DE10305606A1 - Machine used in the manufacture of paper and cardboard comprises a drying arrangement consisting of a drying cylinder, a rolling unit lying in the running direction of the machine and a transfer belt for transferring a fibrous strip - Google Patents

Abstract

Machine comprises a drying arrangement (16) consisting of a drying cylinder (18), a rolling unit (20) lying in the running direction of the machine and a transfer belt (28) for transferring a fibrous strip (12) from the drying cylinder to the rolling unit.

Description

So far, the paper web in the Rule in free movement, i.e. hanging freely from the last drying cylinder of the dryer section to paper guide rollers and smoothing rollers transferred to the take-up unit. This can but now lead to demolitions, because the paper web is very sensitive and at high speeds is loaded with a certain amount of paper. For example, it can be a Drafts lead to a demolition. As well can Small parts load the paper web and thus lead to a tear.

Measures for a web guide that is draft-free at least in sections and a draft-free winding result, for example, from the publications EP 0 640 543 B1 . EP 0 915 046 B1 . EP 0 658 504 A2 and US 5,240,563 ,

The invention has for its object a to create improved machine of the type mentioned, the risk of a web break in the area between the dryer section and the take-up unit is reduced to a minimum.

This object is achieved according to the invention solved by that to transfer the Fiber web from the last drying cylinder of the dryer section to Roll-up unit provided at least one machine-wide transfer belt is. Is preferably between the last drying cylinder and the Roll-up unit at least one smoothing unit provided and through the fibrous web together with the transfer belt the smoothing unit guided.

Because of this training is on simple and reliable In particular, a draft-free transfer of the fibrous web from last drying cylinder to the take-up unit possible, the fibrous web is securely supported by the machine-wide transfer belt, so that fluttering is at least essentially impossible. The fibrous web is accordingly less stressed. Annoying external influences at least reduced. moreover is a simple web guide possible. Paper guide rollers are also saved.

An essential aspect of the invention is in particular the combination of transfer belt and smoothing unit, through which the fibrous web is passed together with the transfer belt.

The smoothing unit can be particularly around a roller smoothing unit act. Conveniently, includes the smoothing unit at least one formed between a shoe roller and a counter element, lengthened in the direction of web travel Nip through which the fibrous web together with the transfer belt guided is. Advantageously, the calender comprises at least one calender one extended in the direction of web travel Nip. The transfer belt can therefore in particular in combination with a shoe calender can be provided. This gives both before as well as a controlled web run after each nip. By suitable choice of material properties, such as thickness in particular, Material, softness and / or the like can be the smoothing results in the desired one Influence wise.

According to another preferred practical embodiment the machine according to the invention means are provided for measuring and / or determining at least one web property cross profile. This can be, for example, a so-called "FbM" cross profile.

For example, means can be provided for measuring an overall cross-property profile of the fibrous web and transfer belt, and means for determining the relevant cross-property profile of the fibrous web from the measured overall cross-property profile and a cross-property profile preferably stored as a calibration curve, representative of the relevant cross-property profile of the transfer belt. If, for example, the "FbM" cross profile is to be determined as the property profile of the fibrous web, the following control algorithm is conceivable: Measured value: FbM (X) ges = FbM TB + FbM Fibrous web ges. FbM (X) the fibrous web = FbM (X) ges - col MTB (x ) in which
FbM _(x) tot = total FbM cross profile
FbM _TB = FbM cross profile of the transfer belt
FbM _fibrous web = FbM cross profile of the fibrous web
(x) = digits across the width

The FbM cross profile FbM _{TB (x) of} the transfer belt can be stored at all points x across the width in the form of a calibration curve.

The reeling unit can in particular comprise a support drum and a drum, wherein between the Carrier drum and the reel a roll gap is formed and the Fibrous web on which the reel is wound. The Fiber web through the transfer belt from the last drying cylinder preferably performed on the support drum of the take-up unit.

The transfer belt is preferably over belt guide rollers guided, being the transfer ribbon guide for example a felt guide can correspond.

The transfer belt suitably exists made of plastic, in particular made of polyurethane and / or the like can exist.

The transfer belt can be airtight or, especially if there is no smoothing unit also breathable his.

The transfer ribbon guide can, for example se similar to a transfer belt guide in the press section, possibly also simpler.

The transfer ribbon guide can be analog, for example a felt guide at least one tensioner and / or at least one belt tension regulator include.

