CN209478395U - A kind of sheet fabrication production line - Google Patents

Abstract

The utility model relates to a kind of sheet fabrication production lines, including overturning pipeline and narrow boards material sawing line, overturning pipeline includes rollover stand and level-one longitudinal translating device associated, the stacking wide plate material laid flat is turned into the stacking wide plate material stood up by rollover stand, and the stacking wide plate material stood up is delivered in the narrow boards material sawing line by the level-one longitudinal translating device associated；The rollover stand includes shaft and the mounting frame for rotary shaft for installing the shaft, the mounting frame for rotary shaft includes at least one lumps of wood bearing assembly, the lumps of wood bearing assembly includes the lumps of wood bearing groove of mounting plate and setting on a mounting board, the lumps of wood bearing groove includes supporting plate, backplate and baffle, the inner end of the supporting plate and backplate is orthogonal to be connected on the mounting plate, and the outer end of the backplate is connected with baffle；The stacking wide plate material stood up can be cut into the narrow boards material of multiple stackings by narrow boards material sawing line, realized the automated production of narrow boards material, do not needed manually by wide turning plate, high in machining efficiency.

Description

A kind of sheet fabrication production line

Technical field

The utility model relates to a kind of sheet fabrication production lines.

Background technique

In log processing, log is usually processed into the lumps of wood first with sawing line, the side length of the lumps of wood is generally in 10- 40cm, then the lumps of wood is sawed into plate by horizontal sawing line, horizontal sawing line, which generally comprises, is set side by side 3-8 horizontal band resaw Machine, multiple horizontal band sawing machine saw band height are different, the lumps of wood once can be divided into 4-9 block plate, the thickness of plate can have The difference in height of two neighboring horizontal band sawing machine saw band determines, but the width of plate is consistent with the side length of the lumps of wood, and this mode adds The plate that work goes out is referred to as wide plate material, and the width of wide plate material is not able to satisfy the market demand generally, in the market to the demand of narrow boards material It measures comparable big, needs again to process the wide plate material of multiple stackings thus, to form narrow boards material；

In the prior art, usually manually wide plate material block-by-block is carried at another processing line and carries out sawing, another Processing line is generally vertical band sawing machine, and wide plate material is moved back and forth and is cut into narrow boards material, this processing method, and efficiency is relatively low；

If vertical band sawing machine to be directly placed to the rear of horizontal sawing line, wide plate material is directly transported by conveying mechanism Sawing is carried out to vertical band sawing machine, although labor intensity can be reduced to a certain extent, this mode, there is also many Problem:

1) it is not applied for wide plate material and does not need the case where being sawed into narrow boards material, it is inflexible for use；

2) in sawing narrow boards material, artificial transverse shifting wide plate material is still needed, can not realize automation.

Utility model content

The utility model in view of the deficiency of the prior art, provides a kind of higher sheet fabrication production of efficiency Line.

The technical solution that the utility model solves above-mentioned technical problem is as follows:

A kind of sheet fabrication production line, including overturning pipeline and narrow boards material sawing line, the overturning pipeline include The stacking wide plate material laid flat is turned into the stacking wide plate material stood up by rollover stand and level-one longitudinal translating device associated, the rollover stand, The stacking wide plate material stood up is delivered in the narrow boards material sawing line by the level-one longitudinal translating device associated, the narrow boards material sawing The stacking wide plate material stood up can be cut into the narrow boards material of multiple stackings by line；The stacking wide plate material laid flat refers to that level is put The multiple wide plate materials stacked together set, the stacking wide plate material stood up, which refers to, erects the multiple stacked together of placement Wide plate material.The stacking wide plate material either laid flat, the stacking wide plate material still stood up, outer profile is all the lumps of wood.

The rollover stand includes shaft and the mounting frame for rotary shaft for installing the shaft, and the mounting frame for rotary shaft includes at least one A lumps of wood bearing assembly, the lumps of wood bearing assembly includes the lumps of wood bearing groove of mounting plate and setting on a mounting board, described Lumps of wood bearing groove includes supporting plate, backplate and baffle, and the inner end of the supporting plate and backplate is orthogonal to be connected to the mounting plate On, the outer end of the backplate is connected with the baffle, and the baffle is vertically arranged with the backplate.Inner end refers to close to shaft One end, outer end refers to one end far from shaft.

