CN105073431A

CN105073431A - Web-fed printing press

Info

Publication number: CN105073431A
Application number: CN201380061540.4A
Authority: CN
Inventors: 克里斯多夫·海克尔; 弗兰克·胡普曼
Original assignee: Koenig and Bauer Albert AG
Current assignee: Koenig and Bauer AG
Priority date: 2012-12-06
Filing date: 2013-12-05
Publication date: 2015-11-18
Anticipated expiration: 2033-12-05
Also published as: CN105073431B; DE102012222488A1; EP2928695A1; EP2928695B1; WO2014086900A1

Abstract

The invention relates to a web-fed printing press (01), having at least one first printing module (200) and at least one first dryer (301) and wherein the at least one first printing module (200) has at least one inkjet print head (212). A transport path of a web to be printed (02) through the web-fed printing press (01) has at least one first section and a second section which are each bounded by motor-driven rotating bodies (103; 118; 201; 304; 401; 334; 501). At least one of the motor-driven rotating bodies (304) is a first chill roller (304) and the at least one first dryer (301) has at least one ventilation device. The at least one ventilation device has at least one air supply line (317) leading to the at least one first dryer (301) and at least one heat exchanger and at least one air exhaust line (318) leading away from the at least one first dryer. The at least one air exhaust line (318) and the at least one air supply line (317) are and/or can be coupled to the at least one heat exchanger.

Description

Web press

Technical field

The present invention relates to a kind of web press as described in the preamble according to claim 1 and a kind of web press as described in the preamble according to claim 2.

Background technology

Be known to the different printing process that can be used in printing machine.Such printing process is ink jet printing.At this, each print drop penetrates and sends printable fabric to as follows from the nozzle of print head, makes to obtain dimensional printed chart on printable fabric.By manipulating respectively large flow nozzle, different dimensional printed charts can be realized.There is not fixing die and and then it is possible that: form different print products individually.Thereby, it is possible to realize personalized print product and/or owing to saving die, and the less print product of number to be printed can be manufactured with low cost.

Alignment (DIN16500-2) is called as in the accurate coincidence of the dimensional printed chart on the front and back of the printable fabric of printed on both sides.In polychrome printing, when each dimensional printed chart exact matching by different colours be incorporated in a width figure time, then refer to registration (DIN16500-2).With ink jet printing relatively, relate to adequate measures, so as to observe registration and/or alignment.

By EP2202081A1 and JP2003-063707 known a kind of printing machine respectively, wherein, printing facility first printing element and drier, wherein, first printing element has central cylinder and at least one ink jet printing head, central cylinder have oneself, the CD-ROM drive motor of corresponding first central cylinder.EP2202081A1 illustrates the segmentation of the transmission stroke of printable fabric web, the rotary body limited boundary that these segmentations are driven by motor.

By the known a kind of sheet-fed press of US2011/0205321A1, this printing machine has the first printing element and the first drier, wherein, first drier has air-breather, and air-breather has the air guiding to the first drier and feeds pipeline and driven and/or can driven conveying device.

By the known a kind of sheet-fed press of DE10235872A1, this sheet-fed press has the first printing element and the first drier.

By the known a kind of sheet-fed press of DE102011075109A1, this sheet-fed press has the first printing element and the first drier, wherein, first drier there is air-breather and air-breather have the air guiding to the first drier feed pipeline and driven and/or can driven conveying device and have from first drier draw air outlet conduits road, air outlet conduits road feeds pipeline by conveying device and air and connects and/or can connect.

By the known a kind of web press of EP0742496A1, it carrys out work according to electrophotographic image forming method.The rotary body driven by motor for the segmentation of the transmission stroke of printable fabric carrys out limited boundary.

By US2009/0013553A1 it is known that have the web press of drier and heat exchanger.

By the known a kind of web press with drier of US5501149A.

By the known a kind of web press with drier and web tightness regulating part of DE102010060408A1.

By the roll web decoiling equipment of the known a kind of web press of EP1155987B1, wherein, roll web decoiling equipment has the CD-ROM drive motor that at least one spool holding device is connected by least one transmission of torque part with at least one spool holding device with at least one.

By the known a kind of roll web decoiling equipment with at least one spool holding device of EP0384988A2.

By the known a kind of roll web decoiling equipment of DE3906506C2, it has the CD-ROM drive motor that at least one spool holding device is connected by least one transmission of torque part with at least one spool holding device with at least one.

By DE9105487U1 and EP0451698A1 known a kind of tensioning shaft bearing being configured to upset supporting member respectively.

By the known a kind of printing machine of US5566616A, it has revolvable central cylinder, ink jet printing head, cooling device and drier, and this drier carrys out work by temperature with pulling air or producing the part that associates of radiation alternatively.

By the known a kind of printing machine of US6053107A, this printing machine has driven central cylinder and comprises the drier of cooling device.

By the known a kind of drier of US5713138A, this drier heats from inside breast roll by radiation, and printable fabric clings to from outside this breast roll and this drier additionally has system for making passage of air space.

It is known that ink jet printing method is also for printed fabric printable fabric.At this, fabric printable fabric is particularly appreciated that the material as summing up in DIN60000 (in January, 1969).With the printable fabric of such as paper or metal on the contrary, fabric printable fabric is relatively unstable at its vpg connection.So fabric printable fabric such as can with degree of stretch more or less, wherein, when stretching in one direction, mostly shrink on the direction of another orthogonal sensing with it simultaneously.At this point, in order to be suitable for alignment ground printed fabric printable fabric, not only correctly must adjust the position of printable fabric, also must at least be responsible for producing stable shape during printing process.

Summary of the invention

The object of the invention is to, propose a kind of web press.

According to the present invention, described object is solved by the feature of claim 1 and the feature of claim 2.

Preferably, web press has at least one first printing element and at least one first drier, wherein, at least one first printing element preferably has at least one ink jet printing head, printable fabric web preferably has at least one first segmentation and the second segmentation through the transmission stroke of web press, the rotary body that described first segmentation and the second segmentation are preferably driven by motor respectively carrys out restricted boundary, at least one in the rotary body that motor drives is preferably the first chill roll, and/or at least one in the rotary body of motor driving is preferably at least one spool holding device, the such as spool holding device of roll web decoiling equipment, and preferably at least one drier has at least one air-breather, and at least one air-breather has: at least one air guiding at least one the first drier feeds pipeline and at least one heat exchanger and at least one the air outlet conduits road from least one first drier extraction, at least one air outlet conduits road and at least one air feed pipeline and connect with at least one heat exchanger and/or can connect.

At this, the connection of each two components is understood to following connection, and it at least achieves and/or cause at least one fluid (such as at least one gas and/or at least one liquid) flowing to the inner chamber of another component in two components from the inner chamber of two components.

In a preferred embodiment, at least one air-breather additionally has at least one driven and/or driven conveying device of energy, wherein, at least one air outlet conduits road preferably feeds pipeline by least one conveying device and at least one air and connects and/or can connect.

The advantage that can realize with the present invention is particularly, can regulate the web tightness of printable fabric web particularly well.The measurement mechanism that the eindruckwerk that this point is such as kept in touch by preferred a large amount of driven rotary body and/or corresponding and rotary body and/or preferably a row are configured to measuring roller realizes.The preferred like this web tightness adjusted, except avoiding web to tear and/or be sagging, is also responsible for the improvement realized registration and/or alignment, this is because the stretching of printable fabric web is directly relevant to the power acting on printable fabric web.As such as preferably at least one central cylinder and/or at least one chill roll and/or at least one chill roll eindruckwerk and/or at least one spool holding device of this rotary body.At this, at least one first printing central cylinder is preferably the rotary body that the motor for supporting the printable fabric web at least in the first transfer area (particularly for the first transfer area of coated media) drives.Preferably, first transfer area arranges the region for setting up contact between printable fabric and coated media, such as, be the whole working region of the target area of at least one nozzle of at least one print head and/or at least one working region of at least one print head and/or at least one nozzle rod.

Another advantage is: can save energy by corresponding heat exchanger, this is particularly because its Energy transfer can be given the gas that will feed drier by gas out from drier, and at this without the need to water and/or solvent and/or other media are exported to the gas that will feed.At this, gas also can be understood as admixture of gas, such as air.Preferably, energy can be passed to from the inner chamber at least one air outlet conduits road the inner chamber that at least one air feeds pipeline by least one heat exchanger.Especially, preferably energy can be passed to from the air-flow flowing through at least one air outlet conduits road by least one heat exchanger and flow through the air-flow that at least one air feeds pipeline, and/or energy is when feeding pipeline without passing at least one air from least one air outlet conduits road when medium transfer.Heat energy can be re-used thus.Preferably, be furnished with at least one other air and feed pipeline, feed pipeline by this air and gas can be flowed at least one drier when getting around at least one air outlet conduits road and/or at least one heat exchanger.Thus, need the share ratio of air-flow fed to be controlled and/or to regulate, wherein, such as energy obtain from waste gas at least partially and at least another part energy does not obtain from waste gas.Such as in this manner, preferably can control and/or regulate the temperature needing the air-flow fed.

In addition preferably, flowing velocity feeds pipeline and/or at least one air outlet conduits Lu Zhongneng at least one air and accesses and control and/or regulate.

Particularly can make a response for the requirement variable for drier based on the dimensional printed chart of the variable adjustment of energy thus, particularly may appear at relatively on ink jet printing head with printing process as it.In it is possible to by reacting to the different amount of the printing-ink that the printable fabric of unit are stamps without preheating or through the share change feeding air of preheating, and the operational factor of remaining drier need not be changed.

Another advantage that the gas of deriving from drier can be fed at least in part again the embodiment of drier is: can save energy preferably by corresponding air-breather, particularly because can re-use heat energy.In addition, when exhaust-gas treatment (such as exhaust gas cleaning), the waste gas of smaller size smaller is processed.Particularly also can make a response for the requirement variable for drier based on the dimensional printed chart of the variable adjustment of energy thus, particularly may appear at relatively on ink jet printing head with printing process as it.In it is possible to by again apply or the varying number of share to the printing-ink stamped of the printable fabric of per unit area of change of waste gas of deriving make a response, and the operational factor of remaining drier need not be changed.When such as at least one first drier has at least one air-breather, at least one air-breather described have at least one air guiding at least one the first drier feed pipeline and at least one driven and/or can driven conveying device and at least one from described at least one first drier draw air outlet conduits road, and at least one air outlet conduits road by least one conveying device and at least one air feed pipeline connect and/or can connect time, can neatly to needing the difference amount of solvent and/or the water exported to make a response, this is because feed in air-flow by connecting such as undersaturated air to be fed into again in the mode that can adjust.

The feasible program of bleed stream is returned relatively with at least one heat exchanger and/or part, another advantage is, by at least one chill roll being used as the rotary body that motor drives, carried out the segmentation limited boundary of the transmission stroke to printable fabric web by direct component of exerting one's influence to the characteristic of printable fabric web.Printable fabric web that is dried and cooling such as has the mechanical property being different from moist and/or more warm printable fabric web.This such as relates to the elasticity of printable fabric web.By by the one hand without use or the possibility of web tightness being exerted one's influence by the adjustable quantity feeding air of feed-in again and the rotary body driven by motor on the other hand combined under, such as can save energy in an advantageous manner in dry run, and printing quality will be incurred loss owing to changing the tensioning degree of web, this is because the measure of redeeming can be implemented by the rotary body of coupling motor driving.

Because preferably can recover energy by heat exchanger, so such as only temporarily high temperature and drier power can be used when producing variable printed figure by ink-jet printing technology constantly or also with rational energy charge.Chill roll is preferably responsible for: enable printable fabric next again be cooled to printable fabric by the temperature of continuation processing and such as not due to over-drying and lasting impaired.Particularly can be realized by extra high temperature: between the region before chill roll and after chill roll, the difference that generation is very large with regard to the temperature of printable fabric.The High Defferential of this temperature aspect is reflected in the extra high difference of printable fabric mechanical property if desired, such as printable fabric elasticity.Therefore, particularly advantageously, accurately also can change in the position that elasticity changes the power applied by rotary body.This preferably realizes as follows: the border between the region that the chill roll that motor drives shows as different temperatures, also show as transmit stroke can by the border of using with different power between the segmentation of impact.At this, particularly advantageously work: extend between the second contact site of the second rotary body that the first contact site of the first rotary body that transmission stroke first segmentation of printable fabric web printable fabric web on the one hand and motor drive and printable fabric on the other hand and motor drive, at this, the first rotary body that motor drives is the first printing central cylinder, and/or the second rotary body that motor drives is at least one chill roll.

Another advantage is: by by least one central cylinder and/or preferred at least one drier and/or preferably roll web decoiling equipment is corresponding is arranged, can realize compact structure form.Particularly by the preferred arrangements of corresponding drier and cooling device if desired, and can realize on very short transmission stroke to printable fabric carry out drying and particularly printable fabric web carry out drying.By very short transmission stroke, the difficult point of registration and/or alignment aspect can be avoided, and the quantity of maculature is kept very low.In addition, this makes to become easy to the adjustment of web tightness.By the corresponding layout of printing element and drier, the dimensional printed chart printed can be avoided to be made dirty or stamp.By the preferred arrangements (it has at least one first drier and at least one first chill roll) of dryer unit, the zone of action of the energy exported by drier obtains very accurately determining and optimizing.By having the preferred arrangements of the dryer unit of two driers, improve the attainability of printing element and drier, and achieve the transmission stroke of the optimization of printable fabric and printable fabric web.The advantageous applications of at least one radiation dryer improves the energy efficiency of particularly infrared radiation drier.This point preferably by radiation dryer and fluid desicator combination and strengthened.For this reason, preferably at least one air-breather is arranged at least one drier.About the constitution realization make of modular of the preferred symmetry of central cylinder and drier, wherein, achieve the simple direction of printing machine by little guide roller converse.

Another advantage is: the production of the print product applied just can realize when print production starts, this is because preferably at least one print head preferably penetrates printing-ink under preferred any acceleration in the transfer rate of printable fabric web (particularly acceleration that is positive and/or that bear) under any transfer rate of printable fabric web.This is particularly by realizing the fine adjustment of web tightness.Thus, save time and materials, this is because there is less mistake printing and/or less not printed printable fabric.

The adjustment of web tightness is preferably advantageously improved as follows: be at least the first segmentation and arrange at least one for measuring the first measurement mechanism of the web tension degree of the printable fabric web in this first segmentation, and be that the second segmentation arranges at least one for measuring the second measurement mechanism of the web tension degree of the printable fabric web in this second segmentation, and further preferred additionally placement machine controller, at least one measurement result of at least one the first measurement mechanism is at least being taken into account by this machine controller, when also having at least one measurement result of at least one the second measurement mechanism, can be regulated the web tension degree in the first segmentation of the transmission stroke of printable fabric web and/or can be regulated, and/or by when also having at least one measurement result of at least one the second measurement mechanism with respect at least one measurement result being at least at least one the first measurement mechanism, can be regulated the web tension degree in the second segmentation of the transmission stroke of printable fabric web and/or can be regulated.Preferably, at least one ink jet printing head of preferred arrangements is at least controlled relatively and/or can be controlled with at least one first angle position printing central cylinder by machine controller.

Another advantage is: by the preferred arrangement of at least two web edge alignment means, achieve and transmit especially accurately web of undertaking the printing of, and preferably can realize printing effect good especially.

Another advantage is, achieve printable fabric and particularly printable fabric web relative to one or preferred multiple central cylinder locate especially accurately, and preferably especially accurately can print dimensional printed chart, namely improve registration and/or alignment.

Accompanying drawing explanation

Embodiments of the invention are shown in the drawings and introduced in detail below.Wherein:

Fig. 1 a illustrates the schematic diagram of web press;

Fig. 1 b illustrates the schematic diagram of the web press with interchangeable web boot scheme;

Fig. 2 illustrates the schematic diagram of a part for the printing element with two typesetting and printing brushes;

Fig. 3 illustrates the schematic diagram of a part for drier;

Fig. 4 illustrates the signal enlarged icon in the region of Fig. 3;

Fig. 5 illustrates the schematic diagram of printable fabric web and multiple drier radiation source;

Fig. 6 illustrates the schematic diagram of roll web decoiling equipment;

Fig. 7 illustrates the schematic diagram of a part for roll web decoiling equipment;

Fig. 8 illustrates the schematic diagram of the bearing frame of roll web decoiling equipment;

Fig. 9 illustrates the schematic diagram feeding device of roll web decoiling equipment;

Figure 10 illustrates the schematic diagram of the transmission stroke of the printable fabric web in following process device.

Detailed description of the invention

Printing machine 01 has: at least one printable fabric source 100, at least one first printing element 200, preferably at least one drier 301, preferably at least one second printing element 400 and preferably at least one second drier 331 and preferably at least one following process device 500.In addition, printing machine 01 is preferably configured as ink-jet printer 01.Preferably, printing machine 01 is configured to web press 01, is preferably configured as roll web ink-jet printer 01 further.Printing machine 01 is such as configured to rotary press 01, such as web press 01, particularly web-fed rotary ink-jet printer 01.Web press 01 when, printable fabric source 100 is configured to roll web decoiling equipment 100.When sheet-fed press or rotary sheet-fed printing presses, printable fabric source 100 is configured to sheet-fed feeder.In printable fabric source 100, preferably at least one printable fabric 02 is alignd, preferably at least about the justified margin of printable fabric 02.In the roll web decoiling equipment 100 of web press 01, at least one web shape printable fabric 02 (i.e. printable fabric web 02, such as paper web 02 or fabric web 02 or layer material (such as synthesis material film 02 or tinsel 02)) is from uncoiling printable fabric reel 101 and preferably align at axial A about its edge.Axial A is preferably parallel to printable fabric reel 101 and/or at least one central cylinder 201; The direction A that the rotation 111 of 401 extends.And then the transmission stroke of at least one printable fabric 02 and particularly printable fabric web 02 preferably runs through at least one the first printing element 200 at least one printable fabric source 100 afterwards, at this first printing element place, printable fabric 02 and particularly printable fabric web 02 preferably by least one printing-ink be at least provided with in one side dimensional printed chart and preferably and at least one the second printing element 400 is preferred explicitly on two sides, be provided with dimensional printed chart.

Through after at least one first printing element 200, the transmission stroke of printable fabric 02 and particularly printable fabric web 02 preferably across at least one the first drier 301 so that in addition dry to coated printing-ink.Printing-ink generally refers to brushing medium above and below, particularly also refers to paint.Preferably, at least one first drier 301 is parts of drying unit 300.After by least one first drier 301 and at least one second printing element 400 preferred and/or at least one the second drier 331, printable fabric 02 and particularly printable fabric web 02 preferably flow at least one following process device 500, and continue there to be processed.At least one following process device 500 is such as configured at least one folding apparatus 500 and/or is configured to coiler device 500 and/or is configured to smooth sheet delivery 500.In at least one folding apparatus 500, preferably preferably continued to be processed into various print product at the printable fabric 02 of two-face printing.

Preferably, along printable fabric 02 and particularly printable fabric web 02 through the transmission stroke of printing machine 01, preferably the first drier 301 is at least arranged after at least one first printing element 200, and/or preferably the second printing element 400 is at least arranged after at least one first drier 301, and/or at least one second printing element 400 at least one second drier 331 of preferred arrangements afterwards, and/or at least one second at least one following process device 500 of drier 331 preferred arrangements.Thus, guarantee: such as achieve to printable fabric 02 and particularly printable fabric web 02 print on two sides with high-quality.

Below, web press 01 is described in detail.And relevant details be able to be converted to the printing machine 01 of other types, such as sheet-fed press, as long as there is not contradiction to this in this printing machine.The printable fabric reel 101 be preferably used in roll web decoiling equipment 100 preferably has core respectively, and the printable fabric 02 of web shape is winding in core to be used in web press 01.Printable fabric web 02 preferably has the width of 700mm to 2000mm, but also can have width less or preferably larger arbitrarily.In roll web decoiling equipment 100, be furnished with at least one printable fabric reel 101 revolvably.In a preferred embodiment, roll web decoiling equipment 100 is suitably configured to hold printable fabric reel 101, namely has an only storage location for printable fabric reel 101.In another embodiment, roll web decoiling equipment 100 is configured to roll changer 100 and has the storage location at least two printable fabric reels 101.Preferably, roll changer 100 constructs as follows: roll changer achieves quick change of lap, namely the second printable fabric web 02 of the first printable fabric web 02 of current processed printable fabric reel 101 with the follow-up printable fabric reel 101 needing to process is connected, makes the follow-up printable fabric reel of processing that needs rotate in addition.

The working width of printing machine 01 is preferably orthogonal to a kind of size that printable fabric 02 extends through the set transmission stroke of at least one the first printing element 200, more preferably the size of A vertically.The working width of printing machine 01 preferably corresponds to the Breadth Maximum that printing machine institute allows the printable fabric 02 had, could process with printing machine 01, and can with the maximum printable fabric width of printing machine 01 processing.

