WO2017042640A2

WO2017042640A2 - Self-adhesive tag for marking variable data without support and protection and shielding tape, and method for obtaining a self-adhesive tag for marking variable data without a support and protection and shielding tape

Info

Publication number: WO2017042640A2
Application number: PCT/IB2016/052677
Authority: WO
Inventors: Giuseppe Jeffrey Arippol
Original assignee: Giuseppe Jeffrey Arippol
Priority date: 2015-03-19
Filing date: 2016-05-10
Publication date: 2017-03-16
Also published as: BR102015006211A2; WO2017042640A3

Abstract

The present abstract relates to an invention patent for a tag for marking variable data without a support and protection (linerless) and shielding tape, and a method for obtaining same, which pertain to the field of self-adhesive articles, known as a tag, comprising, in one possible embodiment: an upper release and shielding layer (10), formed by a layer (6)' of silicone; a layer (6)" of BOPP or PET film and a lamination and shielding adhesive layer (20); a sensory mark (30); optionally, a personalization layer (4); a layer (3) or register areas (windows) (3)' of ink for laser marking; a layer constituted by the body of an ordinary paper tag (2); and a pressure-sensitive adhesive layer (5) adhered to the rear face of the body (2); said layer (6)' of silicone; and the layer (6)" of BOPP or PET film, which constitute the upper release and shielding layer (10), originally, constitute the support and protection (liner) tape of the self-adhesive material from which the tag is obtained.

Description

"SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD RIBBON AND SELF-SELF-SEALING DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD"

[001] INTRODUCTION - The present descriptive report relates to a patent for a label for variable data marking without linerless and shielded tape and shielding process, belonging to the field of self-adhesive articles, developed To avoid the formation of disposable material at the time of application, to be more resistant to the aggressive agents of the environment, have several construction options, lower cost and provide other advantages over the usual ones.

BACKGROUND ART - Self-adhesive variable data labeling is already known, consisting of: a thermoset or laser marking paper body; by pressure sensitive adhesive layer adhered to the back face of the label body; and by support and protection tape (liner); Said label is provided in a reel, is marked with the data and detached from the rest of the tape at the time of application to the receiving object through labeling equipment. This label is used for a variety of purposes, such as in supermarkets, grocery stores and the like to receive weight marking, fractional barcodes, price and other fractional products sold, such as cold or other or for other applications.

[003] This label is obtained from the usual technical resources. for manufacturing self-adhesive articles.

From the point of view of use, this label lends itself to its purpose, but, at the time of application, forms the material to be discarded consisting of the liner, which requires proper final disposal.

[005] Also, depending on the conditions of the place where it is stored and used, this usual label may have its best condition compromised by aggressive environmental agents such as moisture or others.

OBJECTS OF THE INVENTION - Thus, the purpose of the present invention is to provide a variable data labeling tag that overcomes the usual problems, particularly as regards not generating disposable material, having greater resistance to aggressive environmental agents and others.

[007] Another object is to provide a tapemaking process that provides simple and advantageous fabrication from plain paper self-adhesive tape or laser marking self-adhesive tape.

[008] Another objective is to provide a suitable cost tape.

SUMMARY OF THE INVENTION - In order, therefore, to overcome the drawbacks and limitations in the state of the art regarding variable data labeling and in order to meet the objectives listed above, the variable data labeling has been developed and process of obtaining it, object of the present patent, said label tape having the advantage of being of type without support tape and pro- (linerless) and shielded through the top layer of clear plastic film and the process of obtaining which has as its characteristic to have as a raw material tape of adhesive paper or laser marking paper and, by appropriate procedures, use the liner of said sticker material for composing the shield of the label.

Thus, the linerless label tape does not form disposable material at the time of use, as with the usual liner tape.

[01 1] The protective film layer protects the label against environmental aggressions such as moisture and others.

[012] The process of using plain paper or laser marking paper and harnessing their liner to form the label shielding is a simple, inexpensive process capable of producing a plurality of variants for the label. for variable data marking, which makes it advantageous.

