DE102016001759B3 - Printed Media - Google Patents

Abstract

The invention relates to a foldable printed product (1), which is designed as a stand-up table standing calendar. After the manufacture of the outer part (2) produced from a single piece of cardboard (KS), an inner part (4) is fastened to its inner sides (10b), which has a spreading limiter (6) and adhesive strips (5a, 5b) in such a way that their ends (12, 12) find a precisely fitting stop on the inside (14) of the fold (8) of the outer part (2). In this case, the adhesive flags (5a, 5b) extend to the entire length (L) and height (H) of the outer part (2), whereby they contribute to the additional stiffening of the printed product (1).

Description

The invention relates to a foldable printed product, which is designed as a stand-up table standing diary, comprising two erectable plates that record the calendar data for at least one year, with 6 to 7 months are listed on each of the two plates. Such table stand calendars are usually produced as a giveaway and distributed by relevant service providers and producers to their customers and institutions. In this case, the table stand calendar inscribable fields to z. B. appointments and deadlines by hand.

Various types of desk-mounted calendars are known in the art.

Firstly, an elongated prismatic desk standing calendar is known which is able to record calendar data on all three prism pages. The disadvantage of this calendar is its too light design made of art paper, which is not writable and is therefore only conditionally suitable for individual daily use. A gust of wind from the open window causes this calendar to flutter off the desk.

In another conventional desk stand calendar are two small-sized (170 × 130 cm) folding to each other, the steep roof shape mountable calendar plates made of cardboard lined with paper, which are hinged above, also by the Kaschier paper, bookbinding hinged together and which can be spread apart below to form two trailing edges.

The lower ends of the calendar plates are connected on the insides with a Spreizungsbegrenzer, consisting of a thin folded paper strip of about 55 mm wide, by gluing, such that after the calendar is set up in about an inclination of the calendar plates of 22.5 Grad arises against the vertical. This means that they are placed at an angle of about 45 degrees.

This table standing calendar has the first disadvantage that a large part of it wobbles, since the positioning edges at the bottom of the calendar board are skewed to each other. Such table standing calendars must be sorted out as a committee, which leads to losses and thus to the increase in the price of usable production shares. Paper and cardboard bookbinding work are still burdened to a high proportion of expensive manual labor, especially as resulting from the lamination adhesive drying and weather-related re-wetting during shipping to the customer sometimes unpredictable further Winkelverzügen the calendar plates lead to each other and thus skew each other Aufstellkanten and lead to a complaint to the customer. Another disadvantage has the effect that such poor desk stand calendars are claimed and must be withdrawn, or substitute deliveries are to carry out, which leads to further significant economic losses.

A second disadvantage of this table standing calendar is justified in its spread limiter. This must be inserted by hand and freehand on the inside glued. That requires high skill. The Spreizungsbegrenzer has on the inner sides of the calendar plates no defined and accurately fitting stop, which leads to positioning errors to not fully functional together folding possibility of calendar plates. These calendars also have to be sorted out, resulting in additional production costs for the remaining calendars.

A third disadvantage of this known desk stand calendar is that no data can be attached to its underside. The name of the company and address data can only be specified in the header area on the calendar front pages. Today, however, details of the manufacturing and / or service program, such as banking services, medical services, patent application services, just to name a few, are needed to distinguish between competitors.

The object of the invention is to provide a printed product which can be manufactured by means of simple means and with only little manipulation and installation effort and largely by machine, thereby eliminating the disadvantages described above.

This object is achieved by the printed product according to claim 1. Advantageous embodiments of the invention are specified in the subclaims.

The invention thereby eliminates the first drawback described above by proposing a construction which completely eliminates the error-causing bookbinding work. For this purpose, the two cardboard plates are formed from a single rectangular contiguous carton blank with mutually parallel end edges and the hinge machined by pressure grooving or by groove milling produced. Here, the rectangular outer box cutout is exactly centered with a grooving and folding provided. As a result, after folding completely parallel Aufstellkanten be achieved and the Committee avoided. This also reduces production costs.