Roll web decoiling equipment 100 preferred pin has at least one spool holding device 103 respectively to each storage location, and spool holding device is such as configured to tensioning apparatus 103 and/or clamping device 103.Preferably, at least one spool holding device 103 preferably shows as the rotary body 103 that at least one motor drives.At least one spool holding device 103 is revolvable fixing for carrying out at least one printable fabric reel 101.At least one spool holding device 103 preferably contacts with the core of printable fabric reel 101.At this, clamping device 103 is following spool holding device 103, wherein, transmit between clamping device 103 and printable fabric reel 101 and/or can the contact of transmitting torque realize as follows: the contact of being set up enough transmitting torques by the relative motion to each other of clamping device 103 and printable fabric reel 101 along the axial A about reel 101 of undertaking the printing of between printable fabric reel 101 and clamping device 103.This contact such as realizes as follows: clamping device 103 with enough intensity vertically A press to printable fabric reel 101 and particularly its core, and/or clamping device 103 is when A relative motion vertically, get involved in the core of printable fabric reel 101 at least in part, and/or clamping device 103 is connected with motion in the circumferential with printable fabric reel 101 relative to the motion of printable fabric reel 101 relatively by means of only A vertically positive.This clamping device 103 such as can with two clamping pinnacles 103 or clamping cone body 103 form exist, wherein at least one clamping device vertically A can pass layout.

At this, clamping device 103 is spool holding device 103, wherein, transmit between clamping device 103 and printable fabric reel 101 and/or can the contact of transmitting torque realize as follows: after in the opening at least in part tensioning apparatus 103 being introduced printable fabric reel 101, (such as at least one is configured to the drive element of tensioning jaw) at least partially of tensioning apparatus 103 towards a direction at least with a component along about the tensioning apparatus 103 radially with respect to remainder of printable fabric reel 101 and move relative to printable fabric reel 101, until power of setting up between tensioning apparatus 103 with printable fabric reel 101 coordinates and/or the connection of positive.At least one tensioning apparatus 103 is preferably configured as two tensioning pinnacles 103 or tensioning bullet 103, or is preferably configured as tensioning shaft 103 further.At this, tensioning shaft 103 is preferably the component being different from the core of printable fabric reel 101 of spool holding device 100.Tensioning shaft 103 preferably extends to another tensioning shaft bearing 122 of roll web decoiling equipment 100 under at least one running status from the tensioning shaft bearing 122 of roll web decoiling equipment 100.Under at least one running status, at least one tensioning shaft 103 core that is preferred and printable fabric reel 101 keeps in touch, and preferably extends through the opening of the core of printable fabric reel 101 incessantly further.Preferably, tensioning shaft 103 particularly axially end is surrounded along at least one radial direction about the rotation 111 of tensioning shaft 103 by tensioning shaft bearing 122 at least in part.

At least one spool holding device 103 preferably has at least one CD-ROM drive motor 104, and preferably by least one CD-ROM drive motor 104 or drive and/or can drive respectively by a CD-ROM drive motor 104 and rotate.That is, particularly roll web decoiling equipment 100 has at least one CD-ROM drive motor 104.At least one CD-ROM drive motor 104 is preferably configured as at least one electric notor 104, and is preferably configured as the electric notor 104 of at least one phase-adjustable further.Preferably, at least one electric notor 104 is that the unique of roll web decoiling equipment 100 can by the component manipulated, by this component can make tensioning shaft 103 around the rotation of its rotation 111 realize having for acceleration or braking.Preferably be provided with the driving governor of at least one CD-ROM drive motor 104.Driving governor preferable configuration is used for the different methods of operation.

First method of operation sees: printable fabric reel 101 is accelerated and remains in the rotary speed of a substantial constant.This is such as the situation of printing machine 01 print production.Second method of operation sees: CD-ROM drive motor 104 runs in generator operation mode.At this, CD-ROM drive motor 104 is manipulated as follows by driving governor: when obtaining electric energy, the rotation of printable fabric reel 101 is braked.Rotating energy converts electric energy to and such as by electric energy feed-in supply network and/or electric storage means.3rd method of operation sees: the manipulation phase place changing CD-ROM drive motor 104, and in more or less anti-phase mode, at least one CD-ROM drive motor 104 is run thus.Thus, electric energy is used for the rotation brake making printable fabric reel 101 on one's own initiative.This, such as when in case of emergency needing to stop printing machine 01 as far as possible rapidly, is this situation.This method of operation, when relating to counter-current braking, is also known.Also be contemplated that and arrange multiple CD-ROM drive motor 104, and a part of CD-ROM drive motor 104 is run with generator operation pattern, and be used to a part of CD-ROM drive motor 104 of anti-phase driving at this electric energy obtained.In this manner, can as required, according to fast braking or energy-conservation braking and/or stop printable fabric reel 101 to arrange multiple numerical value.

For tensioning pinnacle 103 or the situation clamping pinnacle 103, preferably at least one CD-ROM drive motor 104 of at least one spool holding device 103 such as, is connected to one or more corresponding clamping pinnacle 103 or tensioning pinnacle 103 by least one transmission of torque part 106 (being preferably haulage gear 106, belt 106 and preferably cingulum 106).Transmission of torque part 106 such as also can be configured at least one gear 106.And belt 106 or chain 106 provide weight advantage, and there is less quality usually and save energy when accelerating thus.For the situation of tensioning shaft 103, preferably at least one CD-ROM drive motor 104 of tensioning shaft 103 is such as configured at least one gear 106 by least one and the transmission of torque part 106 that is preferably configured as at least one haulage gear 106 (such as chain 106 or belt 106) and is preferably configured as at least one cingulum 106 further with transmitting torque or can the mode of transmitting torque be connected with at least one tensioning shaft bearing 122.

Preferably, at least one spool holding device 103 and/or one or more CD-ROM drive motor 104 are connected by least one load bearing arm 107 and preferably common axle 108 or support 108 that at least one is common or bearing frame 108 respectively, around described support or bearing frame or can be rotated by described support or bearing frame and/or can arrange all existing storage locations pivotally.Thus, at least one printable fabric reel 101 is when being fixed in roll web decoiling equipment 100 by least one printable fabric reel 101, and/or when removing the remaining core of carrying reel 101 or remaining reel from roll web decoiling equipment 100, and/or when carrying out quick change of lap, and/or in continuous print print production when web diameter reduces, can mate relatively with the position in its rotation 111 and its shell face.Preferably, CD-ROM drive motor 104 is preferably only connected with printable fabric reel 101 by corresponding spool holding device 103, and is not particularly connected with the circular cylindrical shell face of printable fabric reel 101 by band.

First introduce preferred first embodiment of roll web decoiling equipment 100, wherein, arrange two tensioning shaft bearings 122 and a tensioning shaft 103 for each storage location.Only otherwise produce contradiction, all statements correspondingly can both be converted to spool holding device 103 broadly as on tensioning apparatus 103 or the embodiment as clamping device 103.At least one and preferred just what a storage location preferably have two load bearing arms 107, and wherein, each load bearing arm has the tensioning shaft bearing 122 being preferably configured as chuck 122 respectively.Roll web decoiling equipment 100 preferably has lucky two load bearing arms 107.At least one tensioning shaft bearing 122 and tensioning shaft 103 are with transmitting torque and/or the mode of transmitting torque can be connected and/or can connect.At least one tensioning shaft bearing 122 has locking element, and this locking element preferably can around locking axis pivotable for the situation of chuck 122.Locking axis preferably has the component of rotation 111 orientation that at least one is orthogonal to tensioning shaft 103.This contributes to, when the tensioning shaft 103 be arranged in chuck 122 rotates, there is not the danger that chuck 122 may be opened due to rotation.By pivot locking elements, open and/or the corresponding tensioning shaft bearing 122 of locking.In order to printable fabric reel 101 being inserted into (upper axle) on axle, the tensioning shaft bearing 122 of two load bearing arms 107 is opened.Tensioning shaft 103 is directed across the opening in the core of printable fabric reel 101, thus is stretched out from the core of printable fabric reel 101 at each axial end portion place of the axial end portion of tensioning shaft 103 in the core of printable fabric reel 101 respectively.Tensioning shaft 103 preferably has at least one drive element 123 being preferably configured as tensioning jaw 123 and preferably has the drive element 123 that at least two are preferably configured as tensioning jaw 123 further.Tensioning shaft 103 also forms a uninterrupted carrying axle journal coherent in other words, and the drive element 123 being preferably configured as tensioning jaw 123 preferably can be connected with this carrying axle journal with moving.

The drive element 123 being preferably configured as tensioning jaw 123 independently preferably at least can be connected with tensioning shaft 103 with changing in its position in the radial direction of the rotation 111 (it overlaps with the rotation 111 of printable fabric reel 101) about tensioning shaft 103 with its number.In the running status of unclamping of drive element 123 being preferably configured as tensioning jaw 123, all building blocks being preferably configured as the drive element 123 of tensioning jaw 123 are within the radius determined by the maximum radial dimension of carrying axle journal.In the tensioning running status of drive element 123 being preferably configured as tensioning jaw 123, the drive element 123 being preferably configured as tensioning jaw 123 has parts to be in outside above-mentioned radius.The drive element 123 being preferably configured as tensioning jaw 123 preferably can move by pneumatic system.Preferably, pneumatic system overcomes the spring force work of the spring that at least one is arranged, wherein, spring force designs to make the drive element 123 being preferably configured as tensioning jaw 123 preferably force to enter the mode of unclamping in running status.By the pneumatic means that at least one is connected with pneumatic connecting portion, the drive element 123 being preferably configured as tensioning jaw 123 is made to be transformed into the running status of tensioning.By at least one valve as a part for pneumatic system, continue the running status guaranteeing tensioning, or be transformed into the running status of unclamping by opening valve.In the running status of tensioning, tensioning shaft 103 torsionally and transmit and/or can be connected with the core of printable fabric reel 101 to carry-over moment.

Tensioning shaft 103 inserts two tensioning shaft bearings 122 with two end together with printable fabric reel 101.Next, locking two tensioning shaft bearings 122, carry out locking preferably by mode locking element being pivoted to locked position respectively.Preferably, also respectively by the safety piece locking of tensioning shaft bearing, such as, by by flexibly mounted maintenance bolt screens to corresponding recess or by hand wheel rotating is carried out locking to the mode in relevant position.After locking tensioning shaft bearing 122, tensioning shaft bearing 122 is to transmit and/or can the mode of transmitting torque be connected with tensioning shaft 103.The process that tensioning shaft 103 inserts in tensioning shaft bearing 122 is preferably carried out as follows: make tensioning shaft 103 insert in tensioning shaft bearing 122 along the direction possessing the component pointed to vertically downward, such as by crane or crane to transferring, and/or by tensioning bearing 122 is preferably moved along the direction possessing the component pointed to vertically downward together with corresponding load bearing arm 107, and this receive tensioning shaft 103 and further preferred with by tensioning shaft 103 lifting together with printable fabric reel 101.For this reason, first printable fabric reel 101 and tensioning shaft 103 move in corresponding receiving positions together.This is such as by making printable fabric reel roll or realize by connecting gear (transfer bogie such as partly embedding the transfer system on ground of such as crane or fixed and arranged).By the layout particularly placed in the middle that printable fabric reel 101 is suitable relative to tensioning shaft 103, achieve and be suitable for all web width until the roll web decoiling equipment 100 of maximum web width.Particularly can process the web of different in width thus, and without the need to mating roll web decoiling equipment 100.Tensioning shaft bearing 122 has the opening angle be preferably between 40 ° and 80 ° in the open state respectively.At this, this opening angle is in the angle as in lower plane, and the rotation 111 of tensioning shaft 103 is orthogonal to this plane earth orientation.Tensioning shaft bearing 122 also preferably has the Angle Position region for opening tensioning shaft bearing 122 and allowing, this Angle Position region is preferably between 5 ° and 90 °, is preferably between 40 ° and 80 ° further.This Angle Position region is be in the angle as in lower plane at this, and the rotation 111 of tensioning shaft 103 is orthogonal to this plane earth orientation.Only when corresponding tensioning shaft bearing 122 is in the angle position of allowing in Angle Position region, corresponding tensioning shaft bearing 122 can be opened.When in the angle position that corresponding tensioning shaft bearing 122 is in beyond the Angle Position region of allowing, the autonomous locking of this tensioning shaft bearing and/or can not be opened.

Preferably, two tensioning shaft bearings 122 are connected by the common support 108 of load bearing arm 107 and at least one or bearing frame 108 respectively.Two load bearing arms 107 are preferably configured as unique component with at least one common support 108 or bearing frame 108.Two load bearing arms 107 and at least one common support 108 or bearing frame 108 and then preferably also have at least two tensioning shaft bearings 122 can arrange around the mode of pivot axis 109 pivotable, particularly fixing relative to the optimum position of roll web decoiling equipment 100 frame 112 is arranged.Pivot axis 109 is different from the rotation 111 of tensioning shaft 103, but is preferably parallel to this rotation 111 ground layout.For this purpose, at least one common support 108 or bearing frame 108 about axial A at two-side supporting at least one bearing 129 each.At least one bearing 129 is preferably configured as rolling bearing 129 and/or sliding bearing 129.By the pivoting action of load bearing arm 107 and at least one common support 108 or bearing frame 108, printable fabric reel 101 is installed to and to be changed on axle and/or in its position and/or to discharge, or load bearing arm 107 is aligned in its position with at least one common support 108 or bearing frame 108, such as, to carry out equipment for being inserted on axle by printable fabric reel 101.Especially, preferably at least one common support 108 or bearing frame 108 and tensioning shaft bearing 122 can around identical pivot axis 109 pivotables with spool holding device 103.

Preferably, at least one pivot driver device 124 is arranged in the mode causing and/or can cause at least one common support 108 or bearing frame 108 and move pivotally relative to the frame 112 of roll web decoiling equipment 100.Preferably be admitted at least one pivot position mated with changing manually or automatically relatively with the diameter of printable fabric reel 101 to receive by roll web decoiling equipment 100 and/or providing printable fabric reel 101, two load bearing arms 107 and at least one common support 108 or bearing frame 108.In manual run, this process preferably substep ground and be in getting off of operator's visual monitor and carry out.In automatic operating, preferred cloth is equipped with at least one sensor, (such as optics and/or acoustics and/or inductive pick-up (such as laser sensor and/or sonac)), this sensor detects the diameter of printable fabric reel 101 and continues to delivering to machine controller, and two load bearing arms 107 and at least one common support 108 or bearing frame 108 are sent in the pivot position of coupling by machine controller.In print production, the diameter of printable fabric reel 101 at least when needed, obtains based on the angular speed of printable fabric reel 101 and the transfer rate of printable fabric web 02.

Roll web decoiling equipment 100 preferably has what a storage location proper for what a printable fabric reel 101 proper.Therefore, it is not necessary that: at least one common support 108 or bearing frame 108 will turn over how week, just as such as necessary when multiple quick change of lap of following each other.At least one common support 108 or bearing frame 108 can around pivot axis 109 be pivoted past one be preferably less than 360 ° and be preferably less than 180 ° further and be preferably less than the angle of 80 ° further.This angle is preferably at least 20 ° and more preferably 45 °.Thus, the processing of the printable fabric reel 101 to different-diameter is achieved.Described angle is determined by the end of pivotal area, described pivotal area is preferably determined as follows: the carrier 108 making at least one common or bearing frame 108 can be received in bottom or place empty core, and printable fabric reel 101 can until maximum gauge remains in the scrolling position of corresponding current diameter all always.In order to limit the border of pivotal area, preferred cloth is equipped with pivotal area limited part 132.In the preferred embodiment of pivotal area limited part 132, pivotal area limited part 132 has at least one position sensor 133, such as at least one optics and/or acoustics and/or inductive pick-up 133.Pivotal area limited part 132 preferably has at least one with reference to component 134, and this reference component 134 is preferred further to be detected by least one position sensor 133 and/or can be detected.

In a preferred embodiment, output area limited part 132 has two position sensors 133, described position sensor 133 is preferably configured as inductive position sensor 133, and output area limited part 132 has the reference component 134 preferably in sector columnar structure.Arrange immovably with reference to the preferred support 108 common relative at least one of component 134 or bearing frame 108, and at least one position sensor 133 is preferably arranged immovably relative to the frame 112 of roll web decoiling equipment 100.Thus, the scheme at least one position sensor 133 is such as powered is simplified.Set size accordingly by referring to component 134 and with reference to component 134 and position sensor 133 layout respect to one another, ensure that: two end positions that pivotal area can be detected.Be furnished with rotary angle transmitter in another embodiment, the signal of this rotary angle transmitter is sent to machine controller.Machine controller judges by stored data: the end whether reaching the pivotal area of allowing.

In preferred first embodiment of pivot driver device 124, pivot driver device 124 is configured at least one electric notor 124, the rotor of this electric notor directly or when centre is connected to transmission of torque part to transmit and/or can the mode of transmitting torque be connected with at least one common support 108 or bearing frame 108.Preferably, the rotor of at least one electric notor 124 by least one angular wheel transmission mechanism 126 to transmit and/or can the mode of transmitting torque be connected with at least one common support 108 or bearing frame 108.In this manner, the arrangement saving occupy-place is achieved.Preferably, corresponding speed ratio transmission mechanism is set, to make electric notor 124 and at least one common support 108 or bearing frame 108 coordinate each other.Preferably, by the stator of pivot driver device 124 and/or housing torsionally or to be preferably further arranged in being supported in the frame 112 of roll web decoiling equipment 100 by torque pillar 136.Torque pillar 136 directly or preferably to recline a little at least one by least one torque limited part 137 and keeps in touch with the frame 112 of roll web decoiling equipment 100.By arranging torque pillar 136 and cancelling the fixed and arranged of stator in the frame 112 of roll web decoiling equipment 100 of electric notor 124, avoid angular wheel transmission mechanism 126 and/or electric notor 124 inside otherwise the tensioning that may such as cause due to the bending of at least one common support 108 or bearing frame 108.

Torque limited part 137 preferably has at least one torque sensor, and it is such as made up of spring assembly and initiator.Exceed and maximumly allow that the situation of torque impels spring assembly to compress by the corresponding deflection of torque pillar 136, until initiator records the maximum of torque pillar 136 allow deflection.So the corresponding signal according to torque sensor turns off pivot driver device 124.Guarantee in this manner: the pivot driver device 124 of preferred manual operation can not sustain damage due to improper operation and/or cause damage.By the relative configurations of torque limited part 137 or the layout of two torque limited parts 137, ensure that two possible pivotal orientation.Preferably, electric notor 124 has the connecting portion for hand-crank for emergency, and this connecting portion hides with the cover piece of sensor-type monitoring.When the cover piece of sensor-type monitoring opens wide, electric notor 124 only can manually run.

Preferably, be furnished with at least one position limitation part 142, the axially-movable of at least one common support 108 or bearing frame 108 remains in border by this position limitation part, or preferably substantially and is further preferably prevented completely.Position limitation part 142 preferably has at least one cannelure 143 and at least one is arranged in backstop 144 in cannelure 143 at least in part.Preferably, at least one cannelure 143 is arranged immovably relative at least one support 108 or bearing frame 108, and at least one backstop 144 is arranged immovably relative to the frame 112 of roll web decoiling equipment 100.Preferably, at least one of pivotal area limited part 132 with reference to component 134 with the component of position limitation part 142 or be fixedly connected with a part for position limitation part 142.Can reach multiple as lower member in a straightforward manner in this manner, the moving region of allowing of these components all for making at least one support 108 shared or bearing frame 108 aim at and/or adjust at least one common support 108 or bearing frame 108 simultaneously.

In the second embodiment of pivot driver device 124, pivot driver device 124 is constructed at least one hydraulic cylinder 124, this hydraulic cylinder is supported in the frame 112 of roll web decoiling equipment 100 in side, and is supported at least one common support 108 or bearing frame 108 on the other hand.In the 3rd embodiment of pivot driver device 124, pivot driver device 124 is constructed at least one electric lift cylinders drive unit 124, this electric lift cylinders drive unit is supported in the frame 112 of roll web decoiling equipment 100 in side, and is supported at least one common support 108 or bearing frame 108 on the other hand.This electric lift cylinders drive unit 124 have at least one electric notor with at least one with electric notor with transmitting torque and/or can the threaded mandrel being preferably configured as trapezoidal thread mandrel that is connected of the mode of transmitting torque.In addition, threaded mandrel and nut keep rabbeting, and this nut is connected by the common support 108 of corresponding supporting member and at least one or bearing frame 108.That the connection of threaded mandrel and nut is preferably self-locking and be particularly suitable for described purposes thus.Pivot driver device 124 second and the 3rd embodiment also preferably there is at least one torque limited part 137, torque limited part 137 such as can be configured to be slidably connected part and/or at least one end position sensor for the situation of electric lift cylinders drive unit 124.

With the embodiment of pivot driver device 124 independently, preferably by CD-ROM drive motor 104 fixed and arranged of at least one spool holding device 103 at least one common support 108 or bearing frame 108, this spool holding device preferably realizes the rotation of printable fabric reel 101 around its rotation 111 by least one transmission of torque part 106, and/or realizes accelerating and/or braking and/or keep speed.Preferably, at least one stator fixed and arranged of CD-ROM drive motor 104 is at least one common support 108 or bearing frame 108.

Thus, CD-ROM drive motor 104 and at least one common support 108 or bearing frame 108 common can arrange around the mode of pivot axis 109 pivotable.This means: when at least one common support 108 or bearing frame 108 are such as moved pivotally by pivot driver device 124, CD-ROM drive motor 104 together pivotable.In this manner, ensure that CD-ROM drive motor 104 is relative to printable fabric reel 101 and the relative position constant relative to its storage location.This achieve for CD-ROM drive motor 104 and the constant service condition of the transmission of torque part 106 (particularly belt 106) that is preferably attached thereto.Preferably, complete plane that comprise pivot axis 109, that extend on vertical (namely particularly common with at least one support 108 or the Angle Position of bearing frame 108 are independently) momentarily and in each Angle Position of allowing according to ruuning situation of at least one common support 108 or bearing frame 108 splits the rotation 111 of tensioning shaft 103 and the rotation of CD-ROM drive motor 104.Thus, obtain favourable distribution of weight, this is because the respective gravity of CD-ROM drive motor 104 and printable fabric reel 101 is to produce the mode orientation of contrary torque.

