KR810000182B1 - Pressure sensitive label strip for use in a label printing machine - Google Patents

Abstract

A composite label strip(10) comprises a label strip(1) extending in a longitudinal direction and a backing strip(3) that is oriented to extend in the longitudinal direction. The label strip has a plurality of cuts(5,6) therethrough extending from the top side to the under side thereof, and each cut extends transversely of the longitudinal direction of extention of the label strip.

Description

Pressure Sensitive Label Continuum

1 to 4 are partial perspective views showing the first embodiment of the first variant of the pressure-sensitive label continuum of the present invention.

1 is a partial perspective view of the label continuum.

2 is a plan view of the label continuum.

3 is a vertical sectional view taken along line III-III of FIG.

4 is a vertical sectional view taken along the line IV-IV of FIG.

5 to 8 are plan views showing the second to fifth embodiments of the first variant of the pressure-sensitive label continuum of the present invention.

9 is a vertical sectional view with the front frame removed to show the advancement of the label continuum.

10 is a plan view showing the engagement of the main portion of the label continuum with the feed pin formed on the transport roller in the first embodiment of the first variant upon advancing the label continuum;

11 is a side sectional view of the element shown in FIG. 10;

12 to 15 show a first embodiment of a second variant of the pressure sensitive label continuum according to the invention.

12 is a partial perspective view of a first embodiment of a second variant of the label continuum.

13 is a plan view of the label continuum;

14 is a vertical sectional view taken along line 14-14 of FIG.

15 is a vertical sectional view taken along line 15-15 of FIG.

16 to 17 are diagrams showing the progress of the label continuum as the first embodiment of the second modification of the present invention.

Fig. 16 is a schematic plan view showing engagement before transfer of a label continuous body and a transfer roller of the present invention.

FIG. 17 is a vertical sectional view of the element shown in FIG. 16. FIG.

18 is a plan view showing a second embodiment of a second variant of the label continuum according to the invention.

19 is a plan view showing a third embodiment of a second variant according to the present invention.

20 is a plan view showing a fourth embodiment of a second variant of the label continuum according to the invention.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pressure sensitive label continuum on a tape used in a hand labeler and the like, and particularly, to a feed perforation line suitable for engaging the label continuum on the feed pin of a rotating body in a hand labeler. It relates to a label continuous body provided.

The form of the label continuous body according to the present invention is also composed of a label material printed on the top and coated with an adhesive on the back, and a support material to support and overlap the back of the label material.

In general, there are two ways to advance the label continuum by the transfer pin of the rotating body.

One of them is end-directed, which means that the label continuum superimposed on the double material is directed to the platen of the hand labeler, and only the support material of the label continuum at the platen tip is turned, so that the rotor is located behind the platen. It is coupled to the transfer pin of, the pulled over the entire label continuum in accordance with the rotation of the rotating body, the label piece is peeled off from the support material at the forward end of the platen tip.

The other is called the PSP (puch separate pull) method, in which the two-layered label continuous body engages the first stopper of the rotating body before reaching the platen, pushes the label continuous body in the forward direction, and Only the support material is turned in the narrow space of the turning part, engages with the second locking piece, and the label piece is peeled off from the supporting material at the turning part of the tip of the platen while giving a pulling action to the supporting material.

In any of the above manners, when the label continuous body is moved forward, the supporting material of the label continuous body is reversed so as to be engaged with the engaging piece of the rotating body at at least one position.

In order to engage the label continuum in which the label material and the support material are laminated to the transfer pins of the rotating body as described above, a feed tear line must be formed on the label continuum. A feed tongue that can be engaged with the entire feed pin is formed, and the cutting line of the feed tongue installed in the support material is cut off on the forward direction side of the label continuous body, and the linkage with the support material on the reverse direction side. As such, the conveying tongue on the support material of such label continuum has an inertia action toward the advancing direction of the support material when the label piece is reversed in the forward direction, especially when the label continuum is rapidly advanced, and the conveying tongue upon reversal. Stand up and the conveying tongue is brought into contact with the bottom lid of the device and the tear line of the conveying tongue is broken. It is caused. As a result, engagement with the next rotary feed pin becomes impossible and therefore, the label continuous body cannot be moved forward.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned matters, and a main object of the present invention is to provide a label continuous body having a specific feeding tongue.

It is a second object of the present invention to provide a label continuum which prevents the conveying tongue of supporting material when the label continuum is moved forward in the hand labeler.

