WO1998023446A1

WO1998023446A1 - Load-bearing structures for an in-line and/or off-line finishing installation

Info

Publication number: WO1998023446A1
Application number: PCT/CH1997/000446
Authority: WO
Inventors: Johann-Maximilian Vogl
Original assignee: Vogl Johann Maximilian
Priority date: 1996-11-29
Filing date: 1997-11-27
Publication date: 1998-06-04

Abstract

The invention relates to load-bearing structures (12) for an in-line and/or off-line finishing installation for at least one printed web (26), comprising module elements (16) substantially built the same way which can be placed one behind the other or one on top of each other in the direction of conveyance(13) and which include fixing devices for the finishing elements (14) to be used in the finishing installation. Said structures are configured in such a way that at least one finishing element can be inserted directly between two consecutive module elements (16) and fixed onto one or both module elements.

Description

Support structures for an in-line and / or off-line finishing system

description

The invention relates to support structures for an in-line and / or off-line finishing system for at least one printing web.

Finishing systems are used for the further processing of printing webs to intermediate or end products, whereby a variety of finishing operations can be carried out, such as partial or complete painting, applying adhesive, cutting and punching out, cutting into partial webs and merging partial webs, bringing together several webs Formation of multi-layer objects, such as multi-page brochures etc. In the in-line operation, several printing webs are printed simultaneously by a printing machine preceding the finishing system and then processed further in the finishing system. In this case, the finishing system connects directly to the respective cooling roll holder of the respective printing line. In contrast, in off-line operation, the operations can be carried out separately from the printing press in terms of space and time. The respective printed, dry rolled web is processed by the off-line finishing system simultaneously with other printed webs and then merged with the other webs.

The in-line and / or off-line finishing process has been significantly improved in Swiss Patent No. 29 41/96 and Utility Model No. 296 2982.1 at the German Patent Office. In CH Patent No. 1964/97 and Utility Model No. 297 15 678.0 at the German Patent Office, the floor load was also made more affordable thanks to a lighter design (weight reduction).

The object of the invention is to provide support structures for an in-line or off-line finishing system for at least one printing web which, with a simple, inexpensive construction, allow the finishing system to be easily adapted to the desired finishing process. This object is achieved in that the supporting structures comprise essentially structurally identical module elements which can be arranged one behind the other in the web running direction and which are designed with fastening devices for finishing elements of the finishing system, in such a way that at least one finishing element can be used between two immediately successive module elements and attachable to both module elements and / or insertable or attachable in or on only one module element and attachable to this one module element.

Instead of individual, fixedly arranged, for the respective purpose different, specially designed individual units, each with their own individual support frame, structurally identical module elements are used, on which the desired finishing elements can be determined as required. By removing or adding module elements, the system can be reduced or enlarged if necessary. Since the module elements are identical in construction, they can be manufactured, stored and assembled at low cost. The module elements can be constructed in such a way that one or more finishing elements can be inserted between successive module elements.

A design is also possible in which the finishing elements are each fixed to only a single module element, whereby fastening measures can be taken to provide the individual module elements with only one or more finishing elements.

Enable elements.

Particularly simple assembly of the finishing elements is ensured if the module elements are provided with projections projecting in the direction of web travel, such that the finishing element can be removed and attached to the respective module element on the mutually facing projections of immediately successive module elements. The relatively heavy finishing elements can then be placed on the projections with the aid of an electronically controlled loading device and then attached there.

In order to further simplify the assembly of the, as mentioned, relatively weighty finishing elements, it is proposed that the projections each form part of a recess open in the direction of web travel, such that the mutually facing recesses of immediately successive module elements complement one another to form a kind of drawer guide, in which the finishing element can be inserted like a drawer transversely to the web running direction. Due to the drawer guide, the finishing elements that are brought to the side are already guided more or less before they take up their respective fastening positions. This facilitates their assembly. Another advantage is that several, for example two, superimposed recesses can easily be provided on a module element, so that even with a horizontal row of module elements one or more webs can be processed simultaneously. 5

It is conceivable within the scope of the invention to use pairs of module elements which are only provided with the cutouts on their mutually facing sides. However, in order to be able to form a compact series of alternating module elements and finishing elements, it is proposed that the module elements be provided with cutouts on both sides in the web running direction.

