JPS6340739B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Technical Field of the Invention> The present invention relates to an automatic sample pasting device for automatically pasting samples of paper sheets, such as flooring samples and wallpaper samples, onto mounts.

<Technical background of the invention and its problems> In general, pasting wallpaper samples (original fabrics) onto mounts is often done manually, but recently automatic sample pasting devices have been developed and put into practical use. , work efficiency has been greatly improved.

This type of automatic sample affixing device has a mount supply mechanism, a gluing mechanism, a sample affixing mechanism, and a press mechanism arranged in sequence along the transport direction of the mount.

When pasting a sample, the mount is first supplied and conveyed from the mount supply mechanism, and after the glue is applied to the part of the surface of the mount to which the sample is pasted by the gluing mechanism, the sample pasting mechanism applies the paste to the mount. The sample is pasted on the sample pasted portion, and then sent to a press mechanism and pressed to complete pasting.

By the way, as the above-mentioned sample pasting mechanism, the one shown in FIG. 1 is known. That is, 1 in the figure is a magazine provided on the lower side of the conveyance path 9 of the mount 2 so as to be able to move upwardly and downwardly, and inside this magazine 1, there are a plurality of magazines corresponding to the number of sample pasted parts 2a of the mount 2. A storage chamber 3... is provided, and this storage chamber 3
... Samples 10 ... are housed in a stacked state. Further, a plurality of air cylinders 4 corresponding to the number of the storage chambers 3 are disposed on the lower side of the magazine 1, and are adapted to push up the stacked samples 10. Further, a press plate 5 that is movable upwardly and downwardly is opposed to the magazine 1 via a conveyance path 9.

When pasting the sample 10 on the mount 2 sent to the sample pasting mechanism with such a configuration, first,
The mount 2 is temporarily stopped by the sample pasting mechanism, and then the press plate 5 is lowered to the position of the mount 2, and the magazine 1 is raised by the rise of the air cylinder mounting plate 4a. Press the mount 2. In this state, the air cylinder 4... rises, and the sample 10 is attached to the sample pasted part 2a... of the mount 2...
to press. Thereafter, the air cylinders 4 are lowered, and the magazine 1 is further lowered and the press plate 5 is simultaneously raised, and the mount 2 is sent out in a free state. After that, press plate 5
Then, the magazine 1 repeats the same movement as the above-mentioned operation at the time of pasting, and performs the next pasting in sequence.

However, in the conventional sample pasting mechanism, when the sample 10 is pressed against the sample pasted part 2a of the mount 2, or when the air cylinder 4... or the magazine 1 descends after the sample 10 is pasted on the mount 2, Among the samples that were arranged and stored in a stacked state in the storage chamber 3, the sample 10 that was scheduled to be pasted next became disordered, and in the subsequent sample pasting process, the sample 10 was disordered on the mount 2. There was an inconvenience that the item was pasted in the wrong condition.

<Means for Solving the Problems> The present invention has been made in view of the above-mentioned circumstances, and its purpose is to provide an automatic sample pasting device that makes it possible to correct a disordered sample. This is what I am trying to do.

That is, the present invention is an apparatus in which a mount is conveyed to a sample pasting mechanism by a conveying means, and a sample is pasted on a sample pasted part of the mount by this sample pasting mechanism,
The sample pasting mechanism includes a storage chamber for accommodating a plurality of samples in an aligned stacked state, and a magazine that moves toward and away from the mount, and a magazine that moves toward and away from the mount, and when the magazine comes into contact with the mount, a magazine is inserted into the magazine. a push-up mechanism that pushes up only the samples stored in a stacked state in the storage chamber arranged in the stacked state in an aligned stacked state and presses the most advanced sample against the sample pasted portion of the mount; and a push-up mechanism located above the magazine. and moves toward and away from the mount, and at the lowest point, the most advanced sample of the stacked sample and the mount are pushed up to the sample pasted part of the mount by the push-up mechanism. a press plate that affixes only the most advanced sample to the sample affixed portion by sandwiching and press-contacting the most recent sample with the magazine; and a mount to which the most advanced sample is affixed is sent out from the sample affixing mechanism. After that, a driving means for lowering and raising the press plate and the magazine to a mount supply position, respectively, and a drive means for removing the sample that is uneven within the magazine and at the upper edge of the storage chamber, which is located above the magazine. A rod for correcting irregularities by pushing the tip part into the storage chamber and pushing it back into each of the storage chambers, a rod mounting plate to which this rod is attached, and a rod drive correction tool attached to the rod. This is an automatic sample pasting device characterized by comprising an air cylinder.

