CN101688345A

CN101688345A - Machine for continuous open-width treatment of bolts of sheet material, in particular knitted fabrics and/or non-woven fabrics

Info

Publication number: CN101688345A
Application number: CN200880017811A
Authority: CN
Inventors: 瓦尔特·皮扎托
Original assignee: CIMI S P A
Current assignee: CIMI S P A
Priority date: 2007-03-30
Filing date: 2008-03-28
Publication date: 2010-03-31
Also published as: EP2145037A1; WO2008120073A1; ITTO20070234A1

Abstract

A machine (1) for the treatment of bolts of a sheet material formed in a web (2), including: at least one treatment chamber (4), means (10) for moving the web along a pre-set path within the treatmentchamber; and means (11) for controlling the means for moving the web; wherein the means for moving include at least one motor-driven assembly (12), which in turn includes at least one first conveyingmember (14) and one second conveying member (15), which are mobile along a closed path at least in part parallel to at least one stretch of the pre-set path of the web (2), the first and second conveying members being provided with a plurality of cross members (30), oriented perpendicular to a plane containing the closed path and set at intervals apart from one another with a pre-set pitch (P), which is relatively small with respect to the length of the closed path; the first and second conveying members (14, 15) being arranged so that, in use, along the pre-set path of the web, at least onecross member (30) of the first conveying member (14) always co-operates in contact with a first face (31) of the web, and, simultaneously, at least one cross member (30) of the second conveying member(15) always co-operates in contact with a second face (32) of the web, opposite to the first.

Description

Be used for the multireel sheet material, especially the machine of the open-Width Continuous of braided fabric and/or non-woven fabric processing

Technical field

The present invention relates to a kind of multireel sheet material (any fabric of multireel especially that is used for, particularly such as the accurate fabric of braided fabric or two elastic fabrics, the perhaps non-woven fabric by sewing in turn and making with the width of cloth sheet that forms presetting length for example) machine that open-Width Continuous is handled.

Background technology

Known in the art is that the open width of carrying out the multireel fabric in following machine is handled and (more rare) cord treatments (cord treatment): described machine specially is designed for carrying out certain working procedure thereon, for example, chemical treatment (for example, the deposition of reagent, dressing etc.) or physical treatment (for example, utilize steam), or dyeing, or water and/or cleaning agent cleaning simply.

For accurate fabric, for example, braided fabric or non-woven fabric, promptly, the fabric of making by any sheet material that especially when being in moist and heating status, is highly susceptible to prolonging largely or stretches, the open width processor that uses (for example at present, picture known open width processor from document No.GB-A-1181689) shows incomplete satisfactory performance level, especially open ended fabric amount aspect aspect processing speed or in the machine, under the situation of the prolongation that does not produce any unacceptable fabric itself, described processing speed is strict relevant with the maximum possible pace (being not more than 20m/min) of the width of cloth sheet of multireel fabric by machine, open ended fabric amount is subjected to support by means of roller or drum the restriction of multireel width of cloth sheet in the described machine, described roller or drum are furnished with permeable surface, for example, constitute by woven wire, make processor or in any situation connected equipment in plane, have bigger overall dimension.

Summary of the invention

The objective of the invention is to overcome the shortcoming of prior art by the machine that provides a kind of open-Width Continuous that is used for multireel sheet material (especially such as the accurate fabric of the multireel of braided fabric or two elastic fabrics, perhaps for example by sewing in turn) to handle to form the non-woven fabric that width of cloth sheet is made.

According to the present invention, provide a kind of being used for that the multireel sheet material that forms with width of cloth sheet form is carried out the machine that open-Width Continuous is handled thus, limit as claim 1.

Especially, the treatment in accordance with the present invention machine comprises at least one process chamber, is used to make the device that width of cloth sheet moves by process chamber and the pre-set path in process chamber and is used to control the device that makes the device that width of cloth sheet moves.