To eliminate the second drawback described above, a Spreizungsbegrenzer is proposed, which is extended to its adhesive mounting lugs and extends up to the top ridge and fit of the table standing calendar. In this case, the Spreizungsbegrenzer is true to position and close to the inner side of the folding of the outer carton blank, frictionally received and fixed on the inside of the cardboard cutout. He can thus be glued in mechanically and accurately. As a result, the production is cheaper. In addition, thereby the two cardboard plates are additionally stiffened.

To eliminate the third disadvantage described above, a Spreizungsbegrenzer invention is provided in the form of a leporelloartig foldable floor, which preferably extends over the entire length and width of the table standing table and is capable of, for example, an overview calendar for the following year (important for Patent post-registration services) or advertising data such as product information and service profiles.

The drawings show exemplary embodiments of the invention.

Showing:

1a a carton blank with a recess in the form of a scoring from outside to inside for the preparation of the outer part of the printed product,

1b folding the carton blank 1a to the outer part in two intermediate positions,

1c the finished outer part,

1d a paper blank with a recess from the outside and two recesses from the inside for the preparation of the inner part of the printed product,

1e the intermediate and finished folded inner part,

1f the insertion of the inner part in the outer part in the bonding,

1g the bonding and pressure of the outer part with the inner part,

1h the invagination of the spread limiter,

1i the finished printed product,

1k in an enlarged view the area Ik of 1i , showing the stop situation of the inner part in the outer part,

2a The first embodiment in an explicit and perspective view of an unfolded and erected printed matter in the form of a desk standing calendar, seen from above, a longitudinal side and an end side,

2 B an enlarged detail in section IIb the 2a and 5a showing the exact fitting of the inner part in the fold of the outer part,

3a a perspective view of the printed product after 2a however seen from below, one longitudinal side and one end side,

3b another execution after 3a showing a transparent viewing bag with an exchangeable advertising medium,

4a a schematic exploded view of the outer part and the inner part of the printed product before the adhesive mounting,

4b the glued and folded printed product after 4a with everted spreading limiter,

5a the representation after 4a but in the assembled and spread finished state,

5b an enlarged detail in the area Vb the 5a showing the formation of the standing edges by the inner part,

6 an enlarged detail corresponding to the 5b showing the formation of the standing edges by the outer part,

7a the printed product after 5a in the folded state,

7b an enlarged detail in section VIIb of the 7a

8a another example of a printed product in an exploded view, ie in the not yet bonded state, wherein the adhesive tongues of the inner part are connected to each other at the top and the adhesive tongues of the inner part are connected at the bottom by the Spreizungsbegrenzer and by gluing,

8b an enlarged detail in the area VIIIb the 8a .

9 the printed product after 8a , but in the bonded state of the outer part with the inner part,

10 an enlarged detail in area X of the 9 , showing the exact fitting of the inner part in the outer part,

11 an enlarged detail in the area XI the 9 showing the bonding of the expansion limiter with the inner part and showing the formation of the standing edge by the inner part or the end edges of the expansion limiter,

12 a further embodiment of the invention, showing in the bottom region two halves which can be connected to one another in the middle in order to form the expansion limiter and showing a lamination on the outside of the outer part of the printed product,

13a a further embodiment of the invention, showing the printed product with an openable and closable Spreizungsbegrenzer in still open situation,

13b a representation according to the 13a but in a locked situation,

14a to 14d a further embodiment of the invention, wherein the outer part has a recess by Nutfräsung from the inside; show in detail:

14a grooving the carton blank from the inside,

14b the folding process to create the outer part,

14 c the finished-folded outer part with a glued inner part,

14d an enlarged section in the area XIVd the 14c , showing the snug fit of the folding bender of the inner part in the groove of the outer part.

Description of the drawings in detail.

