CN104670971B

CN104670971B - For manufacturing the machine and method of composite wood web

Info

Publication number: CN104670971B
Application number: CN201410074946.2A
Authority: CN
Inventors: M·皮安托尼; V·索利
Original assignee: GDM SpA
Current assignee: GDM SpA
Priority date: 2013-11-27
Filing date: 2014-03-03
Publication date: 2018-01-19
Anticipated expiration: 2034-03-03
Also published as: WO2015079368A1; ITBO20130655A1; CN104670971A

Abstract

For manufacturing composite wood web（W）Machine（1）, including：For along direction of advance（D1）Support the first material roll（W1）Roller（21）, for picking up the elastica related to the first material roll（T）Pickup station（2）, and the system for feeding elastica；Machine（1）Including arranging elastica according to predetermined pattern（T）Arrangement system and elastica is applied to the application station of the first material roll according to pattern（3）, arrangement system includes the first hook（6,13）With the second hook（7,15）, it is positioned at the feed direction of elastica（D2）Opposite sides on, and can be close together between remote position transverse to the direction of feed direction（D3）It is mobile, to engage alternately and successively elastica, to limit pattern during application station is fed to from pickup；Roller（21）Limit and be used for elastica（T）The system to be broken off relations from the first and second hooks.

Description

For manufacturing the machine and method of composite wood web

Technical field

The present invention relates to the machine for manufacturing composite wood web, and in particular to for manufacturing the machine of elastomeric material width, The elastomeric material width includes at least one substrate and applied to the elastica of substrate.

Background technology

Known type is used to apply elastica to the machine of substrate (specific is in material roll form) in document It is described in EP0955978B1.

Elastica is laterally placed in material roll by the machine, and including a pair of wheels inclined toward each other, each Wheel is provided with line on its respective external face of cylinder and keeps referring to portion, and these lines keep referring to elastica of portion's engagement from bobbin debatching.

Laterally, wheel is located proximate to together the pivot center of wheel by the pickup of accordingly finger portion online, and online It is applied to being located away from for the material roll 1 advanced in production line.

The machine includes being used for the system that line breaks off relations from finger portion：For example, transverse to the roller of material roll positioning, will Line discharges from wheel and line is for example adhered to underlying material roll by adhesive.

The machine has some shortcomings.

Line, which is applied to the material roll moved along horizontal line, makes it be difficult to break off relations line from wheel.

The use of line unhooking system make it that the machine of prior art is complicated, and therefore relatively very expensive.

The specific arrangement of line means (line also includes extending part, i.e. parallel to the extending part of material roll principal spread direction) The unhook in its from finger portion must take place at 180 ° from pickup point.

Moreover, the circumferential speed of wheel have to be lower than or the feed rate equal to material roll, so as to make line be taken off from finger portion Hook.

It is very laborious to change arrangement or pattern of the line on substrate, because it, which needs to change, refers to arrangement of the portion on wheel.

The content of the invention

At this point, the main object of the present invention is to propose a kind of machine for being used to manufacture composite wood web, on overcoming State shortcoming.

An object of the invention is to provide a kind of machine for being used to manufacture composite wood web, and the machine ratio is in the prior art Known machine is simple.

It is used to manufacture the machine of composite wood web it is also an object of the present invention to provide a kind of, wherein, for by line cloth Put system in material roll and for line is simpler than of the prior art from the system that arrangement system discharges.

Described technical purpose and target are substantially realized by a kind of machine for being used to manufacture composite wood web, described multiple Condensation material width includes the first material roll and an at least elastica, and the elastica is according to predetermined pattern transverse to the first material roll It is arranged in the composite wood web, the machine includes：Forward gear, first material roll exist by the forward gear Advance in direction of advance；Feeding means, the elastica are fed by the feeding means along feed direction；The feeding means Including for the arrangement apparatus according to the predetermined pattern arrangement elastica and the pickup work for picking up the elastica Position, the machine include：

For the elastica to be applied to the application station of first material roll according to the predetermined pattern,