Preferably, at least one side of the frame 112 of roll web decoiling equipment 100, be furnished with at least one relatively with axial A and feed device 127.This at least one feed device 127 for component supply energy at least one common support 108 or bearing frame 108 of CD-ROM drive motor 104 and/or other fixed and arranged and/or cooling liquid and/or compressed air and/or hydraulic fluid.Feed the bearing 129 of preferred at least one the common support 108 corresponding of device or bearing frame 108.Feed device 127 and preferably have at least one breakthrough part 128, this breakthrough part is preferably configured as opening 128 further.At least one common support 108 of roll web decoiling equipment or the pivot axis 109 of bearing frame 108 extend through opening 128.This means especially, and the straight line that the support 108 common along at least one or the pivot axis 109 of bearing frame 108 extend through the bearing 129 corresponding with feeding device 127 avoids the component of the bearing 129 corresponding with feeding device 127.Preferably, opening 128 have circular cross section and/or at least piecewise coaxially extend in pivot axis 109 ground of at least one common support 108 or bearing frame 108.The bearing 129 corresponding with feeding device 127 preferably has outer ring, and this outer ring is torsionally connected with the frame 112 of roll web decoiling equipment 100 and preferably has inner ring, and this inner ring is torsionally connected with at least one common support 108 or bearing frame 108.Outer ring preferably has following interior diameter, and this interior diameter at least equals and is preferably greater than the overall diameter of inner ring.Opening 128 preferably extends through inner ring and outer ring.Feed device 127 and preferably have tubular element 131, this tubular element is to opening 128 lining.Tubular element 131 is preferably formed by synthetic material.Tubular element 131 or be configured to unique structural detail, or be configured to the group of structural detail.

At least one circuit runs through opening 128 ground to be arranged, such as, be at least one ampere wires and/or at least one fluid circuit.The component that first end and the position of at least one circuit are arranged relative to the frame 112 of roll web decoiling equipment 100 is regularly fixedly connected with, and the component that common relative at least one the regularly support 108 in the second end of at least one circuit and position or bearing frame 108 are arranged is fixedly connected with.At this, at least one circuit has at least one component that can irreversibly separate, this component extends to the second end of at least one circuit from the first end of at least one circuit, and/or there is multiple component that can irreversibly be separated as follows, it extends to the second end of at least one circuit in the lump from the first end of at least one circuit, and positive and/or power connect ordinatedly each other.This means: at least one circuit between its first end with its second end by means of only be separated at least one positive and/or connection that power coordinates and/or the part that irreversibly destroys at least one circuit just can disconnect.Positive and/or power coordinate connection such as realized by plug combination and/or bolt connection piece.

Preferably being less than 360 ° by being restricted to the pivotal area of at least one common support 108 or bearing frame 108, being preferably less than 180 ° and be further preferably less than the angle of 80 ° further, just do not need rotation to connect portion, particularly can not carry out the rotation of this complete cycle or more.This reduce and structurally expend and all achieve cost relative to being rotationally connected reduction in buying with in running.Particularly eliminate the difficult point that occurs relatively with the loss of the wearing and tearing of sliding contacting part or inductive transfer part in ampere wires or connect the blow-by in portion and/or the difficult point occurred relatively of wearing and tearing with the rotation of fluid circuit.In the simplest situations, at least one circuit is at least one cable and/or at least one flexible pipe, described cable or flexible pipe are fixedly connected with such as lower member on its first end, described member position is arranged relative to the frame 112 of roll web decoiling equipment 100 regularly, and described cable or flexible pipe are connected with such as lower member regularly on its second end, and the support 108 that described member position is common relative at least one regularly or bearing frame 108 are arranged.Cable such as can have multiple cable segmentation obtaining connecting by connector and/or bolt connection piece.Flexible pipe such as can have multiple flexible pipe segmentation obtaining connecting by connector and/or bolt connection piece.

Tubular element 131 preferably has multiple segmentation.Preferred first segmentation has angle and is at least 30 ° and is up to 150 °, more preferably at least 70 ° and be up to the bend of 110 °.By this first segmentation, at least one circuit circumscribed ground is guided deviously, allocates this circuit into bearing 129 afterwards.Thus, the mechanical wear of at least one circuit is reduced.First segmentation preferably has and enters opening, and at least one circuit is entered opening flowed to tubular element 131 by this.First step-by-step arrangement is on the support 108 common dorsad of frame 112 or the side of bearing frame 108.Second segmentation is preferred and the first connection segment further.Pivot axis 109 ground of the second segmentation preferred parallel and further preferred support 108 common relative at least one coaxially or bearing frame 108 extends.Second segmentation preferably extends through bearing 129.Second segmentation preferably extends to the region of frame 112 inside being arranged in roll web decoiling equipment 100 from the support 108 common dorsad of frame 112 or the side of bearing frame 108.3rd segmentation preferably with the second connection segment.3rd segmentation has at least one bend and preferably has two preferably at least 10 ° and be up to 100 ° and more preferably at least 20 ° and be up to the bend of 60 °.By the 3rd segmentation, at least one circuit is guided to the CD-ROM drive motor 104 of at least one spool holding device 103 from pivot axis 109s or guides to the component of another support 108 common relative at least one or bearing frame 108 fixed and arranged.In this manner, common with at least one constantly support 108 or the pivot position of bearing frame 108 independently determine the position of the component circumscribed that at least one circuit is fixedly arranged relative to CD-ROM drive motor 104 and/or another support 108 common relative at least one or bearing frame 108.Preferably, first segmentation and/or the 3rd segmentation have keeper 138, and this keeper such as can be configured to pillar 138 and form first and/or the 3rd segmentation support 108 common relative at least one of tubular element 131 or the fixing position of bearing frame 108.3rd segmentation and then in addition whole tubular element 131 are preferably with the distance ending apart from the maximum 50cm of CD-ROM drive motor 104.

Second embodiment (wherein, arranging two tensioning pinnacles 103 or clamping pinnacle 103 for each storage location) of roll web decoiling equipment 100 is introduced below.Only otherwise produce contradiction, all explanations generally also still can be converted at least one spool holding device 103.In order to printable fabric reel 101 is tensioned at least one spool holding device 103, for the situation on tensioning pinnacle 103 or clamping pinnacle 103, respectively by least one in tensioning pinnacle 103 or clamping pinnacle 103 and preferably respectively can by two tensioning pinnacles 103 or clamping pinnacle 103 A or pass on the contrary with axial A vertically.Axial A is parallel to the rotation 111 of printable fabric reel 101 and is parallel to the pivot axis 109 ground layout of at least one common support 108 or bearing frame 108 if desired.This means, axial A is the direction A of the width of printable fabric web 02 simultaneously.The rotation 111 of printable fabric reel 101 installs in the state on axle at printable fabric reel 101 be the tensioning pinnacle 103 of keeping in touch with corresponding printable fabric reel 101 or the rotation 111 clamping pinnacle 103 simultaneously.For the situation on tensioning pinnacle 103, tensioning pinnacle 103 preferably has the drive element that at least two are preferably configured as tensioning jaw respectively.Tensioning pinnacle 103 also has carrying axle journal respectively, and the drive element being preferably configured as tensioning jaw preferably can be connected with this axle journal with moving.The drive element being preferably configured as tensioning jaw at least can change in the radial direction of the rotation 111 about tensioning pinnacle 103 in its position, and wherein, the rotation 111 on tensioning pinnacle 103 overlaps with the rotation 111 of printable fabric reel 101.In the running status of unclamping of drive element being preferably configured as tensioning jaw, all building blocks being preferably configured as the drive element of tensioning jaw are all within the radius determined by the maximum radial dimension of carrying axle journal.Be preferably configured as tensioning jaw drive element tensioning running status in, the part being preferably configured as the drive element of tensioning jaw is in outside the radius determined by the maximum radial dimension of carrying axle journal.

Be construct independently according to the first or second embodiment with roll web decoiling equipment 100, roll web decoiling equipment 100 preferably also has by bearing 129 to carry the frame 112 of at least one common support 108 or bearing frame 108.Roll web decoiling equipment 100 preferably has after spool holding device 103 along the transmission stroke of printable fabric web 02: be preferably placed in oscillating roller 113 on swing arm 121 and/or web edge aligning device 114 and/or have formed by pulling roll 118 and tractive eindruckwerk 117 draw in gap 119 and be configured to the feed mechanism 139 of the first measurement mechanism 141 of the first measuring roller 141 (particularly drawing in measuring roller 141).Pulling roll 118 preferably has oneself the CD-ROM drive motor 146 being configured to tractive CD-ROM drive motor 146, and this CD-ROM drive motor is preferably connected with machine controller.Pulling roll 118 preferably shows as the second rotary body 118 that at least one motor drives.By the oscillating roller 113 that preferably can be arranged in deflecting on swing arm 121, web tension degree can be adjusted, and can hold it in border, and/or preferably hold it in border.Preferably the inhomogeneities of web tension degree is compensated by oscillating roller 113, such as when printable fabric reel 101 is non-run circularly time.If desired, roll web decoiling equipment 100 has bonding and shear, (namely when printable fabric web 02 does not stop) can realize change of lap rapidly by bonding and shear.

Roll web decoiling equipment 100 preferably has web edge alignment means 114, and described web edge alignment means is also referred to as web alignment device 114.Web edge alignment means 114 is preferably the first web edge alignment means 114.Before the preferred transmission stroke about printable fabric web 02 of this web edge alignment means 114 is arranged at least one first printing element 200.Web edge alignment means 114 has the alignment roller 116 of at least two at least substantially and preferred accurately orientations in parallel with each other, this alignment roller is wound around by printable fabric web 02 in print production and the rotation of this alignment roller is distinguished and/or jointly in its corresponding Angle Position, can change in space and/or relative to the direction of transfer of printable fabric web 02.Preferably, two alignment roller 116 to be arranged on framework and can jointly around pivot axis, and this pivot axis is directed perpendicular to the plane earth of the rotation comprising described alignment roller 116.By web edge alignment means 114, printable fabric web 02 is come into line in its lateral location, that is align about the direction A of the width of printable fabric web 02 in the position at its web edge, and direction A is orthogonal to the direction of transfer of printable fabric web 02 and puts.For this reason, at least two alignment roller 116 come into line as follows based on the measuring-signal of at least one sensor: enable the position of the printable fabric web 02 of winding alignment roller 116 adjusted within the very short period about the direction of the direction of transfer being orthogonal to printable fabric web 02.For the alignment to printable fabric web 02 of long-term potential demand.Preferably whole printable fabric reel 101 moves along the direction A of its rotation 111.Such as make full use of degree to improve space, web edge alignment means 114 is preferably placed in above the load bearing arm 107 of roll web decoiling equipment 100.

Relative to web edge alignment means 114, below, preferred cloth is equipped with feed mechanism 139.Building block as feed mechanism 139 is preferably at least furnished with pulling roll 118, tractive eindruckwerk 117 preferably and pulling roll cooperatively arrange.Pulling roll 118 and tractive eindruckwerk 117 are preferably formed draws in gap 119, printable fabric web 02 is clamped maybe can be clamped to this and to draw in gap and to draw in gap conveying printable fabric web 02 preferably by this.And pulling roll 118 such as also can be configured to suction roll.Draw in gap 119 for regulating the transmission of web tension degree and/or printable fabric 02.Eindruckwerk 117 preferably has the shell face be made up of elastomeric material (such as elastomer).Preferably, be furnished with the first measurement mechanism that at least one is configured to the first measuring roller 141 (particularly drawing in measuring roller 141), web tension degree can be measured by this first measurement mechanism.The result of this measurement is preferably used as the basis regulating web tension degree.Before at least one first measurement mechanism 141 being configured to the first measuring roller 141 (particularly drawing in measuring roller 141) is preferably placed in draws in gap 119 along the direction of transfer of printable fabric web 02.In one embodiment, eindruckwerk 117 has at least one drivening piece, and this drivening piece improves the transmission of printable fabric 02 for the situation of the printable fabric 02 being configured to fabric web 02.Such as in order to make full use of space better, feed mechanism 139 is preferably placed in above the load bearing arm 107 of roll web decoiling equipment 100, and is preferably placed in further on the height identical with web edge alignment means 114.

First printing element 200 is arranged in after roll web decoiling equipment 100 about the transfer path of printable fabric web 02.First printing element 200 has at least one printing central cylinder 201 or is called for short center reel 201.When referring to center reel 201 below, then mean to print central cylinder 201 always.At least one first central cylinder 201 preferably shows as the 3rd rotary body 201 that at least one motor drives.Printable fabric web 02 is wound around the first central cylinder 201 at least in part in print production.At this, winding angle is preferably at least 180 ° and more preferably at least 270 °.At this, winding angle be the cylinder shell face of the first central cylinder 201 record in the circumferential as lower angle, printable fabric 02 (particularly printable fabric web 02) keeps in touch along this angle and the first center reel 201.Correspondingly, in print production, see at least 50% of the cylinder shell face preferably having the first central cylinder 201 in the circumferential and preferably at least 75% contact with printable fabric web 02 further.This means: the mask segment being set to contact surface between at least one the first central cylinder 201 and the printable fabric 02 being preferably configured as printable fabric web 02 in the cylinder shell face of at least one the first central cylinder 201 has the winding angle around at least one the first central cylinder 201, this winding angle is preferably at least 180 ° and more preferably at least 270 °.

Along the transmission stroke of printable fabric web 02, before the first central cylinder 201 of the first printing element 200, preferred cloth is equipped with the second measurement mechanism 216 that at least one is preferably configured as the second measuring roller 216.The second measurement mechanism 216 being preferably configured as the second measuring roller 216 is preferred for measuring web tension degree.Along the transmission stroke of printable fabric web 02, before the first central cylinder 201 of the first printing element 200, to act on printable fabric web 02 and/or to be equipped with at least one the first printable fabric preparation device 202 or web preparation device 202 for the mode preferred cloth of the transmission stroke set by printable fabric web 02.At least one first side of the corresponding printable fabric web 02 of first printable fabric preparation device 202 and be preferably two sides, particularly points in the mode working at least one first side of printable fabric web 02 and two sides being preferably printable fabric web 02 and/or can work.Preferably, along the transmission stroke of printable fabric web 02, have to be furnished with between the web edge alignment means 114 of at least two alignment roller 116 and at least one the first central cylinder 201 formed by pulling roll 118 and tractive eindruckwerk 117 draw in gap 119.

At least one first printable fabric preparation device 202 in a preferred embodiment, along the transmission stroke of printable fabric web 02, after drawing in gap 119 and before the first central cylinder 201, arrange in the mode of the transmission stroke acting on printable fabric web 02 and/or sensing printable fabric web 02.Preferably, at least one first printable fabric preparation device 202 is configured at least one printable fabric cleaning device 202 or web cleaner 202.Alternatively or additionally, at least one printable fabric preparation device 202 is configured at least one painting device 202, is worth especially for the brushing based on water.This brushing scheme is such as coloring grounding (bottoming).Alternatively or additionally, at least one printable fabric preparation device 202 is configured at least one corona unit 202 and/or is used for the electric discharge device 202 of sided corona treatment printable fabric 02.

The roller 203 being configured to the first slewing rollers 203 of the first printing element 200 is arranged in the first central cylinder 201 ground about its rotation axis parallel.First slewing rollers 203 are preferably arranged with the first central cylinder 201 compartment of terrain.Particularly preferred exist the first space 204 between the first slewing rollers 203 and the first central cylinder 201, and this first space is greater than the thickness of printable fabric web 02.The thickness of printable fabric web 02 can be interpreted as the minimum dimension of printable fabric web 02 at this.Printable fabric web 02 is preferably wound around a part for the first slewing rollers 203 and is turned to as follows by these first slewing rollers: the transmission stroke of printable fabric web 02 was both tangentially also tangentially extended relative to the first central cylinder 201 relative to the first slewing rollers 203 in the first space 204.The shell face of slewing rollers 203 is preferably made up of the relative not flexible material of tool (more preferably at least one metal or alloy is further preferably steel or aluminium) at this.

Preferably, at least one first cylinder 206 being configured to the first eindruckwerk 206 is arranged in the first printing element 200.First eindruckwerk 206 preferably has as hypovalve, and this shell face is made up of elastomeric material (such as elastomer).First eindruckwerk 206 preferably by the first transposition drive unit so that the first central cylinder 201 can be shifted to and/or the mode (direction that preferably moves along a straight line, the further preferred rotation 207 relative to the first central cylinder 201 are radially) that can remove from this first central cylinder is arranged.In the state shifting to the first central cylinder 201, the first eindruckwerk 206 preferably forms the first eindruckwerk gap 209 together with the first printing cylinder 201.Printable fabric web 02 preferably walks the first eindruckwerk gap 209 in print production.By the first slewing rollers 203 and/or printable fabric web 02 is preferably smooth and preferably further to cling in the first central cylinder 201 with clear and definite and known position preferably by the first eindruckwerk 206.Preferably, removing is the first stamping structure 206 and/or other eindruckwerks and/or if desired outside at least one adhesives coating unit 218 if desired at the most, does not have other rotary bodies (particularly not having other rollers and other cylinders) and at least one first central cylinder 201 to keep in touch.Preferably, the rotation of eindruckwerk 206 be in the first central cylinder 201 rotation 207 below arrange.

First central cylinder 201 preferably have oneself, the first CD-ROM drive motor 208 of corresponding first central cylinder 201, first CD-ROM drive motor is preferably configured as electric notor 208, and is preferably configured as direct drive unit 208 and/or the individual drive 208 of the first central cylinder 201 further.Direct drive unit 208 can be interpreted as following CD-ROM drive motor 208 at this, and this CD-ROM drive motor is in at least one first central cylinder 201 when centre is not connected to the rotary body that other and printable fabric 02 keep in touch and transmits and/or can in the connection of transmitting torque.Individual drive 208 is interpreted as following electric notor 208 at this, and it is configured to be only the CD-ROM drive motor 208 of at least one the first central cylinder 201.First CD-ROM drive motor 208 of the first central cylinder 201 is preferably configured as syncmotor 208.But also can consider to use asynchronous motor.First CD-ROM drive motor 208 of the first central cylinder 201 preferably has at least one permanent magnet, and this permanent magnet is preferably a part for the rotor of the first CD-ROM drive motor 208 of the first central cylinder 201 further.

On the first CD-ROM drive motor 208 of the first central cylinder 201 and/or the first central cylinder 201 with it preferred arrangements have the first rotary angle transmitter, described first rotary angle transmitter is to measure and/or can measure the angle position of the first CD-ROM drive motor 208 and/or the first central cylinder 201 itself and/or sent by described angle position and/or can send to the mode of the machine controller occuping higher level to design.First rotary angle transmitter is such as configured to rotary encoder or absolute figure encoder.By this rotary angle transmitter, preferably can be determined in the mode of absolute value in other words in an absolute way by the machine controller occuping higher level the turned position of the turned position of the first CD-ROM drive motor 208 and/or preferably the first central cylinder 201.First CD-ROM drive motor 208 of the first central cylinder 201 is preferably placed on first axial end portion relevant to the rotation 207 of the first central cylinder 201 of the first central cylinder 201, and rotary angle transmitter is preferably placed on second axial end portion relevant to the rotation 207 of the first central cylinder 201 of the first central cylinder 201.Rotary angle transmitter preferably has extra high resolution, such as, have each full angle (360 °) at least 3000 increments, further preferably at least 10000 increments and further preferred 100000 increments.Rotary angle transmitter preferably has very high time sampling frequency.

Additionally or alternatively, first CD-ROM drive motor 208 of the first central cylinder 201 is connected with machine controller as follows on circuit engineering, make machine controller based on specified to preset in other words to the first CD-ROM drive motor 208 of the first central cylinder 201 by machine controller, for the rating data of the turned position of the first CD-ROM drive motor 208 obtain at any time about the first CD-ROM drive motor 208 turned position so that also have the information of turned position of the first central cylinder 201 simultaneously.Particularly preferably the region of the angle position defining the first central cylinder 201 and/or the first CD-ROM drive motor 201 of machine controller or turned position directly (is not connect sensor ground) particularly and machine controller the region that at least one print head 212 of the first printing element 200 is controlled is connected.

At least one first printing equipment 211 is had in the first printing element 200 internal placement.At least one first printing equipment 211 described is preferably in the direction of rotation of the first central cylinder 201 and and then preferred to act on and/or can act at least one first central cylinder 201 and/or to arrange with sensing and/or the mode that can point at least one the first central cylinder 201 the first eindruckwerk 206 after along the transmission stroke of printable fabric web 02.At least one first printing equipment 211 is preferably configured as the first ink-jet printing apparatus 211 and preferably also referred to as the first ink-jet (Ink-Jet) printing equipment 211.First printing equipment 211 preferably has at least one nozzle rod 213 and preferably has multiple nozzle rod 213 further.At least one first printing equipment 211 and then in addition at least one first printing element 200 preferably have at least one first print head 212, first print head and are preferably configured as ink jet printing head 212.At least one nozzle rod 213 preferably has at least one print head 212 respectively and preferably has multiple print head 212 respectively.Each print head 212 preferably has multiple nozzle, and print drop penetrates and/or can penetrate from these nozzles.At this, nozzle rod 213 be preferably printing machine 01 working width at least 80% and preferably extend at least 100% further and be used as the support of at least one print head 212.Preferably, the axial length of the body of roll of at least one the first central cylinder 201 is at least large with the working width of printing machine 01 etc.At this, be respectively each printing equipment 211 and be furnished with unique or multiple nozzle rod 213.For each nozzle is preferably equipped with about the direction A of the width of printable fabric the web 02 and preferred direction A about the particularly rotation 207 of at least one the first central cylinder 201 target area clearly determined.Preferably, each target area of nozzle is particularly at least clearly determined relatively with the circumference of at least one the first central cylinder 201 in print production.Particularly, the target area of nozzle is the area of space of following special orthoscopic substantially, and described area of space extends out from nozzle along the injection direction of nozzle.

