CN206085230U - Board processingequipment - Google Patents
Board processingequipment Download PDFInfo
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- CN206085230U CN206085230U CN201620396417.9U CN201620396417U CN206085230U CN 206085230 U CN206085230 U CN 206085230U CN 201620396417 U CN201620396417 U CN 201620396417U CN 206085230 U CN206085230 U CN 206085230U
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- transmitting device
- platform
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- plant
- processing unit
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27B—SAWS FOR WOOD OR SIMILAR MATERIAL; COMPONENTS OR ACCESSORIES THEREFOR
- B27B5/00—Sawing machines working with circular or cylindrical saw blades; Components or equipment therefor
- B27B5/02—Sawing machines working with circular or cylindrical saw blades; Components or equipment therefor characterised by a special purpose only
- B27B5/06—Sawing machines working with circular or cylindrical saw blades; Components or equipment therefor characterised by a special purpose only for dividing plates in parts of determined size, e.g. panels
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27B—SAWS FOR WOOD OR SIMILAR MATERIAL; COMPONENTS OR ACCESSORIES THEREFOR
- B27B31/00—Arrangements for conveying, loading, turning, adjusting, or discharging the log or timber, specially designed for saw mills or sawing machines
- B27B31/003—Arrangements for conveying, loading, turning, adjusting, or discharging the log or timber, specially designed for saw mills or sawing machines with rollers
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Feeding Of Workpieces (AREA)
- Sawing (AREA)
Abstract
The utility model provides one kind board processingequipment (10) contain: the machine adds platform (12), locate loading bay (16) that the machine adds platform (16) first side, ejection of compact platform (20), it locates the second side relative with first side that the machine adds platform (12), and at least one a transmission device (32), it transmits work piece (34) from loading bay (16) on the machine is with transmission direction (36) of platform (12), wherein, board processingequipment has the 2nd transmission device (44) with a transmission device (32) separation, it can be located quick -witted work piece (34) that add on the platform (12) to at least part with the help of the portion snatched (46) and transport with platform (12) at the last machine of following of loading bay (16) transmission direction, the 2nd transmission device (44) have normal position and operation position, it sets up outside loading bay (16) and top surface (30) of machine with platform (12) to snatch portion (46) in normal position, it sets up in loading bay (16) and machine top surface (30) top with platform (12) at least in part to snatch portion (46) in operation position.
Description
Technical field
The present invention relates to a kind of plate processing unit (plant).
Background technology
The plate processing unit (plant) for example as plate cast-cutting saw is had been disclosed on market.Which can be used for by annular saw under a platform
To cut large-scale plate workpiece.There is by first transmitting device namely thereon one of a chuck in this plate workpiece
Program slider from loading bay be transferred to the machine add within platform or under a set saw.The machine add platform with
There is on the loading bay opposite side discharge pedestal, there are an operator on the discharge pedestal, the operator have been added
Work, namely the workpiece that cut manually slave adds platform to take on the discharge pedestal.It is DE 10 2010 to this example
010 746 A1。
On market, disclosed program slider includes an ejecting device, and last workpiece is being shifted onto the discharge pedestal
When upper, the ejecting device is activated.Also there is an automaton in the region of the discharge pedestal in addition, typically one declines
Gate.An a kind of lower pawl of chuck is also disclosed in 10 2,005 020 979 A1 of DE such as, which is used to turn down one
Workpiece.Last 2 422 944 A1 of EP also disclose a kind of plate cutter sweep of further automatic running.
The content of the invention
The task of the present invention is to provide a kind of plate processing unit (plant), and its operation especially has efficiently and to operator high
Safety.
The task is resolved by a kind of plate processing unit (plant), and the plate processing unit (plant) includes：Machine adds platform, and the machine adds platform to use
In machining plate-like workpieces thereon；Loading bay, which is arranged on the first side that machine adds platform；Discharge pedestal, its be arranged on machine add platform, and
On the second relative side of first side；And at least one first transmitting devices, which is used to add in the transmission direction of platform from entering in machine
Material platform transmission workpiece；Characterized in that, the plate processing unit (plant) is also with the detached with first transmitting device second transmission
Device, its be used for by crawl section will be at least partially disposed at the machine add the workpiece on platform in the transmission direction of loading bay from
Machine adds platform to transport, wherein second transmitting device has resting position and run location, grabs described in the resting position
The portion of taking is arranged on loading bay and machine adds outside the top surface of platform, and described in the run location, crawl section is direct at least in part
It is arranged on loading bay and machine adds the top face of platform.