The beneficial effects of the utility model are: can be realized the automated production of narrow boards material, do not need wide plate material manually Overturning, it is high in machining efficiency；

The outer profile of multiple wide plate materials stacked together forms the lumps of wood, is delivered in lumps of wood bearing groove, is driven by shaft The stacking wide plate material laid flat in lumps of wood bearing groove and slot is overturn together, can be turned into the stacking wide plate material stood up, then be passed through again After crossing subsequent narrow boards material sawing line sawing, it can be sawed into the narrow boards material of muti-piece stacking, manual handling plate is not needed, be convenient for Realize the automation of sheet fabrication, high production efficiency.

Further, the baffle is slidably mounted on the backplate.

Beneficial effect using above-mentioned further technical solution is: can according to the size of the lumps of wood, the position of regulating fender, Guarantee that the wide plate material of stacking does not disperse or is scattered in the process of overturning.

Further, sliding sleeve is socketed on the backplate, the baffle is fixedly connected with the sliding sleeve, and the backplate is equipped with Strip hole, the sliding sleeve are equipped with adjusting screw compatible with the strip hole.

Further, the lumps of wood bearing assembly is multiple along being axially arranged with for the shaft.

Further, the shaft is connect with the center of multiple mounting plates by bearing respectively.

Further, the installation plate shape is rectangular, round, oval or quincunx.

Further, it is set on the mounting plate there are four the lumps of wood bearing groove, four lumps of wood bearing grooves are with shaft Center is uniformly distributed, and the orientation of four lumps of wood bearing grooves successively overturns 90 °.

Using the beneficial effect of above-mentioned further technical solution is: the lumps of wood after sawing is multiple wide plate stacked together Material is laid flat when wide plate material at this time, and the wide plate material laid flat is fed directly in lumps of wood bearing groove through conveying mechanism conveying, by shaft After driving the lumps of wood in lumps of wood bearing groove to overturn 90 °, the wide plate material of stacking is stood up, then is delivered to horizontal saw through conveying mechanism After tangent line, the narrow boards material of muti-piece stacking can be sawed into；Uniformly distributed lumps of wood bearing groove there are four setting on a mounting board, and four lumps of wood The orientation of bearing groove successively overturns 90 °, and shaft drives lumps of wood bearing groove to overturn 90 ° every time, and subsequent lumps of wood bearing groove can be after It is continuous to be input into the new lumps of wood, it prepares for overturning next time, shaft need to only be overturn toward the direction, and efficiency is higher.

Further, the shape of the mounting plate is rectangular, and the lumps of wood bearing assembly includes that a mounting plate and setting exist The inner end of four lumps of wood bearing grooves of four vertex of mounting plate, the supporting plate and backplate is adjacent with the mounting plate respectively Two sides vertically connect, two sides adjacent with the mounting plate are flat respectively for the supporting plate and backplate outer surface Together.

Using the beneficial effect of above-mentioned further technical solution is: the shape of mounting plate is rectangular, it is easier to determine four The positional relationship and its installation position of a lumps of wood bearing groove, it is easy to process.

Further, each mounting plate includes two mounting plate ontologies, and two mounting plate ontologies are installed respectively In the two sides of the lumps of wood bearing assembly.

Beneficial effect using above-mentioned further technical solution is: two mounting plate ontologies are separately positioned on lumps of wood carrying group The two sides of part, it is possible to reduce using the thickness of one block of plate, while saving material, moreover it is possible to guarantee bonding strength.

Further, the backplate and the supporting plate are all made of square tube.

Further, the rollover stand further includes overturning power mechanism, and the overturning power mechanism drives the shaft rotation.

Further, the overturning power mechanism includes turn drive motor and retarder, and the turn drive motor passes through Retarder is connect with the shaft.

Further, the narrow boards material sawing line includes second level longitudinal translating device associated, lateral pressing mechanism and at least one second level The lower section of the second level horizontal band sawing machine saw band is arranged in horizontal band sawing machine, the second level longitudinal translating device associated, and the second level is vertical The saw band that the stacking wide plate material stood up passes through the second level horizontal band sawing machine, the lateral pressing mechanism are able to drive to conveying mechanism Set on the side of the second level longitudinal translating device associated, the lateral pressing mechanism is from the stacking wide plate material stood up described in a side compression.