A third object of the present invention is to provide a pressure-sensitive label continuum composed of a label material layer and a support material layer, the label continuum being flexibly engaged with the transfer pin formed on the rotating body in the hand labeler, effectively moving forward. It is done.

It is a fourth object of the present invention to provide a pressure-sensitive label continuum which can form an unusual feed line and can be manufactured at low cost and can be operated effectively.

A fifth object of the present invention is to provide a label continuous body which can easily form a transfer cutting line in both a label material layer and a support material layer by a machine or the like.

The pressure-sensitive label continuum according to the present invention is composed of a label material on a tape having an adhesive layer formed on its rear surface and a support material on a tape to be separated from the label material at the front part of the main body, and the adhesive layer of the label material is peeled off of the support material Iii) Overlaid on the floor. In a hand labeler or the like, after the label material is printed, the label material is peeled off from the support material at the rearward direction of the support material.

In order to form a plurality of single label pieces, the label material extends laterally to the label material so that a separate cut line is formed at a predetermined interval, and the support material has a plurality of feed tongues formed at positions corresponding to the separated cut line. The cutting line of this conveying tongue is provided with the linkage part in the forward direction side, and is cut out in the retraction direction side. A conveying tongue is formed by this type of feed cutting line.

형, V자형등의 형태로 구성된다.And the transfer tongue formed on this support material has an incomplete closed-phase geometry such as U-shape,

Consists of types, V-shaped, etc.

According to another aspect of the present invention, at least a pair of transfer cutting lines are formed across the separation cut lines on the label material, and the transfer tongues are formed on the label material by the transfer cutting lines and the separation cut lines.

According to the first variant of the invention, the distance between each pair of feed perforations formed on the label material is different from the space between each pair of feed perforations formed on the support material, that is, the interval may be narrow or wide.

According to the second variant of the invention, the spacing between a pair of perforations on the label material is equal to the spacing between a pair of corresponding perforations on the support material, and the perforations of the corresponding pair of labels and support material overlap each other.

Referring to the present invention in detail based on the accompanying drawings as follows.

1 to 4 show a first embodiment of a first variant of the label continuous body 10, wherein the label continuous body 10 is composed of a long and thin label material 1 and a support material 3, and the label material. The back side of (1) is the adhesive coating layer (2), while the front surface of the support material (3) is the release layer (4), so that the label material (1) is easily peeled off from the support material (3), The rear face of the label material 1 overlaps the front face of the support material 3. The label material 1 is formed with a plurality of separate cutting lines 5 laterally at regular intervals in its longitudinal direction, to constitute a number of label pieces 1a arranged along the length of the label material 1.

In addition, a pair of parallel narrow spaced feed cutting lines 6 are formed in the orthogonal direction over each separating cut line 5, which are symmetrically spaced from the center of each separating cut line 5, and each separating cut line (5) A conveying tongue 1b is formed on both sides, i.e., on the end and line of two adjacent label pieces 1a.

The conveying tongue 7 on the supporting material 3 is formed in a geometric U shape whose end is closed by the conveying cutting line 8, and the position of each conveying tongue 7 is a pair of formed in the separating cutting line 5. Corresponding to each feed cutting line 6, the width between the cutting lines 6 is slightly larger than the width b between the ends of the U-shaped feed cutting line 8, i.e., the widths a and b are a The space | interval between two transfer cutting lines 6 is> 2.6-3.4 mm as an example, and the width | variety b of the U-shaped feed cutting line 8 is about 2.4 mm.

In the substantially U-shaped feed tongue 7, the support material 3 and the not-cut linkage 9a are formed on the advancing side of the label continuous body 10, and the tip 9b of the feed tongue 7 is retracted. Aromatic layer is formed. The linkage part 9a of this conveying tongue 7 engages with the conveying pin 22 of the rotating body 21 mentioned later, and the tongue piece 7 stands up, and becomes a part which moves as a conveying surface.

If desired, another cut line 6a can be formed on each single label piece 1a of the label material 1, which prevents intentional replacement of the label attached to the object and Only one part can be removed arbitrarily.

In the second embodiment of the first variant as shown in FIG. 5, the label continuum 10a is the same as the label continuum 10, and the widths of a and b in the second embodiment are a <b. As a relation, the transfer function of the label continuous body on the tape will be described later.

In particular, the width b of the U-shaped feed cutting line 8 formed in the support material 3 is the same as in the first embodiment, while the width between the two feed cutting lines 6 is narrower.