According to the present invention, the plate processing unit (plant) has second transmitting device, second transmitting device and first biography
Defeated device is separated, and can be at least partially disposed at the machine one by a crawl section and add the workpiece slave on platform to add platform inverse
On loading bay direction to transmit." separation " here such as means, second transmitting device first is passed with this in structure
Defeated device is unrelated, and this preferably entirely independently can be driven with which.Second transmitting device is static with one
Position, in the resting position, the crawl section is arranged on the loading bay and the machine adds below countertop.Which also has in addition
One run location, in the run location, the crawl section is at least partially disposed on the loading bay and the machine adds the upper of countertop
Face.
Plate processing unit (plant) of the invention this have the advantage that, adds the narrow bar on platform need not be by operator positioned at the machine
Member manually adds from the machine and remove on platform, but automatically adds platform to move to the discharge pedestal direction by the second transmitting device slave
On.Thus first transmitting device is also no longer needed to add platform to move on the discharge pedestal direction this workpiece slave.
First transmitting device can be returned with here on the contrary, and captures a new workpiece, and is transferred to the machine and is added
Platform, and second transmitting device is adding the workpiece on platform such as to move on the discharge pedestal direction positioned at the machine.So as to not only carry
The high job security of the operator and cycle of plate processing unit (plant) of the invention is further improved, so that
More workpiece can be processed within the shorter time.If the plate processing unit (plant) is arranged at fully automatic operation, then this gets over
It is adapted to.
Recommend in improving a kind of first, second transmitting device include at least one in the transmit direction and reversely on
Moveable main part and at least one is fixed on the main part vertical moveable slipper, and the sliding part is adhered to separately
In the crawl section or constitute the crawl section.This second transmitting device is simple in structure, and is highly reliably run.
The crawl section constructed as slipper is substantially simplest construction, because such as not needing clamp system etc..
Recommend in the improvement with regard to this, the slipper has at least one recess, if wherein the second transmission dress
Put in resting position, then can just pass through the recess and the support component that the machine adds platform or the loading bay is set.Such as
Really the slipper such as has a region implemented as the plate of basic horizontal for stability, then this is outstanding
Which is favourable.By the recess according to set by the present invention, the machine can be such as made to add platform or the support component of the loading bay to protect
It is fixed to keep steady, so that second transmitting device such as can also carry out upgrading in existing plate processing unit (plant).Support
Element such as can be understood as the roller of the air nozzle or rotter table of air cushion platform.
It is also recommended that in addition, the slipper includes a support arm, the support arm is removably secured to the main part
On point, and so mutually motion is coupled with a static control area so which is when the main part is moved in the transmit direction
Move up, and move down when the main part is moved against transmission direction.So as to omit for rotating the support
The individual drive of arm or the mobile slipper.But the support arm is also automatically resulted in by the movement of the main part
It is corresponding mobile, and thereby also result in the corresponding movement of the slipper.
It is also recommended that in addition, the static control area includes a groove.This groove is cheap and very firm.
It is also recommended that, the main part is connected with a flexible drive member, especially one belt or a chain, wherein
The driving element is driven by a driving means, especially one motor.Here it be also for moving the one of the main part
Plant cheap and extremely firm type of drive.
Second transmitting device can have at least two see in the transmit direction it is being adjacently positioned and drive in the same direction point
Transmitting device, which has each one moveable main part and each rotatable support arm.Thus second transmission is filled
Put the Probability Area for capturing on the workpiece to be increased, be thus applied to when by second transmitting device to transmit the workpiece
Power on the workpiece is lowered.This structural scheme that the workpiece is transmitted by by second transmitting device becomes more on the whole
It is reliable.
Recommend in the improvement with regard to this, one of this point of transmitting device includes a driving means, and the driving means are borrowed
A coupling device is helped so to be coupled with another point of transmitting device so that the driving means also drive another point of transmitting device.
This aspect this have the advantage that, it is only necessary to a unique driving means, thereby saving cost.On the other hand this has
Advantage is to also ensure that the synchronizing moving of this point of transmitting device despite a unique driving means, thereby ensure that and pass through
Second transmitting device transmits the workpiece with coming " straight line ".
It is also recommended that in addition, at least two points of transmitting devices have a common slipper, and which has two support arms,
Wherein the slipper is removably secured in the main part of this point of transmitting device by the support arm.This sliding part
Point construct so as to linear, and thereby construct the slipper being distributed in the antemarginal large area of the workpiece
Handgrip, thus avoid the damage to the workpiece.
Another especially advantageous extension regulation of plate processing unit (plant) of the invention, second transmitting device have at least
One stop portion, can stop the workpiece for being moved by first transmitting device in the transmit direction in the stop portion,
Wherein the stop portion is arranged on the loading bay in the resting position of the transmitting device and the machine adds below countertop, and
Which is at least partially disposed on the loading bay in the run location of the transmitting device and the machine adds above the top surface of platform.
