JP2511369B2 - Gluing device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a gluing device,
More specifically, the present invention relates to an improvement of a gluing device for attaching a sizing material onto a thin plate member such as a thin steel plate to attach a heat insulating material to a flexible and relatively tough thin plate member.

[0002]

2. Description of the Related Art Generally, there is a composite material in which a heat insulating material or the like is adhered to a flexible and relatively tough thin plate member (hereinafter, represented by a thin steel plate) by a paste which is an adhesive. This composite material is used as one of exterior materials such as a roof material for buildings.

In this type of composite material, usually, a rolled long thin steel plate having a predetermined width is fed out at a predetermined speed, and a sizing agent is glued to one side to a uniform thickness, that is, glued and A heat insulating material having a corresponding width and length is attached to this single-sided thin steel plate which is glued on one side to be manufactured.

FIG. 6 shows a schematic structure of a conventional gluing device for gluing a sizing agent on a long thin steel plate with a uniform thickness. That is, in FIG. 6, the conventional gluing device is installed in the gluing roll 1 which is constantly rotated during the gluing work and which causes the doctor blade 2 to attach the gluing material 3 to the peripheral surface with a uniform thickness. , A pair of pressing rolls 5 that are vertically moved and are arranged below the sizing roll 1 at intervals, and a feeding system 4 of a thin steel plate 7 including front and rear transfer roll rows 6 are arranged. While feeding the thin steel plate 7 on the transfer roll row 6 by the feeding system 4, the thin steel plate 7 is pressed against the glue pulling roll 1 surface by the upward movement of the pressing rolls 5 to paste the glue. After sizing over the length range, each pressing roll 5 is moved down to move the thin steel plate 7 by its own weight.
It is separated from the surface and this gluing process is repeated. The thus obtained glued single-plate thin steel plate is attached with a heat insulating material or the like in another process. The reason why the long thin steel plate 7 in the sizing process is separated from the sizing roll 1 is that the sizing material 3 is attached to the peripheral surface of the sizing roll 1 in a uniform thickness. This is because it is necessary to constantly rotate 1 and the thin steel plate 7 has a portion that does not require gluing.

[0005]

However, in the conventional gluing device configured as described above, when stopping the gluing of the thin steel plate 7, even if the pressing rolls 5 are simply lowered, Due to the adhesiveness of 3 itself,
The thin steel plate 7 may not necessarily be separated from the surface of the gluing roll 1 only by its own weight, and as a result, the thin steel plate 7 is fed out while being stuck to the gluing roll 1 and is attached in a separate process. The glue 3 will be glued to the thin steel plate 7 beyond the width of the glue 3 required for sticking etc., resulting in loss of aesthetics and waste of raw materials due to adhesion of dust such as roofs constructed. It is a cause.

The present invention has been made in order to solve the above-mentioned conventional problems, and an object thereof is to make it possible to always adhere the paste to the surface of the thin plate member with a constant width. The purpose is to provide a gluing device of this kind.

[0007]

In order to achieve the above object, in the pasting device according to the present invention, the thin plate member is forcibly separated from the pasting roll surface in response to the pushing operation of the pushing roll. It is a thing.

That is, the present invention comprises at least a sizing roll that adheres a sizing material to the peripheral surface with a thickness as uniform as possible, and a pressing roll that is pressed against and separated from the sizing roll. While unwinding the long thin plate member, the pressing roll presses the thin plate member against the gluing roll surface to glue it, and after gluing the thin plate member over the specified length range, the pressing roll is separated. In the gluing device configured to separate the thin plate member from the gluing roll surface, forcibly separating means for forcibly separating the thin plate member from the gluing roll surface in response to the separating operation of the pressing roll is provided. It is a gluing device.

Further, according to the present invention, in the gluing device according to the above paragraph, the forced separating means is arranged in front of or in contact with the gluing surface side of the thin plate member in front of the gluing position with the gluing roll. And a pull-off roll, which is configured to forcibly separate the thin plate member from the glue pulling roll surface by the pull-off roll in conjunction with the pull-off operation of the pressing roll. Further, the present invention is
In the pasting device according to the preceding paragraph, the forced separating means is
The pressing roll has a separating roll which is arranged in front of or in contact with the gluing surface side of the thin plate member in front of the gluing roll and the gluing roll, and an actuator which operates the separating roll in the separating direction. The actuator is operated in the pulling direction in conjunction with the roll pulling operation, and the thin plate member is forcibly separated from the glue pulling roll surface by the pulling roll.

