CN204614353U - Self-adhesive tape with traction connection layer - Google Patents

Abstract

The utility model relates to a kind of adhesive sticker dribbling mark having traction articulamentum, comprise traction articulamentum, label layer and ground paper layer, described ground paper layer surface scribbles antiseized silicon layer, the adhesion of described traction articulamentum and described label layer is greater than the adhesion of described label layer and described ground paper layer, but the adhesion of described traction articulamentum and described label layer be less than described label layer and label paste the adhesion on the affixed object surface of attachment.When there is the situations such as intensity is lower or more soft or thinner in the label printing layer that the utility model makes label material maybe will shift, the adhesive sticker dribbling label made is convenient to machine labeling, certain the utility model also can be used in label material to be had on the label of higher intensity, hardness or thickness, the adhesive sticker dribbling mark being processed into traction articulamentum, for labelling machine, meets the different needs.

Description

Self-adhesive tape with traction connection layer

technical field

The utility model relates to a self-adhesive tape label with a traction connecting layer.

Background technique

At present, self-adhesive labels are widely used on various products. In order to facilitate machine labeling, the labels are often arranged on silicone oil backing paper and cut into long strips, and finally rolled into tapes to make self-adhesive tapes for labeling. The labeling machine is used, but the labeling machine often requires the label to have a higher firmness when it is working, that is to say, the label material is required to have higher strength, hardness or thickness. When the label material or the label printing layer to be transferred appears When the strength is low, or it is relatively soft, or it is relatively thin, the labeling machine often cannot work.

Contents of the invention

The purpose of this utility model is to overcome the above deficiencies, to provide a self-adhesive tape with a traction connecting layer, so that the label material or the label printing layer to be transferred has a lower strength, or is softer, or is thinner. In other cases, the self-adhesive reeling label made is convenient for machine labeling. Of course, the utility model can also be used on labels with higher strength, hardness or thickness of the label material, and processed into a self-adhesive label with a traction connection layer. Adhesive reels with labels are used by labeling machines to meet different needs.

The purpose of this utility model is achieved by the following technical solutions: a self-adhesive reel with a traction connection layer, including a traction connection layer, a label layer and a backing paper layer, the backing paper layer is coated with an anti-sticking silicone oil layer, The binding force between the traction connection layer and the label layer is greater than the binding force between the label layer and the backing paper layer, but the binding force between the traction connection layer and the label layer is smaller than the binding force between the label layer and the surface of the object to which the label is pasted.

The further improvement of the utility model is that: the traction connecting layer is made of paper or plastic film.

The further improvement of the utility model lies in that the traction connection layer and the label layer are connected through glue, ink and static electricity.

The further improvement of the utility model is that: the label layer includes a label base material layer, a label printing layer and a label adhesive layer.

The further improvement of the utility model lies in that the label layer includes a label substrate layer, a label release layer, a label printing layer and a label adhesive layer.

The further improvement of the utility model lies in that the release layer of the label is release ink.

The further improvement of the utility model is that: the adhesive layer of the label is self-adhesive.

The further improvement of the utility model is that: the bonding force between the traction connection layer and the label base material layer and the label release layer is also greater than the bond force between the label release layer and the label printing layer, and the label release layer and the label The bonding force of the printing layer is smaller than the bonding force between the label printing layer and the label adhesive layer, and between the label adhesive layer and the surface of the object to which the label is attached.

Compared with the prior art, the utility model has the following advantages:

When the utility model is used for labeling with a labeling machine, regardless of the strength, hardness or thickness of the label material, the label layer can be easily separated from the bottom paper layer by pulling the connecting layer, and then the label layer and the backing paper layer can be separated. The surface of the sticker is contacted or pressed, etc., so that the label layer is combined with the surface of the sticker, and the label is adhered to the surface of the sticker; when there is a release layer between the label substrate layer and the printing layer, when The label layer contacts or presses the surface of the object to be pasted, so that after the label is adhered to the surface of the object to be pasted, the label substrate layer, etc. can be taken away by the traction connection layer, and the label printing layer, etc., can be adhered to the surface of the object to be pasted , and then according to actual needs, materials such as varnish or film can also be added to the printed layer on the surface of the sticker for protection.

Description of drawings:

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the overall structural sectional schematic diagram of the present utility model;

Fig. 3 is a kind of detailed structural sectional schematic diagram of the utility model;

Fig. 4 is another kind of detailed structure sectional schematic diagram of the present utility model;

Symbols in the figure: 1-traction connection layer, 2-label layer, 3-backing paper layer, 4-label printing layer, 5-label substrate layer, 6-label adhesive layer, 7-silicon oil layer, 8-label release layer type layer.

Detailed ways:

    In order to deepen the understanding of the utility model, the utility model will be further described below in conjunction with the embodiments and accompanying drawings. The embodiment is only used to explain the utility model, and does not constitute a limitation to the protection scope of the utility model.

