WO2010022427A1 - Method and device for producing cross-ply slotted-board panels - Google Patents

Abstract

The invention relates to a method and a device for producing cross-ply slotted-board panels and is characterized in that, by means of at least two feed paths (2, 2', 2'', 2'''), arranged one above the other at an acute positive and/or negative vertical angle a in relation to one another of 5 to 10° with respect to the horizontal, a first ply of longitudinally slotted boards (58), lying closely against one another with a positive acute angle +ß of +15 to +75° to the direction of advancement fr, is continuously advanced - forming a first, positive slotted-board layer (S1) -, has an adhesive applied to it and is deposited by way of a first discharge location (202) on a continuation path (3), moving continuously in the same direction, and in alternating sequence a second ply of longitudinally slotted boards (58), similarly lying against one another with a negative acute angle -ß of -40 to -50°, is continuously advanced - forming a second, negative slotted-board layer (S2) -, has an adhesive applied to it and is deposited by way of a second discharge location (202), arranged higher, flat on the continuously advanced first, positive slotted-board layer (S1), and so on, in that the continuous layered stack of boards (581) formed in this way progresses along the continuation path (3) by passing through a continuous press (5), wherein the slotted-board layers forming the layered stack of boards (581) are adhesively bonded to one another, after which assemblies (100) formed in this way are cut up by means of a cutting device (6) perpendicularly in relation to the direction of continuation fr to form cross-ply panels (10) of the desired longitudinal extent (1p).

Description

 Method and device for producing cross-hatched notched board

The invention relates to a novel process for the production of a plurality of sheets, which are bonded to one another in a planar manner and which intersect one another, by grooved boards made of wood having plates according to the preamble of claim 1.

This new method has the features mentioned in the characterizing part of this claim in detail.

It further relates to a variant of the aforementioned method according to claim 3 with the local features of the characterizing part of this claim.

The invention further relates to a device for carrying out the new cross laminated plywood manufacturing method according to claim 11.

It has become known a large number of methods and apparatus for producing in several layers crossed one another and flatly bonded together boards or layers of boards having boards, whereby also grooved boards are used.

Such plates are characterized by significantly improved mechanical properties and high dimensional stability in comparison to plates, which are formed of conventional wood without gluing, which always tends to warp.

Come longitudinally grooved boards used, so mechanically very stable construction boards od. Like. Are made, which have much lower density and thus significantly lower total mass than if they were made of solid wood. It should be noted here as a simple example to DE 9408382 U1. Furthermore, reference should be made to AT 503236 B1 and to EP 1 913211 A1, which disclose for the first time plates with a usually multilayer core layer arranged between two cover layers, in particular of wood, wherein in this core layer the fibers of the same transverse oblique cavities form having slats obliquely transversely oriented at positive and negative angles to the extension of the two-sided cover plates and the cavities extend in each case the same positive and negative oblique angles obliquely transverse to the main planes of the core layer and to the cover layers arranged on both sides.

The subject of the present invention is, in particular, the continuous production of cross-hatched notched-board plates known per se from DE 19604433 A1, from which precursor products by means of cuts transverse or perpendicular to the main extension planes of oblique fiber / oblique-cavity strips, each having the desired thickness, can be cut off. After rotation of these strips about their longitudinal axis by an angle, in particular by 90 °, the same can since and since fitting and bonded together to form core plates having a bias transverse to the major planes thereof, the cavities being aligned parallel to the fibers and the direction of extension of the cavities and the fibers at positive and / or negative acute angles obliquely transverse to the main surfaces or - levels, the same runs.

