CN104575258A - Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof - Google Patents

Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof Download PDF

Info

Publication number
CN104575258A
CN104575258A CN201510064751.4A CN201510064751A CN104575258A CN 104575258 A CN104575258 A CN 104575258A CN 201510064751 A CN201510064751 A CN 201510064751A CN 104575258 A CN104575258 A CN 104575258A
Authority
CN
China
Prior art keywords
adhesive
adhesive label
release liners
label
labeling
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201510064751.4A
Other languages
Chinese (zh)
Inventor
陈明发
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
HAINAN YAYUAN ANTI-COUNTERFEITING TECHNOLOGY INSTITUTE
Original Assignee
HAINAN YAYUAN ANTI-COUNTERFEITING TECHNOLOGY INSTITUTE
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by HAINAN YAYUAN ANTI-COUNTERFEITING TECHNOLOGY INSTITUTE filed Critical HAINAN YAYUAN ANTI-COUNTERFEITING TECHNOLOGY INSTITUTE
Priority to CN201510064751.4A priority Critical patent/CN104575258A/en
Publication of CN104575258A publication Critical patent/CN104575258A/en
Pending legal-status Critical Current

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65C—LABELLING OR TAGGING MACHINES, APPARATUS, OR PROCESSES
    • B65C9/00—Details of labelling machines or apparatus
    • B65C9/26—Devices for applying labels
    • B65C9/28—Air-blast devices
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
    • G09F3/02—Forms or constructions
    • G09F3/0286—Forms or constructions provided with adaptations for labelling machines
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
    • G09F3/04—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps to be fastened or secured by the material of the label itself, e.g. by thermo-adhesion
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
    • G09F3/02—Forms or constructions
    • G09F2003/0257—Multilayer

Landscapes

  • Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Theoretical Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Adhesive Tapes (AREA)

Abstract

The invention provides a low-carbon self-adhesive paper, as well as a label and a labeling method and a labeling head thereof. The low-carbon self-adhesive paper and the label thereof are transparent release type self-adhesive material and the label thereof, wherein a blowing hole or a blowing gap is formed in a labelling machine label outlet plate; in labeling, compressed air is blown out through the blowing hole or the blowing gap and flows out of the release paper, thus boosting the self-adhesive label to upwarp. According to the low-carbon self-adhesive paper, as well as the label and the labeling method and the labeling head thereof, the thickness of a mechanically labelled self-adhesive label can be greatly reduced, so that a great amount of resources can be saved, and the environment protection and low carbon can be facilitated.