As shown in Figure 1, there is a kind of embodiment of the self-adhesive tape with traction connection layer, including traction connection layer 1, label layer 2 and backing paper layer 3, traction connection layer 1 is paper, plastic film, traction connection layer 1 and the label layer 2 are connected by glue, ink, and static electricity. The surface of the backing paper layer 3 is coated with an anti-adhesive silicone oil layer 7. The binding force between the traction connection layer 1 and the label layer 2 is greater than that of the label layer 2 and the backing paper layer 3. The binding force, but the binding force between the traction connection layer 1 and the label layer 2 is smaller than the binding force between the label layer 2 and the surface of the object to which the label is pasted. Label layer 2 comprises label substrate layer 5, label printing layer 4 and label adhesive layer 6, and label adhesive layer 6 is self-adhesive; Label layer 2 comprises label substrate layer 5, label release layer 8, label printing layer 4 and the label adhesive layer 6, the label release layer 8 is release ink, the label adhesive layer 6 is self-adhesive, the combination of the traction connection layer 1 and the label base material layer 5 and the label release layer 8 The force is also greater than the bonding force between the label release layer 8 and the label printing layer 4, and the bonding force between the label release layer 8 and the label printing layer 4 is smaller than that of the label printing layer 4 and the label adhesive layer 7 and the label adhesive layer 7. The binding force between the surface of the sticker and the label to which the label is attached.

Embodiment one:

Select a suitable paper material for the production of self-adhesive labels. The upper layer of the paper material is coated paper, that is, the label base material layer 5, and the back of the label base material layer 5 is coated with self-adhesive, that is, the label adhesive layer 6. The lower layer is the backing paper coated with an anti-sticking silicone oil layer, that is, the label backing paper layer 3, and the label is printed on the front of the label substrate layer 5 according to the designed pattern to produce the label printing layer 4, which is then passed through die-cutting and waste discharge. , quality inspection and supplementary standards, etc., to obtain the label layer 2 arranged on the backing paper layer 3, as shown in Figure 1, and then select a suitable traction connection layer material 1 such as plastic film, etc., through glue, ink, static electricity, etc. Composite on the label layer 2 to realize the connection between the traction connection layer 1 and the label layer 2, its structure is shown in Figure 2, and then cut the above-mentioned printed and processed labels into long strips, and roll them into tapes for later use.

The label layer 2 is composed of a label substrate layer 5, a label printing layer 4 and a label adhesive layer 6, the label printing layer 4 is on the label substrate layer 5, and the label adhesive layer 6 is on the label substrate layer 5. Next; the surface of the above-mentioned backing paper layer 3 is coated with an anti-adhesive silicone oil layer 7, as shown in Figure 3;

The binding force between the traction connecting layer 1 and the label layer 2 is greater than the binding force between the label layer 2 and the backing paper layer 3, but the binding force between the traction connecting layer 1 and the label layer 2 is smaller than that of the label layer 2 and the substrate attached to the label. Adhesion to the surface of the sticker.

In this embodiment, after the production of the self-adhesive tape with the traction connection layer is completed, a labeling machine can be used for labeling. During labeling, the traction connection layer 1 is lifted and moved continuously through the mechanical structure, so that a The first label layer 2 is peeled off from the backing paper layer 3, and then the label layer 2 is contacted or pressed against the surface of the object to be pasted by a suitable device, so that the label adhesive layer 6 is combined with the surface of the object to be pasted. The binding force between 1 and label layer 2 is smaller than the binding force between label layer 2 and the surface of the object to which the label is pasted, so after the label layer 2 and the surface of the object are in contact or pressed, they will be connected to the traction connection layer 1. Separated, the label layer 2 is adhered to the surface of the object to be stuck, which solves the problem that the labeling machine often cannot work when the strength of the label material is low, or relatively soft, or relatively thin.

Certainly the utility model can also be used on the label that label material has higher strength, hardness or thickness, is processed into the self-adhesive reel tape label that has traction connection layer for labeling machine use, meets different demands.

Embodiment two:

Select a transparent film material or other suitable material as the label base material layer 5, first coat the label release layer 8 with a release ink on its reverse side, and then print the label on the release layer 8 according to the designed pattern (in the Before label pattern printing, a layer of varnish layer, etc.) can be applied on the release layer 8 to produce a label printing layer 4, and then a label adhesive layer can be produced on the label printing layer 4 by coating with self-adhesive and other materials 6. Finally, compound the above-mentioned printed and processed film material with the adhesive layer 6 on the side of the backing paper layer 3, and then arrange them neatly on the backing paper layer 3 through processes such as die-cutting, waste discharge, quality inspection and standard replenishment. The label layer 2 is composed of the label base material layer 5, the label release layer 8, the label printing layer 4 and the label adhesive layer 6 in sequence, and then selects a suitable traction connecting layer material 1 through the adhesive, Ink, static electricity, etc. are compounded on the label layer 2, that is, the traction connection layer 1 is combined with the front of the film material to realize the connection between the traction connection layer 1 and the label layer 2. Its structure is shown in Figure 4, and then the above-mentioned printing The labels are cut into long strips and rolled into tapes for later use.