So as to second transmitting device brings an additional function：Which is also served as aligning the backstop of the plate workpiece,
Wherein the workpiece is transmitted from the loading bay to machine Jia Tai directions by first transmitting device.If the thus plate workpiece
In the stop portion of second transmitting device, then the plate workpiece is just by its side in front seen in the transmit direction
Edge is aligned exactly parallelly with line of cut.
In addition thus also achieve, if the workpiece is located in the stop portion, then the program of first transmitting device
The chuck of slider is just reliably moved on the edge seen in the transmit direction below of the workpiece, and can be grabbed
Firmly.
Recommend in the improvement to this, the stop portion is arranged on the support arm.This can with it is particularly simple and cheaply
Realize.
In the improvement again to this recommend, the stop portion by it is being constructed on the support arm and this second transmission
Rib vertical in the run location of device is constituted.This is generally the least expensive and very firm.
Second transmitting device can also have at least one lift elements, can be one at least using the lift elements
The remaining workpiece that part is located in the saw kerf is enhanced from saw kerf.Thus the operation peace of the plate cutter sweep is improved again
Quan Xing because in the case of undesirable may partially into saw kerf in and thereby easily can not be detected by crawl section
And the very narrow remaining workpiece transported is elevated first from saw kerf, so that then which reliably can be carried away.
Recommend in the improvement to this, the lift elements include with a lift portion for inclining upside, the lifting
Part is contained in the groove for extend during the machine adding platform in the transmit direction in the run location of second transmitting device.
This is a kind of change of the lift elements of very simple realization.The chuck groove that here is after all present in conventional machine adds platform can
For accommodating the lift portion.
In addition on the edge of the protrusion that the lift portion can also be arranged on the crawl section bottom surface.So as to by the lift elements
The remaining workpiece being lifted out from the saw kerf is just carried away after lifting immediately, and thus the plate cutter sweep is especially efficiently
Operation.
Description of the drawings
Embodiments of the present invention are referring to the drawings explaining below.Wherein：
Fig. 1 shows a kind of diagrammatic side view of the first embodiment of plate processing unit (plant), and which has in resting position
Second transmitting device；
Fig. 2 shows the figure similar with Fig. 1 of the plate processing unit (plant), and wherein second transmitting device is in the first operating position
In putting；
Fig. 3 shows the figure similar with Fig. 1 of the plate processing unit (plant), and wherein second transmitting device is in the second operating position
In putting；
Fig. 4 shows the detailed perspective of the second transmitting device of the plate processing unit (plant) of Fig. 1；
Fig. 5 shows that the second transmitting device, loading bay and the machine of Fig. 4 adds the perspective view of platform；
Fig. 6 shows the side view of the part of Fig. 5, wherein a decline gate in down state is also show, and
And wherein second transmitting device is in resting position；
Fig. 7 shows the diagram similar with Fig. 6, illustrated therein is the decline gate in raised configuration, and wherein should
Second transmitting device is moved from resting position；
Fig. 8 shows the detailed side view of second transmitting device of Fig. 7；
Fig. 9 shows the diagram similar with Fig. 7, and wherein second transmitting device is in the first run location；
Figure 10 shows the diagram similar with Fig. 7, and wherein second transmitting device is in the second run location；
Figure 11 shows a kind of diagram of the second embodiment of the plate processing unit (plant) similar with Fig. 1, wherein second biography
Defeated device is in resting position；
Figure 12 shows the diagram similar with Figure 11, and wherein second transmitting device is in the first run location；
Figure 13 shows the diagram similar with Figure 11, and wherein second transmitting device is in the second run location；
Figure 14 shows a kind of diagram of the 3rd embodiment of the plate processing unit (plant) similar with Fig. 7, wherein second biography
Defeated device is in the first run location；
Figure 15 shows the diagram similar with Figure 14, and wherein second transmitting device is in the second run location；
Figure 16 shows the perspective view of the plate processing unit (plant) of Figure 14, and wherein second transmitting device is in the first run location
In；
Figure 17 shows the schematic partial cross-sectional view in a region of the plate processing unit (plant) of Figure 14, wherein the second transmission dress
Put in the first run location；And
Figure 18 shows the perspective view in a region of the plate processing unit (plant) of Figure 14.
Specific embodiment
Function identical unit and region adopt identical reference markss in all the drawings.In addition for clearly mesh
Be not in all the drawings all to all visible units and area marking reference markss.
A plate processing unit (plant) is integrally labelled with reference markss 10 in FIG.Which includes a machine and adds platform 12, and the machine adds
Platform is stood on ground by foot 14.Machine adds the right side of platform 12 to have a loading bay 16 in FIG, and the loading bay passes through multiple rollers
Son 18 is constituting.
The plate processing unit (plant) 10 comprises in addition one and is located at the machine and adds discharge pedestal 20 on the left of platform 12, and which equally can be with
For example as air cushion platform implementing as the machine adds platform 12.It is believed that illustrate only a part for the loading bay 16 in FIG
And an only part for the discharge pedestal 20.Add above platform 12 with one by press strip in the machine, but which does not show in figure
Go out.Should can vertically move by press strip and adding the workpiece on platform 12 to add platform to clamp against machine positioned at the machine, thus workpiece existed
Reliably fixed during processing.
