DE102009049215A1 - Broad sheet-newspaper has brochure as information or advertising medium encompassing longitudinal fold of news paper, where brochure is provided with longitudinal fold - Google Patents

Abstract

The broad sheet-news paper has a brochure as information or advertising medium encompassing a longitudinal fold of the news paper. The brochure is provided with the longitudinal fold and has a front, under-sized half cover page and a full-sized back sheet. The brochure has another longitudinal fold parallel to the former longitudinal fold and an additional rear flap is available at the back sheet. The half cover page faces the former side of the newspaper and the additional rear flap is folded inside and is facing the last page of the news paper. An independent claim is also included for a folding funnel- and rebounding rod arrangement of a multi-zone operated rotary printing machine.

Description

The invention describes a new special advertising format for newspapers and a former and turner bar assembly for producing the new special advertising on rotary printing machines, especially on four- or six-zone newspaper printing presses.

Background of the Invention / Prior Art

There is an increasing demand on the part of newspaper printing houses to be able to offer advertisers new forms of advertising in special formats.

The so-called half-cover currently represents a very well-known and particularly striking special form of advertising in newspaper printing.

Halfcover covers the actual title page of a newspaper in broadsheet format on the left side by a half-format cover page.

The asymmetrically designed leaflet of the halfcovers engages with its Längsfalz the longitudinal fold of the newspaper, the back of the halfcovers is executed in full size.

With a folded half-cover leaflet can therefore publish a maximum of one and a half page wide advertising message.

An often desired, two-sided wide panorama print can not be realized.

The production of the halfcovers brings additional disadvantages and problems, as will be discussed in more detail below.

First of all, additional warehousing, logistics and set-up costs are incurred when producing a halfcover product.

For half-cover products, paper rolls in a special width (eg 7/8 of a full machine format) are required to produce the half-format cover page.

This is initially associated with lead times for the procurement of materials and possibly with adjustments to the roll changer and paper tear monitoring elements of the newspaper printing machine.

Opened half-cover paper rolls often have to be stored indefinitely after production.

In most cases, the unpacked and therefore unprotected residual rolls become unusable after a longer storage time.

Another significant problem of halfcover products is their further processing in the mailroom dar. To the newspaper printing machine as possible with max.

Production speed, the product is usually processed "offline", d. H. In the mailroom, the products are first temporarily stored on bobbins (eg on Ferag multi-disc carriers) and then further processed at reduced speed.

Due to the half-format cover sheet, the half-cover product builds up stronger on the side of the longitudinal bundle, d. H. on the longitudinal side, for example, has an 8-page broadsheet product with complementary, encompassing half-cover sheet thickness of 12 pages, on the opposite, open side, however, only a thickness of 10 pages. As a result, this forms when winding a conical product wrap, the Zugbändel of the bobbin begins to gradually begin to run sideways and at worst even jump off the bobbin, the entire product wrap breaks up.

In order to avoid this, the winding capacity of the winding body is greatly reduced in half-cover productions, whereby in the case of thin products (eg 8- or 12-page weekly papers), ultimately only max. 50% of the intended winding capacity can be used.

That is, at least twice as many bobbins are needed, as well as the additional bobbin must be changed frequently and quickly at the Aufwickelstation.

For very high volumes, the amount of available, free bobbin to accommodate the entire edition may not be sufficient.

Another problem arises in the formation of packages in the so-called stacker, since the individual, mutual layers of the package form wedge-shaped and laterally slide against each other during further transport to the subsequent lashing and an initially still loosely formed package often falls apart.

Furthermore, already laced and unevenly formed packets can only be stacked very unstably on the shipping pallets.

task

The main object of the invention according to the independent claim 1 is therefore to design a to be produced in rotary broadsheet newspaper newspaper with integrated half-cover advertising such that on both sides of the product (ie, on the longitudinal side and opposite, open side) a uniform product strength is realized and so that a trouble-free caching or further processing in the mailroom is guaranteed.