Beneficial effect using above-mentioned further technical solution is:

When rollover stand work, second level horizontal band sawing machine is equivalent to vertical band sawing machine in the prior art, but than existing Vertical band sawing machine it is flexible, second level horizontal band sawing machine can be set it is multiple, by adjusting the difference in height of each saw band, reach adjust it is narrow The purpose of strip width, flexible adjustment；

And the stacking width plate compact that will be stood up using lateral pressing mechanism, it prevents plate from tilting, leads to plate cutting size Error is generated with shape；

In addition, second level horizontal band sawing machine and level-one horizontal band sawing machine are set side by side when rollover stand does not work, pass through adjusting The difference in height of saw band between each horizontal band sawing machine is processed to the lesser wide plate material of thickness；Plate can be greatly increased The adjusting range of sawing thickness, enables entire sheet fabrication to be applicable in the plate of more different sizes with production line, and reduction is set Standby cost.

Further, the second level horizontal band sawing machine includes multiple, and the saw band below multiple second level horizontal band sawing machines is high Degree gradually rises or gradually decreases.

It further, further include rack, the wide plate material sawing line and narrow boards material sawing line are installed in the rack.

Further, the lateral pressing mechanism includes the swing arm cylinder of swing arm and the drive swing arm rotation, the swing arm One end is equipped with side pressure material wheel.

Beneficial effect using above-mentioned further technical solution is: structure is simple, can squeeze multiple wide plate materials stood up It forces together, prevents loose between each plate.

Further, the side pressure material wheel includes 2-4 of coaxial arrangement.

Further, the other end of the swing arm is rotatably connected by rotation axis and the rack.

Further, overturning pipeline further includes the transverse conveying mechanism being mounted on the rack and three-level longitudinal conveyor Structure, the transverse conveying mechanism and three-level longitudinal translating device associated are arranged at level-one longitudinal translating device associated and second level longitudinal conveyor Between structure, the transverse conveying mechanism includes lateral transfer chain-wheel mechanism, the lateral transfer chain-wheel mechanism include the first sprocket wheel, The lateral chain of second sprocket wheel and connection first sprocket wheel and the second sprocket wheel, the transverse direction chain are equipped with multipair limit plate, Gap between each pair of limit plate is adapted with the width of the stacking wide plate material stood up.

Beneficial effect using above-mentioned further technical solution is: the wide turning plate of the stacking laid flat is wide in the stacking stood up It is mobile in the lateral position of three-level conveying mechanism after plate, it is not easy to subsequent cutting, the stacking wide plate material for needing to stand up is horizontal To after being delivered to base position, it could continue to convey backward, until sawing at narrow boards material sawing line.

Further, each pair of limit plate respectively includes fixed limit plate and movable limit plate, the fixed limit plate Be fixedly connected with the lateral chain, the activity limit plate can on the lateral chain transverse shifting.

Beneficial effect using above-mentioned further technical solution is: the processing of the lumps of wood different suitable for size.

Further, the level-one longitudinal translating device associated and three-level longitudinal translating device associated are all made of roller conveyor structure, described Roller conveyor structure includes multiple conveying carrier rollers being set side by side, and multiple conveying carrier rollers are driven by longitudinal chain-wheel mechanism.

Further, multiple mounting plates be separately positioned on level-one longitudinal translating device associated two neighboring conveying carrier roller it Between.

Beneficial effect using above-mentioned further technical solution is: the topology layout of production line can be made more compact, and The stacking wide plate material stood up can directly be conveyed after overturning backward using level-one longitudinal translating device associated.

Further, the upper end of the conveying carrier roller of the level-one longitudinal translating device associated is higher than in working position lumps of wood bearing groove The upper plane of supporting plate.

Beneficial effect using above-mentioned further technical solution is: defeated after the wide turning plate that rollover stand drives stacking The upper end of carrying roller is sent to be higher than plane on the supporting plate of the lumps of wood bearing groove in working position, so that plate is placed on conveying carrier roller On, the stacking wide plate material stood up could be delivered to next station in this way；It is easy to implement the automation of narrow sheet fabrication, saves people Power.

Further, the level-one longitudinal translating device associated further includes the first elevating mechanism, and first elevating mechanism being capable of band The conveying carrier roller for moving the level-one longitudinal translating device associated moves up and down simultaneously.

Further, the transverse conveying mechanism includes multiple, and it is vertical that multiple transverse conveying mechanisms are separately positioned on three-level To between the two neighboring conveying carrier roller of conveying mechanism.

Further, multiple transverse conveying mechanisms equidistantly arrange.

Further, the upper end of the conveying carrier roller of the three-level longitudinal translating device associated is higher than the upper end of the lateral chain.

Further, the three-level longitudinal translating device associated further includes third elevating mechanism, and the third elevating mechanism being capable of band The conveying carrier roller for moving the three-level longitudinal translating device associated moves up and down simultaneously.