[013] LIST OF ILLUSTRATIVE DRAWINGS OF THE INVENTION - The accompanying drawings refer to the linerless and shielded variable data labeling tag and shielding process, objects of the present invention, in which:

[014] Fig. 1,1A show the shielded, linerless variable data marking label of the invention in plan and in section with its layers taken separately, respectively;

Figs. 2 to 6 show various label building options for shielded linerless variable data marking; Figs. 7 and 8 show two variants of label tapes formed with the labels of the previous figures;

[017] Fig. 9 shows a label reel;

Figs. 10 and 11 show schematics of the process of obtaining the label tape; and

Figs. 12,13 show the similar prior art label.

[020] As illustrated in the above figures, the self-adhesive variable data marking label 1, object of the present patent, is of a type used in supermarkets and the like to receive variable data markings such as weight, bar code, price and others, shortly before being applied to the receiving object, said marking, separation of the label from the rest of the tape and application made by appropriate labeling equipment.

In the usual constitution known in the state of the art (Fig. 12), said label 1 is formed by a body of label paper 2 for printing or laser marking which has incorporated, throughout the body area, thermal printing or laser marking layer 3 or incorporating 3 'thermal printing or laser marking areas in windows; said label body 2 may optionally have personalization visible print layer 4, consisting of the user's or other logo, said label 1 is further formed by pressure sensitive adhesive layer 5 adhered to the rear surface of body 2, wherein a succession of labels 1 is glued to a siliconized plastic backing tape 6 forming a variable data labeling tape 7 which is provided in a reel 8. [022] In the present invention and thus constituting one of the objects of protection of the present patent application, the self-adhesive variable data marking label 1 is of the linerless and shielded tape-less type and, therefore, comprised basically from top to bottom (fig. 1): by upper release and shield layer 10, formed by silicone layer 6 '; per BOPP or PET 6 "film layer and per lamination and shielding adhesive layer 20; said silicon and film originally constituting the liner of the adhesive material from which the label is obtained. The variable data labeling label, self-adhesive 1 according to the present invention, in one embodiment, may be comprised following the release and shielding layer 10 by sensing mark printing 30; printed layer 3 of laser marking ink; plain paper 2, which has the laser marking ink layer 3 printed over its entire surface.Finally, the self-adhesive variable data marking label 1 according to the invention provides for a pressure sensitive adhesive layer 5 adhered to the rear face of body 2.

Optionally (Fig. 2), the self-adhesive variable data marking label 1 is formed by: the upper release and shield layer 10, formed by silicone layer 6 '; per 6 "BOPP or PET film layer and per layer of lamination and shielding adhesive 20; per sensing mark printing 30; per layer printing (3) area (windows) of laser marking ink by plain paper label body 2 and by pressure sensitive adhesive layer 5 adhered to the rear face of body 2. Optionally (fig. 3), the self-adhesive variable data marking label 1 is formed by: the upper release and shield layer 10, formed by silicone layer 6 '; per BOPP or PET 6 "film layer and per lamination and shielding adhesive layer 20; per sensing mark printing 30; per visible personalization printed layer (s) 4; per printed layer 3 of laser marking ink, by plain paper label body 2, and by pressure sensitive adhesive layer 5 adhered to the rear face of body 2.

Optionally (Fig. 4), the self-adhesive variable data marking label 1 is formed by: the upper release and shield layer 10, formed by silicone layer 6 '; BOPP or PET 6 "film layer and lamination and shielding adhesive layer 20; sensing mark printing 30; personalization visible layer (s) 4; printing on registration (area) (windows) of laser marking ink 3 '; by plain paper label body 2, and by pressure sensitive adhesive layer 5 adhered to the rear face of body 2.

Optionally (Fig. 5), the self-adhesive variable data marking label 1 is formed by: the upper release and shield layer 10, formed by silicone layer 6 '; per BOPP or PET 6 "film layer and per lamination and shielding adhesive layer 20; for sensing mark printing 30; per paper label body originally for 2 'laser marking; and per pressure sensitive adhesive layer 5 adhered to the rear face of the body 2 '. Optionally (Fig. 6), the self-adhesive variable data marking label 1 is formed by: the upper release and shield layer 10, formed by silicone layer 6 '; BOPP or PET 6 "film layer and lamination and shielding adhesive layer 20; sensing mark printing 30; personalization visible layer (s) 4; per body label paper originally for laser marking 2 ', and by layer of pressure sensitive adhesive 5 adhered to the rear face of body 2'. For the purposes of this report, the term "originally laser marking paper" means paper that originally incorporates laser marking sensitive material which can be purchased ready to market.

