JPS59218895A - Slip stacked body coated with film and manufacture thereof - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a film-covered stack of slips and a method for manufacturing the same.

In the transportation industry, various other industries, etc., multiple stacked slips are used, and if you write on the top slip, it will get onto the carbon between the slips or the carbon on the back, and then write on the second and subsequent slips. Six types of slips are used, one of which is attached to the product and the remaining slips are used as delivery slips, delivery proof slips, work slips, etc.

Conventionally, in this type of slip, a plurality of stacked paper slips are used in an exposed state, and characters are written on the slips before they are covered with a film.

And is the delivery slip attached to the product the top of the pile?
The product stone 111 is covered with a film in order to prevent it from being damaged. To coat the film, place the delivery slip with the delivery address indicated on the product-1, apply glue to the moon surface prepared separately from the slip, and apply release paper to the glue-applied surface. Using a plastic bag-shaped vinyl film, while peeling off the front pattern from the glue-coated side, press the slip onto the product using the glue-coated side of the film.
However, the work of pasting such slips onto products using glue (-1 film) was inefficient and the color was expected to fade.

In order to solve this problem, the present applicant has developed a method to improve work efficiency by using lζ format slips that are covered with a film from the beginning and by tying these film-purchased slips into products. , : +iIi proposals have been made. According to this category, the proposal of Japanese Patent Application No. 57-152664 and Japanese Patent Application No. 17-017203 of 1982 belongs to this category, although it is still at the stage before publication in 2011.

The present invention is directed to these 11? The same purpose as the proposal, Zunawara,
Cover the slip with a film to protect it and attach it to the product 6
Provides a method for manufacturing a film-covered form containing stacked slips that improves workability and facilitates handling of slips.
The purpose is to

The film-covered slip of the present invention serves this purpose! 0. A stacked body consists of a stacked slip U body consisting of a plurality of slips stacked on top of each other without being glued together (ij 7.7 except for ij 4), and the above-mentioned slips. A state in which at least a part of the right end of the stacked U body is exposed - C An upper film that covers the stacked slips from above and is partially adhered to the topmost slip, and the stacked slips are covered from below. A lower film that covers and is heat-sealed to the above-mentioned film at a position along the left edge and top and bottom of the stacked slip, a glue applied to the lower surface of the lower film, and a lower film on the glue-coated surface. It consists of a release paper attached removably from the side.

In the case of a slip configured in this way, before it is attached to the product, the slip is covered with a film (depending on the area), and then it is covered with a film before it is attached to the product. Since only one step is required to remove and paste the release paper, it is easier to remove the stones from the product on the slip than in the past, and the work efficiency is improved.

Further, the above-mentioned stacked slip body according to the present invention is produced by gluing the slip and carphone paper together (=J
Except for Ij, they are in a separate state in q, making it easy to take out the film from the bag. Glue the film at the edge
A perforation line was placed on the slip along the left edge of the paper, so that it could be separated at the perforation line.However, regardless of the perforation line, the slip could be removed from the bag. It was foreseeable that there would be cases where it would not always be easy to take out the slip, and there was a risk that the slip would be torn in areas other than the perforation line when the slip was pulled out. All notifications, except for the slip, are secured on a film at the left end (I4i: Inogu, conventional retrieval is easy.

In addition, since at least a part of the right end of the combined U body (4J) in the slip has a 10-film J and a fog remover, it is possible to apply pulling force to that part with your fingers, making it extremely easy to take out the slip. It becomes.

Further, the production of the one-noil coated slip stack of the present invention; i
,=1. The method is to stack multiple slips, glue the right edges to each other, and time the stacked slips (
Continuously supply 1-noon film J5 and the lower film on the upper and lower sides of the supplied stacked slip body, and heat-seal the lower film at the left end of the stacked slip body and at a position along the top and bottom edges. Then, apply glue to the -F curve of the lower film, attach release paper to the glue-coated surface using the removable iJ function, and connect it to - with the lower film. It consists of each process of cutting off the glued part of the right end of the stacked slips and cutting them into each stacked slip at the dot b.