The 1a to 1k show schematically the provision of the components and the principle of the invention. The printed product 1 exists, in particular in 1i shown, from a first foldable element 2 , in short the outer part 2 , and a second foldable element 4 , in short the inner part 4 , This is the inner part 4 , as the 1f to 1k show in the outer part 2 inserted such that the upper separated from each other end edges 12 . 12 of the inner part 4 on the inner surface 14 the folding 8th of the outer part 2 come to a stop ( 1k ).

This results, as described below, a whole series of technical and practical advantages for the production and application of the printed product 1 and the other exemplary embodiments 40 . 50 . 60 and 70 ,

Surprisingly, it has been found that, when a carton blank KS according to 1a along a predetermined line M from outside to inside with a recess V1 in the form of a groove 21 and then this inside to an outdoor part 2 folds ( 1b . 1c ), on the inner surface 10b a bead 25 forms, which on the one hand a stop surface 14 for the inner part 4 forms and on the other hand, with further folding ( 1c ), a shaft S with mutually parallel wall halves 3a . 3b is trained.

This shaft S is particularly suitable for receiving the folded inner part 4 to 1e , It can, according to the given dimensions for the heights H, H of the halves 3a . 3b of the outer part 2 and the heights h5a, h5b, h7a and h7b of the folded inner part 4 a defined projection + x of the inner part 4 be achieved by exactly determinable size and parallelism of the thus formed standing edges SKa, SKb to each other and the predetermined line M.

The advantage here is that a printed product formed in this way 1 especially good as absolutely wobble-free, that is steadfast, desk-standing-calendar, even by the inner part alone 4 , suitable. However, it is part of the content of the invention that this stability on the level A level by the folding 8th parallel edges K1 and K2 of the outer part formed by the carton blank KS 2 of the printed product 1 already reached (see dashed line in FIG 1b as well as the enlarged partial representation in 6 ). For this purpose, the carton blank KS is according to 1a along a predetermined line M exactly centered and parallel to the outer edges K1, K2 by pressure-grooving 21 on its printed surface 10a provided with a depression V1, with exactly the same heights H, H result, which equal halves 3a . 3b for the first foldable element 2 (Outer part 2 ) and thus after its folding, according to 1b and 1c , as stable and wobble free act. This also applies to the case that the supernatant x = zero or even minus (see also 6 ).

In 1d and 1e is the provision of the inner part 4 shown. Along a predetermined Line M becomes a depression by pressure-grooving 27 introduced from outside to inside in the paper blank PS, which exactly centered and parallel to the outer edges 12 . 12 runs. Following this, two more depressions are created by pressure creases 22 . 23 , directed from the inside to the outside, introduced, such that their distances h7a, h7b to the predetermined line M are exactly the same. Thus, both the faces were 7a . 7b for the expansion limiter 6 as well as the partial surfaces for the glued tongues 5a . 5b formed with their heights h5a, h5b.

According to 1e and 1f the paper blank PS becomes the inner part 4 and, to form the articulating inner bow 11 to the grooving 27 pre-folded and in the outer part 2 pushed in to this with its two end edges 12 . 12 on the inner surface 14 the folding 8th accurately positioned. As can be easily understood, this process can thus be carried out fully automatically according to the invention. This is the inner part 4 in the area of the two adhesive flags 5a . 5b outside or the outside part 2 in the area of the two halves 3a . 3b inside before, likewise automatically, with glue wetted or sprayed, whereby the one half 3b of the outer part 2 slightly raised (β).

Subsequently, under pressure p, the inner part 4 with the outer part 2 adhesively bonded together. The remain the spread limiter 6 forming partial surfaces 7a . 7b outrageous and initially outward over ( 1d . 4b After drying of the sizing, the halves thus joined become 3a / 5a and 3b / 5b spread ( 1h ) and the spread limiter 6 turned inside out. For storage and transport but can optionally be the expansion limiter 6 also remain outside, because there are favorable transport conditions in the form of banded containers lesser package height.

