JPS60157896A - Multilayer continuous stationery with offset glue line - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a multi-layer self-copying system suitable for use in electrically controlled printers such as those used in conjunction with computer fixtures or BOSS fixtures. Concerning continuous stationery. It is particularly important that multiple internal layers
Concerning that type of continuous stationery held between paired external layers.

It is well known to use continuous stationery in electrically controlled printers used in conjunction with such things as miniature computers and terminals.

The stationery is in many sheets or layers and the information written, printed or typed on the front sheet is reproduced by a pressure sensitive coating or carbon paper on all or part of each sheet of the stationery. be done.

The various sheets in each record are separated and distributed one from another depending on recording and administrative purposes.

The continuous stationary typically includes rows of sprocket holes on each side for alignment, guidance, and driven movement through the printer or typewriter. The sprocket hole is generally defined by a longitudinal drilling line.
It can be separated from the stationery. Traditionally, continuous stationery has been used in which a plurality of inner layers are held between a pair of outer layers. Its inner layer is
It does not extend to the longitudinal edges of the stationary.

The two outer layers are bonded to each of the longitudinal edges of the stationary, and the inner layers are bonded together and to the outer layer inside one of the longitudinal edges. The two outer layers thus form a kind of envelope around the inner layer. Since the two outer layers are attached one to the other on the steel of either side of the continuous stationary, there is a risk of tenting or twisting across the continuous stationary between them. The problem is compounded by the fact that the two outer layers are still further coupled to the inner layers at regular points.

Traditionally, the two outer layers were joined one to the other by a single glue line proximate the longitudinal edges of the continuous stationary. Additionally, the two outer layers were bonded to the inner layers by similar longitudinal glue lines, and the inner layers were bonded one to the other in the same manner. The plurality of longitudinal glue lines used for this purpose were one above the other throughout the thickness of the continuous stationary. In effect, the glue line became a line of glue with paper inlaid at the different points. In this way, the reinforced glue becomes a rigid, fixed mass that does not impair the longitudinal flexibility of the continuous stationary and, furthermore, thereby allows lateral movement between layers to This prevented the risk of twisting or tenting.

Therefore, as a result of the intermixed glue lines, the freedom to reduce longitudinal flexibility is brought to the multilayer 3!1 chain stationary, and where some lateral movement is tented laterally between the layers. It is possible to prevent it from bending, twisting or rolling.

and 11 Q and 11 The present invention has front and back exterior layers joined proximate to the first longitudinal edge by first and second longitudinal edges and a longitudinal first edge glue line. The stationery includes: a plurality of inner layers intermediate the front and back outer layers; a longitudinal row of matching holes proximate to the second arm-direction edge; a plurality of longitudinal second edge glue lines, one for each gap between sets, wherein the second edge glue lines in adjacent gap sets in said stationery are aligned with said rows of matching holes; The outer and inner edges are staggered so that no second edge glue line overlaps another second edge glue line in an adjacent gap of said stationery, so that any second edge glue line in an adjacent gap of said stationary Even if there is a lateral displacement between adjacent sets of said second edge glue lines on said stationery, the predetermined range between sets of adjacent layers of said stationary Allows for lateral movement.

Brief Description of Preferred Rows In a first preferred embodiment of the invention, the multi-layer continuous stationery comprises a front outer layer, a back outer layer, an adjacent pair of middle layers, a middle layer and a front outer layer. and an intermediate layer between the central layer and the rear outer layer.

In a preferred embodiment, the front and back exterior layers extend to a first longitudinal edge of the stationary, where they are joined by a first edge longitudinal glue line. The inner layer between the central layer and the intermediate layer preferably stops the foreshortening of the first longitudinal edge. The front and rear outer layer sides are provided with longitudinal rows of sprocket holes extending therethrough at the first longitudinal edges thereof, in which case the first edge glue line preferably extends beyond the rows of sprocket holes. It's on the outside. The front and back exterior layers further include a longitudinal perforation line at the first longitudinal edge inside the row of sprocket holes so that the edge strip containing the row of sprocket holes can be removed.