The problem with this type of film covering is how to insert the slips into the film, which are spread out in pieces! :ij L 4
However, as described in 1-, each slip is cut off (+ edge) ('norigu kari i' ()), and after coating with film, [!i fJ(J) Mechanization of the process becomes possible7.
A preferred embodiment of the body will be described below with reference to the drawings.

Figures 1 and 2 show a first example of the present invention. In the figure, 10 is a slip stacked body (-1i) consisting of a slip 11 and a carbon paper 12. However, the carbon paper 12 may not be present in some cases. , the carphone paper 12 is placed on the right end of the screen, numbered 131.

The stacked slips 10 are stacked together with one slip 11, one carbon paper 12 and one glue (except for 44J'+3) glued to rl.

The stacked slip-containing body 10 is covered with upper 1 to -1 films 14 and a lower film 15. The upper film 14 and the lower film 15 are formed into a bag shape with 3/no seals 2 and 3 thermally attached at positions along the top and bottom of one end of the stacked slip body 10. 16 is the top and bottom film 14.15
The heat-sealed part is shown.

The right side of the bag with 10 (, 13 cassels) is removable.

1-' film 14 iJ, and '8 Jj Iil'i located on the top layer of the threaded body 10 <] 18 to 1a, extending in the h direction of the top and bottom of the slip 11 and <2 glue (11 ) part′
17. According to 18, glue (
= be ignored. However, the slip 11a cannot be removed from the moxibustion machine consisting of the upper and lower films 14 and 15.

The right end of the slip Φne 01 body 10 is exposed from the soil film 14 to the ij side. On the other hand, the film l\15) covers the entire lower part of the slip stacking U body 10, including the right end of the slip. For the top layer, there is a perforation line ``19'' along the right edge of the slip 1'la and the right edge of the C lume 14.
Perforation line 19 iFi (-)1 ili'J rule i
J fit: When the right end of the delivery slip 11a is cut off at the perforation line 10, the second and subsequent slips '11' from "-" are exposed by 1 lumen 14h.

Glue 20 is applied to the bottom surface of the lower film (1 layer).
A release paper 2'1 is pasted on the part to which the glue 20 has been applied.

In order to attach the above-described film cover 17 to the product, type 1 is removed from the lower film 15, and the glue 20 applied surface is attached to the product. 1 (C11i; Note 11 has already been coated between the upper and lower fillets \14.1 before pasting the product.) It is in a state where it was attached, and the film is attached to the French and Soviet Union in 4S 1.1.
For covering items, it is much easier to attach the 4T to the product and cover it with a film compared to the U type, and the workability is improved. In other words, Is the film coating on the slip before the product is pasted on the slip?'j
Moreover, since Noil 11 coating can be mechanized,
Workability is improved.

In addition, Table 11 for taking out from inside the -tan film 1/I, 15 (・covered slip 1゛1 film 14.1F),
Each slip 11 must be
1ji Since there is no film 14.15 except for slip 11a, it can be easily taken out from the film bag, and slip 11 is removed when taking it out. do not have.

Roughly speaking, when taking out the slip 11 from inside the film 14.15, the right end of the slip 11 is exposed from the upper film 14, so it is easy to apply the pulling force to the slip 1'1 at that part. You can easily add the drawer to 4F.If the top layer has a perforation line 19, cut off the right end at the perforation line 19. If this is done, the slips 11 from -1 to 2 sheets 1 will be exposed, and it will be easier to withdraw the slips 11 from 1p to 1p in sequence.

FIG. 3 shows a second embodiment of the invention. 1 Example 1 = Oi-C has a notch 22 partially cut out in the vertical direction at the right end of the film 14. >C is exposed. Other 4M /41; l 5j 1 c, ill 1) Same reference numerals as in the 1st embodiment are given to 15 (-J) Cl112 (omitted).