The half-cover product should preferably be made of paper webs in a standard width of the rotary printing press, which can be further advantageous to publish a two-page advertising message in panoramic printing through the half-cover folder.

solution

According to the invention the object is achieved by the design of a broadsheet newspaper with integrated half-cover advertising medium according to the cumulative features of independent claim 1.

description

In the A is an inventive designed broadsheet newspaper (the transverse fold is shown unfolded) with integrated half-cover advertising media shown.

The newspaper Z is complemented by the newly arranged on the core product, while doubly längsgefalzte leaflet as a half-cover advertising medium.

The left front page is half covered on half-page cover HC in completely folded newspaper in a conventional manner from the half cover cover HC.

However, if the transverse fold of the newspaper is unfolded and then the leaflet is subtracted intuitively by the interested reader to the left from the longitudinal bundle of the newspaper, this presents a surprisingly symmetrically designed advertising medium which is provided with a two-fold altar or window fold.

Such a designed and arranged in this form on the core product half-cover advertising media is not yet known from newspaper printing.

In particular, in the inner part of the advertising medium hereby a particularly advertising effective, two-sided and thereby aufkldappbarer on both sides panorama printing can be published with advantage.

The folded sheet is preferably made of a two-side-wide (two-zone-width) paper web in a standard format of the printing press, whereby this two-page-wide paper web can of course also be obtained by preceding longitudinal cutting from a wider (eg a four-zone wide) paper web.

The folder has, at the opposite side of the first longitudinal fold L1, a second, parallel longitudinal fold L2 and an additional flap F which is turned inwards.

Is the halfcover product according to the A For example, in Rhenish format with 350 mm side width, so the leg widths of half cover cover sheet HC and Flappe F are preferably executed with 175 mm width.

The full-format backsheet RB is equal to the width of a newspaper page, so executed accordingly with 350 mm width.

However, if a tolerance-related, possible overlap of half cover cover sheet HC and flap F is to be avoided at all costs, a slight gap between half cover cover sheet HC and flap F can be provided for safety reasons.

If in this case the exemplary newspaper is produced in the Rhenish format with 350 mm page width and thereby the folder obtained from a two-sided paper web (700 mm width), the page width of the backsheet RB this also slightly wider (for example, with 352 mm) than the width of Core product (350 mm).

The half-cover sheet HC and the flap F can then each a little narrower (corresponding to the latter embodiment with 174 mm) are performed. Thus, a small gap of 4 mm between half cover cover sheet HC and flap F remains.

Problem-free, flawless further processing is always guaranteed, despite the resulting slight expansion of the overall product width of 2 mm.

As already mentioned, preferably a double-sided paper web is to be used to form the folder, but an overrun of the printed image without disturbing the white web on the side 1 is absolutely required (see the so-called title runner in FIG B ), so the paper web used to form the leaflet can also be made slightly narrower.

In the embodiment according to the B The leg widths of half cover cover sheet HC and flap F are somewhat shortened, each with 162 mm, whereby, despite a limited possible panorama mirror width (eg of maximum 680 mm), the legs of the folder up to their free ends without remaining white bar in Print the edge area.

In accordance with the aforementioned leg widths of 162 mm, a web width of 674 mm reduced by 26 mm is used in this case, with a corresponding residual width of 350 mm remaining for the backsheet RB.

As a result of the slightly narrowed web width, only 6 mm of the maximum possible panoramic printing width are lost.

According to the two aforementioned embodiments, the front half-cover cover sheet HC and the rear flap F are preferably designed with the same leg width, but in principle it is also conceivable to design these with different leg widths.

Thus, a theoretical summed width of the two legs of 350 mm can also be divided unequally.

By way of example, the front half-cover cover sheet HC can only have a width of 150 mm and the rear flap F can be designed accordingly with a width of 200 mm.

Even in a version with asymmetrical design of the cover pages of the leaflet, the required product properties (half-cover product with the same product thickness on both sides) are retained and the initially asked core task is still reliably solved.

Here it should be briefly noted that in the embodiments shown according to the A or B Alternatively, the halfcover product shown may also be a single journal of a larger daily newspaper with multiple books.

Thus, according to the preamble of claim 1 under a "newspaper" both a simple newspaper structure with exactly one book, as well as a single newspaper book of a newspaper structure with several books to be understood.

