EP4067028A1 - Finishing station and device with a finishing station - Google Patents

Abstract

The invention relates to a dressing station (100) for a device (200) for the production of wooden components assembled on the front side via finger joints, with a first and at least one second milling station (110, 140), which are spaced apart from one another in a feed direction (202). and are set up for creating end-face finger joint profiles at the two ends of the pieces of wood (12, 14) to be connected, and with means (212, 214, 216, 218) for advancing the pieces of wood (12, 14) in a feed direction (202) to the first of the two milling stations (110, 140), transversely to the feed direction (202) between the two milling stations (110, 140) and away from the at least one second milling station (110, 140). The milling stations (110, 140) are each set up in order to synchronously form finger joint profiles on the end face of at least two individual pieces of wood (12, 14) whose longitudinal extension (16) is aligned parallel to one another Wooden, rod- or plate-like construction elements assembled on the front side via finger joints.

Description

The invention relates to a dressing station for a device for the production of wooden, rod-like or plate-like components assembled at the end by finger joints, and a device with such a dressing station.

State of the art

When processing wood that is usually rod-like or plate-like, the wood fed to a device must be regularly cut off in a dressing station on the input side with unpredictable length sections, which means that wood of the same cross-section and usually different lengths are produced. Finger joints are milled into the two front sides of the wooden poles, and glue is applied to them so that the milled wooden poles are joined and pressed with their front sides to form a continuous strand of wood in a pressing device downstream of the dressing station. Wooden poles of a desired length are then cut off at one end of the wooden strand, while further wooden poles with finger-jointed end faces are attached at the opposite end. The pressing of the finger-jointed wooden poles into a continuous strand of wood takes place.

On the one hand, the wood material represents a large proportion of the total price for products made from the cut finger-jointed wood, for example squared timber, glued laminated timber or laminated beams. On the other hand, the throughput of wood through the device determines the efficiency of the device, with the necessary compression of the wood being a significant factor Time is a factor, with fixed specifications that have to be met in terms of strength and quality.

From the DE 20 2020 105 783 U1 a pressing device for a device for the production of wood strands from glued finger-jointed wood is known. The device comprises an entry area through which the pieces of wood can be fed and in which a feed unit for moving the pieces of wood in a feed direction is arranged. The device also comprises successive clamping and pressing units which are intended for clamping and pressing a strand of wood consisting of at least two pieces of wood provided with finger-joint profiles on the front side and glued. At least one of the clamping and pressing units is arranged to be displaceable in the feed direction and in the opposite direction. The entry area includes two clamping and pressing units, which are followed by the feed unit in the feed direction.

From the DE 20 54 807 A is an end processing machine for one- and two-sided processing of workpieces in any cross-section known. A braking device arranged above the conveyor belt is described here, which presses and holds the workpieces against drivers and supports of the conveyor belt in order to generate the necessary holding force for the processing units. The processing units are designed as milling spindles, as pre-slitting spindles or as cross-cut saws. The processing units are arranged one behind the other, and the end processing machine also includes two milling spindles, which are arranged on opposite sides of the conveyor belt. The milling spindles each mill one end face of a workpiece.

From the U.S. 3,802,986 A a finishing line is known which comprises a conveyor section and a profiling station. The profiling station includes motor-driven rotating knives that work the end of the wood during transport to provide the end with a groove and/or tongue. Immediately downstream of the profiling station is an applicator which applies a coating of adhesive component to the end of the piece of wood passing through it.

From the DE 30 46 319 A1 a device for the end-face joining of strip sections of different lengths is known. The device comprises an endlessly circulating conveyor belt with carriers arranged at a distance from one another transversely to the conveying direction. On both sides of the conveyor belt, finger joint milling and gluing devices are arranged offset to one another.

At least one cross conveyor is arranged above the conveyor belt, which conveys the slat sections from one side of the conveyor belt to the opposite side.