In the second embodiment C, when applying a pulling force to the slip 11, the slip 11 is pulled out by applying force to the exposed portion of the notch 22. The use of the song is similar to the first embodiment.

4J and 5 show a thirty-third embodiment 1ζj of the present invention. In this embodiment, the slip stacking U body 10 is exposed on the right side of the six widths of the lumen 15. For example, -L film l-14 and + film co5) have their right ends extending at the same position (') and stop at d3; ,
It is exposed outside the Seventy Noilum 1/I, 15. The other configurations are the same as those in the first embodiment, and corresponding parts are designated by the same reference numerals as those in the first embodiment, and their explanation will be omitted.

In the 33rd embodiment, the right end of the U body 10 containing stacked slips completely comes out from the bag of the upper and lower films 14 and 15, so the Δ2c slip 11 can be taken out by holding the right end of the slip 11 with your finger. This makes it easier to take out the slip 11. Other functions are described in 111. of the first embodiment. Sign.

Next, a method for mechanically covering the width-combined body 10 of separate slips 41 with a film as shown in J.
Jru.

A sixth device with a smaller size apparatus for carrying out the noilum coating method of the present invention
In the figure, the slip-U body 10 is shown with the Buddha +Yy-l 1 configuring each of them glued on the right end as shown in Fig. 7 (=
Ju (23 indicates the J part) and is stored in the magazine 24. In the case of carbon paper 12, the glue part 23a protrudes a little to the 1 side. The vegetables 1o are taken out one by one by the binges 1-1--2!5 and dropped downward.Pinch rollers 25
The timing rotates intermittently. A baggy cup 2G is disposed near the pinch roller 25, and it takes out one part at a time, and feeds the stacked slip body 1° to the impeller conveyor 28 through a pair of collages 27.

Hanenaka 119. The feeder 28 consists of a large number of serving plates attached to the outer periphery of an endless belt, and one part of the fallen 1m plate wheel 01 body 10 is removed. Send to 29. To take out I-ra 25] (The 01 body in the slip that was taken out is a pair of 1.1-),') via 0 (1)
++ y') +', l is the upper 7-1' film which is supplied from the upper film supply device 31 and the upper film supply device 632] sandwiched between the film 11'14 and the lower film 15. i/l slip 1 including U type 10 (1)
++u lrf delivery slip '11a'
17.18 Glue for rolling (=J 4: J roller 1, (13,1) When the film 1- is attached to the film 14, the film 34 is further applied to the upper film 141. These upper and lower films '14,'
1, 1, 2, 3, 5, etc., the pocket norm 34 is attached to the edge d3 of the document 10 and the position along the top and bottom of the slip using the heat sealing devices 3 and 5. i, 4 (H is arrived.

Continuing - (Q' on the lower surface 11 of the lower film 15) Glue 20 is applied to the glue coating device 36, and the glue is applied to the 1st stitch r1.
j has l>, +1 front pattern paper 2'1 supplied from the pattern supply device if 37? 'r l1fJ l''J Noh is pasted.

Continuous slips with 1 paper pattern pasted on top of each other 10 Noil Rem 1 Fire 1) Iho is cut by a slitter with -Hq. The glue (''-t: 7 parts 23') is cut off at the position of line 38 in FIG. 7, and is made into pieces of 18 pieces and 11 GJ each.

However, in the case of carbon paper 12, the adhesive
is protruding from the left 1), so put it on the slip 11 above.
In t 41 part 23 a, J, Rinori f' is written.

The film holder (4 + l, i is further fed forward and caught in the -C cutter 39) and is cut at the top and bottom positions of the U body 10 (including the opening 9), and the coated slip stack is 3, 40. 41 where the body 10 is manufactured sends it forward.

The stacked slip body 10 manufactured in this way is coated with a film by a machine in advance on the product l\ pasting) 1, and when it is pasted on the product, the paper pattern 21
Remove it from the 1z film 15 and attach it to the product (J
The work is easy.