The plate processing unit (plant) 10 is currently a plate cast-cutting saw.Its so as to include a saw cutting device 22, its current work
Construct for annular saw under platform, and a feathering axis 26 with a vertical saw blade 24 and the saw blade 24.The saw blade 24 can
Add the top surface 30 of platform 12 moving the machine is upward through by a gap 28, so which can be processed adding positioned at the machine
Workpiece on platform 12.The machine adds the top surface of platform 12, loading bay 16 and discharge pedestal 20 to be currently entirely located on same plane.This is in figure
By a chain-dotted line 30 representing in 1.
The plate processing unit (plant) 10 also includes first transmitting device 32 in addition, and which can enter a workpiece 34 from this
Material platform 16 adds on 12 direction of platform (transmission direction 36) to transmit in the machine.First transmitting device 32 includes a program and slides
Dynamic device 38, the program slider perpendicular to Fig. 1 drawing extending, and can passed by a unshowned motor driver
Move on defeated direction 36 and in the opposite direction.Multiple chucks 40 are fixed with the program slider 38, the chuck has
Clamp jaw (without reference markss), can clamp the back edge 42 of the workpiece 34 in-between.
The plate processing unit (plant) 10 also includes second transmitting device 44, and its specific construction hereinafter will be more detailed
Ground is illustrated.The crawl section 46 that one be illustrate only as slipper to construct in FIG in second transmitting device 44
And a support arm 48, the wherein support arm is connected the slipper 46 with unshowned main part in FIG.Should
Slipper 46 is mutually fixedly connected with the support arm 48, and the contrary support arm 48 is rotatably attached relative to the main part.
Second transmitting device 44 be figure 1 illustrates in resting position, the slipper 46 in the resting position
Be arranged on the loading bay 16 and the machine add below the top surface 30 of platform 12.The workpiece 34 and both first transmitting devices 32
In the relative right side area of the loading bay 16.
The workpiece 34 is no longer located on the loading bay 16 as shown in Figure 1 in fig. 2, but is added on platform 12 positioned at the machine,
It is which passes through the position reached by first transmitting device 32.The chuck 40 of here first transmitting device 32 is the workpiece 34
Release, and first transmitting device 32 is then against the movement return of transmission direction 36, to capture and transmit another workpiece (not
Illustrate).
Second transmitting device 44 is no longer on resting position, but is in the first run location, in first operating position
Put the slipper 46 the is arranged at the loading bay 16 and machine to add above the top surface 30 of platform 12.As shown in figure 3, this
Two transmitting devices, 44 here is moved in transmission direction 36 by motor, so that after the slipper 46 and the workpiece 34
Edge 42 contacts, and then the workpiece 34 adds platform 12 to be pulled on the discharge pedestal 20 from the machine.The slipper 46 or whole
, in figure 3 so as to be in the second run location, in second run location, the slipper 46 is same for individual second transmitting device 44
Sample the is arranged on the loading bay 16 and machine adds above the top surface 30 of platform 12, but is also moved in transmission direction 36 in addition
So that the workpiece 34 is released on the discharge pedestal 20.
The function of second transmitting device 44 is particularly useful to such as to carry out in the back edge 42 of the workpiece 34 so-called
Cutting-up.In this cutting-up, the workpiece is relative to the saw blade 24 so positioning so that by the sawing process in back edge 42
One material width of upper removal, thickness of the material width less than the saw blade 24.So as to which only processes back edge 42.Only when logical
Cross after this fixes the workpiece by press strip and the chuck 40 has released back edge 42 before processing, the workpiece 34 is in the processing phase
Between by the saw cutting device 22 so as to no longer by the program slider 38 keeping, then cutting-up can be carried out.
Exactly can be moved up in 20 side of discharge pedestal by second transmitting device 44 after cutting-up in this case
Machined workpiece 34, and first transmitting device 32 has been moved against transmission direction 36 again backward, it is another to obtain
Workpiece simultaneously adds on 12 direction of platform to move towards the machine.So as to save the time.In the case of artificial treatment workpiece, usual position
Operator in 20 region of discharge pedestal must be no longer stretched out one's hand in the region that the machine adds platform 12, to obtain to go out from this to this
The workpiece of material platform 20.Hence improve the safety in operation of the operator.But in so-called " nobody " plate cutter sweep, its
In the plate cutter sweep be provided at least mainly or or even completely automatically run, also greatly save the time.