Further, the second level longitudinal translating device associated uses conveyer belt in the prior art or carrier chain.

It further, further include the wide plate material sawing line in the rack, the wide plate material sawing line is set to described one Before grade longitudinal translating device associated, the lumps of wood can be sawed into the stacking wide plate material laid flat by the wide plate material sawing line, and will be laid flat Stacking wide plate material be delivered on rollover stand.

Beneficial effect using above-mentioned further technical solution is: can be realized by lumps of wood direct saw cutting at narrow boards material from Dynamic metaplasia produces, and reduces cost of labor, improves processing efficiency.

Further, the wide plate material sawing line includes prime longitudinal translating device associated and multiple one be arranged successively from front to back Grade horizontal band sawing machine, the prime longitudinal translating device associated be set to the level-one horizontal band sawing machine saw band lower section, multiple described one The saw band height of grade horizontal band sawing machine gradually rises or reduces from front to back.

Further, the saw band difference in height of the two neighboring level-one horizontal band sawing machine is adjustable according to required plate thickness.

Further, the wide plate material sawing line further includes the top hold-down mechanism for compressing the lumps of wood from top, the machine Frame includes the crossbeam above the prime longitudinal translating device associated, and the top hold-down mechanism includes positive pressure wheel, compressing rod And regulating mechanism, the upper end of the compressing rod and the crossbeam are hinged, and the positive pressure wheel is installed in lower end, and the regulating mechanism is set It sets between the rack and the compressing rod, the regulating mechanism is able to drive the compressing rod and rotates upwardly and downwardly.

Beneficial effect using above-mentioned further technical solution is: the lumps of wood pressed from above or the stacking wide plate material laid flat, Guarantee that it is not deviated in transmission process position.

Further, the regulating mechanism includes adjusting cylinder, stroke adjusting lever and damping shock absorption bar, the adjusting cylinder Cylinder body is connect with the crossbeam, and the piston rod for adjusting cylinder and the compressing rod are hinged；The lower end of the stroke adjusting lever Hinged with the compressing rod, upper end passes through the crossbeam；The both ends of the damping shock absorption bar are hinged with crossbeam and compressing rod respectively.

Further, the damping shock absorption bar uses gas-liquid damping shock absorption bar.

Further, the positive pressure wheel is gear or sprocket wheel.

Further, multiple groups top hold-down mechanism is successively arranged on the crossbeam from front to back.

It further, further include longitudinally disposed datum plate, the datum plate is mounted on the rack.

Further, the datum plate runs through the entire production line along longitudinal direction.

Beneficial effect using above-mentioned further technical solution is: sawing timber (lumps of wood or the stacking wide plate material stood up) When, two-stage horizontal type band sawing machine is processed on the basis of bottom surface and a side, in this way the timber in processing different size When, it only need to adjust a lateral pressing mechanism and top hold-down mechanism can be (when specification difference is little, in feeding pressure mechanism natural resiliency In range, just it is not required to adjust), it is easy to adjust, machining accuracy is high.

It further, further include feeding conveying mechanism and discharge conveyor structure, the feeding conveying mechanism is arranged in the width The rear of the narrow boards material sawing line, the upper material conveyer is arranged in the front of plate sawing line, the discharge conveyor structure Structure and discharge conveyor structure are all made of conveying carrier roller mechanism.

Detailed description of the invention

Fig. 1 is the structural schematic diagram (not including feeding conveying mechanism and blanking conveying mechanism) of the utility model；

Fig. 2 is the structural schematic diagram of the utility model；

Fig. 3 is the status diagram when stacking wide plate material laid flat in the utility model is delivered to rollover stand；

Fig. 4 is in the utility model after wide turning plate, and state when being delivered to datum plate through transverse conveying mechanism is illustrated Figure；

Fig. 5 is the structural schematic diagram (omitting transverse conveying mechanism) that pipeline is overturn in the utility model；

Fig. 6 is the structural schematic diagram in Fig. 5 along B-B direction；

Fig. 7 is the partial enlargement diagram in Fig. 6 at P；

Fig. 8 be the utility model in rollover stand is in running order do not overturn before structural schematic diagram；

Fig. 9 is the structural schematic diagram in the utility model after rollover stand overturning；

Figure 10 is transverse conveying mechanism and the structural schematic diagram of third longitudinal translating device associated in the utility model；

Figure 11 be Figure 10 in along C-C to cross-sectional view；

Figure 12 is structural schematic diagram when the utility model transverse conveying mechanism conveys the stacking wide plate material laid flat；