The novel process according to the invention results in wide, continuous, endless cross-ply-groove board cakes or plates with boards, which are oriented alternately positively and negatively obliquely to the direction of travel, with just such longitudinal grooves and fibers. The A n s p r u c h 2 relates to the oblique to the direction of the individual

Feeder tracks and the continuation path - ie in the same direction as the continuously inclined to the direction of travel direction groove boards - arranged Ausmündungsstellen in the form of at an acute angle ß obliquely to the direction of movement extending transition edges. The A n s p r u c h 3 has a quite favorable variant of the previously discussed

Process according to claims 1 and 2 for the object, in which the feed tracks to or in the continuation path one behind the other once each open at an acute angle from the right and once at an acute angle from the left into the continuation track. A certain disadvantage of this process variant is that the system for carrying out the same due to the right and Hnkseitig opening at acute angle feed paths on both sides anyway much more space than the system for performing the method according to claims 1 and 2 with the height of each other , ie in a line, arranged feed tracks.

The one or both sides grooved boards can be at an acute angle 2ß in an extremely wide range of extremely 20 to 160 °, in particular from 15 to 75 °, crossed to each other in the new plates, with small crossing angles in the extreme range of 10 to 20 ° in particular for lightweight web plates of concrete formwork beams with inclined cavities come into question. Most often, the crossing angles are 2ß of the boards with their longitudinal grooves 80 to 100 °. With regard to the preferred cross-sectional shapes of the grooved boards to be used in accordance with the invention, reference should be made in particular to the information in the annex.

If only on one side longitudinal grooves having, so substantially substantially comb-like cross-section (see AT 503236 B1) exhibiting, each other at an angle crosswise arranged, boards are used as the starting material in the new method, it is advantageous according to claim 5, if the same with upwardly open grooves in layers or layers crossing each other, layered on top of each other and connected in this way, and then ultimately the top of the Planks of boards with downwardly open grooves on the remaining already at least latently bonded together, so put on glued board layers and the upper side is bound to the same.

If, as preferred, both sides longitudinally grooved boards are introduced via spaced successively Ausmündungsstellen from the feed tracks in the Fortführungsungsbahn each positive and negative obliquely to the direction of travel, they are transported in layers on each other and the orientation of facing up and down Openings of the grooves need not be considered more closely, since both main board surfaces are grooved in the same way. Preference is given here boards are used, which have a cross-section corresponding to a continuous, crenellated or simple meander-like, continuous, substantially corresponding to a box or rectangular pulse train rectangular Zig / Zagband, and wherein alternately in each of the webs is incorporated between the longitudinal grooves on one side of the board on the same laterally offset longitudinal groove and runs along the same, which is recessed from the other side of the board ago, and vice versa.

Such double-sided grooved boards are described in detail as the starting material for the slant fiber / slant cavity ledge core and core boards according to AT patent application A 1287/2008 of August 19, 2008. In order to facilitate the continuous junction of the longitudinally adjacent groove boards of the according to the method variant according to claim 3 in each case at an angle ß to Weiterführbahn aligned feed tracks in the continuation path, it is advantageous if the groove boards in the vicinity of the mouths of the Feed paths on the overall longer side of the webs are moved a little faster than on the overall shorter web page.

In terms of facilitating the orifice is in this process variant on the shorter side of the sheet on the front side of the closely juxtaposed fed, both sides parallel obliquely cut boards' attacking further transport aids on the outer web-side blunt mouth angle of the feed tracks in the continuation of Advantage.

For the later taking place surface bonding of the boards of the stacked board layers is preferably provided according to claim 5 that on the top of each incoming via the feed tracks longitudinal side laterally adjacent boards, such as thermosetting, binder, preferably by means of glue rollers or oscillating glue Sprayer, is applied. Hiebei, it has proved to be beneficial when the axes of these rollers or Sprühgerätfinger are aligned transversely or perpendicular to the direction of movement of the side closely spaced groove boards. It is also favorable if the glue application members, such as oscillating nozzle sprayers or applicator rollers, are divided and arranged offset one behind the other in succession, whereby the web length between the individual points of interchange of the feed paths into the continuation path can be shortened. In this case, it is favorable if the above-mentioned organs, in particular rollers, intersect centrally in their length by at least a small distance.

The glue application is advantageously carried out on the upper side, ie each of the top of the webs or surfaces between the longitudinal grooves, regardless of whether these now upwardly open grooves of comb-like cross-section boards or grooves of boards, about box-shaped, belt-like cross-section , in which case reference is made in particular to claim 6.