From the U.S. 5,617,910 A a device for connecting blocks is known. The blocks to be joined are fed to a finger jointing line on an intermittent feed conveyor where they are lined up side by side with one end against a stop. The blocks are then conveyed to a first mill where a finger joint is milled into one end. As the lug conveyor moves the blocks further through the finger jointing line, the unmilled ends of the blocks are caught by a shuttle conveyor, which pushes the blocks across the conveyor belt. The other end is then processed by a second milling machine.

From the EP 3 090 849 A1 a production line for elongated wooden workpieces is known, which comprises an input chain conveyor, a turning and feeding device, two processing units, a main conveyor chain, a diagonal chain conveyor, two auxiliary chain conveyors, an outlet rotor, an angle feeding unit, an assembling unit, a continuous press and a saw. Processing takes place continuously and synchronously through the entire line. The elongated wooden workpieces clamped in the spring clamping devices pass a first processing device which consists of a miter saw for aligning the front edges and profile milling cutters for milling the teeth into the aligned front surface. Here, a wooden workpiece is processed on its front side in the processing device.

Disclosure of Invention

The object of the invention is to create a dressing station that allows an improved throughput of milled timber.

Another object of the invention is to provide an apparatus with improved throughput including such a trimming station.

The objects are solved by the features of the independent claims. Favorable configurations and advantages of the invention result from the further claims, the description and the drawing.

The features listed individually in the patent claims can be combined with one another in a technologically meaningful manner and can be supplemented by explanatory facts from the description and by details from the figures, with further embodiment variants of the invention being shown.

The invention is based on a dressing station for a device for the production of wooden, rod-like or plate-like construction elements assembled at the end by finger joints. The dressing station comprises at least one first and at least one second milling station, which are each spaced apart from one another in a feed direction and are set up to create end-face finger joint profiles on the two ends of individual pieces of wood to be joined. The dressing station also includes means for advancing the individual pieces of wood to be processed in an advancing direction at least to the first of the two milling stations, transversely to the advancing direction between the at least one first and at least one second milling station and away from the at least one second milling station.

It is proposed that each of the milling stations is prepared in each case in order to synchronously and simultaneously form end-side finger joint profiles on at least two individual pieces of wood aligned with their longitudinal extent parallel to one another at the respective milling station.

Advantageously, several pieces of wood are processed simultaneously and synchronously at a single milling station.

The individual pieces of wood are in particular aligned with their side edges parallel to a defined stop edge, and are therefore advantageously also aligned parallel to one another. Furthermore, the end edge of each piece of wood is aligned with a stop edge at the milling station, so that the longitudinal edge and the end edge are at a well-defined angle to one another. The front edge is advantageously aligned perpendicular to the longitudinal edge. When the wood is later pressed into a strand of wood, the individual wood can be joined and pressed cleanly and with little loss. In principle, an angle between the front edge and the longitudinal edge that deviates from a right angle is also possible, so that two individual pieces of wood to be joined together have at least one front side that is inclined in a complementary manner to the longitudinal side and are thus easy to press.

The parallel processing of individual pieces of wood in the dressing station allows an exact alignment of the side edges of each of the individual pieces of wood to each other and an exact and reproducible setting of the angle between the respective front side and long side. This means that rejects can be reduced and the pressing result can be improved in a subsequent pressing station.

Advantageously, the throughput through the dressing station can be at least doubled when at least two individual pieces of wood are milled at the same time at one milling station. Advantageously, the dressing station can be designed as a cycle chain system, which processes pieces of wood in fixed work cycles. Optionally, the dressing station can also be provided without cycle chain operation.

According to a favorable embodiment of the dressing station, a milling unit can be arranged in the at least first and in the at least second milling station, with which at least two pieces of wood can be milled synchronously and simultaneously on the face side. Optionally, more than one milling unit can also be provided in one or more of the milling stations.

