JPS5912482A - Composite label continuity body - 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 pressure-sensitive composite label continuous body wound into a roll suitable for use in label printing and pasting machines and the like.

In detail, it is a composite label continuous body made by overlapping a Chee-shaped support material and a label material temporarily attached on this support material, and this is set in the machine, and the transfer pin of the machine's rotating body is The conveying notch means is configured such that the continuous label body can be moved forward by engaging with the label label and grasping and releasing the operating lever.

The purpose of the planer of the present invention is to provide a means for making transport cuts in the support material of a composite label continuous body, and a second purpose is to provide a means for making transport cuts in both the support material and the label material. The present invention is a combination of means, and provides a notch means for preventing tearing of the cut in the support material of the machine-equipped label continuum, and a composite label continuum with good peeling of the label material temporarily attached to the support material. be.

Conventionally, as a conveyance cut means for this type of composite label continuous body, as disclosed in Japanese Utility Model Publication No. 56-34936, for example, in the conveyance cut means of the support material, cut means for conveying a composite label continuous body are generally set at equal intervals in the longitudinal direction. Generally, it has a U-shape, and the apex of this U-shape is located in the advancing direction of the composite label continuum. However, in order to peel off the printed label temporarily attached to the support material and apply it to a desired product, it is necessary to reverse the support material. However, during this reversal, the generally U-shaped transfer cut becomes an upright tongue, and the end portion of the cut is torn off by the inertial action of the label material and support material in the forward direction. Therefore, there is a defect in that reliable transfer cannot be performed even if the transfer bin is engaged with the damaged transfer cut.

Therefore, as a solution to prevent tearing of the support material, as disclosed in Japanese Patent Publication No. 57-22382, for example, the U-shaped transport cut is configured in the opposite direction, that is, the apex is set in the opposite direction to the forward movement of the composite label continuous body. It is proposed that the end portion of the cut will not be torn by setting it in the direction of the cut.

Next, the present invention provides a novel solution that prevents the transfer cut of the support material from tearing even when it is reversed, and the tongue pieces disposed in the longitudinal direction of the tape-shaped support material are not made to stand up in the longitudinal direction as in the past. As a result of tests, it was found that if the transfer cut has a structure that stands up in the lateral direction, the end portion of the transfer cut will have less resistance and will not tear when it is reversed. It provides the means.

Each embodiment shown in one drawing will be described in detail below.

This will be explained with reference to FIGS. 1 and 2, which are shown as a first embodiment of the present invention.

The tape-shaped composite label continuous body 1o consists of a dowel material 1 and a support material 3 in an overlapping relationship. An adhesive 2 is provided on the back side of the label material 1, a release agent 4 is coated on the surface of the support material 3 facing the adhesive 2, and the label material is temporarily attached to the surface of the release agent 4. 1. It is easy to peel off.

Separation cuts f1M5 are cut at equal intervals perpendicular to the longitudinal direction of the label material 1, so that a large number of single label pieces L are formed.
a are placed adjacent to each other and b. Furthermore, a transfer cut consisting of a pair of two strips extending in the longitudinal direction perpendicular to and straddling this separation cut line 5! A transfer incision group 6 consisting of fM6a, 6a is provided. A pair of transfer tongue pieces 6b are provided oppositely by the transfer cut line 6a and fia.
, 6b are formed.

On the other hand, the support split 3 has vertical cuts 8 extending in the longitudinal direction at equal intervals in the longitudinal direction, more specifically, at positions corresponding to the transfer cut groups 6 carved in the label material 1. Vertical cut 8
A transfer cut group 7 consisting of a connecting awn at both ends and a circular arc-shaped locking cut 9.9 having a symmetrical shape with respect to the center line of the vertical cut and having a center portion inside each other. horizontal transfer tongues 8a on the left and right sides of the longitudinal cut 8;
8a.

Next, a second embodiment will be described with reference to FIGS. 3 and 4.

A tape-shaped composite label continuous body 20ti consists of a combination of a label material 11 and a support material 13 in an overlapping relationship. An adhesive 12 is provided on the back side of the label material 11,
A release agent 14 is applied to the supporting material 13 facing the adhesive 12, and the label material 11 temporarily attached to the surface of the mold agent 14 is applied to the supporting material 13 facing the adhesive 12.
This makes it easy to peel off.

