KR810000549B1 - Label arranging device for label printing machine - Google Patents

Abstract

The label arranging device for use in a label printing machine comprises: label parts(La-1, La-2. . . .) have feed cutting guide-line(44)(46). and continuous label mumbers(L) consist of support material(W) which began a forward movement by feed pin(12) of a feed rotating mumber(11). The operating of a hand lever and grip made a label printing on a platen by contacted with a type face(8) of a printing machine(7), and arranging mumber(40) set up at a part of a printing machine.

Description

Device for correcting label continuum in label sticking

1 is a side cross-sectional view of the front side plate removed at rest in a label sticking device with a label continuum corrector.

FIG. 2 is a cross-sectional side view of the label modification at the time of the first drawing device.

Figure 3 is an exploded perspective view of the label modification device and the label continuum of the present invention.

4 and 5 are a side view and a front view of the main part of the present invention, respectively.

6 is an enlarged side view of the conveying state of the label continuum advancing in engagement with the conveying pin of the conveying rotating body.

7 is a perspective view of a label piece modified by the label modifying apparatus of the present invention.

8 is a perspective view of a conventional label piece.

The present invention relates to a device for correcting a label continuum in a label sticking machine or the like.

線)을 가진 레이블 연속체를 인자(印字)한 후 본기의 선단에 송출하여 이 레이블편을 눌러 물품에 부착하는 레이블 첩부기에 있어서, 상기 레이블 연속체를 수정하는 레이블 첩부기등의 수정장치에 관한 것이다.In particular, the present invention is in a polymerization relationship by deactivating the grip and the hand lever, and the feed cutting line

The label sticking machine which prints a label continuum which has a line), sends it to the front-end | tip of this machine, presses this label piece, and attaches to an article, The invention relates to the correction apparatus, such as a label sticking machine, which corrects the said label continuum.

Conventionally, in the label sticking machine using a label soft destructor having this kind of polymerization relation and having a feed piercing line, the feed tongue of the label piece granulated by the feed pin of the feed rotating body is pressed to fix the plane. Since there was no device to make, as shown in FIG. 8, the label piece La 'sent out from the printing machine after printing was particularly conveyed by the feed cutting line 44 cut at the rear end of the traveling direction. 45a is in a granular state.

In more detail, the feed piercing line is a penetrating image over both the support material of the object and the label piece placed on the support material and temporarily attached to the support material by the adhesive agent. And the inside of the cut line is engaged with the upper feed pin of the feed rotating body which is intermittently rotated by the release after the operation of the hand lever, so that the label continuum is transported forward. The next piece of label and the supporting material are attached to each other, and the supporting material located on the back side of the narrow passage formed at the tip of the platen and inclined on the platen is inverted while forming a loop. It is engaged with the transfer pin and drawn out to the rear of the main unit. The label piece is peeled off from the support material by a known method in the loop portion of the support material.

Here, when the label piece continuous body in the polymerization relationship is engaged with the upper transfer pin of the transfer rotating body, the transfer tongue pieces 45a and 45b respectively formed on the front end and the rear end of the label piece La 'are granulated.

And since the conveying tongue 45a of the rear end receives a load for conveying the whole label continuous body, the granular shape becomes a substantially perpendicular state and is conveyed to a platen part.

Since the label is made on the label piece with the rear end of the label piece standing up, a portion of the print due to overlapping of the conveying piece is missing, or the conveying piece is curled and unstable, resulting in an unstable surface. Printing became unclear, such as rubbing without parallel contact with the surface.

In addition, the label piece sent out of the main body in such a state is a part of the granules, so that the state of the label adhesive is bad, the entire label is easily peeled off by the granular portion, as well as the image of the article itself has a defect.

Thus, the present invention relates to a device for correcting a label continuum, which allows the granulated conveying piece of the label continuum to be flattened on the platen to improve the printing effect and to be attached to the article in a reliable state.