The milling unit can be designed in such a way that a milling set of the milling unit is provided with a width which corresponds at least to twice the width of the wood which is trimmed in the dressing station. Milling units are usually designed for specific maximum widths of individual timbers that are to be milled. Such an arrangement can advantageously be widened accordingly. In addition or as an alternative, a milling unit can have several milling cutter sets, which are designed for maximum widths of individual pieces of wood, with the milling cutter sets processing the corresponding pieces of wood synchronously. Furthermore, the milling unit can have several sets of milling cutters, which are provided with a width that corresponds to at least twice the width of the wood.

According to a favorable embodiment of the dressing station, at least one of the milling units can have at least two sets of milling cutters, with which at least two pieces of wood can be milled synchronously and at the same time on the face side. Advantageously, the cutter sets can be moved synchronously for milling, for example from top to bottom or vice versa.

The wood can be elongated elements such as slats, boards, planks, squared timber or the like.

According to a favorable embodiment of the dressing station, at least one of the milling units can have a common drive for at least two sets of milling cutters of the respective milling unit. Advantageously, the cutter sets can be moved synchronously by means of a common drive or feed, for example a common shaft or the like.

According to a favorable embodiment of the dressing station, the milling stations can each have at least one clamping unit with which each of the pieces of wood can be individually fixed in front of the milling stations. The pieces of wood can be held stably in their position on the cutter sets during the milling process. This allows tolerances in the wood to be compensated, which saves pre-planing the wood. The reference edge against which the long side of the respective wood is aligned serves as a zero line for the alignment of the wood, just as a reference edge for the face of the respective wood serves as a zero line for the face. Advantageously, this stop edge can be a table side of the conveyor between the milling stations in the dressing station.

According to a favorable embodiment of the dressing station, a device for applying glue to at least one of the two milled finger joint profiles of the two pieces of wood can be provided at or adjacent to the at least first and/or at least second milling station. Favorably, a stable and permanent adhesive connection can be achieved in a later pressing process of the wood.

According to a further aspect of the invention, a milling station is proposed for a trimming station, with a milling unit which is prepared in order to synchronously form end-side finger joint profiles on at least two pieces of wood which are aligned parallel to one another with their longitudinal extent. In particular, the timbers are aligned parallel to one another with their side edges. Advantageously, the milling station allows an increased throughput of wood in a dressing station.

According to a further aspect of the invention, a device is proposed for the production of wooden, rod-like or plate-like components assembled at the end via finger joints end-side finger joint profiles at the two ends to be connected to individual pieces of wood set up milling stations. The device has a pressing station intended for the frontal joining and pressing of the individual pieces of wood, which are provided with finger-joint profiles on the frontal side. Furthermore, the device has means for advancing the individual pieces of wood to be processed, starting from an input side via the dressing station to the pressing station. The at least first and at least the second milling station are each prepared in order to synchronously form finger joint profiles on the end faces of at least two individual pieces of wood that are aligned parallel to one another with their longitudinal extent at the respective milling station.

In particular, the timbers are aligned parallel to one another with their side edges.

Advantageously, the throughput through the device can be at least doubled due to the increased throughput through the dressing station. Advantageously, the dressing station can be designed as a cycle chain system, which processes individual pieces of wood in fixed work cycles. Favorably, a chop saw can be provided on the input side, which separates the wood at defective points. A storage area is expediently provided between the cross-cut saw and the first milling station in order to have sufficient pieces of wood available for an increased throughput in the dressing station. The storage area can be designed, for example, as a transverse conveyor for wood.

According to a favorable embodiment of the device, a milling unit can be arranged in the at least first and in the at least second milling station, with which at least two pieces of wood can be milled synchronously on the face side. The milling unit can be designed in such a way that a milling set of the milling unit is provided with a width which corresponds at least to twice the width of the wood which is trimmed in the dressing station.

As a result, at least two pieces of wood can be processed with one cutter set of the cutter unit. Alternatively, the milling unit can have at least two sets of milling cutters.

Milling units are usually designed for specific maximum widths of individual timbers that are to be milled. Such an arrangement can advantageously be widened accordingly.