According to an aspect of the present invention, the device that is used to move comprises at least one motor-driven assembly, described motor-driven assembly comprises at least one first transmission parts and one second transmission parts again, each transmission parts can be along the respective closed path movement of at least one section pre-set path that is parallel to width of cloth sheet at least in part, each is provided with a plurality of cross members first and second transmission parts, described cross member is perpendicular to the plane orientation that comprises closed path, and with preset and compare relative less spacing with the length of closed path and be provided with separating each other.In addition, first and second transmission parts are arranged such that along the pre-set path of width of cloth sheet, at least one cross member of first transmission parts in use always cooperates with first of width of cloth sheet and contacts, and simultaneously, at least one cross member of second transmission parts in use always cooperates with second of width of cloth sheet and contacts, described second opposite with first.

Preferably, at least one cross member that the shape of first and second transmission parts is configured such that second transmission parts in use always cooperates and contact with width of cloth sheet second of a lengthwise position of width of cloth sheet, this lengthwise position near but be different from least one cross member and first cooperation of width of cloth sheet and the lengthwise position that contacts of first transmission parts.

Like this, obtain extraordinary support, but close to each other and basic in all positions of the pre-set path of width of cloth sheet in machine, have the following fact on two faces of width of cloth sheet: or even under the situation of supplying with at a high speed width of cloth sheet (corresponding to the twice of the speed of prior art), also can be easy to accurate fabric is supported.

In addition, according to a further aspect in the invention, control device comprises: be used for detecting based on load cell the device of width of cloth sheet tension force, directly be arranged in the downstream of at least one electric machine part or the downstream of each electric machine part of the device that is preferably used for moving with respect to the direction of advance of width of cloth sheet; And at least one electronic control unit of the control of the actuation speed that is used for feeding back electric machine part by transmitting control signal to electric machine part.

Like this, can further improve the pace of width of cloth sheet in machine.

At last, the treatment in accordance with the present invention machine comprises a more than motor-driven assembly that is arranged in the same process chamber (preferably, a more than process chamber), and these process chambers are arranged on the direction of advance of width of cloth sheet continuously in turn.Similarly, each motor-driven assembly preferably includes first and second transmission parts of a plurality of paired settings, form by first transmission parts and second transmission parts for every pair, these paired transmission parts with a mode perpendicular alignmnet on another be arranged in each process chamber.

Like this, can make the width of cloth sheet of multireel fabric follow pre-set path by process chamber (or a plurality of process chamber), this pre-set path comprises relative to each other with 180 ° of settings, in height stacked, upwards then downwards and/or a plurality of S shape bending that vice versa, remains the absolute control to width of cloth sheet tension force.Therefore, the amount that can be contained in the machine and can simultaneously treated width of cloth sheet significantly increases, and compared with prior art, the overall dimension of treatment in accordance with the present invention machine in plane significantly reduces, therefore, the described machine overall dimension of entire equipment that forms a part reduces.

Description of drawings

With reference to the description of accompanying drawing to the non-limiting embodiment of the present invention that provides fully by way of example, other purpose of the present invention and advantage will become apparent from subsequently, in the accompanying drawing:

Fig. 1 is schematically vertical front view of the machine of the open width processing that is used for multireel webs sheet of structure according to the present invention, has wherein removed some parts;

Fig. 2 shows first details that obtains from the left side of Fig. 1 machine with magnification ratio;

Fig. 3 shows second details that obtains from the right side of Fig. 1 machine with magnification ratio;

Fig. 4 shows the CONSTRUCTED SPECIFICATION of the primary clustering of Fig. 1 machine with the ratio of more amplifying; And

Fig. 5 and Fig. 6 show the details of the magnification ratio of the possible different embodiments of Fig. 4 assembly and Fig. 5 assembly respectively.