Furthermore, it is conceivable within the scope of the invention that the recesses on the two sides of the module element have different positions and shapes. In order to simplify production, it is proposed in a further development of the invention that the module elements are essentially mirror-symmetrical in a vertical center plane perpendicular to the web running direction. In this way, one obtains not only essentially identical, but even identical module elements.

In order to have sufficient maneuvering space during insertion, it is proposed that the height of the recesses exceeds the corresponding overall height of the finishing elements (with the greatest overall height in the region of the recesses) in the recess by at least 5 cm. Finishing elements with a lower overall height can also be used.

A clear distance between immediately successive module elements in the range between 110 cm and 130 cm has proven to be advantageous. The length of the finishing elements used parallel to the web running direction exceeds the clear distance by approximately twice the recess depth of approximately 20 cm. This length is sufficient to be able to provide the finishing elements required for the usual finishing operations in the area between the module elements. A type of modular system is obtained from essentially identical module elements and finishing elements with essentially identical fastening sections for fastening to the module elements.

In order to be able to expand the finishing system without extending it, in particular for the simultaneous processing of several printing webs, it is proposed that the module elements be designed to be stackable one above the other. Accordingly, the finishing elements can be attached to the module elements in several levels one above the other. A large number of webs and / or of split partial webs, if necessary with different section lengths, can thus be processed simultaneously one above the other.

In addition to their carrier function for the finishing elements, the module elements can also perform other functions. The module elements can thus be provided with web guide rollers for guiding the corresponding printing web. Pairs of two guide rollers are preferably provided for an S-wrap through the printing web. Above all, lateral migration of the printing web is prevented by such a guide.

Alternatively or additionally, the module elements can be provided with driven rollers in order to ensure the corresponding transport of the respective printing web. The pressure web is thus forcibly pulled through the finishing element by the driven rollers of the module elements on both sides of an intermediate finishing element. The finishing element therefore generally does not require a rail drive. This in turn simplifies the construction of the finishing elements. They can also be made comparatively light, which in turn allows the use of relatively lightly built module elements.

Finishing operations that cannot be carried out by such relatively lightly designed finishing elements can be carried out in a finishing auxiliary device arranged to the side of the main finishing device. For this purpose, the printing web to be processed is led out laterally from the main finishing device via a corresponding turning bar unit, passed through the additional device and then returned to the main device via a corresponding turning bar unit.

The module elements can also perform other functions, such as splitting the web into partial webs or trimming the web from the side with the aid of appropriate devices.

In a first embodiment of the module elements according to the invention, which is particularly suitable for small web widths below 1000 mm, for example, the module elements (transverse to the web running direction) are comparatively narrow and only in a vertical module plane parallel to the running direction on one side of the at least one printing web arranged. The rollers of the module elements used are then only supported on one side (ie, "flying"). With these relatively small web widths, this is entirely sufficient.

To facilitate the adjustment and operation of the system, a gallery construction is preferably provided on the other side of the at least one printing web, which is preferably connected to the module elements on the one side, in order to obtain a stable construction.

In a second embodiment of the support structure, the relatively narrow module elements mentioned are accordingly arranged on both sides of the at least one printing web in two module levels, preferably with connection of both module levels via cross members. This allows the intended guide rollers or drive rollers to be mounted on both ends of the respective module elements. The finishing elements continue to be inserted from one side into the main finishing device for fastening the module level there. The fastening of the finishing elements used on the second module level can also be provided as required. Guide rollers or transport rollers of the finishing elements can also be mounted on both ends.

Here, too, a gallery construction can be provided on one of the two module levels to facilitate setting and maintenance of the finishing system. While the embodiment of the support structure just described is preferably suitable for web widths between 1000 mm and 1400 mm, the invention provides for a further form of the module element for larger web widths from 1400 mm, in which this module element has two plate elements on both sides of the web, with the connection of both plate elements over at least one crossbar. The plate elements on both sides of the web are then equipped with projections or recesses. The module can be cast in one piece or made from several, preferably welded parts.

Here too, a gallery construction can be provided on one side of the module elements.

The invention also relates to an in-line or / and off-line finishing system with a support structure with module elements, as described above, and with finishing elements that can be attached to the module elements.