The 1k shows enlarged the head area Ik of 1i , Here are the stop functions 12 / 14 and the bonds 2 / 13 / 4 shown. In this example, the wall thicknesses of the inner part 4 and the outer part 2 approximately the same size, resulting in a stable bond of 350 g / m2 + 350 g / m2 = 700 g / m2 and yet both parts are still good creasing and falzbar with only 350 g / m2.

In the following 2a to 14d are five examples 1, 40 . 50 . 60 and 70 of the printed product. The executed example 1 of the printed product is in the 2a to 7b as described below, wherein the reference numerals have the same meaning as in the drawings 1a to 1k before.

The printed product 1 to 2a has a height H of about 13 cm, a length of 17 cm and a width of 9.5 cm. Other dimensions are possible. In the bottom area are the standing edges SKa and SKb, which by the second convolutions 9a . 9b the halves 5a . 5b of the inner part 4 are formed. In the process, the partial surfaces are continued 7a . 7b formed, which in turn by Leporelloartiges interaction the actual Spreizungsbegrenzer 6 form. On the inner surface 10b of the inner part 4 can bags 19 for business cards 20 and the like may be provided.

Furthermore, the printed product 1 to 2a shown in perspective in unfolded and erect situation. The outer part 2 is printed with a daily calendar from January to June 2016, ie the current year months, on its front side in the printing zone F2. In the upper pressure zone F1 space is provided for an advertising impression. The same picture shows the rear side, not shown, with the printing zone F4 (dashed lines in FIG 3a ) with the current months July to December 2016 and the second advertising impression in the F3 printing area.

In the 2 B is enlarged the area IIb the 2a shown. Where D is the material thickness of the halves 3a . 3b of the outer part 2 and s the strength of the halves 5a . 5b of the inner part 4 , Depending on requirements, the thicknesses D and the thicknesses s may be different. Shown is the folding 8th which is a footbridge 17 between the halves 3a . 3b of the outer part 2 and an increase 24 with stop surface 14 for the positionally accurate stop of the two inner halves 5a . 5b of the inner part 4 formed.

As 3a shows is on the bottom in the pressure zones F5, F6, so on the spread limiter 6 , an overview calendar for the entire following year 2017 imprinted. Instead, however, further advertising impressions can be provided here, in particular also special services z. From industrial patent departments, banks, patent service providers, patent offices etc.

As 3b shows, can be a pocket 31 z. B. for the insertion of an address strip 32 be provided. As a result, a cost-effective and address-neutral mass production without individual advertising impressions is possible here first. Following this, the production quotas are adjusted to the individual customer specifications on the change strip 32 considered.

4a to 7b show in detail the structure of the outer part 2 and the inner part 4 , H1 means the heights of the adhesive tabs 5a . 5b according to the prior art and h2 whose extension according to the invention (see exploded view 4a ). The adhesive tabs are sufficient 5a . 5b according to the invention with their two from each other separate ends 12 . 12 in the assembled state after 4b . 5a . 7a and 7b to the inner stop surface 14 the folding 8th of the outer part 2 , As a result, after appropriate dimensioning of the heights h1 + h2 of the adhesive tabs 5a . 5b , below a defined projection + x to the formation of the standing edges SKa, SKb given ( 5b ).

Alternatively, it is possible to make the supernatant "x" negative (residue -x) whereby the parallel end edges K1, K2 of the outer part 2 act as standing edges ( 6 ).

In 7a is the collapsed situation of the printed product 1 shown in which the spread limiter 6 is inverted. Depending on the thickness of the material used for the inner part 4 or for the spread limiter 6 used, the remaining spread (α) will be more or less large. However, if you put the spread limiter 6 out, then the spread is zero and the printed product 1 is completely flat ( 4b ).