The arrangement apparatus includes the first hook and the second hook, and first hook and the second hook are positioned at the feedback Send to engage the elastica in the pickup station in the opposite sides in direction, first hook and second hook can Direction transverse to the feed direction between the position and remote position being close together is moved, first hook It is aligned and is separated in the application station, institute substantially along the feed direction in the pickup station with second hook The first hook and second hook is stated to stretch when the elastica is fed into the application station from the pickup station The elastica, it is the characteristics of the machine, the forward gear includes being used for the supporting rolling for supporting first material roll Cylinder, the application station include the supporting roller, and the elastica is at the supporting roller by first hook and institute State the second hook to be discharged into first material roll, first material roll is passed through on the supporting roller, the supporting Roller limits the system for the elastica to be broken off relations from the arrangement apparatus.

The technical purpose and target of the present invention is also compound by being manufactured in a kind of machine for above-mentioned manufacture composite wood web The method of material roll, it is the characteristics of methods described, methods described includes driving the arrangement apparatus with the first circumferential rotating speed The step of step and supporting roller described with the second circumferential rotating speed driving, the first and second circumferential rotating speed determines the elasticity Relative velocity between line and first material roll, the first and second circumferential rotating speed are selected as with the predetermined pattern And become.

Brief description of the drawings

What is shown in referring to the drawings is used to manufacture the preferable non-limiting example of the machine of composite wood web, of the invention Further feature and advantage can be displayed from described further below, in accompanying drawing：

- Fig. 1 is a schematic isometric, has cut some parts for the sake of becoming apparent from, shows the use according to the present invention In the first embodiment of the machine of manufacture composite wood web；

- Fig. 2 shows Fig. 1 machine with schematic front view, has cut some parts for the sake of becoming apparent from；

- Fig. 3 shows Fig. 1 and 2 machine with diagrammatic top view, has cut some parts for the sake of becoming apparent from；

- Fig. 4 is a schematic isometric, has cut some parts for the sake of becoming apparent from, shows the use according to the present invention In the second embodiment of the machine of manufacture composite wood web；

- Fig. 5 shows Fig. 4 machine with schematic front view, has cut some parts for the sake of becoming apparent from；

- Fig. 6 shows the machine of Figure 4 and 5 with diagrammatic top view, has cut some parts for the sake of becoming apparent from；

Embodiment

Referring to the drawings, reference 1 indicates the machine for being used to manufacture composite wood web W according to the present invention.

Material roll W has principal spread direction D, and including the first material roll W1, elastica T and the second material roll W2, elasticity Line T is positioned transverse to direction D according to predetermined arrangement or pattern (such as zigzag configuration) and is glued to material roll W1, the second material Web W2 is attached to the first material roll W1 and is attached to line T.

Actually and it is preferred that material roll W is elastic webbing, the elastic webbing is preferably to stretch along its principal spread direction D Exhibition.

Machine 1 includes forward gear, and the first material roll W1 is by the forward gear along feed direction D1 and along feed path P1 advances.

Machine 1 includes being used for the device that elastica T is fed along feed direction D2 and along feed path P2.

Device for feed lines T includes being used for the device according to foregoing pattern deployment line T, so as to for example in the first material Line T zigzag arrangement is obtained on width W1.

Machine 1 include line pickup station 2, arrangement apparatus the pickup station receive line T, and arrangement apparatus by line T from this Pickup station is fed to material roll W1.

Specifically, machine 1 includes being used to apply elastica T to the first material roll W1 application station 3, in the application Station, the device for deployment line T discharge line T in material roll W1 according to predefined pattern.

In addition to the pattern that device for deployment line T applies to material roll W1 except forming line T, actually also by line T edges Path P 2 is fed to always applies station 3.

Referring to Fig. 1 to 3, in the first embodiment, the device for deployment line T includes the first round with pivot center R1 Son 4 and the Second wheel 5 with pivot center R2.

Between wheel 4,5 is positioned at pickup station 2 and applies station 3, and in the example shown, referring to Fig. 2, wheel 4 Rotated counterclockwise with 5 and apply station 3 so that line T to be fed to from pickup station 2.

As can be specifically observed in figure 3, wheel 4 and 5 is positioned at the opposite sides of elastica T path P 2 On, and their pivot center R1 and R2 is laterally.

