JPS6019044Y2 - Architectural panel transfer device - Google Patents

Description

[Detailed description of the invention] The invention consists of a loading tool, a transfer tool, and a take-out tool.
In addition, by making it possible for the transfer tool to send out the architectural panels one by one using a moving tool consisting of cylinders that can be operated in series, it is possible to accurately transfer a predetermined number of building panels carried in from the carrying tool to the take-out tool. The present invention relates to a panel transfer device configured as described above.

In buildings using the panel construction method, architectural panels used for walls, roofs, floors, etc. are used during the production process, such as attaching face materials to the frame, attaching sash, or drying after painting. There are many cases where it is necessary to accurately take out a predetermined number of temporarily stored or stored architectural panels for the next process.

The present invention aims to provide a construction panel transfer device with a novel configuration that can be suitably adopted in such cases, and one embodiment thereof will be described below with reference to the drawings.

Figures 1 and 2 show an embodiment in which the device 1 of the present invention is used, for example, to feed completed architectural panels in single sheets prior to shipping, and the architectural panel P is shown in Figure 2. As shown in FIG. The panel hanging tool d
is suspended from.

The device 1 of the present invention includes a carry-in tool 2, a transfer tool 3, and a take-out tool 4. The hanging rails a, 7a, ? a can be positioned in front of the transfer tool 3.

In this embodiment, the take-out tool 4 is a single hanging rail C that is fixed to the ceiling or the like using, for example, a fishing bracket 9. It has 7C.

The transfer tool 3 is placed on a base frame BLL which is placed on the floor and has a transverse rail 10 provided on the top, and the first to
Fixing material 1 for the fourth four hanging rails b, 7bl to 7b4
2, the hanging tool 13 is integrally connected to the fixing member 12.
It is held movably on the transverse rail 10 by wheels pivotally connected to the traverse rail 10.

Furthermore, the fixed member 12a connecting the centers of the hanging rails b, 7bl to 7b4 has three cylinders 1, first to third, connected in series by connecting each base and rod end to each other.
4a.

14 by 14 c is placed.

Each of the cylinders 14a to 14c expands and contracts with a stroke equal to the distance g, and the overall length of the operating tool 15 changes due to the expansion and contraction.

Also, the first cylinder 14a has its rod end fixed to the fixing member 12a.
While the tip of the third cylinder 14c is pivoted, the base of the third cylinder 14c is fixed to the side frame 16 of the base frame 11.
5 is interposed between the hanging tool 13 and the base frame 11.

Also, when all the cylinders 14a to 14c are contracted, the first
Hanging rails b, 7bl and hanging rail 7c of take-out tool 4
and can match their positions.

In addition, each hanging rail axct 7a, 7bl~? b4.
7c is made of I-shaped steel, and the panel hanging tool d is moved by wheels on the side plate of the panel hanging tool d, and can be transferred between them.

However, the device 1 of the present invention allows the carrying tool 2 to move sideways on its hanging rails a, ? Transfer the architectural panel P suspended by a to the suspension rails b, 7bl to 7b4 of the transfer device 3, and repeat this operation to the four suspension rails b, 7 of the transfer device 3.
Architectural panels P are supplied to bl to 7b4, respectively.

Note that the construction panels P can be stored in the transfer tool 3 for a predetermined period of time if necessary.

Also, in order to carry out the construction panel P to the take-out tool 4, as described above, when the cylinders 14a to 14c are reduced, first the first hanging rails b, 7bl at the outer ends and the hanging rail 7 of the take-out tool 4 are used.
c, so that the construction panel P can be taken out as is, and by extending the first cylinder 14a, the hanging tool 13 can be attached to the hanging rails b, 7bl to 7b4.
can be moved by the distance g, so that the second suspension rail b, 7b2 can be aligned with the suspension rail 7c.

Furthermore, as the second cylinder 14b expands, the third hanging rail b, 7b3 and the take-out tool 4 are aligned (as shown in FIG. 3), and as the third cylinder 14c moves, the fourth hanging rail b , 7b4 coincide with the take-out tool 4, so that the construction panels P can be sequentially transferred together with the operation of the operating tool 15 consisting of cylinders 14a to 14c.

In addition, each suspension rail a of the carrying tool 2, transfer tool 3, and take-out tool 4
, b, c, 7a, 7b1 to 7b4.7c are arranged at the same height, and the panel hanging tool d can be transferred manually or by an appropriate kicking device, and the panel hanging tool d can be transferred by hand or by an appropriate kicking device. Each hanging rail a, b, 7a, 7b1 of the mounting tool 3
~7b4 may be provided with an appropriate movable locking piece (not shown) to prevent the panel hanging tool d from accidentally escaping.

As mentioned above, the device of the present invention consists of a loading tool, a take-out tool, and a transfer tool, each of which has a hanging rail, and a plurality of hanging rails that are held in the transfer tool so that they can move horizontally. Since the hanging device is operated using multiple cylinders with a predetermined stroke, the architectural panels suspended from the panel hanging devices can be smoothly transferred and transferred one after another, and the cylinders are always in the same position as they are. By expanding and contracting the entire length of the stroke, accurate alignment with the extraction tool can be achieved, resulting in safe and easy extraction.

In addition, storage can be achieved using the plurality of hanging rails of the transfer tool.

In addition, in the device of the present invention, the number of suspension rails for the transfer tool can be increased, and by using multiple suspension rails for the removal tool, multiple construction panels can be handled for each cylinder operation. Sequential and intermittent extraction is also possible.

In addition, in the apparatus of the present invention, the term "architectural panels" includes semi-finished products in other production processes of so-called completed architectural panels.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing one embodiment of the device of the present invention, Fig. 2 is a partial sectional view showing hanging of a construction panel, Fig. 3a,
b is a partial plan view showing the effect. 2... Carrying tool, 3... Transfer tool, 4...
...Ejecting tool, 7a... Hanging rail a, 7
bl~7b4... Hanging rail b17c...
... Hanging rail c111 ... Base frame b113 ...
...Hanging tool, i4a to 14c...Cylinder, 15...Moving tool.

Claims (1)

[Scope of utility model registration request] A plurality of hanging rails that movably hold panel hanging tools to which architectural panels are attached are arranged side by side and fixed together to support the hanging tools so that they can move across the base frame, and also Before and after the transfer tool, a moving tool consisting of a plurality of cylinders connected in series and having a stroke equal to the juxtaposition spacing of the hanging rails is interposed between the hanging tool and the hanging rail. A construction panel transfer device comprising a carrying tool and a take-out tool each having a hanging rail capable of transferring the panel hanging tool to and from the hanging rail.