CN1744987A - Label sheet design for easy peel off labels - Google Patents

Abstract

A label sheet (1) having a release liner (16) and an array of labels (12) releasably adhered thereto to allow easy peeling of the labels. The liner has a weakened separation line (30) formed by cuts and links extending below an array of labels near the edges of the labels, and notches (18) located at the top and bottom of the sheet and aligned with the cuts and links. If there is filler (14) surrounding the labels, the filler also has cuts and links, the cuts and links in the filler being parallel to and slightly offset from the cuts and links in the liner. The separation line is strong enough to allow the label sheet to be fed through a printer, but weak enough to allow a user to tear the liner and filler along the separation line, thereby exposing a smaller edge of the array of labels for easy peeling from the label sheet.

Description

Label sheet design for easy peel off labels

technical field

The present invention relates to label sheets. More specifically, the present invention relates to label sheet designs from which labels can be easily peeled off.

Background technique

Address labels on printable 8×11 and A4 sheets have been used for many years as a means of printing large numbers of addresses or other messages onto media in a relatively short period of time. After the label sheet is printed, the labels need to be peeled off the sheet and adhered to an envelope or other substrate. The standard method of peeling labels by hand is for the user to bend the tab back at one edge or corner of the first label to be peeled off. This will separate the label from the liner. The user grasps the label in the detached area and peels the label away from the label sheet. Then, repeat this operation for each label. This operation is somewhat difficult and time-consuming, and requires some manual skill. Also, it may be difficult to die cut certain material combinations, such as thin or flexible surfaces combined with thick paper liners, without cutting into the liner. If the die cut is into the liner, the user may accidentally tear off part of the liner during peeling the label off the liner.

Now people have invented some label strips (label strips) or label webs (label webs) that are used in conjunction with automatic label peeling and placing machines. US Patent No. 5,788,284 to Hirst discloses a label strip having a cutout extending along the centerline of the release liner and under the center of each label. The label strip travels over a V-shaped notch in a shelf, thereby automatically separating the label from the release liner.

US Patent No. 5,182,152 to Ericson discloses a Bible index label dispenser sheet having a line of weakness in the backing and fold lines in each label. On one side of each horizontal label row, a release strip covers a weakened backing line. The release strip acts as an adhesive strip that prevents the tablet from breaking prematurely. A user grasps and pulls the release strip to tear the backing from a portion of said horizontal row of labels.

Contents of the invention

The present invention provides a label sheet assembly that is fed through a printer, such as a laser printer, inkjet printer, or other printer connected to a personal computer, for desktop printing. Thereafter, one narrow strip of release liner can be ripped off in a single action. This exposes the narrow strip of each label within a label row or column, allowing the labels to be easily peeled off and individually placed on some other object or substrate. In a label sheet having a border or matrix that surrounds and/or extends between labels or parts of labels, there are weakened components in both the release liner and the matrix. Offline (weakened separation line). The separation line is formed by a series of cuts and joins in the release liner and padding. These bonds are preferably strongest near the edges of the sheet and weaker in the interior of the sheet. This makes the sheet resistant to tearing along the weakened separation line caused by normal handling or printing by the printer, but if tearing has already started, tearing can easily continue until the entire strip of release liner is peeled off . If notches are to be applied at the end of each weakened separation line, the notches are preferably formed in the release liner and filler. This notch aligns with the weakened separation line in the liner and packing. The notch helps ensure that the tear begins along the weakened separation line. The two separation lines are sufficiently close together that the user can tear the strip of release liner from the remainder of the sheet in a single action without having to remove the separate release strip, and once started the tearing continues until the strip is removed from the sheet. Remove the release liner completely from the rest of the product. The size of the cutout and the size of the link are chosen so that the assembly is strong enough to be transported through a printer, such as a laser or inkjet printer, but fragile enough that the user can tear it off along the separation line in one easy, smooth motion for release liner strip without requiring any additional mechanical preparation of the label sheet between the printing and tearing steps. The ratio of incision length to total separation line length is greater than 95% to ensure easy separation. Preferably, the separation line is about 0.6 cm (about 1/4 inch) from the edge of the column of labels. In this way, the exposed part of the label is sufficiently overhanging that the user can easily grasp the label, and in the label sheet with the label column partially exposed, the exposed adhesive area is not so much that the label sheet is not easy to adhere to the place. label sheet on a table or other surface.