In a preferred embodiment, the central layer extends directly to the second longitudinal edge of the stationary. The intermediate layer stops shortening the second longitudinal edge. The second edge longitudinal glue line is arranged between the layers adjacent the second longitudinal edge.

The row of reference holes is preferably spaced apart from, but adjacent to, the second longitudinal edge. The second glue line joining adjacent layers has rows of matching holes arranged on alternate sides so that the second edge glue line does not overlap an adjacent second edge glue line. This prevents the second edge glue lines from mixing. The second edge glue line in the middle of the set of central layers is preferably outside of all second edge glue lines associated with any of the intermediate layers. The central layer preferably comprises a longitudinal row of sprocket holes at the second longitudinal edge of the stationery, in which case the second edge glue line between the sets of the central layer preferably Inside the row of sprocket holes at the second longitudinal edge. A second longitudinal perforation line is preferably disposed inside a second edge glue line that threads through the central layers and joins the set of central layers. The third longitudinal perforation line preferably extends through all layers of the stationery in the immediate vicinity of, but apart from, the second longitudinal edge of the stationery and within all second edge glue lines. The row of reference holes and the row of sprocket holes at the second longitudinal edge may be separated thereby.

The front outer layer is preferably attached to the adjacent intermediate layer by a second edge longitudinal glue line.

Similarly, the back outer layer is preferably attached only to the other intermediate layer adjacent to it by a second edge glue line. Attaching the front J3 and back outer layers only to the inner layer has the effect of preventing lateral twisting or tent-like formation between the front and back outer layers.

The continuous stationery of the third embodiment is preferably assembled on a collation machine where the pre-printed, pre-perforated and pre-perforated layers are rapidly dried in a radio frequency dryer for the deposition of water-soluble glue lines. brought together on the matching band. By virtue of the mirrored construction of the continuous stationary around the medium heat line between the central layers, the continuous stationary can be produced from a set of identical rolls of pre-printed and pre-drilled stationary. In a second preferred embodiment, the number of internal layers is 1.
Everything is the same except that it has increased to 4.
as described in the preferred embodiment. The middle layer sets are spaced between the middle layer sets, and the structure is such that the staggered second edge glue lines are on alternate sides of the row of matching holes, while the middle layer sets are spaced apart between the middle layer sets. The second edge glue line in the middle of the set is always maintained outside of any second edge glue line on any of the intermediate layers.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The invention will be further explained, for example, in the following description, read in conjunction with the accompanying drawings.

FIG. 1 depicts a partially cut away perspective view of a continuous stationary of a first preferred embodiment. Continuous multilayer stationery 1
0 includes a front outer layer 12 and a back outer layer 14.

Front and back outer layers 12° 14 are stationary 10
extending to a first longitudinal edge 16 of. The front and back outer layers 12.14 are longitudinally joined adjacent the first longitudinal edge 16. A first row of sprocket holes 18 is provided through the front and back outer layers 12.14 along the line of the first longitudinal edge and slightly inboard. A first perforation line 20 is provided in both the front and rear outer layers 12.14 parallel to the first longitudinal edge 16 and inside the first row of sprocket holes 18; Thereby, the first perforation line 2
By peeling off the first edge strip 22 to the right of the first line of sprocket holes 18, the first edge strip 22 can be separated.

The first center 1fiJ24 and the second center layer 26 are arranged adjacent to each other in the center of the stationery 10 (
). The first and second central layers 24 26 extend to the second longitudinal edge 28 of the stationary 10 .

A second row of sprocket holes 30 are numbered and extend through both the first and second central layers 24, 26 parallel to and proximate the second longitudinal edge 28 of the stationary 10. A second longitudinal perforation line 32 passing through both the first and second central layers 24 , 26 and parallel to the second ′ longitudinal edge 28 is provided inside the second row of sprocket holes 30 . ing. First and second central layer 24°26
are connected to each other by first and second edge glue lines 34 between the second row of sprocket holes 30 and the second longitudinal drilling line 32.