The part of second transmitting device 44 is explained in more detail with reference to Figure 4 and 5 now：The known slipper
Constructing, wherein this is substantially with downwardly open C-shaped for 46 bars extended as extend and drawing perpendicular to Fig. 1-3
Section.The length of the slipper 46 is approximately equal to the length of the share zone of the saw cutting device 22 (perpendicular to transmission direction 36
See).There are in the top surface of the slipper 46 multiple recesses 50.If second transmitting device 44 is in corresponding to Fig. 1 and 5
Its resting position, then the roller 18 as support component of the loading bay 16 can just pass through the recess.This is especially come by Fig. 5
Illustrate.
Found out by Figure 4 and 5 in addition, second transmitting device 44 is disposed adjacent simultaneously in transmission direction 36 with two
Point the transmitting device 44A and 44B for driving simultaneously, which has support arm a 48A and 48B, the support arm and common cunning respectively
Dynamic part 46 is mutually fixedly connected.This point of transmitting device 44A it is roughly the same with 44B constructing so that for clearly mesh
And do not mark all of reference markss respectively for two points of transmitting devices 44A and 44B in the accompanying drawings.Explained later is in Fig. 4
With 5 on the right side of point transmitting device 44A part, wherein index A will be omitted in these parts in order to simplify.
This point of transmitting device 44A includes the main part 52 of a previously described balladeur train shape, and which is by a straight line
Guide rail 54 is slidably retained in a stationary support structure 56 in transmission direction 36.As it was previously stated, the support arm 48 can
Rotatably it is held in the main part 52, really by connecting bolt 58.
A driving means 60 with motor form are fixed with the stationary support structure 56.The driving means drive one
Individual ring chain 62, the chain are connected with the movement main part 52 again.The chain 62 of this point of transmitting device 44A figure
In 4, sightless driving wheel is same with the chain 62 of this point of transmitting device 44B by the connecting shaft 64 of a composition coupling device
The sightless driving wheel of sample is connected.So the motor 60 not only drives the chain 62 of this point of transmitting device 44A, also drives this point
The corresponding chain of transmitting device 44B, and the two chains 62 of this point of transmitting device 44A and 44B directly and regularly phase
Mutually motion coupling.
The stationary support structure 56 also includes a groove 66 respectively in the both sides of the main part 52 in addition, and the groove is constituted
One static control area.Each groove 66 is fixed on the support arm 48 with the 68 phase synthetic operation of a sheave, the sheave
On one box-like coupling part 69.Especially as shown in figure 8, the groove 66 is inclined with one in the stub area of the rightmost side in figure
First groove section 70, wherein being connected with the second groove section 72 of a basic horizontal in the first groove section in figure to the left.
Such as also show that the support arm 48 has a slight bending 74 in addition by Fig. 6.The position of the support arm 48 in figure
Part on the right side of the bending 74 is horizontally extending in than resting position as shown in Figure 6, on the contrary should in the resting position
Extend to the region on the left of the bending 74 of support arm 48 or part slight downward slope.
As shown in Figures 6 and 7, in embodiment shown here, the machine that is directly connected to of the discharge pedestal 20 adds platform 12
Region is implemented as gate 75 is declined, and wherein the decline gate can be rotated down (Fig. 6) or flatly arrange (Fig. 7).
The movement of second transmitting device 44 is as described below controlling (see Fig. 6 to 10)：Fig. 6 is shown in its rest position
Second transmitting device 44 put, in the resting position, the main part 52 is located at its most terminal position of rear side in figure
In, and the slipper 46 is arranged on below top surface 30 that the machine adds platform 12 and the loading bay 16.The sheave 68 is located at
In the rightmost side stub area of the first groove section 70, thus the coupling part 69 by the gravity of the support arm 48 maximally to
Lower rotation.
By controlling the motor 60, the chain 62 is shifted by movement, and thus the main part 52 is moved to the left in figure.
Thus the sheave 68 is moved up in inclined first groove section 70, thus the coupling part 69 and the support adjoint therewith
Arm 48 turns clockwise around the axle of the connecting shaft 58.This illustrates in figures 7 and 8.
If the sheave 68 reaches the end of the first groove section 70, and reaches the second level trough section 72, then the connection
Part 69 just maximally rotates.In first run location slipper 46 be already provided at the loading bay 16 and the machine
Plus above the top surface 30 of platform 12, but it also adds the right side of platform 12 in figure against the machine.
Driven by the continuation of the motor 60, the main part 52 continues to be moved to the left in figure, until the main part
Far Left terminal position shown in 52 and the connecting portion 69 arrival Figure 10.In the second run location of second transmitting device 44
In, the slipper 46 is located at the leftmost edge that the machine adds platform 12.Before the machine add the workpiece that has on platform 12 so as to
Platform 12 is added to move in the region of the decline gate 75 from the machine completely.