At least one first jet rod 213 extends with being preferably orthogonal to the transmission stroke of printable fabric 02 on the working width of printing machine 01.At least one nozzle rod 213 preferably has at least a line nozzle.At least a line nozzle is on axial A preferably on the working width of printing machine 01 and/or on the width of the body of roll of at least one the first central cylinder 201, has nozzle opening with the spacing of rule.In one embodiment, be furnished with unique coherent print head 212., described print head vertically A extends on the whole width of the whole working width of printing machine 01 and/or the body of roll of at least one the first central cylinder 201 for this reason.At this, at least a line nozzle be preferably configured as at least one orthoscopic of each nozzle, vertically A extend on the whole width of printable fabric web 02 each other by arrangement row.In another preferred embodiment, multiple print head 212 is arranged at least one nozzle rod 213 by axial A abreast.Because each usually such print head 212 is not until its shell rim is all provided with nozzle, so row the arranging with circumferentially offseting one from another in the first central cylinder 201 of preferably at least two and preferably lucky two upper extensions of A vertically further of print head 212, preferably: the print head 212 of following each other on axial A preferably alternately belongs to one at least two row of print head 212, preferably always alternately belongs to the first row in two row of print head 212 and the second row.The such row of two of print head 212 forms the print head 212 of duplicate rows.Each duplicate rows print head 212 preferably has 5 to 15 print heads 212, and preferably has 7 print heads.At least one nozzle row is not preferably configured to unique orthoscopic ground each other by the nozzle row of arrangement, but realize generally multiple separately, more preferably two arrange with offseting one from another in a circumferential direction each other by the nozzle row of arrangement.

When print head 212 has multiple nozzle, all target areas of the nozzle of print head 212 form the working region of print head 212 jointly.The working region of the print head 212 of nozzle rod 213 and particularly duplicate rows print head 212 is adjacent to each other at axial A, and/or is stacked each other at axial A.In this manner, even if print head 212 is discontinuous on axial A, still guarantee: axial A with rule and also the spacing of preferred cycle to settle the target area of at least one nozzle rod 213 and/or the particularly nozzle of each duplicate rows of print head 212.Under any circumstance, the whole working region of at least one nozzle rod 213 preferably the body of roll of the working width of printing machine 01 and/or at least one the first central cylinder 201 vertically A whole width at least 90% and preferably extend on 100% further.About on one or two side of axial A, can there is following narrow zone in the body of roll of printable fabric web 02 and/or the first central cylinder 201, this region does not belong to the working region of nozzle rod 213.The whole working region of at least one nozzle rod 213 is preferably made up of whole working regions of the print head 212 of at least one nozzle rod and is preferably made up of the target complete region of the nozzle of the print head 212 of at least one nozzle rod 213.The whole working region of duplicate rows print head 212 is in view of axial A, preferably consistent with the working region of at least one nozzle rod 213.

Preferably, at least one nozzle rod 213 has the nozzle of multirow in a circumferential direction about at least one first central cylinder 201.Preferably, each print head 212 has large flow nozzle, described nozzle is preferred so that the multirow of A and/or the array of multiple row are preferably placed in the circumference of at least one the first central cylinder 201 vertically further, wherein, this row are preferred further to be arranged relative to circumferencial direction with tilting to extend, such as, generally improve the resolution of dimensional printed chart.Preferably, on the direction being orthogonal to axial A, on the direction of transfer of the transmission stroke along printable fabric 02 and/or in the circumference about at least one central cylinder 201, be particularly successively furnished with the print head 212 of multirow, further preferably the print head 212 of 4 groups of duplicate rows and the print head 212 of further preferred 8 groups of duplicate rows.Further preferably at least in print production in the circumference about at least one the first central cylinder 201 by the print head 212 of multirow, further preferably 4 groups of duplicate rows print head 212 and further preferably the print head 212 of 8 groups of duplicate rows successively point at least one first central cylinder 201 ground and arrange.

At this, print head 212 is preferred orientation as follows in print production at least: make the nozzle of each print head 212 substantially radially point to the cylinder shell face of at least one the first central cylinder 201.At this, be in preferably the highest 10 ° and deviation further preferably in the tolerance region of the highest 5 ° relative to radial direction and should be suitable as radial direction haply.This means: at least one print head 212 pointing to the shell face of at least one the first central cylinder 201 radially points to the shell face of at least one the first central cylinder 201 about the rotation 207 of at least one the first central cylinder 201.At this, radial direction is the radial direction of the rotation 207 about at least one the first central cylinder 201.Giving and often organize the preferred arranging of duplicate rows print head 212 and/or can be equipped with the printing-ink determining color, such as, is the one in black, cyan, yellow, magenta ink or paint, such as varnish respectively.Corresponding ink-jet printing apparatus 211 is preferably configured as four-color process device 211, and achieves and carry out four-color process to printable fabric web 02 at one side.It is also possible that utilize printing equipment 211 to be printed in more or less different ink, such as extra specialty inks.So, preferably correspondingly print head 212 more or less and/or duplicate rows print head 212 are arranged in corresponding printing equipment 211.In one embodiment, at least in print production by the print head 212 of multirow, further preferably four groups of duplicate rows and further preferably the print head 212 of 8 groups of duplicate rows successively point at least one transfer article (such as at least one transfer platen and/or at least one transfer belt) at least one arrange outwardly.

At least one print head 212 preferably carrys out work according to the method for dripping ink as required to produce print drop.Also can consider in principle to use following print head 212, this print head carrys out work according to other methods for generation of print drop, such as continous inkjet method.In the method for dripping ink as required, print drop produces when needed targetedly.Preferred pin uses at least one piezoelectric element to each nozzle, and this piezoelectric element can at full speed make the cavity volume of filling with printing-ink reduce certain proportion when on-load voltage.Thus, the printing-ink that the nozzle by being connected with the cavity volume utilizing printing-ink to fill touches extruded and form at least one print drop.By loading different voltage to piezoelectric element, to the adjustment stroke of piezoelectric element and then also have the reduction degree of cavity volume and the size of print drop to exert one's influence.Color gradient can be realized in produced dimensional printed chart in this manner, and not change the ink droplet number (amplitude modulation) that dimensional printed chart is worked.Also it is possible that adopt at least one heating element heater to each nozzle, described heating element heater produces bubble with very high speed by evaporation printing-ink in the cavity volume of filling with printing-ink.The episome of bubble is overstock to squeeze and is penetrated by respective nozzle again and form the printing-ink of at least one print drop.

In the method for dripping ink as required, the ink droplet after ink droplet penetrates from respective nozzle is no longer needed to deflect, this is because it is possible that: corresponding print drop is determined by means of only the turned position of the x time of corresponding print drop and the rotary speed of the first central cylinder 201 and/or the first central cylinder 201 about the target location of the circumference of at least one the first central cylinder 201 in the printable fabric web 02 of motion.By manipulating each nozzle respectively, only in the selected moment and in selected position, print drop is delivered to printable fabric web 02 from least one print head 212.The position of target area in angle of circumference of the rotary speed of this process and at least one the first central cylinder 201 and/or angle position, spacing between respective nozzle and printable fabric web 02 and respective nozzle realizes relatively.Thus, the dimensional printed chart desired by acquisition, the manipulation of itself and all nozzles realizes relatively.

As introduce, the first CD-ROM drive motor 208 of the first central cylinder 201 is preferably connected with machine controller as follows on circuit engineering: make machine controller based on specified to the first CD-ROM drive motor 208 of the first central cylinder 201 by machine controller, for the rating data of the turned position of the first CD-ROM drive motor 208 obtain at any time about the first CD-ROM drive motor 208 turned position so that also have the information of turned position of the first central cylinder 201 simultaneously.The process that ink droplet penetrates from least one nozzle of at least one print head 212 preferably realizes relatively with the turned position specified by machine controller of the first CD-ROM drive motor 208.At this, by machine controller give that the first CD-ROM drive motor 208 specifies, for the rating data of the turned position of the first CD-ROM drive motor 208 preferably in real time by the calculating introduced in the lump the data of the nozzle for manipulating at least one print head 212.More preferably optional and preferably do not carry out with the ratio of the real data of the turned position of the first CD-ROM drive motor 208.

Preferably, the first printing element 200 has at least one reservoir vessel for often kind of pending ink.At least one reservoir vessel described preferably has the carrying capacity that 10 rise to 100 liters.Preferably, at least one and more preferably each reservoir vessel be connected with at least one buffer storage device respectively by least one pipeline.At least one buffer storage device preferably has the carrying capacity that 1 rises to 10 liters.By being arranged in weight of printing ink at least one buffer storage device it is possible that: replace one or more reservoir vessel, and do not interrupt continuous print print production.Preferably, at least one and more preferably each buffer storage device be connected with at least one intermediate storage device respectively by least one other pipeline being called inlet pipe.At least one intermediate storage device preferably has the carrying capacity that 0.1 rises to 1 liter.At least one intermediate storage device is connected with at least one print head 212.Preferably, often organize duplicate rows print head 212 to arrange respectively by a pair intermediate storage device.Preferably, between at least one reservoir vessel and at least one print head 212, and preferably further between at least one reservoir vessel and at least one intermediate storage device, be furnished with at least one preparation device, corresponding printing-ink preferably can be given except crude removal and/or bubble by this preparation device.

Preferably, at least one intermediate storage device is arranged in the top of the print head 212 matched with corresponding intermediate storage device.Preferably, the difference in height between at least one print head 212 and at least one corresponding intermediate storage device is etc. large for multiple and further preferred pin to all print heads 212 respectively.Thus, guarantee: Yan Shi etc. are large for each print head 212 for the fluid pressure that printing-ink is added at least one print head 212, and and then produce identical condition of work for all print heads 212.Preferably, be at least that the inlet pipe that at least one intermediate storage device is connected with at least one print head 212 is loaded and/or can be loaded low pressure by least one.Thus, such as prevent printing-ink from undesirably flowing out from least one print head 212.Preferably, each print head 212 also has at least one discharge pipe, by preferred dried cake or can be discharged from least one print head 212 by the printing-ink stain by this discharge pipe, and can not through arranging the nozzle injection for printing.At least one discharge pipe is preferably connected with at least one waste canister.

By the alignment by web edge alignment means 114 printable fabric web 02 and the first eindruckwerk 206 as necessary by the first printing element 200 and by printable fabric web 02 around the very large winding angle of at least one the first central cylinder 201 and other devices as necessary by such as drivening piece, guarantee: printable fabric web 02 in non-slip situation with the location arrangements accurately limited on the cylinder shell face of at least one the first central cylinder 201, and until all to remain on the end in winding angle region when having a mind to separately.By the contact of printable fabric web 02 with the cylinder shell face of at least one the first central cylinder 201, also make, at least on the direction of transfer of printable fabric web 02 and at least in printable fabric web 02 and the cylinder shell face of at least one the first central cylinder 201 come in contact period and also have after contact with print drop, to prevent or arching upward at least with enough degree reduction printable fabric web 02.Thus, guarantee: the print drop of different printing head 211 is coated to by the printable fabric web 02 of arranging with evenly limiting.Printable fabric web 02 position accurate and constant relative at least one the first central cylinder 201 is very important for the dimensional printed chart conforming with registration and/or conform with alignment, particularly when the manipulation scheme of at least one nozzle is associated with the turned position of the first central cylinder 201 as described above.

The nozzle of at least one print head 212 is arranged in such a way: the spacing between nozzle and the printable fabric web 02 being arranged on the cylinder shell face of at least one the first central cylinder 201 is preferably between 0.5mm and 5mm, preferred between 1mm to 1.5mm further.The very high angular resolution of rotary angle transmitter and/or very high sample frequency and/or specified by machine controller and processed by the first CD-ROM drive motor 208 of the first central cylinder 201, achieve position very accurately for the high accuracy of the rating data of the turned position of the first CD-ROM drive motor 208 of the first central cylinder 201 and determine and/or identify the position of printable fabric web 02 relative to nozzle and the target area of nozzle.The ink droplet flight time between nozzle and printable fabric web 02 is such as known by learning process and/or by spacing known between nozzle and printable fabric web 02 and known drop speeds.Determine based on the angle position of the first drive unit 208 of at least one first central cylinder 201 and/or at least one the first central cylinder 201, the rotary speed of at least one the first central cylinder 201 and ink droplet flight time the desirable moment penetrating corresponding ink droplet, thus realize the one-tenth figure that printable fabric web 02 conforms with registration and/or conform with alignment.

Preferred cloth is equipped with the sensor that at least one is configured to the first dimensional printed chart sensor, is preferably further arranging on a position on the transmission stroke of the first printing equipment 211 along printable fabric web 02.At least one first dimensional printed chart sensor is such as configured to the first row video camera or is configured to first surface video camera.At least one first dimensional printed chart sensor is such as configured at least one ccd sensor and/or is configured to cmos sensor.By at least one the first dimensional printed chart sensor and corresponding assessment unit (being such as arranged in the machine controller of higher level), preferably the first printing equipment 211 all successively to be settled in the circumference of at least one the first central cylinder 201 and/or the manipulation scheme of the print head 212 that works and/or duplicate rows print head 212 is monitored and/or regulates.In the first embodiment of at least one dimensional printed chart sensor, be only furnished with a first dimensional printed chart sensor, the sensitive zones of this dimensional printed chart sensor comprises the whole width of the transmission stroke of printable fabric web 02.In the second embodiment of at least one dimensional printed chart sensor, only arrange a first dimensional printed chart sensor, this first dimensional printed chart sensor can construct along the direction A orthogonal relative to the direction of the transmission stroke of printable fabric web 02 with moving.In the 3rd embodiment of at least one dimensional printed chart sensor, arrange multiple dimensional printed chart sensor, the corresponding sensitive zones of described dimensional printed chart sensor comprises the zones of different of the transmission stroke of printable fabric web 02 respectively.Preferably, described region is arranged along the direction A orthogonal relative to the direction of the transmission stroke of printable fabric web 02 with offseting one from another.Preferably, the entirety of the sensitive zones of multiple dimensional printed chart sensor comprises the whole width of the transmission stroke of printable fabric web 02.

By respectively from the first print head 212 position of the picture point that print drop is out formed preferably with by respectively from corresponding second print head 212 (it settles at corresponding first print head 212 rear on the circumference of at least one the first central cylinder 201) picture point that print drop is out formed position compared with.That this process is preferably settled from priority in the circumference of at least one the first central cylinder 201 and/or that work, corresponding first and second print heads 212 process identical printing-ink or process different printing-inks independently to realize.The harmony of position of the dimensional printed chart coming from different printing head 212 is monitored.For the situation of identical printing-ink, the joint that monitoring component alignment is correct.For the situation of different printing ink, monitoring registration or color registration.Preferably, the measured value of at least one dimensional printed chart sensor is utilized to also achieve quality monitoring to dimensional printed chart.

According to the speed that each nozzle can be manipulated and run, printable fabric web 02 is probably repeatedly printed by with identical printing-ink, until can realize desired result.For this purpose, in the circumference of the first central cylinder 201, successively duplicate rows print head 212 is arranged for often kind of printed ink preferably arranges at least two.Thus, when the transfer rate of printable fabric web 02 be 2m/s and four-color process time, achieve 600dpi (per inch 600 picture point).Can also be preferably the web speed of 150m or higher per minute.Less resolution and/or the higher transfer rate of the corresponding realization of less color.Particularly can substitute four-color process to carry out two color printing, this is such as when the half in each in two kinds of ink respectively corresponding print head 212.Thus, print speed printing speed such as can be made to double.The larger number of print head 212 is another kind of feasible programs, in order to exert one's influence to the printing resolution that can realize and/or transfer rate and/or color selecting.Particularly must be noted that the sufficiently high data processing speed to the controller that print head 212 is controlled.

In the print production of routine, all print head 212 positions are fixedly arranged.Thus, that guarantees that all nozzles continue conforms with registration and/or conforms with the orientation of alignment.Can consider different situations, wherein, print head 212 needs motion.The first situation like this shows as quick change of lap or is extended to the change of lap with bonding process.At this, by adhesive tape, printable fabric web 02 is connected with another printable fabric web 02.Thus, the connecting portion of the whole transmission stroke that must experience printable fabric web 02 is obtained.This connecting portion has following thickness (i.e. minimum dimension), and the thickness of connecting portion is greater than the thickness of printable fabric web 02.Connecting portion is substantially thick with two printable fabric webs 02 and splicing tape being of uniform thickness altogether.Thus, when connecting portion passes through the space between the nozzle of print head 212 and the cylinder shell face of at least one the first central cylinder 201, may meet difficulty.Therefore, at least one nozzle rod 213 can move at least one direction of the rotation 207 relative at least one the first central cylinder 201.In this manner, enough for spacing degree can be expanded, but next must again correspondingly reduce.The second situation so such as when at least one print head 212 is safeguarded and/or clean time occur.Print head 212 to be preferably separately fixed at least one nozzle rod 213 and can be separated with at least one nozzle rod 213 respectively.Thereby, it is possible to safeguarded each print head 212 and/or clean and/or replacement.

When multiple nozzle rod 213 that can move relative to each other obtains arranging, when being led back in printing position by least one nozzle rod 213, the wrong position of the excellent minimum degree to each other of nozzle may be there is.Namely may occur coming into line demand, particularly by demand that all print heads 212 of a nozzle rod 213 come into line relative to all print heads 212 of another nozzle rod 213.When by new and/or need the print head 212 again arranged be fixed at least one nozzle rod 213 (being fixed with at least another print head 212 on this nozzle rod) upper time, then not necessarily have to but coming into line at most once in a while by new and/or that need the print head 212 again arranged to fix relative at least one print head 212 (specifically about at least one first central cylinder 201 in the circumferential and/or on axial A) exact matching.The needs being carried out relative to other print heads 212 of same nozzle rod 213 and/or other nozzle rods 213 by each print head coming into line may be needed equally here.

At least one sensor at least one of the position of the target area relative at least one fixing in advance print head 212 new and/or need the position of the target area of the print head 212 again arranged to be detected.This preferably realizes by means of being compared the position of the picture point produced by corresponding print head 212 in printable fabric web 02.Effect is used at least one first dimensional printed chart sensor being preferably by the agency of of this sensor.And it is also possible that another sensor to be used as at least one first dimensional printed chart sensor of by the agency of for this reason, such as, for the sensor of described object specialization.Relative position is assessed by assessment unit (being such as arranged in the machine controller of higher level).At least one is new and/or need the installation site of print head 212 in the circumference about at least one the first central cylinder 201 again arranged can be compensated by the manipulation of the nozzle to print head 212 to make up in other words, and the matching scheme that preferred class is similar to print head 212 in the duplicate rows print head 212 of different group by the agency of carries out.At least one is new and/or need the installation site of print head 212 on the axial A about at least one the first central cylinder 201 again arranged to compensate by least one guiding mechanism to make up in other words.Preferably, multiple print heads 212 have oneself guiding mechanism respectively, and further preferred all print heads 212 have oneself guiding mechanism respectively.Also be contemplated that: a print head 212 is used as object of reference, other print heads 212 are come into line according to this print head.Print head 212 as object of reference does not need oneself guiding mechanism.Each such guiding mechanism has at least one linear drive apparatus, and this linear drive apparatus is preferably configured as electric notor and is preferably configured as stepper motor further.Linear drive apparatus such as has mandrel drive unit and/or ratch and pinion.Linear drive apparatus has eccentric wheel and groove with matching in another embodiment.Each print head 212 with linear drive apparatus is preferably at least parallel to axial A by its linear drive apparatus and can arranges with moving.

After at least one print head 212 of loading, preferably perform testing of printed, wherein, at least one is new and/or need the print head 212 again arranged and print head 212 that at least one is used as object of reference to be delivered in printable fabric web 02 by print drop.Testing of printed pattern preferably automatically detects by sensor (such as the first dimensional printed chart sensor).When the physical location generation deviation being detected that by testing of printed pattern at least one is new and/or need the print head 212 again arranged, preferably automatically perform the location matches of print head 212 on axial A by guiding mechanism and/or the nozzle of print head 212 and ink droplet penetrated to the coupling of moment relevant manipulation scheme.Testing of printed pattern such as can design in the form of the calibration tape extended in the part or whole axial width of printable fabric 02.This testing of printed pattern and particularly calibration tape are preferably also at least temporarily printed onto in printable fabric web 02 in the print production of carrying out continuously, such as be printed onto in the region between two dimensional printed charts, this region shows as fringe region when manufacturing finished product print product, this fringe region originally will be cut off, and particularly whether arranges it is irrelevant thereon with testing of printed pattern.At least one sensor then records the dimensional printed chart of at least one test pattern.Sensor particularly can be utilized to carry out such test pattern that detection time successively occurs each other, and this sensor moves respectively on different axial locations, to distinguish the position of check image point there.

