool 16
The hanging frame 9 on the inner line 6 can be pushed into the inner line 6, and the pull-out tool 88 can pull out the hanging frame 9 on the inner line 6 to the moving piece 42.

Operation Therefore, in the panel conveyance device 1 of the present invention, the panel P carried laterally on the carrying conveyor 3 is stopped at an intermediate position between the inner lines 6, 6, and is stopped by the stopper 63. Upon release, the hanging frame 9 on the outer line 7 is transferred and loaded in synchronization with the moving pieces 42, 42, and is moved to the inner line 6 by the cylinder 44. Also, as shown in Figure 7,
When moving, the lifting tool 15 is operated to pull up the panel P above the lower end of the hanging frame 9, attach both ends of the panel P to the insertion holes 10, and
As the panel P is lowered, both ends of the panel P are supported by the hanging frame 9. Further, by the operation of the pushing tool 87, the hanging frame 9 is transferred to the inner line 6, and the driving tool 1
2 and can be moved toward the conveyor 4 for carrying out. On the side of the conveyor 4 for carrying out, the hanging frame 9 is pulled out by the pulling tool 88, and the lifting device 15 moves in the opposite direction to the above to transfer the panel P onto the conveyor 4 for carrying out, and It is tilted by the receiving tool 82 and the pushing tool 85.
Note that the hanging frame 9 is circulated to the outside line 7 again by the operation of the transfer tool 16.

In addition, the stoppers 63 are connected to lines 6 and 6 of each two lines.
Alternatively, the outer lines 7, 7 can be operated simultaneously, so that the hanging frame 9 can be moved synchronously for each line 6, 7.
Furthermore, the hanging frame 9 is movable by the traveling parts 60 and 61 of the drive tool 12, and when it is stopped by the stopper 63, it is located on the outside line 7 and is a lightweight hanging frame that does not transfer the panel P. In 9, chain 57
However, by being wound relatively loosely, the chain 57 can move over the rotating body, that is, the chain wheel 53, and therefore the hanging frame 9 stops at that location and moves sequentially. When the hanging frame 9 comes into contact with the preceding hanging frame 9 and stops, the hanging frame 9 is stored on the seventh top.

Further, in the inner line 6, the hanging frame 9 loaded with the panel P and having a large weight is locked by the stopper 63, so that the clutch 54 of the chain wheel 53 that engages with the chain 57 is prevented from slipping. Therefore, by stopping in the same way and stacking the hanging frames 9 one after another behind it, the panels P can be stored and stored in the inner line 6.

[Effects of the invention] As described above, the panel conveyance device of the present invention can transfer the hanging frame between the inner line and the outer line, and can easily and reliably convey the panels P that are carried in upright at right angles. In addition, by making it possible to temporarily stop the hanging frame, it can also be used to store panels, and even if a blockage occurs in the next process, panel storage can speed up the production line. and enables easy restoration. Further, by providing a lifting device, the panel can be lifted up and lowered, and the time required for transferring from the hanging frame can be shortened, making it possible to improve the efficiency of the production line. In addition, in the panel conveyance device of the present invention, the insertion hole of the hanging frame is
For example, various shapes can be adopted as long as a panel can be inserted, such as a channel-shaped cross section with an open side and a lip, and a rope or the like can be used as the endless string in the above embodiment. Further, the lifting device can be modified into various types such as one that linearly raises and lowers the panel P using a cylinder or the like.

[Brief explanation of the drawing]

FIG. 1 is a line diagram illustrating a panel production line in which the panel conveyance device of the present invention is used, FIG. 2 is a perspective view illustrating a panel upright device that can be employed in the panel conveyance device of the present invention, and FIG. Fig. 4 is a front view showing an embodiment of the present invention; Fig. 5 is a side view showing its operation;
The figure is a left side view showing a part of the frame cut away, FIG. 6 is a perspective view showing the main parts, FIG. 7 is a diagram illustrating the action of the lifting device, and FIG. 8 is a front view illustrating the drive unit. 9 are sectional views thereof. 3... Conveyor for carrying in, 4... Conveyor for carrying out, 6... Inner line, 7... Outer line, 9
... Hanging frame, 10 ... Insertion hole, 11 ... Endless string,
12... Drive tool, 13... Rotating body, 15... Lifting tool, 60, 61... Traveling part, 63... Stopper,
P...Panel.

Claims (1)

[Scope of utility model registration request] An import conveyor that transports panels in an upright and horizontal direction and an unloading conveyor that transports panels in an upright and horizontal direction are arranged facing each other in parallel, and between each conveyor there is a An inner line of two stripes having the following spacing and an outer line of two stripes spaced apart by a width dimension greater than or equal to the panel width dimension are arranged, and the insertion hole for inserting the panel is perpendicular to the line. An open running frame is mounted on the line, and the running frame is placed in the direction from the conveyor for carrying in to the conveyor for carrying out on the inner line, and on the opposite side on the outer line, and also on the inner and outer lines. This is a panel conveying device that allows the conveyor to move the panels in synchronization on each line, and to transfer between the inner and outer lines at the end of each line. A panel conveying device in which a lifting device that can move up and down the panel is interposed between the inner lines.