According to a favorable embodiment of the device, at least one of the milling units can have at least two sets of milling cutters, with which at least two pieces of wood arranged parallel to one another can be milled on the face side. Advantageously, the cutter sets can be moved synchronously.

According to a favorable embodiment of the device, at least one of the milling units can have a common drive for at least two sets of milling cutters of the respective milling unit. Advantageously, the cutter sets can be moved synchronously by means of a common shaft.

For example, the milling unit can have a drivable belt pulley from which a shaft end protrudes in the axial direction on each side, on each of which a milling set is arranged. Likewise, such an annular disk can be arranged laterally on a shaft and the milling cutter sets can be mounted on the shaft from one side, with the milling cutter sets being advantageously spaced apart from one another by intermediate rings. The milling cutters can also be driven directly by a motor.

According to a favorable configuration of the device, at least the means for advancing the individual pieces of wood to be processed can be designed as a cycle chain system. The increased throughput of timber can be moved through the device to the pressing station at a suitable rate.

An advantageous pressing station is in the DE 202020105783 U1 described and allows a particularly high throughput with high quality of the connection areas between the wood. Other types of pressing stations, for example with continuous conveyance of the wood, are also conceivable.

drawing

Further advantages result from the following description of the drawing. Exemplary embodiments of the invention are shown in the figures. The figures, the description and the claims contain numerous features in combination. The person skilled in the art will expediently also consider the features individually and combine them into further meaningful combinations.

Fig. 1

als Blockdiagramm ein Ausführungsbeispiel einer Vorrichtung zur Herstellung von aus Holz bestehenden, stab- oder plattenartigen, stirnseitig über Keilzinkenverbindungen zusammengesetzten Bauelementen nach einem Ausführungsbeispiel der Erfindung mit einer Kappsäge, einer Zurichtstation mit zwei Frässtationen und einer Pressstation;

Fig. 2

in Draufsicht eine Zurichtstation nach einem Ausführungsbeispiel der Erfindung mit einer ersten und zweiten Frässtation, mit Querförderer und Längsförderern;

Fig. 3

einen ersten Verfahrensschritt beim Transfer zweier Hölzer von einer Kappsäge zu der ersten Frässtation der Zurichtstation aus Figur 2, bei dem die Hölzer mit einem Querförderer zur ersten Frässtation bewegt werden;

Fig. 4

einen weiteren Verfahrensschritt beim Transfer der Hölzer von der ersten Frässtation der Zurichtstation aus Figur 2 nach dem Fräsen der ersten Strinseite der Hölzer zur zweiten Frässtation;

Fig. 5

einen weiteren Verfahrensschritt beim Transfer der fertig gefrästen Hölzer von der zweiten Frässtation der Zurichtstation aus Figur 2 Richtung Pressstation;

Fig. 6

eine Vorderansicht einer Frässtation mit zwei Fräsersätzen am Fräsaggregat nach einem Ausführungsbeispiel der Erfindung;

Fig. 7

eine Vorderansicht einer Frässtation mit einem Fräsersatz am Fräsaggregat nach einem Ausführungsbeispiel der Erfindung.

They show an example in a schematic representation:

1

as a block diagram an exemplary embodiment of a device for the production of wooden, rod-like or plate-like components assembled at the end via finger joints according to an exemplary embodiment of the invention with a chop saw, a dressing station with two milling stations and a pressing station;

2

in plan view a dressing station according to an embodiment of the invention with a first and second milling station, with transverse conveyors and longitudinal conveyors;

3

a first process step in the transfer of two pieces of wood from a chop saw to the first milling station of the dressing station figure 2 , in which the logs are moved to the first milling station with a cross conveyor;

4

a further process step when transferring the wood from the first milling station of the dressing station figure 2 after milling the first face of the timber to the second milling station;

figure 5

a further step in the transfer of the ready-milled timber from the second milling station of the dressing station figure 2 towards pressing station;

6

a front view of a milling station with two sets of cutters on the milling unit according to an embodiment of the invention;

Figure 7

a front view of a milling station with a milling set on the milling unit according to an embodiment of the invention.

embodiment of the invention

In the figures, components of the same type or having the same effect are denoted by the same reference symbols. The figures only show examples and are not to be understood as limiting.