The invention is explained below using preferred exemplary embodiments with reference to the drawing.

Show it:

Figure 1 is a side view of part of a finishing system, partly in section along line I-I in Fig. 2.

FIG. 2 shows a cross section of the finishing system according to FIG. 1 along line II-II;

3 shows a side view corresponding to FIG. 1 of a second embodiment of the finishing system;

Fig. 4 shows a cross section corresponding to Fig. 2 of the second

Embodiment in section along line IV-IV in Fig. 3;

5 is a side view corresponding to FIGS. 1 and 3 of a second embodiment of the finishing system in section along line V-V in Fig. 6,

Fig. 6 shows a cross section corresponding to FIGS. 1, 2 and 4 of the second embodiment in section along line VI-VI in Fig. 5 and Fig. 7 is a side view of a longitudinal section of another embodiment of a modular finishing system.

A module area 10 as part of a finishing system is explained below with reference to the figures. This module area 10 is formed in the form of a modular system on the one hand by a support structure made up of module elements and on the other hand by the finishing elements which carry out the actual finishing functions and can be optionally mounted on the support structure. The arrangement of the finishing elements is basically the same in the three exemplary embodiments; the structure of the respective supporting structure is different. Only a section of the module area of the finishing system is shown here, since it is primarily a question of the structure of the support structure and its interaction with the finishing elements.

1 and 3 show a section of the module area which is shifted to the right (towards the end on the delivery side) compared to the representation according to FIG. 5 by a module distance.

The finishing system is equally suitable for direct connection to a corresponding printing machine for printing on a maximum of two printing webs at present (in-line finishing system), as well as for processing printed at a different time and possibly at a different location, in each case printing webs rolled up on a supply roll (off-line finishing system). Due to the modular system, the module area of the finishing system can be constructed inexpensively and quickly, in accordance with the desired functions and later enlarged or reduced as required, or can be adapted to changed finishing requirements by installing or removing or replacing the finishing elements.

In the finishing system, the module area in the case of the in-line version is preceded by the standard elements of the printing presses and, if applicable, a web application for the second printing web, and in the case of the off-line version a corresponding number of roll stands with associated web applications . In both cases, the module area is followed by a cutter and delivery elements such as a conveyor belt, stacking device and side trimmer.

The module area 10 of the finishing installation shown in detail in FIGS. 1 and 2 is provided with a support structure 12 for finishing elements generally designated 14, the support structure being primarily for relatively small web widths A (see FIG. 2) of 1000 mm and less suitable.

The support structure 12 comprises module elements 16 which are arranged next to one another and one above the other in a vertical module plane 18 which is parallel to the general web running direction (arrow B in FIG. 1). The module center distance C is about 220 cm and the clear distance D about 120 cm (see Fig. 1). In the example shown, a total of three horizontal rows of module elements 16 with different row lengths are arranged one above the other, with the interposition of a continuous longitudinal member 20. A corresponding longitudinal member 20 'covers the top row. As shown in FIG. 2, the module elements 14 are stacked one above the other in such a way that they are aligned with one another in the vertical direction. In addition, a lower longitudinal member 20 ″ is provided, which rests on the floor 22 and which supports the bottom row of module elements 16.

The support structure 12 further comprises a gallery structure 24 comprising vertical supports 24a and gallery floors 24b with a handrail structure 24c, the gallery floors 24b being connected to the longitudinal beams 20 and 20 ', respectively. The respective gallery floors 24b can be reached by a staircase construction, not shown. This facilitates the construction and, if necessary, the modification of the finishing system to changed requirements, such as changing the finishing elements 14, and also the introduction of the printing webs 26 into the finishing system, and also the monitoring of the finishing system.

The individual module elements 16 are identical in construction and according to the side view. Fig. 1 formed like a double comb, namely mirror-symmetrically to a central transverse plane 30 (perpendicular to the web running direction B). A total of three projections 32a, 32b and 32c lying one above the other can be seen, which are shown in section at the top in FIG. 2 and which protrude on both sides in or against the web running direction B. A lower recess 34a is formed between the protrusions 32a and 32b, and an upper recess 34b between the protrusions 32b and 32c. The projection depth E is approximately 20 cm and the projection height F is approximately 60 cm. These dimensions apply to both cutouts 34a and 34b.