Description

low-carbon (LC) self-adhesive paper and label thereof and labeling method and labeling head
Technical field
The invention belongs to adhesive label and labelling machine field thereof, be specifically related to a kind of environmental protection low-carbon (LC) self-adhesive paper and label thereof and machine labeling method and labeling head.
Background technology
Chinese utility model patent " the labeling head (CN2433189Y) of labelling machine " is in its background technology, describe the labeling principle of existing adhesive label: see Fig. 5 (labeling head), release liners (1) drives adhesive label (4) to move forward, and at front crest line (7) place going out target (6), anxious inflection is returned.Because existing adhesive label (4) is very thick, have larger deflection, so inherent very power can be relied on automatically to tilt, depart from release liners (1) directive product, thus be pasted on product.This labeling principle, the industry standard determining adhesive label is: the thickness of film class facial tissue layer must be greater than 35 μm, the thickness of stationery facial tissue layer must be greater than 80g/m 2.Otherwise adhesive label facial tissue layer automatically will cannot tilt not, cannot depart from off-style paper layer, cannot be pasted product by directive because of too thin, deflection.
The insider being engaged in pressure-sensitive table printing and use knows, list needs from the use of product, thickness 6-16 μm of film class label surface ply of paper, the thickness 28-40g/m of stationery facial tissue layer 2just product needed can be met.In other words, the labeling method of existing adhesive labeling machine, requires that label surface ply of paper is very thick and endures very much, cause the wastings of resources such as the material of 50-80%, very not environmentally low-carbon (LC).
Existing flexible packaging, as plastic packaging bags such as salt bag, sanitary napkin bag, facial mask bag, food bags, is all multi-layer compound package bag.Chinese utility model patent " anti-counterfeit composite package (CN2426188Y) ", adopts adhesive labeling machine to be pasted in interlayer by antifalsification label.But, but run into such difficult problem in application practice---remain the bubble being difficult to eliminate around antifalsification label.Trace it to its cause: because label surface ply of paper is too thick, cause packing material surface layer and between bottom and label edges, define a cavity around label, the air in cavity is difficult to get rid of clean, so form the bubble that cannot eliminate.These bubbles are easy to the surface layer and the bottom layering that cause packing material, and then cause packaging bag damaged, meanwhile, being also easy to consumer is felt has been the commodity moldy metamorphism in packing material.So user does not accept alveolate defective packing material around this label.
Very thick existing adhesive label, pastes after on the coiled strips such as soft packaging bag, and labeling position can be accumulated and thicken, and then causes local, rolling face serious protruding, causes soft packaging bag fold, both affected attractive in appearance, affect again postorder robotization encapsulation.
Experiment finds, when label thickness is reduced to less than 12 μm, just disappear completely around the bubble of label in composite bed, rolling face local crowning also mitigates, also not fold, do not affect postorder robotization yet and encapsulate.
Summary of the invention
An object of the present invention: provide a kind of low-carbon (LC) self-adhesive paper, to cut the waste, to promote environmental protection and low-carbon (LC).
Object two of the present invention: provide a kind of low-carbon (LC) adhesive label, to cut the waste, to promote environmental protection and low-carbon (LC).
Object three of the present invention: a kind of low-carbon (LC) adhesive label labeling method is provided, with power-assisted label tilt, solve ultra-thin adhesive label can not machine paste a difficult problem.
Object four of the present invention: a kind of low-carbon (LC) adhesive label labeling head is provided.
The technical scheme of a kind of low-carbon (LC) of the present invention self-adhesive paper is as follows.
A kind of low-carbon (LC) self-adhesive paper (the paper various printable paper of general reference described here or film or the printed material such as paper tinsel or cloth), comprises release liners (1) layer, adhesive sticker (2) layer, facial tissue (3) layer; It is characterized in that: described release liners (1) is the ventilative release liners (1) selecting gas permeable material to be made.
It is appreciated that described gas permeable material can be various ventilative woven fabric or Breathable nonwoven or air-permeable paper or micropore (13) paper or joint-cutting (12) paper or breathable composite or other gas permeable material.
The technical scheme of a kind of low-carbon (LC) of the present invention adhesive label is as follows.
A kind of low-carbon (LC) adhesive label, is a kind of adhesive label (4) of (being die cut to) geometric configuration, comprises release liners (1) layer, adhesive sticker (2) layer, facial tissue (3) layer; It is characterized in that: described release liners (1) is the ventilative release liners (1) selecting gas permeable material to be made.
It is appreciated that described gas permeable material can be various ventilative woven fabric or Breathable nonwoven or air-permeable paper or micropore (13) paper or joint-cutting (12) paper or breathable composite or other gas permeable material.
More preferably, described facial tissue (3) thickness≤25 μm or 18 μm; Or, described facial tissue (3) thickness≤55g/m 2or 40g/m 2.
Implement the present invention, because ventilative release liners (1) exists micropore (13), more because its quality is softer, became uneven is even, not too be applicable to existing cutter version cross cutting, so, preferably adopt " the nonstandard base stock adhesive label die cutting method (Chinese Patent Application No. 2014104848931) " of the applicant to carry out cross cutting processing.