The specific embodiment

Referring to figs. 1 through Fig. 4, it is whole that what represent is to be used for multireel sheet material (the multireels precision fabric of especially for example knitting or two elastic fabrics with 1, perhaps in known manner, the non-woven fabric by sewing in turn and making with the width of cloth sheet 2 that forms presetting length for example) machine that open-Width Continuous is handled, described width of cloth sheet can begin to be formed together with known continuation mode from monovolume, and can separate to form described monovolume at the

opposed end

3 and 4 places of machine 1, width of cloth sheet 2 is gone up to be directed and controlled mode translation, as Fig. 1 along vertically launching parallel direction of advance A (Fig. 1) with it between opposed end, arrow indication among Fig. 2 and Fig. 3.

Processor 1 comprises at least one process chamber 4, the a plurality of

process chamber

4a, 4b, the 4c that in the example that illustrates, arrange in turn continuously for direction of advance A along width of cloth sheet 2, each process chamber all is limited in the fluid-tight substantially shell 5, and described shell is the known type of those skilled in the art and is equiped with inspection window 6.Chamber 4c is limited in the shell 5b, and

chamber

4a, 4b are limited in the same shell 5a, this shell is equiped with the passage 8 that is used to transmit width of cloth sheet 2 again in inside at least one dividing wall 7 is divided into two pairs or many to process chamber, shown in present case under be divided into two

chamber

4a, 4b.

Processor 1 further comprises: the device 10 that is used to make width of cloth sheet 2 to move by

process chamber

4a, 4b and 4c and the pre-set path in

process chamber

4a, 4b, 4c, and described pre-set path is the zigzag path shown in the figure of accompanying drawing under present case; And be used to control the device 11 (Fig. 2 and Fig. 3) that makes the device 10 that width of cloth sheet 2 moves.

According to a first aspect of the invention, the device 10 that is used to width of cloth sheet is moved comprises that at least one motor-driven assembly 12 is (under present case, as will be seen, be a plurality of motor-driven assemblies 12), described motor-driven assembly comprises at least one first transmission parts 14 and one second transmission parts 15 (Fig. 4) again, each transmission parts all can move along corresponding closed path, shown in present case under, transmission parts is configured to the shape of similar extension ring, and being parallel to width of cloth sheet 2 at least in part must be along at least one section pre-set path of operation.

At Fig. 1 to the limiting examples shown in Figure 4, first and

second transmission parts

14 and 15 respectively by take turns at least one pair of or pulley 16 (only schematically illustrated in the accompanying drawings) between at least one flexible driving element continuously of stretching form, for example, belt or chain, described take turns or pulley in one be motor-driven, be connected to motor M via transmission device 18 for this reason.Like this, each continuous flexible spare 14,15 limits an above-mentioned closed path around a pair of pulley 16 (continuous flexible spare stretches at pulley room), under present case, this closed path has at least two rectilinear branches 20,21 (Fig. 4), and wherein at least one (being two under present case) rectilinear branches is parallel to one section pre-set path of width of cloth sheet 2.

According to a further aspect in the invention, in addition, each is provided with a plurality of cross members 30 first transmission parts 14 of each assembly 12 and second transmission parts 15, described cross member is perpendicular to comprising by each transmission parts 14, the plane of 15 closed paths that limit is (under present case, be the paper among Fig. 4) orientation, and be provided with to preset spacing P (Fig. 4) with separating each other, (but may even not be like this) that described spacing is preferably constant, in any situation, described spacing with by transmission parts 14, the length of 15 closed paths that limit is compared less relatively, thus with

transmission parts

14,15 length own are compared less relatively.Particularly, spacing P be Centimeter Level (for example, 3cm, the measurement result proof that the experiment test that carries out from the applicant obtains is used to support the width of cloth sheet 2 that is made of multireel braided fabric or two elastic fabric and is the best), and the length of the length of

transmission parts

14,15 and the above-mentioned closed path that limits thus, and especially the length of branch 20,21 is meter levels.