The tape-like label material 11 is provided with separation score lines 15 at regular intervals perpendicular to its longitudinal direction, forming each single label piece Lb. Furthermore, this label material 2 includes:
The separation cut lines 15 and 15 are at the central position, that is, a pair of transfer cut lines arranged in parallel in the width direction within the effective area of the single label piece Lb are ν to the U-shape. 1f
A transfer incision group 16 consisting of ia is provided. The L-shaped top of this transfer cut line 16a is connected to the transfer tongue pieces 16b, 1 located in the opposite direction of feeding of the composite label continuous body 20.
6b.

On the other hand, the support material 13 has a TC class cut 18 extending in the longitudinal direction similar to that of the first embodiment, and is connected to both ends of the longitudinal cut 18 and has a symmetrical shape with respect to the center line of the longitudinal cut. , arcuate locking cuts 19 with centers inside each other.
A transfer cut group 17 consisting of a combination of transfer cuts 19 and 19 is made at a position corresponding to the transfer cut group 16 of the label material 11, and horizontal transfer tongue pieces 18a, 13 are formed on the left and right sides of the vertical cut 18.
A is formed.

Third Embodiment Fi As shown in FIG. 5, a tape-shaped composite label continuous body 30 is composed of a label material 21 and a support material 23 which are in an overlapping relationship, and the label material 21 is the same as that of the first embodiment (first embodiment). 22) in the figure.
Fi adhesive, 25 is a separation cut line, 26 is a transfer cut group, 2
6a26au label material has transfer score lines arranged in parallel in the width direction, 26b and 26b are transfer tongue pieces, and LC is a single label piece.

On the other hand, a pair of transfer cut groups 27 formed in the tape-shaped support material 23 on which the aging molding agent 24 has been applied are placed in the longitudinal direction at positions corresponding to the transfer cut groups 26 of the label material 21. An extended vertical cut 28 and an arcuate locking cut 2 connected to both ends of the vertical cut 28, symmetrical with respect to the center line of the vertical cut, and having centers on the outside of each other.
9. A group of transfer cuts 27 in an assembly configuration with 29 is provided, and horizontal transfer tongue pieces 28a, 28a are provided on the left and right sides of the vertical cut 28.
or formed.

In the fourth embodiment, as shown in FIG. 6, a tape-like composite label continuous body 40 is composed of a label material 31 and a support material 33 in an overlapping relationship, and the label feed 31 is shown as a single label piece Ld. It has the same form as the second embodiment (Figs. 3 and 4), and in the figure, 32 is an adhesive, 35 is a separation cut line, 36 is a group of transfer cuts, and 36a and 36a are U-shaped. Transfer incision line, 36b, 36bVi transfer tongue piece, Ld
is a single label piece.

On the other hand, the transfer cut group 37 of the tape-shaped support material 33 whose surface is coated with a release agent 34 has the same shape as the second embodiment (Figure #45), and 38 in the figure is a vertical cut, 38a. ,
38a is a transverse transfer tongue, and 39.39 is a locking cut.

Next, in a fifth embodiment, as shown in FIG.
1 and a support material 43, the label material 41, shown as a single label piece Le, is similar to that of the first embodiment (first embodiment).
A group of transfer notches 46 having the same shape as those in FIGS.

On the other hand, transfer cut groups 47 formed in the tape-shaped support material 43 whose surface is coated with a release agent 44 are made at positions corresponding to the transfer cut groups 46 of the label material 41. This transfer cut group 47 has longitudinal cuts 48 extending in the longitudinal direction.
and a locking cut 49.49 which is connected to both ends of the cut 48, has a symmetrical shape with respect to the center line of the longitudinal cut, and is formed by two arrow-shaped @ lines mutually outward in the longitudinal direction. In this combination configuration, horizontal transfer tongues 48a, 48a are formed on the left and right sides of the vertical cut 48.

In the sixth embodiment, as shown in FIG. 8, the label material 5 is a single label piece Lf of a tape-like occasion label continuous body 60.
1 has a transfer notch group 56 having the same configuration as the second embodiment (Figs. 3 and 4), and the supporting material size 53 has transfer incisions having the same configuration as the above-mentioned 5-disaster embodiment (off view). Group 57 is applied, each corresponding part is given a numeral in the fifties, and its explanation is omitted.

Embodiment 7 As shown in FIG. 9, a composite label continuum 70 in the form of 1 is composed of a label material 61 and a support material 63 that are in an overlapping relationship, and the label material 61 shown as a single label piece Lg is In the case of O Example (1st to
A group of transfer incisions 66 having the same form as in FIG.