Before the invention is described in detail, it should be pointed out that it is not limited to the respective components of the device and the respective method steps, since these components and methods can vary. The terms used herein are only intended to describe a particular embodiment and are not used in a limiting manner. Furthermore, when the singular or indefinite articles are used in the description or in the claims, this also applies to the plural of these elements, unless the overall context clearly indicates otherwise.

Directional terminology used in the following with terms such as "left", "right", "above", "below", "in front of" "behind", "after" and the like is only intended to improve understanding of the figures and is in no way intended to limit the represent generality. The components and elements shown, their design and use can vary according to the considerations of a person skilled in the art and can be adapted to the respective applications.

figure 1 shows a block diagram of an exemplary embodiment of a device 200 for the production of wooden, rod-like or plate-like components assembled at the end via finger joints according to an exemplary embodiment of the invention with a chop saw 230, a dressing station 100 with two milling stations 110, 140 and a pressing station 240. figure 2 shows the dressing station 100 in plan view in detail. The two figures are described together below.

The chop saw 230 is used to separate defective areas from individual pieces of wood, which are to be fed to the dressing station 100 . As a result, pieces of wood 12, 14 of different lengths are produced, depending on the location of a defect. In the milling stations 110, 140, the individual pieces of wood 12, 14 are milled on both of their end faces so that finger joints are formed, optionally provided with glue and joined in the pressing station 240 to form a structural element made up of pieces of wood 12, 14 that are pressed together at the end and glued together.

After processing with the chop saw 230 , the pieces of wood 12 , 14 are transported to a transverse conveyor 212 , which extends in segments between the chop saw 230 and the pressing station 240 . A longitudinal conveyor 216 is arranged between segments of the transverse conveyor 212 and is arranged between the milling stations 110 , 140 . A feed direction 202 is provided on the transverse conveyor 212 and a feed direction 206 is provided on the longitudinal conveyor 216 , which is directed perpendicularly to the feed direction 202 . The individual pieces of wood 12 , 14 are arranged on the transverse conveyor 212 with their longitudinal extent 16 perpendicular to the feed direction 202 of the transverse conveyor 212 .

The transverse conveyor 212 has corresponding conveying means for moving the pieces of wood 12, 14, for example chains or rollers or the like, which form a transport table which is delimited by table edges 106 and 108. The table side 106, 108 of the respective milling station 110, 140 serves as a stop for aligning the end faces of the pieces of wood 12, 14, so that the end faces and the long sides are precisely aligned and a defined, preferably vertical, angle between the end face and the long side of each piece of wood 12, 14 is set. Other means of aligning the timbers 12, 14 can also be used, as long as they are suitable for aligning the timbers 12, 14 in the same way in a reproducible manner. This facilitates the later pressing together of the pieces of wood 12, 14 in the subsequent pressing station 240 at their end faces.

The pieces of wood 12, 14 are transported on the longitudinal conveyor 216 in the direction of their longitudinal extent 16, i.e. the longitudinal extent 16 is parallel to the feed direction 206 of the longitudinal conveyor 216.

Stop means (not shown) are arranged in front of each of the milling stations 110, 140, with which the pieces of wood 12, 14 are brought into contact with their longitudinal side in the feed direction 202 of the transverse conveyor 212 before they are milled with their end faces facing the respective milling station 110, 140 will. The milling stations 110, 140 shown are each prepared in order to synchronously form finger-joint profiles on the end faces of at least two individual pieces of wood 12, 14, which are aligned parallel to one another with their longitudinal extent 16.

In front of each of the milling stations 110, 140 are longitudinal conveyor units 214, 218, with which the pieces of wood 12, 14 can be moved up to the respective milling station 110, 140 for processing. Alternatively or additionally, it can also be provided that the milling unit of the respective milling station 110, 140 can be moved up to the pieces of wood 12, 14, which is figure 2 is indicated by a directional arrow 204.