By peeling off the second longitudinal high perforation line 32, the second edge strip 36 is removed from the second sprocket hole 30.
while removing the rows and the first and second central layers 24.
26 from the other.

A first intermediate layer 38 is provided between the front outer layer 12 and the first central layer 24 . The second intermediate layer 40 is the rear external B14
and the second central layer 26.

1st J3 and 2nd central layer 24.26 and 1st and 2nd
The intermediate layer 38 , 40 extends at the first longitudinal edge 16 only to the first longitudinal perforation line 22 . middle layer 3
8.40 and the central layer 24.26 are both internal layers of the stationery 10, but are not attached one to the other, and at the first longitudinal perforation line 20, the front or back external layer 12. It is not attached to any of 14. In this way, the first longitudinal perforation line 2
By not peeling off the stationary 10, all the layers 12, 14, 24, 26, 38, 40 of the stationary 10 are separated one from the other.

Proximate the second longitudinal edge 28, the intermediate layer 38.40 and the front and back outer layers 12.14 extend only to the second longitudinal perforation line 32.

The row of matching holes 42 is proximate the second longitudinal edge 28 and inside the second longitudinal perforation line 32, and is located in all layers 12 of the stationery 10 for use in assembling the stationery in a manner to be described below. .14,24,26,3
8. J passing through 40: It is provided in the sea urchin. A third longitudinal perforation line 44 extends through all layers 12.14.24. of the stationery 10 inside the row of reference holes 42. ．． 2
6.38.40. Third
Peeling off the longitudinal perforation line 44 1.1 Separation of the third stage strip 46 by opening the reference hole 42; [
To tolerate.

The first intermediate layer 38 has a row of matching holes 42 and a third perforation line 44.
is attached to the first central layer 24 by a second 2m edge glue line 48 intermediate the .

The second intermediate layer 40 is connected to the second central layer 2 by a second edge glue line 48 in the same manner not shown in FIG.
6th and 11th place.

The first intermediate layer 38 is located outside the row of matching holes 42, but the second
It is longitudinally attached to the front exterior layer 12 by a third second edge glue line 50 inside the longitudinal perforation line 32 . In a similar manner, although not shown in FIG.
The second and third second edge glue lines 48.50 are attached longitudinally to the back external layer 14 by
is inside the third edge strip 46 and all layers 12 are removed when the third longitudinal perforation line 44 is peeled away.
, 14, 2.4.26.38.40 are drilled from one side to the other.

Lateral perforations and fold lines 52 are regularly spaced along the stationery 10 to define transaction records 54 between adjacent sets thereof. Lateral perforations and fold lines 52 penetrate all mating layers 12, 14, 24, 26, 38, 40 and allow one transaction record 54 to be separated from the other by peeling. , and also allows the stationery 10 to be folded and stacked along it.

FIG. 2 shows an enlarged longitudinal cross-sectional view of the stationery 10 of FIG. 1 taken along one of the transverse perforation and fold lines 52 from the left-hand side of FIG. The first set of arrows 56 indicates the first perforation line 200 location. A second set of arrows 58 indicates the location of second perforation line 32. arrow 60
The third set of indicates the position of the third perforation line 44. All features other than those shown are similar to the first one except that the second intermediate layer 40 and the back outer layer 14 are both fully visible.
It is the same as shown in the figure. A first longitudinal edge glue line 62 is outside the first row of sprocket holes 18 for joining the front and back outer layers 12.14.
It is provided intermediate the front and back outer layers 12.14. The description of FIG. 1 applies equally to FIG. In particular with regard to Figure 2, the second edge glue line 34.48.5
It should be noted that the zero neighbors are on alternate sides of the row of reference holes 42. In this way, the second edge glue line 34.48.50 does not overlap another glue line in the next set of adjacent layers. With this twisting, the second edge glue lines 34', 4
8.50 to avoid mixing one with the other.