At least one nozzle rod 213 preferably can be arranged on axial A with moving, and preferably can move with following degree further: make do not have the working region of the nozzle of nozzle rod 213 and/or print head 211 to have the position identical with a certain building block of the body of roll of at least one the first central cylinder 201 about axial A.For this reason, preferred cloth is equipped with at least one rectilinear guide.The slide carrying at least one nozzle rod 213 can be arranged along at least one rectilinear guide with moving.In order to safeguard printing equipment 211, first at least one nozzle rod 213 preferably protrudes upward in the side radially directed relative at least one first central cylinder 201 rotation 207 of at least one the first central cylinder 201 and next A motion vertically.Preferably; be furnished with protective covers; this protective covers can move to as upper/lower positions relative at least one nozzle rod 213; in this position, the mode that protective covers is hidden with all nozzles of the nozzle rod 213 at least one stretched out from least one first central cylinder 201 is arranged.In this manner, prevent nozzle dry.Preferably, in this position, the nozzle of at least one nozzle rod 213 also has protective covers to be in about axial A in the region of the body of roll of at least one the first central cylinder 201.Further preferably, at least one nozzle rod 213 and protective covers limit the cavity volume that an air-tightness is closed in this position, in this cavity volume, be furnished with nozzle opening.

Preferred arrangements has at least one following nozzle cleaning device, and this nozzle cleaning device has a line washer jet and/or brush and/or scraper plate.At least one nozzle cleaning device preferably can move and/or can move from below near the nozzle of at least one nozzle rod 213 by A vertically.Additionally or alternatively, at least one nozzle rod 213 can from upper direction near nozzle cleaning device.Preferably, at least one nozzle cleaning device be connected with protective covers and/or can with protective covers associated movement, such as vertically A motion.Preferably, at least one nozzle cleaning device also can move relative to protective covers, such as, to make at least one nozzle cleaning device shift out from the cavity volume closed.Protective covers be preferably used as simultaneously for from washer jet out and/or the collection container of the clean liquid that drips from nozzle and/or dirt and/or printing-ink.At least one nozzle rod 213 can realize moving independently mutually with the building block arranged in the mode of touching printable fabric web 02 of printing machine 01 completely.Thereby, it is possible to perform this clean and/or maintenance, and printable fabric web 02 is unaffected, and particularly printable fabric web 02 need not be taken out from printing machine 01.

Preferably at least one print head 212 and/or its nozzle are cleaned according to first and/or alternative plan.In the first cleaning solution; printing-ink is preferably being turned off low pressure and/or is being carried by least one print head 212 when improving pressure, preferably carries with following amount: the ink of impurity and dried cake is taken out of in the lump and preferably imports in the protective covers being used as collection container.This protective covers preferably can be closed with closure member that is independent, that separate with at least one nozzle rod 213 and can separate and clean, and particularly cleans.Clean first scheme is preferred cleaning solution.Such as when pollution level is very high, perform the cleaning solution of Second Type, at this, respectively by least one print head 212 whole and inlet pipe thereof and preferably also have corresponding printing-ink intermediate storage device take out completely and thoroughly clean with clean liquid.Clean liquid is received by the preferred protective covers by being used as receiving vessel.This mode of operation is attended by a large amount of losses of printing-ink, but also can achieve clean advantage powerful especially.

After printable fabric web 02 has passed through at least one first printing element 200, printable fabric web 02 has transmitted stroke along it and has continued to transmit and at least one first drier 301 preferably flowing at least one dryer unit 300.At least one first drier 301 is correspondingly arranged in about the transmission stroke of printable fabric web 02 after below and particularly at least one first printing element 200 of first printing equipment 211.Preferably, first side of being printed by least one first printing element 200 of printable fabric web 02 printable fabric web 02 and between the zone of action touching position and at least one the first drier 301 that at least one first central cylinder 201 of at least one the first printing element 200 is last, do not keep in touch with the building block of web press 01.Preferably, printable fabric web 02 particularly do not printed by least one first printing element 200, the second side of at least one first central cylinder 201 of having touched at least one the first printing element 200 printable fabric web 02 and between the zone of action touching position and at least one the first drier 301 that at least one first central cylinder 201 of at least one the first printing element 200 is last, with at least one slewing rollers 214 of at least one the first printing element 200 and/or keep in touch with at least one slewing rollers 312 of at least one drier 301.

Preferably, be furnished with at least one slewing rollers 214 of the first printing element 200, the preferred direction be separated along the direction and at least one the first central cylinder 201 that possess larger vertical (preferably pointing to) component compared to the horizontal component existed if desired down in printable fabric web 02 is by printable fabric web down with following directional steering further for these slewing rollers, and this direction possesses larger horizontal component compared to the vertical component that may exist.At this, only second side of not printed by the first printing element 200 of printable fabric web 02 and at least one slewing rollers 214 of the first printing element 200 keep in touch.Preferred cloth is equipped with the 3rd measurement mechanism 214 that at least one is preferably configured as the 3rd measuring roller 214 further.3rd measurement mechanism 214 is for measuring web tension degree.Further preferably, at least one slewing rollers 214 of the first printing element 200 are identical with the 3rd measurement mechanism 214 being configured to the 3rd measuring roller 214.Preferred cloth is equipped with at least one slewing rollers 312 of at least one the first drier 301, and printable fabric web 02 to be possessed larger horizontal component by described slewing rollers compared to the vertical component that may exist direction from described direction or another is towards the directional steering of vertical component possessing larger vertical (being preferably directed upwards towards) compared to the horizontal component that may exist.At this, only printable fabric web 02 particularly do not printed by least one first printing element 200, the second side of at least one the first central cylinder 201 of having touched at least one the first printing element 200 contacts with at least one slewing rollers 312 of at least one the first drier 301.

At least one first drier 301 is preferably configured as infrared radiation drier 301.At least one first drier 301 preferably has at least one and preferably multiple (more preferably at least 6, further preferably at least 10) radiation source 302 of successively arranging on the direction of transfer of printable fabric web 02, and described radiation source is preferably configured as infrared emitter 302.Radiation source 302 (being preferably infrared emitter 302) is following device at this, targetedly electric energy changed by described device and/or can radiation be converted to, be preferably infrared radiation, and pointed to and/or printable fabric web 02 can be pointed to.At least one radiation source 302 preferably has the zone of action of circumscribed.The zone of action of radiation source 302 is as lower area respectively, described region comprise particularly can in unbroken situation orthoscopic ground directly or via reflector associate with radiation source 302 a little.The zone of action of at least one the first drier 301 is made up of the zone of action of all radiation sources 302 of at least one the first drier 301.The part be in after at least one radiation source 302 of the transmission stroke of printable fabric web 02 is preferably pointed in the zone of action of at least one the first drier 301 by least one radiation source 302.

At least one radiation source 302 has following length, width and height.The length of radiation source 302 is at least that the width of radiation source 302 and height five times are large.The length of at least one radiation source 302 is preferably parallel to the axial A of the rotation 207 of at least one the first central cylinder 201 and then extends along the direction A of the width of printable fabric web 02 in edge.This means, at least one first drier 301 has at least one radiation source 302, this radiation source level, be orthogonal to printable fabric web 02 and extend through on the direction A of at least one the first drier 301 ground orientation.The priority of radiation source 302 on the direction of transfer of printable fabric web 02 of multiple such orientation is arranged to achieve and the radiant power outputted to generally in printable fabric web 02 and the quantity of ink be applied to respectively in printable fabric web 02 and/or ink density is matched.

At least one radiation source 302 preferably has at least one (and more preferably two) pipe, and the diameter of pipe is preferably 10mm and 50mm.At least one pipe is preferably formed for the material being radiated to being through property of small part by region of ultra-red, is preferably further made up of quartz glass.Have red heat body in the internal placement of each this pipe, be preferably red heat helical member or red heat band, it is preferably made up of tungsten and/or tungsten alloy and/or carbon.Red heat style is as being made up of tungsten carbide.Preferably, reflector layer is applied on the side of the web of printable fabric dorsad 02 of pipe.Red heat body is used as heating resistor, and it realizes when being energized heating up and heating.Each radiation source 302 has housing 316, and this housing preferably has at least one and more preferably multiple exhaust port, and this housing is not preferably arranged between red heat body and printable fabric web 02.Preferred all vent openings pass in common gas exhaust piping 318.

In preferred embodiment all identical with the content that front and back is introduced except the orientation of at least one radiation source 302, the length of at least one radiation source 302 is parallel to the direction of transfer ground orientation of printable fabric web 02.So, preferably, the direction A of multiple radiation source 302 along the width of printable fabric web 02 is arranged side by side.This means, at least one first drier 301 has at least one radiation source 302, and this radiation source passes abreast on the direction of the component of at least one the first drier 301 orientation at the transmission stroke with at least one and printable fabric 02 and extends.In this manner, it is possible that the printable fabric web 02 of different in width obtains best drying, and without the need to consuming a lot of energy and/or bearing the superheated risk of at least one the first drier 301.The coupling of drier power can realize by preferred other adjustment of the radiant power of at least one radiation source 302.

And preferably, multiple radiation source 302 is arranged parallel to each other relatively with its length.Preferably, multiple radiation source 302 is orthogonal to the length orientation of radiation source 302 at one and/or is arranged side by side along on the direction that the transmission stroke of printable fabric web 02 extends.Thus, preferred multiple radiation source 302 extends with being orthogonal to the direction of transfer of printable fabric web 02 respectively, and successively arranges in view of the direction of transfer of printable fabric web 02.By the radiation sent by least one radiation source 302, make moisture from printable fabric web 02 and/or remove from arranging printing-ink thereon, and absorb by the surrounding air in the inner chamber of at least one the first drier 301.The transmission stroke of printable fabric web 02 extends through the described inner chamber of at least one the first drier 301.In order to realize lasting high dry power, realize the exhaust to the temperature adjustment of the building block of at least one the first drier 301 and/or the inner chamber at least one the first drier 301.For this reason, preferably at least one register is arranged in the region of at least one radiation source 302.In a preferred embodiment, register is configured to air-breather.Air-breather preferably also for discharging moisture and/or solvent from least one first drier 301.

Air-breather has at least one air and feeds pipeline 317 and preferably at least one air inlet openings 313 be attached thereto and air outlet conduits road 318 and preferably at least one exhaust port be attached thereto.At least one air inlet openings 313 point at least one drier 301 inner chamber direction on by air through-flow.At least one first drier 301 except its structure as radiation dryer 301, is configured to fluid desicator 301 thus equally.Just in this respect, at least one first drier 301 is configured to radiation dryer 301 at least in part.Alternatively or additionally, at least one first drier 301 is configured to ultraviolet radiation drier 301 and/or pure fluid desicator 301 (such as hot air dryer 301).Preferred cloth is equipped with the air inlet openings 313 that at least one is preferably crack shape.Further preferably at least between two radiation sources 302 and further preferably between every two radiation sources 302, arrange at least one air inlet openings 313 preferably in crack shape respectively.Preferably, at least one and the further housing 316 being preferably each radiation source 302 have at least one exhaust port respectively, preferably have a large amount of exhaust port further.

Such register have in one embodiment at least one with fluid temperature adjustment, preferably with the component of liquid temperature adjustment, this component is preferably to arrange apart from the distance of the highest 50cm of at least one radiation source 302, further preferably the highest 15cm.To be arranged in the zone of action of at least one the first drier 301 with the component of fluid temperature adjustment such as like this.Like this be such as printable fabric director element with the component of fluid temperature adjustment, such as printable fabric prerotation vane, its have at least one by with temperature adjustable fluid and be preferably temperature regulating liquid through-flow and/or can be through-flow pipeline, and/or to be connected with such pipeline.Alternatively or additionally, in one embodiment, in the housing 316 of at least one and preferred each radiation source 302 have at least partially at least one by with temperature adjustable fluid and be preferably temperature regulating liquid through-flow and/or can be through-flow pipeline, and/or to be connected with such pipeline.Such as water is used as temperature adjustable fluid.

By at least one air inlet openings 313, air is imported in the inner chamber of at least one the first drier 301.Preferably high pressure is there is in the first drier 301.In the inside of the first drier 301, will the removal of solvents of water and/or the printing-ink removed from printable fabric web 02 be needed by infared dryer, and the absorption of air be imported into.So air is discharged from least one first drier 301 by least one exhaust port.Absorb excessive water and/or the air of solvent by discharging, avoid on the one hand be in air in the first drier 301 for water and/or solvent saturated, and additionally send heat energy from the inside of drier 301 on the other hand.Which increase the efficiency of the first drier 301 and the life-span of radiation source 302.

Preferably, at least one air inlet openings 313, being connected at least one air feeds pipeline 317 above, and after at least one exhaust port, be connected at least one air outlet conduits road 318.

Preferably, at least one air-breather has at least one heat exchanger.At least one first drier 301 preferably has at least one air-breather, wherein, at least one air-breather preferably has at least one air guiding at least one the first drier 301 and feeds pipeline 317 and at least one heat exchanger and air outlet conduits road 318 that at least one is derived from least one drier, and at least one air outlet conduits road 318 and at least one air feed pipeline 317 and preferably connect with at least one heat exchanger and/or can connect.By at least one heat exchanger preferably by energy from the inner chamber at least one air outlet conduits road 318 and particularly can pass at least one air from the air stream flowing through at least one air outlet conduits road 318 and feed the inner chamber of pipeline 317 and particularly pass to and flow through the air stream that at least one air feeds pipeline 317, preferred when feeding pipeline 317 without being delivered at least one air from least one air outlet conduits road 318 when medium (particularly gas) transfer further.

Preferred cloth is equipped with at least one second air and feeds pipeline 317, pipeline 317 is fed when avoiding getting around at least one air outlet conduits road 318 described and/or at least one heat exchanger described in other words by the second air, at least one gas is flowed at least one drier described, gas is preferably fresh air.In this manner, preferably can be controlled needing the temperature of the air-flow fed and/or be regulated, particularly according to the mode of the corresponding mixed proportion relation of adjustment.In addition, the fluid velocity that at least one air feeds in pipeline 317 and/or at least one air outlet conduits road 318 preferably can be controlled and/or be regulated.

Preferably, at least one conveying device and at least one air fed with being additional at least one heat exchanger pipeline 317 and be preferably at least also indirectly connected with at least one air outlet conduits road further.Preferably, at least one conveying device is configured at least one air transporting arrangement, such as, be configured at least one pump.At least one conveying device is preferably configured as at least one air transport device.Preferred cloth is equipped with at least one gas trap that can control and preferably can regulate further.At least one gas trap preferably manually can adjust and/or connects with drive unit and/or drive with motor and be preferably configured as the branch road with at least one lobe plate.The first pipeline be connected with the input of at least one gas trap is preferably at least one air outlet conduits road 318.The the second pipeline preference be connected with the output of at least one gas trap is as guided to waste treatment equipment and/or reusing device.The 3rd pipeline be connected with the output of at least one gas trap preferably guides at least one conveying device.At least one other pipeline (such as fresh air line) guides at least one conveying device equally.Preferably by least one conveying device, the inner chamber of the inner chamber and at least one air outlet conduits road 318 that at least one air are fed pipeline 317 is connected with fluid technique and/or can be connected.

Preferably can be adjusted the air that a part derives from least one first drier 301 by least one gas trap, this part air is preferably flowed at least one first drier 301 again by least one conveying device.For this reason, at least one gas trap is preferably adjusted as follows, makes can being preferably again sent to the 3rd pipeline be connected with at least one gas trap from 0% to 100% share adjusted and and then feeding pipeline 317 via at least one conveying device and at least one air and be again sent at least one first drier 301 of the air by flowing through the first pipeline be connected with at least one gas trap.The air of remaining derivation is preferably fed to the second pipeline of being connected with at least one gas trap and is sent.At least one gas trap determines that the air that flows to of the air-flow on through-flow air outlet conduits road 318 feeds the share of pipeline 317 and the share as waste gas derivation.By sending process, preferably produce low pressure, this low pressure is preferably automatically compensated in the following way: to be preferably first sent to by other air at least one conveying device by fresh air line and to be sent at least one first drier 301.Low pressure itself is preferred for required volume of air to draw to pass through fresh air line.In this manner, improve the efficiency of at least one the first drier 301, this is because completely unsaturated waste gas is again utilized and thus can saving heat energy, because the waste gas of heat is imported again.On the other hand, for required preparation measures, decrease and need clean volume of air.Printing machine 01 preferably strong point particularly in: be furnished with at least one gas trap, at least one air delivery pipe 318 of percolation and/or can be guided by least one air delivery pipe 318 and/or the air-flow that guided by least one air delivery pipe 318, conveying and/or at least one air can be flowed to feed the share of pipeline 317 and derive as waste gas and/or share can be derived and determined.

At least one air inlet openings 313 and/or at least one air feed the building block that pipeline 317 and/or at least one exhaust port and/or at least one air outlet conduits road 318 and/or at least one heat exchanger and/or at least one conveying device and/or at least one gas trap and/or the second pipeline that at least one is connected with at least one gas trap and/or at least one waste treatment equipment and/or reusing device and/or the 3rd pipeline that at least one is connected with at least one gas trap and/or fresh air line are preferably the air-breather of at least one the first drier 301.This particularly means: preferably at least one first drier 301 has at least one air-breather, and at least one air-breather has at least one air guiding at least one the first drier 301 and feeds pipeline 317 and air outlet conduits road 318 and at least one heat exchanger that at least one is drawn from least one first drier and preferably at least one preferably can be driven and/or driven (such as driven by electric driver) conveying device, at least one air outlet conduits road 318 described and at least one air feed pipeline 317 and connect with at least one heat exchanger and/or can connect, at least one air outlet conduits road 318 preferred feeds pipeline 317 by least one conveying device and at least one air and connects and/or can connect.At this, pipeline 317 is fed for the air guiding at least one the first drier 301 and is particularly interpreted as following pipeline 317, the inner chamber of this pipeline is connected with the inner chamber of at least one the first drier 301, the inner chamber of this pipeline in the operation of at least one drier 301 by gas along through-flow towards the direction of the inner chamber of at least one drier 301 and/or can be through-flow.At this, for the air outlet conduits road 318 of drawing from least one first drier, particularly be interpreted as following pipeline 318, the inner chamber of this pipeline is connected with the inner chamber of at least one the first drier 301, the inner chamber of this pipeline in the operation of at least one drier 301 by gas along through-flow from the direction that the inner chamber of at least one drier 301 leaves and/or can be through-flow.

Printable fabric web 02 is through at least one first drier 301 and particularly have the vertical component larger than the horizontal component that may exist through the transmission stroke of the zone of action of at least one drier 301.Particularly printable fabric web 02 through the transmission stroke of the zone of action of at least one drier 301 preferably have 75% and further preferably 95% and further preferably the complete direction possessing larger vertical component compared to the horizontal component that may exist along at least one extend.Further preferably, printable fabric web 02 vertically extends substantially upward through the transmission stroke of at least one the first drier 301.Guarantee: when web is torn do not have the part of printable fabric web 02 fall radiation source 302 from top and/or be placed with on radiation source 302 thus.In this manner, printable fabric web 02 is prevented to light on radiation of heat source 302.Preferably, at least one first backing roll 319 is arranged in the inner chamber of at least one the first drier 301 along transmission stroke, and preferred mode is further: at least one first backing roll 319 is shielded in case radiation source 302 by printable fabric web 02.At least one first backing roll 319 prevents printable fabric web 02 from uncontrolled trembling occurring, otherwise this trembling may occur due to the air flowed out from least one air inlet openings 313.Printable fabric web 02 is preferably 1 ° to 45 ° around the winding angle of at least one the first backing roll 319, more preferably 1 ° to 25 °.

In a preferred embodiment, through the transmission stroke set by least one first drier 301, there are at least two sectional for printable fabric 02, described sectional extends along the direction with vertical component respectively, preferably extends along the direction compared to the horizontal component that may exist with larger vertical component further.The sectional that the set transmission stroke of printable fabric at least has vertically component along one of them upwards extends.The set transmission stroke of printable fabric is along wherein another sectional at least with vertically component towards downward-extension.One of them sectional of set transmission stroke and another sectional preferably by set transmission stroke at least one set by linkage section be interconnected.At least one linkage section preferably edge has the direction extension that horizontal component, the further preferred vertical component compared to existing have larger horizontal component.Thus, at least one drier 301 can preferably construct especially compactly.

On the direction of transfer of printable fabric web 02 towards the zone of action of at least one radiation source 302 of at least one the first drier 301, preferred cloth is equipped with at least one first cooling device 303.At least one first cooling device 303 preferably has at least one first chill roll 304 and preferably has the first chill roll eindruckwerk 306 and preferred at least one roller 307 of turning back shifting near towards at least one first chill roll 304 and/or can shift near of shifting near and/or can shift near (reclining) towards at least one the first chill roll 304; 308.First chill roll eindruckwerk 306 preferably has shell face, and described shell face is made up of elastomeric material (such as elastomer).At least one the first chill roll 304 corresponding, the first CD-ROM drive motor 311 of being configured to the first chill roll CD-ROM drive motor 311 and preferably also have the first chill roll eindruckwerk 306 to be preferably a part for web tightness regulating part, namely to regulate the mode of web tightness to arrange, and be preferably connected with the machine controller being placed in higher level at least in part and/or temporarily for this purpose.At least one first chill roll 304 preferably shows as the 4th rotary body 304 that at least one motor drives.Printable fabric web 02 preferably along its transmit stroke with preferably at least 180 ° and more preferably the winding angle of at least 270 ° be wound around and touch at least one first chill roll 304.This means, the mask segment of the contact surface be set between at least one the first chill roll 304 and printable fabric web 02 in the shell face of at least one the first chill roll 304 has around at least one chill roll 304 preferably at least 180 ° and more preferably winding angle of at least 270 °.This makes printable fabric web 02 obtain to cool especially efficiently, and thus achieves very high drier power.At this, particularly the occupy-place demand of at least one the first cooling device 303 is very little, this is because can realize very high energy transferring with chill roll 304.