Accordingly, in one aspect, the present invention provides a label sheet assembly that is improved for easy peeling of labels by hand, said label sheet assembly comprising a release liner and a releasably adhered to said release liner. A sheet of facestock material comprising at least one first column of labels formed therein and a matrix at least partially hemming said labels, wherein the first weakened separation line is formed at The release liner is below the row of labels and offset from the center of the row of labels towards one edge of the row of labels, a second weakened separation line is formed in the padding, extending substantially parallel to the first weakened separation line. The release liner has notches aligned with the two weakened separation lines, preferably at either end of the separation lines. The weakened separation lines are offset from each other by a short distance, so that the user can tear off the backing strip or filler strip in a single action, so that part of the liner of each label in the label column has been peeled off, so after said tearing operation The label can be easily peeled from the label sheet assembly without requiring any other physical preparation of the label by the user prior to the tearing operation. Weakened separation lines are preferably formed by cuts and bonds in the gasket and cuts and bonds in the filler, with the strongest bonds being immediately adjacent to the edges or notches of the components. For label sheets with multiple label columns, the label sheet has a weakened separation line in both the liner and padding that appears below each label column.

Exemplary embodiments of the present invention will be further described below with reference to the accompanying drawings, in which like numbers indicate like components.

Description of drawings

Fig. 1 is a plan view of a label sheet according to a first embodiment of the present invention.

Fig. 2 is a close-up of the lower right corner of the label sheet in Fig. 1 .

Figure 3 shows the back side of the label sheet portion shown in Figure 2.

Figure 4 shows the first method of using the label sheet shown in Figure 1 .

Figure 5 shows the label sheet of Figure 4 after the strip 26 has been completely peeled off.

Figure 6 shows a second method of using the label sheet shown in Figure 1 .

Fig. 7 shows a label sheet according to a second embodiment of the present invention.

Figure 8 illustrates a third embodiment of the invention without notches at the edges of the assembly.

Detailed ways

Fig. 1 shows a label sheet assembly 10 according to a first embodiment of the present invention, wherein the label can be easily peeled off. The overall standard size of the label assembly 10 is preferably, for example, 8.1 inches by 11 inches or A4 (approximately 21 cm by 29.7 cm), or 4 inches by 6 inches, or other sizes compatible with standard printers used with personal computers. Assembly 10 includes a release liner sheet or simply release liner 16 and a facestock sheet releasably adhered thereto via a pressure sensitive adhesive. The release liner 16 is coated with a thin layer of release material, such as silicone, or is constructed or treated so that the label can be easily peeled off therefrom. The facing sheet comprises a generally rectangular paper or film facing sheet with a plurality of labels 12 formed therein, for example by die cutting. The area of the facestock sheet not used for labeling constitutes the border or padding 14 . In this figure, the facestock sheet is shown smaller than the release liner 16, but in practice the facestock sheet does not have to be smaller than the release liner. Furthermore, while the assembly 10 is shown with padding, it is not necessary for the present invention that the label assembly 10 include padding 14 around and/or between the labels 12 .