In addition,

transmission parts

14,15 is arranged mutually, thereby above-mentioned pre-set path along width of cloth sheet 2, at least one cross member 30 of transmission parts 14 in use cooperates with first 31 of width of cloth sheet 2 all the time and contacts (Fig. 4), and simultaneously, at least one cross member 30 of transmission parts 15 in use cooperates with second 32 (opposite with face 31) of width of cloth sheet 2 all the time and contacts.

Shown under the present case,

transmission parts

14,15 is arranged such that respective branch 20,21 faces with each other, and, be wound with on every

side transmission parts

14,15 associated pulleys 16 each on the same end 3 of machine 1 or 4 one sides, cover at least 180 ° angle respectively, pulley arrangements becomes one below another, and has preset distance between the I of its center.In addition, according to a further aspect in the invention, measurement result to the height H of the measurement result of the described distance between the I of center and each cross member 30 of recording is in the radial direction selected, make and in use match with width of cloth sheet 2 by the free ends with cross members 30 transmission parts 15 carryings transmission parts 14 carryings, described width of cloth sheet is after partly reeling around the axis of a pulley 16, in every pair of branch that faces 20, be directed between 21, have some interference a little, as shown in Figure 4, thus force the free end bending of width of cloth sheet 2 at each cross member 30 that cooperates with it.In other words, be suitable for following relation:

I＜2H

That is, the distance between the I of center is chosen to the height H sum (on the other hand, described height is equal to each other) less than

transmission parts

14 and 15 cross member 30 separately.

Significantly, for the interference between the motion that prevents

transmission parts

14,15 and prevent by the interference between the respective transversal member 30 of its driving, construct first and second transmission parts 14 of each

assembly

12 and 15 shape, thereby in use, at least one cross member 30 of second transmission parts 15 cooperates and contact with width of cloth sheet 2 second 32 of a lengthwise position of width of cloth sheet 2 all the time, this lengthwise position near but be different from least one cross member 30 and first 31 cooperation of width of cloth sheet 2 and the lengthwise position that contacts of first transmission parts 14.Like this, force width of cloth sheet 2 in the whole section pre-set path that is defined between branch 20 and 21, to adopt zigzag configuration, on the one hand, this can obtain the maximum support of width of cloth sheet 2, and, on the other hand, be convenient to along direction A, especially spur described width of cloth sheet at a high speed along branch 20,21.

According to shown in limiting examples, each motor-driven assembly 12 of machine 1 comprises the

transmission parts

14,15 of a plurality of paired settings, every pair by first transmission parts 14 and second transmission parts, 15 formations, these paired

transmission parts

14,15 with a mode perpendicular alignmnet on another be arranged among each

process chamber

4a, 4b, the 4c, thereby comprise a plurality of with 180 ° of crooked up or down zigzag paths in guiding width of cloth sheet 2.

Especially,, supply with width of cloth sheet 2, and width of cloth sheet is followed in the 4a of chamber by the many paths that

transmission parts

14,15 is upwards guided that are present in first assembly 12 among the described chamber 4a at the base portion of chamber 4a in the bottom.Then, described width of cloth sheet is followed downward path inlet chamber 4b then by being formed on the opening 8 inlet chamber 4b at dividing wall 7 tops places, with the many of assembly 12 in being present in described chamber

4b transmission parts

14,15 is engaged, thereby comes out from described chamber at the base portion place.

Be present in every pair of assembly 12 among chamber 4a, the 4b or

many transmission parts

14,15 is driven by motor M independently, a motor is used for a pair of

transmission parts

14,15, as schematically illustrated among Fig. 2.But, accommodate a more than motor-driven assembly 12 among the 4c of chamber, under present case, accommodate two assemblies 12, described assembly is arranged in the identical process chamber 4c in turn along the direction of advance A of width of cloth sheet 2, and each all paired

transmission parts

14,15 that are present in described two assemblies 12 among the 4c of chamber are all driven by same motor M, as (left side) schematically illustrated among Fig. 3.