The recesses 34a and 34b, which are at the same height, of module elements 16 which follow one another at a distance D thus each form a type of drawer guide into which the desired finishing element 14 can be inserted approximately in the manner of a drawer in the horizontal direction transverse to the web running direction B. For this purpose, the finishing elements 14 have at their left end in FIG. 2 a fastening section 14a, the length G (parallel to the web running direction B) of which is slightly smaller than the corresponding length of the drawer guide (= D + 2E), and the height H of which Recess height F does not exceed and in the exemplary embodiment is approximately 5 cm less than F in order to have sufficient height play when inserting the finishing element 14 with the greatest height H (= 55 cm) into the drawer guide. The total height K of each module element is approximately 210 cm, so that it is possible to walk through or along the gallery structure 24 between adjacent module elements without risk of injury.

The insertion can take place with the aid of an electronically controlled loading device, which is symbolized in FIGS. 1 and 2 as a lifting device. One recognizes a height-adjustable mast 40 (indicated by a dash-dot-dot line in FIG. 1), which carries an angle plate 42 at its upper end, with a horizontal plate projecting towards the front Donate! 42a, which engages under the finishing element 14.

As indicated in FIGS. 1 and 2, the finishing element 14 is moved laterally to the finishing system 10 with the aid of the lifting mast 40 and in the correct height position and longitudinal position (parallel to the web running direction B) in front of the desired drawer guidance between successive module elements 16 placed. Subsequently, the finishing element 14 is inserted in the horizontal direction from the lifting mast 40 into the drawer guide until the fastening section 14a comes to rest on the corresponding projections 32b, so that the fastening section 14a can then be rigidly fastened to the two module elements 16 in a manner not shown .

Disassembly or replacement of finishing elements 14 is carried out in a correspondingly reverse manner.

In addition to their support function, the module elements can also perform other functions, in particular the function of a web guide with the aid of corresponding, non-driven web guide rollers 44 da (indicated in the right half in FIG. 1). However, as shown in the exemplary embodiment, the module elements can also be formed with rollers 46 of comparatively large diameter, which serve to move the respective printing web forward. For this purpose, the rollers are provided with electronically controlled roller drives 46a, which are indicated in FIG. The finishing elements 14 thus do not need to provide a corresponding web drive, so that they can be constructed in a comparatively simple manner. In order to ensure effective power transmission from the respective roller 46 to the printing web 26, the wrap angle can also be relatively large and be up to 180 °. A correspondingly wrapped roller 46 'is indicated in the center left in FIG. 5.

This also shows that initially three webs 26a, 26b and 26c are passed through the finishing system, the upper web 26a being combined in the region of the roller 46 'with the central web 26b to form the web 26d, the latter then in the region of a finishing element 14 'is combined with the printing web 26c.

Finishing devices that require more space than the finishing elements 14 'can also be used, to the side next to the support structure 12 on the feed side - for feeding the finishing elements (left in FIG. 2). One recognizes there a finishing auxiliary device 50 indicated with a dash-cross-dash outline, as well as a further finishing accessory 52 indicated with a dash-circle-dash outline. Each with a finishing element 14 ″ in the form of a turning bar unit Two turning bars 54a and 54b lead the web 26d or 26c out of the finishing system transversely to the general web running direction B and, after passing through the respective finishing auxiliary device 50 or 52, back into the module area 10 of the finishing system guided. For this purpose, the turning bars 54a and 54b are arranged in the usual way inclined at 45 ° or 135 ° to the general web running direction B.

Finishing elements e.g. in question:

- spot glue unit,

- plow device,

- perforating device,

- punching device,

- Longitudinal cutting device for multilayer, glued webs.

Examples of additional finishing devices are:

- coating unit with dryer,

- "Personalization" facilities, e.g. B, for addresses.

The module elements 16 can also be equipped with further additional functions, such as e.g. with a cutting device for splitting the web into partial webs and / or for trimming the web from the side.

The fact that voluminous and also weighty finishing devices are removed from the module area 10 of the finishing system means that the supporting structure formed by the module elements 16 can be constructed in a relatively “delicate” manner. The module elements themselves in the form of cast or welded profiles, in particular hollow profiles, can accordingly Since the finishing elements described are of relatively small volume and light, the overall result is an inexpensive construction with easy assembly and simple and quick adaptability to changing requirements. The identical module elements and the identical fastening sections provided finishing -Elements form a simple and very variable modular system.