Wheel 4,5 is positioned relative to each other into, and its exterior contour is being moved away from the pickup work for the line for applying station 3 for picking up It is generally tangential at position 2.

More specifically, wheel 4 includes multiple hooks 6 in its outer perimeter, and wheel 5 includes multiple hooks on its outer surface Son 7.

Hook 6 is positioned on the feed path P2 side relative with hook 7, so as to engage elastica T.

Hook 6 and 7 along transverse to line T feed directions D2 direction D3 at pickup station 2 together close position and Moved between position at application station 3 away from each other.

More specifically, hook 6,7 is aligned at pickup station 2 substantially along feed direction D2, and is applying station 3 Place separates.

Due to the rotation of wheel 4,5, hook 6,7 stretches elastica T from pickup station 2 during elastica T is fed To application station 3.

As illustrated, in a preferred embodiment, hook 6 replaces with hook 7 along feed direction D2.

In fact, engaged successively by the hook 7 of the hook 6 of wheel 4 and wheel 5 in the line T that station 2 is fed.

So, the hook 6 and 7 for limiting line T path Ps 2 stretches line T, because hook 6 and 7 keeps line T and made foregoing Saw-tooth pattern, then apply to material roll W1.

Referring to Fig. 3, for example, between the circumferential, spaced-apart first of successive hook 6 and successive hook 7 along respective wheel 4 or 5 Away from B1.

In the shown preferred embodiment, wheel 4 includes multiple arms 8, and these arms are preferably radial direction, and each arm exists Its free end 8a carries corresponding hook 6.

Wheel 5 includes multiple arms 9, and these arms are preferably radial direction, and each arm carries corresponding hook in its free end 9a Son 7.

Arm 8 and 9 replaces also along path P 2, acts on to associated with feed lines T and forms application to material roll W1 pattern.

In an illustrated embodiment, referring specifically to Fig. 4 to 6, for for example according to saw tooth type pattern deployment line T device bag The first roller 10 and the second roller 11 are included, the first roller 10 and the second roller 11 have pivot center R3 and R4 respectively.

Referring specifically to Fig. 5,6, it is observed that roller 10,11 is positioned in direction D2 opposite sides and coaxially to each other.

Between roller 10,11 is positioned at pickup station 2 and applies station 3, as that will become more clear in the following description As Chu, line T is fed to station 3 by roller 10,11 from station 2.

Axis R3 and R4 are preferably perpendicular to line T feed direction D2, and feed motion is applied by the rotation of roller 10,11 Add, referring to Fig. 5, roller 10,11 rotates counterclockwise.

Roller 10 includes multiple movable bearing parts 12, and each movable bearing part installs corresponding hook 13, and the hook 13 is set Count into closing line T.

Each bearing part 12 is constrained to the outer surface of roller 10, and can be with corresponding hook 13 integratedly along parallel to axle Moved close to the position of path P 2 between the position away from path P 2 in line R3 direction.

Each bearing part 12 can be relative to roller 10 along the direction slip parallel to axis R3, such as is constrained to axial direction Guiding piece 12a, axial guides 12a can rotate with roller 10.

Roller 11 includes multiple movable bearing parts 14, and each movable bearing part installs corresponding hook 15, and the hook 13 is set Count into closing line T.

Each bearing part 14 is constrained to the outer surface of roller 11, and can be with corresponding hook 15 integratedly along parallel to axle Line R4 direction, moved between close direction D2 position and the position away from direction D2.

Each bearing part 14 can be relative to roller 11 along the direction slip parallel to axis R4, such as is constrained to axial direction Guiding piece 14a, axial guides 12a can rotate with roller 11.

Specifically by the embodiment shown in Fig. 4 and 6, it is observed that bearing part 12 and 14 is positioned at the phase of path P 2 To on both sides.

Bearing part 12 and 14 preferably replaces along direction D2.

Therefore, line T is hooked by hook 13 and then hooked by hook 15 successively in station 2 first, with respective rollers 10, 11 hooks 13 rotated and hook 15 are moved away from direction D2, and according to required pattern (such as the foregoing zigzag sample on material roll W1 Formula) deployment line T.