FIG. 2 shows a close-up of the lower right corner of the label assembly 10 of FIG. 1 . The padding 14 has a weakened separation line 20 formed therein adjacent one edge of the column of labels. Filler separation line 20 includes a plurality of cuts 22 and a plurality of small ties 24 . The liner includes a weakened separation line 30 which is shown as a dashed line in FIG. 2 . This weakened or liner separation line 30 generally extends from one edge of the assembly 10 to the opposite edge of the assembly 10, and preferably runs linearly along the column of labels below the label 12, near the edge of the label. Preferably, the liner separation line 30 is less than 1 centimeter from the edge of the label, more preferably less than about 0.6 centimeter (about 1/4 inch) from the edge of the label. The liner separation line 30 is shown extending vertically below the column of labels, alternatively, the assembly may be configured such that the separation line extends horizontally below the row of labels. Optionally, liner 16 includes notches 18 that generally align with liner separation lines 30 and cuts and joins 22 / 24 in filler 14 . A similar structure of weakened separation lines and notches is formed in the upper right corner of the assembly as shown in FIG. 1 . In addition, assembly 10 includes two additional sets of weakened separation lines and notches, one for each column of labels, wherein the weakened separation lines extend below the column of labels approximately 0.6 cm from one edge of the column of labels. If the assembly 10 had been designed to include a different number of label columns, such as two, four, five, etc., then the assembly would include a corresponding number of sets of separation lines and notches. Arrows printed on the face stock indicate or prompt the user to initiate tearing of the assembly at the notch 18 . Alternatively, other instructive indicia or written instructions (eg, the phrase "tear here", etc.) may also be printed on the component.

For ease of illustration, the distance between the separation line 30 and the cuts and joints 22/24 in the packing forming the packing separation line 20 are exaggerated in the figures. These separation lines in the gasket and filler are preferably located close enough so that after the assembly 10 has been printed by the printer, the user can tear off the strips of gasket and filler in a single smooth motion as shown in FIG. 26 without requiring any other physical preparation of the assembly 10 between the printing and tearing steps. At the same time, the separation lines are separated slightly so that the portion of the padding overlying the liner separation line 30 helps prevent premature tearing of the liner 16, and the portion of the padding below the liner separation line 20 helps prevent premature tearing of the padding. tear. Another reason for the deviation of the two separation lines has to do with the manufacturing process. If the parting line in the facestock is die cut directly over the parting line in the liner, the facestock is easily damaged when diecutting and will not cut cleanly into the facestock because the liner is not strong enough to support the die Cut into the facestock. Therefore, the two separation lines are preferably offset by a sufficient distance such that normal manufacturing tolerances are unlikely to produce a cut-on-out phenomenon. Preferably, filler separation line 20 is less than 5mm from liner separation line 30; more preferably, the two lines are less than 2mm apart; more preferably, the two lines are less than 1mm apart. An offset distance of about 0.5mm has been found to produce good results for typical paper label sheets. However, the exact separation distance is not critical. In addition, the preferred separation distance depends on the thickness and strength of the liner and filler, the strength of the pressure sensitive adhesive and the effectiveness of the release liner, the overall size of the assembly, and other factors.

FIG. 3 shows the backside of the lower right corner of the label sheet 10 shown in FIG. 2 illustrating the liner separation line 30 in more detail. Pad separation line 30 includes a plurality of cuts 32 and a plurality of bonds 36 and 38 . In the illustrated embodiment, two small joints 36 are located under the padding and one small joint 38 is located under each label 12 . The exact location of the link is not important. In addition, the release liner 16 includes a large tab 31 located near the notch 18 , or if there is no notch, the large tab 31 is located near the edge of the release liner 16 .

Both the filler separation line 20 and the liner separation line 30 run parallel to the edge of the label column and are positioned about 0.6 cm from the edge of the label column. The exact distance is not important. Preferably, however, the line of separation is far enough away from the edge of the column of labels that the user can easily grasp and peel off the labels 12 when the strip 26 is peeled off. At the same time, the line of separation is close enough to the edge of the label that when the strip 26 is peeled off, the exposed edge on the label is narrow enough so that when the label sheet is placed on a table or similar surface, the exposed edge of the peeled label 12 does not readily stick. Attached to the table.