[028] A shielded, self-adhesive linerless 1 variable data labeling tape 7 according to the present invention, when formed from plain paper self-adhesive tape, is top-down (Fig. 7). : by upper release layer and shield 10, formed by silicone layer 6 '; BOPP or PET 6 "film tape; and lamination and shielding adhesive layer 20. Said tape 7 is further comprised of: sensing mark impressions 30, printed within the boundaries between labels 1; per printed layer 3 of ink for laser marking or per layer of imprints in the area (windows) 3 'of ink for laser marking; for plain paper tape 2, and for pressure sensitive adhesive layer 5 adhered to the back side of the tape optionally said tape 7, in addition to the release and shield layer 10, is comprised of a layer consisting of sensing mark impressions 30; per layer (s) of personalization visible print (s) 4; per layer 3 or 3 'laser marking windows; by plain paper tape 2; and by a layer of pressure sensitive adhesive 5 adhered to the back face of plain paper tape 2.

[029] A self-adhesive shielded linerless 1 variable data labeling tape 7 according to the present invention when formed from tape of laser marking paper adhesive material is comprised top to bottom (FIG. 8): by upper release layer and shield 10, formed by silicone layer 6 '; BOPP or PET film tape 6 "; and laminating and shielding adhesive layer 20; sensing mark print layer 30, printed at the boundaries between labels 1; by laser marking paper 2 '; and per layer of adhesive 5. Optionally, said tape 7 is formed, in addition to the release and shield layer 10, by layer of sensing mark impressions 30, printed at the boundaries between the labels 1, per layer (s) printed (s). visible) of personalization 4; by originally laser marking paper 2 'and by pressure sensitive adhesive layer 5 adhered to the back face of laser marking paper 2'.

[030] A shielded linerless self-adhesive variable data labeling tape 7 reel 1 according to the invention is therefore comprised (Fig. 9); by a plurality of turns 40 arranged around each other, so that on the release and shielding layer 10 of a given loop 40 is glued so that the adhesive layer 5 of a loop can be peeled off. 40 and the adhesive layer 5 of said loop 40 is glued so that it can be peeled from the release and shield layer 10 of the lower loop 40.

[031] The method of obtaining the self-adhesive shielded linerless variable data labeling tape 7 according to the present invention is substantially carried out preferably as the process object of the same patent application PI 0902205-8, suitably adapted for the present application.

Thus, the process comprises the provision of tape spool of self-adhesive material 100 formed in one possibility: by plain paper tape 2, the front side of which forms the basis of printing; by layer of pressure sensitive adhesive 5 adhered to the back face of tape 2; and a support and protection tape (liner) 6 formed: by 6 "transparent BOPP or PET film tape and by silicone layer, 6 'and forecast of other inputs, such as paints, adhesive and others.

Said process is a continuous line process, essentially foreseeing a preparation step comprised substantially by mounting the tape spool of plain paper self-adhesive material 100 on equipment, ink feeding, adhesive and other inputs, and by steps of manufacturing themselves, understood in sequence by the steps of (fig. 10, 11):

1) Unwinding the tape of self-adhesive material 100 through unwinder 300;

[035] 2) - Print over the entire front side area of the paper ribbon 2 of the self-adhesive tape 100 is a continuous printing layer of laser marking ink 3 or, optionally, printing on registration areas 3 '(windows) of laser marking ink, via printer 301;

[036] Printing Sensitive Marks 30 with Visible Ink and, optionally, printing with Visible Common Ink, personalization prints 4, such as logos, margins, or others on registration over laser marking ink layer 3 or on registration for the 3 'laser marking ink windows by means of a printer 302;

