JPS59164184A - Pressure sensitive transfer register and preparation thereof - Google Patents

Abstract

PURPOSE:To attain to enhance a sticking workability, by forming a pressure sensitive layer to the desired region of the back surface of a water resistant synthetic paper main body while forming a sticking strip part thereto. CONSTITUTION:A continuous strip 11 made of water resistant synthetic paper wherein a large number of desired printings each corresponding to one piece are applied to the front surface side thereof while a pressure sensitive layer is formed to the desired region of the back surface side thereof is wound around a wind-up roll 20 and drawn to be allowed to pass a notching mechanism 12, a sticking agent coating mechanism 13, a release paper laminating mechanism 14 and a cutting mehanism 15. That is, a large number of one piece portions each having desired items such as the designation or the like are continuously printedto the surface of the synthetic paper continuous strip 11. A pressure sensitive layer 11c is formed to the position of the back surface corresponding to the entry column of each piece part of the continuous strip 11. This continuous strip 11 is passed through the notching mechanism to form notches 17 to both end corner parts of the width direction cutting line 16 of the piece part 11A in the rear end of the running direction and the workability of a sticking register is enhanced.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a pressure-sensitive transfer form made of waterproof synthetic paper.

Traditionally, delivery slips used by the Ministry of Transport, etc., are printed on the narrow side of paper whose main component is pulp, as shown in Figures 1 to 5.
Fill in the necessary fields such as the address, name, sender, product name, etc. of the report light, and form the tW safety area pressure-sensitive layer on the back of the slip, from the top to the bottom. Client receipt slip 2, Unburi Ishikasubara slip 3, Sales slip 4, Store release slip 5, Delivery slip 6
The adhesive surfaces 3a and 9a were then completely coated with a pressure-sensitive adhesive layer on the left and right sides of the surface of the synthetic resin transparent film Fuyu 7, and these adhesives were completely applied. A transparent film cover 1 covered with release papers 8 and 9 (L is placed on a base on the pasting slip 1, pasting slip 1, client receipt slip 2)
, the left end of the freight billing slip 3, the sales receipt 4, the store receipt slip 5, and the delivery slip 6 are fully attached, and the cover 10 is inserted between the right side of the cover 10 and the release paper 8, and the affixed slip is opened. The left end of 1 was glued to the back side of main body 7 (%Kokai No. 58-18297 @
(diagnosis).

This kind of delivery slip (N is affixed slip 1 is delivered to the destination side 1a.
At the same time, fill in the name of the tile in the printing column of 1 Client all), etc., and at the same time copy it to Tanibaku 2, 3, 4, 5.6, and print the cover 1.
Remove the wallet rack 1 with 0 attached by 7j- and peel off the release papers 8 and 9 to reveal the final surface 3a.

9a, stick it on the top surface of the delivery item (not to be damaged), etc. via the sticky surfaces 8a and 9a, and stick it on the main body 7 as well as the label 1' (
I: Paste the shield so that it can be seen through the transparent film, and use the transparent film tear body 7 to prevent rainwater, etc. from being pasted. The l1 strain was infected with pus.

Therefore, the synthetic resin transparent film surface thickness 7 of the cover 1O is p larger than the pasting sheet 1, and in this conventional example, the upper side portion 7as
The lower side portion 7b and left side portion 7C are made to protrude beyond the pasting sheet count 1.

In this way, with the conventional delivery slip <AI, the cover 10 must be attached to the pasting prefecture 1, and the release paper 8.9 must be completely peeled off and the affixed slip 1 must be pressed down to adhere Fukyu 7 to the surface of the delivery item. This was done to prevent the affixed form 1 from being contaminated by water or the like.

For this reason, a transparent film cover IO is essential for the patching slip 1, and the mounting of the cover 10 and the mounting of the patching slip 1 must be done separately, and the hematoma is less likely to occur. It lacked the ability to form rows, had a large number of parts, and was difficult to touch.

The present invention aims to improve the shortcomings of conventional products such as hU, and provides a beam for pasting that is excellent in mass production, has great confectionery properties, and is axially oriented. The first aspect of the present invention is to apply a pressure-sensitive stamp on the entire F5T area of the surface of the main body made of water-resistant synthetic paper, and also apply pressure above the pressure-sensitive layer and above the pressure-sensitive layer. A parallel adhesive strip P is formed on one opposite side of the synthetic paper main body, a release strip G is pasted on this adhesive strip, and a corner S of the synthetic paper main body is completely cut out. The present invention provides a form that is similar to f:% by cutting the release paper to completely expose the release paper and forming a peeling edge. In addition, the second aspect of the present invention is to continuously print a large number of required prints on the front side of one piece, and to apply pressure sensitive N to the required area on the back side.
One corner of the rear side in the running direction of the continuous strip made of water-resistant Kinzo paper is cut out, and adhesive strips are formed in parallel above and below the pressure-sensitive layer, and the cut Do you want to peel off the part for a long time and cover the sticky layer?
We provide a complete method for creating a form, in which the composite #, split book salary, and release donation are simultaneously cut into pieces, and the peeled edge of the release paper is made to have the entire shape. The third aspect of the present invention is one-piece printing) A large number of F9r printings are continuously printed on the clothing surface, and the PJT on the front side is printed.
One corner of the rear side in the running direction of a continuous strip made of water-resistant synthetic paper with a pressure-sensitive layer fully formed in the required area is cut, and then the strip is cut parallel to the upper and lower sides of the sensitive pressure increase. Continuously form a sticky tape, then continuously polymerize release paper on these sticky paper, then cut and paste each six pieces at the same time to make a main body made of laminated paper, and release the paper. 9 cutting lines are engraved across the synthetic paper body, adhesive band, and shape of one corner corner of the force-returning sheet, and one peeling section is cut out. The method for manufacturing @ tags of the present invention will be congratulated with reference to FIGS. 6 to 12.