On the other hand, a group of transfer cuts 67 formed in the support material 63 in the shape of a chi, the surface of which is coated with a release agent 64, is formed at positions corresponding to the group of transfer cuts 66 in the label material 61. The transfer cut group 67 is connected to a vertical cut 68 extending in the longitudinal direction, and is connected to both ends of the cut 68, and has a symmetrical shape with respect to the center edge of the vertical cut of the parentheses. A locking cut 6 formed by two straight lines
In combination with 9.69, horizontal transfer tongues 68a and 63a are formed on the left and right sides of the vertical cut 68.

As shown in FIG. 10, the label material 71 of the tape-shaped composite label continuous body 80 has the same structure as that of the above-mentioned embodiment (FIGS. 3 and 4). A group 76 is applied, and the supporting material 73 is provided with a transfer cut group 77 having the same structure as the above-mentioned Example 7 (Fig. 9), and each corresponding part is given a numeral 70 and its explanation is given below. omitted.

Next, the composite label continuum of the present invention 10,20°30.40
, 50, 60, 70.80, P, 8°P (Pu5h −5epa
rate -Pu1l ) type label printing and pasting machine 11
Used when set to 0. In other words, the P, S, P method refers to a composite label continuous body in which a label material and a support material are stacked, and the two-sided cuts are held in a stacked state by the locking pin of the rotating body (the O-engaging portion ), apply an extrusion action to the label continuous body in the forward direction, then form a turning section consisting of a loop with the supporting material in a narrow gap near the tip of the platen, and then, as above, only the supporting material is moved into the engagement of the rotating body. It re-engages with the stop pin (on-line engagement part) to apply a traction action to the supporting material, and peels off the label material (label piece) temporarily attached to the supporting material at the turning part. -Hereinafter, the composite label continuous body 10 shown in the O embodiment will be used as a representative example.

In the outline of the configuration of this machine, nine machine frames 1 are arranged on both sides.
6. A hand lever 112, which is provided opposite to a grip 111 formed integrally with the machine frame 119, is rotatable with a pivot shaft 113 on the machine frame 119. b. A return spring 116 is interposed between the spring retaining members 114 and 115 of the hand lever 112 and the grip 111, and the return spring ring 11
6 allows the hand lever 112 to return to its initial resting state when the hand lever 112 is released after being grasped.

The gripper 112, which is rotatable on the pivot 4111113, has a printed portion and an extension located in front of the pivot 113.
112a and a driving portion 112b. A printing device 117 equipped with type 118 whose rotation can be selected is fixed to the printing portion 112a of the hand lever 112, and a fan-shaped drive gear (not shown) protruding near the pivot 113 is attached to the drive portion 112b. is provided.

Thus, the drive portion 112b of this hand lever 112
A rotary body 121 having a built-in ratchet that meshes with the drive gear is rotatably attached to a main shaft 120 attached to the pair of machine frames 119 and 119. Transfer pins 122 having a circular cross section are provided at a constant pitch for advancing the tape-shaped composite label continuous body 10 made of the label phase 1 of the present invention and the support material 3.

Next, during forward (extrusion) transport of the label continuous body 10, the label continuous body 10 is wound into a roll shape and held in the dowel holding part 123, and is guided from the tape tip to the label guide member 124. The label passes between the rotating body 121 and the label pressing member 125 and is guided onto the platen 126 set at a position corresponding to the printer 117. At this time, in the dowel continuous body 10, the respective transfer cut groups 6 and 7 of the support material 3 and the label material 1 are engaged with the transfer pins 122 of the rotating body 121,
A label pressing member 125 is arranged on this upper surface.

When the bale is released from the grip of the L/bar 112, the rotating body 121 rotates one pitch counterclockwise in the 1111 direction. Therefore, the continuous label body 10 engaged with the transfer pin 122 of this rotary body 121 has one pitch (single label piece L).
move forward by the length of a).

In this transport state, when the label continuous body 10 advances by m,
The transfer pin 122+-1 having a circular cross section is first inserted into the vertical cut 8 of the support material 3, and a pair of transfer tongues 8a, (
3a to stand up laterally. A transfer pin 12 having an arcuate cross section is placed at the arcuate locking cut 9.9 provided after the longitudinal cut 8 of the lever, particularly in the forward direction locking cut 9.
2 are in surface contact, and the transfer load is distributed to eliminate the instability of transfer due to concentrated loads. On the other hand, this transfer pin 122 is inserted from the longitudinal cut 8 of the support material 3 into the middle of the transfer cuts #6a, 6a of the overlapped label material 1 and the separation cut line 5, and is transferred before and after that. The tongue pieces 6b, 6b are formed, and in particular, the moving tongue piece 6b in the forward direction is configured to support the transfer load caused by the forward moving transfer pin 122.