In a preferred practical embodiment the machine according to the invention the fibrous web is separated from the last drying cylinder by a web guide roller removed and handed over to the transfer belt. The fibrous web can pressed onto the transfer belt by the web guide roller and subsequently lying thereon to the take-up unit. Here is the fibrous web reliable with the transfer belt supported.

The fibrous web is expediently through a web guide roller is removed from the transfer belt and through this web guide roller handed over to the drum of the take-up unit.

It is also particularly advantageous if the fibrous web together with the transfer belt around the drum of the take-up unit is.

The dryer section can at least a drying cylinder group with an upper and a lower row of cylinders include. The fibrous web can be from an upper drying cylinder or a lower drying cylinder.

In an expedient practical embodiment the machine according to the invention is the fibrous web through the transfer belt from a lower Removed drying cylinder.

In a further expedient embodiment, where the fibrous web passes through the transfer belt from the last drying cylinder is removed, the transfer belt is in the removal area by one Belt guide roller guided. This strip guide roller can in particular in a lower area the transfer ribbon loop can be arranged.

It is also particularly advantageous when the transfer belt is charged electrostatically, so that the Fiber web on the electrostatically charged transfer belt liable.

If the transfer ribbon is permeable to air, so it can in particular on its side facing away from the fibrous web be sucked by a suction box or the like or on it Abge from the fibrous web side in particular via a Foil effect can be applied by blowing air with vacuum.

In a further expedient embodiment the machine according to the invention the fibrous web is guided at least in sections between two transfer belts. Of these two transfer belts can be at least one air impermeable or at least one air permeable. So they are executions conceivable in which the one transfer belt is airtight and the other breathable or both transfer belts either impermeable to air or breathable are.

In a preferred practical embodiment is that between the last drying cylinder and the take-up unit lying railway overpass area at least partially enclosed, thereby avoiding disturbing air influences become. The enclosed area can be vacuumed in particular be acted upon.

Is the transfer ribbon air permeable and the fibrous web is transferred from the last drying cylinder through the transfer belt removed, the transfer belt can in particular in the removal area be guided around a vacuumed take-off roller.

In a preferred practical embodiment at least two machine-wide transfer belts are provided, through which the fibrous web on successive in the web running direction Part of the route is.

A respective transfer belt is preferred in the takeover area, in which it takes over the fibrous web, around a vacuumed takeover roller guided. For example, a respective transfer belt in a takeover area, in which it takes the fibrous web from a previous transfer belt, around such a vacuumed takeover roller guided his.

For example, the fibrous web can a "speedsizer" / size press, "speed coater", a "JetFlow F" and / or the like be led.

It is also particularly advantageous if the fibrous web together with the transfer belt by at least an order facility is managed. Such a combination of a transfer belt with an application device, through which the fibrous web is passed together with the transfer belt, is also as such, i.e. especially independent of the remaining features of the machine in question, particularly Advantage.

According to another aspect According to the invention, the fibrous web is formed by at least one transfer belt from the press section to the dryer section of each machine for the production of a fibrous web, in particular paper or Cardboard web, transferred. there can the press section in question, for example, a so-called "DuoCentri2" with a fourth press or a so-called "DuoCentriNFP" with a fourth press include.

At the reel unit carrier drum can be, for example, a so-called "sensor target".

The fibrous web is thus in dry area supported reliably at low loads.

The transfer belt can also be used as a belt used for a so-called "NipcoFlex" roller or shoe roller in the smoothing unit become. The transfer belt of the shoe roller can thus not only to the shoe roller, but also for web guidance be used in the inlet and outlet area of the smoothing shoe roller.

moreover become the free moves at least reduced.

The final group area is less susceptible for disorders like for example draft, mechanical influences for example by machine personnel and / or the like.

The result is simple web guidance. So are fewer paper guide rollers required. Instead, cheaper ones Felt guide rollers are used.

With the simpler path guidance results yourself a shorter one Construction in the closing group area, with which the overall lengths be reduced and correspondingly smaller buildings are sufficient.

Dirt from the closing group area can be better remove, since the dirt adheres to the transfer belt and via cleaning devices such as. so-called "DuoCleander" and / or the like solved can be.

Vacuum transfer belts and rope guides can do this possibly omitted.