It is further, as the A nspruch 7 refer to, particularly favorable when applied to the respective feed path boards since since juxtaposed, parallel to each other end faces at an acute angle obliquely to the longitudinal extent of the boards, the course of the longitudinal grooves and the fiber flow of the same are cut, this angle advantageously corresponds to half the angle ß of each other at an angle 2ß windschief crossing grooves and fibers of the layers in layers or stacked and bonded together with two surfaces boards.

The final bonding of the layer layers, which are stacked one above the other and are latently bonded to one another in a continuous stack of boards, takes place, as can be deduced from claim 8, in a continuous press, preferably in a hot press. It can be provided that the press is formed, for example, two stages and that only after passing through the continuous board stack through the first press part, in the second press part a blowing in and blowing hot air into and through the obliquely-crossed the respective board layer diameter grooves originating from the original longitudinal grooves of the boards, whereby a particularly rapid, intense setting and curing of the adhesive between the board layers is achieved and a continuous compact cross-hatched notch cake is present. Towards the end of the process takes place according to A nspruch 9 by passing a section, in particular by means of saw, perpendicular to the cross-direction further separation of the, as previously described, obtained continuous endless Kreuzlagen- Nutbrett-cake into individual plates, each with desired longitudinal extent or in - narrow - slanted fiber / oblique cavity strips. Finally, when the continuous cross-ply cake or a plate already cut to length is traversed perpendicularly across each other at substantially smaller, respectively desired spacings, all elongated slant fiber / slant cavity slats are obtained which, after rotation around one Angle, in particular by 90 °, laterally bonded to one another laterally and so get a position of the core layer of inclined fiber / oblique cavity building panels with open to both major surfaces, with acute positive or negative angles opening there cavities. These slant fiber / slant cavity core layers and building boards are in the AT

503236 B1 and described in more detail in the Austrian patent application A 1287/2008 of August 19, 2008.

As far as the new invention is concerned with the production of the new multilayer cross-lamination plates, this has the features according to the A n s p r e c h 1 1. This device may include any of the embodiment features disclosed in detail in the method claims 1 to 10.

The invention will be explained in more detail with reference to the drawing.

1 shows a piece of a board used as a starting material for the process according to the invention, grooved only on one side with comb-like cross-section, Fig. 2 a groove board with uniform, alternately top and bottom Grooving and continuously durchlaufendem Fig. 3 illustrates the production of cross-layer plates in conjunction with the device according to the invention for carrying out the novel process variant according to claim 4, Fig. 4a, 4b and 5 illustrate the inventive method according to Claim 1 and with reference to FIG. 6, one of the possible types of further processing of obtained from the plates according to the invention obtained slant / slanted cavity strips to building boards with inclined fiber / oblique-cavity core layer is explained.

Fig. 1 shows a short piece of a board 58, the upper side 40 is provided with evenly parallel longitudinal grooves 60 and in cross-section has a lower side comb bar with this upwardly directed teeth, so it is comb-like and one of the possible starting or precursors represents for the present invention produced cross-layer groove board 100.

The shown in FIG. 2, also used as a starting material, both sides grooved wooden board 58 is provided from its top and bottom 40, 30 ago alternately with similar rectangular cross-section, board stretching and Faserrichtungs- longitudinally extending longitudinal grooves 60 and has a , approximately rectangular-zig / zag-meander band-shaped cross-section Qm on. In the board 58 shown here, all wall sections have the same wall thicknesses bb and bz (bb = bz). These new boards 58 show no differences in the properties between bottom and top 30, 40, and therefore are absolutely not prone to warping, which is particularly favorable to the storage and subsequent processing, in particular to lightweight wood construction panels for a variety of applications effect. In Fig. 3 is based on the designed for carrying out the process variant of the invention according to claim 4 Appendix 1 shown how over here four total of two sides to a common Fortführungsbahn 3 leading feed tracks 2 to 2 '"in each case closely since since longitudinally abutting and here each transverse, ie perpendicular to the feed path direction zfr arranged boards 58 here with longitudinal grooves 60 as board layers L1 to L4 via spaced apart af spaced junctions 23 to 23 '"one above the other on the already mentioned continuation track 3 abandoned. The here horizontal feed tracks 2 to 2 '"open respectively height adjusted and in each case alternately from the right and from the left at an angle ß, for example ± 45 °, with respect to the direction fr the common continuation path 3 in the same.