[037] 3) - Apply a layer of lamination adhesive 20 to the surface of plain paper tape 2 provided with layer 3 or windows 3 'of laser marking ink, fitted with sensing marks 30 and, where appropriate. from the printed personalization layer (s) 4 forming a top-down composite adhesive tape: per layer of lamination adhesive 20, layer 3 or windows 3 'of laser marking ink; by sensing marks 30; if applicable, by custom printed layer (s) 4; per layer of plain paper 2, per layer of lower pressure sensitive adhesive 5; and liner 6 composed of silicone 6 'and BOPP or PET film 6 "; said adhesive application 20 made by glue applicator 303;

4) - Delineate the liner 6 of the tape formed in the previous step, by means of rollers 304 of the equipment, forming two tapes: A first printed adhesive paper tape formed from top to bottom: per layer of lamination adhesive 20, per layer 3 or 3 'windows of laser marking ink; by sensing marks 30; if applicable, by custom printed layer (s) 4; per plain paper layer 2 and per lower pressure sensitive adhesive layer 3; and a second liner tape 6; said first bonded printed paper tape 20-3 / 3'-30- 4-2-5 has its adhesive printed side and liner 6 with silicone side 6 'facing in the same direction upwards;

[039] 4.1) - Shift the normally printed adhesive paper tape 20- 3/3 '-30-4-2-5 normally forward and move the liner tape 6 laterally out from under it through the first bar. lateral displacement 305 of the equipment oriented to move the liner tape 6 laterally outwardly under the adhesive printed paper tape 20-3 / 3'-30-4-2-5;

[040] 4.2) - From the first side scroll bar 305, advance liner tape 6 to the side position and above the adhesive bonded printed paper tape tape 20-3 / 3'-30-4-2-5 , up to a second side sliding bar 306 of the equipment, higher than the first 305 and oriented to bring the liner tape 6 up and parallel to the adhesive printed paper tape 20-3 / 3'-30-4- 2-5; this and liner tape 6 overlap, parallel and with respectively the surface with the printing and adhesive layer 20-3 / 3'-30-4 and the surface with the silicone layer 6 'facing the same position. , up;

[041] 4.3) - Relining the liner tape 6 over the lamination adhesive layer 20 disposed on the adhesive bonded printed paper tape 20-3 / 3'-30-4-2-5 through the roller re-rollers 307 of the - so that the silicone layer 6 'is externally facing, thereby forming the top-down, shielded, linerless, variable-rate self-adhesive labeling tape 7: by silicone layer 6'; per layer of BOPP or PET film 6 "; per layer of lamination and shielding adhesive 20; per layer of printing (layer 3 or windows 3 ') of laser marking ink; optionally per personalization printing layer 4 with visible ink; per sensing mark print layer 30; per plain paper layer 2; per pressure sensitive adhesive layer 5.

[042] 5) - Rewind the self-adhesive labeling tape 7 for shielded linerless variable data marking obtained in the previous step, forming the reel 8 by rewinder 308, thereby composing the self-adhesive labeling tape 7 reel 8 for variable data linerless shield, composed of a plurality of loops 40 so that on the release and shield layer 10 of a given loop 40 is glued so that the adhesive layer 5 of an upper loop 40 and the adhesive layer 5 can be peeled off. of said given loop 40 is glued so that it can be detached from the release and shield layer 10 of lower loop 40.

Optionally, the process may use as a raw material a coil of self-adhesive paper originally from 2 'laser marking paper.

[044] In this case, the printing step of the printed layer 3 of laser marking ink or the printing layer of the printing layer in register of laser marking area (s) 3 'is not foreseen. All other steps are provided for. [045] Within the basic construction described above, it is claimed that the self-adhesive shielded linerless variable data tag 1 and the tape 7 formed by a succession of said tags, the coil 8 formed by the tape 7 and the process of obtaining of them, objects of the present patent may receive modifications of construction, sizing, materials, functional and ornamental configurations, modifications of steps and process parameters without departing from the scope of protection.