In both of the first and second embodiments of the first variant, the pair of feed perforations 6 on the label material 1 do not lie in line with each U-shaped feed perforation 8, so that each perforation line labels at the same position. It does not pass through the material 1 and the support material 3. The reason for such a mismatch in position is that when a cut is made, mechanical techniques are required to pinpoint the position of the cut line, which is cut because the cut line on each layer of material is formed separately by different types of cutting rollers. This is due to the inevitable error in roller setting.

A third fourth fifth embodiment of the first variant of the invention is shown in FIGS. 6 to 8, respectively, on the label material 1 of the label continuum 10b, 10c, 10d. Since the feed cutting line 6 and the feed tongue 1b formed by the separation cutting line 5 are the same as those in the label continuous body 10 of the first embodiment, description thereof will be omitted.

6 is a third embodiment of the first variant, wherein the feed tongue 7a of the support material 3a is formed by a feed cutting line 8 of the mold, the feed cutting line 8 having its end as in the first embodiment. 9b is located in the retreat direction side of the label continuous body 10b, and the linkage portion 9a is located in the advance direction side.

In this linkage portion 9a, an arc portion 8a is formed inside the end of the feed line 8 to prevent the continuum of the support material 3a from tearing.

7 shows a fourth embodiment of the first variant, wherein the feed tongue 7b of the support material 3b is formed by an incompletely closed V polymorphic feed cutting line 8, as in the first embodiment. The end portion 9b of (8) is located on the retreat direction side of the label continuous body 10c, while the linkage portion 9a is located on the advance direction side.

형의 이송절취선(8)으로 형성되고, 전술실시예에서와 같이 이송절취선(8)의 단부(9b)가 레이블연속체(10d)의 후퇴방향측으로 위치하고, 연계부(9a)가 전진 방향측으로 위치한다.8 shows the fifth embodiment of the first deformation, wherein the conveying tongue 7c of the support material 3c has a spherical shape.

It is formed of a feed cutting line 8 of a type, and as in the above-described embodiment, the end 9b of the feed cutting line 8 is located toward the retreat direction of the label continuous body 10d, and the linkage 9a is positioned toward the forward direction. .

The cutout width a on the labeling material in the third and fifth embodiments is larger than the cutout width b on the support material 3, as in the first embodiment, and the width of the cutout line a, The relationship of (b) was reversed from the (a) and (b) systems in the second embodiment.

If necessary, other cut lines (not shown) may be set on each label surface 1a of the label material 1, such as cut lines 6a to prevent intentional replacement of the label.

The label continuum 10 of the embodiment of the present invention as described above is used by being inserted into a hand labeler using a so-called PSP method. First, the hand labeler shown in FIG. 9 will be described before explaining its effect. .

In the hand labeler shown in FIG. 9, the hand lever 12 is held by an axis 13 formed on the base 19, and the grip 11 extends to the rear side of the base 19 to be integrally formed. A return spring 16 is provided between the grip 11 and the hand lever 12 so as to be able to return when the hand lever 12 is released. In the front extension part of the main shaft 13 of (12), there is a printing part 12a and a drive part 12b.

The printing machine 17 is fixed to the printing unit 12a, and a driving gear (not shown) is provided near the shaft 13 in the driving unit 12b, and rotates by the action of the driving gear of the driving unit 12b. The rotating body 21 is rotated by the shaft 20, and the plurality of feed pins 22 engaged with the label continuous body 10 of the present invention are installed on the outer circumferential surface of the rotating body 21 at a constant pitch. It is.

The cross-sectional view of each of the conveying pins 22 is semicircular as shown in FIG. 10 and FIG. 11, and the flat portion of the conveying pin 22 is advanced while forming the conveying surface 22a of the label continuum 10. FIG. It was arranged on the direction side.

When explaining the effect by inserting the label continuum of the present invention in the hand labeler as described above.

First, the label continuous body 10 'of the present invention in the shape of a roll is hanged on the support part 23 of the labeler, and the tip thereof is guided to the label guide member 24, so that the rotor 21 and the label pressing member 25 are separated. It passes through and guides onto the platen 26 provided in the position corresponding to the printing machine 17.

At this time, the support members 3 of the label continuous body 10 and the respective feed cutting lines 8 and 6 of the label material 1 are securely engaged with the feed pins 22 of the rotating body 21 together. It is pressed by the label pressing member 25.