The boards 58 fed via the feed tracks 2 to 2 ', laterally close to each other or bound together, have oblique cuts on both sides at their front ends for board stretching at an angle .beta., Which are aligned parallel to the direction for the continuation track 3 and its further movement. so that at each of the entry or Ausmündungsstellen 23 to 23 "'in the continuation track 3 no angular rotation of the boards 58 must take place and the here close to each other lying remaining boards 58 are aligned in their longitudinal extension at an angle + ß obliquely to the direction of the continuation fr 3 and whose bevelled end faces conform to the web direction fr.

The task of the boards 58 can take place by means of a pivotable about a horizontal axis pivoting device with suction cups for holding the boards 58, wherein each equal to several since since closely abutting boards 58 from a delivery pallet by reversing the respective feed track 2 to 2 'applied This type of application is particularly advantageous when delivering unilaterally grooved boards 58 with downwardly-open grooves 60, which are then transported with grooves 60 open at the top on the respective feed track 2 to 2 ". On the uppermost feed track 2 "', the groove boards 58 are applied with downwardly open grooves, that is to say in delivery position, within the distances af between those in the direction fr of the further track 3 - which is at the same time the direction of movement of the groove boards 58. successively following feed-web-Ausmündungsstellen 23 to 23 '"are each offset from each other and each other in their effect advantageously at least slightly overlapping and spaced from each other here two transversely, in particular perpendicular to the direction of the continuation path 3 arranged binder or glue application organs, as spray application finger or applicator rollers 4 arranged by means of which, for example, an at least latent adhesive ready adhesive to the webs between the upwardly directed longitudinal grooves 60 of the boards 58 can be applied. It should be noted in particular that in each case in the feed tracks 2 to 2 '"where the total track length bl is greater, in the vicinity of the confluence points 23 bis

23 "', ie, just before the confluence that runs below the boards 58

Transport chains or bands e.g. run up to 5% faster than on the side of the overall shorter track length bk.

Furthermore, it is favorable, as shown in Fig. 3 only at the confluence point 23 concretely, on the shorter side of the track bk laterally to the tips of the bevelled

End surfaces of the boards 58 attacking locomotion chains 20 to order, which the

Insertion of the obliquely supplied boards 58 from the feed tracks 23 to 23 "promote 'in the common continuation path 3.

Are in the continuation track 3 ultimately all board layers or board layers L1 to L4 crossed over one another and latently bound together, they are as groove board stack 580 on the continuation path 3 by a - here single stage - continuous hot press 5 out where of both Can be blown in the direction of the course of the oblique grooves 60 hot air to accelerate the hardening of the binder between the groove board layers L1 to L4 of the stack 580 and so stabilize the bonding of the groove board layers together.

Finally, with a saw 6, e.g. with a high-speed band saw, each guided by the continuously conveyed via the continuation track 3, now available as a finished cake endless cross-layer plate 100 for continuation path direction fr and the main planes of the endless cross-layer plate here vertical cuts. In this way, large plates 10 having a predetermined length Ip in the continuation direction fr are obtained. These plates may then be cut into the respective slant fiber / slanted laths 50-50 '= 500 as shown in FIG. 4 and processed into slab / slanted structural slab core plates.

But it can also shortly before discharge from the continuation track 3 in short

Distances from each other oblique fiber / inclined cavity strips 50-50 '= 500 are cut in the respective desired thickness of the continuous endless cross-ply plate 100 brought continuously over the continuation path, which are then transferred as such in the processing to the Kernschicht- and building boards ,

In a fundamentally similar manner, the inventive method according to claim 1 in a production plant 1, as shown in FIGS. 4a and 4b and in an overall oblique view, Fig. 5.