Within that, instead of the process foreseeing the step of shifting the laterally delaminated liner as described above, a step may be envisaged wherein the delaminated liner is advanced to just beyond the rewinder, shifted up, back, down and looping and relaminating over the adhesive of the 20-3 / 3 '-30-4-2-5 adhesive printed plain paper tape as provided in another patent application of the same applicant. Optionally such movement may be made with respect to the unwinder, as also provided in said other patent application. Optionally, the liner 6 may be delaminated from the self-adhesive tape 100, rewound forming a liner spool and mounted on a unwinder located at a suitable location of the equipment and re-rolled.

[047] This self-adhesive shielded linerless variable data labeling label 1, in addition to the above applications, can be used to advantage with product identification in cartons, packaging for logistics. The fact that the label is shielded is advantageous for this application.

[0481 LEGEND

[049] 1 - Label;

[050] 2 - Plain paper label body; - Thermal printing or laser marking layer;

'- Areas (windows) for thermal printing or laser marking; - Customizable visible print layer;

- Pressure sensitive adhesive layer;

- Support and protection silicon plastic film tape (liner); - Label tape for variable data marking;

- coil;

0 - Upper release and shielding layer;

'- Silicone layer;

"- BOPP or PET film layer;

0 - Lamination and shielding adhesive layer;

'- Paper label body originally for laser marking; 0 - Sensing mark;

0 - turns;

00 - Tape of self-adhesive material;

00 - Unwinder;

01 - Printer;

02 - Printer;

03 - Glue applicator;

04 - Roller rollers;

05 - First lateral displacement bar;

06 - Second lateral displacement bar;

0-3 / 3 '-30-4-2-5 - Adhesive printed plain paper tape;

07 - Roller rollers;

08 - Rewinder.

Claims

1) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORTING AND PROTECTIVE RIBBON", consisting of: label body (2) which has embedded layer (3) or areas (windows) (3) 'for term printing or laser marking; optionally by personalization visible print layer (4); a pressure sensitive adhesive layer (5) adhered to the rear surface of the body (2), characterized in that it is of a linerless and shielded type, top-to-bottom: upper release layer and shield (10) formed of silicone layer (6) '; BOPP or PET film layer (6) "and per lamination and shielding adhesive layer (20); said self-adhesive variable data marking label (1) comprised, following the release and shielding layer (10), by sensing mark (30); printed layer (3) of laser marking ink; layer consisting of the plain paper label body (2), which has, throughout its area, printed layer (3) of marking ink and finally, the self-adhesive variable data marking label (1) provides for a pressure sensitive adhesive layer (5) adhered to the rear face of the body (2).

2) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORTING AND PROTECTIVE RIBBON" according to claim 1, characterized by the silicone layer (6) '; and the BOPP or PET film layer (6), which constitute the upper release and shield layer (10), originally constitute the support and protection tape (liner) of the adhesive material from which the label is obtained. 3) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORTING AND PROTECTIVE RIBBON" according to claim 1 and 2, characterized by: the upper release and shield layer (10) formed by the silicone layer (6 ) '; per BOPP or PET film layer (6) "and per lamination and shielding adhesive layer (20); per sensing mark (30); per area (s) (3) registration log layer (3) ' laser marking ink, by plain paper label body (2), and by pressure sensitive adhesive layer (5) adhered to the rear face of the body (2).

4) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD RIBBON" according to claim 1 and 2, characterized by: the upper release and shield layer (10) formed by the silicone layer (6 ) '; BOPP or PET film layer (6) "and lamination and shielding adhesive layer (20); sensing mark (30); visible personalization printed layer (s) (4) per printed layer (3) of laser marking ink over the entire area of the label body (2), per plain paper label body (2), and per layer of pressure sensitive adhesive (5) adhered to the face rear of the body (2).

5) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORTING AND PROTECTIVE RIBBON" according to claim 1 and 2, characterized by: the upper release and shield layer (10) formed by the silicone layer (6 ) '; BOPP or PET film layer (6) "and lamination and shielding adhesive layer (20); sensing mark (30); visible printable personalization layer (s) (4); per layer of printing in area (s) (windows) (3) 'registration of laser marking ink; per plain paper tag body (2); and by a layer of pressure sensitive adhesive (5) adhered to the rear face of the body (2).

6) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD RIBBON" according to claim 1 and 2, characterized by: the upper release and shield layer (10) formed by the silicone layer (6 ) '; BOPP or PET film layer (6) "and lamination and shielding adhesive layer (20); sensing mark (30); paper label body (2) ', which originally incorporates marking sensitive material by laser, on which said upper release and shielding layer (10) is disposed, and by pressure-sensitive adhesive layer (5) adhered to the rear face of the body (2) '.

7) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD RIBBON" according to claim 1 and 2, characterized by: the upper release and shield layer (10) formed by the silicone layer (6 ) '; BOPP or PET film layer (6) "and lamination and shielding adhesive layer (20); sensing mark (30); personalization visible print layer (s) (4) ), by paper label body (2) ', which originally incorporates laser marking sensitive material, and by pressure sensitive adhesive layer (5) adhered to the rear face of body (2)'.

8) - "SELF-CLEAR VARIABLE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION RIBBON" of claim 1 and 2, characterized by a tape (7) having a succession of self-adhesive linerless shielded variable data labeling tags, top-to-bottom: upper release and shielding layer (10). ) formed by silicone layer (6) '; BOPP or PET film tape (6) "; and laminating and shielding adhesive layer (20); said tape (7) further formed by: layer consisting of impressions of sensing marks (30), printed within the boundaries between labels (1), by printed layer (3) of laser marking ink or by layer consisting of laser-area ink (s) (window) registration (3), of plain paper ( 2) and by a pressure sensitive adhesive layer (5) adhered to the back face of the plain paper tape (2), optionally said tape (7) is formed by said release and shielding layer (10); by sensing mark impressions (30); by visible customizable printing layer (s) (4); by layer (3) or by laser marking windows (3); by paper tape (2) and by a layer of pressure-sensitive adhesive (5) adhered to the back of the plain paper tape (2). 9) - "SELF-ADHESIVE LABEL VARIABLE DATA RACTION WITHOUT SUPPORTING AND PROTECTIVE RIBBON "according to claim 1 and 2, characterized by tape (7) with a succession of self-adhesive linerless shielded variable data labeling (1) from top to bottom: upper release and shield layer (10) formed of silicone layer (6) '; BOPP or PET film tape (6) "; and layer of lamination and shielding adhesive (20); said tape (7) further formed by: layer consisting of impressions of sensing marks (30) printed on the boundaries between the labels (1); by paper tape originally for laser marking (2) '; and by a layer of pressure sensitive adhesive (5) adhered to the back face of the laser marking paper (2) '; or optionally said tape (7) is comprised of: the release and shielding layer (10); by impressions of sensing marks (30); per visible printed personalization layer (s) (4); per layer consisting of originally laser marking paper (2) '; and by a layer of pressure sensitive adhesive (5) adhered to the back face of the laser marking paper (2) '.

10) - "SELF-SEPARATE DATA MARKING LABEL WITHOUT SUPPORT AND PROTECTION AND SHIELD RIBBING" according to claim 1 and 2, characterized by variable data marking label tape (7) (7) , self-adhesive (1) shielded linerless, comprising a plurality of turns (40) arranged around each other, so that on the release and shielding layer (10) of a given loop (40) is glued so that the adhesive layer (5) from an upper loop (40) is peeled off and the adhesive layer (5) of said given loop (40) is glued so that it can be peeled from the release and shield layer (10) of the loop (40) lower.

1) - "SELF-CUTTING SELF LABELING PROCESS FOR VARIABLE AND PROTECTIVE AND ARMORED RIBBON MARKING", from which the labels of claims 1 to 10 are obtained, characterized by the provision of a self-adhesive tape reel (100) consisting of: plain paper tape (2); pressure-sensitive adhesive layer (5) adhered to the back face of the tape (2); and by support and protection tape (liner) (6) formed by: BOPP or transparent PET film tape (6) "and by silicone layer, (6) 'and forecasting of other inputs and comprising the steps:

1) - Unwind the tape of self-adhesive material (100);

2) - Print over the entire front side area of plain paper tape

(2) of the self-adhesive tape (100) a continuous printing layer of laser marking ink (3) or, optionally, printing in register (3) '(windows) of laser marking ink;