The purpose of these configurations will now be described with reference to FIGS. 3 , 4 and 5 . FIG. 4 shows one method of using the tab sheet assembly of FIG. 1 . For ease of discussion, assume that the upper right corner of the label assembly 10 has a configuration that is a mirror image of the configuration shown in FIG. 2 , with corresponding parts having the same identification designations. The user grasps a corner of the label assembly 10 at approximately location 27 with one thumb and forefinger, and grasps the narrow strip 26 of the release liner and filler with the other thumb and forefinger, thereby concentrating the shearing force on the notches 18 and Large link 31 and start tearing off strip 26 from the rest of the sheet. After the major bonds 31 are broken, tearing off the strip 26 of stuffing padding is performed relatively easily by releasing the small bonds 36 and 38 in the liner 16, and the small bonds 24 in the padding 14, until the strip 26 is completely torn off. This leaves the label assembly 10, as shown in Figure 5, that is, a column of labels 12 mostly adhered to the release liner 16, but with a relatively narrow portion of the label strip's underlying liner peeled off. The user can then easily peel off each label 12 individually by hand as desired without the need to bend and manipulate the assembly 10 each time the user wishes to peel off the next label.

FIG. 6 shows a second method of using the label sheet assembly 10 of FIG. 1 . The component includes three sets of vertical separator lines, one set associated with each label column. The separation line divides the assembly into three respective sections 40, 50 and 60, which can each be separated from each other. In FIG. 6 , the left hand portion 40 has been separated from the middle portion 50 and the right hand portion 60 . The labels within the left hand portion 40 are now ready to be easily torn individually from the liner and adhered to an envelope or other substrate. Parts 50 and 60 also do not have any label portion exposed on its sticky side. Portions 50 and 60 can thus be placed and/or stored for later use without degrading the adhesive on the back of these labels. The remainder 50/60 can even be sent through the printer for later printing. For example, if only 10 or fewer labels need to be printed and used, the user can extend assembly 10 through the printer and only print on labels within the row of labels in section 40 . The user can then detach portion 40 and use the labels within this portion. The rest of the 50/60 can be stored for later use. The label assembly can then be conveyed through the printer, starting at the right edge of section 60, when additional labels are ready to be printed. Alternatively, the software may be instructed to move the printing of the label slightly to the right from the normal position so that the portion 50 / 60 can be conveyed through the printer, starting from the left edge of the portion 50 . Software can be instructed to make this adjustment via a selectable software switch or option. Using this latter method, the first column 40 of labels can be printed, torn off and used; then the second column 50 of labels can be printed, torn off and used; then the third column 60 of labels can be printed, torn off and use.

Of course, the labels on the label sheet need not be generally rectangular and abut one another as shown in the first embodiment of FIG. 1 . The labels can be of virtually any shape and can be completely separated from each other with padding or bare liners in between. Figure 7 shows one such possibility, where the labels are round and slightly spaced from each other.

The size of the cutout and the size of the link are chosen so that the assembly is strong enough to be transported through a printer, such as a laser or inkjet printer, but fragile enough that the user can tear off the release liner along the separation line in an easy, smooth motion strips without any additional mechanical preparation of the label sheet between the printing and tearing steps. The ratio of incision length to total separation line length is greater than 95% to ensure easy separation. An average tensile strength of 6 gm/cm for the facestock and liner along the separation line has been found to give good results, and values of about 4 gm/cm to 10 gm/cm are expected to also give good results, and about 2 gm/cm to 15 gm A value of /cm is also acceptable.

Figure 8 shows a third embodiment similar to that shown in Figure 1, but the label assembly does not include the notch.

As shown in Figures 1 and 2, the face stock is slightly smaller than the liner 16 so that the padding 14 does not extend to the edge of the label assembly. If the facestock extends to the edge of the label assembly, it is desirable to form notches 18 in both padding 14 and liner 16 .

In another possible embodiment, the label assembly does not even include padding to edge the label. In Fig. 1, the filler 14 can be completely peeled off from the label sheet, for example before buying the product. Or the entire facestock can be die cut such that the entire facestock forms a label. The facestock may occupy the same size as the facestock area shown in Figure 1, or a significantly smaller area. Regardless of how the facestock is constructed, shaped and cut, label sheets without filler can still take advantage of the present invention so that narrow strips of liner material can be easily peeled off many labels at once in one smooth motion, thereby A small portion of the labels is exposed so that they can then be easily peeled off from the remainder of the liner.

