JPS58104837A - Loader for flush panel - Google Patents

Abstract

PURPOSE:To transfer a flush panel onto a panel rest while keeping the panel horizontal, by moving the flush panel onto belt conveyors and then driving cylinders to displace the conveyors away from each other. CONSTITUTION:A flush panel 2 brought on a carry-in conveyor 3 is moved onto belt conveyors 4 while the panel is conducted by a guide 39. When the flush panel 2 on the belt conveyors 4 is stopped just over a panel rest 1, the belt conveyors are displaced sidewards away from each other by cylinders 5 so that the panel drops onto the rest 1 as the panel remains horizontal. After that, the belt conveyors 4 are moved back toward each other and positioned sidewards by sideward positioning rolls 41. A movable plate 42 is pushed and the rolls 41 are rotated to bring the flush panel 2 into contact with the positioning plate 42 to position the panel.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a flash panel loading device, and its gist is that a loading conveyor (3) for carrying 21 m of flash panels (1!) is placed behind and above a panel loading section (1). Rke',
A belt conveyor [4] for supporting one flash panel is installed on both sides above the panel loading section g+ti, and this belt conveyor 14) is multiplexed in one direction of the panel loading section (1). The flash panel loading device is characterized in that it is provided with a companion syringe 16) for opening and narrowing the flash panel.

Conventionally, as shown in Figs.
(Flash panel 2 with glue pasted on 81k is not dry yet) is carried in by conveyor 13) When it is sent to the upper pipe, ±m is visited. 44 Hook (9) hooks the front end of the lower surface of the flash panel 2) and sends it to fall from the back end 11111 of the flash panel 2) onto the panel 1lKd part 111, and after falling, turn it laterally. Stack multiple flash panels 21 by positioning the flash panels at the 217th position using the joint (101) and the vertical positioning tool (11),
However, since the flash panel 12) was hooked to the hook (11) at the front end and dropped diagonally, the surface plate (8) would become undone and the core (7) would pop out. It had the disadvantage of being

The present invention has been developed in view of the drawbacks of the conventional example described above, and its purpose is to enable the flash panel to be dropped onto the panel stacking section to a horizontal position with precision, and to prevent the surface plate from falling. To provide a flash panel loading device that does not cause cracking or the core to pop out.

Below, Kibatsu #4 will be explained in detail with reference to the attached drawings. Ono is a veneer setting table that can be raised and lowered freely, and on top of the veneer setting table 021, a plurality of core material veneers (!Dragons) are stacked.

The core material veneer (l) is suctioned by a vacuum conveyor I on a single Ift table Q, and multiple sheets are transferred onto a conveying stand (l), and then transferred onto a single conveyor (l). The core material veneer 01 is fed into the multi-axis sizer (l1) one by one.
llI, for example, is constructed with multiple 4'p:/zu saws, and the core material veneer Oeta passes through the multi-axis sizer trowel. On the other hand, the core veneer O is placed on another veneer set table a-!
1 is also suctioned and transferred by the vacuum conveyor IN-, and sent into the run saw circle, where it is cut into a plurality of vertical frames. In this way, the stiles (
2) The horizontal stile and the middle stile are cut and supplied to the framework sG, where they are cut into predetermined positions to form the flash panel.
The core material (6) is positioned in the shape of the core material (6) of 2) and sent as it is by a conveyor, and each member is connected with a nailer using a nailer to form the core material (6). framed. Then, a strip of core paper is wound into a hoop shape around a drum, cut into a certain size, and formed into a spiral shape using a core forming machine (c). Core material for the framework 6)
is transported to the core filling machine 4 by the vacuum transport machine 4. Here, a large number of spiral cores c11 are transported to the space inside the core material 6).
1 is filled. Core fall'7 filled core material 6)
is sent to the glue applicator 1cIz and n1 is applied 0-ru (by-
Glue is applied to the surface (1ii) above, and the surface lft8) is pasted onto it using a true conveyor. continue,
Core material 161 Feed into the Fi inversion device mμs nl here 1
Core material 161 that has been inverted 80 degrees n1 and further inverted n1
F! It is sent to the glue application bag 11-, where the other side (1...)
) was coated with glue using a coating method of 0-6η, and the surface plate (8) was pasted on top of it using a vacuum conveyor. The flash panel (2) formed in the shape of n-tea is fed on a loading platform (13) and raised and lowered by a panel ram (11).
On top of Egli, they are stacked and scratched. What is shown in FIG. 4 is a device for transferring flash panels from this carry-in conveyor 13) to the panel loading Wh11. That is, the front part of the carry-in conveyor (3) is located above and behind the panel stacking part 111, and the belt conveyor +41r is arranged above and on both sides of the panel stacking part 111 at the same height as the Fi carry-in conveyor (3). This belt conveyor '4) #-i cylindrical hook (6) allows the belt conveyor to move in the side direction of the panel loading section 2, and the cylinder 16
By 1, conveyor belt P14) Darkness [Can be opened or narrowed. - is a guide provided on the belt conveyor 14). Furthermore, panel mounting @ section 11
J can be raised and lowered freely by a chidle lifter.
On both sides of the upper surface of the panel mounting section 1111D, horizontal positioning O-rules ←υ that can be rotated freely are provided.
A moving push plate (6) and a positioning plate are provided at the front and rear ends of the upper surface. However, the loading conveyor (
3) Flash panel I sent by Uesuga! 1 is a belt competition 'P141 while being kited by the guides.
Flash panel 12111 was moved to the top of
It stops directly above the panel loading section 11; at the same time, the belt conveyor γ4) is opened to both sides by the cylinder 15), and the flash panel 2) remains horizontal.
1: Do not let it fall onto the top. Belt after falling] Nbe'P
141 is caught again, and is laterally positioned by the operation 1 of the lateral positioning wheel 1411, and the first pressing plate 1421r is pushed and the lateral positioning wheel t+o,'t- is rotated to contact the flash panel 21f with the positioning plate 4. position. In this way, a plurality of straw 1 social panels 21 are stacked on the panel stacking section 11J. A flash spring L 2+ is sent to a certain extent above the panel loading portion fl into the spring device 11t44 and is sent to the spring device 1II.
441 to produce a flash panel 12).

Since the present invention has been developed as described above, after moving the flash panel onto the belt conveyor, the cylinder is used to open the darkness between the belt conveyors, and the flash panel is loaded in a horizontal position. It has the advantage that it can be dropped onto the surface of the paper, and there is no risk of the top plate shifting or the core protruding.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the conventional example, Figs. 2 and 3 are explanatory views of the same operation as above, Fig. 4 is a perspective view showing an embodiment of the present invention, and Fig. 5 is an explanatory view of the same operation. , FIG. 6 is a schematic overall perspective view of the flash panel manufacturing apparatus. ;l:...Panel side IE81s, 2! ...Flash panel, '31...Carry-in Koshibear,'4)...Belt conveyor, A6)...Cylinter〇Representative Patent attorney Ishi 1) Ahi Figure 1 Pole 2 Figure I Figure 5V

Claims (1)

[Scope of Claims] 11) A carry-in conveyor for carrying in flush panels is provided at the rear and upper part of the panel loading section, and a belt conveyor for holding the flush panels is provided at both sides of the upper part of the panel loading section. A flash panel loading device characterized by being provided with a cylinder for opening or narrowing a belt lever by moving it in the side direction of a panel loading section.