First chill roll eindruckwerk 306 preferably forms the first chill roll gap 309 together with at least one first chill roll 304, and in this chill roll gap, preferred cloth is equipped with printable fabric web 02 and/or printable fabric web 02 through this chill roll gap.At this, printable fabric web 02 is pressed at least one first chill roll 304 from chill roll eindruckwerk 306.Printable fabric web 02 further stretches with it and is wound around preferably second turning back roller 308 of at least one the first cooling device 303.At least one first chill roll 304 of at least one the first cooling device 303 is preferably configured as the chill roll 304 of cooled medium percolation.This means, the cooled at least partially medium percolation of the body of roll of at least one the first chill roll 304 and/or can percolation ground structure.Cooling medium is preferably cooling liquid, such as water.In a preferred embodiment, fluid circuit was both connected with at least one first cooling device 303 and the second cooling device 333 of existing if desired, was connected again with the register of at least one radiation source 302.First chill roll 304 preferably has oneself the first chill roll CD-ROM drive motor 311.

Along the transmission stroke of printable fabric web 02 after at least one first cooling device 303, preferred cloth is equipped with at least one second printing element 400.Preferably along the transmission stroke of printable fabric web 02 preferably closely before at least one second printing element 400 and preferably after at least one first drier 301 and be particularly furnished with at least one second web edge alignment means after printing element 200, its preferably with manually or driven mode can be controlled and/or adjustably be constructed.At least one second printing element 400 is similar to the first printing element 200 ground structure.Preferably, at least one second printing element 400 heart with regard to introduced component preferably completely symmetrically constructs substantially and further relative to the first printing element 200.Corresponding symmetrical plane has the face normal of level, and it is orthogonal to axial A and puts.Second printing element 400 particularly has the second printing central cylinder 401 or is called for short central cylinder 401, described central cylinder is wound around by printable fabric web 02 in printing operation, specifically same with preferably at least 180 ° and more preferably the winding angle of at least 270 ° be wound around.Correspondingly, in printing operation, see that the cylinder shell face of preferably the second central cylinder 401 has at least 50% and further preferred at least 75% to keep in touch with printable fabric web 02 in the circumferential.

Second central cylinder 401 preferably shows as the 5th rotary body 401 that motor drives.Second central cylinder 401 of the second printing element 400 preferably has following direction of rotation, and this direction of rotation is contrary with the direction of rotation of at least one the first central cylinder 201.Along the transmission stroke of printable fabric 02 before the second central cylinder 401 of the second printing element 400, preferably the second printable fabric cleaning device 402 or web cleaner 402 are arranged in the mode acting on printable fabric web 02.Second printable fabric cleaning device 402 is preferably configured as the second dust arrester 402.Second printable fabric cleaning device 402 preferably has at least one brush and/or at least one absorption device and/or for the device to the particle electrification electric discharge be adsorbed in printable fabric web 02.At least one second side of the corresponding printable fabric 02 of second printable fabric cleaning device 402, particularly points in the mode of the second side at least acting on and/or can act on printable fabric web 02.If the first printable fabric cleaning device 202 constructs in the mode working to two faces of printable fabric web 02 and/or can work, then the second printable fabric cleaning device 402 can be cancelled.

The roller 403 being configured to the second slewing rollers 403 of the second printing element 400 is parallel to the second central cylinder 401 and is arranged with keeping spacing by Second gap 404 with this central cylinder.Printable fabric web 02 through the transmission stroke of at least one the second printing element 400 be similar to through at least one the first printing element 200 transmission stroke extend.Printable fabric web 02 is particularly preferably wound around a part for the second slewing rollers 403 and is turned to as follows by these second slewing rollers 403: make the transmission stroke of printable fabric web 02 in Second gap 404 both relative to the second slewing rollers 403 tangentially, tangentially extend again relative to the second central cylinder 401.Preferably, at least one cylinder 406 being configured to the second eindruckwerk 406 is arranged in the second printing element 400.Second eindruckwerk has 406 preferably to have as hypovalve, and described shell face is made up of elastomeric material (such as elastomer).Second eindruckwerk 406 preferred class is similar to the first eindruckwerk 206 ground structure and arranges, particularly with regard to the movement in itself and the second eindruckwerk gap 409.The rotation 407 not only having comprised the second central cylinder 401 but also the plane of the rotation comprising the second eindruckwerk 406 have following face normal, and described normal and horizontal direction deviation go out the highest 20 ° and preferably the highest 10 ° further.Further preferably, the rotation of the second eindruckwerk 406 is arranged in the below of the rotation of the first central cylinder 201.

Second central cylinder 401 preferred class is similar to the first central cylinder 201 ground and arranges and structure, particularly for the second CD-ROM drive motor 408 of the second central cylinder 401 and the second rotary angle transmitter of corresponding preferred arrangements, described rotary angle transmitter is to measure the angle position of the second CD-ROM drive motor 408 and/or the second central cylinder 401 itself and/or can measure and send and/or can send to the mode of the machine controller being in higher level to design.By the second slewing rollers 403 and/or preferably by the second eindruckwerk 406, printable fabric web 02 entirely and is preferably clinged in the second central cylinder 401 with clear and definite and known position.Particularly the second CD-ROM drive motor 408 is preferably configured as electric notor 408, and is preferably configured as direct drive unit 408 and/or the individual drive 408 of the second central cylinder 401 further.Second CD-ROM drive motor 408 of the second central cylinder 401 is preferably configured as syncmotor 408.

Second rotary angle transmitter is preferably equally such as configured to rotary encoder or absolute value encoder, thus preferably can determine the turned position of the second CD-ROM drive motor 408 in the mode of absolute value in other words by the machine controller being placed in higher level in an absolute way and/or be preferably the turned position of the second central cylinder 401.Second CD-ROM drive motor 408 of the second central cylinder 401 is preferably placed on first axial end portion relevant to the rotation 407 of the second central cylinder 401 of the second central cylinder 401, and rotary angle transmitter is preferably placed on second axial end portion relevant to the rotation 407 of the second central cylinder 401 of the second central cylinder 401.Rotary angle transmitter preferably has extra high resolution equally, such as each full angle (360 °) at least 3000 increments, further preferably at least 10000 increments and further preferred 100000 increments.Rotary angle transmitter preferably has very high time sampling frequency.

Additionally or alternatively, second CD-ROM drive motor 408 of the second central cylinder 401 is connected with machine controller equally as follows on circuit engineering, make machine controller based on specified to the second CD-ROM drive motor 408 of the second central cylinder 401 by machine controller, for the rating data of the turned position of the second CD-ROM drive motor 408 obtain at any time about the second CD-ROM drive motor 408 turned position so that also have the information of turned position of the second central cylinder 401 simultaneously.Particularly preferably the region of the angle position defining the second central cylinder 401 and/or the second CD-ROM drive motor 401 of machine controller or turned position directly (is not connect sensor ground) particularly and machine controller the region that at least two print heads 412 of the second printing element 400 are controlled is connected.

Have at least one to be configured to the second printing equipment 411 of ink-jet printing apparatus 411 in the second printing element 400 internal placement, at least one second printing equipment described preferably in the direction of rotation of the second central cylinder 401 and and then transmission stroke along printable fabric web 02 arrange in the mode pointing to the second central cylinder 401 after the second eindruckwerk 406.At least one second printing equipment 411 of at least one the second printing element 400 is preferably identical with at least one first printing equipment 211 of at least one the first printing element 200, particularly with regard at least one nozzle rod 413, at least one be configured to ink jet printing head 412 print head 412 and in the layout of duplicate rows, the embodiment of printing process and resolution, the layout of nozzle, come into line and manipulation scheme, at least one nozzle rod 413 and at least one print head 412 by the movement of at least one guiding mechanism and the aspect of adjustable of being with corresponding electric notor.Similar protective covers and/or cleaning device are preferably arranged.Correct the coming into line of the print head 412 of at least one the second printing element 400 is also preferably checked as follows: make the dimensional printed chart printed by the detection of at least one sensor, and machine controller assesses this dimensional printed chart.At least one sensor is preferably at least one second dimensional printed chart sensor, and this second dimensional printed chart sensor class constructs with being similar at least one the first dimensional printed chart sensor.Preferably, at least one second printing equipment 411 is configured to four-color process device 411.

As introduce, the second CD-ROM drive motor 408 of the second central cylinder 401 is preferably connected with machine controller as follows on circuit engineering: make machine controller based on specified to the second CD-ROM drive motor 408 of the second central cylinder 401 by machine controller, for the rating data of the turned position of the second CD-ROM drive motor 408 obtain at any time about the second CD-ROM drive motor 408 turned position so that also have the information of turned position of the second central cylinder 401 simultaneously.The process that ink droplet penetrates from least one nozzle of at least one print head 412 preferably realizes relatively with the turned position specified by machine controller of the second CD-ROM drive motor 408.At this, by machine controller give that the second CD-ROM drive motor 408 specifies, for the rating data of the turned position of the second CD-ROM drive motor 408 preferably in real time by the calculating introduced in the lump the data of the nozzle for manipulating at least one print head 412.More preferably optional and preferably do not carry out with the ratio of the real data of the turned position of the second CD-ROM drive motor 408.

Printing machine 01 preferably has at least one register sensor, this register sensor is at least one and be preferably the position of each dimensional printed chart be applied on the first surface of printable fabric web 02 by least one first printing equipment 211 and detected, and this dimensional printed chart is sent to the machine controller being in higher level.As the dimensional printed chart that at least one is detected by register sensor, such as, can use bar code, this bar code is applied in printable fabric web 02 for this purpose in the first printing unit 200.This bar code can comprise the information about the content be applied to by the first printing element 200 in printable fabric web 02 and/or size.Thus, even if when such as section length, namely applied dimensional printed chart change along the length on the direction of the transmission stroke of printable fabric web 02, still ensure that alignment correctness.The machine sensor being in higher level calculates the desirable period of the nozzle of the print head 412 manipulating at least one the second printing equipment 411 based on the position of dimensional printed chart.In this manner, correct the coming into line of alignment of the first dimensional printed chart on the first surface of printable fabric web 02 and the second dimensional printed chart on second of printable fabric web 02 is achieved.

At least one register sensor, is arranged closer to the second central cylinder 401 ground preferably compared to the first central cylinder 201 about the transmission stroke of printable fabric web 02.The impact as much as possible can born with respect to printable fabric web 02 along its transmission stroke between at least one first printing equipment 211 and at least one the second printing equipment 411 in this manner, such as printable fabric web 02 is along the stretching transmitting stroke.Preferably, at least one register sensor is configured at least one face camera.This camera preferably has sufficiently high analytic ability, alignment mistake and/or registration mistake can be identified, and such as better than 0.05mm analytic ability.Preferably, at least one register sensor is identical with at least one first dimensional printed chart sensor, by means of this dimensional printed chart sensor, the control mode of all that successively settle in the circumference of the first central cylinder 201 of the first printing equipment 211 and/or the print head 212 worked and/or duplicate rows print head 212 is monitored and regulated.

With the transmission stroke of printable fabric web 02 relatively, be furnished with at least one second drier 331 below at least one second printing element 400.After printable fabric web 02 has passed through at least one second printing element 400, printable fabric web 02 has transmitted stroke along it and has continued to transmit and at least one second drier 331 preferably flowing at least one dryer unit 300.At least one second drier 331 preferred class is similar at least one first drier 301 ground structure.At least one first drier 301 described and at least one second drier 331 are building blocks of at least one dryer unit 300.The zone of action relevant to printable fabric web 02 of at least one the first drier 301 is remotely pointed to from least one second drier 331, and the zone of action relevant to printable fabric web 02 of at least one the second drier 331 is remotely pointed to from least one first drier 301.Preferably, at least one first drier 301 of process of the transmission stroke of printable fabric web 02 and the segmentation of at least one the second drier 331 extend through between at least one first drier 301 and at least one the second drier 331.

Preferably, second side of being printed by least one second printing element 400 of printable fabric web 02, between the last zone of action touching position and at least one the second drier 301 of the second central cylinder 401 of printable fabric web 02 and at least one the second printing element 400, is not kept in touch with the building block of web press 01.Preferably, being printed by the first printing element 200 of printable fabric web 02, drying and also not printed by the second printing element 400, the first side touching the second central cylinder 401 of at least one the second printing element 400 is between the last zone of action touching position and at least one the second drier 331 of the second central cylinder 401 of printable fabric web 02 and at least one the second printing element 400, keep in touch with at least one slewing rollers 414 of at least one the second printing element 400 and/or at least one slewing rollers 342 of at least one the second drier 331.Preferred cloth is equipped with at least one slewing rollers 414 of the second printing element 400, when printable fabric web 02 along have than the horizontal component that may exist larger vertical, preferably down the direction of the component of orientation to take off from the second central cylinder 401 from after, described slewing rollers 414 by printable fabric web 02 along the directional steering than the vertical component that may exist with larger horizontal component.At this, only first side of not printed by the second printing element 400 of printable fabric web 02 and at least one slewing rollers 414 of the second printing element 400 keep in touch.

Preferably, at least one slewing rollers 414 is configured to the 5th measurement mechanism 414, particularly the 5th measuring roller 414.Inquire in detail below at this point.Preferably, be furnished with at least one slewing rollers 342 of at least one the second drier 331, described slewing rollers 342 by printable fabric web 02 from above-mentioned direction or Zi the directional steering than the vertical component that may exist with larger horizontal component to having larger direction that is vertical, the preferably component of orientation upward than the horizontal component that may exist.At this, only first side of not printed by the second printing element 400 of printable fabric web 02 and at least one slewing rollers 342 of the second drier 331 keep in touch.

The structure of at least one the second drier 331 is identical with the structure of at least one the first drier 301, particularly just arranges the transmission stroke being used for printable fabric and/or the structural scheme aspect as fluid desicator 331 and/or radiation dryer 331 and/or hot air dryer 331 and/or infared dryer 331 and/or UV curing device 331.At least one first drier 301 is particularly preferably configured to radiation dryer 301 at least in part.At least one second drier 331 particularly preferably has at least one second chill roll 334, and described second chill roll preferably shows as the rotary body 334 that at least one the 6th motor drives further.Preferably, the second chill roll 334 is driven by the second chill roll drive unit 341 and/or can be driven.Preferably, at least one second drier 331 and the component introduced are relatively substantially and preferably completely further to construct symmetrically relative at least one first drier 301.At least one second drier 331 preferably has air-breather equally, its construct with being similar to the air-breather of at least one the first drier 301 and/or with its connection or identical.

The parts of the dryer unit 300 that at least one second drier 331 is preferably identical with at least one the first drier 301, are preferably placed in identical housing 329 further.With space arrangement relatively, dryer unit 300 and and then further preferably at least one first drier 301 also have at least one second drier 331 to be preferably placed between at least one first printing element 200 and at least one the second printing element 400.This means, the rotation 207 of at least one first central cylinder 201 preferred of at least one the first printing element 200 is arranged in the mode crossing with at least one dryer unit 300 with the straight line connecting line of the rotation 407 of at least one second central cylinder 401 preferred of at least one the second printing element 400.

Transmission stroke preferred cloth after at least one second drier 331 along printable fabric web 02 is equipped with at least one pull-out roll 501.At least one pull-out roll 501 preferably has oneself the CD-ROM drive motor 504 being configured to pull-out roll drive unit 504.At least one pull-out roll 504 preferably shows as the 7th rotary body 504 that at least one motor drives.At least one pull-out roll 501 is preferably formed and pulls out gap 503 together with the pull-out eindruckwerk 502 shifting near towards at least one pull-out roll 501 and/or can shift near, printable fabric web 02 clamps in pull-out gap, and printable fabric web 02 is transferred by this pull-out gap 503.At least one pull-out roll 501 also can be configured to suction roll.Pull-out eindruckwerk 502 preferably has following shell face, and described shell face is made up of elastomeric material (such as elastomer).Pull-out gap 503 is preferred for the transmission regulating web tension degree and/or printable fabric web 02.

About the transmission stroke of printable fabric web 02 before pull-out roll 501 and/or below, transmission stroke particularly along printable fabric 02 is equipped with at least one damping device again in the preferred cloth below of at least one drier 301, and it is preferably made up the very large water loss that printable fabric web 02 occurs due to the process through dryer unit 300.At least one again damping device preferably there is at least one first electrode, described first electrode preferably give printable fabric web charging electric charge.At least one again damping device preferably there is at least one second electrode, described second electrode and at least one the first electrode charge on the contrary and discharge near described electrode preferably in preferred charged little water droplet and/or the water of vapor form.At least one first electrode on the one hand and/or be loaded the printable fabric web 02 of electric charge and at least one second electrode on the other hand together forms capacitor, in the electric field of this capacitor, be preferably loaded the little water droplet of electric charge and/or steam and move in printable fabric web 02 and to soak this printable fabric web when reaching.Prevent thus: particularly when printable fabric web 02 is continued to add man-hour, this printable fabric web has fragility unnecessary.

Transmission stroke along printable fabric web 02 is furnished with at least one following process device 500 after pull-out gap 503 and/or damping device, described following process device is configured to folding apparatus 500 and/or has sheet-fed cutting knife 500 and/or smooth paper delivery device 500, or is configured to coiler device 500.In following process device 500 and/or by following process device 500, to printable fabric web 02 preferably in addition folding and/or cutting and/or bookbinding and/or classification and/or bending and/or packing dress and/or winding.

Exemplarily introduce a kind of preferred following process device 500.Printable fabric web 02 preferably guides around at least one turning bar 506 or guide roller 506 and turns in following process device 500, and described turning bar or guide roller become the angle of 40 ° to 50 ° directionally to arrange relative to the direction of transfer of printable fabric web 02.Preferred cloth is equipped with at least one Former 507, and described Former is such as preferably provided with longitudinal folding line to printable fabric web 02.The transmission stroke of printable fabric web 02 alternatively can be made also around at least one Former 507.(so interchangeable transmission stroke is such as shown in broken lines in Fig. 10.)。Next, the transmission stroke of printable fabric web 02 is preferably extended past at least one guide roller 508 and/or is run by least one pair of conveyer belt 509.Preferably, these segmentations by transverse cutting device 511 section of being cut into, and are provided with the first lateral fold by folding blade 512 and folding roller to 513 by printable fabric web 02.Next, these segmentations are preferably provided with second longitudinal folding line that may exist if desired by another folding blade 514 (such as folding weight 514) alternatively and/or are bound and/or suitably cut.Other or interchangeable similar processing scheme can be considered equally.Production Example optional 8 can to open as having, 12 to open or 16 print products opened in this manner.

Printable fabric web 02 can be divided into multiple segmentation through the transmission stroke of printing machine 01.The transmission stroke of web press 01 is passed through, at the rotary body 103 that printable fabric web 02 and motor drive along printable fabric web 02; 118; 201; 304; 401; 334; Multiple contact site is furnished with between 501.Preferably, two this rotary bodies 103 driven at printable fabric web 02 and motor; 118; 201; 304; 401; 334; Contact site between 501 is to the transmission stroke restricted boundary of printable fabric web 02 through printing machine.

This first contact site is determined preferably by roll web decoiling equipment 100, and wherein, spool holding device 103 preferably shows as the first rotary body 103 of corresponding motor driving and driven by the CD-ROM drive motor 104 of roll web decoiling equipment 100.This second contact site is drawn in gap 119 preferably by roll web and is determined, wherein, pulling roll 118 preferably shows as the second rotary body 118 of corresponding motor driving and driven by traction drive motor 146.This 3rd contact site is determined preferably by least one first central cylinder 201, and wherein, preferably at least one first central cylinder 201 shows as the 3rd rotary body 201 of corresponding motor driving and driven by its first CD-ROM drive motor 208.This 4th contact site is determined preferably by the first chill roll gap 309, and wherein, the first chill roll 304 preferably shows as the 4th rotary body 304 of corresponding motor driving and driven by the first chill roll CD-ROM drive motor 311.This 5th contact site is determined preferably by least one second central cylinder 401, and wherein, at least one second central cylinder 401 preferably shows as the 5th rotary body 401 of corresponding motor driving and driven by its CD-ROM drive motor 408.This 6th contact site is determined preferably by the second chill roll gap 339, and wherein, the second chill roll 334 preferably shows as the 6th rotary body 334 of corresponding motor driving and driven by the CD-ROM drive motor 341 being configured to the second chill roll CD-ROM drive motor 341.This 7th contact site is determined preferably by pull-out gap 503, and wherein, pull-out roll 501 preferably shows as the 7th rotary body 501 of corresponding motor driving and driven by pull-out roll drive unit 504.

Extend between the second contact site between the rotary body 118 that the first contact site between the rotary body 103 that first segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Extend between the 3rd contact site between the rotary body 201 that the second contact site between the rotary body 118 that second segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Extend between the 4th contact site between the rotary body 304 that the 3rd contact site between the rotary body 201 that 3rd segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Extend between the 5th contact site between the rotary body 401 that the 4th contact site between the rotary body 304 that 4th segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Extend between the 6th contact site between the rotary body 334 that the 5th contact site between the rotary body 401 that 5th segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Extend between the 7th contact site between the rotary body 501 that the 6th contact site between the rotary body 334 that 6th segmentation of the transmission stroke of printable fabric web 02 preferably drives with motor in printable fabric web 02 and printable fabric web 02 drive with motor.Preferably, for each segmentation of the transmission stroke of printable fabric web 02 is respectively to there being at least one measurement mechanism 141; 216; 214; 416; 414; 343, more preferably measuring roller 141; 216; 214; 416; 414; 343.Measurement mechanism 141; 216; 214; 416; 414; 343 (particularly measuring rollers 141; 216; 214; 416; 414; 343) in each for detect the transmission stroke of printable fabric web 02, segmentation corresponding to corresponding measuring roller.