Successive hook 13 and successive hook 15 are for example along the first spacing of circumferential, spaced-apart B1 of respective rollers 10,11.

In Fig. 4 to 6 embodiment, the device for deployment line T includes being used to move the bearing part on roller 10 and 11 12nd, 14 mobile device.

Mobile device works between roller 10,11 and respective carrier part 12,14, so as to during roller 10,11 rotates Bearing part 12,14 is set to be translated close to direction D2 position between the position away from direction D2.

In by the embodiment shown in example, mobile device includes cam and follower for each bearing part 12,14 Structure 16, such as the type described in patent application BO2007A000431.

Schematically, in one embodiment, mechanism 16 includes a pair of fixed guides 17 for roller 10, i.e. does not rotate Guiding piece.

Each bearing part 12 includes at least one cam-follower 18, it is specifically integral with corresponding hook 13 and with it is corresponding Guiding piece 17 engages.

Therefore, when roller 10 rotates, motion of the cam-follower 18 along respective guide part 17 causes bearing part 12 along axle Line R3 is moved.

Mechanism 16 includes a pair of fixed guides 19 for roller 12, i.e. the guiding piece not rotated.

Each bearing part 14 includes at least one cam-follower 20, it is specifically integral with corresponding hook 15 and with it is corresponding Guiding piece 19 engages.

Therefore, when roller 11 rotates, motion of the cam-follower 20 along respective guide part 19 causes bearing part 14 along axle Line R4 is moved.

In another embodiment (not shown), mobile device includes motor for each bearing part, bearing part 12,14 by Moved by the mobile device parallel to pivot center R3, R4.

Each linear motor includes stator and mover, and stator extends with roller one and along the pivot center of roller, moved Son and bearing part one.

In another embodiment (not shown), roller 10,11 is in the form of single roller, the pivot center of the single roller Perpendicular to line T feed direction D2.

In general, according to the machine 1 of the present invention and then including being used for the device according to predetermined pattern deployment line T.

Arrangement apparatus is included in line T feed path P2 opposite sides with closing line T hook 6,7 or 13,15.

Hook 6,7 or 13,15 can lean on together along the direction D3 transverse to (specifically perpendicular to) feed direction D2 Moved between near position and separate location.

Hook 6,7 or 13,15 pickup station 2 at substantially along feed direction D2 be aligned, and apply station 3 at every Open.

Hook 6,7 or 13,15 line is fed to from pickup station 2 apply station 3 during stretching, extension elastica T, in restriction State arrangement or pattern.

It is preferred that hook 6,7 or 13,15 is configured to：During wheel 4,5 or roller 10,11 rotate, elastica T is not Slided relative to hook 6,7 or 13,15.

In more detail referring to the forward gear for making material roll W1 advance, it is observed that these forward gears include roller 21, the function of the roller is also supporting material width W1.

Roller 21 has pivot center R5, in Fig. 4 to 6 embodiment, pivot center R5 parallel to axis R3, R4, And it can be rotated in the counterclockwise direction referring specifically to Fig. 3 and 5, roller 21.

Applying station 3 includes roller 21, and the outer cylinder surface of the roller limits actually and preferably application station 3 Body.

Line T is discharged substantially at roller 21 by hook 6,7,13,15.

Referring specifically to Fig. 3 and 6, roller 21 has cylindrical surface portion 21a, and the cylindrical surface portion, which limits, to be used for from hook 6th, 7,13,15 cable release T region.

In fact, line T is fed to roller 21 always by each hook 6,7,13,15, portion thereon is specifically fed to always Divide 21a.

Limit pattern device (specifically, wheel 4,5 and/or roller 10,11) worked with the associated of roller 21 so that Line T is discharged into a material roll W1 part when on the part 21a for be transported to roller 21.

For feeding and supporting material width W1 roller 21 is limited for line T to be broken off relations from the first hook 6,7,13,15 System.

Advantageously, machine 1 allows line T breaks off relations with relatively easy and effective manner by roller 21.