Next, the label continuous body 10 fed out by the transfer pin 122 is intermittently transferred onto the platen 126 by a releasing operation after grasping the handler <-112.

At this time, the transfer tongues 6b and 6b of the continuous label body 10 raised by the transfer pins 122! and 8a, 8a are corrected at the same time as the marking operation of the printing device 117, which is lowered onto the platen 126 in conjunction with the gripping operation of the hand lever 112.

Specifically, the label continuous body 1 in which the label correction body 131 disposed at the rear end of the printer 117 is transferred onto the platen 126
The transfer tongues 6b and 8a are pressed onto the 0 and erected.
The label is corrected to its original flat state, and this label correction is performed one pitch before the stamping operation.

Next, the support I material 3 of the composite label continuous body 10 is attached to the platen 12.
6, a turning portion 129 formed of a small loop is regulated by an upper regulating member 127 and a lower regulating member 128 formed between the platen 126;
It is guided to the rear of the machine by the label pressing member 132, and its locking cut 9 engages again with the transfer pin 122 of the rotary body 121, where the composite label continuous body 10 is pulled.

On the other hand, when the support feed 3 is turned, the label material 1 temporarily attached to it is peeled off as a printed single label piece La and fed out to the lower surface of the pasting roller 133, and is not pressed onto the product. It is pasted. In addition, 13 in the figure
Reference numeral 4 denotes an ink roller that applies ink to the typeface 118 of the printer 117, and is configured to be linked to the gripping operation of the hand lever 112.

Therefore, a pair of transfer tongues 8a formed on the support material 3,
13a is formed in the width direction, that is, the lateral direction, which is perpendicular to the longitudinal direction thereof, so even if it is turned at the turning portion 129, the end of the cut will not be torn due to its inertial action.

Also, front and rear transfer tongue pieces 6b formed on the label material 1,
5b is in the longitudinal direction K, one is oriented in the direction of travel, and the other - is oriented in the opposite direction of travel, but unlike the support material 3, this label material 1 does not have a reversal action, so there are problems such as tearing. doesn't happen.

Next, the cross-sectional shape of the transfer bins 122 provided at equal intervals on the circumference of the rotating body 121 is the same as that of the composite label continuous body 1 of each embodiment.
0.20.30,40゜50.60.70.80, especially supporting feed 3゜13.23,33.43,53,63,
73° vertical cut 8.18.28.38.48, 58°6
Locking cuts 9° formed before and after 8.78 19.29.
Considering surface contact in 39.49.59.79, a configuration that conforms to this is preferable.

In other words, the locking cuts 9° and 19 in the first embodiment (1st to 2nd cores) and the second embodiment (Figs. 3 to 4) each have an inner arc shape, so the transfer bottle has a cross section. A circular shape is better.

Since the locking cuts 29 and 39 of the third embodiment (FIG. 5) and the fourth embodiment (FIG. 6) each have an outer arc shape,
The transfer bottle preferably has a concave arc cross section. Fifth embodiment (seventh example)
Figure) and the locking cut 49.59 of the sixth embodiment (Figure 8)
The transfer bins preferably have a diamond-shaped cross section, since they each have an outward arrow shape. Further, since the locking cuts 69° and 79 in the seventh embodiment (FIG. 9) and the eighth embodiment (FIG. 10) each have an inward arrow shape, the transfer bin preferably has a concave cross section.

As described above, the present invention provides for, in a mated two-bell continuum comprising a label material and a support material in an overlapping relationship, (1) at least one bell chain extending in the longitudinal direction of the support material and equidistantly spaced from each other; A group of transfer cuts is provided, which includes a vertical cut of directional transfer tongues may be provided. The transverse tongues therefore have the advantage that tearing does not occur even during the reversal required for peeling off the label from this support material. Therefore, it has the advantage that the composite label continuous body can be reliably fed out.

(2) Furthermore, in the transfer cut group and the transfer cut group provided in the label material and the support material, these cuts are not made into through cuts of the same shape, but are made into separate cut configurations, so that the turning part of one machine can be used. The label peeling effect is good. In other words, when cutting the label, the cut is generally made using a cutter roller extending from the label material side to the supporting material, but at this time, the adhesive on the back side of the label material is :) The peeling effect of the bell is poor because it digs into the support material and the label material partially adheres to the support material.

Thus, since the double cut arrangement of the present invention is processed with separate upper and lower cutter rollers, the transport cuts in the label material only cut through this material and the adhesive and do not penetrate into the underlying support material.

Therefore, as described above, since the adhesive does not dig into the support material, defects caused by joining the above-mentioned flesh materials can be eliminated.