The flexibility of the stationary 10 in the longitudinal direction is thereby ensured. It should further be noted that the first second edge glue line 34 is outside of both the second second edge glue line 48 and the third second edge glue line 50. In this way, the second edge glue lines 34.48.50 are divided into three groups to create even greater flexibility than provided by two.

Additionally, the greater spacing provided between the first and second edge glue lines 34 and 48 means that the first and second edge glue lines 34, 48 are much more apart from each other. It means 0, which is likely to be mixed with.

The second edge glue line 34.48.50 is attached to each layer 12.1
Allow the non-bonded parts of 4.24, 26.38.40 to be between them. This allows some degree of lateral movement between the layers since the portions therebetween are bendable. In this way, layers 12, 14 . ．． 24
, 26.38°40 is allowed to prevent lateral twisting and tenting between the layers. In particular, the front exterior layer 12 is attached to the first intermediate layer 38 by a third second edge glue line 50, and the back exterior layer 14 is attached again to the second intermediate layer 38 by a third second edge glue line 50. It is attached to layer 40. The front and back outer layers 12.14 are
The first and second edges are not attached to each other and cannot be twisted or tented in relation to each other and between the second and third second edge glue lines 48.50. By bending the preliminary material in each intermediate layer 38, 40, a small degree of movement with respect to the inner layer is allowed.

When it is desired to utilize the stationery 10, the transaction record 54 is separated from the stationery by first being peeled along the lateral perforation line 52, the first edge strip 22 is removed, and then the M3 perforation line 44 is removed. , all layers 12.14.24.26.3
8.40 is stripped to allow it to be separated and dispensed on demand. Alternatively, after removing the first edge strip 22, the second
Edge strip 36 can be removed. The internal layers 24, 26, 38, 40 are divided into two groups that can be treated separately.

FIG. 3 shows how stationery 10 is assembled. The checking band 63 is driven by and passes over the roller 64. Verification band 63 is stationery 10
A row of collation bins 65 is conveyed to pass through collation holes 42 in each layer of.

A first pre-printed and pre-punched roll 66 delivers the back outer layer 14 onto the band. A second pre-printing and pre-punching roll 68 then delivers the second intermediate layer 40 onto the band 63. A third pre-printed and pre-punched roll then delivers the second medium heat layer 26 onto the band 63. A fourth pre-printed and pre-punched roll 72 distributes the first central layer 24 onto the band 63. A fifth pre-printed and pre-punched roll 74 delivers the first intermediate layer 38 over the band 63 . Finally, a sixth pre-printed and pre-punched roll 76 is applied to the front outer layer 12 on top of the band.
to be distributed. Layer of other species'14.40゜26.24,38
．． 12 is then placed on band 63 in the correct order.
They are also distributed to each other's peaks. The first glue dispenser 78 connects both the first edge glue line 62 on the first edge of the back outer layer and the third edge glue line 50 on the second edge 28 of the stationery 10. distribute.

A second group, ISVENZA 80 , delivers a second outer layer glue line 48 over the second middle layer 40 .

The third glue dispenser 82 dispenses the first and second edge glue lines 34 onto the second central layer 26 .

A fourth glue dispenser 84 dispenses a second second edge glue line onto the first central layer 271 . A fifth and final glue dispenser 86 dispenses a third second edge glue line 50 onto the first intermediate layer 28 . Brought together and adhered in this way, layers 12, 14,
24, 26, and 38° 40 are passed together through a radio frequency dryer 88. The dispensed adhesive is preferably, but not necessarily, of a water-soluble type, and the radio frequency dryer quickly dries the adhesive to bond the stationery 10 together.

The adhesive is allowed to dry and the stationery is passed through to the fold stacker 90 where it is folded and stacked until packaging and shipping.

Those skilled in the field know that glue lines 62°34.48
．． You will notice the methods that can be used to create 50.