Like this, although each assembly 12 of

chamber

4a, 4b is operated by a plurality of motor M, each assembly 12 that is positioned at the chamber 4c in

chamber

4a, 4b downstream with respect to direction A is operated by single motor M.

With reference to Fig. 5 and Fig. 6 (wherein, for brevity, the article similar or identical with the article of having described are represented with identical label), one or more assemblies 12 of Miao Shuing can be substituted by single component (or a plurality of assembly) 120 before, wherein, first transmission parts by motor driving wheel 140 (promptly, become fixed angle ground to engage with respect to motor M) form, described motor driving wheel is rotatably installed around the axis in the face of the direction of the direction of advance A of crosscut width of cloth sheet 2, and limits the above-mentioned closed path of first transmission parts 14 with himself outer periphery edge 141.

Combine with the existence of wheel 140, situation as the assembly of having described 12, second transmission parts 15 by a plurality of take turns or pulley 160 (under the present case be 4 wheel or pulley) between at least one flexible driving element continuously of stretching form, for example, belt or chain, described take turns or pulley in one (160a) be motor-driven, be engaged to motor M for this reason angledly, to limit the closed path of second transmission parts 15, in this case, the shape of second transmission parts is configured to center at least in part the outer periphery edge 141 of transmission parts 14 (that is wheel 140).

In addition, equally in this case, identical with the situation of assembly 12, on the whole length of

transmission parts

14,15 and in each transmission parts upper limit, be shaped on a plurality of cross members 30, thereby by the pulling of described cross member, with follow along

transmission parts

14,15 and by the closed path that limits move.Briefly, in the situation of assembly 120, the cross member 30 of transmission parts 14 is carrying regularly and radially is being installed in constant spacing P (perhaps may change) on its whole circumferential lengths on the edge 141 of wheel 140, in any situation, the identical precautionary measures of having described about the

transmission parts

14,15 of assembly 12 before following.

Therefore (Fig. 5 and Fig. 6), the axis of pulley 160 will be arranged to have certain distance between the center with respect to the axis of wheel 140, (thereby the radial height of cross member 30 will be selected like this), equally in this case, in use between cross member 30 and the width of cloth sheet 2 because of two face 31,32 can exist interference, thereby width of cloth sheet 2 adopts zigzag configuration (Fig. 6) in this case equally, simultaneously, width of cloth sheet is directed between the total branch (tangent to each other) of the closed path that is limited by

transmission parts

14 and 15, in present case, described transmission parts and wheel 140 angle position, bottom (if or apex angles position---pulley 160 out of position) corresponding angle is greater than 180 °.For the reason of overall dimension, according to described embodiment, the closed path that at least a portion is limited by transmission parts 15 remains on the outside of process chamber 4, and for example, the shell 5 that centers on chamber 4 has gap 170.

According to a further aspect in the invention, the device 10 that is used to width of cloth sheet 2 is moved not only comprises assembly 12 (or 120), comprises in addition being arranged in the process chamber 4 or at least one pair of outer motor-driven squeezing cylinder 60.In present case, the device 10 that is used to width of cloth sheet 2 is moved comprises three pairs of motor-driven squeezing cylinders 60, first pair is arranged between chamber 4b and the 4c, be positioned at the outside of described chamber, second pair of top that is arranged in chamber 4c, in the inside of this chamber and between two assemblies 12, the 3rd pair of downstream that is arranged in chamber 4c, basic in the exit of machine 1, and be positioned at 4 places, end.In addition, device 10 also comprises 3 places, end that are arranged on machine 1 and is positioned at its porch, is in the motor-driven cylinder 61 of 4a outside, chamber.In addition, upstream or downstream (with respect to the direction A that supplies with width of cloth sheet 2) at each electric machine part of forming by

cylinder

60 or 61, described cylinder also is engaged to the known corresponding spirality of type own and widens cylinder 62, and the described friction of widening cylinder idle running ground installation and being applied thereto by the process owing to width of cloth sheet 2 is thus rotated.Especially, widen cylinder 62 and directly be arranged in the upstream of squeezing cylinder 60, and directly be arranged in the downstream of motor-driven cylinder 61, that is, be arranged in the porch of machine 1 with respect to the direction of advance A of width of cloth sheet 2.