The longitudinal conveyor 216 can be implemented in the usual way by means of a roller conveyor and the transverse conveyor 212 with rollers, belts, chains and the like.

The pressing station 240 following the dressing station 100 has an entry area 242 through which the pieces of wood 12, 14 can be fed by the transverse conveyor 212. The pieces of wood 12, 14 are pressed together at the ends and transported in the direction of transport 252.

the Figures 3 to 5 12 show different phases of the movement of logs 12, 14 in the dressing station 100 of FIG figure 2 . The pieces of wood 12, 14 are of the same length in the illustrated embodiment, they can also be of different lengths. Furthermore, more than two individual pieces of wood per milling station 110, 140 can be synchronously processed with the milling unit 120 ( Figures 3-7 ) are milled.

figure 3 shows a first method step in the transfer of two individual pieces of wood from a chop saw 230 to the first milling station 110, in which the pieces of wood 12, 14 have been moved with the cross conveyor 212 with their front sides along the edge of the table 106 to the first milling station 110 and in the working area of the milling station 110 have arrived. There, the two pieces of wood 12, 14 are stopped in an aligned manner, each clamped with a separate clamping device 112, 114 and milled synchronously with a milling set 122, 124 of the milling unit 120. In the meantime, further pieces of wood 12, 14 treated by the chop saw 230 are delivered.

In an alternative exemplary embodiment, which is not shown, the milling station 110 can have a milling unit 120 with a milling set 122 which is provided with a width which corresponds at least to twice the width of the wood which is trimmed in the dressing station 100 . As a result, two end faces of two pieces of wood 12, 14 can be milled synchronously with a milling cutter set 122.

figure 4 shows a further process step after the removal of the timbers 12, 14 milled on one side from the first milling station 110 during the transfer of the timbers 12, 14 milled on one side by means of the longitudinal conveyor 216 to the side of the second milling station 140, so that the opposite end face of the timbers 12, 14 can be edited. The new, unmilled pieces of wood 12, 14 are brought with their end faces along the table edge 106 to the first milling station 110, while the pieces of wood 12, 14 milled on one side are moved to the opposite table edge 108 and along it to the second milling station 140, in order to to be milled.

figure 5 shows a further process step, in which the pieces of wood 12, 14 that have been completely milled on both end faces are transported with the cross conveyor 212 from the second milling station 140 in the direction of the pressing station 240 ( figure 1 ) can be moved. Meanwhile, the next pair of timbers 12, 14 milled on one side is moved via the longitudinal conveyor 216 from the side of the first milling station 110 to the side of the second milling station 140, while unmilled timber is moved with the transverse conveyor 212 in the direction of the first milling station 110. Since the bottom face of the pieces of wood 12, 14 in the figure was milled last and this side of the pieces of wood 12, 14 is precisely aligned last, the pressing and the feed take place in the following pressing station 240, as in figure 1 shown, downwards in the figure to the side on which the last milling station 140 of the dressing station 100 is located.

figure 6 shows a front view of the milling station 110 with two sets of milling cutters 122, 124 on the milling unit 120 according to an exemplary embodiment of the invention. The milling unit 120 can move both sets of milling cutters 122, 124 synchronously via a single shaft, for example from top to bottom.

figure 7 12 shows a front view of the milling station 110 with a single set of milling cutters 126 on the milling unit 126 according to a further exemplary embodiment of the invention. The milling set 126 is at least as wide, preferably wider, than the end faces of two adjacent pieces of wood into which finger joints are to be milled at the milling station 110 . The pieces of wood can be processed synchronously with the cutter set 126.