By the sheave 68 so as to the main part 52 and the static control area formed by the groove 66 and it is such
Mutually motion coupling so that it is moved up by the groove 66 when the main part 52 is moved in transmission direction 36, and
When the main part 52 is moved against the transmission direction 36 it pass through the slipper 46 and the support arm 48 deadweight and
Moved down by the upper area of inclined first groove section 70.
It is believed that the plate processing unit (plant) need not be forcibly a plate cast-cutting saw, but other various plate processing unit (plant)s are all
It is possible.Such as described processing can also be carried out by milling attachment or similar device.Other first transmitting device
In addition to the program slider or can also be configured to unlike this, such as drive roller-way, belt conveyor, machine
People, pump orifice or similar.
Second transmitting device can also have a slipper in addition, and which is not arranged in this in resting position and enters
Material platform and the machine add below countertop, but be disposed above far away so that it is not hindered in the resting position
Hinder the transmission for adding the workpiece on platform positioned at the loading bay and/or the machine.It is also contemplated that arranging multiple second transmitting devices, its phase
Arrange adjacently and can drive independently of each other, separate adjacent workpiece is transported so that platform can be added from the machine.This goes out
Material platform can also include driving roller-way, belt conveyor, robot, pump orifice or similar.
Analogously construction of the embodiment shown in Figure 11-13 substantially with Fig. 1-10.But Figure 11's -13
There is a stop portion 76 on the coupling part 69 of the support arm 48 in embodiment, the stop portion is by the connecting portion
A rib constructed on 69 and vertical in the first and second run locations of second transmitting device 44 is divided to constitute.
As figs 11-13, resting position middle position of the vertical rib 76 in second transmitting device 44 shown in Figure 11
Add below platform 12 and the loading bay 16 top surface 30 in the machine, contrary described vertical rib 76 shown in Figure 12 this
Be located in first run location of two transmitting devices 44 and in the second run location shown in Figure 13 the machine add platform 12 with
And above the top surface 30 of the loading bay 16.Can stop on the vertical rib 76 by first transmitting device 32 in transmission direction
The workpiece 34 moved on 36.
Equally substantially with Fig. 1-10 similarly constructing in embodiment shown in Figure 14-18, it is apparent that also may be used
With combined with Figure 11-13.But be provided with the marginal area of the protrusion of the slipper 46 multiple spaced
Lift elements 78.Especially as shown in figure 16,28 side of saw kerf look up the lift elements 78 be arranged on the slipper 46 as
On lower position, wherein so-called " chuck ditch is extended with transmission direction 36 in adding the top surface of platform 12 in the machine on the position
Groove " 80.
The chuck groove 80 is normally used for a workpiece is being moved to saw by first transmitting device 32
Seam 28 or or even another lower clamp jaw during other positions to accommodate chuck 40 (without reference markss, but illustrate in FIG
Illustrate).As shown in figure 16, the chuck groove 80 is so as at least extend to saw kerf 28, but which even extends in present case
The machine adds the both sides of the saw kerf 28 in the top surface of platform 12.
As shown in figure 18, the lift elements 78 include that one block and side view is rectangle in the present example
Main part 82 (wherein can also be other sections in principle), which is currently arranged such in the slipper 46 by bolt
Bottom surface 84 on so that by the front rib of front rib 86 and the slipper 46, the company of seeing is in a row in vertical direction for it.From the main body
82 stretch out a wedge shape lift portion 90, and which is so as to top surface 92 having an oblique angle, such as being extended with 30-45 ° of angle, its contracting
The little jag for the lift elements 78.
As shown in figure 17, by the lift elements 78, can be produced narrow remaining workpiece 94 in cutting process
Lifted from the saw kerf 28 by the sloped top face 92 of the lift portion 90, wherein fallen into the saw the remaining workpiece portion
Seam 28 in and thereby can not easily be pushed by the slipper 46.Top of the here remaining workpiece 94 along the lift elements 78
Face 92 is slided, and thus which is moved upward.So as to which can be by the front rib 86 of the lift elements 78 and the slipper 46
Front rib 88 and add from the machine and be carried away on platform 12.In the largest portion for transporting one lift elements 78 of period namely positioned at this
That below front rib 86 is partially in corresponding chuck groove 80, namely is added below the top surface 30 of platform 12 positioned at the machine.
If it is believed that the lift elements 78 do not have vertical front rib 86, then can also realize from the saw kerf 28
Lift the basic function of remaining workpiece 94.In addition the main part 82 may not be bulk, but only narrow by one
Constituting, wherein the thin slice has a standing part to be fixed on the slipper to vertical thin slice on its top face.Make
For the lift elements 78 material not only with metal, and adopt plastics.If the slipper 46 is manufactured by plastics, that
The lift elements 78 just can be manufactured with conjunction.