The binding force between the traction connection layer 1 and the label layer 2 is greater than the binding force between the label layer 2 and the backing paper layer 3; at the same time, the binding force between the traction connection layer 1, the label base material layer 5 and the label release layer 8 is The force is also greater than the bonding force of the release layer 8 and the printing layer 4, and the bonding force of the release layer 8 and the printing layer 4 is smaller than that of the printing layer 4 and the label adhesive layer 6 and the label adhesive layer 6 and the label. The binding force between the surfaces of the pasted objects;

In this embodiment, after the production of the self-adhesive tape with the traction connection layer is completed, a labeling machine can be used for labeling. During labeling, the traction connection layer 1 is lifted and moved continuously through the mechanical structure, so that a The first label layer 2 is peeled off from the backing paper layer 3, and then the label layer 2 is brought into contact or pressed with the surface of the object to be pasted by a suitable device. Because the bonding force between the traction connection layer 1 and the label base material layer 5 and the release layer 8 is greater than the bonding force between the release layer 8 and the printing layer 4, while the bonding force between the release layer 8 and the printing layer 4 is smaller than that of the printing layer. Layer 4 and the label adhesive layer 6 and the bonding force between the label adhesive layer 6 and the surface of the object to which the label is attached, so the label layer 2 and the surface of the object are connected by traction after contact or pressing Layer 1 will be separated from the label printing layer 4 with the label base material layer 5 and the label release layer 8, and the label printing layer 4 will adhere to the surface of the object with the label adhesive layer 6, solving the problem of label material or When the label printing layer to be transferred has low strength, is relatively soft, or is relatively thin, the labeling machine often cannot work.

According to actual needs, material layers such as covering varnish or film can also be added on the label printing layer 4 on the surface of the object to be pasted for protection.

During production, the finished self-adhesive label layer is arranged on the backing paper layer through printing, die-cutting, waste discharge, quality inspection and standard replenishment, and then a traction connection layer is added on the label layer by methods such as film coating, and then Cut into long strips, roll into a tape form to make a self-adhesive tape label with a traction connection layer for use by a labeling machine.

When the self-adhesive tape label with traction connection layer is labeled with a labeling machine, regardless of the strength, hardness or thickness of the label material, the label layer can be easily removed from the backing paper layer through the traction connection layer. Separate, and then contact or press the label layer with the surface of the sticker, etc., so that the label layer is combined with the surface of the sticker, and the label is adhered to the surface of the sticker; there is a layer between the label base material layer and the printing layer In the case of the release layer, when the label layer is in contact with or pressed against the surface of the object to be pasted to make the label adhere to the surface of the object to be pasted, the label base material layer can be taken away by the traction connecting layer, and the label printing layer can be removed. After adhering to the surface of the object to be pasted, it can also be protected by adding varnish or film to the printed layer on the surface of the object to be pasted according to actual needs.

Claims (8)

1. a self-adhesive reel with a traction connection layer is characterized in that: it comprises a traction connection layer, a label layer and a backing paper layer, and the surface of the backing paper layer is coated with an anti-adhesive silicone oil layer, and the traction connection The binding force between the label layer and the label layer is greater than the binding force between the label layer and the backing paper layer, and the binding force between the traction connection layer and the label layer is smaller than that of the label layer and the label. The binding force of the surface of the sticky object. 2. The self-adhesive reel label with traction connection layer according to claim 1, characterized in that: the traction connection layer is paper or plastic film. 3. The self-adhesive reel label with traction connection layer according to claim 1 or 2, characterized in that: the traction connection layer and the label layer are connected by glue, ink and static electricity. 4. The self-adhesive reel label with traction connecting layer according to claim 1, characterized in that: the label layer comprises a label substrate layer, a label printing layer and a label adhesive layer. 5 . The self-adhesive reel label with traction connecting layer according to claim 1 , wherein the label layer comprises a label substrate layer, a label release layer, a label printing layer and a label adhesive layer. 6. The self-adhesive reel label with traction connecting layer according to claim 5, characterized in that: the release layer of the label is release ink. 7. The self-adhesive reel label with traction connecting layer according to claim 4 or 5, characterized in that: the label adhesive layer is self-adhesive. 8. The self-adhesive reel label with traction connection layer according to claim 5, is characterized in that: the bonding force between the traction connection layer and the label base material layer and the label release layer is also greater than that of the label The bonding force between the release layer and the label printing layer, while the bonding force between the label release layer and the label printing layer is smaller than that between the label printing layer and the label adhesive layer, and the label adhesive layer and the surface of the object to which the label is attached. inter-cohesion.