Figure 13 is the structural schematic diagram of the utility model middle and upper part hold-down mechanism；

Figure 14 is structural schematic diagram when the utility model middle and upper part hold-down mechanism compresses the lumps of wood；

Figure 15 is the status diagram for the stacking wide plate material that the structure side compression of lateral pressing mechanism is laid flat；

Figure 16 be Figure 15 in along D-D to diagrammatic cross-section；

Figure 17 is the structural schematic diagram of wide plate material sawing line in the utility model；

Figure 18 be Figure 17 in along F-F to diagrammatic cross-section；

In the accompanying drawings, list of designations represented by each label is as follows: 1, level-one horizontal band sawing machine, 2, prime it is longitudinally defeated Send mechanism, 3, rollover stand, 4, level-one longitudinal translating device associated, 5, transverse conveying mechanism, 6, three-level longitudinal translating device associated, 7, second level it is sleeping Formula band sawing machine, 8, second level longitudinal translating device associated, 9, feeding conveying mechanism, 10, discharge conveyor structure, 11, datum plate, 12, the lumps of wood, 13, the stacking wide plate material laid flat, 14, the stacking wide plate material stood up, 15, rack, 16, lateral pressing mechanism, 17, top compacting machine Structure；

3-1, shaft, 3-2, mounting plate, 3-21, mounting plate ontology, 3-3, supporting plate, 3-4, backplate, 3-41, strip hole, 3- 5,3-7, baffle, 3-6, sliding sleeve adjust screw；

5-1, the first sprocket wheel, 5-2, the second sprocket wheel, 5-3, lateral chain, 5-4, limit plate；

The conveying carrier roller of 6-1, three-level longitudinal translating device associated；

15-1, crossbeam；

16-1, swing arm, 16-2, swing arm cylinder, 16-3, side pressure material wheel, 16-4, rotation axis；

17-4,17-1, positive pressure wheel, 17-2, compressing rod, 17-3, stroke adjusting lever adjust cylinder, 17-5, damping shock absorption Bar.

Specific embodiment

The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical It is novel, it is not intended to limit the scope of the utility model.

" front " and " rear " described in the utility model are all for the conveying direction with timber, and the utility model is recognized It is conveyed from front to back for timber.

As Figure 1-Figure 5, a kind of sheet fabrication production line, including overturning pipeline and narrow boards material sawing line, it is described Overturning pipeline includes rollover stand 3 and level-one longitudinal translating device associated 4, and the rollover stand 3 overturns the stacking wide plate material 13 laid flat At the stacking wide plate material 14 stood up, the stacking wide plate material 14 stood up is delivered to the narrow boards material by the level-one longitudinal translating device associated In sawing line, the stacking wide plate material 14 stood up can be cut into the narrow boards material of multiple stackings by the narrow boards material sawing line；

The rollover stand 3 includes shaft 3-1 and the mounting frame for rotary shaft for installing the shaft 3-1, the mounting frame for rotary shaft packet At least one lumps of wood bearing assembly is included, the lumps of wood bearing assembly includes that a mounting plate and four are separately positioned on mounting plate 3- The lumps of wood bearing groove of 2 four vertex, the mounting plate be it is rectangular, the lumps of wood bearing groove include supporting plate 3-3, backplate 3-4 and Adjacent with the mounting plate 2 two sides are vertical respectively for the inner end of baffle 3-5, the supporting plate 3-3 and backplate 3-4 connect, institute Stating supporting plate 3-3's and backplate 3-4's outer surface, adjacent with the mounting plate 3-2 two sides are concordant respectively, the backplate 3-4 Outer end be connected with the baffle 3-5, and the baffle 3-5 is parallel with the supporting plate 3-3；The side of the mounting plate 3-2 is Refer to four faces with the shaft 3-1 centerline parallel.

Sliding sleeve 3-6 is socketed on the backplate 3-4, the baffle 3-5 is fixedly connected with the sliding sleeve 3-6, the backplate 3-4 is equipped with strip hole 3-41, and the sliding sleeve 3-6 is equipped with adjusting screw 3-7 compatible with the strip hole 3-41；It can be with The position of sliding sleeve 3-6 and baffle 3-5 on backplate 3-4 is adjusted by adjusting screw 3-7.

The lumps of wood bearing assembly includes 4 be sequentially arranged on the shaft 3-1,4 lumps of wood bearing assemblies Spaced set,

Each mounting plate 3-2 includes two mounting plate ontology 3-21, two mounting plate ontology 3-21 difference It is mounted on the two sides of the lumps of wood bearing assembly, and the center with multiple mounting plate ontology 3-21 respectively the shaft 3-1 It is connected by bearing.