Reference sign

12

wood

14

wood

16

longitudinal extent

100

dressing station

102

entry page

110

milling station

112

clamping unit

114

clamping unit

120

milling unit

122

cutter set

124

cutter set

140

milling station

142

clamping unit

144

clamping unit

150

milling unit

152

cutter set

154

cutter set

200

contraption

202

feed direction

204

directional arrow

206

feed direction

212

Middle

214

Middle

216

Middle

218

Middle

230

chop saw

240

pressing station

242

entrance area

252

transport direction

Claims (12)

Dressing station (100) for a device (200) for the production of wooden, rod-like or plate-like construction elements assembled on the front side via finger joints, with at least one first and at least one second milling station (110, 140), which are each spaced apart from one another in a feed direction (202) and are set up for creating end-face finger joint profiles on the two ends of the pieces of wood (12, 14) to be joined, with means (212, 214, 216, 218) for advancing the pieces of wood (12, 14) to be processed in an advancing direction (202) at least to the first of the two milling stations (110, 140), transversely to the advancing direction (202) between the two milling stations (110, 140) and away from the at least one second milling station (110, 140), characterized in that
the at least first and the at least second milling station (110, 140) are each prepared in order to be able to cut synchronously and simultaneously at the respective milling station (110, 140) on at least two individual pieces of wood (12, 14) whose longitudinal extension (16) is aligned parallel to one another. form end-face finger joint profiles. Dressing station according to Claim 1, characterized in that a milling unit (120, 150) is arranged in the at least first and in the at least second milling station (110, 140), with which at least two pieces of wood (12, 14) can be milled synchronously on the face side. Dressing station according to Claim 1 or 2, characterized in that at least one of the milling units (120, 150) has at least two sets of milling cutters (122, 124, 152, 154) with which at least two pieces of wood (12, 14) can be milled synchronously on the front side. Dressing station according to Claim 3, characterized in that at least one of the milling units (120, 150) has a common drive for at least two sets of milling cutters (122, 124, 152, 154) of the respective milling unit (120, 150). Dressing station according to one of the preceding claims, characterized in that the milling stations (110, 140) each have a clamping unit (112, 114, 142, 144) with which the individual pieces of wood (12, 14) in front of the milling stations (110, 140) each can be fixed separately. Dressing station according to one of the preceding claims, characterized in that a device for applying glue to at least one of the two milled finger joint profiles of the two pieces of wood (12, 14) is provided at or adjacent to the at least first and/or at least second milling station (110, 140). . Milling station (110, 140) for a dressing station according to one of the preceding claims, characterized by a milling unit (120, 150) which is prepared in order to synchronously cut front finger joint profiles on at least two individual pieces of wood (12 , 14) to train. Device (200) for the production of wooden, rod-like or plate-like construction elements assembled on the face side via finger joints, with a dressing station (100) with at least one first and at least one second milling station ( 110, 140), with a pressing station (240) intended for the front side joining and pressing of the individual pieces of wood (12, 14) provided with finger joint profiles on the front side and with means (212, 214, 216, 218) for advancing the individual pieces of wood (12, 14) to be processed, starting from an input side (102) via the dressing station (100) to the pressing station (240), characterized in that
the at least first and the at least second milling station (110, 140) are each prepared in order to be able to cut synchronously and simultaneously at the respective milling station (110, 140) on at least two individual pieces of wood (12, 14) whose longitudinal extension (16) is aligned parallel to one another. to train. Device according to Claim 8, characterized in that a milling unit (120, 150) is arranged in the first and in the second milling station (110, 140), with which at least two pieces of wood (12, 14) can be milled synchronously on the face side. Device according to Claim 8 or 9, characterized in that at least one of the milling units (120, 150) has at least two sets of milling cutters (122, 124, 152, 154) with which at least two individual pieces of wood (12, 14) can be milled on the front side. Device according to one of Claims 8 to 10, characterized in that at least one of the milling units (120, 150) has a common drive for at least two sets of milling cutters (122, 124, 152, 154) of the respective milling unit (120, 150). Device according to one of Claims 8 to 11, characterized in that at least the means (212, 214, 216, 218) for advancing the individual pieces of wood (12, 14) to be processed are designed as a cycle chain system.

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