The 8a to 11 show a further embodiment 40 the invention. Here are the two upper ends 12a . 12b the glued tongues 5a . 5b with each other through a folding bow 18 of the outer part 2 connected while the two lower ends of the adhesive flags 5a . 5b between subarea 7b and adhesive flag 5b and adhesive flap 5b initially separated from each other. The connection to a stable and foldable inner part 4 done by an adhesive flag 28 , Again, the standing edges SKa and SKb by the second folds 9a and 9b of the inner part 4 between 5a / 7a and 28 / 7b educated.

The advantage of this example 40 lies in the stable connection in the head area, as in 10 shown enlarged. This will be the ends 12a . 12b the glued tongues 5a . 5b of the inner part 4 together with the folding bug 18 and the inner surfaces 10b . 10b of the outer part 2 glued together ( 13 . 10 ). In the foot area, the connection is also made by gluing 13 over a glue flag 28 with the part surface 7b of the spread limiter 6 and the lower end of the adhesive tag 5b ,

The 12 shows a further embodiment 50 the invention. The difference for example 40 lies in the direct and central adhesive connection of the two partial surfaces 7c and 7d of the spread limiter 6 through an overlap 29 , In addition, with dashed lines a printable lamination 30 shown, which instead of the printing of the outer surface 10a of the outer part 2 is provided.

13a and 13b show another example 60 the invention. The upper structure is identical to the previous example 50 , In the ground area, however, is the spread limiter 6 from flags 61 and 62 formed, which by a Stecklasche 63 and a slot 64 are releasably connected together. So that the plug connection 63 / 64 are not unintentionally dissolves are in the flag 62 two security slots 65 . 65 introduced, which at a small displacement (arrows 68 ) of the flags 61 and 62 lead to each other to entanglement. Here one of the tabs engages behind 66 . 66 in the end of the slot 64 one of the two material zone edges 67 . 67 ,

The two flags 61 and 62 are extensions of the adhesive tabs 5a and 5b and work together, much like the faces 7a and 7b for example 50 , as a spread limiter 6 , where the area around the slot 64 like a hinge and like the first folding 18 or as the hinge-like inner bow in 1h and 1i is working. On the undersides of the flags 61 . 62 can also imprint advertising impressions or a follow-year overview calendar.

Another example 70 for the printed product according to the invention is in the 14a to 14d shown in which instead of a grooving 21 from the outside ( 1a ) a groove milling 15 is provided from the inside to form a depression V2.

The advantage of this example is that very strong cardboard material KS for the outer part 2 can be used. Again, in the context of the invention, a tailor-made stop the bow 18 of the inner part 4 on the inner surface 16 the groove 15 , or recess V2 in the outer part 2 , a supernatant + x is realized for the formation of setting edges SKa and SKb ( 14c ).

All reference numerals further in the drawings correspond mutatis mutandis to those in the preceding examples.

Other embodiments of examples relating to the scope of protection result from the combination of the above design features.

LIST OF REFERENCE NUMBERS

1

Foldable printed product (Example 1)

2

Outer part, first foldable element, (thickness D of carton blank KS)

3a, 3b

Halves of 2

4

Inner part, second foldable element (thickness d of the paper blank PS) consisting of: - two halves 5a . 5b = two adhesive tongues - a spread limiter 6 and this in turn consisting of: - one or two faces 7a . 7b . 7c . 7d

8th

Folding from the first element, bow

9a, 9b

Second folds of halves 3a . 3b , the standing edges are Ska, SKb

10a, 10b

inner surfaces of halves 3a . 3b

11

Inner bend, fold of 4 at the Leporello 7a . 7b

12, 12

Upper end edges of halves 5a . 5b

12a, 12b

upper end edges of 5a . 5b ( 8a 8b

13

Adhesive zones (dotted)

14

Inside stop surface of first fold 8th

15

Groove-milling; Deepening V2 ( 14a to 14d )

16

Inner surface of groove 15

17

Footbridge (connects 3a With 3b . 2 B )

