JPS5841554Y2 - label - Google Patents

Description

[Detailed Description of the Invention] The present invention mainly relates to a label continuous body used in a labeler.

This type of label continuum is made by sequentially pasting a number of labels onto a tape-shaped backing paper. Usually, the label is a single piece of paper, but in mass retailers such as supermarkets, price tags can be prevented from being replaced. Therefore, labels are used that are made by joining together multiple independent pieces that interlock with each other.

However, in conventional bonded labels of this type, the separation line is formed along the longitudinal direction of the backing paper, so the engagement between the independent pieces is weak, and therefore the independent pieces are separated by the tension applied when the label is pasted. It had the drawback of being easy to use.

That is, as shown in FIG. 3, this type of label continuum is produced by folding the mount 1 at the folding edge E of the labeler and running it in the direction of the arrow.
As a result, the label 2 is peeled off from the mount 1 and advanced as shown by the chain line, and then the label 2 is first adhered to the product M with its tip end, and then the labeler, and therefore the folded edge, is retreated in the direction of the arrow. Since label 2 is used by leaving and pasting it on the product, label 2
A tensile force is applied to the label 2 in the direction of the arrow from the time the tip 2' adheres to the product M until the label 2 is separated from the mount 1. If the label is divided along a dividing line, the tension applied to each individual piece is often slightly different, which can lead to disadvantages such as unevenness in the longitudinal direction of the attached label. there were.

The present invention aims to simply and inexpensively provide a label continuum that can eliminate the above-mentioned disadvantages.

Below, the proposed label continuum will be explained with reference to the attached drawings.
are sequentially pasted in the longitudinal direction of a mount and wound into a roll to be loaded into a labeler, for example.

Each of the labels 2 is made up of two independent pieces that are separated from each other by a dividing line formed in a direction perpendicular to the longitudinal direction of the mount 1, that is, in the width direction, and are joined together using the dividing line as a joining edge 31. 3.3, and each independent piece 3 has its joining edge 31 formed into a concave and convex edge that meshes with each other.

This uneven edge 31 is formed such that the tip 311 of the convex portion and the inner end of the concave portion are expanded in the width direction of the mount 1, and thereby engage against tension in the longitudinal direction of the mount 1, that is, in the direction of arrow a. It is designed to be effective.

The labels 2 may be attached to the mount 1 at intervals as in the embodiment, or a series of labels may be attached to the mount and cuts may be engraved at predetermined intervals. In some cases, the label is configured to be divided at the time it is attached to the product, but since this mode is well known, the details will be omitted.

Since the label continuum of the present invention is as described above, when this label 2 is attached to a product and then peeled off, the label 2 separates into individual pieces 3, changing from the state shown in A to B shown in FIG.
As shown in the figure, the original shape will be lost.

Since the joint edge 31 of the separated independent piece 3 is an uneven edge with an enlarged end, it is difficult to paste the independent pieces in their original shape compared to a waveform or zigzag parting line, and this restoration is difficult. Difficulty prevents relabeling.

Moreover, the label 2 of the label continuum of the present invention has independent pieces 3, 3.
are engaged with each other by the concave and convex edges whose ends are enlarged in the width direction of the backing paper, so the engagement effect is large against the force applied to the label 2 in the longitudinal direction of the backing paper, and therefore the above-mentioned As shown in the figure, there is an effect that the label 2 does not separate even when a tension is directly applied to the label 2 separated from the mount 1 when pasting the label, and each independent piece 3, 3 is not separated in the width direction of the mount 1. Therefore, there is an effect that no misalignment occurs between the independent pieces during adhesion.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the proposed label continuum, Fig. 2 is a plan view showing the label of the same label continuum, and Fig. A shows the original form.
Moreover, FIG. B shows the separated state, and FIG. 3 is a schematic side view illustrating the manner in which the label continuous body is used. In the figure, 1 is a mount, 2 is a label, 3 is an independent piece, 31 is a joining edge, and 311 is a convex portion.

Claims (1)

[Scope of utility model registration request] It has a tape-shaped mount 1 and a large number of labels 2 that are sequentially pasted on the mount 1 in the longitudinal direction, and each label is separated from the other by a dividing line along the width direction of the mount 1. It consists of two independent pieces 3, 3 which are joined to each other using the dividing line as a joining edge 31, and each of the independent pieces 3. A label continuous body formed with a convex and convex edge that meshes with the convex and concave edges, and the tip of the convex part and the inner end of the concave part of the concave and convex edge are expanded in the width direction of the mount 1.