It is preferred that hook 6,7,13,15 is configured to line T being discharged on the material roll W1 at roller 21.

Referring to Fig. 3 and 5, it is contemplated that the rotation direction of wheel 4,5 or roller 10,11, successive hook 6,7 or 13,15 limit Determine extending part T1, be discharged into during the rotation of roller 21 and wheel 4,5 or roller 10,11 on material roll W1.

Caused by the material roll W1 relative to force being applied to by roller 21 on the line moved by successive hook 6,7 or 13,15 Applying at station 3 from hook 6,7 or 13,15 cable release T.

Therefore, the one of elastica T continuous extending part T1 is placed on material roll W1.

It is spaced apart by the end of identical wheel 4 or 5 or the successive extending part T1 discharged by identical roller 10 or 11 The principal spread direction D of second spacing B2, the second spacing B2 along material roll W is measured.For convenience's sake, spacing B2 is also referred to as Spacing between two successive extending part T1.

Once line T has discharged, hook 6,7 or 13,15 continues to rotate, and each hook also suitably moves along direction D3, Until they receive line T again in pickup station 2.

Roller 21 applies relative power to the elastica T to be advanced by hook 6,7,13,15, and causes line to be released from hook Put.

It is preferred that wheel 4,5 and/or roller 10,11 are positioned relative to each other into：Wheel 4,5 and/or roller 10, After 11 turn over about 90 ° in the counterclockwise direction as shown in FIG., line T reaches from pickup station 2 applies station 3.

It should be noted that the spacing B1 of successive hook 6,7 or 13,15, which helps to stretch or stretched, has been released to material roll Line T on W1.

It is preferred that spacing B1, i.e., the distance between two successive hooks, being confirmed as elastica T need to be in material roll W1 The function of the scope of upper stretching, extension, the extending range then depend on the type for the elastomeric material width W to be obtained.

Machine 1 include the control that is schematically illustrated by frame 27 and driver element, the control and driver element be used for according to Forward gear (the specifically roller 21) communication stated the device of pattern deployment line and make material roll W1 advance.

Unit 27 be configured to the first circumferential rotating speed V1 drives lines arrangement apparatus (specifically, wheel 4,5 or roller 10, 11) forward gear (specifically, roller 21) for, and with the second circumferential rotating speed V2 drivings making material roll W1 advance.

Advantageously, patterns of the line T on material roll W1 can be changed in the following manner：Act on unit 27 to change Speed V1 and V2, the i.e. speed of line T speed and material roll W1 relative to each other.

In a preferred embodiment, speed V2 is less than speed V1.Therefore successive extending part T1 can be obtained on material roll W1 Between spacing B2, spacing B2 is less than successive hook 6,7 or the spacing B1 between 13,15.

It is preferred that referring specifically to Fig. 2 and 5, machine 1 include being used for applying adhesive on the surface for receiving line T to Material roll W1 system.

The adhesive application system for being schematically shown as frame 22 is of substantially known type, and because its allocated is glued Mixture, help line T being fixed to material roll W1.

As described above, material roll W is preferably comprised the second material roll for being attached to the first material roll W1 and being attached to line T W2。

Machine 1 includes being used to apply the second material roll W2 to material roll W1 unit 23.

23 online release areas of unit works relative at the application station 3 in the downstream of the rotation direction of roller 21.

Unit 23 includes applying roller 24, and the applying roller has pivot center R6 and substantially tangent with roller 21.

Pivot center R6 is preferably parallel to the pivot center R5 of roller 21.The feedthrough material width W2 of roller 24, and by material Width W2 is pressed against on material roll W1, and line T is pressed against on material roll W1, so as to bond them together.

Advantageously, material roll W2 is glued to material roll W1 by the adhesive applied by system 22 to material roll W1.

In one embodiment, apply what station 3 worked for being included in from the system of hook 6,7 or 13,15 cable release T Line T cutter devices.

Cutter device is suitable to basic online T and is discharged into the line T cut when on material roll W1 at hook 6,7 or 13,15, therefore Be advantageous to cable release T in itself.