As can be seen in particular from FIG. 4 b, the actual production plant 1, apart from the drive units 80 or the like, is merely as narrow as the upper feed path 2 "'and the continuation path 3 seen there. This is a direct consequence of the heightwise direct superimposition of the feed tracks 2, 2 ', 2 ", 2"', as can be seen from the side elevational view of FIG. 4a.

From this Fig. 4a is a lowermost, first horizontal and then on a transition edge 201 at an angle -α to the horizontal increasing, first feed track 2 can be seen, which opens again via a transition edge 202 as Ausmündungsstelle in the horizontal continuation path 3 ,

Above this first feed track 2 is followed by another, second feed track 2 ', which extends horizontally here and opens without edges horizontally via a non-conspicuous Ausmündungsstelle in the continuation track 3.

Further above follows a third feed track 2 ", which again passes from a horizontal branch over a first edge 201 in an oblique, to the horizontal angle + α oriented, descending branch, which in turn via a transition edge 202 as a Ausmündungsstelle in the horizontal continuation path. 3 Finally, here an uppermost fourth feed track 2 '"is arranged, which basically is constructed similarly with two transition edges 201, 202 and a branch descending at an angle + α, like the third feed track 2".

Good to see on each of the - here with drive belts - in Weiterbewegungsrichtung fr on the feed tracks 2 to 2 "'moved moving layers S1, S2, S3, S4, which finally layered after gluing as from these two surface superimposed groove-board layers S1 to S4 formed, latently glued laminated layers stack 580 on the continuation track 3 on.

In FIG. 4 a, the portals 59 of two groove board supply stacks 581 can still be seen, via which the admission of the feed tracks 2 to 2 "'takes place with the groove boards 58.

4b shows how the groove boards 58 are guided laterally adjacent one another at the negative angle -β of -45 ° to the advancing direction fr on the uppermost continuation track 2 '' 'over a first transitional edge arranged at angle -β 201 they reach via a corresponding descending branch of the web 2 to the level of the stacking height of the upper, fourth groove-board layer S4 on the underlying moving at the same speed, third groove-board layer S3, in Fig. 4b in the right part is indicated corresponds.

Shown here are still two to be processed stack of each front side at an angle ß obliquely abgeged groove boards 58 and the portals 59 in front of the feed tracks.

Fig. 5 shows - with otherwise identical to the Figs. 4a and 4b reference numerals - the entire system 1 for implementing the new method with the transported by means of the still loose, obliquely cut groove boards 58th containing groove board stacks 581 and arranged at different heights groove board delivery paths 57 to the feed tracks '2 ", 2"'.

FIGS. 4a, 4b and 5 do not show the process parts provided according to the part of the method shown and explained with reference to FIG. Fig. 6 illustrates a possible embodiment of the production of a core layer

5 of new building boards 1.

There are first milled in boards 58 in the longitudinal direction, and aligned in the fiber direction, fiber-parallel, vertical walls having grooves 60 on top and bottom. In each case at an angle + ß and -ß to the center line, which is also the continuous direction of travel fr in or by a hot press HP, two of the boards 58 with grooves 60 crossed to each other in the processing direction fr are fed. Directly adjacent to the boards 58, in each case in the same way, further boards 27, which are grooved in such a way, are drawn in continuously in the same way. In the procedure shown in FIG. 6, thin intermediate layer layers Zl are continuously drawn in between the boards 58 crossed over at the top and at the bottom, which is by no means compulsory.

The biggest advantage of the new core layers 5 formed with the new inclined fiber strips 50, 50 'is that there are no different mechanical relationships between the two main surfaces of the inventive new type on both sides longitudinally grooved boards or strips, since the strips the oblique cavities or Have oblique grooves on both sides, which is essential for the mechanical strength and homogeneity of the core layers. It should be emphasized right here that the arrangement of intermediate layers Zl is absolutely not necessary, yes that in most cases no such are provided.