According to a further aspect in the invention, be used to control and make the device 11 of the device 10 that width of cloth sheet 2 moves comprise the device 70 that is used to detect width of cloth sheet 2 tension force, according to the present invention, described device directly is arranged at least one electric machine part with respect to the direction of advance A of width of cloth sheet 2 or is preferably used for making the downstream of each electric machine part (that is all electric machine parts) of the device 10 that width of cloth sheet moves; In other words, the device 70 that is used to detect width of cloth sheet 2 tension force be arranged on cylinder 60 downstreams, be arranged on cylinder 61 (except, possibly, the cylinder at 4 places, end that is arranged on machine 1 is outer) downstream, be arranged on each motor-driven assembly 12 downstream of chamber 4c and be arranged on the assembly 12 that is contained among chamber 4a, the 4b every pair of motor-driven member 14,15 (with other to irrelevant) downstream (similarly, also appear at situation on the machine 1 for this, the device 70 that is used to detect width of cloth sheet 2 tension force also will be installed in assembly 120 downstreams).In fact, basically provide checkout gear 70 to each motor M that exists in the machine 1.

In addition, control device 11 comprises at least one electronic control unit T, and described electronic control unit is used for practice in each motor M by 71 controls of feeding back the actuating speed that is present in the above-mentioned electric machine part in the machine 1 that transmit control signal to it.In fact, the device 70 that is used for detecting width of cloth sheet 2 tension force comprises that at least one idle running cylinder of cooperating with a face of the face 30,31 of width of cloth sheet 2 (preferably, the a pair of idle running cylinder that on the either side relative, cooperates) with two faces 30,31, described at least one idle running cylinder is carried on by movable support member on the load cell C that is connected to electronic control unit T in the mode that it will be apparent to those skilled in the art, load cell C is designed to send input signal 72 to electronic control unit.Like this, according to the present invention, in fact in real time calibrate width of cloth sheet 2 (promptly at each electric machine part place of the part of the device 10 that is configured for making width of cloth sheet to move, above each all assemblies 12 or have above the paired

transmission parts

14,15 of assembly 12 of a plurality of motor drivers) tension force be possible, what therefore, make it possible to suppress width of cloth sheet 2 does not anyly expect the generation that prolongs.

At last, according to last aspect of the present invention, machine 1 comprises the device 80 (Fig. 1) that is used in process chamber 4 supply and a kind of at least treatment fluid of recirculation or cleaning fluid.In fact, device 80 comprises: at least one feeder 81 that is arranged on each process chamber 4 bottom; Be used to transmit at least one respective tubes 82 of treatment fluid or cleaning fluid, described pipe carries at least a portion fluid that has used in the feeder 81 and makes its recirculation, can combine with external source, for known type, and not shown for clarity; And be arranged in a plurality of nozzles 83 in the chamber 4, and preferably by part pipe 82 laterally being punched and constituting, and be arranged on the direction of crosscut width of cloth sheet 2 direction of advance A, preferably be arranged in the position corresponding, be used for treatment fluid or cleaning fluid are ejected at least one face 31 or 32 (preferably two faces) of width of cloth sheet 2 with assembly 12.