The backplate 3-4 and supporting plate 3-3 is all made of square tube, the inner end of the backplate 3-4 and supporting plate 3-3 with it is described Mounting plate ontology 3-21 welds together.

The rollover stand 3 further includes overturning power mechanism (being not drawn into figure), and the overturning power mechanism includes that overturning is driven Dynamic motor and retarder, the turn drive motor are connect by retarder with the shaft.

The narrow boards material sawing line includes second level longitudinal translating device associated 8, lateral pressing mechanism 16 and 3 second level horizontal band sawing machine 7, the lower section of the saw band of the second level horizontal band sawing machine 7 is arranged in the second level longitudinal translating device associated 8, and the second level is longitudinally fed Mechanism 8 is able to drive saw band of the stacking wide plate material 14 stood up by the second level horizontal band sawing machine 7, the lateral pressing mechanism 16 Set on the side of the second level longitudinal translating device associated 8, the lateral pressing mechanism 16 is from the stacking wide plate stood up described in a side compression The other side of material 14, the stacking wide plate material stood up is limited by datum plate.

Saw band height below 3 second level horizontal band sawing machines gradually rises or gradually decreases, and 3 second levels are horizontal The saw band difference in height of band sawing machine is adjustable according to required plate thickness.

It further include rack 15, the wide plate material sawing line and narrow boards material sawing line are installed in the rack 15, described Rollover stand 3, level-one longitudinal translating device associated 4, second level longitudinal translating device associated 8, second level horizontal band sawing machine 7 and lateral pressing mechanism 16 are pacified In the rack 15, the rack can be integral structure, be also possible to separate structure.

The lateral pressing mechanism 16 includes the swing arm 16-1 and swing arm cylinder 16-2 for driving swing arm 16-1 rotation, described One end of swing arm 16-1 is equipped with side pressure material wheel 16-3.

The side pressure material wheel 16-3 includes two of coaxial arrangement.

The other end of the swing arm 16-1 is rotatably connected by rotation axis 16-4 with the rack 15.

Overturning pipeline further includes the transverse conveying mechanism 5 being mounted in the rack 15 and three-level longitudinal translating device associated 6, The transverse conveying mechanism 5 and three-level longitudinal translating device associated 6 are arranged at level-one longitudinal translating device associated 4 and second level longitudinal conveyor Between structure 8, the transverse conveying mechanism 5 includes lateral transfer chain-wheel mechanism, and the lateral transfer chain-wheel mechanism includes the first chain Take turns the lateral chain 5-3 of 5-1, the second sprocket wheel 5-2 and connection the first sprocket wheel 5-1 and the second sprocket wheel 5-2, the transverse direction chain 5-3 is equipped with multipair limit plate 5-4, the gap and the stacking wide plate material 14 stood up between each pair of limit plate 5-4 Width is adapted；Each pair of limit plate 5-4 respectively includes fixed limit plate and movable limit plate, the fixed limit plate with The transverse direction chain is fixedly connected, and the activity limit plate can be mobile in the lateral chain, to be suitable for various sizes of side The processing of wood.

The level-one longitudinal translating device associated 4 and three-level longitudinal translating device associated 6 are all made of roller conveyor structure, and the carrying roller is defeated Sending mechanism includes multiple conveying carrier rollers being set side by side, and multiple conveying carrier rollers are driven by longitudinal chain-wheel mechanism.

Multiple mounting plate 3-2 are separately positioned between the two neighboring conveying carrier roller of level-one longitudinal translating device associated 4.

The upper end of the conveying carrier roller of the level-one longitudinal translating device associated 4 is higher than the supporting plate 3- in working position lumps of wood bearing groove 3 upper plane.

For the transverse conveying mechanism 5 including multiple, it is longitudinally fed that multiple transverse conveying mechanisms 5 are separately positioned on three-level Between the two neighboring conveying carrier roller 6-1 of mechanism 6.

Multiple equidistantly arrangements of the transverse conveying mechanism 6.

The upper end of the conveying carrier roller 6-1 of the three-level longitudinal translating device associated is higher than the upper end of the lateral chain 5-3.

The second level longitudinal translating device associated 8 uses conveyer belt in the prior art or carrier chain.