1 piece of Tokome printing'? :Multiple rows of silk are printed on six-sided paper,
A pressure sensitive layer 12 having a pressure sensitive layer formed on the Ptr low region on the surface side, a detoxifying agent application mechanism 13, a release paper polymerization mechanism 14, and a cutting mechanism 15 are installed. That is, on the surface of the synthetic paper continuous band 11, the 11th
As shown in the diagram, the delivery will be made to the destination alla.

All the necessary information such as the client's cotton ob and etc. are printed one piece at a time. A pressure sensitive layer 11C is completely formed on the long surface of each piece of the continuous strip 11 corresponding to the entry field.

The continuous strip 11 is cut out by a notch structure 12 at the corners of both ends of the crosswise cutting line 16 of the piece IIA on the rear side in the running direction, respectively.

Next, the adhesive coating mechanism 13 is used to form adhesive strips 18, 18 on the opposite side along the longitudinal direction and on both sides of the pressure-sensitive layer 1C. (See Figure β) The polymerization mechanism 14 continuously releases the release paper 19 so as to straddle the notch 17 together with the entire adhesive 918.18.
@A-Glue while pulling out from the roll 20 and change direction roll 2
1 and 21 and then cut in the width direction by the cutting f mechanism 15 ##
16, the continuous strip 1] and the release paper 19 are cut at the same time to form one piece of pasted sheet 22 as shown in FIGS. 1 and 11.

Therefore, the pasted sheet 22 has a release paper 19 along the opposite side and a release paper 19.
There is an adhesive strip 18 made of polymerized adhesive, and cutouts 17 , 17
Partially peeled off 19 is peeled off 4L9a, and 19a is formed to be exposed.

Since the material of the pasting slip 22 is water-resistant synthetic paper, there is some swelling, and the peeling edge 19 a is peeled off while checking the gold price to immediately expose the adhesive strip 118 and the pasting slip 2 is removed.
The second object can be reliably affixed to the surface of the delivery item by means of the viscous band lδ, 18.

Figure 12 shows the pasted slip 22 and the other pulp paper slip 2a.
, 3a, 4a, and 5a as a delivery slip.

In this way, the notch 17 is preliminarily set by the notch @ $12.
After that, an adhesive is applied to form an adhesive strip 18, and a release paper 19 is polymerized.

On the other hand, in the uninvented third manufacturing method shown in FIGS. 13 to 16, a large number of required prints for one piece are continuously printed on the front side, and the necessary f9r parts on the back side are printed on the front side. The synthetic paper continuous belt 11 on which the entire pressure-sensitive layer has been formed is wound around a winding roll μ, the continuous belt H is pulled out, and the deciduous agent coating machine 13 is used to roll it toward the opposite side along the longitudinal direction. , and pressure sensitive layer 11
Viscous crystal parts 18, 18 coated with an adhesive are formed on both sides of Q, and a release paper 19 is continuously polymerized by the polymerization mechanism 14 so as to cover the adhesive strip part 181]8, and the cutting line is simultaneously cut. The cutting mechanism 15A, which is designed to engrave, simultaneously cuts the continuous strip 11 and the release paper 19 along the widthwise cutting line 16, and cuts both ends of the widthwise cutting line 16 of the rear piece 11A in the running direction. At the corners, a tear line 23 is engraved only on the synthetic paper main body 11 portion.

When using the third manufacturing method of the present invention, as shown in FIGS. 14 to 16, the corner piece 24 defined by the perforation line 23 is picked and removed, and the peeled edge 19 of the release paper 19 is removed.
a, and hold the peeled end 19a and remove the release paper 1.
9 is a pasted sheet 2b that can be peeled off. Provided at both ends of this perforation line, perforation lines 23, 23, 23a,
It may also be 23&.

Therefore, in the case of the third manufacturing method of the present invention, the corner piece 24 is completely removed and a notch is formed to expose the peeled-off end 19a each time it is used.

After making perforations on the release paper at appropriate intervals of 1", insert a portion of the release paper in advance to the perforation layer, attach the shipping slip to the packaged item, and fill in the necessary information. The remaining release paper may be peeled off and the remaining shipping slip may be attached to the packaged article (see FIG. 14).