According to the present invention, the pre-dispatch tube 82 of arranging, so that treatment fluid or cleaning fluid are supplied to nozzle 83 according to presetting order, thereby be fed to chamber 4 in and on the width of cloth sheet 2 and forms the section processes liquid of the fluid drip 84 that falls as rain towards feeder 81 or cleaning fluid together because permeability is crossed width of cloth sheet 2, limit the treatment fluid or the cleaning fluid liquid that pass through process chamber 4 with respect to the direction of advance A adverse current of width of cloth sheet 2 and flow.In fact, the pre-pipe 82 of arranging, so that from being combined in the treatment fluid or the cleaning fluid of " fresh " the pipe by the said external source of end 4 beginning of machine 1 with from bottom nozzle 83 supplies, fluid from the feeder of the most close end 4 begins then, gradually the fluid that obtains from feeder 81 to nozzle 83 supplies.Therefore, will there be treatment fluids of using or cleaning fluid to be supplied to more and be positioned at the nozzle 83 that 4a bottom in chamber is located, that is, and the nozzle of the end 3 of the most close machine 1.

Claims

1. one kind is used for the multireel sheet material that forms with width of cloth sheet (2) form is carried out the machine that open-Width Continuous is handled, described multireel sheet material is the accurate fabric of multireel especially, for example braided fabric or two elastic fabric, or non-woven fabric, described processor comprises: at least one process chamber (4), be used to make width of cloth sheet to pass the device (10) that described process chamber and the pre-set path in described process chamber move and be used to control the device (11) that makes the device that described width of cloth sheet moves; Described machine is characterised in that, the described device (10) that is used to width of cloth sheet is moved comprises at least one motor-driven assembly (12,120), described motor-driven assembly comprises at least one first transmission parts (14) and one second transmission parts (15) again, each transmission parts is along the respective closed path movement of at least one section described pre-set path that is parallel to width of cloth sheet (2) at least in part, each described first and second transmission parts (14,15) each is provided with a plurality of cross members (30), described cross member is perpendicular to the plane orientation that comprises described closed path, and be provided with to preset spacing (P) with separating each other, compare with the length of described closed path, described interval is less relatively; Described first and second transmission parts (14,15) be arranged such that along the described pre-set path of width of cloth sheet (2), at least one cross member (30) of described first transmission parts (14) in use always cooperates with first (31) of described width of cloth sheet and contacts, and simultaneously, at least one cross member (30) of described second transmission parts (15) in use always cooperates with second (32) of described width of cloth sheet and contacts, described second with described first opposite.

2. processor according to claim 1 (1), it is characterized in that, described first and second transmission parts (14,15) at least one cross member (30) that shape is configured such that described second transmission parts (15) in use always cooperates with described second (32) of width of cloth sheet and contact in a lengthwise position of width of cloth sheet, this lengthwise position near but be different from least one cross member (30) and described first (31) cooperation of width of cloth sheet and the lengthwise position that contacts of described first transmission parts (14).

3. according to claim 1 or the described processor of claim 2 (1), it is characterized in that, described first and second transmission parts (14,15) by take turns at least one pair of or pulley (16) between at least one flexible driving element continuously of stretching form, for example, belt or chain, described take turns or pulley in one be motor-driven, have at least two rectilinear branches (20 to limit one, 21) described closed path, at least one described branch is parallel to one section described pre-set path of described width of cloth sheet.

4. according to claim 1 or the described processor of claim 2 (1), it is characterized in that, described first transmission parts (14) is made up of motor driving wheel (140), and described motor driving wheel is rotatably installed around the axis that limits the described closed path of first transmission parts (14) with its another outer periphery edge (141); And, it is characterized in that, described second transmission parts by a plurality of take turns or pulley (160) between at least one flexible driving element (15) continuously of stretching in conjunction with forming, for example, belt or chain, described take turns or pulley in one be motor-driven, limiting the described closed path of second transmission parts (15), described second transmission parts (15) is at least in part around the described outer periphery edge (141) of described first transmission parts (14).