Hereinafter, the embodiments will be described in detail with reference to the accompanying drawings. 1 is a side cross-sectional view of the label sticking device with the device for correcting the label continuum of the present invention with the inner side plate removed at rest. As shown in the figure, between the hand lever supported by the grip 1 and the shaft 3, a return spring 6 is installed on the spring catching members 4 and 5, and the hand lever is released when the hand lever 2 is released. (2) was made to return to a stationary state. The extension part located in front of the pivot 3 forms the operation lever 2A which consists of the printing part 2a and the drive part 2b. A printing machine 7 including a printing lubrication 8 made of a rotatable type printing 8a is fixed to the printing unit 2a located at the tip of the hand lever 2, and a transfer rotating body is attached to the driving unit 2b. A drive member for intermittently rotating (11) was provided.

The printer 7 has a quartz crystal surface 41 which is located at the rear of the printing lubrication 8 and at the rear of the rear of the printer 7 as shown in FIGS. 3 to 5, and has a flat bottom surface. The mounting portions 42 were formed at both ends thereof so as to adhere to the grooves 7b formed in the frame 7a of (7), and a correction member 40 having an inverted L-shaped cross section was constructed.

As shown in Fig. 3, the correction member 40 is provided with label pieces La-1 (La-2) (La-3) (La-4)... In the case where the transfer tongue pieces 45a and 45b formed by the feed cutting line 44 formed on the granules are formed, the tongue pieces 45a and 45b are pressed and fixed flatly. The crystal piece 41 is set such that the typeface 8a of the printing press 7 is located on the same plane as the trajectory that rotates on the platen 20 surface from the axis 3. As shown in detail in FIG. 4, the setting position is subsequent to the label piece La-1 to be printed in contact with the face of the typeface 8a disposed at the printing position of the printing machine 7 (label continuity L). At a position where the two pieces of label La-2 (La-3) arranged in the direction opposite to the forward direction can contact the transfer tongue pieces 45a and 45b formed with the feed cutting line 44. It is set.

The shape, setting position, etc. of the correction member 40 shown in this Example are not limited to this, What is necessary is just to be able to fix the conveying tongue 45a, 45b of the label piece La of a granular state flat. In the label sticking machine shown in FIG. 1 again, the feed rotating body 11 driven by the drive unit 2b of the operating lever 2A is rotated on the main shaft 10 installed on the pair of frames 9. Is connected, it is configured to intermittently rotate when deactivating the hand lever (2), the transfer pin 12 is protruded on the outer peripheral surface at regular intervals.

The machine has a platen 20, a label guide member 22 for pressing the label continuum L, an actuating member 23 for guiding the label continuum L, and a label continuum wound in a roll shape. Is guided while pressing the label guide piece 16 formed on a part of the holder 15 holding the), the label guide piece 17 provided on the extension line of the label guide piece 16, and the supporting material W. And a label insertion device composed of a ledge 24 and the like with a curved guide member 33.

The platen 20 forms two short and long arms at the rear thereof, and both arms are formed with shaft holes, and are pivotally connected to the main shaft 10 of the conveying member 11. . At the tip of the long arm, a pin 21 protrudes into the long hole 27 of the operating member 23.

The side wall of the actuating member 23 is a rectangular frame, forming a pair of arms 28 extending forward, and at the same time, the base 9 is formed by the pins 25 protruding outwardly. It is attached to). When the operation member 23 is displaced during operation, the label guide surface 26 forming a plane of the rectangular frame body can serve as a guide surface for guiding the label continuum L. As shown in FIG. On the other hand, the pins 29 protrude from the inside of the pair of arms 28, and the pins 29 are inserted into the slits 30 of the label guide member 22 held on the base, and operate when the pins 29 operate. The member 23 is rotated around the pin 25.

The label guide member 22 rotates by holding the pair of pins 31 installed at the tip thereof on the base 9, and the label continuum L together with the feed rotating body 11 and the platen 20. There is a curved portion 32 formed with a narrow passage that can pass. The slits 30 are each formed on a pair of arms positioned behind the label guide member 22, and the pins 31 are provided outside the pair of front arms.