The invention is illustrated below of embodiments explained in more detail with reference to the drawing; in this show:

1 1 shows a schematic partial representation of a machine in which the fibrous web is removed from the last drying cylinder by a web guide roller and transferred to the transfer belt,

2 1 shows a schematic partial representation of a further embodiment, in which the fibrous web is guided together with the transfer belt around the carrying drum of the reeling unit,

3 2 shows a schematic partial representation of a further embodiment in which the fibrous web is removed from a lower drying cylinder,

4 2 shows a schematic partial representation of a further embodiment, in which the fibrous web is removed from the last drying cylinder by the transfer belt and the transfer belt is guided in the removal area around a belt guide roller which is arranged in a lower region of the transfer belt loop,

5 2 shows a schematic partial representation of a further embodiment, in which an air-permeable transfer belt is used, which is vacuumed on its side facing away from the fibrous web and can be subjected to a vacuum via a foil effect by blowing in air,

6 is a schematic partial representation of a with the execution according to 5 comparable embodiment, but in the present case the transfer belt is predominantly guided in an upper region,

7 2 shows a schematic partial representation of a further embodiment in which a smoothing unit comprising a shoe roller is provided between the last drying cylinder and the reeling unit and the fibrous web is guided together with the transfer belt through the smoothing unit,

8th is a schematic partial representation of a with the execution according to 7 comparable embodiment, but the calender comprises two rigid rollers,

9 2 shows a schematic partial illustration of a further embodiment, in which the fibrous web is guided over a certain distance between two transfer belts,

10 2 shows a schematic partial representation of a further embodiment, in which two transfer belts are provided, through which the fibrous web is guided on sections that follow one another in the web running direction

11 FIG. 2 shows a schematic partial representation of a further embodiment, in which a transfer belt is guided around a suctioned takeover roller in the takeover area in which it takes over the fibrous web, FIG.

12 a schematic partial representation of an embodiment of a paper machine, in which the paper web is guided together with a machine-wide transfer belt through an application device, and

13 a partial schematic representation of an embodiment of a paper machine, in which the paper web is transferred from the press section to the dryer section by a machine-wide transfer belt.

The 1 to 13 each show part of a machine 10 for the production of a fibrous web 12 , which can in particular be a paper or cardboard web. The respective machine can 10 except for a press section 14 (cf. in particular 13 ) and a dryer section 16 with at least one drying cylinder 18 in particular also a take-up unit behind it in the machine direction L 20 include. Such a take-up unit 20 can in particular a carrier drum 22 as well as a drum 24 have, being between the support drum 22 and the drum 24 a roll-up nip 26 formed and the fibrous or paper web 12 on the drum 24 is wound up.

As with the 1 to 10 can be seen, can be used to transfer the fibrous web 12 from the last drying cylinder 18 the dryer section 16 to the take-up unit 20 at least one machine-wide transfer belt 28 be provided. A respective transfer belt can be used 28 especially at least one tensioner 30 and / or at least one belt tension regulator 32 be guided like a felt guide. For example, a cleaning device can also be installed on the tensioning carriage 34 , for example, a so-called "DuoCleaner" can be provided.

In the embodiment according to 1 becomes the fibrous web 12 by a web or paper guide roller 36 from the last drying cylinder 18 abge take and to the transfer belt 28 to hand over. The fibrous web 12 through the web guide roller 36 preferably on the transfer belt 28 pressed and then lying on this to the take-up unit 20 guided so that the fibrous web 12 through the transfer belt 28 is supported accordingly.

The fibrous web 12 is then replaced by another web guide roller 38 again from the transfer belt 28 removed and through this further web guide roller 38 to the carrier drum 22 the take-up unit 20 to hand over.

Based on 1 it can also be seen that the transfer belt 28 via belt guide rollers 37 is led.

2 shows a schematic partial representation of another embodiment in which the fibrous web 12 together with the transfer belt 28 around the drum 22 the take-up unit 20 is led. Otherwise, this embodiment can at least essentially have the same structure as the embodiment according to 1 have.

While in the embodiments according to the 1 and 2 the fibrous web 12 each from an upper drying cylinder 18 is removed, shows 3 in a schematic partial representation of a further embodiment in which the fibrous web 12 is removed from a lower drying cylinder, whereupon the fibrous web 12 on the transfer belt 28 comes to rest. In the present case, the fibrous web 12 again by a web guide roller 38 from the transfer belt 28 removed and through this web guide roller 38 to the carrier drum 22 the take-up unit 20 to hand over.