Claims (19)
1. a kind of plate processing unit (plant) (10), including：Machine adds platform (12), the machine to add platform for machining plate-like workpieces (34) thereon；
Loading bay (16), which is arranged on the first side that machine adds platform (12)；Discharge pedestal (20), its be arranged on machine add platform (12), and first
On the second relative side of side；And at least one first transmitting devices (32), which is used for the transmission direction for adding platform (12) in machine
(36) from loading bay (16) transmission workpiece (34) on；Characterized in that, the plate processing unit (plant) (10) is also with described first
Detached second transmitting device (44) of transmitting device (32), which is used to being at least partially disposed at the machine by crawl section (46) and adds
Workpiece (34) on platform (12) slave in the transmission direction of loading bay (16) adds platform (12) to transport, wherein the second transmission dress
(44) are put with resting position and run location, described in the resting position crawl section (46) be arranged on loading bay (16) with
And machine adds outside the top surface (30) of platform (12), described in the run location, crawl section (46) are set directly at least in part
Loading bay (16) and machine add above the top surface (30) of platform (12).
2. plate processing unit (plant) (10) according to claim 1, it is characterised in that second transmitting device (44) include to
Few one adds in the transmission direction (36) of platform (12) and reversely goes up moveable main part (52) and at least one in machine
The main part (52) vertical moveable slipper are fixed on, the slipper belongs to the crawl section (46) or structure
Into the crawl section (46).
3. plate processing unit (plant) (10) according to claim 2, it is characterised in that the slipper is recessed with least one
Mouth (50), wherein when second transmitting device (44) is in resting position, the machine adds platform or described loading bay
(16) support component (18) is at least partially through the recess.
4. the plate processing unit (plant) (10) according to Claims 2 or 3, it is characterised in that the slipper has support arm
(48), the support arm is removably secured in the main part (52), and is coupled with static control area (66) motion, is made
Obtain support arm to be moved upward when the main part (52) is moved in transmission direction (36), and in the main part
(52) it is moved downward when moving against transmission direction (36).
5. plate processing unit (plant) (10) according to claim 4, it is characterised in that the static control area (66) includes
Groove.
6. plate processing unit (plant) (10) according to claim 2, it is characterised in that the main part (52) and soft drive
Element is connected, and which is driven by driving means.
7. plate processing unit (plant) (10) according to claim 1, it is characterised in that second transmitting device (44) is with extremely
The few two point transmitting devices (44A, 44B) for being adjacently positioned in transmission direction (36) and driving in the same direction, which respectively has removable
Main part (52) and rotatable support arm (48).
8. plate processing unit (plant) (10) according to claim 7, it is characterised in that one of described point of transmitting device (44A) is wrapped
Driving means (60) are included, the driving means are coupled with another point of transmitting device (44B) by coupling device (64) so that described
Driving means (60) also drive another point of transmitting device (44B).
9. plate processing unit (plant) (10) according to claim 7, it is characterised in that second transmitting device (44) include to
Few one adds in the transmission direction (36) of platform (12) and reversely goes up moveable main part (52) and at least one in machine
The main part (52) vertical moveable slipper are fixed on, the slipper belongs to the crawl section or constitutes institute
Crawl section is stated, with common slipper, the common slipper has two at least two points of transmitting devices (44A, 44B)
Individual support arm (48), and the main part of described point of transmitting device (44A, 44B) is removably secured to by the support arm
(52) on.
10. the plate processing unit (plant) (10) according to any one of claim 1,3,5,6 and 8, it is characterised in that this second
Transmitting device (44) with least one stop portion (76), wherein especially by first transmitting device (32) in transmission direction
(36) workpiece (34) moved on can be rested in the stop portion, and the stop portion is in second transmitting device
(44) be arranged in resting position the loading bay (16) and the machine add below the top surface (30) of platform (12), and should be only
Stopper point is at least partially disposed on the loading bay (16) in the run location of second transmitting device (44) and the machine
Plus above the top surface (30) of platform (12).
11. plate processing unit (plant)s (10) according to claim 4, it is characterised in that second transmitting device (44) is with extremely
A few stop portion (76), wherein the work for especially being moved in transmission direction (36) by first transmitting device (32)
Part (34) can be rested in the stop portion, and the stop portion is arranged in the resting position of second transmitting device (44)
The loading bay (16) and the machine add below the top surface (30) of platform (12), and the stop portion this second transmission dress
Be at least partially disposed in the run location for putting (44) loading bay (16) and the machine add the top surface (30) of platform (12)
Above.
12. plate processing unit (plant)s (10) according to claim 11, it is characterised in that the stop portion (76) is arranged on institute
State on support arm (48).
13. plate processing unit (plant)s (10) according to claim 12, it is characterised in that the stop portion (76) is by described
Rib formed on support arm (48) and vertical in the run location of second transmitting device (44) is constituted, wherein described
Stop portion (76) be arranged on second transmitting device (44) with the loading bay (16) opposite side on.