18

First convolution of second element 4 , Bug 11 . 1e

19

Bag for 20

20

business card

21

Pressure creasing inwards in carton blank KS, for the outer part 2 . 1a

22

Pressure creasing outwards in paper cut PS for the inner part 4 . 1d

23

Pressure creasing outwards in paper cut PS, for the inner part 4 . 1d ,

24

Increase by grooving in carton blank KS in 1a

25

stop bead

26

27

Pressure creasing inwards in the paper blank PS ( 4 ) makes inner bow 11 , Fold

28

Adhesive banner on 7b

29

Adhesive banner on 7d

30

lamination

31

transparent bag for 32 ( 3b )

32

Printed address change strip

40

Printed matter Example No. 2

50

Printed matter Example No. 3

60

Printed matter Example No. 4

61

Banner, flag

62

Banner, flag

63

insertion flap

64

insertion slot

65

securing slots

66

tabs

67

Material-zone edge

68

shift

70

Printed matter Example No. 5

List of reference letters / terms

• A

  Stand level = table surface

  B

  Width of the established printed product

  D

  Thickness of outer part 2 = Carton blank KS

  F1-F6

  Pressure zone areas

  H

  Height of the printed product 1 or the halves 3a . 3b

  h1

  Height = length of the adhesive tabs 5a . 5b According to the state of the art ( 4a )

  h2

  Height = extension of the adhesive tabs 5a . 5b according to the invention

  K1, K2

  Parallel end edges of the carton blank = standing edges

  L

  Length of the printed product

  M

  Middle, given line

  P

  Insert arrow direction, ( 1f )

  p

  Pressing pressure for sizing, ( 1g )

  S

  Shaft width between 3a . 3b

  s

  Thickness of inner part 4 = Paper cut PS

  Ska, SKb.

  Standing edges, formed by 9a and 9b

  V1

  Deepening = scoring 21

  V2

  Recess = grooving 15

  + x

  Supernatant over K1, K2 to form standing edges SKa + SKb ( 1i . 5b Etc.)

  -x

  Residue behind K1, K2 to release the end edges K1, K2 to the edge function

  α

  Folding angle

  β

  Elevation angle

Claims (13)