In one embodiment, cutter device is relative including being located at roller 21 substantially at release areas, along axis R5 The first blade and the second blade on both sides.In Fig. 2 and 5, the blade in station 3 is schematically shown as frame 25.

In another embodiment, as shown in the dotted line in accompanying drawing, cutter device includes multiple blades, and each blade is schematically Frame 26 shown by dashed lines is shown as, and it is associated with corresponding hook 6,7 or 13,14.

In another embodiment, cutter device includes known " hot line diced system ".

Heated line is positioned to intercept the line T applied at station 3, is preferably located at the both ends of extending part to be released Place.

Elastica T is cut by being in contact with hot line.

Advantageously, the line T at hook 6,7 or 13,15, blade are cut when being discharged into material roll W1 in itself by online T 25 or 26 are advantageous to break off relations line T from corresponding hook 6,7 or 13,15.

In cutting elastica T embodiment, line T is in discontinuous zigzag configuration on material roll W1, for example, also It is to say, there is fracture at each direction change thereon.

Discharged in fact, each directions of the line T on material roll W1 changes to correspond to by corresponding hook 6,7 or 13,15 Line T part, i.e. by blade 26 or 26 (in the presence of) cutting part.

Claims

1. one kind is used for the machine for manufacturing composite wood web (W), the composite wood web (W) is including the first material roll (W1) and extremely A few elastica (T), the elastica (T) are arranged in the composite wood according to predetermined pattern transverse to the first material roll (W1) In web (W), the machine includes：

Forward gear (21,21a), first material roll (W1) are advanced by the forward gear in direction of advance (D1),

Feeding means (2,4,5,10,11), the elastica (T) feed by the feeding means along feed direction (D2),

The feeding means (2,4,5,10,11) includes being used for the arrangement that the elastica (T) is arranged according to the predetermined pattern Device (4,5,6,7,8,9,10,11,13,15) and the pickup station (2) for picking up the elastica (T), the machine bag Include：

For the elastica (T) to be applied to the application station (3) of first material roll (W1) according to the predetermined pattern,

The arrangement apparatus (6,7,13,15) includes the first hook (6,13) and the second hook (7,15), first hook and Second hook is positioned in the feed direction (D2) opposite sides to engage the elastica in the pickup station (2) (T), first hook (6,13) and second hook (7,15) can the position and remote position being close together it Between transverse to the feed direction (D2) direction (D3) it is mobile, first hook (6,13) and second hook (7, 15) it is aligned and is separated in the application station (3), institute substantially along the feed direction (D2) in the pickup station (2) The first hook (6,13) and second hook (7,15) is stated to be fed to the elastica (T) from the pickup station (2) The elastica (T) is stretched during application station (3), the machine is characterised by,

The forward gear (21,21a) includes being used for the supporting roller (21) for supporting first material roll (W1), the application Station (3) includes the supporting roller (21), and the elastica (T) is at supporting roller (21) place by first hook (6,13) and second hook (7,15) are discharged on first material roll (W1), and first material roll (W1) is described Pass through in supporting roller (21), the supporting roller (21) limit for by the elastica (T) from the arrangement apparatus (6,7, 13,15) system to break off relations.

2. machine as claimed in claim 1, it is characterised in that the machine includes being used to apply the second material roll (W2) extremely The applying unit (23) of first material roll (W1), the applying unit (23) works at described application station (3) place, described Applying unit (23) includes applying roller (24), and the applying roller subbase is originally tangential to the supporting roller (21) and with parallel In the pivot center (R6) of the pivot center (R5) of the supporting roller (21), so as to which second material roll (W2) be attached to First material roll (W1) and it is attached on the elastica (T) being arranged on first material roll (W1).

3. machine as claimed in claim 1 or 2, it is characterised in that the machine is included in the work of described application station (3) place Cutter device (25,26), the cutter device (25,26) cuts the elastica (T), so as to by first hook (6, 13) discharged with second hook (7,15) from the elastica (T).

4. machine as claimed in claim 3, it is characterised in that the cutter device (25,26) includes at least one blade (25), the blade is positioned at application station (3) place and the work on the elastica (T) for supporting roller (21) place Make.

