WO2003049067A1 - Ultra-thin label with application (dispensing) method - Google Patents

Abstract

According to the invention, the method permits, for the first time, the printing of ultra-thin labels (0.-15 my) and the application thereof to an object for labelling.

Description

 Ultra thin label with

Application (donation) process

1. Technical field

The invention relates to a ner driving to produce an ultra-thin label (label) and a ner driving around this label to donate a desired object 2x1.

2. State of the art

Labels (labels) are manufactured today in the thickness range of at least 30 my. This is because the nerfahrstechmk of today's automatic dispensers is only able to process label materials with the appropriate stability.

Detailed presentation

The invention is based on the object of building a device which makes it possible to dispense and apply an ultra-thin label (range between 0.9-15 my) in a highly industrial manner in a simple manner.

Several measures are taken to solve this problem in the case of ner driving according to the invention. The supported, thin, already printed material is provided with pressure sensitive adhesive and a protective material, punched and rolled up after the grid has been removed.

The label material is clamped in the newly designed automatic dispenser.

The protective film is peeled off and disposed of via the peeling device.

The object intended for labeling is brought into contact with pressure sensitive adhesive from the label by a pressure roller.

The labeled object is then transported to the packaging.

The label backing material is rolled up.

drawings

Figure 1

In this drawing, the ultra-thin label material is shown schematically as an inventive structure.

Figure 2

In this drawing the new automatic dispenser is shown schematically as an inventive ner driving.

5. In the drawings means

Figure 1 (page 8)

1 protective film to peel off

2 pressure sensitive adhesives

3 color pigment (print)

4 Ultra-thin label film

5 peel medium

6 carrier material 3 Figure 2

1 Unrolling the die-cut labels

2 die-cut labels with protective film on carrier tape

3 Abpeel direction

4 Disposal device for protective film

5 bare, adhesive labels

6 pressing device (pressing the label onto the labeling object)

7 Object to be labeled

8 Rotary transport table

9 Labeled object

10 Rolling up the label backing material

Implementation of the invention

In order to find a solution for the production and dispensing of ultra-thin (<12 my) labels, it is crucial to add a peelable backing material to the conventional label structure.

The label material designed in this way (FIG. 1) is clamped as a roll in the automatic dispenser (FIG. 2; item 1).

As with conventional labeling machines, a protective film is peeled off and disposed of using a peeling device (Fig. 2; Item 3 & 4).

The ultra-thin label (still anchored to the carrier material) is oriented with the pressure sensitive adhesive against the object to be labeled and continued (Fig. 2; Item 5).

A pressure roller (Fig. 2; Item 6) presses the carrier web against the object to be labeled (Fig. 2; Item 7), which moves or rotates at the same speed.

The ultra-thin label remains on the object (Fig. 2; Item 9).

The carrier material (Fig. 2; Item 10) is rolled up.

Claims

claims

,1. Independent claim

To design an ultra-thin label, a new material with an additional peel layer is designed here.

2. Dependent claim

To enable the newly designed, ultra-thin labels (Fig. 1) to be applied, a method is developed here and a machine (Fig. 2) is used, consisting of two components:

a) A label material characterized in that the peel layer can be removed from the label using a pressure sensitive adhesive (FIG. 1; designation 1; 2)

b) A printed and provided with pressure sensitive adhesive, ultra-thin film characterized in that it can be removed from the carrier material after application. (Fig. 2; Item 9)