The pinnacle 24 located below the frame 9 is a main shaft 13 whose tip is detected on the base, so that it can be opened in a clockwise direction about the main shaft 13, and the rear stop 36 is It is locked to the base 9 by the lock apparatus 14. In addition, two sets of curved guide members 33 suitable for the outer circumferential surface of the feed rotating body 11 are provided on the inner rear of the claw 24, and the cutout portion 35 opened in the direction of the support shaft 13 is provided at the front thereof. The guide member 34 of the excitation label continuous body L is provided.

Next, the label continuum L used in the apparatus of the present invention includes a plurality of label pieces La-1 (La-2) (La-3) (La-3) (La-3) on the upper surface of the support material W as shown in FIG. -4)… This is temporarily attached and it is comprised by the laminated form.

This label piece La-1 (La-2)... The adhesive layer is provided on the back surface of the sheet, and each label piece La-1 (La-2)... There is a cutting line 43 for forming a cutting line, and two sets of cutting cut lines 44 at the center positions over two label pieces (eg, La-1 and La-2) adjacent to the cutting line 43. Is formed. In addition, the tip between the two sets of feed cutting lines 44 is granulated when engaged with the feed pin 12 of the feed rotating body 11 to form feed tongues 45a and 45b.

The label continuum L having the above structure is set in the main body by operating the label insertion device, and the outline thereof will be described below.

First, the pinnacle 24 is rotated in a clockwise direction, and the platen 20 inside the main unit rotates and opens counterclockwise from the main shaft 10. In conjunction with the opening of the platen 20, the label guide surface 26 of the actuating member 23 is also displaced at an angle corresponding to the inclination of the label guide piece 16 to form a label guide surface and at the same time the label guide member 22. ) Is separated from the outer circumferential surface of the feed rotating body 11 to form a passage for label insertion, thereby facilitating insertion of the label continuous body L.

Then, by closing the platen 20 and the bottom 24 opened first, the label continuum L is set in the main body as shown in FIG. 1 and FIG.

In the state of the label continuous body L at this time, the upper portion of the whole conveying body 11 is pressed by the label guide member 22, and the label pieces La-1 (La-2)... And the transfer pins 12 engage in the feed cut lines 44 and 46 of both the support material W and the support material W.

In addition, the label continuum L passes through the platen 20 and inverts while only the support material W forms a loop in the narrow passage of the platen tip, and in front of the support material W (retraction direction). In the feed rotating body 11 and the bending guide member 33 by the pressing of the feed pin 12 in the feed cutting line 46 is engaged.

And the label piece in the said loop part is peeled off with the support material W by a test method.

Hereinafter will be described the operation of the label correction apparatus of the present invention.

In general, the label sticking machine is repeatedly operated from the stationary state in FIG. 1 to the tines in FIG. 2.

That is, when the figure (1) and the hand lever (2) are grasped, the actuating lever (2A) is lowered, and the ink roller (19) installed on the ink arm (18) constructed in association with the lowering of the printing machine (7) Ink is applied to the surface of the type 8a, and then printing is performed on the label continuum L on the platen 20 with the type 8a. In addition, the release spring 6 is operated by releasing the hand lever, and the actuating lever 2A rotates the feed rotating body 11 counterclockwise by the required angle by the driving member so that the label continuous body L is pitched for one pitch. It moves forward by (the length of one label piece).

As shown in detail in FIG. 6, the feed cutting lines 44 and 46 of both the support material W of the label continuous body L and the label piece La are transferred to the feed pin 12 of the feed rotating body 11. And the conveying tongues 47, 45a, 45b are pushed up by the conveying pins 12, as shown in FIG.

In particular, the transfer tongue piece 45a positioned at the rear end of the label piece La is almost square at right angles, and the rounded portion of the U-shaped cut of the support material W is placed only on the front circumference of the transfer pin 12. In contact, the entirety of this label continuum L is advanced.

This forward action is carried out by the intermittent rotation of the conveying rotating body moving through the drive member linked thereto in the release operation after the operation of the hand lever 2, so that the conveying pin 12 corresponds to one length of the label piece La. Is rotated to transfer the label continuum L forward.