5. according to claim 3 or the described processor of claim 4 (1), it is characterized in that, each described first and second transmission parts (14,15) the whole length upper limit is shaped on a plurality of described cross members (30), thereby the described closed path that is spurred to follow along described transmission parts by described cross member moves.

6. according to each described processor (1) in the aforementioned claim, it is characterized in that, described at least one motor-driven assembly (12) comprises first and second transmission parts (14,15) of a plurality of paired settings, is made up of described first transmission parts and described second transmission parts for every pair; Described paired transmission parts (14,15) with a mode perpendicular alignmnet on another be arranged in the described process chamber (4).

7. processor according to claim 6 (1) is characterized in that, every pair of described transmission parts (14,15) is by independently motor (M) driving, a pair of transmission parts of motor-driven.

8. processor according to claim 6 (1) is characterized in that, all these paired described transmission parts (14,15) are all driven by same motor (M).

9. according to each described processor (1) in the aforementioned claim, it is characterized in that it comprises more than described at least one motor-driven assembly (12) that is arranged in the same described process chamber (4).

10. according to each described processor (1) in the aforementioned claim, it is characterized in that it comprises a more than described process chamber (4); Described process chamber (4a, 4b, 4c) be arranged in continuously on the direction of advance (A) of described width of cloth sheet (2) in turn, and each described process chamber (4a, 4b, 4c) all be limited in fluid-tight substantially shell (5a, 5b) in, at least one dividing wall (7) that described shell may be in inside be equiped with the passage (8) that is used to transmit described width of cloth sheet (2) be divided into two pairs or many to process chamber (4a, 4b).

11., it is characterized in that the device (10) that is used to width of cloth sheet is moved also comprises according to each described processor (1) in the aforementioned claim: be arranged in described at least one process chamber (4) or at least one pair of outer motor-driven squeezing cylinder (60); And widen cylinder (62) with respect to the corresponding idle running spirality that the direction of advance of described width of cloth sheet directly is arranged in described squeezing cylinder (60) upstream.

12. according to each described processor (1) in the aforementioned claim, it is characterized in that, described control device (11) comprising: be used to detect the device (70) of width of cloth sheet tension force, directly be arranged at least one electric machine part (12 with respect to the direction of advance (A) of described width of cloth sheet (2); 14; 15; 120; 60; 62) downstream perhaps preferably is arranged in each electric machine part (12 that makes the described device (10) that width of cloth sheet moves; 14; 15; 120; 60; 62) downstream; And at least one electronic control unit (T) of control that is used for feeding back the actuating speed of described electric machine part by transmit control signal to described electric machine part (71).

13. processor according to claim 12 (1), it is characterized in that, the described device (70) that is used for detecting width of cloth sheet tension force comprises at least one the idle running cylinder that cooperates with described first and second 's of described width of cloth sheet a face, described idle running cylinder is carried on the load cell (C) that is connected to described electronic control unit (T) by movable support member, and described load cell is designed to described electronic control unit is sent input signal (72).

14. according to each described processor (1) in the aforementioned claim, it is characterized in that, it comprises the device (80) that is used to supply with a kind of at least treatment fluid of recirculation or cleaning fluid, and described device comprises: at least one feeder (81) that is arranged on described at least one process chamber (4) bottom; Be used to transmit at least one respective tubes (82) of described treatment fluid or cleaning fluid; And be used for described treatment fluid or cleaning fluid are ejected into a plurality of nozzles (83) at least one face (31,32) of described width of cloth sheet (2); Described at least one transmit pipe (82) and be arranged in advance described treatment fluid or cleaning fluid are supplied to described nozzle (83) according to presetting order, thereby crossing described width of cloth sheet (2) and limit with respect to direction of advance (A) adverse current of described width of cloth sheet (2) treatment fluid or cleaning fluid liquid stream in described treatment fluid or cleaning fluid through described at least one process chamber (4) towards the part (84) that described at least one feeder (81) falls in a large number.