Printed product comprising a first flat foldable element ( 2 , KS) with mutually parallel surfaces ( 10a . 10b ), of which at least one ( 10a ) for receiving printing information or a lamination ( 30 ), on which the printing information is printed, is determined, wherein for improved foldability of the first element ( 2 , KS) along a predetermined line (M) in the region of this line a recess (V1, V2) in at least one of the two surfaces ( 10a . 10b ), wherein the first element ( 2 ) comprises a carton blank (KS) with two mutually parallel end edges (K1, K2), wherein a recess (V1) by pressure grooving ( 21 ) parallel to the two mutually parallel end edges (K1, K2) in that surface ( 10a ) of the carton blank (KS), which of the printed surface ( 10a ) and optional additionally a recess (V2) by groove milling ( 15 ) parallel to the two mutually parallel end edges (K1, K2) in that surface ( 10b ) of the carton blank (KS), which of the printed surface ( 10a ) is remote, wherein on the surface ( 10a ) with the pressure grooving introduced therein ( 21 ) facing away from the inside ( 10b ) of the first element ( 2 ) of the carton blank (KS) a second element ( 4 ) comprising a spread limiter ( 6 ) for limiting the folding angle (α) between the two halves ( 3a . 3b ) of the carton blank (KS), which ( 6 ) in its extension on both sides each a glued tongue ( 5a . 5b ) which is in contact with the surface ( 10b ) of the inside ( 10b ) of the first element ( 2 ) to both sides of the pressure groove ( 21 ) or groove milling ( 15 ) are glued. Printed product according to claim 1, wherein the second element ( 4 ) is made of a flat foldable paper blank (PS) from which two opposite edges ( 12 . 12 ) are stacked on each other, the between these edges ( 12 . 12 ) ( 7a . 7b ) folded in a fan-shaped manner so that two mutually superposed outer bows ( 9a . 9b ) parallel to the superimposed edges ( 12 . 12 ) are present. Printed product according to claim 2, wherein the second element ( 4 ) in the folded state into the folded first element ( 2 ) is inserted and glued in this position, so that the superimposed edges ( 12 ) of the second element ( 4 ) precisely on the inner surface ( 14 ) of the fold ( 8th ) of the first element ( 2 ) attacks. Printed product according to claim 3, wherein the second element ( 4 ) is dimensioned in such a way and folded in a leporello-like manner before the bonding, that after bonding the outer bows ( 9a . 9b ) of the second element ( 4 ) for the formation of standing edges (SKa, SKb) for the printed product in each case by a small amount (x) over the end edges (K1, K2) of the first element ( 2 ) stand out. Printed product according to claim 3 or 4, wherein the second element ( 4 ) and so before bonding, to form a Leporellos ( 7 . 7 ) is folded, that the inner bow ( 11 ) of the Leporello ( 7 . 7 ) so parallel to the two outer layers ( 9a . 9b ) is positioned so that at full extension of the Leporellos ( 7 . 7 ) gives a maximum opening angle (α) of less than 90 °, preferably less than 45 ° for the fully unfolded printed product. Printed product according to claim 1, wherein the said spread limiter ( 6 ) comprehensive second flat foldable element ( 4 ) has a lower grammage than the first foldable element ( 2 ), whereby the two adhesive tongues ( 5a . 5b ) by a first convolution ( 18 ) of the second foldable element ( 4 ) are formed, and wherein the second element ( 4 ) in the partially folded state, in which the adhesive tongues ( 5a . 5b ) form an angle of less than or equal to 90 ° to each other, in the likewise partially folded first element ( 2 ) is inserted and glued in this position, so that the outer bend of the folding ( 18 ) of the second element ( 4 ) precisely on the inner surface ( 14 ) of the fold ( 8th ) of the first element ( 4 ) strikes. Printed product according to claim 6, wherein the angle (α) in the partially folded state of the first and second elements ( 2 . 4 ) is preferably greater than 5 degrees and smaller than 90 ° when inserted and glued. Printed product according to claim 6 or 7, wherein the adhesive tongues ( 5a . 5b ) in the bonded state over the end edges (K1, K2) of the first element ( 2 ) protrude. Printed product according to claim 8, wherein the adhesive tongues ( 5a . 5b ) in their over the end edges (K1, K2) of the first element ( 2 ) projecting part each have a second convolution ( 9a . 9b ), which parallel to the respectively associated end edge (K1, K2) of the first element ( 2 ), whereby two mutually parallel standing edges (SKa, SKb) for the partially folded printed product ( 1 . 40 . 50 . 60 . 70 ) are formed. Printed product according to claim 9, wherein the connection of the end ( 7b ) the adhesive tongue ( 5a ) via an adhesive banner ( 28 ) is carried out so that the outer end of one of the adhesive tongues ( 5a ) next to one of the second folding (SKb) ( 9b ) is arranged, so that by the outer supernatant (x) of a glued tongue ( 7b ) formed floor of the printed product is usable as a uniform surface for receiving printing information. A printed product according to claim 9, wherein the information about the second folding ( 9a . 9b ) protruding ends ( 7a . 7b ) of glued tongues ( 5a . 5b ) to spread limitation of the printed product with each other by an overlap ( 29 ), preferably glued. Printed product according to claim 9, wherein the information about the second folds ( 9a . 9b ) ( 61 . 62 ) of glued tongues ( 5a . 5b ) for the formation of the spread limiter ( 6 ) by releasable connectors in the form of a plug-in tab ( 63 ) and an incision ( 64 ) are connected. Printed product according to one of the preceding claims, wherein on the surface ( 10a ) of the first element ( 2 ) transparent bags ( 31 ) are arranged for insertion of removable strips with pressure information.

Images