<Function> In the present invention, the mount 1 on which the sample 40 is pasted
2 is sent out of the sample pasting mechanism 16, the press plate 35 descends to the position where the mount 12 is sent from the mount supply mechanism 11, and the air cylinder mounting plate 33 rises, causing the magazine 30 to rise and press the press plate. 35 and the magazine 30 are brought into contact with each other, and the correction air cylinder 42 is activated to lower the rods 43 attached via the rod mounting plates 44 and push their tips into the storage chambers 31. As a result, the specimens 40 that are not aligned at the upper edge of the storage chamber 31 are pushed down again into the storage chamber 31 and pushed back into the storage chamber 31 to correct the disorder of the specimen 40.

<Example> The present invention will be described below with reference to an example shown in FIGS. 2 and 3. 11 in the figure is a mount supply mechanism, and the mount 1 is supplied from this mount supply mechanism 11.
2 is adapted to be transported by a transport means 13. A feeder board 14, a gluing mechanism 15, a sample pasting mechanism 16, a reversing mechanism 17, a delivery conveyor 18, and a press mechanism 19 are disposed in the conveyance path 13a of the mount 12 in this order along the conveyance method.

The mount supply mechanism 11 places the mount 12 in an inclined upright position, and an automatic feeder 20 feeds the mount 12.
and a suction car 21 which sucks the mounts 12 placed by the automatic feeder 20 and takes them out one by one.

Further, the conveyance means 13 includes a plurality of claw rods 23 that are driven by a drive chain 22, and these claw rods 23 are arranged at predetermined intervals in the conveyance direction of the mount and clip the front end of the mount 12. This is then transported.

Further, the gluing mechanism 15 includes a plate drum 24 on the lower side of the conveyance path 13a, and a plurality of plates 25 are formed on the peripheral surface of the plate drum 24. Glue is supplied to the plates 25 from a glue tank 26 via a glue roll 27. 28 is a blade for making the thickness of the glue on the glue roll 27 constant. A pressure roller 29 is provided above the plate drum 24 via a conveyance path 13a, and this pressure roller 29 and the plate drum 24
4, the mount 12 is compressed and glue is applied to a plurality of locations on the back surface of the mount 12 to form the sample pasted portions 12a.

The sample pasting mechanism 16 also includes a magazine 30 that is movable upward and downward in the direction toward and away from the mount 12;
When the magazine 30 comes into contact with the mount 12, the samples 40 stored in the storage chambers 31 arranged in the magazine 30 in a stacked state are pushed up, and only the most advanced sample is pushed up. a push-up mechanism that presses the sample pasted portion 12a of the mount 12;
When moving toward and away from 2, at the lowest descent,
sandwiching the most advanced sample pushed up to the sample pasted portion 12a of the mount 12 by the push-up mechanism and the mount between the magazine 30;
A press plate 35 for pasting only the most advanced sample onto the sample pasted portion 12a by pressure contact;
After sending out the mount to which the cutting edge sample is pasted from the sample pasting mechanism 16, the press plate 3
5 and the magazine 30 to the mount supply position, and a driving means for lowering and raising the magazine 30 and the magazine 30, respectively, to the top edge of the storage chamber. A rod for correcting misalignment by pushing the rod back into each of the storage chambers by pushing it into the storage chamber, a rod mounting plate to which the rod is attached, and a correction air cylinder for driving the rod attached to the rod. Be equipped.

The press plate 35 is provided with a hole through which the rod 43 can enter, and the rod 43 can be lowered into the storage chamber 31 through this hole when an irregular sample is corrected.

Also, in the magazine 30, there are a plurality of storage chambers 3 corresponding to the number of sample pasted parts 12a of the mount 12.
1... are provided, and as mentioned above, these storage chambers 31
... Samples 40 are housed in an aligned stacked state. Further, this magazine 30 is supported by an air cylinder mounting plate 33 via a magazine frame 32, and can be moved up and down by a drive mechanism (not shown). In addition, the above air cylinder mounting plate 3
A plurality of air cylinders 34 are attached to 3,
These air cylinders 34 cause the magazine 30 to
Samples 4 stacked in alignment in the storage chamber 31 inside
0... can be moved up and down, respectively. Further, a press plate 35 which can be moved up and down is opposed to the upper part of the magazine 30 via a conveyance path 13a.

The press plate 35 is located above the magazine 30 together with the rod 43, the rod mounting plate 44, and the correction cylinder 42.
5 is adapted to move toward and away from the mount 12, and at the lowest point, it is pushed up by the push-up mechanism up to the sample pasted portion 12a of the mount 12 in an aligned stacked state. By sandwiching and press-contacting the most advanced sample of the sample group and the mount with the magazine 30, only the most advanced sample is pasted onto the sample-applied portion 12a. The driving means is also configured to lower and raise the press plate 35 and the magazine 30 to the mount supply position, respectively, after feeding the mount to which the most advanced sample is pasted from the sample pasting mechanism 16.