[Brief explanation of the drawing]

Figures 1 and 2 show a first embodiment of the composite label continuous body of the present invention, in which Figure 1 is a partially cutaway perspective view of the label material being peeled off from the support material, and Figure 2 is a plan view of the same. FIGS. 3 to 4 are a perspective view of a composite label continuous body wound into a roll in the third embodiment, and FIG. 4 is a plan view thereof. FIG. 5 is the same, the fifth embodiment is the same, FIG. 6 is the same, the fourth embodiment is the same, FIG. 7 is the same, the fifth embodiment is the same, and the eighth embodiment is the same. The sixth embodiment, FIG. 9 is the same, the seventh embodiment, FIG. 10 is the same,
FIG. 7 is a partially cutaway plan view of a composite label continuous body according to the eighth embodiment. FIG. 11 is a longitudinal side view of a label printing and pasting machine to which the composite label continuous body of the present invention is applied. In the figure, La, Lll... Single label piece 1.11, 2
1, 31, 41, 51, 61.71...Bell material 2.12, 22, 32, 42.52, 62.72...
... Adhesive 3.13, 23.33, 43, 53, 63
．． 73... Supporting material 4.14, 24, 34, 4
4,54,64.74...Mold release agent 5.15,2
5.35, 45, 55, 65.75...Separation cut i (? Bell material) 6.16, 26.36, 46, 56, 66.76...
...Transfer cut group (label material) 6a, 16a, 26a, 36a, 462.56a, 66
a. 76a... Transfer score line (label material) 6b, 1
6b, 26b, 36b, 46b, 56b, 66b. 76b... Transfer tongue piece (label material)? ,17,
27, 37, 47.57, 67.77... Transfer cut group (support feed) 8.18.28.38.48.58, 68.78...
...Vertical cut (supporting material) 8a, 18a @28a, 38a, 48a, 58a,
68a. 78a... Transfer tongue piece (supporting material) 9.19,2
9, 39, 49.59, 69.79... Locking cut (supporting material) 10.20, 30, 40, 50, 60.70.80...
...Composite U5L Continuum Patent Applicant Su Co., Ltd.)

Claims (1)

[Claims] (1→ Consisting of a combination of an adhesive label material and a releasable support material in an overlapping relationship, the label material is temporarily attached to the support material, and the support material is inverted. in a pressure-sensitive composite label string whose action peels off said label material, providing in said label material equally spaced dividing score lines perpendicular to its longitudinal direction to form a single label piece; A group of transfer cuts is provided in the material, which are arranged at equal intervals in the longitudinal direction of the material, and the group includes at least one longitudinal cut extending in the longitudinal direction, and a center of the longitudinal cut at each end of the longitudinal cut. A composite label continuum characterized in that locking cuts symmetrical with respect to a line are consecutively provided at both ends of the longitudinal cuts. (2) The group of transfer cuts in the support material includes longitudinal cuts and the longitudinal cuts. The continuous composite label according to claim 1, wherein locking cuts in the form of an inner arc are connected to each other at both ends of the composite label. The composite label continuous body according to claim 1, wherein outer arcuate locking cuts are provided at both ends thereof. (4) The group of transfer cuts in the support material includes longitudinal cuts;
The composite label continuous body according to claim 1, wherein locking cuts in the shape of outward arrows are successively provided at both ends of the longitudinal cuts. (5) The group of transfer cuts in the supporting material includes a longitudinal cut and locking cuts in the shape of inward arrows, which are successively arranged at both ends of the vertical cut.
c% The composite label continuum according to claim 1. (6) an adhesive label material in an overlapping relationship;
A pressure-sensitive composite label continuum comprising a combination of a release agent and a support material, wherein the label material is temporarily attached to the support material and the label material is peeled off by the reversal action of the support material, the label material forming a single label piece with equally spaced dividing score lines orthogonal to the longitudinal direction of the supporting material; comprising a group of transfer cuts formed by longitudinal cuts of the book and locking cuts symmetrical with respect to the center line of the longitudinal cuts, continuous at both ends of the longitudinal cuts, and further comprising the support material in the label material. 1. A composite label continuous body comprising a group of transfer cuts disposed at positions corresponding to the group of transfer cuts and dissimilar to the group of transfer cuts. (7) The continuous label unit according to claim 6, wherein the group of transfer incisions in the label material is defined by a transfer incision line that straddles the separation incision line. (8) The composite label continuous body according to claim 6, wherein the group of transfer incisions in the label material is a transfer incision line provided within the label effective area existing between the separation incision line and the separation incision line. .