To the novel Halfcover product ( A ) with Altarfalzung of the leaflet, will be shown in the following a four-zone newspaper printing press with a new, inventive means for forming the leaflet.

State of the art

According to the general state of the art, in newspaper printing presses each individual printing unit is associated with a turning table with a turning bar pair and a secondary register. Several, turning tables lying one above the other can hereby be combined as an assembly to form a turning tower.

The turning tower can be supplemented by a so-called bay window device, in order to allow, for example, a dropping and / or mixing of individual paper strands in the turning tower.

From the patent DE 19922913 B4 Furthermore, a folder former and turning bar arrangement for forming two longitudinal folds is known, wherein a turning bar is arranged in the web running path between two stationary, equally sized and oriented in the same direction formers.

In the inventive sense of this patent, a variable position of the first Längsfalzes is realized by different web widths, wherein a unterformatige paper web is guided asymmetrically over the first former. The distance of the web edge to the former center determines the position of the first longitudinal fold in the product.

The turning bar is designed to be laterally adjustable over a wide range, with a correspondingly applied turning bar position predetermining the relative, lateral position of the initially simply folded paper bundle to the center of the second former. Thus, the position of the second longitudinal fold in the product is inventively determined by the respectively applied turning bar position in the machine transverse axis.

With the teachings disclosed, it is advantageous to produce a large number of special folds, thus, among other things, a method for producing a two-fold old fold is described.

The disadvantage, however, is considerably limited or reduced by the necessary use of pronounced under-format web widths, the effectively available printing and thus the publication surface.

A newspaper printing often desired, the widest possible panoramic printing as an advertising message is only very limited possible due to the greatly reduced web width.

In particular, on four- or six-width, format-oriented and thereby relatively inflexible newsprint printing machines, a further, additional conversion effort may be necessary when using unterformatiger roll widths.

A processing of paper roll widths, which deviate from a standard format of the newspaper machine, is therefore rather avoided in the core business-oriented newspaper printing.

task

Object of the following invention is to provide a novel Forming hopper assembly for producing a half-cover product according to claim 1 on a multi-zone rotary printing machine, in particular on a newspaper printing press. Expanded to let produce with the former arrangement also differently arranged in the product sub-elements with an Altarfalz.

solution

According to the invention the object is achieved by a folder and turning bar arrangement with the cumulative features according to independent claim 2. Advantageous design options are shown in the subclaims.

description

In the following embodiment, it is based on the novel Falztrichter- and turning bar arrangement on a four-zone newspaper machine in the aforementioned Rheinische format use, with a single print zone DZ (A, B, C, D) and thus a newspaper page has a width of 350 mm ,

In the 1 a reversing corner of the four-zone newspaper printing press is shown in plan view. The first pressure zone A is arranged on the operating side BS and the fourth pressure zone D corresponding to the drive side AS.

The turning bar arrangement shown corresponds to the geometric standard or normal position, with the two center axes of the former 10 ab and 10cd with the turning edges of the turning bars shown 4 and 4.1 intersect at a respective intersection SP.

In the cross-connection of the intersection points SP while the fictitious center axis of the turning corner is arranged.

The illustrated turner bar assembly finds practical application, by way of example to an illustrated, two-zone-wide sub-string 1ab from the pressure zones AB to the pressure zones CD to relocate.

Furthermore, there is a supplementary bay window spindle 5.1 shown on the drive side.

The core idea of the invention described below is to install a supplementary auxiliary folding funnel construction above this already existing turning table.

The invention will now be with the help of the 2 . 3 and 4 be explained in more detail.

2 : Shows the new, innovative folder and turner bar arrangement in top view.

3 : Shows the former and turner bar arrangement out of the 2 with retracted paper webs and a corresponding web guide for producing a half-cover product according to the A ,

4 : Shows the former and turner bar arrangement out of the 3 with a view from the operating side of the rotary printing machine.

As an essential inventive feature is the Hilfsfalztrichter 7 thereby transversely to the printing machine longitudinal axis and thus rotated by 90 degrees to the two Hauptfalztrichtern 10 ab and 10cd arranged the folder.