More preferably, without the need to adopting ventilative release liners (1) adhesive material, but first adopt existing (non-breathable) release liners (1) adhesive material to print adhesive label (4), and then in upper adhesive label (4) position of release liners (1), cut some local joint-cutting (12) or stamp some local micropore (13).In other words, in upper adhesive label (4) position of release liners (1), be cut with some local joint-cutting (12) or be equipped with some local micropore (13).
In sum, low-carbon (LC) adhesive label, is further characterized in that one of following:
1. described gas permeable material is ventilative woven fabric or Breathable nonwoven or air-permeable paper or micropore (13) paper or joint-cutting (12) paper or other gas permeable material;
2. described facial tissue (3) layer thickness≤25 μm or 18 μm;
3. described facial tissue (3) layer thickness≤55g/m 2or 40g/m 2;
4. upper adhesive label (4) position of described release liners (1), is cut with some local joint-cutting (12) or is equipped with some local micropore (13).Local joint-cutting (12) described here or local micropore (13), relatively expire the ventilative ventilative release liners (1) of version, its technical requirement is: only upper adhesive label (4) position of release liners (1), must offer joint-cutting (12) or micropore (13), need not there be joint-cutting (12) or micropore (13) in other position.
The technical scheme of a kind of low-carbon (LC) of the present invention adhesive label labeling method is as follows.
A labeling method for low-carbon (LC) adhesive label, comprises and uses adhesive labeling machine to be added by adhesive label (4) and be attached on product, it is characterized in that: go out on target (6) at adhesive labeling machine, offers gas hole (5) or seam (8) of blowing; Pressurized air (9) via gas hole (5) or seam (8) of blowing, more outwards blows out through release liners (1), tilts with power-assisted adhesive label (4); " tilting " described here refers to that adhesive label (4) does not turn over front crest line (7) with release liners (1), disengaging release liners (1) is penetrated forward.Described here " the wedge shape stripping body A1 " going out target (6) and be equivalent in background technology " the labeling head (CN2433189Y) of labelling machine ".
Preferably, the blowing direction (10) of described pressurized air (9), basically identical with the bid direction (11) of adhesive label (4), preferably blow to adhesive label (4) a little, research display: blowing direction (10) deflection adhesive label (4) 5-45 degree angle is best.
Label of the present invention warps principle: when the adhesive label (4) of very thin very soft (not enduring) moves to front crest line (7) place forward with ventilative release liners (1), adhesive label (4) front end will by gas hole (5) or blow that seam (8) be produced by boasting, blow afloat through the pressurized air (9) of ventilative release liners (1), thus remain straight and upright tilting state, will not walk with release liners (1) race of turning round, be beneficial to directive product, be affixed on product.In other words, the auxiliary external force that the present invention adopts pressurized air (9) to blow out, instead of the internal force that warps that existing adhesive label (4) self deflection produces; Can ensure that adhesive label (4) must tilt thus very reliably complete the stripping of adhesive label (4), labeling action.
More preferably, described release liners (1) is a kind of antiseized travelling belt of low off-type force (14) that can be recycled, and can also be a kind of Ventilated anti-sticking travelling belt (14) that can be recycled.So, just can by label facial tissue (3) layer in existing release liners, move on the antiseized travelling belt of low off-type force (14) that can be recycled, also can by label facial tissue (3) layer in existing release liners, move on the Ventilated anti-sticking travelling belt (14) that can be recycled, then carry out labeling.
Particularly it is appreciated that described antiseized travelling belt (14) can be made into the wall scroll strip (15) of the endless of open loop, also can be made into the strip ring (16) of the certain length of closed loop.Wall scroll strip (15) can by the recycling use of label printing factory, and strip ring (16) can be arranged on adhesive labeling machine cocycle and use.Described strip ring (16) is ventilative strip ring (16) preferably.
Also have it is appreciated that in upper adhesive label (4) present position of described release liners (1), cut some local joint-cutting (12) or stamp some local micropore (13).
Also have more preferably, described gas hole (5) or seam (8) of blowing, be opened in out target (6) and go forward crest line (7) place.
Experiment finds: when described pressurized air (9) blows out from gas hole (5) or seam (8) of blowing always, adhesive label (4) can produce shake, and this can affect the accuracy of labeling position.For this reason, an air valve (switch) can be set, adhesive label (4) pause waiting time blow, penetrate target stop instantaneously blow.In other words, described pressurized air (9) blows afloat adhesive label (4) off and on.
In sum, low-carbon (LC) adhesive label labeling method, is further characterized in that one of following:
1. described blowing direction (10) is consistent with the bid direction (11) of adhesive label (4);
2. described blowing direction (10) deflection adhesive label (4) 5-45 degree angle;
3. described ventilative release liners (1) is a kind of Ventilated anti-sticking travelling belt (14) that can be recycled;
4. in upper adhesive label (4) position of described release liners (1), cut some local joint-cutting (12) or stamp some local micropore (13);
5. described gas hole (5) or seam (8) of blowing, be opened in out target (6) and go forward crest line (7) place;
6. described pressurized air (9) blows afloat adhesive label (4) off and on.
Pressurized air of the present invention (9) comprises the wind with certain wind-force that electric fan blows.
The technical scheme of a kind of low-carbon (LC) adhesive label of the present invention labeling head is following 1. or 2. or 3..