[0010]

Therefore, according to the present invention, the thin plate member can be accurately separated from the surface of the glue drawing roll because the forcible separating means which operates in response to the separating operation of the pressing roll is provided.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of the glue applying apparatus according to the present invention will be described in detail below with reference to FIGS.

FIG. 1 is a partially cutaway side view showing the schematic construction of a gluing device to which the first embodiment of the present invention is applied, and FIG.
FIG. 3 is a partially cutaway front view of the same as above, and FIG.

That is, in the construction of the apparatus of the first embodiment shown in FIGS. 1 to 3, one set of machine walls 12, 1 is used.
A doctor device 13 is provided on the sizing roll 11 that is rotatably provided horizontally between the two. This doctor device 13 has a doctor substrate 16 which is supported on a base support member 14 and a tip support member 15 which are made up of a set so as to be able to move back and forth, and whose tip is opposed to the peripheral surface of the sizing roll 11. The doctor board 16 has a coarse screw advance / retreat mechanism 1.
7 allows rough adjustment of the facing distance to the roll peripheral surface, and a doctor blade 18 is provided on the plate so that the tip end portion of the glue drawing roll 11 closely faces and faces the entire circumference surface.
The doctor blade 18 allows the fine screw advancing / retreating mechanism 19 to roughly adjust the facing distance to the roll peripheral surface, and thus the adhesion thickness of the adhesive 20 on the roll peripheral surface, and also to both ends. The barrier plates 21, 21 are arranged to prevent the paste 20 stored between the peripheral surface of the roll and the doctor blade 18 from flowing out. In the configuration of the gluing roll 11 and the doctor device 13, the gluing roll 11 is rotatably driven by a driving device (not shown) via the interlocking gear 22 or the like, so that the doctor blade 18 slightly increases the thickness. The size-adjusted sizing material 20 is attached to the entire peripheral surface of the sizing roll 11, and the rotation of the sizing material 20 is continued to maintain the adhesion state of the sizing material 20 here.

A pair of pressing rolls 31 and 31 that are vertically operated and a pair of pressing rolls 31 and 3 are vertically operated below the sizing roll 11 with a space therebetween.
1 and a transfer roll row 42 provided before and after 1, that is, a coil-shaped thin plate member having a long width and a predetermined width, in which a feeding system 30 for the thin steel plate A is arranged. The steel sheet A is uncoiled by a feeding mechanism (not shown) via the pressing rolls 31 and 31 and the transfer roll row 42, and the sizing roll 1
1 from the front to the rear, in other words, from the right side to the left side in FIG. 1 at a predetermined speed by a predetermined payout amount, which is intermittently paid out. As described later, the one set of pressing rolls 31, 31 By the ascending operation of the thin steel plate A, the thin steel plate A is pressed against the sizing roll 11 having the sizing material 20 adhered to the entire circumferential surface with a predetermined thickness, and is squeezed by the sizing roll.
As a result, after the gluing over the predetermined length range is completed, the thin steel plate A is separated from the surface of the gluing roll 11 by the lowering operation of the pressing rolls 31 and 31 and a required length dimension is obtained by the sticking device (not shown). Apply heat insulating material.