Appropriately be on the existing side frames of the turning tower this two more side frames 16 set up for the supplementary auxiliary folding funnel construction. Between the side frames 16 here is a frame fixed frame 11 arranged.

The auxiliary folding funnel 7 itself is articulated with its upper end to a bearing axis, which at the upper end of the frame 11 is held.

Here is the auxiliary folding funnel 7 executed in its inclination angle about the pivot point of this bearing axis via a threaded spindle, not shown, finely adjustable.

In the basic setting of the auxiliary folding-sheet inclination, the funnel nose is located in a vertical plane in the machine longitudinal direction, arranged jointly in line with the outer boundary plane of the pressure zone A. (see also 3 ) Above the auxiliary folding funnel 7 is a powered hopper inlet roller 6 provided with associated pressure rollers, wherein the funnel inlet roller 6 as part of 11 is stored.

Below the auxiliary folder 7 are two complementary funnel folding rollers 8th , as well as downstream a driven draw roller 9 intended.

The draw roller 9 is expediently supplemented by not shown pressing rollers.

To an inventive half-cover product according to the A to manufacture with identical side length of the half cover cover sheet HC, as well as the rear flap F (with each 175 mm width), is the lateral position of the funnel nose of the auxiliary folding funnel 7 relative to the fictitious center of the turning table appropriately offset by half a printing zone width 0.5 DZ arranged.

The dimension 0.5 DZ corresponds to the embodiment shown according to 175 mm.

To the width of the auxiliary folder 7 to keep it as low as possible, this is carried out asymmetrically with advantage.

Thus, the hopper flank facing the folder has at least an effective inlet width, which corresponds to 0.5 times a single printing zone width and thus corresponding to the exemplary embodiment 175 mm.

On the other hand, that funnel flank which faces away from the folder has at least one effective entry width which corresponds to 1.5 times a single print zone width. This funnel edge accordingly has an inlet width of 525 mm.

For the production of the Halfcovers product according to the A now becomes a two-zone wide paper web 1ab from a left (viewed from the drive side AS) arranged from the fold printing unit and then printed on the underside of the turning bar 4 transferred.

Next wraps around the paper web 1ab the turning bar 4 , is thereby deflected by 90 degrees in the direction of the drive side and horizontally on the bottom of the lower bay window spindle 5.1 transferred.

After that, the paper web 1ab from the Bay window spindle 5.1 deflected vertically upwards and farther from the upper bay window spindle 5.2 outgoing, diagonally upwards on the funnel inlet roller 6 and then on the auxiliary folding funnel 7 transferred.

From the auxiliary folding funnel 7 with supplementary funnel folding rollers 8th Then, a first longitudinal fold is formed, which is located 175 mm and thus 50 percent of a printing zone width to the originally on the drive side in the reversing incoming paper web edge. This longitudinal fold forms the Längsfalz L2 for driving the Flappe F at the illustrated half cover folder.

This now from the auxiliary folding funnel 7 outgoing, asymmetrically folded bundles of paper will then go straight to the main folder 10 ab transferred and from Hauptfalztrichter 10 ab a further longitudinal fold is formed on the paper bundle, which lies 175 mm and thus 50 percent of a printing zone width away from the paper web edge which originally entered the reversing end on the operating side.

This longitudinal fold forms the longitudinal fold L1, with which the resulting leaflet engages around the longitudinal fold of the newspaper Z.

The middle part of the folder thus formed forms the backsheet RB, which mm has a remaining width of 350 mm.

Next is printed by a printing unit to the right of the fold, a second paper web through which the 8-sided core product (the actual newspaper Z) is formed.

For this purpose, a four-zone-wide paper web by central longitudinal section in two sub-strands 2ab and 2cd divided up.

The two-zone substrand 2cd is shifted over the turning bars of a not shown, arranged right from the fold, turning table from the pressure zones CD to the pressure zones AB.

The two partial strands 2ab and 2cd are then aligned one above the other on the Hauptfalztrichter 10 ab transferred, wherein the longitudinal fold of the newspaper Z is formed.

The straight-ahead sub-string 2ab forms the lower layer, the shifted substrand 2cd the middle layer and the paper web 1ab formed folder the top layer on the main folder 10 ab ,

The arrangement of the individual layers on the Hauptfalztrichter 10 ab is shown schematically for ease of understanding.