Next, at the intermittent advancement of the label continuous body L, the conveying tongue 45b and the conveying tongue 47 of the support material W granulated at the front end of the label piece La by the conveying pin 12 are None are granularly granular but this is immediately restored almost flat by the restoring force of the label continuum material. However, as shown in FIG. 6, the label piece La-6 (La-5) (La-4) (La-3) (La-3) (La-2) which acts as a conveying tongue for conveying the whole label continuous body L as shown in FIG. Conveying tongue 45a formed at the rear end of La-1... None of which is still conveyed on the platen 20 with the shape close to the granular state.

Thus, the conveying tongue 45a thus granulated has a label correction synchronized with the label piece La-1 of the printing machine 7 as shown in FIGS. 2 and 4 to 6. The crystal surface 41 of the member 40 presses the granular tongue 45a of the label piece La-2 to flatten it, and restores it to the former plane.

Moreover, since the modification of the tongue piece 45a which was thus granulated is made so that it may be performed to the label piece La-2 before 1 pitch of the label piece La-1 to which others are performed, the label piece La-1 to be stamped ), The tongue tongue 45a is flattened in advance, and a flat printing surface is always prepared. Therefore, a good printing effect is obtained because it does not give any obstacle to printing.

Then, the stamped label piece La-1 is peeled off the inverted loop of the support material W positioned at the tip of the present machine, drawn out to the lower surface of the label sticking member 13a, and attached to the article by the sticking operation. The label piece La-0 affixed in this way adheres to the article flatly with the tongue piece 45a which was previously granulated as shown in FIG.

The label piece La-0 is displayed with characters 48, such as a store name, printed during the manufacturing process of the label continuum L, and a price character 49 printed by others of the printing machine 7.

The U-shaped cut (see FIG. 3) of the feed cut line 46 of the support material W in the label continuum L of the embodiment (see FIG. 3) is an example in which the rounded portion is arranged in the forward direction of the label continuum L, but this is the opposite direction. This device is effective even when the U-shaped cut is made. That is, due to the rotation of the conveying pin 12 of the conveying rotating body 11, the conveying tongue piece 47 displaces substantially at right angles and acts as a conveying piece, but becomes a granulated tongue piece. Simultaneously with the tongue, it is pressed by the correction member 40 can be restored.

The present invention is a configuration in which a label correction member is synchronized with a typeface of printing on a frame part of a printing machine interlocked with a hand lever as described above, and a label continuum composed of a plurality of label pieces and a support material in a polymerization relationship is provided. Since the conveying tongue of the granulated label piece end generated by engaging the conveying pin of the conveying rotating body to move forward, is modified to be modified by the label correcting member at the time of contact with the printing machine and the platen, i.e. In addition, the forwarded label continuum may provide a suitable printing surface on the platen. Therefore, printing defects caused by granulation of the conveying tongue as in the prior art are eliminated.

Secondly, since the conveying tongue formed on the label piece end of the label continuum is restored flat, when the label piece is affixed to the article, the affixation of the article is good and the label piece does not fall off the article.

Third, since the label correction member is set directly on the frame of the printing press, it is possible to correct the tongues which are prized at the same time as the operation of others. Therefore, there is an advantage such that the purpose of granular tongue correction can be achieved with a very simple structure without the need for special installation of the operation member for operating the correction member.

Claims (1)

The transfer pin of the transfer rotating body 11 carries the label continuous body L made of the label pieces La-1, La-2..., And the supporting material W, which are in a polymerization relationship and have the feed cutting lines 44, 46. (12), the hand lever (2) is operated, the platen (20) on which the label continuum (L) is placed is in contact with the letterpress surface (8a) of the printing machine (7) In the label sticking device configured to carry out the above-mentioned, WHEREIN: The press which presses the conveying tongue 45a formed by the feed cutting lines 44 and 46 of the label continuous body L to a part of the frame 7a of the said printing machine 7. Transfer member 45a of the label continuous body L formed by engaging with the transfer pin 12 of the rotating body 11 by installing the correction member 40 having a surface 41. The label continuum correcting apparatus in a label sticking machine etc., which is configured to be capable of printing appropriately on a label piece (La-1, La-2…).

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