It further include the wide plate material sawing line in the rack 15, it is longitudinal that the wide plate material sawing line is set to the level-one Before conveying mechanism 4, the lumps of wood 12 can be sawed into the stacking wide plate material 13 laid flat by the wide plate material sawing line, and will be laid flat Stacking wide plate material 13 is delivered in the lumps of wood bearing groove of rollover stand 3.

The wide plate material sawing line includes that prime longitudinal translating device associated 2 and multiple level-ones being arranged successively from front to back are horizontal Band sawing machine 1, the prime longitudinal translating device associated 2 are set to the lower section of 1 saw band of level-one horizontal band sawing machine, and multiple level-ones are sleeping The saw band height of formula band sawing machine 1 gradually rises or gradually decreases from front to back.

The saw band difference in height of the two neighboring level-one horizontal band sawing machine 1 is adjustable according to required plate thickness.

The wide plate material sawing line further includes the top hold-down mechanism 17 for compressing the lumps of wood from top, and the rack 15 is wrapped Include the crossbeam 15-1 for being set to 2 top of the prime longitudinal translating device associated, the top hold-down mechanism 17 include positive pressure wheel 17-1, Compressing rod 17-2 and regulating mechanism, the upper end of the compressing rod 17-2 and the crossbeam 15-1 are hinged, and the positive pressure is installed in lower end Material wheel 17-1, the regulating mechanism are arranged between the crossbeam 15-1 and the compressing rod 17-2, and the regulating mechanism can The compressing rod 17-2 is driven to rotate upwardly and downwardly.

The regulating mechanism includes adjusting cylinder 17-4, stroke adjusting lever 17-3 and damping shock absorption bar 17-5, the adjusting The cylinder body of cylinder 17-4 is connect with the crossbeam 15-1, and the piston rod for adjusting cylinder 17-4 and the compressing rod 17-2 are cut with scissors It connects；The lower end of the stroke adjusting lever 17-3 and the compressing rod 17-2 are hinged, and upper end passes through the crossbeam 15-1；The damping The both ends of decoupling rod 17-5 are hinged with crossbeam 15-1 and compressing rod 17-2 respectively.

The damping shock absorption bar 17-5 uses gas-liquid damping shock absorption bar.

The positive pressure wheel 17-1 is gear or sprocket wheel.

Multiple groups top hold-down mechanism is successively arranged on the crossbeam 15-1 from front to back.

It further include longitudinally disposed datum plate 11, the datum plate 11 is mounted in the rack 15；

The datum plate 11 runs through the sheet fabrication production line from front to back.

It further include feeding conveying mechanism 9 and discharge conveyor structure 10, the feeding conveying mechanism 9 is arranged in the wide plate material The rear of the narrow boards material sawing line, the feeding conveying mechanism 9 is arranged in the front of sawing line, the discharge conveyor structure 10 Longitudinally disposed conveying carrier roller mechanism is all made of with discharge conveyor structure 10.

Embodiment 2

Difference from example 1 is that the level-one longitudinal translating device associated further includes the first elevating mechanism, described The conveying carrier roller that one elevating mechanism is able to drive the level-one longitudinal translating device associated moves up and down simultaneously.

The three-level longitudinal translating device associated further includes third elevating mechanism, and the third elevating mechanism is able to drive described three The conveying carrier roller of grade longitudinal translating device associated moves up and down simultaneously.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (13)

1. a kind of sheet fabrication production line, which is characterized in that including overturning pipeline and narrow boards material sawing line, the overturning is defeated Line sending includes rollover stand and level-one longitudinal translating device associated, and the stacking wide plate material laid flat is turned into the stacking stood up by the rollover stand The stacking wide plate material stood up is delivered in the narrow boards material sawing line by wide plate material, the level-one longitudinal translating device associated；

The rollover stand includes shaft and the mounting frame for rotary shaft for installing the shaft, and the mounting frame for rotary shaft includes at least one side The wooden bearing assembly, the lumps of wood bearing assembly include the lumps of wood bearing groove of mounting plate and setting on a mounting board, the lumps of wood Bearing groove includes supporting plate, backplate and baffle, and the inner end of the supporting plate and backplate is orthogonal to be connected on the mounting plate, institute The outer end for stating backplate is connected with the baffle.

2. sheet fabrication production line according to claim 1, which is characterized in that the baffle is slidably mounted on institute It states on backplate.

3. sheet fabrication production line according to claim 2, which is characterized in that the lumps of wood bearing assembly turns along described Being axially arranged with for axis is multiple.