On the other hand, the reversing mechanism 17 is for reversing the mount 12 on which the sample has been pasted and sending it to the delivery conveyor 18, and the press mechanism passes through the conveyance path 13a.
A pair of pressure rollers 19, 19 are arranged at the top and bottom.
It is equipped with

Therefore, when pasting the sample 40 in the above-described configuration, the mount paper 12 is transferred from the mount supply mechanism 11.
are supplied one by one and sent onto the feeder board 14. Here, the mount 12 is aligned with a prefix and pusher (not shown), clipped to the claw rod 23, and conveyed intermittently. And plate drum 2
4 and the pressure roller 29, the glue is applied to the back surface in a set pattern. After that, this mount 12 is attached to the sample pasting mechanism 1.
6 and is temporarily suspended. At this time, the press plate 35 of the sample pasting mechanism 16 descends to the position of the mount 12, and the air cylinder mounting plate 33 rises to pinch the mount 12. Then, from this state, the air cylinders 34 are raised, the sample 40 is lifted, and the most advanced sample 40 is pressed against the sample pasted portion 12a of the mount 12. After that, the air cylinders 34... are lowered, and the air cylinder mounting plate 33 is also lowered.
is lowered and the press plate 35 is raised to finish pasting, and the mount with the sample pasted thereon is carried out.

By the way, when pasting this sample 40, as described above, when pressing the sample 40 against the sample pasted portion 12a... or when the air cylinder 34 or the magazine 30 descends after the sample 40 is pasted on the mount 12. However, after the mount 12 on which the samples 40 are pasted is sent out of the sample pasting mechanism 16, The press plate 35 is lowered to the position where the mount 12 is sent from the mount supply mechanism 11, and the air cylinder mounting plate 3
3, the magazine 30 is raised, and the correction air cylinder 42 is activated to move the rod mounting plate 44.
The rods 43 attached through the rods are lowered through the rod entry holes provided in the press plate 35, and their tips are pushed into the storage chambers 31, thereby opening the upper edges of the storage chambers 31 in the magazines 30. Storage room 31 magazine 3 including the irregular sample 40 in
By pushing the sample group back again within 0...0, the disorder of the sample 40 can be corrected.

Therefore, the sample 10 is not pasted on the mount 2 in a disordered manner as in the past, the rate of tearing of the mount to which the sample is pasted is reduced, and production efficiency can be significantly improved.

On the other hand, the mount 1 carried out from the sample pasting mechanism 16
2 is sent to the reversing mechanism 17, where it is reversed and delivered to the delivery conveyor 18, and then sent to the press mechanism 19 where it is pressed, thereby bonding the mount 12 and the sample 40 more completely. The paper will then be ejected.

It should be noted that the present invention is not limited to the above-mentioned embodiment, and it goes without saying that various modifications can be made within the scope of the invention.

<Effects of the Invention> As explained above, the present invention corrects samples that are not aligned at the upper edge of the storage chamber in the magazine by inserting the rod tip into the storage chamber after the sample pasting process is completed. Since the sample can be aligned and stacked using a mechanism that allows the samples to be aligned and stacked, the sample is not pasted on the backing paper in a disordered manner in the subsequent pasting process, unlike in the past, and the pasting accuracy and pasting efficiency of the sample are significantly improved. It has the effect of being able to do it.

[Brief explanation of drawings]

Fig. 1 is an explanatory diagram showing a conventional example, Figs. 2 and 3 are illustrations of an embodiment of the present invention, Fig. 2 is a schematic explanatory diagram showing an automatic sample pasting device, and Fig. 3 is a schematic explanatory diagram showing a sample pasting device. A schematic configuration diagram showing the mechanism is shown. 12... mount, 30... magazine, 35... press plate, 42... air cylinder, 43... rod, 44... rod mounting plate.

Claims (1)

[Claims] 1 A device that transports a mount by a conveying means to a sample pasting mechanism, and uses this sample pasting mechanism to affix a sample to a sample-attached portion of the mount, wherein the sample pasting mechanism has a plurality of samples arranged in a stacked state. A magazine that is provided with a storage chamber for accommodating it and that moves toward and away from the mount, and only samples that are stored in a stacked state in the storage chamber disposed within the magazine when the magazine contacts the mount. a push-up mechanism that pushes up the samples in an aligned stacked state and presses the most advanced sample against the sample pasted portion of the mount; , when lowering to the lowest point, the most advanced sample of the stacked samples pushed up by the push-up mechanism to the sample-applied portion of the mount and the mount are sandwiched between the magazine and brought into pressure contact with each other. After sending out a press plate for pasting only the most advanced sample onto the sample pasted portion and a mount to which the most recent sample is pasted from the sample pasting mechanism, the press plate and the magazine are each lowered to a mount supply position. , a drive means for raising the magazine; and a sample that is located above the magazine and is uneven at the upper edge of the storage chamber and is pushed into the storage chamber at the tip end thereof, so that the sample is placed in each of the storage chambers. An automatic sample pasting device characterized by comprising a rod for correcting irregularities by pushing the rod back into the rod, a rod mounting plate to which the rod is attached, and a correction air cylinder for driving the rod attached to the rod. .