Thus, the set of pressing rolls 3
Reference numerals 1 and 31 denote 1's provided on the machine walls 12 and 12, respectively.
It is rotatably supported by respective support blocks 32, 32 which are vertically guided by a pair of guide pins 33, 33. On the other hand, each of these support blocks 32, 3
Each hanging member 34, 34 fixedly hung below 2
Is a pair of operating wheels 36 provided at both ends of the operating shaft 35,
36, the intermediate link 37 and the link pin 3
An actuator, such as the air cylinder 4, which is link-engaged at an eccentric position by 8 and 38 and which is link-engaged with an operating arm 39 on the operating shaft 35 by a link pin 40.
By activating 1, each support block 32, 3
2. Consequently, the pressing rolls 31 and 31 can be moved up (pressed) or moved down (separated) to the surface of the glue drawing roll 11. Also,
The forced separation means 5 is provided between the support blocks 32, 32.
0 is provided. The forced separating means 50 is arranged in front of the sizing position on the sizing roll 11 and is arranged in contact with the sizing surface side of the thin steel plate A (or facing each other with a small gap therebetween). Each of the support blocks 3 has a roll 51, and the pull-off roll 51 has a roll 51.
Vertical height position adjustment mechanism 5 between 2 and 32 using a screw rod, etc.
Support rod 53 with which the vertical height position can be finely adjusted with 2.
Is fixedly supported on the support levers 54, 54,
The vertical height position adjusting mechanism 52 can adjust the contact surface with respect to the thin steel plate A or the facing interval.

Therefore, in the apparatus of the first embodiment having the above-described structure, in the state where the thin steel plate A is fed by the feeding system 30, first, one set of pressing rolls 31, 31 is moved upward to move the entire circumference surface. 20 pieces of glue with a specified thickness
The thin steel plate A is pressed against the gluing roll 11 to which is attached. At this time, the separating roll 51 is raised in cooperation with the pressing rolls 31 and 31,
In this state, the sizing agent 20 attached to the sizing roll 11 surface is glued to the thin steel plate A surface without impeding the upward movement of the pressing rolls 31. Then, the thin steel plate A is fed out by a predetermined amount,
After gluing the surface of the thin steel plate A over a predetermined length range, the pressing rolls 31 and 31 are lowered, and the pulling-off roll 51 of the forced separating means 50 is also lowered along with the lowering operation. In order to be operated, the thin steel plate A, which is glued with the glue 20 at a given thickness over a given length range, is forcibly and surely and extremely from the surface of the gluing roll 11 as expected. They can be easily separated from each other, and subsequently, a heat insulating material or the like provided with a predetermined length dimension is adhered to the glued required portion of the thin steel plate A.

Next, FIG. 4 is a partially cutaway side view showing a schematic structure of a gluing device to which the second embodiment of the present invention is applied, and FIG. It is a top view shown.

In the second embodiment apparatus shown in FIGS. 4 and 5, the forced separation means 50 is different from the case of the structure of the forced separation means 50 of the first embodiment apparatus described above. Corresponding forcible separating means 6 is not directly and fixedly supported by the pair of pressing rolls 31, 31
0 is arranged separately so as not to be directly connected to the pair of pressing rolls 31 and 31.

That is, the forced separating means 60 in the apparatus of the second embodiment is also in front of the sizing position on the sizing roll 11 on the sizing surface side of the thin steel plate A in the same manner. It has a separating roll 61 disposed so as to be in contact with each other (or facing each other with a small gap therebetween), and the separating roll 61 is separately provided for each of the machine walls 12, 1
It is fixedly supported on the actuating shaft 62 pivotally supported between the two via support levers 63, 63, and is linked with the actuating arm 64 on the actuating shaft 62 by a link pin 66. The actuator, for example, the air cylinder 65 is interlocked in synchronization with the ascending (pressing) operation and the descending (pulling) operation of each of the pressing rolls 31 and 31 so that a predetermined thickness is similarly provided over a predetermined length range. The thin steel sheet A, which is glued with the sizing material 20, can be separated from the surface of the gluing roll 11 compulsorily, reliably, and extremely easily as expected. The timing for separating the thin steel sheet A from the surface of the sizing roll 11 can be set appropriately.

[0020]

As described above in detail with reference to each embodiment, according to the present invention, a gluing roll that adheres a sizing material to the peripheral surface with a thickness as uniform as possible, and At least a pressing roll that is operated to push and pull apart, and while feeding out a long thin plate member, the pressing action of the pressing roll pushes the thin plate member against the glue roll surface to glue it to a predetermined length to the thin plate member. After gluing over a range, in a gluing device that separates the thin plate member from the gluing roll surface by the pressing roll separating operation, the thin plate member is forced from the gluing roll surface in response to the pressing roll separating operation. Since the forced separating means for separating the thin plate member is provided, it is possible to accurately separate the thin plate member from the sizing roll surface at the time of shearing of the thin plate member that has been glued. As in the case of the conventional device, the adhesiveness of the adhesive prevents the thin plate member from separating from the glue roll surface, and the adhesive cannot be attached to the thin plate member surface with a certain width. Therefore, it is possible to attach a sizing agent adapted to the width of a heat insulating material or the like to be attached.

