JPS63262295A - Preparation of tag book - 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 method for creating a sticky note book with a large number of sticky notes suitable for use with various data cards including data cards for data reading machines.

Conventional sticky note books of this type have a large number of sticky notes, are required to be easy to peel off, and are easy to handle, such as storage and transportation. However, conventionally, there has been no method for easily and efficiently creating a sticky note book that can meet such demands.

Therefore, it has been desired to develop a method for creating a sticky note book that can meet the above-mentioned demands, and the present invention is directed to a sticky note book that meets these demands. The purpose is to provide a method for creating .

A sticky note book that uses label paper made by pasting label paper with an adhesive on the release-treated side of a release mount, at least a portion of which has been subjected to release treatment. What is the method for creating this, by providing a cut line in the part of the label paper that can be peeled off?
A sticky note forming step of forming 3i number of sticky notes, preferably leaving a space around the outer edge of the gate, and a step of forming sticky notes along one edge of the label paper and the sticky note forming portion (excluding the cut line portion forming the outer edge of the gate). ), and a thickness adjustment piece forming step of forming a thickness adjustment piece by providing a cut line so as not to overlap with the thickness adjustment piece; (including the position of each cut line forming one outer edge of the sticky note) (including the position of each cut line forming one outer edge of the sticky note). After applying the three steps (including cases where two appropriate steps are performed at the same time), the label paper is peeled from the release mount leaving a plurality of sticky notes and a thickness adjustment piece to form a unit sticky note paper, A plurality of sheets of sticky note paper are stacked one on top of the other and stapled together at one end of the thickness adjustment.

By forming the sticky note and the II size adjustment piece from the same label paper, it is much easier to set them to the same thickness than if they were formed from different materials. As a result, the surface of the unit sticky note paper becomes substantially flat, making it easy to handle, which facilitates stacking and binding operations.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments in which the present invention is applied to continuous paper will be described in detail with reference to the accompanying drawings.

Here, FIG. 1 is a schematic side view showing a creating device for creating a sticky note book, and FIGS. 3 to 7 are plan views showing the state of continuous paper during the production process, and FIG. 8 is a sectional view of unit sticky note paper.
FIG. 9 is a plan view, and FIG. 1O is a sectional view of the sticky note.

As shown in Fig. 1 and Fig. 2+al, the rotating roll 2
Continuous paper l, which is a label paper wound around 1, has a label paper 3 of the same width attached to it on a release mount z whose surface has been subjected to a release treatment, so that it can be peeled off via an adhesive 4. It is configured. The continuous paper l is intermittently fed out from the rotating roll 21, and as shown in FIG. 1, is sequentially processed during the transport process.

The fed-out continuous paper 1 first passes through the guide roll 22.2.
3 and with the peeling mount 2 positioned below, the punches 24a1 are provided on both ends of the circumferential surface in the width direction at predetermined equal intervals in the same direction, and the punches 24a1 extend in the circumferential direction inside these bunches 24a. A marginal punch cylinder 24, which is equipped with a sewing machine blade 24b and which rotates intermittently in synchronization with the paper feeding speed, and a receiving cylinder 25, which also rotates intermittently at the same speed. guided between.

Here, as shown in FIG. 2 (bl) and FIG.
perforations 6a and 6b for cutting out to form b;
Marginal holes 7a and 7b are formed continuously.

Next, the continuous paper 1 is attached to a sewing machine blade 26 extending in the width direction, which rotates intermittently in synchronization with the paper feeding speed.
4 between the sewing machine barrel 2G and the receiving barrel 27, which are equipped with a.

Here, as shown in FIG. 4, the continuous paper 1 has cutting perforations 8 extending in the width direction for cutting when forming unit sticky notes, each time the continuous paper 1 is fed. One each is formed at predetermined equal intervals in the feeding direction.

Further, the continuous paper I is guided onto the pedestal 2. This pedestal 2
A sticky note forming mold 29 is disposed that moves intermittently back and forth in synchronization with the paper feeding speed so as to move toward and away from the label paper 8. 3 is provided with a cutting blade 29a for forming a score line 10 so as not to reach the peeling mount 2 in order to form a plurality of sticky notes 9 that are connected to each other. For this reason, when the label paper 3 of the continuous paper 1 passes over the holder 28, as shown in FIG.
As shown in FIGS. 1 and 5, a plurality of sticky notes 9 are formed by the sticky note forming mold 29 so as to be located in the corresponding portion of each unit sticky note sheet, in other words, in a portion divided by each cutting perforation 8. However, the outer edge of the mouth is perforated for each cut 6a,
6b and 8 are formed at intervals. Further, among the plurality of sticky notes 9, the corners of each sticky note 19a located at the four corners that do not contact other sticky notes 9 are formed in a curved shape as a so-called round corner.

Next, the continuous paper l is placed on the same axis at predetermined intervals in the width direction, and rotates intermittently in synchronization with the paper feeding speed. A pair of cutting blades 30 (however, only one of them is shown) is used to form the cutting line 12 so as not to reach 2, and to make the cutting line 6a of the label paper 3 into the cutting line 13. A pair of supports that rotate intermittently in synchronization with the paper feeding speed are guided between the blade 31 (also only one of which is shown). Then, when passing through here, label paper 3 of continuous paper 1
As shown in FIG. 2+d+ and FIG. 6, incision glands 12 are continuously provided so as not to reach the peeling mount 2 in order to form a thickness-adjusted piece 11, and perforations 6a for cutting are provided. The corresponding portion also becomes a continuous cut line 13.