FIG. 4 shows a cross-sectional view similar to that of FIG. 2 of a second preferred embodiment of the invention.

All like-numbered elements correspond to the same elements shown and described in connection with FIG. While only one set of central layers 24.26 is shown in FIG. 2, FIG. 4 shows a plurality of central layers 24.26 at 311. ．．
26 is shown. Each phase of the central layer 24.26 is separated by one set of intervening intermediate layers 38.40 from the other set of central layer 24.40. ．． 26
It is divided from The medium layer 38, 40 adjacent to the intermediate layer 24,26 is attached to the second edge glue line. Each set of intermediate layers 38 , 40 is attached one to the other by a third second edge glue line 50 . The central layers 24,26 of each set are attached one to the other by first and second edge glue lines 34. In keeping with this format, continuous stationery may be made of any thickness, where the second
Glue line 34 along the edge. ．． 48.50 are staggered one from the other and the second edge glue line 34, 48.50 is no longer on top of another adjacent to it. In FIG. 4, the front exterior layer 12 and the back exterior layer 14 are combined into a pair of intermediate layers 38.4.
It is shown to be fitted with 0 external material and 11. There is no need for the outermost intermediate layer to be paired.

Thus, in FIG.
Outermost middle layer/1.0. ．． 38, but if the outermost intermediate layer 38.40 were to be omitted, then the front and back outer layers would be attached to the remaining outermost layer by the third second edge glue line 50. middle layer 38
．． 40 will be attached.

Those skilled in the art will appreciate that the intermediate layer 38,40 can extend slightly beyond the second perforation line 32. Due to the symmetry of the stationery 10, the first and sixth rules 66.76 are similar to the second and fifth
0-Rule 68.7/I and 3rd and 40th-Rule 70.72
The same printed and perforated layers can be distributed in the same way as can be distributed. Those skilled in the art will be aware of the obvious extensions to the apparatus of Figure 3 by which the stationery shown in Figure 4 can be made.
Will. The discussion of symmetry of the type applies equally to the stationary shown in FIG. The invention furthermore resides in any of the features mentioned above, taken alone or in combination.

[Brief explanation of the drawing]

FIG. 1 shows a partially cut away perspective view of the continuous stationary of the first preferred embodiment. FIG. 2 shows a cross-sectional view with an enlarged occlusal height of the continuous stationary shown separately in FIG. Figure 3 shows
1 and 2 schematically illustrate the method of collecting the continuous stationery of FIGS. 1 and 2; FIG. FIG. 4 shows an enlarged occlusal height cross-sectional view of a first preferred embodiment of a continuous stationary in which a large number of layers can be deployed. In the figure, 10 is a continuous multilayer stationary, 12 is a front outer layer, 14 is a back outer layer, 16 is a first longitudinal edge, 18 is a sprocket hole, 20 is a first perforation line, 22
is the first edge strip, 24 is the first central layer, and 26 is the second edge strip.
a central layer, 28 a second longitudinal edge, 30 a sprocket hole, 32 a second longitudinal perforation line, 34 a second edge glue line, 36 a second edge strip, 38 a first intermediate layer; 40 is a second intermediate layer, 42 is a matching hole, 44 is a third longitudinal perforation line, 46 is a third edge strip, 48.
50 is the third second edge glue line, 52 is the transverse perforation and folding line, 56, 58 are the arrows, 62 is the glue line, 63 is the band, 66 is the first pre-printing and pre-punching roll, 68 is the second pre-punching roll. Printed and pre-perforated roll, 7
0 is the third preprinted and preperforated roll, 72 is the fourth preprinted and preperforated roll, 74 is the fifth preprinted and preperforated roll, 76 is the sixth preprinted and preperforated roll, and 88 is the radio frequency dryer. , 90 indicates a folding stacker.