In yet another embodiment, the label sheet may be symmetrical. For example, a label sheet may include two label columns. For a right-hand label column, the separation line may be slightly offset from the right edge of the right-hand label column, and for a left-hand label column, the separation line may be slightly offset from the left edge of the left-hand label column.

Furthermore, it should be appreciated that the present invention can be used with labels of various types and media, such as foil, plastic/MYLAR and other known materials. Labels can be colored or clear, and can contain pre-printed indicia such as text, two-dimensional graphics or photographic images, or holographic images. The present invention may be used with a variety of printing devices, including but not limited to printers used with personal computers.

The present invention is well suited for applications where the labels are individually peeled off by hand. However, the present invention is not limited to manual use. The present invention can be used with an automatic machine that tears off the strip 26 and places the label 12 on the substrate. The present invention may also be used to place multiple labels on one or more substrate objects and adhere thereto as a group in the same relative positions where those labels are also present on the label assembly 10 .

It should be appreciated that the term "present invention" as used herein should not denote only a single invention having a single essential element or group of elements. Although the invention has been described in detail with reference to the preferred embodiment and accompanying drawings, it will be apparent to those skilled in the art that various modifications can be made to the invention without departing from the spirit and scope of the invention. For example, label assemblies of different sizes, with or without padding, can be used. Labels can be of various shapes and sizes and do not have to be the same shape and size. Pressure sensitive adhesives can be strong or weak. The term "standard size" may be understood to mean approximately standard sizes, and 8.11 inches, A4, etc. may be understood to mean approximately those sizes. The weakened separation line can be formed by various known methods. The weakened separation lines are generally rectilinear and parallel, but need not be strictly rectilinear or strictly parallel. Accordingly, it should be understood that the foregoing detailed description and drawings are not intended to limit the scope of the present invention, which is to be inferred only from the appended claims and their legally properly construed equivalents.

claims

(Amended in accordance with Article 19 of the Treaty)

connected printers, and to be printed on by said printers; and

Immediately after the printing operation, and without further mechanical changes to the assembly:

The user tears the assembly along the first set of cuts and ties, thereby peeling a portion of the backing sheet from the first set of alignment labels to facilitate peeling the second sheet from the backing sheet individually. a label in a set of aligned labels; and

A user tears the assembly along the second set of cuts and links, thereby separating the assembly into a first portion comprising the first set of alignment tabs and a second portion comprising the second set of alignment tabs.

22. The label sheet assembly of claim 21, further comprising:

A face material having a cut in the face material, the cut of the face material being substantially parallel to the cut of the backing sheet, and being placed horizontally less than 2 mm away from the cut of the backing sheet.

23. The label sheet assembly according to claim 21 , wherein said bonds in said backing sheet include at least first and second outer bonds near an edge of said backing sheet, and a plurality of inner bonds relative to The first and second outer bonds are placed on the interior of the backing sheet, the outer bonds being stronger than the inner bonds.

24. A desktop printed label sheet having labels that are easily individually manually peeled off for use, said label sheet comprising:

a release liner having a first linear weakened separation line therein;

A facestock sheet adhered to the release liner by a pressure sensitive adhesive, the facestock comprising:

a plurality of labels, at least some of said labels overlying said weakened separation line; and

a border surrounding the plurality of labels on at least two sides, the border having a second rectilinear weakened separation line therein;

wherein the label sheet is printable thereon by a desktop printer, and the user can manually tear off the release liner and narrow strip of the border in a single motion, causing at least part of the label's respective bottom layer to release A narrow strip of the liner portion is peeled off so that the labels are then easily peeled manually from the label sheet one by one.

25. The label sheet according to claim 24, further comprising at least one notch located at one edge of said release liner and aligned with said first weakened separation line so that a user can first tear off the first the narrow strip in the notch.

26. The label sheet of claim 24, wherein the first and second weakened separation lines are substantially parallel and are separated by less than 2mm.