The intermediate layers Z1 can be used arbitrarily or not at all, and the angles + β and -β of the mutually crossed wooden boards 58 can be varied within a wide range, it being particularly preferred if these angles + β and -β in a range between 40 and 50 °, so if fiber and groove extensions of the two crossed in the hot press incoming boards 58 are substantially - skewed - mutually perpendicular (80 to 100 °) are arranged.

Running after passing through a hot press HP here with cuts S, symbolized by a saw symbol, at low intervals perpendicular to the direction of continuation wfr or the illustrated center line ML in each desired thickness of the later Bauplatten-core layer 5 (double) slanted fiber strips 50 + 50 '= 500 separated, see phase II.

Here it is apparent how a reinforcing strip 7 has been formed from the intermediate layer board Zl of phase I. Towards phase III, the (double) inclined fiber strip 50 + 50 '= 500 is rotated by 90 ° about a longitudinal axis to the front and on the side are arranged more laterally, or longitudinally adjacent more slanted fiber strips thus obtained.

These longitudinal side obliquely adjoining Mehfach-oblique fiber strips 500 form a total of an inclined fiber core layer 5, to which optionally further such Kemschichten 5 and, if desired, then lower and upper side respectively - not shown here - bound or hot glued cover layers.

The entry or entry of a fire protection compound in the grooves 60 of the boards can conveniently be done immediately after passing through the grooves milling tool in the - not shown - creation of the top and bottom longitudinal grooved boards 58.

In the new method - preferably even - several layers of grooved boards 58 are used with comb-like cross-sectional shape of FIG. 1 and more preferably of groove boards 58 with a continuous rectangular Zigzag band meander cross section of FIG.