Claims (20)

[Claims] (1) first and second longitudinal edges;
A multilayer continuous stationery having front and back exterior layers joined proximate said first longitudinal edge by an edge glue line, said plurality of interior layers intermediate said front and back exterior layers; , a longitudinal row of reference holes proximate said second longitudinal edge, and a plurality of longitudinal second edge glue lines, one for each gap between each adjacent set of said stationery. , so that second edge glue lines in adjacent sets of gaps in said stationery are staggered outside and inside said row of reference holes, so that second edge glue lines in adjacent sets of gaps in said stationery are staggered. do not overlap the second edge glue lines of the stationary, so that any set of second edge glue lines in adjacent gaps of the stationery will not overlap the longitudinal flexibility of the stationery. It will not be damaged and cannot be mixed,
Thereby, even if there is a lateral displacement between adjacent sets of said second edge glue lines of said stationery, a predetermined range of lateral displacements between sets of adjacent layers of said stationery may occur. Multi-layer continuous stationery that allows movement. (2) the plurality of internal layers includes one or more sets of central layers extending directly to the second edge of the stationary, and a plurality of intermediate layers, each intermediate layer comprising:
not extending to the second longitudinal edge, the plurality of internal layers comprising a set of intermediate layers between alternating sets of the central layers, and wherein the set of intermediate layers does not extend to the second longitudinal edge; One of the plurality of second edge glue lines in the gap between is outside of any of the second edge glue lines on any of the middle layers, such that the longitudinal length of the stationery A multilayer continuous stationary according to claim 1, wherein directional flexibility and lateral movement of the layers in the nη stationary are further promoted. (3) the front outer layer is attached to only one of the plurality of inner layers adjacent thereto at the second edge and not to any other decoy; An outer layer is attached at the second edge only to one of the plurality of inner layers adjacent thereto, and to no other layer, thereby forming a gap between the front and back outer layers. 3. A multi-layer continuous stationary according to claim 2, wherein tenting is avoided by avoiding connections therebetween at said second longitudinal edges. (4) The multilayer sequence according to claim 3, wherein the internal layer adjacent to the front external layer is an intermediate layer, and the internal layer adjacent to the back external layer is also an intermediate layer. stationery. (5) a first longitudinal line of sprocket holes passing through both the front outer layer and the back outer layer and proximate the first longitudinal edge; a first longitudinal perforation line passing through the front and back exterior layers within one line, the first edge glue line being outside the first longitudinal perforation line, and The inner layer is the first layer.
4. Extending only up to a longitudinal drilling line, whereby said first line of sprocket holes can be removed by not tearing away said first longitudinal drilling line. Multilayer continuous stationery as described. (6) a second line of sprocket holes proximate said second longitudinal edge, outside said line of reference holes, and extending through said center layer; a second longitudinal perforation line extending through the central layer intermediate the line and a second perforation line, such that the second line of sprocket holes strips the second longitudinal perforation line; 6. The multi-disease continuous stationery according to claim 5, which is separable by. (7) providing a third longitudinal perforation line through all the layers in the stationary and inside said line of reference holes, by which said line of reference holes can be separated and said line of reference holes; Claim 6: All layers in the stationary are separated from one another for use by tearing away said third longitudinal perforation line.
Multi-layer continuous stationery as described in section. (8) a plurality of longitudinally equally spaced transverse perforation lines for defining transaction records in each longitudinal portion of the stationery intermediate the set, the transverse perforation lines comprising: Therein, the stationery is placed on the stationery in order to permit stacking of said stationery by folding thereon, and to permit separation of one transaction record from another by peeling along the same. 8. A multi-layer continuous stationery according to claim 7, which penetrates through all the layers. (9) the front exterior layer is attached at the second edge only to one of the plurality of interior layers adjacent thereto, and is not attached to any other layer; a layer is attached at the second edge only to one of the plurality of inner layers adjacent thereto and not to the other layers, thereby forming a layer of the front and back outer layers; Multi-layer continuous stationery according to claim 1, wherein tenting between them is avoided by avoiding connections therebetween at said second longitudinal edge. (10) The