4 shows a schematic partial representation of another embodiment in which the fibrous web through the transfer belt 28 from the last drying cylinder 18 , here an upper cylinder, is removed and the transfer belt 28 around a strip guide roller in the removal area 37 is guided, which is arranged in a lower region of the transfer ribbon loop, ie here in the lower left region. The transfer ribbon 28 is mostly in an upper area, so that the tensioner 30 and the web tension regulator 32 are arranged on the top.

As with the 4 can be seen, in the present case the fibrous web is directly through the transfer belt 28 to the carrier drum 22 the take-up unit 20 to hand over.

In the present case, the belt guide roller 37 so from the transfer belt 28 (lying on top) entwined. The fibrous web is again through the transfer belt during the transfer 28 supported accordingly.

5 shows a schematic partial representation of another embodiment in which an air-permeable transfer belt 28 is used, for example by a suction box on its side facing away from the fibrous web 40 or the like is sucked or a vacuum can be applied to it via a foil effect by blowing in air in order to hold the fibrous web on the transfer belt.

Otherwise, the design can at least essentially have the same structure as the design according to 1 ,

6 shows a schematic partial representation of one with the execution according to 5 comparable embodiment, the transfer belt 28 In the present case, however, it is mostly in an upper area. In the lower area there is in particular a suction box within the transfer belt loop 40 , a transfer foil and / or the like for vacuuming the air-permeable transfer belt 28 provided from the side facing away from the fibrous web.

7 shows a schematic partial representation of a further embodiment, in which between the last drying cylinder 18 and the take-up unit 20 a smoothing 42 is provided, through which the fibrous web together with the transfer belt 28 is led. At the smoothing unit 42 can be, in particular, a roll smoothing unit.

In the present case, the calender comprises 42 a shoe roller 44 , for example a so-called NipcoFlex roller, which is here, for example, inside the loop of the transfer belt 28 is arranged.

The fibrous web is again in the present case, for example, by a web guide roller 36 for example in the free train (cf. also 1 ) from the last drying cylinder 18 removed and to the transfer belt 28 to hand over. The web transfer from the transfer belt 28 to the carrier drum 22 the take-up unit 20 takes place again, for example, via a web guide roller 38 , As in the previous embodiments, at least one tensioner can be used here, for example 30 , at least one belt tension regulator and a cleaning device 34 be provided. The transfer ribbon 28 As in the previous cases, it is preferably machine-wide again.

8th shows a schematic partial representation of one with the execution according to 4 comparable embodiment, the smoothing 42 in the present case, however, comprises two conventional rollers, ie two rigid rollers. Unlike in the case of execution according to 7 no shoe roller is provided here.

9 shows a schematic partial representation of another embodiment in which the fibrous web over a certain distance between two transfer belts 28 is guided, resulting in a kind of sandwich on the relevant transfer route. The two transfer belts 28 can each again have at least one tensioner 30 and at least one belt tension regulator 32 be assigned. In addition, at least one of the two transfer belts 28 again at least one cleaning device 34 be assigned.

In the embodiment according to 10 become several, here two, transfer belts 28 used successively, through which the fibrous web is guided on successive sections in the web running direction L.

The fibrous web can, for example, together with the second transfer belt 28 for example again by a smoothing unit 42 be led.

The two transfer belts s 28 are each again at least one tensioner 30 and at least one belt tension regulator 32 assigned.

In the present case, the two transfer belts are 28 each breathable. In the takeover area in which the respective transfer belt 28 the fibrous web takes over, is the transfer belt in question 28 in each case around a suction-guided strip guide roller or take-over roller 37 ' guided. So the fibrous web is through the first transfer belt 28 in the area of a suctioned takeover roller arranged within its loop 37 ' from the last drying cylinder 18 accepted. The second transfer belt 28 the fibrous web then takes over from the first transfer belt 28 in the area of another, within the loop of the second transfer belt 28 arranged suction takeover roller 37 ' ,

As with the 10 can be seen, the fibrous web together with the second transfer belt 28 , for example again after a smoothing unit 42 , for example again via the carrying drum 22 the take-up unit 20 be led.

In the area between the takeover or takeover rollers 37 ' For example, a suction box or the like can be provided again. The relevant take-off rollers 37 ' can be designed in particular as suction rolls.