In addition, in the above manufacturing method, if there is a car/1ζ line 12, the carbon 12 is also temporarily fixed at the right end and fed into the T culm to be purchased. ~ slip (a) can be handled like silk,
The mechanization of single-noil lX coating on overlapping slips is now possible with irJ.

As described above, the present invention has the following effects! do.

First, the film-covered Buddhist statue 1' of the present invention; Notification IJ 1 No. 1 It will be easier to take out the slip from the bag consisting of the lower film, 1 In this case, the right edge of the slip should be placed 1 no. In addition, the method for manufacturing the bonded body of the film-covered slip of the present invention will make it extremely easy to take out the slip. lj+jl
Glue the V body at the right end, and then cover it with film.
The end glue (+I LJ part was cut off in C1).

4, Figure 1f11 1 j jli 4; Explanation Figure 1 is A
Figure 2 is a plan view of the film-covered slip center 01 according to the first embodiment of the present invention; Figure 2 is a sectional view of Figure 1; Film cover + Yi
It’s done! The top view of the stacked slips, Figure 4 is a of Kikomei.
13. A plan view of a film-covered one-person slip stack according to the 13th embodiment, Figure 5) is a 1η plane view of FIG. 11, and Figure 6 is a film-covered stack of slips f7 of the present invention.
Fig. 7 is a schematic side view of the apparatus for carrying out the method for producing g bodies, and Fig. 7 is a cross-sectional view of the stacked slip 01 body before being coated with Noilm coating.

10... Slip Φ combined body 11... Slip 11 J1... J5 notification [J slip 12... Carbon paper 13... "Keved part 1/I...1-Film 15)...Bottom film 16...Heat tA! l+ fll117,'+
8... Re-qG part 19... Perforation line 20... Glue 21... Release paper 22... Notch 23... ...Glue (J glue part 24...Ninker 2 glue...Bottle f[J-ra 26...Vacuum cup 27...Roller 28... ... Impeller conveyor 20 ... Take-out roller 30 ... 1-1-ra 31 ... Upper film supply device 32 ... Lower film Supply device 33... Glue 1su -';/34...
. . Rin 1- Film 31) . . . Heat sealing device 236 . . .
& Purchase 37...Release paper supply device 38...Slitter 30...Cutter

Claims (1)

[Scope of Claims] (1) A stacked slip body consisting of a plurality of slips stacked one on top of the other in a state where no θ-gluing is performed except for gluing of carbon paper and the slip, and the stacked slip body a film that covers the stack of slips from above with at least a portion of the right end thereof exposed and is partially adhered to the tenth layer of slips, and covers the stack of slips from below and With the 1-film at the left end and the top and bottom of the stacked U form of the slip! a lower film fused to the lower rim, a glue applied to the lower surface of the lower rim, and a release paper removably affixed to the glue-coated surface 11 from above; stack of slips. (2>Nii Book 18 vote 1) The right end of the combination is in the direction of heaven and earth.
jli;J'3, the lower film covers the entire right end of the stacked slip U body.Fl:! A film-covered slip stack according to item 1. (3) The upper film foil has a partial notch at the right end, and the slips are stacked A, L! 2. The film-covered stack of slips according to claim 1, wherein E 1 ends of E, J and E are exposed from the upper film l\ in the notch. (4) The right end of the stack of slips is exposed from the right end of the film across all directions in the earth direction; 01 stacked slips covered with film. (E))? ! Stack the 2a slips and make a stone.
Feed the stacked slips with f-1 onto IiJ at the correct timing, and continuously feed the 11 film and the bottom film to the top of the supplied stacked slips.J-'r - Heat-seal the Noilm at the 1st edge of the overlapping U body and along the ground, apply glue to the top side of the lower film, and attach the front pattern to the glued surface. Right 11 (Attach a shield as much as possible, and cut the right edge of the stacked slip body by cutting the film holding body of the stacked slips sent in succession by the upper and lower films.
? A method for manufacturing a film-covered/=in-a-slip body comprising each step of wrapping and cutting each stack of slips into one body.