1. a low-carbon (LC) adhesive label labeling head, goes out on target (6) at adhesive labeling machine, is provided with gas hole (5) or seam (8) of blowing; Pressurized air (9) outwards blows out via gas hole (5) or seam (8) of blowing, and tilts with power-assisted adhesive label (4)." tilting " described here refers to that adhesive label (4) does not turn over front crest line (7) with release liners (1), thus disengaging release liners (1) is penetrated forward.
2. another kind of low-carbon (LC) adhesive label labeling head, labeling head is provided with negative pressure roller (17), and negative pressure roller (17) is separated lock (19) by positive/negative pressure and is separated into vacuum chamber (20) and malleation chamber (21); During labeling, first adhesive label (4) is adsorbed onto vacuum chamber (20) side of negative pressure roller (17) from release liners (1), go to malleation chamber (21) side again, then discharge, paste and get back in release liners (1) or transfer on strip ring (16).It is advantageous that adhesive label (4) pastes back after in release liners (1), the peeling force between adhesive label (4) and release liners (1) alleviates, and is conducive to very thin adhesive label (4) and successfully relies on self very power tilting, bid.Described strip ring (16) can be a kind of low off-type force (off-type force≤6g/25mm) non-breathable strip ring (16), also can be ventilative strip ring (16).
3. it is appreciated that going out on target (6) at adhesive labeling machine, be provided with a kind of strip ring (16) of cycle operation, this strip ring (16) one end is enclosed within front crest line (7), and the other end is enclosed within power wheel (18).
More preferably, described strip ring (16) is ventilative strip ring (16).
Compared with prior art, the present invention can produce following beneficial effect.
One, greatly can reduce the thickness of adhesive material facial tissue (3) layer, the wasting of resources can be reduced, promote environmental protection and low-carbon (LC).Experiment display: film facial tissue (3) layer thickness can be down to 6 μm from existing 35 μm, saves material resources up to 83%; The thickness of stationery facial tissue (3) layer can from 80g/m 2be down to 28g/m 2, save material resources up to 65%.Adopt the present invention to invent " nonstandard base stock adhesive label die cutting method (application number 2014104848931) " in conjunction with the applicant again, significantly can reduce the cost of release liners and facial tissue, reduce the wasting of resources, promote environmental protection and low-carbon (LC).
In two, using, even if not thinning facial tissue (3) layer, indivedual adhesive label (4) also can be avoided to fail tilt and taken away by release liners (1), cause product to leak labelled quality accident.Realize display: adopt labeling method of the present invention, 100% can avoid leak labelled quality accident.
In three, using, even if not thinning facial tissue (3) layer, also can greatly improve labeling speed, experiment display: adopt labeling method of the present invention, can improve labeling speed to 600 piece/point, improves labeling speed more than 30%.
Four, use the present invention can the very thin adhesive label (4) of machine veneer ply of paper, the bubble around multi-layer compound package thing interior label can be eliminated.
Five, ultra-thin adhesive label (4), pastes after on the coiled strips such as soft packaging bag, and rolling face, labeling position local crowning phenomenon alleviates greatly, can avoid causing soft packaging bag fold, does not affect postorder robotization encapsulation.
Front crest line (7) place six, going out target (6) blows out owing to there being pressurized air; therefore between release liners (1) and front crest line (7), an air cushion is defined; decrease friction force; experiment display: the frequency that ventilative release liners (1) is torn significantly reduces, and causes the probability of production line stop significantly to reduce.
Seven, because of the anchorage force of strip ring (16) and the acting in conjunction of tension force thereof, release liners (1) no longer bears huge pulling force, so not easy fracture, thus can reduce release liners (1) thickness, reach the object of the environmental protection that economizes on resources, promotes.
Eight, durable antiseized travelling belt (14) can not be torn, and has fundamentally stopped the possibility of tape break stop, and production efficiency can be made significantly to improve.
For making above-mentioned purpose of the present invention, feature and advantage become apparent, the comprehensive preferred embodiment of the present invention cited below particularly, and coordinate accompanying drawing to be described in detail.
Accompanying drawing explanation
Fig. 1 is low-carbon (LC) adhesive label labeling method schematic diagram of the present invention.
Fig. 2 is low-carbon (LC) self-adhesive paper of the present invention and label construction schematic diagram thereof.
Fig. 3 is the cross section structure schematic diagram of A-B position in Fig. 2.
Fig. 4 is another kind (the full version hole/seam) structural representation of low-carbon (LC) self-adhesive paper of the present invention and label thereof.
Fig. 5 is the structural representation of existing adhesive labeling machine labeling head.
Fig. 6 be in low-carbon (LC) adhesive label labeling method of the present invention strip ring recycle schematic diagram.
Fig. 7 is Ventilated anti-sticking travelling belt (wall scroll strip) schematic diagram.
Fig. 8 is Ventilated anti-sticking travelling belt (strip ring) schematic diagram.
Fig. 9 is the bid plate structure schematic diagram in Fig. 1.
Figure 10 is for going out gas hole position, crest line place schematic diagram before target.
Figure 11 is gas hole schematic diagram above bid front edge of board.
Figure 12 is for going out crest line place gas hole seam position schematic diagram before target.
Figure 13 is a kind of gas hole schematic diagram on target.
Figure 14 is the one air blowing seam schematic diagram on target.
Figure 15 is release liners (partial bores/seam) structural representation of low-carbon (LC) adhesive label of the present invention.
Figure 16 is the structural representation of the present invention's another kind of adhesive labeling machine labeling head.