Claims (27)

1. labei sheet assembly, it is modified into and is easy to use the hand peeling label, and described labei sheet assembly comprises:

A release liner; With

A facestock sheet that adheres to described release liner releasedly, described plane materiel comprises label, described label comprises at least one first label column, the filler on limit is overlapped in the both sides at least that described plane materiel further is included in described label to described label, each label is adjacent at least a portion of described filler, and separated by cross cutting;

Wherein:

Article one, first weakened separation line is formed in the described release liner, extend under the label of described first weakened separation line in described label column, and towards center that the direction at an edge of described label column departs from described label column;

Distance from described first weakened separation line to the described edge of described label column is less than 1cm, so that the labei sheet assembly that part can be used be placed on a flat working surface for example on the desk, and can between described label and described flat surface, not produce obviously bonding;

Article one, second weakened separation line is formed in the described filler, and described second weakened separation line is roughly parallel to described first weakened separation line and extends;

Have a recess in the described release liner, described recess aligns with described first and second weakened separation line;

Described first and second weakened separation line depart from an offset distance less than 2mm each other, so that the user can tear liner strip and filler bar in single motion, make the first of its bottom liner of each label that described label column is interior be stripped from, and the second portion of its bottom liner keeps, therefore can easily peel off described label described after tearing operation from described labei sheet assembly, and do not need the user described tear operation before first physics preparation of described label being carried out any other.

2. labei sheet assembly according to claim 1, wherein said second weakened separation line is limited by a plurality of otch in the described liner and binding;

The most firm one is in close proximity to described recess in the described binding; And

A plurality of more weak bindings are arranged along the described weakened separation line under the described label column.

3. labei sheet assembly according to claim 1, wherein:

Described plane materiel further comprises at least one second label column, each label column has a corresponding weakened separation line in described release liner, in described filler, have a corresponding weakened separation line, and also have a corresponding recess in each end of the described weakened separation line of described liner.

4. labei sheet assembly according to claim 1, the size of wherein said assembly are suitable for printing being connected on the printer of personal computer, and wherein said assembly is firm must be enough to be transmitted through described printer and print thereon.

5. labei sheet assembly according to claim 4, wherein said assembly approximately are 81/2 inch * 11 inches.

6. labei sheet assembly according to claim 4, wherein said assembly approximately are the A4 sizes.

7. labei sheet assembly according to claim 4, wherein said assembly has a plurality of label column, and it is vertically arranged on described assembly.

8. labei sheet assembly, it is modified into and is easy to use the hand peeling label, and described labei sheet assembly comprises:

A release liner; With

A facestock sheet that adheres to described release liner releasedly, described plane materiel comprise at least one label column that is formed at wherein;

Wherein:

Article one, first weakened separation line is formed in the described release liner, and described first weakened separation line is extended under described label column, and towards center that the direction at an edge of described label column departs from described label column; With

Described assembly is enough firm along described first weakened separation line, so that described assembly can be transmitted through the printer with personal computer communication, but it is also enough fragile, so that the user can tear liner strip in single motion, make the smaller portions of each its liner of label in the described label column be stripped from, therefore can easily peel off described label described after tearing operation, and not need the user first before tearing operation described label to be carried out any other physics preparation described from described labei sheet assembly.

9. labei sheet assembly according to claim 8, wherein:

Described plane materiel further comprises the filler at least two opposite flanks that are positioned at described assembly, and described filler is positioned on the described weakened separation line;

Article one, second weakened separation line is formed in the described filler, and described second weakened separation line is roughly parallel to described first weakened separation line and extends; And

Described first and second weakened separation line close enoughs, so that the user can tear liner strip and filler bar in single motion make being stripped from than small part of each its liner of label in the described label column.

10. labei sheet assembly according to claim 8, wherein said first weakened separation line limits by being formed at a plurality of otch in the described release liner and linking.

11. labei sheet assembly according to claim 9, wherein said second weakened separation line limits by being formed at a plurality of otch in the described filler and linking.

12. labei sheet assembly according to claim 10 comprises at least one binding under wherein said first weakened separation line each label in described label column.