The second embodiment of the invention according to FIGS. 3 and 4 differs from the first according to FIGS. 1 and 2 by the different design of the support structure with otherwise the same basic structure of the finishing system. In the following only the differences will be dealt with, so that otherwise reference is expressly made to the above description of the first exemplary embodiment. Components that correspond to those of the first embodiment are given the same reference numerals, each increased by Number 100, provided.

Accordingly, the support structure designated 112 now consists of module elements 116 on both sides of the web of width A, the module elements 116 being arranged next to and above one another in a vertical module plane 118a or 118b parallel to the web running direction B. This enables the elements provided on the module elements 116 and extending over the web width A, namely the guide rollers 144 and the driven rollers 146, to be supported at both ends.

The parts of the finishing elements 114 (for example a plow device 115) which run across the web width can also be supported at both ends. For this purpose, the finishing element is provided with a fastening section 114a and 114b on both transverse ends. The fastening section 114a engages with its two longitudinal ends in the two recesses 134a, the two module elements 1 16a arranged in FIG. 4 on the left side of the track, and accordingly the right fastening section 1 16b in the recesses 134a of the two right module elements 1 16b. There, the fastening sections 114a and 114b are also rigidly connected to the module elements 116a and 116b in a manner not shown.

The arrangement of the module elements 1 16a in the level 1 18a is congruent with the arrangement of the module elements 1 16b in the level 118b (see FIG. 3).

The support structure 112 in turn has a gallery construction 124, which is formed from two individual galleries 125a and 125b on the outside of the module elements 116b. The respective gallery floor is attached to the side members 120, which are rigidly connected to the respective side members 120 on the opposite side of the web via cross members 121 to increase the overall stability. Corresponding cross members 121 connect the two upper side members 120 '. The two longitudinal beams 120 ″ resting on the floor 122 are equally connected to one another via cross beams 121. This arrangement is suitable for larger printing web widths, in particular between 1000 mm and 1400 mm.

The third embodiment of the finishing system, which is shown only partially and in simplified form in FIGS. 5 and 6, differs from the first two embodiments only in the design of the support structure. Components that correspond to those of the first embodiment or second embodiment are each provided with the same reference numbers, but increased by the number 200 and 100, respectively. Only the differences are dealt with in the following, so that for the rest reference is expressly made to the explanations regarding the first two exemplary embodiments. The third embodiment is primarily suitable for particularly large printing web widths, in particular from 1400 mm.

For this purpose, the module elements 216 of the support structure 212 are designed to be particularly dimensionally stable by extending over the entire web width A, with crossbeams 270, 272 in the area of the upper and lower module ends connecting two plate elements 217a and 217b on both sides of the web. The plate elements 217a and 217b correspond in shape to the separate module elements 116a and 116b of the second embodiment according to FIGS. 3 and 4. Due to the constant constructional connection of the plate elements 217a and 217b via the crossbeams 270 and 272, a particularly stable structure results, the Manufacturing in both steel casting and welding technology comes into question. However, there is a relatively high transport weight and transport volume, so that the first or second embodiment is better used for smaller web widths.

The particularly stable construction of the modules 216 may, as shown, make it possible to dispense with the side members 20 and 120, as shown. This gives the additional advantage that between the module towers arranged at a clear distance D from each other open lanes are formed which facilitate the assembly and disassembly or replacement of parts of the modular system, in particular the finishing elements 214.

Finally, it should also be mentioned that in the third embodiment there is also the possibility of attaching a gallery construction, this time to the module elements 216 themselves.

Corresponding to the second embodiment, the third embodiment also makes it possible to support rollers or the like at both ends, such as, for example, the plow device 215 of the finishing element 214, the latter in turn with fastening sections 214a and 214b with the plate elements 217a and 217b of the corresponding two module elements 216 staπ is connected.

7 shows a module area 10 of a further embodiment of the finishing system according to the invention. This in turn is composed of a support structure 12 and a plurality of finishing elements 14 releasably secured to this support structure 12.