Subsequently, the continuous paper 1 is further rotated intermittently at the same speed as the perforation machine cylinder 32, which is equipped with a perforation blade 32a provided to extend in the circumferential direction and rotates intermittently in synchronization with the paper feeding speed. n; 1) is guided between the sewing machine barrel 32 and the receiving barrel 33 located above the sewing machine barrel 32; Here, on the release liner 2 of the continuous paper 1, as shown in FIG. 2 and FIG. Perforations I4 are formed continuously.

Further, the continuous paper 1 is moved to a pair of guide rolls 34.3.
5, the unnecessary portion located between the outer edge portion of the score line 10 of the label paper 3 and each score line 12.13 is wound up on the unnecessary portion take-up roll 37 via the guide roll 36. It will be done.

This operation of winding up the unnecessary portions is performed smoothly and reliably because the corners of the sticky notes 9a located at the four corners of the plurality of sticky notes 9 are formed as round corners.

On the other hand, the remaining thickness is in a continuous state! II trimming piece 1
1 and a plurality of sticky notes 9 at predetermined intervals (see the illustrated state in FIG. 5a and 5b are perforations 6 for each cut
After cutting at points a and 6b, a pair of upper and lower low-speed rollers 42
, 43, it is held between a pair of upper and lower high-speed rollers 44 and 45, each having a different feeding speed, and at this time, the blade 46 comes into contact with the cutting perforation 8, and is cut off at the cutting perforation 8. The unit sticky note paper 16 shown in FIGS. 8 and 9 is used.

Then, each unit sticky note paper 16 is collected in the required number by a rotary sorter 47, and the jogger part 48
The sticky note book 18 shown in FIG. .

The sticky note book 18 can be easily peeled off because there is a space on the outer edge of the plurality of sticky notes 9, and the thickness adjusting piece 11 is formed from the same material as the sticky notes 9 to ensure the thickness of both. By making them the same, the level difference on the surface of the unit sticky note paper 16 is almost eliminated and it becomes almost flat,
It becomes easy to handle, and the stacking and binding of each unit sticky note paper 16 becomes easier. In addition, the sticky note book 18 has a good appearance, and it is stable even when many sticky note books 18 are piled up, making it easy to store and transport the sticky note book 18. Furthermore, since the peelable mount 2 can be separated at the cut-out perforation 14, the unit sticky note paper 16 without the sticky note 9 has a thickness of 111 pieces.
This has many advantages in that by removing all but 1 of the sticky notes 16, it becomes easier to use the next new unit sticky note 16.

It should be noted that the present invention is not limited to the above-described embodiment, and for example, the unit discussion form 16 can be created directly from sheets cut into unit sticky note size pieces instead of the continuous form l, and , the detailed arrangement of each unit sticky note paper 16 is as follows:
Other means such as staples may be used instead of glue 17.
Furthermore, a sticky note forming step is performed in which a score line 10 is provided in the label paper 3 to form a plurality of mutually connected sticky notes 9, and a step in which a score line 12 is similarly provided in the label paper 3 and a thickness adjustment piece 11 is formed.
The thickness adjustment piece forming step to form the cutout perforation 14 at least on the release mount 2 may be performed in any order, and these two or three steps may be performed in any order. The steps may be performed simultaneously. Furthermore, the cutting perforation 14
The formation position is between the cut line 12 forming the j1 height adjustment piece 11 and the cut line 10 closest to the cut line 112 among the cut lines 10 forming the plurality of sticky notes 9, or between the cut line 10 forming the j1 height adjusting piece 11, or between the cut line 10 forming the plurality of sticky notes 9. In addition, it is not necessary to form a round corner on each sticky note 9a located at the four corners of a plurality of sticky notes 9.Furthermore, the FX adjustment piece 1] may be placed on the peeling mount 2.
Of course, it may be impossible to peel off against the surface.

As is clear from the above explanation, according to the present invention, a sticky note width having many advantages can be easily created, and in particular, the thickness adjustment piece can be formed from the same material as the sticky note. This makes it possible to ensure that both are the same - J yen, and since each unit sticky note paper is in a nearly flat state, it is easier to handle, and the work of overlapping and finely matching each unit sticky note paper is facilitated. It can have the advantageous effect of making it easier.

[Brief explanation of the drawing]

The figures show preferred embodiments of the present invention, with FIG. 1 being a schematic side view showing a device for creating sticky note widths, and FIG.
a+ to (') are cross-sectional views showing the state of the continuous paper during the production process by the production device, Figures 3 to 7 are plan views showing the state of the continuous paper during the production process, and Figure 8 is the unit sticky note paper. The cross-sectional view of FIG. 9 is also the plan view of FIG.
The figure is a sectional view of the sticky note width. l... Continuous paper 2... Release mount 3... Label paper 4... Adhesive 8... Perforation for cutting 9... Sticky note IO... Cut line
11...Thickness adjustment piece 12...Notch g
14...Perforation for cutting 15...Continuous sticky note paper 16...Unit sticky note paper 18...
・Sticky note width

Claims (1)

[Claims] A method for creating a sticky note book using label paper in which label paper is pasted via an adhesive on the release-treated side of a release mount that has been subjected to release treatment on at least a portion thereof, the label paper a sticky note forming step of forming a plurality of sticky notes by providing a score line on the label paper; and a step of forming a thickness adjustment piece by providing a score line along one edge of the label paper so as not to overlap with the sticky note forming portion. The step of forming a thickness adjustment piece and the step of forming a cutout perforation in at least the release liner so as to be located between the thickness adjustment piece and the plurality of sticky notes may be performed in any order. After application, the label paper is peeled off from the release liner leaving a plurality of sticky notes and a thickness adjustment piece to form a unit sticky note paper, and a plurality of unit sticky note papers are overlapped to adjust the thickness. A method of making a sticky note book characterized by binding together at one end.