Figure 17 is the structural representation of another adhesive labeling machine labeling head of the present invention.
Drawing reference numeral illustrates: 1-release liners, 2-adhesive sticker, 3-facial tissue, 4-adhesive label, 5-gas hole, 6-goes out target, crest line before 7-, 8-blows seam, 9-pressurized air, 10-blowing direction, 11-bid direction, 12-joint-cutting, 13-micropore, the antiseized travelling belt of 14-, 15-wall scroll strip, 16-strip ring, 17-negative pressure roller, 18-power wheel, the positive/negative pressure of 19-separates lock, 20-vacuum chamber, 21-is (often) pressure chamber just, 22-hold down gag (such as stage clip, pressure pearl, pinch roller etc.).
Embodiment one.
Make a kind of low-carbon (LC) self-adhesive paper.
As shown in Figure 2, Figure 3, Figure 4, a kind of 85g/m is chosen 2ge Laxin release liners as release liners (1) layer, then choose a kind of 12 μm of thick clear PET film as facial tissue (3) layer, upper adhesive sticker (2) layer of coating between, thus it is for subsequent use to make a kind of adhesive material.
Release liners (1) layer of above-mentioned adhesive material for subsequent use is separated with facial tissue (3) layer, tapping and plugging machine is adopted to stamp the micropore (13) of some diameters 0.1-2mm at release liners (1) layer again, and then compound is gone back facial tissue (3) layer, a kind of ventilative release liners (1) self-adhesive paper---low-carbon (LC) self-adhesive paper of the present invention.
Also can above-mentioned adhesive material for subsequent use be loaded on the adhesive label die-cutting machine of Yuan Ya garden, release liners (1) layer is die-cut to strip.In other words, cut out a rule joint-cutting (12) at release liners (1) layer, thus make a kind of ventilative release liners (1) self-adhesive paper---low-carbon (LC) self-adhesive paper of the present invention.
Also 55g/m can be selected 2breathable nonwoven as base material, by its surface coating one deck silicone oil, thus make ventilative release liners (1) self-adhesive paper---low-carbon (LC) self-adhesive paper of the present invention.
Embodiment two.
Print a kind of low-carbon (LC) adhesive label.
As shown in Figure 2, Figure 3, Figure 4, adopt ventilative release liners (1) self-adhesive paper that above-described embodiment one is made, the adhesive label (4) of printing certain geometrical shape.
Then, adopt laser die cutting machine to carry out cross cutting waste discharge, a kind of ventilative release liners (1) adhesive label (4)---low-carbon (LC) adhesive label of the present invention.
Embodiment three.
A kind of low-carbon (LC) adhesive label labeling method.
As shown in Figure 1, go out near target (6) front crest line (7) position at existing adhesive labeling machine, offer some gas holes (5), or offer a seam (8) of blowing, pressurized air (9) is led to gas hole (5) or seam (8) of blowing, make it from gas hole (5) or seam (8) blowout of blowing, and make blowing direction (10) consistent with bid direction.
Ventilative release liners (1) adhesive label (4) made by above-described embodiment two is loaded on labelling machine, labeling on product.During labeling, pressurized air (9) via front crest line (7) place gas hole (5) or blow seam (8), outwards blow out through release liners (1), thus can power-assisted adhesive label (4) tilt.Like this, the automat namely completing 12 μm of thick ultra-thin adhesive labels (4) pastes task.
Embodiment four.
Another kind of low-carbon (LC) adhesive label labeling method.
As shown in Fig. 1, Fig. 9, go out near target (6) front crest line (7) position at existing adhesive labeling machine, offer a seam (8) of blowing, pressurized air (9) is led to seam (8) of blowing, make it seam (8) blowout of blowing, and make blowing direction (10) and bid direction basically identical.
First adopt existing (non-breathable release liners) self-adhesive paper, ultra-thin adhesive label (4) that printing makes a kind of 12 μm of thick PET materials.
Make a kind of Ventilated anti-sticking travelling belt (14) that can be recycled again.Such as various durable woven fabric or durable nonwoven fabrics or durable micropore (13) paper or durable air-permeable paper or durable breathable composite.
As shown in Fig. 6, Fig. 8, going out on target (6) at adhesive labeling machine, installs a kind of Ventilated anti-sticking travelling belt (14) of cycle operation, and this Ventilated anti-sticking travelling belt (14) is in strip ring (16) shape, one end is enclosed within front crest line (7), and the other end is enclosed within power wheel (18).
And then ultra-thin adhesive label (4) moved on the Ventilated anti-sticking travelling belt (14) that can be recycled.Example: adopt the Chinese Patent Application No. of the applicant's application be 2014104848931, the label moving method (referring to instructions and accompanying drawing thereof) of " negative pressure roller (17) " in the instructions of by name " nonstandard base stock adhesive label die cutting method ", first ultra-thin adhesive label (4) is adsorbed onto vacuum chamber (20) side of " negative pressure roller (17) " from non-breathable release liners (1), then turns to malleation (containing normal pressure) chamber (21) side and then discharge, transfer on strip ring (16).
Described " negative pressure roller (17) " are separated lock (19) by positive/negative pressure and are separated into vacuum chamber (20) and malleation (containing normal pressure) chamber (21).
Install on labelling machine by Ventilated anti-sticking travelling belt (14), during labeling, pressurized air (9), via air blowing seam (8) at front crest line (7) place, outwards blows out through Ventilated anti-sticking travelling belt (14), can tilt by power-assisted adhesive label (4).Like this, the automat that can complete 12 μm of thick ultra-thin adhesive labels (4) pastes task.
It is appreciated that as shown in Fig. 6, Fig. 7, Fig. 8, described Ventilated anti-sticking travelling belt (14) can be made into the wall scroll strip (15) of the endless of open loop, also can be made into the strip ring (16) of the certain length of closed loop.Wall scroll strip (15) can be reclaimed, be recycled by label printing factory, and strip ring (16) can be directly installed on adhesive labeling machine, recycle.