When the hand lever 12 is grasped | released here, the rotating body 21 is intermittently rotated counterclockwise, and the label continuous body is reliably moved by the length of one label piece. This conveyance state is shown in FIG. 10 and FIG. 11, when the label continuous body 10 advances, each conveying tongue 7 of the support material 3 is erected by engaging with the conveying pin 22. As shown in FIG. The conveying tongue 7 is thus erected upright along its linkage 9a and in surface contact with the flat conveying surface 22a of the conveying pin 22, thereby distributing the unstable feed due to the concentrated load. Forward movement is reliably performed.

And when the feed pin 22 lifts up the feed tongue 7 of the support material 3, the feed pin 22 is inserted between the feed cutting line 6 and the separation cutting line 5 so that both sides of the separation cutting line 5 are formed. The square conveying tongue 1b is erected on the back side, and the receding side conveying tongue 1b of the label piece 1a is erected together with the conveying tongue 7 of the supporting material 3. The pressing force of the conveying pin 22 may be generated by both conveying tongues 7 and 1b when the label continuous body 10 advances.

Thus, when the label continuous body 10 reaches the platen 26 and the hand lever 12 is grasped and operated, printing is performed by the letterpress surface 18 of the printing machine 17, and the printing machine 17 is plated. When moved to the tongue 26, the ink roller 36 applies ink to the letterpress surface 18 of the printing machine 17.

After being printed in this way, the support material 3 of the label continuous body 10 is a looped deflector 29 between the narrow piece 28 supporting the platen 26 and the narrow gap 28 between the bottom lid 30. At the rear, guided to the lower feed pin 22 of the rotating body 21, supported by two sets of label pressing member 32 made of a rotating material by the shaft 34 is led to the rear of the main unit.

Here, the shape and the position of the label pressing member 32 correspond to the bottom surface of the rotating body 21.

And the printed unit label piece (1a) is peeled off with the support material (3) in the forward portion 29 is led to the lower surface of the adhesive roller 35 is attached to the object surface. In addition, when the support material 3 is turned backward, the conveying tongue 7 is turned from the front to the back, but the feed cutting line 8 of the support material is formed at the end in the retraction direction, so that the inertia of the forward motion No breakage of the piercing line is caused. Furthermore, after the forwarding of the supporting material 3, the conveying tongue 7 is not extended and is in an unfolded state so that it can pass flexibly even in a narrow gap 31 between the platen 26 and the bottom lid 30.

At this time, if the end of the conveying tongue 7 is directed in the forward direction as in the prior art, the tip of the erected conveying tongue 7 in the narrow gap 31 of the tip is generated a resistance force, the cutting edge at the linkage portion 9a Is pulled, the conveying tongue 7 will be torn.

As described above, the first variant of the label continuous body of the present invention consists of a label material and a support material laminated on each other, and the label material is peeled off from the support material when the support material is turned to the rear of the hand labeler. do.

The supporting material is provided with an incompletely closed feed tongue by a feed cutting line, and the feed tongue roughly corresponds to the feed cutting line formed on the table material, and the supporting material and the label material are cut by different cutting rollers. It can be formed very easily and this label continuum exhibits excellent properties in the hand label.

Next, a first embodiment of a second modification of the label continuous body 110 will be described with reference to FIGS. 12 to 15.

The label continuous body 110 is composed of a long and thin label material 101 and a support material 103, the back of the label material 101 is formed by an adhesive coating layer 102, while the front of the support material 103 is The release layer 104 is formed so that the label material 101 is peeled off from the support material 103, and the back surface of the label material overlaps the front surface of the support material.

In addition, the label material 101 is formed with a plurality of lateral cut lines 105 at regular intervals in the longitudinal direction, which forms a number of unit label pieces 101a arranged along the length of the label material. In addition, a pair of feed perforations 106 are formed at right angles and in parallel and slightly spaced apart from each other, and the pair of perforations 106 is symmetrically formed around the center of each perforation line 105. The feed tongue pieces 101b are formed on both sides of the separate cutting lines 105.

In the support material 103, a feed tongue 107 having a U-shape is formed by the feed cutting line 108, and the position of each feed tongue 107 is a pair of respective feed cutting lines 106 formed on the separate cutting line 105. Is placed in response. This is in contrast to the first embodiment in which the feed cutting line is not correspondingly located. The linkage portion 109a of this substantially U-shaped conveying conveying piece 107 is formed in the supporting material 103, and is formed on the side of the advancing direction with respect to the advancing direction of the label continuous body 110, and the end of the conveying tongue 107 is provided. 109b is configured on the retreat direction side. The linkage 109a of each conveying tongue 107 is engaged with the conveying pin 22 of the rotating body 21 of the apparatus shown in FIG. 9 to make the conveying tongue 107 stand up.