The from the main folder 10 ab outgoing bundles of paper is then separated from the cutting cylinder of the folder into individual product sections, which are then folded transversely in the transfer from the collection to the jaw cylinder.

With the new, innovative formers and turning bar arrangement is thus in a convenient and simple way in 1 shown and initially described Halfcover product made with Altarfalzung.

If a half-cover product with shortened leg lengths in accordance with the B are manufactured, so the narrowed paper web of 674 mm width (B2) is suitably used. The corresponding narrowed paper web is schematically (dashed) in the 3 shown.

If an unequal leg length of half cover cover sheet HC and rear flap desired, so can a mutual increase or decrease of the leg widths by simply moving the turning bar 4 be made possible transversely to the printing press axis, wherein the transverse web through the turning blanket paper web 1ab is brought deliberately from the center escape to the turning center. (see also 5 )

This is constructively the clear width of the frame 11 slightly widened and the effective inlet widths of the auxiliary folder 7 and the funnel inlet roller 6 are made correspondingly wider.

The pressure rollers of the funnel inlet roller 6 can, analogous to the transverse adjustment movement of the turning bar 4 along the longitudinal axis of the hopper inlet roll 6 be relocated.

In the 5 is exemplary, starting from the production position of the 3 , the turning bar 4 shifted towards the operator side.

As a result, the chosen flap F is wider and interactively formed the front half-cover sheet HC correspondingly narrower.

A, according to the original production position of the turning bar 4 folded paper bundle ( 3 ) is for direct comparison in the 5 shown schematically (dashed).

The inventive former and turner bar arrangement advantageously allows for further alternative product designs.

This should be exemplified with the help of C and 6 be explained in more detail.

In the C is a 12-page broadsheet newspaper shown, which is supplemented by a leaflet with Altarfalz as a second book, the leaflet can be freely removed as an advertising insert after the unfolding of the cross fold the newspaper Z.

The leaflet is doing through the two-sided sub-strand 1ab formed, which was obtained by central longitudinal section in front of the turning table from a four-zone wide (full width) paper web.

The remaining sub-string 1cd go straight on to the main folder 10cd transferred.

Now, starting from the second printing unit, two more sub-strands 2cd and 2ab on the main folder 10cd is transferred, starting from the main Falkttrichter 10cd the 12-page broadsheet newspaper Z formed.

The leaflet with Altarfalz is, starting from Hauptfalztrichter 10 ab , formed accordingly as a second book.

In the D By way of example, an 8-page broadsheet newspaper Z is shown, wherein the supplementary leaflet is arranged as an advertising insert between the inner impact pages 4 and 5 of the newspaper Z.

According to the 7 the folder is here by a two-sided paper web 1ab formed, the 8-page newspaper Z itself is here by the two sub-strands 2ab and 2cd educated.

All three strands of paper are placed on the main folder 10 ab transferred, with the leaflet as a lower layer on the Hauptfalztrichter 10 ab rests.

As the corresponding, in 7 shown web guide for the relevant expert is self-explanatory, will be omitted here in the sense of a brief version of the description to a more detailed description.

In order to further increase the flexibility of the inventive formers and turning bar arrangement, it may be advantageous if the Hilfsfalztrichter 7 together with its funnel inlet roller 6 and his funnel folding rollers 8th is designed transversely to the rotary printing machine axis displaceable in different production positions

According to the 8th is proposed for this purpose that the auxiliary folding hopper 7 together with its associated periphery (funnel inlet roller 6 with drive motor M and hopper folding rollers 8th ) on one, designed as a carriage console 12 is held or stored.

You console 12 is for example on two frame-fixed axes 13 linearly guided. Appropriately, the console is doing one, from the geared motor 14 driven threaded spindle 15 shifted, with the threaded spindle 15 is further configured with an angle sensor for detecting the position of the respective console position.

Constructively particularly simple realized, here extends the complementary, driven tension roller 9 across the entire width of the printing press frame and is useful with their ends in the two side frames 16 stored.