Transmitting the first segmentation of stroke preferably from the printable fabric web 101s is connected with spool holding device 103 in roll web decoiling equipment 100, first preferably extending past oscillating roller 113 and by web aligning device 114 and preferred the first measuring roller 141 around being configured to draw in measuring roller 141 and extend into and draw in gap 119.Preferably realize the adjustment to the web tension degree in this first segmentation in the following manner: at least one CD-ROM drive motor 104 of spool holding device 103 is regulated like this in its rotary speed, the swing arm 121 of carrying oscillating roller 113 is made to remain on nominal position, such as, in centre position.Alternatively or additionally realize the adjustment to the web tension degree in this first segmentation as follows: at least one CD-ROM drive motor 104 of spool holding device 103 is regulated like this in its rotary speed, make the rating number meeting web tension degree by the numerical value measured by the first measurement mechanism 141 being preferably configured as the first measuring roller 141 (particularly drawing in measuring roller 141) of web tension degree.

In the second segmentation transmitting stroke, preferred cloth is equipped with at least one second measurement mechanism 216, and described second measurement mechanism is preferred for the web tension degree in measurement second segmentation.Transmit the second segmentation of stroke preferably from drawing in 119s, gap, around the first printing element 200 the second measuring roller 216 and around the first reversing roller 203 and at least in part around at least one central cylinder 201 and the first eindruckwerk gap 209 preferably extending at least one the first printing element 200 further.Preferably, transmit stroke from drawing in 119s, gap, and preferably around at least one second measuring roller 216 of the first printing element 200, first so that compared to the vertical component that may exist, the horizontal component of Yan Geng great extends past the first printing element 200, and then so that compared to the horizontal component that may exist, the vertical component of Yan Geng great extends to the height below at least one first central cylinder 201, and then so that compared to the vertical component that may exist, the horizontal component of Yan Geng great is passed in the below of the rotation 207 of at least one the first central cylinder 201, then the cylinder shell face extending at least one the first center drum 201 around the first slewing rollers 203 preferably enters in the first eindruckwerk gap 209.Alternatively, also the second measurement mechanism 216 can be arranged further in the wings along transmission stroke.Subsequently, transmit stroke from drawing in 119s, gap, first so that compared to the vertical component that may exist, the horizontal component of Yan Geng great extends past at least one first printing element 200, and then so that compared to the horizontal component that may exist, the vertical component of Yan Geng great extends downward the height below at least one first central cylinder 201, then so that compared to the vertical component that may exist, the horizontal component of Yan Geng great is passed in the below of the rotation 207 of at least one the first central cylinder 201, then around the second measuring roller 216 and extend at least one the first center drum 201 around the first slewing rollers 203 cylinder shell face on and preferably enter in the first eindruckwerk gap 209.

In preferred first embodiment, realize the adjustment to web tension degree in the second segmentation as follows, by the second measurement mechanism 216 (particularly the second measuring roller 216), web tension degree is measured, and regulate the rotary speed of pulling roll 118 by tractive CD-ROM drive motor 146 as follows, make the web tightness at the second measurement mechanism 216 (particularly the second measuring roller 216) place adopt the numerical value preset.In this second embodiment, as follows the web tension degree in the second segmentation is regulated, mode is: measured web tension degree by the second measurement mechanism 216 (particularly the second measuring roller 216), and the rotary speed of the first central cylinder 201 is regulated like this by its CD-ROM drive motor 208, the web tightness at the second measurement mechanism 216 (particularly the second measuring roller 216) place is made to adopt the numerical value preset.

In the 3rd segmentation transmitting stroke, preferred cloth is equipped with at least one the 3rd measurement mechanism 214, and described 3rd measurement mechanism is preferred for the web tension degree in measurement the 3rd segmentation.3rd measurement mechanism 214 is preferably configured as the 3rd measuring roller 214.The 3rd segmentation transmitting stroke, preferably from least one the first central cylinder 201 and/or the first 209, eindruckwerk gap, extends through at least one the first drier 301 and enters the first chill roll gap 309.Transmit stroke from least one the first central cylinder 201 and/or the first eindruckwerk 209, extend through at least one the first printing equipment 211 and be configured to the slewing rollers 214 of the 3rd measuring roller 214 and at least one slewing rollers 312 around at least one the first drier 301 around at least one of the first printing element 200, and through at least one first drier 301, and to turn back roller 307 and around the first chill roll 304 around first of the first cooling device 303, extend in the first chill roll gap 309.In preferred first embodiment, realize the adjustment to the web tension degree in the 3rd segmentation as follows, make to measure web tension degree by the 3rd measurement mechanism 214 (particularly the 3rd measuring roller 214), and the rotary speed of at least one the first central cylinder 201 CD-ROM drive motor 208 by this first central cylinder is regulated as follows: make the web tension degree on the 3rd measurement mechanism 214 (particularly the 3rd measuring roller) adopt the numerical value preset.In this second embodiment, realize the adjustment to web tension degree in the 3rd segmentation as follows, make to measure web tension degree by the 3rd measurement mechanism 214 (particularly the 3rd measuring roller 214) and adjusted like this by the first chill roll CD-ROM drive motor 311 of chill roll to the rotary speed of the first chill roll 304: make the web tension degree on the 3rd measurement mechanism 214 (particularly the 3rd measuring roller) adopt the numerical value preset

In the 4th segmentation transmitting stroke, preferred cloth is equipped with at least one the 4th measurement mechanism 416, and described measurement mechanism is preferred for the web tension degree in measurement the 4th segmentation.4th measurement mechanism 416 is preferably configured as the 4th measuring roller 416.Transmit the 4th segmentation of stroke preferably from the first 309s, chill roll gap, around at least one the 4th measuring roller 416 and around the second slewing rollers 403 and at least in part around the second central cylinder 401 and the second eindruckwerk gap 409 preferably extending at least one the second printing element 400.Preferably, transmit stroke from the first 309s, chill roll gap, primarily so that compared to the vertical component that may exist, the horizontal component of Yan Geng great extends past at least one first drier 301 and at least one second drier 331, and then so that compared to the horizontal component that may exist, the component pointed to straight down of Yan Geng great extends on the height below the second central cylinder 401, and then so that compared to the vertical component that may exist, the horizontal component of Yan Geng great extends past and extends through below the rotation 407 of the second central cylinder 401, and then around the 4th measuring roller 416 and the cylinder shell face extending to the second central cylinder 401 around the second slewing rollers 403, and preferably extend into the second eindruckwerk gap 409.In preferred first embodiment, realize the adjustment to the web tension degree in the 4th segmentation as follows, make to measure web tension degree by the 4th measurement mechanism 416 (particularly the 4th measuring roller 416) and regulate as follows the rotary speed of the first chill roll (304) by the first chill roll drive motors 311 of the first chill roll, making the web tension degree on the 4th measurement mechanism 416 (particularly the 4th measuring roller 416) adopt the numerical value preset.In this second embodiment, realize the adjustment to the web tension degree in the 4th segmentation as follows, make to measure web tension degree by the 4th measurement mechanism 416 (particularly the 4th measuring roller 416) and the rotary speed of the second central cylinder 401 CD-ROM drive motor 408 by the second central cylinder is regulated as follows, making the web tension degree on the 4th measurement mechanism 416 (particularly the 4th measuring roller 416) adopt the numerical value preset.

In the 5th segmentation transmitting stroke, preferred cloth is equipped with at least one the 5th measurement mechanism 414, and described measurement mechanism is preferred for the web tension degree in measurement the 5th segmentation.5th measurement mechanism 414 is preferably configured as the 5th measuring roller 414.The 5th segmentation transmitting stroke preferably extends through at least one the second drier 331 from least one second central cylinder 401 and/or the second 409s, eindruckwerk gap and enters the second chill roll gap 339.Transmit stroke preferably from least one the second central cylinder 401 and/or the second 409, eindruckwerk gap, be configured to the slewing rollers 414 of the 5th measuring roller 414 around at least one of the second printing element 400 through at least one second printing equipment 411 and turn back roller 337 and around the second chill roll 334 until extend into the second chill roll gap 339, described chill roll gap is formed by the second chill roll 334 and the second chill roll eindruckwerk 336 around the 3rd of the second cooling device 333 around at least one slewing rollers 342 of at least one the second drier 331 and through at least one second drier 331.Second chill roll 334 preferably has oneself the second chill roll CD-ROM drive motor 341.In preferred first embodiment, realize the adjustment to the web tension degree in the 5th segmentation, mode is: measure web tension degree by the 5th measurement mechanism 414 (particularly the 5th measuring roller 414), regulates as follows the rotary speed of the second central cylinder 401 CD-ROM drive motor 408 by the second central cylinder: make the web tension degree on the 5th measurement mechanism 414 (particularly the 5th measuring roller 414) adopt the numerical value preset.Realize regulating to the web tension degree in the 5th segmentation in this second embodiment, mode is: measure web tension degree by the 5th measurement mechanism 414 (particularly the 5th measuring roller 414), and regulates as follows the rotary speed of the second chill roll 334 the second chill roll CD-ROM drive motor 341 by the second chill roll: make the web tension degree on the 5th measurement mechanism 414 (particularly the 5th measuring roller 414) adopt the numerical value preset.

In the 6th segmentation transmitting stroke, preferred cloth is equipped with at least one the 6th measurement mechanism 343, and described 6th measurement mechanism is preferred for the web tension degree in measurement the 6th segmentation.6th measurement mechanism 343 is preferably configured as the 6th measuring roller 343.The 6th segmentation transmitting stroke is passed from the second chill roll gap 339 between at least one first drier 301 and at least one the second drier 331, and extends through pull-out gap 503 around at least one the 6th measuring roller 343.In preferred first embodiment, realize regulating to the web tension degree in the 6th segmentation as follows, mode is: measure web tension degree by the 6th measurement mechanism 343 (particularly the 6th measuring roller 343), and the rotary speed of the second chill roll 334 the second chill roll CD-ROM drive motor 341 by the second chill roll is regulated as follows, makes the web tension degree at the 6th measurement mechanism 343 (particularly the 6th measuring roller 343) place adopt the numerical value preset.Realize regulating to the web tension degree in the 6th segmentation in this second embodiment, mode is: measure web tension degree by the 6th measurement mechanism 343 (particularly the 6th measuring roller 343), and regulates as follows the rotary speed of the pull-out roll 501 pull-out roll drive unit 504 by pull-out roll: time the 6th measurement mechanism 343 (particularly the 6th measuring roller 343) place web tension degree keep constant.

Preferably, all measurement mechanisms 141; 216; 214; 416; 414; 343 (particularly measuring rollers 141; 216; 214; 416; 414; 343) and/or other measurement mechanism that web tension degree is measured and all CD-ROM drive motors 104; 146; 208; 311; 408; 341; 504 are connected with the machine controller being in higher level, are preferably connected with the electric drive axis of guide further.Once based on to the measurement of web tension degree to this CD-ROM drive motor 104; 146; 208; 311; 408; 341; 504 when having an impact, then the machine controller being placed in higher level is preferably to the rotary body 103 that the transmission stroke about printable fabric web 02 drives at front and/posterior, motor; 118; 201; 304; 401; 334; 501 multiple and be preferably all CD-ROM drive motors 104; 146; 208; 311; 408; 341; 504 have an impact.Thus, the whole transmission stroke along degree web of material 02 realizes mating fast especially with the change of web tension degree.In another embodiment, the web tension degree in each segmentation is independently adjusted.Thus, in adjacent segmentation, indirectly obtain the change of web tension degree, these changes equally also can be compensated automatically.The rotary body 103 that motor drives; 118; 201; 304; 401; 334; At least one CD-ROM drive motor 104 of 501; 146; 208; 311; 408; 341; 504 and preferred just what a CD-ROM drive motor 104; 146; 208; 311; 408; 341; 504 CD-ROM drive motors 104 being preferably configured as guiding function; 146; 208; 311; 408; 341; 504.Preferably, the CD-ROM drive motor 104 of guiding function is played; 146; 208; 311; 408; 341; The rotary speed of 504 is arranged, preferred independent of measuring roller 141 further; 216; 214; 416; 414; The measurement ground of 343 is arranged.Further preferably, pull-out roll drive unit 504 has been CD-ROM drive motors 504 of guiding function.

Thus, the printing machine 01 that preferred acquisition is following, described printing machine preferably has at least one first printing element 200, described first printing element preferably has: at least one ink jet printing head 212, at least one first printing central cylinder 201 and oneself first print the first corresponding CD-ROM drive motor 208 of central cylinder 201 with at least one, wherein, printable fabric web 02 preferably has at least one first and second segmentation through the transmission stroke of printing machine 01, the rotary body 103 that described first and second segmentations are driven by printable fabric web 02 and motor respectively; 118; 201; 304; 401; 334; The contact site of 501 and/or the rotary body 103 driven by motor; 118; 201; 304; 401; 334; 501 itself carry out limited boundary, and preferably at least corresponding first piecewise is equipped with at least one first measurement mechanism 141 of the web tension degree for measuring the printable fabric web 02 in the first segmentation; 216; 214; 416; 414; 343, and preferably at least corresponding second piecewise is equipped with at least one second measurement mechanism 141 of the web tension degree for measuring the printable fabric web 02 in the second segmentation; 216; 214; 416; 414; 343, and preferred arrangements has machine controller, preferred with respect to being at least at least one first measurement mechanism 141 further by this machine controller; 216; 214; 416; 414; At least one measurement result of 343 and at least one the second measurement mechanism 141; 216; 214; 416; 414; 343 at least one measurement result when, to being at least that web tension degree in the first segmentation of the transmission stroke of printable fabric web 02 is regulated and/or can regulate, and/or with respect to being at least at least one first measurement mechanism 141; 216; 214; 416; 414; At least one measurement result of 343 and at least one the second measurement mechanism 141; 216; 214; 416; 414; 343 at least one measurement result when, to being at least that web tension degree in the second segmentation of the transmission stroke of printable fabric web 02 is regulated and/or can regulate.

Preferably, the first CD-ROM drive motor 208 of at least one the first printing central cylinder 201 corresponding is regulated by machine controller and/or can be regulated.Preferably, at least one ink jet printing head 212 is controlled by machine controller and/or can be controlled, and/or adjusted and/or can regulate.Preferably, the angle position that at least one ink jet printing head 212 prints central cylinder 201 by machine controller and at least one is controlled relatively and/or can be controlled, and/or adjusted and/or can regulate.Preferably, at least one in described segmentation carrys out restricted boundary by least one first printing central cylinder 201.

Preferably, the transmission stroke of printing machine 01 is passed along described printable fabric web 02, after at least one printing element 200, be furnished with at least one second printing element 400, and at least one second printing element 400 has the second CD-ROM drive motor 408 of at least one second printing central cylinder 401 and at least one the second printing central cylinder 401 corresponding.Preferably, the transmission stroke of printing machine 01 is passed, being furnished with at least one first drier 301 and being furnished with at least one second printing element 400 afterwards and being furnished with at least one second drier 331 afterwards at least one printing element 200 below along described printable fabric web 02.Preferably the second printing element 400 has at least one preferred sensing second the printing shell face of central cylinder 401 or ink jet printing head 412 of at least one transfer article (at least one transfer platen of such as the second printing element 400 and/or at least one transfer belt) further, described ink jet printing head is controlled by machine controller and/or can be controlled, and/or adjusted and/or can regulate.Preferably, at least one ink jet printing head 412 of second printing element 400 by machine controller be at least that at least one first prints the angle position of central cylinder 201 and/or rotary speed and/or at least one second prints the angle position of central cylinder 401 and/or rotary speed is controlled relatively and/or can control, and/or adjusted and/or can regulate.Particularly when changing in the web tension degree be at least one segmentation that the first printing central cylinder 201 and second prints between central cylinder 401 transmitting stroke, realize the change of the phase place of at least one first printing central cylinder 201 and at least one the second printing central cylinder 401, this is because printable fabric is stretched or removes tensioning, and shorten thus, but transmission stroke remains unchanged.

Preferably, each segmentation of the transmission stroke of printable fabric web 02 is at least at one side and preferred at the two-sided rotary body 103 driven by motor further; 118; 201; 304; 401; 334; 501 limited boundaries, the CD-ROM drive motor 104 of described rotary body; 146; 208; 311; 408; 341; 504 to be regulated by machine controller and/or can be regulated.Preferably, at least one and the further preferably just rotary body 103 that drives of what a motor; 118; 201; 304; 401; 334; 501 (they are arranged in the mode of at least one section of limited boundary of the transmission stroke to printable fabric web 02) with for measuring the measurement mechanism 141 of the web tension degree of printable fabric web 02; 216; 214; 416; 414; The measurement of 343 is independently preferred to be regulated by machine controller and/or can be regulated.Preferably, the rotary body 501 that at least one segmentation of the transmission stroke of printable fabric web 02 is driven by the motor being preferably configured as pull-out roll 501 carrys out restricted boundary, this rotary body with transmit stroke and be arranged in after second of the second printing element 400 prints central cylinder 401 relatively.Further preferably, the rotary body 501 that the motor being configured to pull-out roll 501 drives with for measuring the measurement mechanism 141 of the web tension degree of printable fabric web 02; 216; 214; 416; 414; The measurement of 343 is independently preferred to be regulated by machine controller and/or can be regulated.Particularly be provided with the print speed printing speed of printing machine thus.

Preferably, second print transmission stroke between central cylinder 401 along printable fabric web 02 at least one first printing central cylinder 201 and at least one, be furnished with in the mode kept in touch with printable fabric web 02 rotary body 304 that at least one other motor drives.

Preferably, the rotary body 103 of web tension degree by being limited at least one Angle Position of at least one rotary speed and/or at least one this segmentation at least one segmentation of the transmission stroke of printable fabric web 02; 118; 201; 304; 401; 334; 501 are regulated and/or can be regulated, the CD-ROM drive motor 104 of described rotary body; 146; 208; 311; 408; 341; 504 to be regulated by machine controller and/or can be regulated.

Preferably, at least one first measurement mechanism 141; 216; 214; 416; 414; 343 are configured at least one first measuring roller 141; 216; 214; 416; 414; 343, and/or at least one second measurement mechanism 141; 216; 214; 416; 414; 343 are configured at least one second measuring roller 141; 216; 214; 416; 414; 343.Further preferably, at least one first measuring roller 141; 216; 214; 416; 414; 343 and/or at least one second measuring roller 141; 216; 214; 416; 414; 343 are supported in and have in the supporting member of dynamometer, by dynamometer preferably can to corresponding measuring roller 141; 216; 214; 416; 414; The orthogonally oriented power of the rotation of 343 is measured.Preferably, at least one first measuring roller 141; 216; 214; 416; 414; 343 be configured to passive rotation and/or can the measuring roller 141 of passive rotation; 216; 214; 416; 414; 343, and the rotating driving device not possessing self, and/or at least one second measuring roller 141; 216; 214; 416; 414; 343 be configured to passive rotation and/or can the measuring roller 141 of passive rotation; 216; 214; 416; 414; 343, and the rotating driving device not possessing self, and/or each measuring roller 141; 216; 214; 416; 414; 343 be all configured to passive rotation and/or can the measuring roller 141 of passive rotation; 216; 214; 416; 414; 343, and the rotating driving device not possessing self.

Preferably, at least one first segmentation of the transmission stroke of printable fabric 02 and at least one second segmentation, with regard at least one end, carry out restricted boundary by following gap, the rotary body 103 that described gap is driven by a motor by least one respectively; 118; 201; 304; 401; 334; 501 with the tractive eindruckwerk 117 shifted near towards this rotary body and/or eindruckwerk 206,406 and/or chill roll 306; 336 and/or pull-out eindruckwerk 502 formed.

Preferably, for printable fabric web 02 through each transmission stroke about printable fabric web 02 of the transmission stroke of printing machine 01 in the last printing central cylinder 201 of printing machine 01; 401 above and further the preferred segmentation in pull-out roll 501 arranged in front measure the measurement mechanism 141 of the web tension degree of printable fabric web 02 to should be had at least one for corresponding corresponding segment; 216; 214; 416; 414; 343, and by machine controller when with respect at least one measurement result of the web tension degree in the printable fabric web 02 all described segmentation through the transmission stroke of printing machine 01, the web tension degree of at least one in these segmentations is regulated and/or can be regulated, and preferred further printable fabric web 02 is being regulated through the web tension degree in each segmentation of the transmission stroke of printing machine 01 and/or can regulated.

Preferably, at least one first measurement mechanism 141; 216; 214; 416; 414; 343 and/or at least one second measurement mechanism 141; 216; 214; 416; 414; 343 with the segmentation of the transmission stroke of printable fabric web 02 is limited, rotary body 103 that motor drives; 118; 201; 304; 401; 334; 501 distinguish.

Preferably, machine controller access about printable fabric web 02 through printing machine transmission stroke be at least the first segmentation and the second segmentation and the preferably data of length of all segmentations and/or the data to the material behavior (such as elastic modelling quantity) about printable fabric web 02.Preferably to store data in further in data storage and to be used to regulate web tightness.