Claims

claims: 1. A process for the production of - with a plurality of surface-bonded layers of superimposed and crossing each other, laterally juxtaposed wooden boards arranged on one or both sides to their longitudinal and fiber direction parallel, separated by longitudinal webs , having mutually parallel grooves - formed cross-layer plates, characterized in that over at least two superposed, parallel to each other or with acute positive and / or negative vertical angle α from 1 to 15 °, in particular from 5 to 10 ° to the horizontal Feeding tracks (2, 2 ', 2 ", 2'") descending towards their outlet ends and ascending, starting in each case alternately from a lowest feed track (2) - A first position of positive acute angle + ß of +15 to + 75 °, in particular from +40 to + 50 °, to the direction of travel fr with their side edges close to each other or bound together grooved boards (58) - a total of a first , Positive obliquely grooved, positive groove-board layer (S1) forming - continuously moved, is applied from above with an adhesive in a thin layer and as such via a first Ausmündungsstelle (202) on a continuously moving in the same direction continuation path (3) is stored and - A second layer with a negative acute angle -ß from -15 to -75 °, in particular from -40 to - 50 ° to the direction of travel fr with their side edges close to each other or bound together grooved boards (58) - a total of a second, negative forming obliquely grooved, negative groove-board layer (S2) - continuously applied from above with an adhesive in a thin layer and a second, higher arranged Ausmündungsstelle (202) on the continuously moving first, positive groove-board layer (S1) surface is filed, and - That in the case of the production of laminated-layer stacks (580) with more than two layers of groove boards (58) in the same way alternately, via feed tracks (2 ", 2 '", ...) more such, each other alternately, positive and negative groove board layers (S3, S4, ...) are stored, - That from these so-superposed positive and negative groove board layers formed, continuous board stack (580) is performed under continuous continuation in the Fortführungsbahn (3) by an at least one-stage continuous press (5) or hot press, wherein the Board layer stack (581) forming, positive and negative groove board layers (S1, S2, S3, S4, ...) pressed together and glued together flat, - After which the thus formed continuous cross-ply layer cake (100) by means of cutting device, in particular saw (6), transversely, preferably perpendicular to the direction of advance fr and to the main extension or upper and lower side (s) thereof to cross-layer plates (10) is cut with each desired longitudinal extent (Ip). 2. The method according to claim 1, characterized in that the ends of the feed tracks (2, 2 \ 2 ", 2"') at the confluence points (23, 23 ¹ , 23 ", 23'" or 202), each with the same positive or Negative acute angle (+ ß) or (-ß) to the direction of travel (fr) of the feed tracks (2, 2 ', 2 ", 2"') and the continuation track (3) are arranged or formed, as moving respectively on these tracks Groove boards (58) and the glulam stacks (580) formed therewith. 3. variant of the method for the production of - with a plurality of surface-bonded layers of superimposed and crossing each other, laterally juxtaposed wooden boards arranged on one side or on both sides parallel to their longitudinal and fiber directions, by longitudinal webs mutually separate mutually parallel grooves comprising - formed cross-layer plates according to claim 1, characterized in that over, each other alternately at an angle of 2ß from 30 ° to 150 °, in particular from 80 ° to 100 ° to each other and each in the positive and negative angle ± ß from + 15 to ± 75 °, in particular from ± 40 to + 50 °, to the direction of movement (fr) a common continuation path (3) aligned, each at intervals (af) from each other in the direction of travel (fr) thereof in the continuation track (3 ) opening feed tracks (2, 2 ', 2 ", 2'") with longitudinal direction, fiber and groove direction each lower aligned to the course and to the direction of movement (fr ¹ ) of the same, in each case a layer (L1, L2, L3, L4) of laterally adjacent or bonded grooved boards (58) introduced and in height superimposed layers (L1 to L4) and after change of direction of movement (fr'-fr) at the points of interchange (23 to 23 '") in each other - in terms of board stretching and fiber orientation - skewed at an angle (2ß), continuing in the direction of travel (fr) of the continuation path (3), wherein the respectively supplied laterally adjacent or mutually bonded groove boards (58) of each board layer (L1 to L4) within the distances (af) between the junctions (23 to 23 '") of the feed tracks (2 to 2'") be provided on their respective upper side surface with an adhesive and that all - intersecting - boards having 58, provided with adhesive board layers (L1 to L4) nac h entrance (23 "') of the last layer (L4) of boards (58) fed under continuous continuation in the continuation track (3) by an at least single-stage continuous press (5) or hot press are performed, wherein the positive and negative board layers are pressed together and adhered to each other, after which the thus formed continuous cross-ply layer cake (100) Cutting device, in particular saw (6), preferably perpendicular transverse to the direction of further (fr) and to the main extension or top and bottom (s) to cross-layer plates (10) each having the desired longitudinal extent (Ip) is cut. 4. The method according to any one of claims 1 to 3, characterized in that groove boards (58) extending along its longitudinal extent and its Faserungsrichtung, preferably provided with a fire retardant on the Nutwandungen and in the Nutgründen, longitudinal grooves (60) only one side of the boards (58), wherein they have a substantially comb-like cross section with continuous comb beam and the same projecting comb teeth are used, or in otherwise the same way longitudinally grooved boards (58) with a cross section which corresponds to a continuous, meander-like, continuous meandering rectangular zig / zag band substantially corresponding to a box pulse sequence, and in which alternately in each of the lands between the longitudinal grooves on one side of the strip Board is incorporated to the same laterally offset longitudinal groove and runs along the same, the is recessed from the other side of the board, and so forth, preferably in the longitudinal grooves (60) on both sides of a fire retardant is introduced. 