11 shows a schematic partial representation of another embodiment in which a transfer belt 28 in the takeover area, in which it takes over the fibrous web, around a vacuumed take-off or takeover roller 37 ' is led.

As with the 11 can be seen, the fibrous web in the present case by the transfer belt 28 directly from the last drying cylinder 18 decreased. The transfer ribbon 28 with assigned tensioner 30 and assigned belt tension regulator 32 and the take-off roller 37 ' are arranged in an upper area in the present case.

12 shows a schematic partial representation of an exemplary embodiment of a paper machine 10 where the paper web 12 together with a machine-wide transfer belt 28 through an order facility 48 is guided, in the present case two application rollers 48 ' . 48 '' includes.

The application device can, for example, in Form of a so-called "SpeedSizer" / size press, "SpeedCoaters", "JetFlowF" and / or the like be provided.

The transfer belt 28 can at least one tensioner again 30 and at least one belt tension regulator 32 be assigned.

13 shows a schematic partial representation of an embodiment of a paper machine 10 where the paper web 12 thanks to a machine-wide transfer belt 28 from the press section 14 to the dryer section 16 is transferred.

The press section 14 can especially a so-called "DuoCentri2" with a fourth press 50 or for example a so-called "Duo-CentricNFP" with a fourth press 50 include. Here, as can be seen from the 13 You can see the transfer belt together with the fibrous web through the fourth press 50 be led.

The transfer belt 28 can in particular at least one tensioner again 30 and at least one belt tension regulator 32 be assigned.

10

Machine, paper machine

12

Fibrous web, paper web

14

press section

16

drying section

18

drying cylinders

20

up Reel

22

carrying drum

24

drummer

26

reeling

28

machine-wide transfer tape

30

Stretcher

32

Band voltage regulator

34

cleaning device

36

web guide

37

belt guide roll

37 '

evacuated belt guide roll

38

web guide

40

suction box, transfer foil

42

calender

44

shoe roll

46

suction box

48

applicator

48 '

applicator roll

48 ''

applicator roll

50

fourth Press

L

Machine direction

Claims (38)