The one-sided label for pasting according to the present invention is a stretched sheet of water-resistant synthetic paper, e.g., a thermoplastic resin containing 8 to 65 weight percent of inorganic fine powder (Japanese Patent Publication No. 46-40794, IJFf Bulletin Board No. 54-7).
4842, 56-141339, etc.) or coated with SBR latex containing powder such as silica or clay on its surface and rolled into a ball made of synthetic paper or the like with a thickness of 80 microns. Because of this, it is water resistant, has moderate strength, and can repel rainwater.

In addition, the pressure-sensitive layer 110 for transfer provided in a required area on the back side of the pasted slip 22 manufactured by Bansei Rr, is a sword-shaped board formed by applying a binder containing carbon black to the back side of synthetic paper. It may be a single layer, or an evenly opened layer [ea 57-
As described in Japanese Patent No. 203588, microcapsules containing oil droplets for transferring an electron-donating organic color former, microcapsules containing oil droplets containing an electron-accepting organic color developer, and a binder are used. It is also possible to use a flexible ink in which the main component of the solvent is a low boiling point alcohol (1 to 3 carbon atoms), and to form a carbonless pressure-sensitive pressure transfer ink by applying it to the back side of synthetic paper.

A copy of the den l1lii to be affixed to Jiran! However, when a color developer, which is an acidic substance, is applied to the surface, a pressure-sensitive material is coated with an organic color former, which is an electron-donating and almost colorless dye.
It is formed by applying microcapsules 5 containing a coloring agent (hereinafter referred to as a coloring agent) to the back side of synthetic paper together with a binder.

Note that the writing utensil used to write on the 91st section of the book should be one that uses oil-based ink, etc., which is not contaminated by mountain water and has water repellency. Conventionally, it is most suitable as a slip for pasting Asahi delivery slips, which have been used for a long time, that is, home delivery slips made up of several sheets, and its effects are significant.

[Brief explanation of the drawings] Figure 1 is a plan view of a conventional delivery slip, Figure 2 is a sloped view of the same, Figure 3 is a side view of the 9th part near the left end, and Figure 4 is a side view of the same.
FIG. 5 is a side view of the 9th part near the right end, FIG. 5 is a side view of the pasting label, FIG. 6 is a schematic explanatory diagram of the manufacturing method according to the second aspect of the present invention, and FIG. Figure 8 is a side view of the attached fountain, Figure 91 is an explanatory diagram of the same section, and Figure 10 is an adhesive band-shaped adhesive strip on the continuous synthetic paper body before being cut by the cutting mechanism. FIG. 11 is a front view of the patching slip, and FIG. 12 is a perspective view showing an example of the patching slip of the present invention used as a home delivery slip.
Fig. 13 is a schematic explanatory drawing of the manufacturing method according to the third invention, Fig. 14 is a plan view of the form left by pM according to the third invention, Fig. 15 is a sectional view of the same, and Fig. 16. is an explanatory diagram of the main parts of Oka. Prisoner... Conventional delivery slip, 1, 22, 25... Sticking slip, mechanism, 14... Release paper polymerization mechanism, 15, 15
A... Cutting mechanism, 16... Width direction cutting line, 17...
・Notch, 18... Adhesive strip, 19... Release paper, 1
9a...Tear off edge, edict, 23a...tear line, sae・
...corner piece. Figure 2 Figure 3 Figure 4 Figure f2

Claims (1)

[Scope of Claims] [1] A pressure-sensitive layer is formed in the desired area on the surface of a water-resistant synthetic booklet with your own printing, and a pressure-sensitive layer is formed above and below the pressure-sensitive layer. 1rII: One pair of the synthetic bulrushes was formed on the 4114 sides, forming parallel viscous capsules, and with the depletion and banding, a release paper was placed on the ridges, and the front 1
r: A stress-transferring form, characterized in that it is made of synthetic paper and has its corners completely cut off to fully expose the release paper described in 011 and peeled off to form square crystals. [u] - A bale for running force of a continuous strip made of +tni water-based synthetic paper, in which a large number of required printings on one side were printed on the front surface IIKF:J, and a pressure-sensitive layer was formed in the required area on the side. Cut out the corners of the side pieces, then form the upper part of the self-sensing pressure and the part of the lower part that extends in one direction, and then 1
Partially and completely exposed on the σkikiriku, a piece of release paper was ordered to be plated with the above-mentioned adhesive N and name P, and a piece of release paper was placed on the 8th floor at 4 o'clock. A method for producing a pressure-sensitive transfer form, characterized in that each part is made to have a "cut" edge, and a peeling edge of the release paper is formed. Water-resistant composite #: printed on the same side and with a pressure-sensitive layer formed on the trowel face side, one corner of the running side of the front continuous strip is cut out, and then the front edge is cut out. above and below the crushed debris.
Continuously form parallel adhesive strips, then peel off these adhesive strips! Then, cut the main body and release paper one by one at the same time, and cut the main part of the main body and the peeling paper of the diseased part of the main part in the direction of travel and the adhesive part P. Method 0 of manufacturing a pressure-sensitive transfer form in which the standby is that a cutout is engraved to define a peeling part