Embodiment five.
Print a kind of low-carbon (LC) adhesive label.
As shown in figure 14, adopt existing (non-breathable) release liners (1) self-adhesive paper, printing die is cut into the adhesive label (4) of certain geometrical shape.
And, partial cut or local punching is carried out from the back side to its (non-breathable) release liners (1), cut or laser boring can be adopted, thus make the release liners (1) of adhesive label (4) below produce rule breathable local joint-cutting (12) or local micropore (13), preferably make the front end of local joint-cutting (12) or local micropore (13), as far as possible near label forward position, even crossing with label forward position.The rear end of local joint-cutting (12) or micropore (13), can a little away from edge after label.In figure, arrow direction is label front, is also bid direction.
So, release liners (1) is just provided with local gas penetration potential, when adopting low-carbon (LC) adhesive label labeling head of the present invention to carry out automatic labeling, pressurized air (9) will via the gas hole (5) at front crest line (7) place or seam (8) of blowing, outwards blow out through the local joint-cutting (12) immediately below label, in release liners (1) or local micropore (13) again, thus power-assisted adhesive label (4) tilts.Like this, the automat namely completing ultra-thin adhesive label (4) pastes task.
Experiment finds: when described pressurized air (9) blows out from gas hole (5) or seam (8) of blowing always, adhesive label (4) can produce shake, and this can affect the accuracy of labeling position.
Existing adhesive labeling machine is all batch (-type) labeling mode, and when also namely electric eye detects that being pasted product moves to assigned address, pass signal back to labeling control system, control system controls motor and sends label; Electric eye detects and not to be put in place period by subsides product, and label seizes up waiting status always.For this reason, an air valve (switch) can be set, at adhesive label (4) pause waiting time, push down label rear end with the hold down gags such as pinch roller (22) and forward end air blowing, (blowing afloat) is peeled off in label front end, stop blowing during sending label.In other words, the signal that described pressurized air (9) detects according to electric eye, blows afloat adhesive label (4) off and on.
Embodiment six.
Print a kind of low-carbon (LC) adhesive label.
As shown in Figure 13, Figure 14, Figure 15, adopt existing (non-breathable) release liners (1) self-adhesive paper, printing die is cut into the adhesive label (4) of certain geometrical shape.
Further, carry out local punching from the back side to its (non-breathable) release liners (1), thus make the release liners (1) of adhesive label (4) below produce breathable local micropore (13) or local joint-cutting (12) one by one.
So, release liners (1) is just provided with local gas penetration potential, when adopting low-carbon (LC) adhesive label labeling head of the present invention to carry out automatic labeling, pressurized air (9) will through going out gas hole (5) on target or seam (8) of blowing, again through immediately below label, local micropore (13) in release liners (1) or local joint-cutting (12) outwards blow out, thus (label is through local micropore or joint-cutting adhesive label (4) to be carried out prestripping, to be peeled off once by blowing force and stay original place), to alleviate the peeling force between itself and release liners (1), thus be convenient to label by means of self very power tilting, bid.
Test display: adhesive label (4) by prestripping once after, detect in 30 minutes, the peeling force between its and release liners (1) alleviates more than 60%, relies on self very power tilting, bid when being convenient to very much labeling.
Embodiment seven.
Make another kind of low-carbon (LC) adhesive label labeling head, as shown in figure 16, labeling head is provided with negative pressure roller (17), negative pressure roller (17) is separated lock (19) by positive/negative pressure and is separated into vacuum chamber (20) and malleation chamber (21); During labeling, first adhesive label (4) is adsorbed onto vacuum chamber (20) side of negative pressure roller (17) from release liners (1), then goes to malleation chamber (21) side, then discharge, paste and get back on existing non-breathable release liners (1).It is beneficial that, adhesive label (4) pastes back existing non-breathable release liners (1) above in latter 30 minutes, peeling force between adhesive label (4) and existing non-breathable release liners (1) alleviates more than 60%, these 30 minutes periods, be conducive to very thin adhesive label (4) and successfully rely on self very power tilting, bid.
Preferably, also adhesive label (4) can be adsorbed onto vacuum chamber (20) side of negative pressure roller (17) from release liners (1), go to malleation chamber (21) side again, then discharge, transfer on the strip ring (16) of low off-type force (off-type force≤6g/25mm).So, because the off-type force of strip ring (16) is very low, very thin adhesive label (4), also can rely on that the less very power of self tilts, bid, and without the need to the blowing force by pressurized air (9).
Embodiment eight.
Make a kind of low-carbon (LC) adhesive label labeling head again, as shown in figure 17, go out target (6) rear end at labeling head and a rotor wheel (18) is set, going out the front rib of target (6) along between (7) and rotor wheel (18), put a strip ring (16), release liners (1) and adhesive label (4) thereof are attached on strip ring (16).So, during labeling, strip ring (16) will support release liners (1) and adhesive label (4) travels forward, thus release liners (1) can be avoided to be subject to strong bid pulling force effect, thus prevent release liners (1) to be torn, reach thinning release liners (1), economize on resources, promote the object of environmental protection low-carbon (LC).
Above disclosedly be only preferred embodiment of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the claims in the present invention are done, still belong to the scope that the present invention is contained.