By moving the console from the shown item 1 ( 8th ) by 700 mm towards the drive side in pos. 2 (see here 9 ), the folder with Altarfalz can also on the Hauptfalztrichter 10cd to be finished.

With the example in 9 As a result, a 16-page broadsheet product with the newspaper structure B8 + B8 (in two books) is produced, the first book being encompassed by the supplementary half-cover folder.

With a transversely displaceable Hilfsfalztrichterkonstruktion according to the 8th can also be an interesting special form of advertising for stapled tabloid products, as described below with the help of e and 10 will be explained in more detail.

From the adjacent department of commercial printing a special form of advertising of the publishing house Gruner + Jahr is known, which is referred to as "Pullstrip".

This is a printed, strip-like advertising medium in a simply folded and stapled magazine, the Pullstrip is located horizontally centered between the staples of the magazine.

The Pullstrip is running narrower than the inner staple spacing of the magazine and thus can be easily pulled out of the magazine laterally.

Due to the unusual, narrower form of the advertising medium and the intuitive pull-out of the pull strip, this advertising measure also attracts a great deal of attention from the reader.

Since the total length of the published pull strip was executed shorter than the total width of two open magazine pages, it is assumed that the pull strip was prefabricated independently of the roll pressure of the magazine as an independent printing element and added to the other magazine elements in further processing via a saddle tacking device. This is associated with a considerable, additional manufacturing and time.

The object of the present invention is therefore to show a corresponding folder and turner bar arrangement, with which a stapled tabloid product with integrated and additionally half-folded folded pull strip in a common press run on a rotary printing press, especially on a newspaper printing press, can be made.

According to the invention this object is achieved with a folder and Wendestangenanordung according to independent claim 3. Advantageous design options are shown in the subclaims.

In the e is a 40-page stapled tabloid product with complementary pull strip shown.

The longitudinally folded pull strip has, unfolded, the width of a single pressure zone and thus according to the exemplary embodiment a width of 350 mm.

According to the 10 becomes the auxiliary folding funnel 7 for this purpose, starting from production position pos. 2 ( 9 ), by 0.75 pressure zone widths (262.5 mm) in the direction of the operating side in the production position Pos. 3 shifted.

The distance of the Hilfsfalztrichternase to the central axis of the Hauptfalztrichters 10 ab is thus 0.25 DZ, which corresponds to 87.5 mm.

As shown in the web guide of the 10 can be seen, is formed to form the Pullstrips by longitudinal section of a three-zone-wide paper web a einonenbreiter sub-strand 1b won, which over the Wendetange 4 and the Bay Window Spindles 5.1 , and 5.2 symmetrical to the funnel nose aligned with the auxiliary folder 7 is transferred. Here is the auxiliary folder 7 formed a centrally folded, half-sized paper bundle of 175 mm width, which then straight on the center (axis MB) of the right funnel edge (zone B) of the main Falkttrichter 10 ab is transferred.

The right funnel flank itself serves merely to deflect the paper bundle into the folder, with the paper bundle being fed centrally to the folding cylinder group.

The remaining 5 strands of paper ( 1cd . 2ab . 2cd . 3ab . 3cd ) are made by longitudinal cuts on the funnel inlet roller in front of the main folder hoppers 10 ab and 10cd divided into a total of 10 single-zone strands, resulting in the double mode of the Folder resulting in a 40-page tabloid product.

The Pullstripbündel is thereby included when entering the folder between the sides 12 and 13 of the tabloid product to be formed.

The ten single-width strands then pass through the cutting and folding cylinder group together with the half-size folded paper bundle, wherein the tabloid product to be formed is stitched together by a layer stapler below the collecting cylinder.

The half-size folded pullstrip section can not be grasped by any staple due to its central position in the folder when passing the ply stapler.

Thus, the reader is allowed to later pull out the pull strip from the stapled tabloid product without difficulty.

Of course, the total page circumference of the tabloid product can be correspondingly increased by further paper strands entering the folder.

In the collecting mode of the folder, two pull strips can be realized in one product accordingly.

The skilled person further recognizes that an exact, lateral placement of the paper bundle to the theoretical center axis MB of the right funnel flank of Hauptfalztrichters 10 ab is not mandatory.