4. sheet fabrication production line according to claim 3, which is characterized in that set on the mounting plate there are four described in Lumps of wood bearing groove, four lumps of wood bearing grooves are uniformly distributed centered on shaft, and the orientation of four lumps of wood bearing grooves Successively overturn 90 °.

5. sheet fabrication production line according to claim 1-4, which is characterized in that the narrow boards material sawing line Including second level longitudinal translating device associated, lateral pressing mechanism and at least one second level horizontal band sawing machine, the second level longitudinal translating device associated Drive the stacking wide plate material that stands up by the second level horizontal band sawing machine, the lateral pressing mechanism described in a side compression from standing up Wide plate material is laminated；The second level horizontal band sawing machine include it is multiple, saw band height below multiple second level horizontal band sawing machines by It edges up and height or gradually decreases.

6. sheet fabrication production line according to claim 5, which is characterized in that it further include rack, the width slab saw Tangent line and narrow boards material sawing line are installed in the rack.

7. sheet fabrication production line according to claim 6, which is characterized in that overturning pipeline further includes being mounted on institute The transverse conveying mechanism and three-level longitudinal translating device associated in rack are stated, the transverse conveying mechanism and three-level longitudinal translating device associated are equal It is arranged between level-one longitudinal translating device associated and second level longitudinal translating device associated, the transverse conveying mechanism includes lateral transfer sprocket wheel Mechanism, the lateral transfer chain-wheel mechanism include the first sprocket wheel, the second sprocket wheel and connection first sprocket wheel and the second sprocket wheel Lateral chain, the transverse direction chain are equipped with multipair limit plate, gap and the layer stood up between each pair of limit plate The width of folded wide plate material is adapted.

8. sheet fabrication production line according to claim 6, which is characterized in that the level-one longitudinal translating device associated and three Grade longitudinal translating device associated is all made of roller conveyor structure, and the roller conveyor structure includes multiple conveying carrier rollers being set side by side, Multiple conveying carrier rollers are driven by longitudinal chain-wheel mechanism；Multiple mounting plates are separately positioned on level-one longitudinal translating device associated Between two neighboring conveying carrier roller.

9. sheet fabrication production line according to claim 8, which is characterized in that when the stacking for needing to lay flat described in conveying When wide plate material, the upper end of the conveying carrier roller of the level-one longitudinal translating device associated is higher than the supporting plate in working position lumps of wood bearing groove Upper plane.

10. sheet fabrication production line according to claim 7, which is characterized in that the transverse conveying mechanism includes more A, multiple transverse conveying mechanisms are separately positioned between the two neighboring conveying carrier roller of three-level longitudinal translating device associated.

11. sheet fabrication production line according to claim 7, which is characterized in that when the layer for needing to stand up described in conveying When folded wide plate material, the upper end of the conveying carrier roller of the three-level longitudinal translating device associated is higher than the upper end of the lateral chain.

12. according to the described in any item sheet fabrication production lines of claim 6-11, which is characterized in that further include set on described Wide plate material sawing line in rack, the wide plate material sawing line are set to before the level-one longitudinal translating device associated, the wide plate material The lumps of wood can be sawed into the stacking wide plate material laid flat by sawing line, and the stacking wide plate material laid flat is delivered on rollover stand；

The wide plate material sawing line includes prime longitudinal translating device associated and multiple level-one horizontal band resaws being arranged successively from front to back Machine, the prime longitudinal translating device associated are set to the lower section of the level-one horizontal band sawing machine saw band, multiple level-one horizontal band resaws The saw band height of machine gradually rises or gradually decreases from front to back.

13. sheet fabrication production line according to claim 12, which is characterized in that the wide plate material sawing line further includes For compressing the top hold-down mechanism of the lumps of wood from top, the rack includes the cross above the prime longitudinal translating device associated Beam, the top hold-down mechanism include positive pressure wheel, compressing rod and regulating mechanism, and the upper end of the compressing rod and the crossbeam are cut with scissors It connects, the positive pressure wheel is installed in lower end, and the regulating mechanism is arranged between the rack and the compressing rod, the adjusting machine Structure is able to drive the compressing rod and rotates upwardly and downwardly；

The regulating mechanism includes adjusting cylinder, stroke adjusting lever and damping shock absorption bar, the cylinder body for adjusting cylinder with it is described Crossbeam connection, the piston rod for adjusting cylinder and the compressing rod are hinged；The lower end of the stroke adjusting lever and the binder Bar is hinged, and upper end passes through the crossbeam；The both ends of the damping shock absorption bar are hinged with crossbeam and compressing rod respectively.