- Print with visible common ink sensing marks (30) and,

- optionally printing with plain, visible ink, personalization prints (4), registration on the laser marking ink layer (3) or registration relative to the laser marking ink windows (3) ';

3) - Apply laminating adhesive layer (20) to the surface of plain paper tape (2) with sensing marks (30) and, where appropriate, printed layer (s). personalization (4); and layer (3) or windows (3) of laser marking ink;

4) - Delineate the liner (6) of the tape formed in the previous step so as to form two tapes: First printed adhesive paper strip formed from top to bottom: per layer of lamination adhesive (20); by sensing marks (30); where appropriate, by custom printed layer (s) (4); per layer (3) or windows

(3) ink for laser marking; per layer of plain paper (2); and per layer of lower pressure sensitive adhesive (3); and second liner tape (6); said first adhesive printed plain paper tape (20) - (3) / (3) '- (30) - (4) - (2) - (5) has its adhesive printed side (20) - (3) / (3) '- (30) - (4) and the liner (6) with the silicone face (6)' facing in the same direction upwards;

4.1) - Move the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - (4) - (2) - (5) normally forward and move the liner tape (6) ) laterally outwardly underneath it via the first lateral sliding bar (305) of the apparatus oriented to move the liner tape (6) laterally outwardly under the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - (4) - (2) - (5);

4.2) - From the first side scroll bar (305), advance the liner tape (6) to the side position and above the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - (4) - (2) - (5), up to a second lateral travel bar (306) of the equipment, higher than the first (305) and oriented to bring the liner tape (6) into position above and parallel to the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - (4) - (2) - (5), so that it is the liner tape (6 ) overlap, parallel and with respectively the surface with the printing and adhesive layer (20) - (3) / (3) '- (30) - (4) and the surface with the silicone layer (6) 'facing the same position upwards;

4.3) - Relaminate the liner tape (6) over the laminate adhesive layer (20) disposed on the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - ( 4) - (2) - (5) through re-rollers (307) of the equipment, so that the silicone layer (6) 'faces externally, forming the self-adhesive labeling tape (7) for linerless variable data marking armored, composite, top to bottom: by silicone layer (6) '; per layer of BOPP or PET film (6) "; per layer of lamination and shielding adhesive (20); sensing mark printing layer (30); optionally per personalization print layer (4) with visible ink; by layer consisting of layer (3) or windows (3) of laser marking ink; per layer of plain paper (2); and per layer of pressure sensitive adhesive (5).

5) - Rewind the tape (7) of self-adhesive shielded linerless variable data marking tape, forming coil (8), composed of a plurality of turns (40) so that on the release and shielding layer (10) of a said loop (40) is glued so that the adhesive layer (5) can be peeled off from an upper loop (40) and the adhesive layer (5) of said given loop (40) is peelable of the release and shield layer (10) of the lower loop (40).

12. "Self-adhesive labeling process for marking and shielding and shielded data" according to claim 1, characterized in that the process can optionally use a feed coil as a raw material. adhesive material originally from laser marking paper (2) 'and not providing for the printing of layer (3) or area (s) (windows) (3)' of laser marking ink.

13. "Self-adhesive labeling process for marking and shielding and shielded variable data" according to claims 11 or 12, characterized in that, optionally in place of bypass steps 4.1 and 4.2, step of advancing the delineated liner just beyond the rewinder or the unwinder, move it up, back or forward, down and forward (looping) and re-roll it over the adhesive (20) of the adhesive printed plain paper tape (20) - (3) / (3 ) '- (30) - (4) - (2) - (5). 14) - "SELF-SELF-CUTTING DATA PROCESS FOR MARKING WITHOUT SUPPORTING AND PROTECTED RIBBON" according to claim 11 or 12, characterized in that, optionally in place of bypass steps 4.1 and 4.2, The provided step is to form a spool with the delaminated liner and from said spool re-roll it over the adhesive (20) of the adhesive printed plain paper tape (20) - (3) / (3) '- (30) - ( 4) - (2) - (5).