Even with a slight positional deviation of the half-format Pullstripabschnitts relative to Tabloidproduktmitte the task is reliably solved with a correspondingly large staple spacing.

Thus, in the inventive sense in the features of claim 3 under the wording "that paper bundle is substantially centered
(Axis MB) on a left or right funnel edge of the main folder ( 10 ab ) to the total allowable width window for insertion of the pull strip between two staples of the tabloid product.

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 19922913 B4 [0052]

Claims (6)

Broadsheet newspaper produced in rotary printing with a folding sheet embracing the longitudinal fold of the newspaper (Z) as an information or advertising medium, the sheet being provided with a longitudinal fold (L1) and a front, under-format half cover cover sheet (HC) and a full-format back sheet ( RB), characterized in that, - the folder parallel to the first longitudinal fold (L1) has a further, second longitudinal fold (L2) and an additional rear flap (F) is present on the backsheet (RB). - The half-cover sheet (HC) of the first page of the newspaper (Z) faces. - The additional flap (F) turned inside, while the last page of the newspaper (Z) faces. (please refer A and B ) Forming and turning bar arrangement of a multi-zone rotary press with two formers ( 7 . 10 ab ) and a turner bar ( 4 ), characterized in that - the former and turning bar assembly for producing a folder with Altarfalz ( A . B . C . D ) is used as an information or advertising medium in a broadsheet newspaper, wherein - in the direction of a paper web ( 1ab ) between an upstream turning bar ( 4 ) and a downstream Hauptfalztrichter ( 10 ab ) of a folder a Hilfsfalztrichter ( 7 ) which is rotated by 90 degrees to Hauptfalztrichter ( 10 ab ) is arranged. - the incoming paper web ( 1ab ) first over the turning bar ( 4 ) deflected by 90 degrees and then on the auxiliary folding funnel ( 7 ) and folded by this into a paper bundle with a first longitudinal fold. - that of the auxiliary folding funnel ( 7 ), with the first longitudinal fold paper bundle then straight on to the Hauptfalztrichter ( 10 ab ) and from the main crimping funnel ( 10 ab ) a second longitudinal fold is formed on the paper bundle. (please refer 3 and 4 ) Forming and turning bar arrangement of a multi-zone rotary press with two formers ( 7 . 10 ab ) and a turner bar ( 4 ), characterized in that - the former and turner bar arrangement for producing stapled tabloid products ( e ) is used with horizontally between the staples arranged information or advertising media (pull strip), wherein - in the running direction of a paper web ( 1b ) between an upstream turning bar ( 4 ) and a downstream Hauptfalztrichter ( 10 ab ) of a folder a Hilfsfalztrichter ( 7 ) which is rotated by 90 degrees to Hauptfalztrichter ( 10 ab ) is arranged. - the incoming paper web ( 1b ) first over the turning bar ( 4 ) deflected by 90 degrees and then on the auxiliary folding funnel ( 7 ) and is folded along by this into a bundle of paper, and - that, from the auxiliary folding funnel ( 7 ) outgoing bundles of paper then straight on the Hauptfalztrichter ( 10 ab ) and the funnel nose of the auxiliary folding funnel ( 7 ) is positioned in such a way, (Pos. 3) that that bundle of paper substantially centrally (axis MB) on a left or right funnel edge of the main folder ( 10 ab ) is transferred. (please refer 10 ) Forming and turning bar arrangement according to claim 2 to 3, characterized in that - the auxiliary folding hopper 7 is located above a turning table. - the auxiliary folding funnel 7 is designed asymmetrically. - The funnel nose of the auxiliary folder 7 relative to the fictitious center of the turning table offset by half a printing zone width (0.5 DZ) is arranged. (please refer 2 . 3 and 4 ) Forming and turning bar arrangement according to claim 2 to 4, characterized in that, - the auxiliary folding hopper 7 Transversely to the rotary printing machine longitudinal axis is designed to be displaced. (please refer 8th . 9 and 10 ) Forming and turning bar arrangement according to claim 2 to 5, characterized in that - the turning bar 4 Transversely to the rotary printing machine longitudinal axis is designed to be displaced. (please refer 5 )

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