inner layer adjacent to the front outer layer is an intermediate layer, and the inner layer adjacent to the back outer layer is also an intermediate layer. Multilayer continuous stationery. (11) a first longitudinal line of sprocket holes passing through both the front outer layer and the back outer layer and proximate the first longitudinal edge; a first longitudinal perforation line passing through the front and back exterior layers within one line, the first edge glue line being outside the first longitudinal perforation line, and 12. The inner layer extends only up to the first longitudinal perforation line, such that the first line of sprocket holes can be removed by tearing away the first longitudinal perforation line. 11. The multilayer continuous stationery according to item 10. (12) a third longitudinal perforation line passing through all layers in the stationery and inside said line of reference holes, by which said line of reference holes can be separated; 12. A multilayer continuous stationery as claimed in claim 11, wherein all the layers in the stationery are separated one from the other by peeling off said third longitudinal perforation line. (13) a plurality of longitudinally equally spaced transverse perforation lines for defining transaction records in each longitudinal portion of said stationery intermediate between said sets; said transverse perforation lines; allows said stationery to be folded and stacked by transversely folding therein;
Also along there. 13. A multi-layer structure according to claim 12, which penetrates all the layers of said stationery to allow separation of one transaction record from the other by peeling it off. Continuous stationery. (14) a first longitudinal line of sprocket holes extending through both the front outer layer and the back outer layer and proximate the first longitudinal edge;
a first longitudinal perforation line extending through the front and back exterior layers internal to the first line of sprocket holes; and the first edge glue line being external to the first longitudinal perforation line. and wherein the plurality of internal layers extend only to the first longitudinal perforation line, such that the first line of sprocket holes is removed by peeling away the first longitudinal perforation line. A multi-layer continuous stationary according to claim 1, which is capable of (15) a third longitudinal perforation line passing through all layers in the stationery and inside said line of reference holes, by which said line of reference holes can be separated; 15. The multilayer continuous stationery of claim 14, wherein all layers of the stationery are separated one from the other by peeling away said third longitudinal perforation line. (16) In each longitudinal portion of said stationary intermediate between said sets, a plurality of longitudinally equally spaced transverse perforation lines are provided for defining transaction records, said transverse perforation lines being provided therein; said stationery to permit folding and stacking of said stationery by transversely folding and to permit separation of one transaction record from another by peeling along said stationery; 16. A multilayer continuous stationery according to claim 15, which penetrates through all the layers in the multilayer continuous stationery. (17) a first longitudinal line of sprocket holes passing through both the front outer layer and the back outer layer and proximate the first longitudinal edge; a first longitudinal perforation line extending through the front and back exterior layers within one line; the first edge glue line being outside the first longitudinal perforation line; The inner layer of the invention extends only to the first longitudinal perforation line, such that the eleven lines of sprocket holes can be removed by not tearing away the first longitudinal perforation line. Multi-nodular continuous stationery as described in Scope 2. (18) The stationery further includes a second line of sprocket holes that is close to the edge in the second direction, is outside the line of matching holes, and penetrates the center layer, and the stationery further includes and a second longitudinal perforation line extending through the central layer, such that the second line of sprocket holes does not tear apart the second longitudinal perforation line. 18. The multilayer continuous stationery of claim 17, which is separable. (19) shelling through all the layers in said stationery and comprising a third longitudinal perforation line inside said line of reference holes, by which said line of reference holes can be separated; 19. A multilayer continuous stationery as claimed in claim 18, wherein all the layers are separated one from the other by peeling off said third longitudinal perforation line. (20) a plurality of for defining transaction records in each longitudinal section of said stationery intermediate said set;
longitudinally equally spaced transverse perforation lines, said transverse perforation lines permitting fold-and-stack stacking of said stationery by transversely folding therethrough, and one side by peeling along the transverse perforation lines; Claim 1: Penetrating all layers of said stationery to allow separation of transaction records from one another.
The multilayer continuous stationery according to item 9.