The 14. plate processing unit (plant)s (10) according to claim 7 or 9, it is characterised in that second transmitting device (44) has
At least one stop portion (76), wherein one especially moved in transmission direction (36) by first transmitting device (32)
Workpiece (34) can be rested in the stop portion, and the stop portion is centered in the rest position of second transmitting device (44)
The loading bay (16) and the machine add below the top surface (30) of platform (12), and the stop portion this second transmission dress
Be at least partially disposed in the run location for putting (44) loading bay (16) and the machine add the top surface (30) of platform (12)
Above.
15. plate processing unit (plant)s (10) according to claim 14, it is characterised in that the stop portion (76) is arranged on institute
State on support arm (48).
16. plate processing unit (plant)s (10) according to claim 15, it is characterised in that the stop portion (76) is by described
Rib formed on support arm (48) and vertical in the run location of second transmitting device (44) is constituted, wherein described
Stop portion (76) be arranged on second transmitting device (44) with the loading bay (16) opposite side on.
17. plate processing unit (plant)s (10) according to claim 1, it is characterised in that second transmitting device (44) has
At least one lift elements (78), the lift elements are for the remaining workpiece (94) that will be at least partially disposed in saw kerf (28) from this
Saw kerf is enhanced in (28).
18. plate processing unit (plant)s (10) according to claim 17, it is characterised in that the lift elements (78) include having
The lift portion (90) of sloped top face (92), the lift portion are contained in institute in the run location of second transmitting device (44)
In the groove (80) that the machine of stating extends in adding platform (12) in transmission direction (36).
The 19. plate processing unit (plant)s (10) according to claim 17 or 18, it is characterised in that the lift elements (78) are arranged
On the bottom surface of the crawl section (46) on prominent edge (88).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102015208321.7A DE102015208321A1 (en) | 2015-05-05 | 2015-05-05 | Board processing plant |
| DE102015208321.7 | 2015-05-05 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206085230U true CN206085230U (en) | 2017-04-12 |
Family
ID=55806186
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620396417.9U Active CN206085230U (en) | 2015-05-05 | 2016-05-04 | Board processingequipment |
Country Status (3)
| Country | Link |
|---|---|
| EP (1) | EP3090846B1 (en) |
| CN (1) | CN206085230U (en) |
| DE (1) | DE102015208321A1 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102018132638A1 (en) | 2018-12-18 | 2020-06-18 | Bayerische Motoren Werke Aktiengesellschaft | Machining tool, in particular press, for machining workpieces and method for operating such a machining tool |
Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FI80226C (en) * | 1988-04-22 | 1990-05-10 | Raute Oy | Sawmill for cutting workpieces |
| EP0348536A1 (en) * | 1988-06-25 | 1990-01-03 | BALJER & ZEMBROD GmbH & Co. | Machine tool for working squared beams |
| DE4006000C2 (en) * | 1990-02-26 | 1999-04-01 | Sbr Maschinen Handelsgesellsch | Process for trimming panels |
| DE4100458C2 (en) * | 1991-01-09 | 1996-12-05 | Erwin Jenkner | Panel feeder for panel sizing saws |
| DE102005020979A1 (en) | 2005-04-29 | 2006-11-09 | Holzma Plattenaufteiltechnik Gmbh | Chipboard handling assembly to feed board sizing saw assembly has board clamp holder and transfer pusher arm |
| DE202007016420U1 (en) * | 2007-11-22 | 2008-02-07 | Holzma Plattenaufteiltechnik Gmbh | Conveying device for plate-shaped workpieces |
| DE102008035764A1 (en) * | 2008-07-31 | 2010-02-04 | Holzma Plattenaufteiltechnik Gmbh | Plate partition arrangement for dividing large-sized plate workpiece, particularly furniture pieces, has feed table and partition device, particularly saw or cutter |
| DE102010010746A1 (en) | 2010-03-02 | 2011-09-08 | Holzma Plattenaufteiltechnik Gmbh | Board processing plant |
| AT510304A1 (en) | 2010-08-23 | 2012-03-15 | Schelling Anlagenbau Gmbh | METHOD OF CUTTING AT LEAST ONE PLATE |
-
2015
- 2015-05-05 DE DE102015208321.7A patent/DE102015208321A1/en not_active Withdrawn
-
2016
- 2016-04-19 EP EP16165993.3A patent/EP3090846B1/en active Active
- 2016-05-04 CN CN201620396417.9U patent/CN206085230U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| EP3090846A1 (en) | 2016-11-09 |
| DE102015208321A1 (en) | 2016-11-24 |
| EP3090846B1 (en) | 2018-03-14 |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: German culf Patentee after: Bold panel Segmentation Technology Co., Ltd. Address before: German culf Patentee before: HOLZMA PLATTENAUFTEILTECHNIK GMBH |