5. machine as claimed in claim 4, it is characterised in that the cutter device includes a pair of blades (25), the pair of Blade is located at along pivot center (R5) in the opposite sides of the supporting roller (21), and at described supporting roller (21) place Worked on the elastica (T).

6. machine as claimed in claim 3, it is characterised in that the cutter device (25,26) includes multiple blades (26), often Individual blade and the corresponding first and/or second hook (6,7,13,15) are associated, and in the application station (3) corresponding the One and/or second hook (6,7,13,15) place the elastica (T) on work.

7. machine as claimed in claim 1, it is characterised in that the arrangement apparatus (4,5,6,7,8,9,10,11,13,15) Including the first and second wheels (4,5), first and second wheel has pivot center (R1, R2) laterally, described First wheel (4) carries the first hook (6) in its outer perimeter, and the Second wheel (5) carries second hook in its outer perimeter Sub (7).

8. machine as claimed in claim 7, it is characterised in that first wheel (4) includes multiple radial arms (8), each Radial arm carries corresponding first hook (6) in its free end (8a), and the Second wheel (5) includes multiple second radial arms (9), each second radial arm carries corresponding second hook (7) in its free end (9a).

9. machine as claimed in claim 1, it is characterised in that the arrangement apparatus (4,5,6,7,8,9,10,11,13,15) Including：

At least one roller (10,11), the pivot center (R3, R4) of the roller is parallel to the rotation for supporting roller (21) Axis (R5),

First movable bearing part (12), the first movable bearing part install first hook (13), and described first movably holds Holder (12) is constrained to the outer surface of the roller (10,11), and can be along the rotary shaft parallel to the roller (10,11) The direction (D3) of line (R3, R4) is mobile,

The arrangement apparatus (4,5,6,7,8,9,10,11,13,15) includes the second movable bearing part (14), and described second is movable Bearing part installs second hook (15), and the second movable bearing part (14) is constrained to the outer of the roller (10,11) Surface, and can be mobile along the direction (D3) of the pivot center (R3, R4) parallel to the roller (10,11), first He Second movable bearing part (12,14) make corresponding first and second hook (13,15) the position being close together and every Moved between the position opened, the arrangement apparatus (4,5,6,7,8,9,10,11,13,15) includes being used to make described first and the The mobile mobile device (16,17,18,19,20) of two movable bearing parts (12,14), the mobile device the roller (10, 11) worked between the described first and second movable bearing parts (12,14), so as to by the described first and second movable bearing parts (12,14) first and second hook (13,15) is made to be moved between the position being close together and the position separated.

10. machine as claimed in claim 9, it is characterised in that the mobile device (16,17,18,19,20) includes cam Device (17,18,19,20).

11. machine as claimed in claim 9, it is characterised in that the mobile device (16,17,18,19,20) includes straight line Motor, linear motor work between the described first and second movable bearing parts (12,14) and the roller (10,11) Make.

12. machine as claimed in claim 9, it is characterised in that the arrangement apparatus (4,5,6,7,8,9,10,11,13,15) Including installing the first roller (10) of the first movable bearing part (12) and installing the of the second movable bearing part (14) Two rollers (11), first and second roller (10,11) is coaxially to each other and positioned at the feed direction (D2) of the elastica (T) Opposite sides on.

13. machine as claimed in claim 1, it is characterised in that first hook (6,13) is in the pickup station (2) Place replaces along the feed direction (D2) with second hook (7,15).

14. a kind of make in the machine (1) according to any one of the preceding claims for being used to manufacture composite wood web (W) The method for making composite wood web, methods described are characterised by that methods described is included with described in the first circumferential rotating speed (V1) driving The step of arrangement apparatus (4,5,6,7,8,9,10,11,13,15) and the supporting roller is driven with the second circumferential rotating speed (V2) (21) the step of, the first and second circumferential rotating speed (V1, V2) determine the elastica (T) and first material roll (W1) Between relative velocity, the first and second circumferential rotating speed (V1, V2) is selected as becoming with the predetermined pattern.

15. method as claimed in claim 14, it is characterised in that the second circumferential rotating speed (V2) is circumferential less than described first Rotating speed (V1).