The arrangement in FIG. 7 is such that there are two processing lines which are arranged vertically one above the other and work independently of one another, in which 26 finishing jobs are carried out on a printing path. However, the finishing system could easily have more than two processing floors or only one processing line. This variability results from the modular structure of the support structure 12. The support structure 12 has a plurality of module elements 16, 16a arranged in succession in the desired web running direction B of the printing web 26 for each processing line or floor. These are expediently attached directly to one another and can be detachably connected to one another, for example screwed, by means of fastening devices (not shown). In contrast to the embodiment described above, it is provided here that the individual finishing elements 14 are each fixed to only one module element 16, 16a. Each module element 16 is equipped with fastening means 70, which make it possible to detachably fasten one or more finishing elements 14 to the relevant module element 16, 16a. 7 is designed such that each module element is suitable for attaching or inserting two consecutively arranged finishing elements 14. However, some of the intended placement spaces can easily remain free if this should be necessary due to the desired processing type.

In the exemplary embodiment in FIG. 7, the individual module elements 16, 16a are each designed in a portal-like manner and have two upstanding support structures 71, 72 spaced apart in the web running direction B, which are connected to one another in an upper region by means of a horizontally extending holding structure 73 having fastening means 70 are.

The holding structure 73 can be designed, for example, as a plate-like holding wall 75 which extends in a horizontal plane and has the fastening means 70 on the upper side.

The module elements 16, 16a are designed such that they can be placed one on top of the other to form a plurality of processing floors. In the exemplary embodiment, this has the advantage that the upper holding structure 73 of a respective lower module element 16, 16a can serve as a carrier for at least one finishing element 14 of the processing level arranged above it. In such an embodiment, the finishing elements 14 of the processing line arranged at the bottom can also be fixed directly on the floor or foundation on which the system is installed. However, in order to be largely independent of on-site preparatory work, it is advisable to also fix the lower finishing elements 14 to a holding structure provided on the assigned module element 16, 16a, for which purpose each module element 16, 16a has an additional one indicated by dash-dotted lines in FIG. 7 can have a lower holding structure 74 which extends in a lower region of the support structures 71, 72 between them and which can likewise have a plate-like structure. Ultimately, this leads to the module element 16, 16a in question having a row-like structure when viewed in side view.

If necessary, suitable stiffening struts 76 can run between the support structures and holding structures. In a preferred embodiment, the fastening means 70 for each finishing element 14 comprise a mounting base 77, which is preassembled at the intended mounting location of the holding structure 73, 74. A retrofitting of the system is therefore possible simply by replacing the finishing elements 14, since the placement locations are already specified. Of course, however, it is also possible to provide a variable attachment of the fastening means 70, in order in particular to be able to vary the spacing between adjacent assembly locations in adaptation to different-sized finishing elements.

Claims

claims

1. Support structure (12) for an in-line or off-line finishing system (10) for at least one printing web (26), comprising essentially identical module elements (16) which can be arranged one behind the other in the web running direction (B), and which are designed with fastening devices for finishing elements (14) of the finishing system (10), such that at least one finishing element (14) can be inserted between two immediately successive module elements (16) and fastened to both module elements (16) and / or can be inserted or attached in or on only one module element (16) and a module element (16) can be fastened thereon.

2. Support structure according to claim 1, characterized in that the module elements (16) are provided with projections (32a, b, c) projecting in the web running direction (B), such that the mutually facing projections (32a, b, c) are immediate successive module elements (16) the finishing element (14) can be removed and attached to the respective module element (16).

3. Support structure according to claim 2, characterized in that the projections (32a, b, c) each form part of a recess (34a, b) which is open in or opposite to the web running direction (B), such that the mutually facing recesses ( 34a, b) of immediately successive module elements complement one another to form a type of drawer guide into which the finishing element (14) can be inserted like a drawer transversely to the web running direction (B).

4. Support structure according to Ansp ch 3, characterized in that the module elements (16) are each provided with at least two superposed Ausspaningen (34 a, b).

5. Structure according to claim 3 or 4, characterized in that the module elements (16) are provided on both sides in or against the web running direction (B) with recesses (34a, b).

6. Support structure according to one of the preceding claims, characterized in that the module elements (16) to a vertical to the web running direction (B) vertical center plane (30) are substantially mirror-symmetrical.