Machine ( 10 ) for the production of a fibrous web ( 12 ), in particular paper or cardboard web, with at least one drying cylinder ( 18 ) comprehensive dryer section ( 16 ) and a take-up unit behind it in the machine direction (L) ( 20 ), characterized in that for transferring the fibrous web ( 12 ) from the last drying cylinder ( 18 ) the dryer section ( 16 ) to the take-up unit ( 20 ) at least one machine-wide transfer belt ( 28 ) is provided. Machine according to claim 1, characterized in that between the last drying cylinder ( 18 ) and the take-up unit ( 20 ) at least one smoothing unit ( 42 ) and the fibrous web ( 12 ) together with the transfer belt ( 28 ) through the smoothing unit ( 42 ) is performed. Machine according to claim 1 or 2, characterized in that the fibrous web ( 12 ) together with the transfer belt ( 28 ) by at least one roller smoothing unit ( 42 ) is performed. Machine according to one of the preceding claims, characterized in that the smoothing unit ( 42 ) at least one between a shoe roller ( 44 ) and a counter element formed, extended in the web running direction (L), through which the fibrous web ( 12 ) together with the transfer belt ( 28 ) is performed. Machine according to claim 4, characterized in that the smoothing unit ( 42 ) comprises a calender with at least one nip elongated in the web running direction (L). Machine according to one of the preceding claims, characterized characterized in that means for measuring and / or determining at least a web property cross section are provided. Machine according to claim 6, characterized in that means for measuring an overall cross-property profile of the fibrous web and transfer belt and means for determining the relevant cross-property profile of the fibrous web ( 12 ) from the measured overall property cross profile and a preferably stored as a calibration curve in a memory for the relevant property cross profile of the transfer belt ( 28 ) representative property cross profile are provided. Machine according to one of the preceding claims, characterized in that the reeling unit ( 20 ) a drum ( 22 ) and a drum ( 24 ), whereby between the carrier drum ( 22 ) and the drum ( 24 ) a roll-up nip ( 26 ) is formed and the fibrous web ( 12 ) on the drum ( 24 ) is wound up. Machine according to claim 8, characterized in that the fibrous web ( 12 ) through the transfer belt ( 28 ) from the last drying cylinder ( 18 ) on the carrying drum ( 22 ) of the take-up unit ( 20 ) is performed. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) via belt guide rollers ( 37 ) is performed. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) consists of plastic and in particular polyurethane and / or the like. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) is impermeable to air. Machine according to one of claims 1 to 11, characterized in that the transfer belt ( 28 ) is permeable to air. Machine according to one of the preceding claims, characterized in that the transfer belt guide has at least one tensioner ( 30 ) and / or at least one belt tension regulator ( 32 ) includes. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) by a web guide roller ( 36 ) from the last drying cylinder ( 18 ) removed and to the transfer belt ( 28 ) is handed over. Machine according to claim 15, characterized in that the fibrous web ( 12 ) by the web guide roller ( 36 ) on the transfer belt ( 28 ) and then lying on it to the take-up unit ( 20 ) to be led. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) by a web guide roller ( 38 ) from the transfer belt ( 28 ) removed and through this web guide roller ( 38 ) to the carrying drum ( 22 ) of the take-up unit ( 20 ) is handed over. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) together with the transfer belt ( 28 ) around the drum ( 22 ) of the take-up unit ( 20 ) is performed. Machine according to one of the preceding claims, characterized in that the drying section ( 16 ) comprises at least one drying cylinder group with an upper and a lower row of cylinders. Machine according to claim 19, characterized in that the fibrous web ( 12 ) from an upper drying cylinder ( 18 ) is removed. Machine according to claim 19, characterized in that the fibrous web ( 12 ) from a lower drying cylinder ( 18 ) is removed. Machine according to one of the previous ones Claims, characterized in that the fibrous web ( 12 ) through the transfer belt ( 28 ) from a lower drying cylinder ( 18 ) is removed. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) through the transfer belt ( 28 ) from the last drying cylinder ( 18 ) is removed and the transfer belt ( 12 ) in the take-off area around a strip guide roller ( 37 ) is performed. Machine according to claim 23, characterized in that the belt guide roller ( 37 ) is arranged in a lower region of the transfer ribbon loop. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) on the electrostatically charged transfer belt ( 28 ) is liable. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) permeable to air and on its from the fibrous web ( 12 ) side facing away, in particular through a suction box ( 40 ) or the like is sucked. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) permeable to air and on its from the fibrous web ( 12 ) opposite side can be acted upon by a foil effect by blowing air with vacuum. Machine according to one of the preceding claims, characterized in that the fibrous web ( 12 ) at least in sections between two transfer belts ( 28 ) is performed. Machine according to claim 28, characterized in that at least one of the two transfer belts ( 28 ) is impermeable to air. Machine according to claim 28, characterized in that at least one of the two transfer belts is permeable to air. Machine according to one of the preceding claims, characterized in that the between the last drying cylinder ( 18 ) and the reel unit ( 20 ) lying web transfer area is at least partially enclosed. Machine according to claim 31, characterized in that the enclosed area can be subjected to a vacuum. Machine according to one of the preceding claims, characterized in that the transfer belt ( 28 ) is permeable to air that the fibrous web ( 12 ) by the transfer belt from the last drying cylinder ( 18 ) is removed and that the transfer belt ( 28 ) in the take-off area around a vacuumed take-off roller ( 37 ' ) is performed. Machine according to one of the preceding claims, characterized characterized in that at least two machine-wide transfer belts are provided are through which the fibrous web on each other in the web running direction following sections is. Machine according to one of the preceding claims, characterized in that a respective transfer belt ( 28 ) in the takeover area in which there is the fibrous web ( 12 ) takes over a vacuumed takeover roller ( 37 ' ) is performed. Machine according to one of the preceding claims, characterized in that a respective transfer belt ( 28 ) in a takeover area in which there is the fibrous web ( 12 ) from a previous transfer band ( 28 ) takes over a vacuumed takeover roller ( 37 ' ) is performed. Machine ( 10 ) for the production of a fibrous web ( 12 ), in particular paper or cardboard web, in particular according to one of the preceding claims, characterized in that the fibrous web ( 12 ) together with a machine-wide transfer belt by at least one application device ( 48 ) is performed. Machine for producing a fibrous web, in particular paper or cardboard web, in particular according to one of the preceding claims, characterized in that the fibrous web ( 12 ) is transferred from the press section to the dryer section by at least one machine-wide transfer belt.