In at least one modification of printing machine, printing machine 01 is configured to web-fed rotary ink-jet printer 01, and at least one transfer article is first to print the mode forming transfer printing gap together with central cylinder 201 with at least one and arrange.So preferably at least one print head 212 points at least one transfer article.Printing central cylinder 201 is preferably configured as impression printing cylinder in this case.

Preferred acquisition is a kind of for regulating along transmitting the method for stroke through the web tension degree of the printable fabric web 02 of web press 01, wherein, printing machine 01 has at least one first printing element 200, and at least one printing central cylinder 201 of at least one the first printing element 200 drives by the CD-ROM drive motor 208 of at least one the first printing central cylinder 201 of correspondence of oneself, and from least one ink jet printing head 212 of at least one the first printing element 200 injection printing-ink transfer printing and/or can be transferred in printable fabric web 02, wherein, the transmission stroke of printable fabric web 02 at least has the first segmentation and the second segmentation, the rotary body 103 that described first segmentation and the second segmentation are driven by printable fabric web 02 and motor respectively, 118, 201 carry out limited boundary, and by least one the first measurement mechanism 141, 216, 214, 416, 414, 343 measure the web tension degree of printable fabric web 02 in the first segmentation, by least one the second measurement mechanism 141, 216, 214, 416, 414, 343 measure the web tension degree of printable fabric web 02 in the second segmentation, and by machine controller at least one the first measurement mechanism 141, 216, 214, 416, 414, the measurement result of 343 also has at least one second measurement mechanism 141, 216, 214, 416, 414, the measurement structure of 343 is applied, to be regulated the web tension degree being at least printable fabric web 02 in the first segmentation of the transmission stroke being in printable fabric web 02 and/or the second segmentation.

Preferably, regulated by machine controller with at least one first rotary speed of printing CD-ROM drive motor corresponding to central cylinder 201 208.

Preferably, at least one ink jet printing head 212 of first printing element 200 is particularly at least controlled with at least one first angle position printing central cylinder 201 relatively by machine controller, and/or at least one ink jet printing head 212 of the first printing element 200 particularly can at least be controlled with at least one first angle position printing central cylinder 201 relatively by machine controller.Further preferably, at least one ink jet printing head 412 of the second printing element 400 also can be controlled by machine controller and/or at least one ink jet printing head 412 of the second printing element 400 also can be able to be controlled by machine controller.Further preferably, at least one ink jet printing head 412 of second printing element 400 at least first can print the angle position of central cylinder 201 and/or rotary speed is controlled relatively with at least one by machine controller, and/or at least second print the angle position of central cylinder 401 and/or rotary speed is controlled relatively with at least one, and/or second at least one ink jet printing head 412 of printing element 400 at least first can print the angle position of central cylinder 201 and/or rotary speed is controlled relatively with at least one by machine controller, and/or at least second print the angle position of central cylinder 401 and/or rotary speed is controlled relatively with at least one.

In the modification of printing process, at least one ink jet printing head 412 of the second printing element 400 points on the second printing central cylinder 401 of the second printing element 400 or the transfer surface of at least one transfer article (such as at least one transfer platen and/or at least one transfer belt).So, described method further preferred strong point is: printing machine 01 is configured to web-fed rotary ink-jet printer 01, and at least one transfer article is first to print the mode forming transfer printing gap together with central cylinder 201 with at least one and arrange, from at least one ink jet printing head 212, the printing-ink of injection is transferred at least one transfer article, and this printing-ink is transferred to after a while and prints with at least one in printable fabric web 02 that central cylinder 201 keeps in touch afterwards.

The preferred strong point of described method is, each segmentation of the transmission stroke of printable fabric web 02 at least on one side and further on two sides by one or the rotary body 103 that driven by a motor respectively; 118; 201; 304; 401; 334; 501 limited boundaries, the CD-ROM drive motor 104 of described rotary body; 146; 208; 311; 408; 341; 504 can be regulated by machine controller and/or be regulated by machine controller.

The preferred strong point of described method is, for printable fabric web 02 through each transmission stroke about printable fabric web 02 of the transmission stroke of printing machine 01 in the last printing central cylinder 201 of printing machine 01; 401 above and further the preferred segmentation in pull-out roll 501 arranged in front measure the measurement mechanism 141 of the web tension degree of printable fabric web 02 to should be had at least one for corresponding corresponding segment; 216; 214; 416; 414; 343, and by machine controller when with respect at least one result of the web tension degree in the printable fabric web 02 all described segmentation through the transmission stroke of printing machine 01, to printable fabric web 02 through at least one in the segmentation of the transmission stroke of printing machine 01 and be preferably multiple in web tension degree regulated and/or can be regulated.

Further preferably, strong point of the present invention is, for printable fabric web 02 through each transmission stroke about printable fabric web 02 of the transmission stroke of printing machine 01 in the last printing central cylinder 201 of printing machine 01; 401 above and further the preferred segmentation in pull-out roll 501 arranged in front measure the measurement mechanism 141 of the web tension degree of printable fabric web 02 to should be had at least one for corresponding corresponding segment; 216; 214; 416; 414; 343, and by machine controller when with respect to when passing at least one result of the web tension degree in all described segmentation of the transmission stroke of printing machine 01 in printable fabric web 02, printable fabric web 02 is regulated through the web tension degree in each in the segmentation of the transmission stroke of printing machine 01 and/or can be regulated.

Strong point of the present invention is preferably, in order to regulate web tension degree, angle position and/or the rotary speed of at least one the first printing central cylinder 201 is derived based on rating number, and/or at least one second printing central cylinder 401 angle position and/or rotary speed, described rating number by machine controller at least one first printing central cylinder 201 at least one first CD-ROM drive motor 208 and/or at least one second printing central cylinder 401 at least one second CD-ROM drive motor 408 preset.

The strong point of described method is preferably, at least one print head 212 of at least one the first printing element 200 points to the shell face of at least one first printing central cylinder 201 or at least one transfer article (such as at least one transfer platen and/or at least one transfer belt), and/or at least one print head 412 of at least one the second printing element 400 points on the shell face of the second printing central cylinder 401 or at least one transfer article (such as at least one transfer platen and/or at least one transfer belt).

In the embodiment of the simplification of printing machine 01, cancel the first chill roll gap 309 and/or the second chill roll gap 339, thus the 3rd segmentation mentioned and the 4th segmentation mentioned form a common segmentation, and/or the 5th segmentation mentioned and the 6th segmentation mentioned form a common segmentation.When printable fabric 02 and chill roll 304; When friction between 334 is enough large, even if do not arranging cooling roll gap gap 309; When 339, still realize segmentation presented hereinbefore and divide.Additionally and/or alternatively, in the embodiment of described or other simplification, the first and/or second eindruckwerk 206 is cancelled; 406.This process is such as guaranteeing that according to other modes (such as by sufficiently high friction) is in printable fabric web 02 and central cylinder 201; When not occurring between 401 to skid, also can be feasible.

It is pointed out that the rotary body driven for motor particularly can be understood as following rotator, the motor of these rotary bodies and driving rotating bodies or be connected on centre transmission of torque part connection with whether contact printable fabric 02 and independently exist.

Preferably, printing-ink is the printing-ink based on water, particularly disperses printing-ink.In one embodiment, from least one print head injection paint vehicle, particularly paint vehicle is disperseed.Print head is such as the print head 212 of the by the agency of of the first printing element 200 or the second printing element 400; One in 412.Alternatively or additionally, be furnished with the printing element that at least one is other, particularly spray paint unit, and this at least one other printing element preferably has at least one additional print head.This paint vehicle preferably based on the paint vehicle of water, such as, disperses paint vehicle.In interchangeable embodiment, be furnished with spray-painting plant, described spray-painting plant is contacted by the roller between printable fabric 02 with japanning roller and is obtained passing on maybe can passing on.

Preferably, in printing operation, change the transfer rate of printable fabric web 02, wherein, at least one print head 212 continues to run during its printing operation, and particularly penetrates printing-ink.This particularly when printing beginning, preferably at least also just performed said process before reaching the transfer rate set by printable fabric web 02.Preferably, at least one print head 212, when printable fabric web 02 is run with any particularly non-vanishing transfer rate, penetrates printing-ink.Preferably at least one print head 212 is when printable fabric web 02 accelerates transfer rate in any form, injection printing-ink, particularly when acceleration for negative with/be timing.This is not only vital in the scope regulating web tension degree, and also achieves and can produce available print product at the very start from printing operation.Thus, save time and materials, this is because the printable fabric 02 seldom occurring mistake printing and/or bite.

Preferably, at least one first printing central cylinder 201 be for support printable fabric web 02 in the first transfer area (the first transfer area especially for coated media), the rotary body 201 that drives with motor.Preferably, at least one second printing central cylinder 401 be for support printable fabric web 02 in the second transfer area (the second transfer area especially for coated media), the rotary body 401 that drives with motor.Preferably, first and/or second transfer area is following region, its arrange be used for printable fabric 02 with set up the region contacted between coated media, be such as the target area of at least one nozzle of at least one print head 212 and/or at least one working region of at least one print head 212 and/or at least one nozzle rod 213 whole working region and/or by printing central cylinder 201 accordingly; 401 gaps formed with the transfer article arranged if desired.

Reference numerals list

01 printing machine, ink-jet printer, web press, roll web ink-jet printer, rotary press, web press, web-fed rotary ink-jet printer

02 printable fabric, printable fabric web, paper web, fabric web, layer material, synthesis material film, tinsel

100 printable fabric sources, roll web decoiling equipment, roll changer

101 printable fabric reels

102——

103 spool holding device, clamping device, clamping pinnacle, clamping cone body, tensioning apparatus, tensioning pinnacle, tensioning bullet, tensioning shaft; Rotary body, first

104 CD-ROM drive motors, electric notor (103)

105——

106 transmission of torque parts, haulage gear, belt, cingulum, gear, chain

107 load bearing arms (101)

108 axles, support, bearing frame (107)

109 pivot axis (108)

110——

111 rotations (101; 103)

112 frames

113 oscillating rollers

114 web edge alignment means, web come into line part, first

115——

116 alignment roller

117 tractive eindruckwerks

118 pulling roll; Rotary body, second

119 draw in gap

120——

121 swing arms

122 tensioning shaft bearings, chuck

123 drive element, tensioning jaw

124 pivot driver devices, electric notor, hydraulic cylinder, electric lift cylinders drive unit

125——

126 angular wheel transmission devices

127 feed device

128 breakthrough parts, opening

129 bearings, rolling bearing, sliding bearing

130——

131 components

132 pivotal area limited parts

133 position sensors

134 reference feature

135——

136 torque pillars

137 torque limited parts

138 keepers, pillar

139 feed mechanisms

140——

141 measuring rollers, draw in measuring roller, measurement mechanism; First

142 position limitation parts

143 cannelures

144 backstops

145——

146 CD-ROM drive motors, traction drive motor (118)

200 printing elements, first

201 printing central cylinder, central cylinder, first; Rotary body, the 3rd

202 printable fabric preparation devices, web preparation device, coating unit, corona unit, electric discharge device, printable fabric cleaning device, web cleaner, dust arrester, first

203 rollers, slewing rollers

204 spaces (201; 203)

205——

206 cylinders, eindruckwerk, first

207 rotations (201)

208 CD-ROM drive motors, electric notor, direct drive unit, individual drive, syncmotor

209 eindruckwerk gaps, first

210

211 printing equipments, ink-jet printing apparatus, ink-jet (Ink-Jet) printing equipment, four-color process device, first

212 print heads, ink jet printing head, first

213 nozzle rods, first

214 slewing rollers, measuring roller, measurement mechanism, the 3rd

215

216 measuring rollers, measurement mechanism, second

300 drying units

301 driers, infrared radiation drier, radiation dryer, fluid desicator, UV curing device, hot air dryer, first

302 radiation sources, infrared emitter

303 cooling devices, first

304 chill rolls, first; Rotary body, the 4th

305——

306 chill roll eindruckwerks

307 turn back roller, and first

308 turn back roller, and second

309 chill roll gaps, first

310——

311 CD-ROM drive motors, chill roll CD-ROM drive motor (304), first

312 slewing rollers

313 air inlet openings (301)

314——

315——

316 housings (302)

317 air feed pipeline, pipeline

318 air feed pipeline, pipeline

319 backing rolls, first

320-328——

329 housings (300)

330——

331 driers, infrared radiation drier, fluid desicator, radiation dryer, hot air dryer, ultraviolet radiation drier, second

332——

333 cooling devices, second

334 chill rolls, second; Rotary body, the 6th

335——

336 chill roll eindruckwerks, second

337 turn back roller, and the 3rd

338——

339 chill roll gaps, second

340——

341 CD-ROM drive motors, chill roll CD-ROM drive motor (334), second

342 slewing rollers

343 measuring rollers, measurement mechanism, the 6th

400 printing elements, second

401 printing central cylinder, printing cylinders, second; Rotary body, the 5th

402 printable fabric cleaning devices, web cleaner, dust arrester, second

403 rollers, slewing rollers

404 spaces (401; 403)

405——

406 cylinders, eindruckwerk, second

407 rotations (401)

408 CD-ROM drive motors, direct drive unit, electric notor, individual drive, syncmotor

409 eindruckwerk gaps, second

410——

411 printing equipments, ink-jet printing apparatus, ink-jet (Ink-Jet) printing equipment, four-color process device, second

412 print heads, ink jet printing head, second

413 nozzle rods, second

414 slewing rollers, measuring roller, the 5th

415——

416 measuring rollers, measurement mechanism, the 4th

500 following process devices, folding apparatus, paper winding device, sheet-fed cutting knife, smooth go out paper

501 pull-out rolls, rotary body, the 7th

502 pull-out eindruckwerks

503 pull-out gaps

504 CD-ROM drive motors, pull-out roll drive unit (501)

505——

506 commutation connecting rod, guide rollers

507 folding funnel

508 guide rollers

509 conveyer belts

510——

511 transverse cutting device

512 folding blades

513 folding rollers pair

514 folding blades

A direction, axially

Claims

1. a web press (01), wherein, described web press (01) has at least one first printing element (200) and at least one the first drier (301), at least one first printing element (200) described has at least one ink jet printing head (212), printable fabric web (02) has at least one first segmentation and the second segmentation through the transmission stroke of described web press (01), the rotary body (103 that at least one first segmentation described and the second segmentation are driven by motor respectively, 118, 201, 304, 401, 334, 501) limited boundary, it is characterized in that, at least one (304) in the rotary body that described motor drives are the first chill roll (304), at least one first drier (301) described has at least one air-breather, at least one air-breather described has at least one air guiding at least one the first drier (301) described and feeds pipeline (317) and at least one heat exchanger and at least one the air outlet conduits road (318) from least one first drier extraction described, at least one air outlet conduits road (318) described and at least one air described feed pipeline (317) and connect with at least one heat exchanger described and/or can connect.

2. a web press (01), wherein, described web press (01) has at least one first printing element (200) and at least one the first drier (301), printable fabric web (02) has at least one first segmentation and the second segmentation through the transmission stroke of described web press (01), the rotary body (103 that at least one first segmentation described and the second segmentation are driven by motor respectively, 118, 201, 304, 401, 334, 501) limited boundary, it is characterized in that, at least one (304) in the rotary body that described motor drives are the first chill roll (304), at least one (103) in the rotary body that described motor drives are at least one spool holding device (103), at least one first drier (301) described has at least one air-breather, at least one air-breather described has at least one air guiding at least one the first drier (301) described and feeds pipeline (317) and at least one heat exchanger and at least one the air outlet conduits road (318) from least one first drier extraction described, at least one air outlet conduits road (318) described and at least one air described feed pipeline (317) and connect with at least one heat exchanger described and/or can connect.

3. web press according to claim 2, is characterized in that, at least one first printing element (200) described has at least one ink jet printing head (212).

4. web press according to claim 1, is characterized in that, at least one (103) in the rotary body that described motor drives are at least one spool holding device (103).

5. the web press according to claim 1,2,3 or 4, is characterized in that, at least one (201) in the rotary body that described motor drives are at least one first printings central cylinder (201).

6. the web press (01) according to claim 1,2,3,4 or 5, it is characterized in that, by at least one heat exchanger described, energy can be delivered at least one air described from the inner chamber at least one air discharge duct road (318) described and feed the inner chamber of pipeline (317).

7. the web press (01) according to claim 1,2,3,4,5 or 6, it is characterized in that, by at least one heat exchanger described, energy can be delivered to from the air-flow flowing through at least one air discharge duct road (318) described and flow through at least one air and feed in the air-flow of pipeline (317).

8. the web press (01) according to claim 6 or 7, it is characterized in that, can by energy when feeding pipeline (317) without being delivered at least one air described when medium transfer from least one air outlet conduits road (318) described.

9. the web press (01) according to claim 1,2,3,4,5,6,7 or 8, it is characterized in that, be furnished with at least one second air and feed pipeline (317), feeding pipeline when walking around at least one air outlet conduits road (318) described and/or at least one heat exchanger described by least one second air described, at least one gas being flowed at least one drier described.

10. the web press according to claim 1,2,3,4,5,6,7,8 or 9, it is characterized in that, at least one drying unit (300) has at least one first drier (301) described and at least one first chill roll (304) described.

11. web presses according to claim 1,2,3,4,5,6,7,8,9 or 10, it is characterized in that, at least one first drier (301) described is configured to radiation dryer (301) at least in part.

12. web presses according to claim 1,2,3,4,5,6,7,8,9,10 or 11, it is characterized in that, being at least at least one first measurement mechanism (141 that described first segmentation is equipped with the web tension degree for measuring the printable fabric web (02) be in described first segmentation; 216; 214; 416; 414; 343) at least one second measurement mechanism (141 that described second segmentation is equipped with the web tension degree for measuring the printable fabric web (02) be in described second segmentation, is at least; 216; 214; 416; 414; 343).

13. web presses according to claim 12, is characterized in that, be furnished with machine controller, by described machine controller, at least with respect at least one first measurement mechanism (141 described; 216; 214; 416; 414; 343) at least one measurement result also has at least one second measurement mechanism (141 described; 216; 214; 416; 414; 343) when at least one measurement result, to be at least in described printable fabric web (02) transmission stroke described first segmentation in web tension degree regulated and/or can be regulated, and/or by described machine controller, at least with respect at least one first measurement mechanism (141 described; 216; 214; 416; 414; 343) at least one measurement result also has at least one second measurement mechanism (141 described; 216; 214; 416; 414; 343) when at least one measurement result, to be at least in described printable fabric web (02) transmission stroke described second segmentation in web tension degree regulated and/or can be regulated.

14. web presses according to claim 1,2,3,4,5,6,7,8,9,10,11,12 or 13, it is characterized in that, at least one first segmentation described of the described transmission stroke of described printable fabric web (02) and at least one second segmentation described with regard at least one end respectively by following gap limited boundary, the rotary body (103 that described gap is driven by least one motor; 118; 201; 304; 401; 334; 501) and the tractive eindruckwerk (117) reclined thereon and/or eindruckwerk (206,406) and/or chill roll eindruckwerk (306; 336) and/or pull-out eindruckwerk (502) formed.

15. web presses according to claim 13 or 14, it is characterized in that, described at least one ink jet printing head (212) is at least controlled relatively and/or can be controlled with at least one first angle position printing central cylinder (201) by described machine controller.

16. web presses according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14 or 15, it is characterized in that, described web press (01) is configured to roll web ink-jet printer (01).

17. the web press according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15 or 16, it is characterized in that, the first rotary body (103 that described first segmentation of the described transmission stroke of described printable fabric web (02) described printable fabric web (02) on the one hand drives with motor; 118; 201; 304; 401; 334; 501) the second rotary body (103 that the first contact site between and described printable fabric web (02) on the other hand drive with motor; 118; 201; 304; 401; 334; 501) extend between the second contact site between.

18. web presses according to claim 17, it is characterized in that, the first rotary body (201) that described motor drives is the first printing central cylinder (201), and/or the second rotary body (304) that described motor drives is described at least one chill roll (304).

19. web presses according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17 or 18, it is characterized in that, have the first printing equipment (211) in described first printing element (200) internal placement, described first printing equipment is arranged with effect and/or the mode that can act on the mode of at least one the first printing central cylinder (201) described and/or sensing and/or can point at least one the first printing central cylinder (201) described.

20. web presses according to claim 5,6,7,8,9,10,11,12,13,14,15,16,17,18 or 19, it is characterized in that, at least one first printing central cylinder (201) described is the rotary body (201) that the motor for supporting printable fabric web (02) in transfer area drives.

21. web presses according to claim 20, is characterized in that, described transfer area is the transfer area for coated media.

22. web presses according to claim 20 or 21, is characterized in that, described transfer area arranges and is used for contacting with setting up between coated media at printable fabric (02).

23. web presses according to claim 2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21 or 22, it is characterized in that, described at least one spool holding device (103) is the spool holding device (103) of at least one roll web decoiling equipment (100).

24. web presses according to claim 5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22 or 23, it is characterized in that, the mask segment of contact surface be set between at least one the first printing central cylinder (201) and described printable fabric web (02) in the shell face of at least one the first printing central cylinder (201) described have around described at least one first print the winding angle that central cylinder (201) is at least 270 °.

25. web presses according to claim 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23 or 24, it is characterized in that, the rotary body (103 that each segmentation of the transmission stroke of described printable fabric web (02) is at least driven by motor in one side; 118; 201; 304; 401; 334; 501) limited boundary, the CD-ROM drive motor (104 of described rotary body; 146; 208; 311; 408; 341; 504) regulated by machine controller and/or can regulate.