Claims (8)

1. a low-carbon (LC) self-adhesive paper, comprises release liners (1) layer, adhesive sticker (2) layer, facial tissue (3) layer; It is characterized in that: described release liners (1) is the ventilative release liners (1) selecting gas permeable material to be made.
2. according to low-carbon (LC) self-adhesive paper according to claim 1, it is characterized in that: described gas permeable material is ventilative woven fabric or Breathable nonwoven or air-permeable paper or micropore (13) paper or joint-cutting (12) paper or other gas permeable material.
3. a low-carbon (LC) adhesive label is a kind of adhesive label (4) of geometric configuration, comprises release liners (1) layer, adhesive sticker (2) layer, facial tissue (3) layer; It is characterized in that: described release liners (1) is the ventilative release liners (1) selecting gas permeable material to be made.
4., according to low-carbon (LC) adhesive label according to claim 3, it is characterized in that one of following:
1. described gas permeable material is ventilative woven fabric or Breathable nonwoven or air-permeable paper or micropore (13) paper or joint-cutting (12) paper or other gas permeable material;
2. described facial tissue (3) layer thickness≤25 μm or 18 μm;
3. described facial tissue (3) layer thickness≤55g/m 2or 40g/m 2;
4. upper adhesive label (4) position of described release liners (1), is cut with some local joint-cutting (12) or is equipped with some local micropore (13).
5. a low-carbon (LC) adhesive label labeling method, comprises adhesive label (4) to add and is attached on product, it is characterized in that: go out on target (6) at adhesive labeling machine, offers gas hole (5) or seam (8) of blowing; Pressurized air (9) via gas hole (5) or seam (8) of blowing, more outwards blows out through ventilative release liners (1), tilts with power-assisted adhesive label (4).
6., according to low-carbon (LC) adhesive label labeling method according to claim 5, it is characterized in that one of following:
1. described blowing direction (10) is consistent with the bid direction (11) of adhesive label (4);
2. described blowing direction (10) deflection adhesive label (4) 5-45 degree angle;
3. described ventilative release liners (1) is a kind of Ventilated anti-sticking travelling belt (14) that can be recycled;
4. in upper adhesive label (4) position of described release liners (1), cut some local joint-cutting (12) or stamp some local micropore (13);
5. described gas hole (5) or seam (8) of blowing, be opened in out target (6) and go forward crest line (7) place;
6. described pressurized air (9) blows afloat adhesive label (4) off and on.
7. 1. a low-carbon (LC) adhesive label labeling head, is characterized in that following or 2. or 3.:
1. go out on target (6) at adhesive labeling machine, be provided with gas hole (5) or seam (8) of blowing; Pressurized air (9) outwards blows out via gas hole (5) or seam (8) of blowing, and tilts with power-assisted adhesive label (4);
2. on labeling head, be provided with negative pressure roller (17), negative pressure roller (17) is separated lock (19) by positive/negative pressure and is separated into vacuum chamber (20) and malleation chamber (21); During labeling, first adhesive label (4) is adsorbed onto vacuum chamber (20) side of negative pressure roller (17) from release liners (1), go to malleation chamber (21) side again, then discharge, paste and get back in release liners (1) or transfer on strip ring (16);
Going out on target (6) 3. at adhesive labeling machine, is provided with a kind of strip ring (16) of cycle operation, and this strip ring (16) one end is enclosed within front crest line (7), and the other end is enclosed within power wheel (18).
8. according to low-carbon (LC) adhesive label labeling head according to claim 7, it is characterized in that: described strip ring (16) is a kind of ventilative strip ring (16).
CN201510064751.4A 2015-01-25 2015-02-09 Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof Pending CN104575258A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510064751.4A CN104575258A (en) 2015-01-25 2015-02-09 Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
CN2015100350048 2015-01-25
CN201510035004 2015-01-25
CN201510064751.4A CN104575258A (en) 2015-01-25 2015-02-09 Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof

Publications (1)

Publication Number Publication Date
CN104575258A true CN104575258A (en) 2015-04-29

Family

ID=53091195

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201510064751.4A Pending CN104575258A (en) 2015-01-25 2015-02-09 Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof

Country Status (1)

Country Link
CN (1) CN104575258A (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106379618A (en) * 2016-11-19 2017-02-08 无锡中环包装有限公司 Stripping plate for adhesive label for packing
CN106395046A (en) * 2016-11-19 2017-02-15 无锡中环包装有限公司 Label stripping plate of package labeling machine
CN107697380A (en) * 2017-09-19 2018-02-16 宁波蓝圣智能科技有限公司 A kind of real-time mark and label-sticking mechanism for automated production
CN111232720A (en) * 2020-03-11 2020-06-05 中山市尚研自动化设备有限公司 Adhesive tape output anti-sticking device

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106379618A (en) * 2016-11-19 2017-02-08 无锡中环包装有限公司 Stripping plate for adhesive label for packing
CN106395046A (en) * 2016-11-19 2017-02-15 无锡中环包装有限公司 Label stripping plate of package labeling machine
CN107697380A (en) * 2017-09-19 2018-02-16 宁波蓝圣智能科技有限公司 A kind of real-time mark and label-sticking mechanism for automated production
CN111232720A (en) * 2020-03-11 2020-06-05 中山市尚研自动化设备有限公司 Adhesive tape output anti-sticking device

Similar Documents

Publication Publication Date Title
US6932135B2 (en) Label-pasting method, label-pasting device, material sheet of labels, and label
US7556708B2 (en) Apparatus and method for applying labels
CN104670605B (en) Low-carbon labeling system and labeling method thereof
CN104575258A (en) Low-carbon self-adhesive paper, as well as label and labeling method and labeling head thereof
US7815761B2 (en) Apparatus and method for applying labels
WO2007015264B1 (en) Self adhesive material with a water soluble protective layer
CN104276316A (en) Label sticking device and sticking method
US20030089452A1 (en) Apparatus and method for applying linerless labels
CN104787415A (en) Low-carbon labeling machine
CN109677145A (en) A kind of production process of label
CN104616593A (en) Ultrathin self-adhesive label and labeling system for ultrathin self-adhesive label
CN204759913U (en) Adhesive label convenient to paste
JP2011186021A (en) Linerless label and method for producing the same
CN204440823U (en) Novel double-layer logistics express label paper
CN106586136A (en) Detection and packaging equipment for wet tissue packaging bags
JP2006062856A (en) Sealing label sticking device
US9617037B2 (en) Label adhesive and curling resist coating patterning
CN211441465U (en) Novel super static membrane that passes through
JP2000047588A (en) Label for inmolding
CN207432349U (en) High-speed multifunctional die-cutting machine
CN206336514U (en) A kind of closing volume adhesive label equipment
CN211340213U (en) Multi-surface wall sticker
CN216273902U (en) Waterproof anti ultraviolet electric wire netting special label
CN211376029U (en) Easy-to-tear label
CN212208742U (en) Easily-torn sealing type label

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
WD01 Invention patent application deemed withdrawn after publication

Application publication date: 20150429

WD01 Invention patent application deemed withdrawn after publication