13. labei sheet assembly according to claim 9, wherein said release liner has a recess that is formed at wherein, described recess aligns with described first and second weakened separation line, so that the user tears described liner strip and described filler bar along described first and second weakened separation line.

14. labei sheet assembly according to claim 13, wherein said facestock sheet are less than described release liner, and the recess in the described liner does not extend to described plane materiel.

15. labei sheet assembly according to claim 8, wherein said first weakened separation line departs from the offset distance of described second weakened separation line less than 1.0mm.

16. labei sheet assembly according to claim 13, the described weakened separation line in the wherein said liner has a point the most firm in abutting connection with described indent.

17. labei sheet assembly according to claim 9, the combination average tensile strength of wherein said weakened separation line is the about 15gm/cm of about 2gm/cm-.

18. labei sheet assembly according to claim 8, wherein said assembly have a long edge and a minor face edge, and described first weakened separation line is parallel to described long edge extension.

19. labei sheet assembly according to claim 8, wherein said first weakened separation line is extended under the label of described first label column, and from the edge of described label column less than 1 centimetre, so that the labei sheet assembly of part use can be placed on the flat surface, and can between described label and described flat surface, not produce obviously bonding.

20. labei sheet assembly according to claim 8, wherein said first weakened separation line are by a plurality of otch in the described liner and link and to limit, and wherein incision length and total defiber length ratio greater than 95%.

21. a label assembly, it is suitable for using with computer printer, and has the label of peeling off easily, and described label assembly comprises:

A backing sheet;

At least the first and second groups alignment label, they adhere on the described backing sheet releasedly;

First group of otch in the described backing sheet and binding, it is parallel to and near an edge of described first group of alignment label, and second group of otch in described backing sheet and binding, and it is parallel to and near an edge of described second group of alignment label;

Wherein:

Described first group and second group of otch in the described backing sheet and link enough intensity ranks are provided, thus described assembly can be transmitted through a printer that is operably connected with personal computer, and print thereon by described printer; With

Be right after after the described printing, and do not needing further mechanically to change under the situation of described assembly:

The user tears described assembly along described first group of otch and binding, peels off a part of described backing sheet by this from described first group of alignment label, to be easy to individually peel off the label described first group of alignment label from described backing sheet; With

The user tears described assembly along described second group of otch and binding, by this described components apart is become to comprise the first and the second portion that comprises described second group of alignment label of described first group of alignment label.

22. labei sheet assembly according to claim 21 further comprises:

Plane materiel has otch in the described plane materiel, and described plane materiel otch is roughly parallel to described backing sheet otch, and flatly is placed on from described backing sheet otch less than the 2mm place.

23. labei sheet assembly according to claim 21, described binding in the wherein said backing sheet comprises near at least the first and second outside bindings that the edge of described backing sheet is, and a plurality of interior bonds are with respect to the described first and second outside inside that are placed on described backing sheet that link, and described outside binding is more firm than described interior bonds.

24. the labei sheet that a desktop is printed, it has and is easy to therein that individually peel manually is from the label to use, and described labei sheet comprises:

A release liner wherein has one first linear weakened separation line;

A facestock sheet, it is adhered on the described release liner by contact adhesive, and described plane materiel comprises:

A plurality of labels, some described label covers on the described weakened separation line at least;

With

On both sides at least,, have one in the described frame around the frame of described a plurality of labels

The bar second linear weakened separation line;

Wherein said labei sheet can be printed thereon by desktop printer, and the user can manually tear the narrow strip of described release liner and described frame in single motion, make to the narrow strip of the described label of small part bottom release liner part separately and be stripped from, so that be easy on the described labei sheet one by one peel manually subsequently from described label.

25. labei sheet according to claim 24 further comprises at least one recess, it is positioned at an edge of described release liner, and aligns with described first weakened separation line, so that the user can at first tear the described narrow strip that starts from described recess.

26. labei sheet according to claim 24, the wherein said first and second weakened separation line almost parallels, and be separated by less than 2mm.

27. labei sheet according to claim 24, wherein

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