Further, as a forced separating means, it faces the pasting surface side of the thin plate member in front of the pasting position with the pasting roll,
Alternatively, when using a separating roll arranged in contact with each other and pressing the separating roll to interlock with the separating operation of the pressing roll, forcibly and effectively separating the thin plate member from the gluing roll surface by the separating roll. In addition, as a forcibly separating means, a separating roll that is arranged in front of or in contact with the gluing surface side of the gluing roll, facing the gluing surface side of the thin plate member, and the separating roll. Using an actuator that operates in the separating direction, when the actuator is operated in the separating direction in conjunction with the separating operation of the pressing roll, the separation of the thin plate member from the glue drawing roll surface by the separating roll is timed, It can be forced and performed at all times.

[Brief description of drawings]

FIG. 1 is a partially cutaway side view showing a schematic configuration of a gluing device to which a first embodiment of the present invention is applied.

FIG. 2 is a partially cutaway front view showing a schematic configuration of a gluing device according to the first embodiment.

FIG. 3 is a perspective view showing the essential configuration of the glue drawing device according to the first embodiment.

FIG. 4 is a partially cutaway side view showing a schematic configuration of a gluing device to which a second embodiment of the present invention is applied.

FIG. 5 is a plan view showing the essential configuration of a glue drawing device according to the second embodiment.

FIG. 6 is a schematic side view schematically showing the outline of a gluing device according to a conventional example.

[Explanation of symbols]

 11 glue roll 12 machine housing 13 doctor device 14 base support member 15 tip support member 16 doctor substrate 17 coarse screw advancing / retreating mechanism 18 doctor blade 19 fine screw advancing / retreating mechanism 20 glue 21 weir plate 22 interlocking gear 30 feeding system 31 pressing Roll 32 Support Block 33 Guide Pin 34 Hanging Member 35 Actuating Shaft 36 Actuating Wheel 37 Intermediate Link 38 Link Pin 39 Actuating Arm 40 Link Pin 41 Air Cylinder (Actuator) 42 Transfer Roll Row 50 Forced Separation Means 51 Separation Roll 52 Vertical Height Position Adjustment mechanism 53 Support rod 54 Support lever 60 Forced separation means 61 Pulling apart roll 62 Operating shaft 63 Support lever 64 Operating arm 65 Air cylinder (actuator) 66 Link pin A Thin steel plate (thin plate member)

Claims (3)

(57) [Claims] 1. A long roll comprising at least a sizing roll having a peripheral surface coated with a sizing material with a thickness as uniform as possible, and a pressing roll which is pressed against and separated from the sizing roll. While unrolling the thin plate member, press the thin plate member against the gluing roll surface with the pressing action of the pressing roll, and after gluing the thin plate member over the specified length range, remove the pressing roll to remove the thin plate. In a gluing device configured to separate a member from a gluing roll surface, forcibly separating means for forcibly separating a thin plate member from the gluing roll surface in response to a separating operation of the pressing roll is provided. Gluing device. 2. The forcibly separating means faces the pasting surface side of the thin plate member in front of the pasting position with the pasting roll,
Alternatively, it has a separating roll arranged in contact with each other, and in association with the separating operation of the pressing roll, the thin plate member is forcibly separated from the glue drawing roll surface by the separating roll. The gluing device according to claim 1. 3. The forcibly separating means faces the pasting surface side of the thin plate member in front of the pasting position with the pasting roll,
Or having a separation roll arranged in contact with each other, and an actuator that operates the separation roll in the separation direction, and in conjunction with the separation operation of the pressing roll, the actuator is operated in the separation direction, and the separation roll. The gluing device according to claim 1, wherein the thin plate member is forcibly separated from the gluing roll surface by means of.