JPH02178112A - Conveyer system for paneling - Google Patents

Abstract

PURPOSE:To improve the working efficiency of a line by installing a turnover machine in a sub-line different from a main line, taking out a panel intermittently from the main line to the sub-line, and making it so as to be stacked in pile after putting it back to the panel on the main line through turning over, in a conveyor system for a regular size material. CONSTITUTION:Paneling 4 being cut by a hand sew 33 and conveyed on a main line is taken out of this main line 6 intermittently by a takeout machine 34, and fed to a turnover machine 35 set up in a sub-line 7. The panel 4 fed to this turnover machine 35 is turned upside down. Next, this turned-down panel 4 is alternately stacked in pile on the panel 4 being fed on the main line 6 by a piler 36. With this constitution, the panels can be piled as turned upside down without installing any dwell line, thus improvement in line working efficiency is well promoted.

Description

[Detailed description of the invention] [Industrial application field]

TECHNICAL FIELD The present invention relates to a construction panel conveyance device for conveying and stacking fixed-length construction panels.

[Conventional technology]

In general, a conveyor device for conveying architectural panels of fixed length is 1
It has two lines, and a piler installed at the end of the line takes out the construction panels and stacks them.

[Problem to be solved by the invention]

In the above-mentioned conveyance device, each construction panel is sequentially stacked with the same side facing up. Therefore, for architectural panels that have uneven surfaces and flat back surfaces, each time they are stacked, the volume increases by an amount corresponding to the distance between the tips of the convexities on the front surface and the back surface, resulting in an increase in bulk. The problem is that it is easy to become To solve this problem, it is possible to alternately turn over the architectural panels so that the unevenness of the lower architectural panel engages with the unevenness of the upper architectural panel, but it is possible to do this in one line. If this were to be done, it would be necessary to turn over every other construction panel that is being transported in sequence. It takes a relatively long time to turn over a construction panel, so
If a reversing machine for turning over construction panels is placed on one line, while one construction panel is being turned over, the next construction panel must wait for a certain amount of time, and the line can be continued. In order to operate, it is necessary to set up a waiting line. The present invention aims to solve the above-mentioned problems, and by providing a reversing machine for reversing construction panels on a sub-line separate from the main line, it is possible to prevent the construction panels from being turned over by the reversing machine. It is an object of the present invention to provide a construction panel conveying device that eliminates the need for waiting time, increases line usage efficiency, and can operate without providing a waiting line.

[Means to solve the problem]

In order to achieve the above object, the present invention has a main line for transporting construction panels of fixed length, a sub line provided separately from the main line, and a system in which construction panels are intermittently taken out from the main line. A take-out machine that transfers to the sub-line, an inversion machine that turns over the construction panels transported on the sub-line, and alternately stacks the construction panels that have been turned over by the reversal machine and the construction panels that have been transported on the main line. It is equipped with Pyra.

[Effect]

According to the above configuration, since the reversing machine for reversing architectural panels is provided on a sub-line separate from the main line, other work can be carried out simultaneously while the reversing machine is reversing the architectural panels. There is no need to extend the line for waiting time, and as a result, the efficiency of line usage is increased.

【Example】

In this embodiment, a construction panel in which a heat insulating material is interposed between a pair of metal plates is illustrated, but the application of the technical concept of the present invention to other construction panels is not limited. As shown in FIG. 1, a first payoff reel 11 wrapped with a metal hoop material 1 such as a painted steel plate or a laminated steel plate, a pinch roll 12, a release paper pasting machine 13 for pasting release paper,
First molding machine 14, pinch roll 15, second molding v116
are arranged in this order. Also, a second payoff reel 21 wrapped with another metal hoop material 2, a pinch roll 22. The third molding machine 23 arranges the metal hoop materials 1.2 in this order. The two metal hoop materials 1.2 are conveyed through separate routes, and after being molded, glass fibers are placed between the two metal hoop materials 1.2 by the injection machine 31. A synthetic resin foam 3 made of isocyanurate, polyurethane, etc. mixed with is injected. Thereafter, the synthetic resin foam 3 is transported by a double conveyor 32 with the distance between the two metal materials 1 and 2 regulated until it hardens, and is cut into a predetermined length by a band saw 33 to complete the construction panel 4. be. Further, in front of the second molding machine 16, a third payoff reel 17 wound with metal hoop material 5 is disposed, and one or more of the metal hoop materials 5 are introduced into the second molding machine 16 through the pinch rolls 15. Because the line is structured like this, it is possible to handle a wide variety of products by appropriately combining equipment. In reality, when manufacturing a construction panel having a cross-sectional shape as shown in FIG. 3, the first payoff reel 11 and the second payoff reel 21 are used to manufacture a construction panel having a cross-section shape as shown in FIG. When manufacturing, the first payoff reel 11 and the third payoff reel 17 are used. By the way, at the latter stage of the band saw 33, the line is divided into two. That is, a take-out machine 34 consisting of a beam eject piler is installed on the line, and as shown in FIG.
A portion of the construction panel 4 is transferred from the main line 6 to the sub line 7 by the take-out machine 34. There is a reversing machine 35 on the sub line 7.
is arranged, and the construction panel 4 conveyed through the sub-line 7 is turned over by a turning machine 35. After that, the construction panels 4 transported through the main line 6 and the sub line 7 are
Each is introduced into the piler 36. The piler 36 is arranged so as to straddle the main line 6 and the sub-line 7, and is able to handle the construction panels 4 waiting on the main line 6 and the construction panels 4 waiting on the sub-line 7. Take them out alternately and stack them. When a predetermined number of building panels 4 are stacked in this manner, they are transported to a packing yard and packed. In the manner described above, the building panels 4 that are not turned over and the building panels 4 that are turned over are stacked alternately. Therefore, as shown in FIG. 3, if the construction panel 4 has an uneven surface on the front side and a nearly flat surface on the back side, it is possible to The bulk can be reduced. In addition, as shown in FIG. 4, in the case of a construction panel 4 having a shape where both sides are nearly flat, if the construction panel 4 is turned over, it can be seen that scratches occurred on the back surface of the construction panel 4 during molding. etc. can be easily inspected.

【Effect of the invention】

As described above, the present invention includes a main line for conveying architectural panels of fixed length, a sub-line provided separately from the main line, and an intermittently taken out architectural panels from the main line and transferred to the sub-line. A reversing machine that turns over the construction panels transported on the sub-line, and a piler that alternately stacks the construction panels turned over by the reversal machine and the construction panels transported on the main line. The reversing machine for reversing architectural panels is installed on a sub-line separate from the main line, so other work can be done at the same time while the reversing machine is reversing architectural panels. This has the advantage that there is no need to extend the line for waiting time, and as a result, line usage efficiency is increased.

[Brief explanation of the drawing]

FIG. 1 is a schematic configuration diagram showing an embodiment of the present invention, FIG. 2 is a plan view of essential parts of the same, and FIGS. 3 and 4 are sectional views showing an example of a construction panel manufactured by the same. . 4... Construction panel, 6... Main line, 7... Sub line, 34... Takeout machine, 35... Reversing machine, 36...
...Pyra. Agent Patent Attorney Ishi 1) Choshichi

Claims (1)

[Claims] (1) A main line that transports construction panels of fixed length, a sub-line provided separately from the main line, and a take-out machine that intermittently takes out construction panels from the main line and transfers them to the sub-line; The present invention comprises a reversing machine for reversing the construction panels conveyed on the sub-line, and a piler for alternately stacking the construction panels reversed by the reversing machine and the construction panels conveyed on the main line. Features: Architectural panel conveyance device.