5. The method according to any one of claims 1 to 4, characterized in that - in the case of the use of one-sided longitudinal grooves (60) having boards (58), the same in each of the feed tracks (2 to 2 '") with upwardly facing open grooves (60) and webs are advanced, or that in each of the feed tracks (2 to 2 ") except the last, uppermost feed track (2" ¹ ), the boards (58) are longitudinally guided with upwardly facing open grooves (60) and only on the last feed track (2 '") with downwardly directed grooves (60), and - that - in the case of the process variant according to claim 4 - on each of the feed tracks (2 to 2 "') moving, obliquely transversely or perpendicular to the web and direction of travel (fr) arranged laterally adjacent boards (58) in the near areas of each of the junctions (23 to 23 '") in the common continuation path (3) on the side of the longer rail path (bl) are forwarded along up to 5% faster than on the side of the shorter rail path (bk) and - That on the feed tracks (2 to 2 "') supplied laterally adjacent boards (58) on the side of the shorter path path (bk) by means of a / the same in essentially frontally attacking conveyor belt / transport chain (20) from the feed track (2) in the continuation path (3) are passed. 6. The method according to any one of claims 1 to 5, characterized in that the adhesive application to the upper side surface (40) in the common continuation path 3 longitudinally moved laterally adjacent boards (58) of each of the board layers (L1 to L3) or board layers (S 1 to S3) by means of on the distance af between two successive junctions (23 to 23 '") added or already over the feed tracks (2, 2 ', 2 ") arranged, substantially transversely or perpendicular to the longitudinal and direction of movement (fr) of the continuous path (3) and preferably overlapping each other in the central region, adhesive applicators, in particular oscillating sprayers or applicator rollers ( 4) is carried out, wherein the adhesive or glue application in each case on the webs between the grooves (60) of the continuously moving, laterally adjacent or glued boards (58) is made. 7. The method according to any one of claims 1 to 6, characterized in that on the height difference different from each other in the horizontal angle (2ß) or elevation directly above each other in a line horizontally and in positive and negative angles ± α up and down arranged feed tracks (2 to 2 '") supplied boards (58) are cut at their narrow sides in parallel at an angle (ß) obliquely to its longitudinal extent, said oblique end faces are aligned parallel to the longitudinal extension and to the direction of travel (fr) of the continuous track (3) , 8. The method according to any one of claims 1 to 7, characterized in that after edition of each top groove board layer (L4) or groove board layer (S4) on the already on the common continuation path (3) resting previously introduced slot board layers ( L1 to L3) or grooved board layers (S1 to S3), the formed stack (580) of successive groove board layers in the (hot) press (4) is continuously compressed, where there via hot air ducts (40) in the through the grooves (60) cavities formed the setting or hardening of the adhesive between the boards layers (S1 to S4) is conveyed promoting hot air. 9. The method according to any one of claims 1 to 8, characterized in that from the the continuation path (3) leaving cross-layer plate cake (100) by means of saw (6), in each desired thickness oblique fiber / inclined cavity strips (500) are separated. 10. The method according to any one of claims 1 to 9, characterized in that when task of brought up in the stack only one side grooved boards on each of the feed tracks (2 to 2 ") a plurality of laterally adjacent, with the grooves (60) downwards arranged boards (58) by means of suction cups for holding the boards (58) equipped pivot arms by 180 ° with rotation of the boards (58) before placing on the respective feed track (2 to 2 ") with the grooves (60) upwards the same contiguous further transporting feed tracks (2 to 2 ") with the exception of the feed path (2 '") are placed. 11. A device for carrying out the new method according to one of claims 1 to 10, characterized in that the same in each case in a positive and a negative horizontal angle (ß) to the continuation path (3) or directly superposed at heights of at least, preferably of at least a little more than, a thickness of the grooved wooden boards (58) arranged one above the other, outlet openings of preferably present in even majority, feed tracks (2 to 2 " ¹ ), on which continuously layers of transverse to the feed path course (zfr ) laterally longitudinally closely spaced boards (58), optionally over each at intervals (af), successively arranged Ausmündungsstellen (23 to 23 '") or transition edges (202) in layers (L1 to L4) or layers (S1 to S4) can be introduced one above the other into the common continuation path (3), - wherein in each case at the intervals between the Ausmündungsstellen a glue application device (4) is arranged, by means of which the board layers (L1 to L3) or board layers (S1 to S3) with a latency adhesive, in particular with heat-hardening glue, can be acted upon, - Then then in the continuation track (3) follows a continuously operating (hot) press, in which itself or in a second stage of the same - on both sides in the intersecting grooves (60) of the boards (58) in the board layers ( S1 to S4) hot air (HL) blowing in - Leimhärtungsgerät (40) and finally - A sawing device, in particular band saw (5), for separating each desired length having plates (10) of the on the continuous track (3) continuously advanced endless cross-layer cake (100) is provided.