Since the progression of the tape-shaped label continuous body 110 of the second variant in the hand labeler using the so-called P.S.P method described above is the same as in the various embodiments of the first variant of the present invention, the description is omitted here.

16 and 17 show a first embodiment of a second variant corresponding to the progression of the first embodiment of the first variant shown in FIGS. 10 and 11.

The second, third, and fourth embodiments of the second variant of the present invention are shown in FIGS. 18, 19, and 20, respectively, wherein the label material of the label continuum 110a, 110b, 110c. The separation cutting line 105 of 101 and the conveying tongue 101b formed by this separation cutting line 105 and the feeding cutting line 106 are the same as the above-mentioned 1st deformation, Therefore, description is abbreviate | omitted here.

형의 이송절취선(108)에 의하여 형성되며, 이 이송절취선(108)의 원호단부(109b)는 제2변형의 제1실시예에서와 같이 레이블연속체(110a)의 후퇴방향으로 위치하고, 그 연계부(109a)는 전진방향으로 위치하고, 이송절입선(108)의 단부 내측상에 원호부(108a)는 지지재료(103)가 찢어지는 것을 방지한 것이다.18 is a second embodiment of the second variant of the present invention, the conveying tongue 107a of the support material 103a is

It is formed by the feed cutting line 108 of the type, the arc end 109b of the feed cutting line 108 is located in the retraction direction of the label continuous body (110a), as in the first embodiment of the second variant, the linkage 109a is located in the forward direction, and the arc portion 108a on the inner side of the end of the feed cut line 108 prevents the support material 103 from tearing.

19 is a third embodiment of the second variant of the present invention, the feed tongue 107b of the support material 103b is formed by a V-shaped feed cutout line 108, and an end 109b of the feed cutout line 108 is shown in FIG. Is located on the retreat direction side of the label continuous body 110b as in the second embodiment of the second variant, while the linkage portion 9a is located on the advance direction side.

형 이송 절취선(108)에 의하여 형성되며, 이송 절취선(108)의 단부(109a)가 전술 실시예에서와 같이 레이블연속체(110c)의 후퇴방향측에 위치하고, 그 연계부(109a)가 전진방향측에 위치한다.A fourth embodiment of a second variant of the invention is shown in FIG. 20, wherein the feed tongue 107c is oriented in a directional manner.

Formed by the die-feeding line 108, the end 109a of the feed-through line 108 is located on the retracting side of the label continuous body 110c as in the above-described embodiment, and the linkage 109a is on the forward direction side. Located in

In the above-described embodiment, the label material 101 has a conveying tongue piece 101b. However, in the above-mentioned end-facing method, the label piece 101a does not penetrate by the conveying pin 22, and therefore the feed cutting line in the longitudinal direction. (106) has been omitted.

Furthermore, only one feed cutting line 106 may be formed in the feeding tongue on the label material, and the present invention is limited to two feed cutting lines 106 on each separate cutting line 105 shown in the above embodiment.

The table continuum of the present invention has many benefits and is summarized as follows.

That is, the conveying tongue is formed at least with an incomplete conveying line in the support material, usually also in the label material, and the end of the conveying tongue of the support material is located on the retraction direction side of the label continuum while its linkage is located on the forward direction side. Because of this, it is possible to prevent breakage due to contact with the bottom lid on the conveying tongue erected when the label continuous body is moved forward and the supporting material is turned backward.

Therefore, the support material is securely engaged to the transfer pin of the rotating body, and there is an advantage that the forward movement of the label continuous body is performed.

In addition, the label material having the conveying tongue formed by the perforation line overlaps with the supporting material provided with the conveying tongue, and they can be engaged and moved together with the conveying pin of the rotating body, so that the advancement of the label continuous body can be performed more reliably.

In addition, since the conveying tongues of the support material and the label material were configured differently, peeling was easy.

While the invention has been described as embodiments of various modifications, many changes and modifications are possible without departing from the scope of the invention.

Claims (1)

Separation cutout lines 5 having a predetermined pitch for forming a single label piece in the width direction of the label material 1 in the label continuous body 10 composed of the label material 1 and the support material 3 in a polymerization relationship. And the feed cutting line 6, and the feeding tongue piece 1b is formed by the said cutting lines 5 and 6, The support material 3 has the label continuous body 10 in the advancing direction side. A pressure-sensitive label continuum comprising an incompletely closed feed tongue (7, 7a, 7b, 7c) having a linkage (9a).

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