7. Support structure according to one of claims 3 to 6, characterized in that the height (F) of the recesses (34a, b) around the corresponding height (H) of the finishing element (14) in the region of the recess (34a, b) exceeds at least 5 cm.

8. Support structure according to one of the preceding claims, characterized in that the clear distance (D) between immediately successive module elements (16) is in the range between 1 10 cm and 130 cm.

9. Support structure according to one of the preceding claims, characterized in that the module elements (16) are designed stackable one above the other.

10. Support structure according to one of the preceding claims, characterized in that at least part of the module elements (16) is provided with web guide rollers (44).

1 1. Support structure according to claim 10, characterized by at least two web guide rollers (44) per element (16) for S-wraps through the printing web.

12. Support structure according to one of the preceding claims, characterized in that at least part of the module elements (16) is provided with at least one driven roller (46), preferably with an electronically controlled roller drive (46).

13. Support structure according to one of the preceding claims, characterized in that at least part of the module elements (16) is provided with a cutting device for splitting the web (26) into partial webs and / or for trimming the web (26) from the side.

14. Support structure according to one of the preceding claims, characterized in that between immediately successive module elements (16) at least one turning bar unit (finishing element 14 ") can be used for turning or turning a web (26).

15. Support structure according to one of the preceding claims, characterized in that the module elements (16) of the support structure (12) are arranged in a vertical module plane (18) parallel to the running direction only on one side of the at least one printing web (26).

16. Support structure according to claim 15, characterized by a gallery construction (24) on the other side of the at least one printing web (26), which is preferably connected to the module level (18) on one side.

17. Support structure according to one of claims 1 to 14, characterized in that first module elements (116) in a vertical module plane (118a) parallel to the web running direction on one side of the web and second module elements (116) in a vertical direction parallel to the web running direction Module level (118b) are arranged on the other side of the path, preferably by connecting the module elements (116) of both module levels (118a, 118b) via cross members (121).

18. Support structure according to claim 17, characterized in that a gallery structure (124) is arranged on at least one of the module levels.

19. Support structure according to one of claims 1 to 14, characterized in that each module element (216) has two plate elements (217a, b) optionally having the projections or recesses on both sides of the web, with connection of both plate elements (271a, b) via at least a crossbar.

20. Support structure according to claim 19, characterized by a gallery construction (224) on one side of the module elements.

21. Support structure according to one of claims 1 to 20, characterized in that the module elements (16, 16a) are portal-like and have two towering support structures (71, 72) spaced apart in the web running direction (B), which in a lower and / or are firmly connected to one another in an upper region via a holding structure (73, 74) provided with fastening means (70) for at least one finishing element (14).

22. Support structure according to claim 21, characterized in that the holding structure (73, 74) is designed as a plate-like holding wall (75) in particular.

23. Support structure according to Anspmch 21 or 22, characterized in that the fastening means (70) on the holding structure (73, 74) arranged mounting base (77) for the finishing elements (14).

24. In-line or off-line finishing system with a supporting structure (12; 112: 212) with module elements (16, 16a; 1 16; 216) according to one of the preceding claims and with finishing devices which can be attached to the module elements. Elements (14; 114; 214).

25. System according to claim 24, characterized by a plurality of rows of module elements (16; 116; 216) arranged one above the other with assigned finishing elements (14; 1 14; 214) for the simultaneous processing of several webs.

26. System, characterized by at least one turning bar unit (finishing element 14 ") for turning and / or turning out a web between immediately successive module elements (16).

27. Plant according to claim 26, characterized by at least one finishing auxiliary device (50; 52) to the side of the supporting structure (12), to which a web is fed via a turning bar unit (14 "), after processing of the web by the finishing auxiliary device ( 50; 52) this is fed back to the finishing elements (14) in the supporting structure (12) by the turning bar unit (14 ") or a further turning bar unit.

28. Installation according to one of claims 24 to 27, characterized in that the finishing elements (14; 1 14; 214) in the fastening area of substantially identical fastening sections (14a; 114a, 114b; 214a, 214b) for fastening to the respective Have module element (16).

29. Finishing element for installation in a finishing system according to one of claims 24 to 28, characterized by at least one fastening section (14a; 1 14a; 1 14b; 214a, 214b) for fastening to a module element (16; 1 16; 216 ).