CN209364892U - A kind of wood shavings production system - Google Patents
A kind of wood shavings production system Download PDFInfo
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- CN209364892U CN209364892U CN201821469812.0U CN201821469812U CN209364892U CN 209364892 U CN209364892 U CN 209364892U CN 201821469812 U CN201821469812 U CN 201821469812U CN 209364892 U CN209364892 U CN 209364892U
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Abstract
The utility model discloses a kind of wood shavings production system, comprising: charging equipment, for providing veneer；Feed conveyer and pelleter, the feed conveyer can accept the veneer, and the veneer is transported to the pelleter, the pelleter includes longitudinally cutting component and transverse cuts component, the veneer can be cut into several strips along longitudinal direction by the longitudinally cutting component, and each strip can be transversely cut into the wood shavings with specific length by the transverse cuts component；Feed conveyor is delivered to upstream device for accepting the wood shavings, and by the wood shavings.The there is provided wood shavings production system of the utility model participates in, high degree of automation can greatly improve the efficiency of production in the production process of entire wood shavings substantially without artificial.
Description
Technical field
The utility model relates to wood shavings production equipment technology more particularly to a kind of wood shavings production systems.
Background technique
In the preparation process of particieboard, the pelleter of traditional wood shavings production system is generally to use artificial loading, is worked
Intensity is big, and low efficiency.
Therefore, how a kind of higher wood shavings production system of the degree of automation is provided, be still those skilled in the art urgently
The technical issues of solution.
Utility model content
The purpose of the utility model is to provide a kind of artificial participations less, the degree of automation is higher, the higher plane of production efficiency
Flower production system.
In order to solve the above technical problems, the utility model provides a kind of wood shavings production system, comprising: charging equipment is used for
Veneer is provided；Feed conveyer and pelleter, the feed conveyer can accept the veneer, and by the veneer transport to
The pelleter, the pelleter include longitudinally cutting component and transverse cuts component, and the longitudinally cutting component can be along vertical
Several strips are cut by the veneer, each strip can be transversely cut by the transverse cuts component has spy
The wood shavings of measured length；Feed conveyor is delivered to upstream device for accepting the wood shavings, and by the wood shavings.
The there is provided wood shavings production system of the utility model, veneer is provided by charging equipment, veneer is through feed conveyer
It is delivered to pelleter, the longitudinally cutting component and transverse cuts component of pelleter can cut veneer, to generate wood shavings, institute
The wood shavings of generation can be delivered to upstream device by feed conveyor.In the production process of entire wood shavings, substantially without artificial ginseng
With high degree of automation can greatly improve the efficiency of production.
Optionally, the charging equipment includes peeler and sorting mechanism, and the peeler can process supplied materials,
And sorted by sorting mechanism, the veneer that processing is formed is delivered to the feed conveyer.
Optionally, the quantity of the charging equipment is multiple, transport of each charging equipment along the feed conveyer
The setting of direction interval.
Optionally, the pelleter further includes rack, and the longitudinally cutting component, the transverse cuts component are mounted on
The rack, the longitudinally cutting component include two rotors arranged side by side, and each rotor is axially spaced equipped with several
Ring tooth forms annular groove between the adjacent two ring tooth；Under installation condition, the ring tooth of a rotor is inserted correspondingly
In the annular groove for entering another rotor, and the axial dimension of the mating annular groove and the ring tooth matches.
Optionally, the rotor is 1250-1300mm in lateral working width, each described in the working width
Ring tooth is spacedly distributed；The outer diameter of the ring tooth is 210-220mm, and the diameter of the bottom wall of the annular groove is 170-180mm, described
The size that ring tooth is inserted into the annular groove is 4-6mm.
Optionally, the outside wall surface of at least partly described ring tooth is equipped with on-slip line.
Optionally, the on-slip line is annular knurl straight grain or diamond texture, and modulus is no more than 2.
Optionally, in two rotors, the axial ends of the rotor on the lower passes through matched first bearing and first
Bearing block is fixed on the rack, and the axial ends of the top rotor also is provided with matched second bearing and second bearing
Seat, and the second bearing seat and the rack are slidable in the vertical direction cooperation；It further include elevating mechanism, the elevating mechanism peace
It is connected loaded on the rack, and with the second bearing seat, to control the lifting of the second bearing seat in above-below direction.
Optionally, the first bearing, the second bearing are biserial roller self-aligning bearing, the first bearing seat,
The second bearing seat is machined piece.
Optionally, the transverse cuts component includes the second actuator, tool apron and the cutter for being installed on the tool apron, described
Second actuator can drive the tool apron to move, transversely to cut the strip, the knife of the cutter by the cutter
The lateral dimension of sword is working width；It further include pressure roller, the pressure roller is installed on the upper of the blanking end of the feed conveyer
Side；It further include cover, the cover covers at the top of the transverse cuts component, alternatively, the cover covers at the machine
The top of frame.
Detailed description of the invention
Fig. 1 is provided a kind of structural schematic diagram of specific embodiment of wood shavings production system by the utility model；
Fig. 2 is the connection structure diagram of pelleter and feed conveyer；
Fig. 3 is the structural schematic diagram of two rotors of longitudinally cutting component；
Fig. 4 is the structural schematic diagram that the outside wall surface of ring tooth is provided with the rotor of annular knurl straight grain；
Fig. 5 is the structural schematic diagram that the outside wall surface of ring tooth is provided with the rotor of diamond texture；
Fig. 6 is the top view of the connection structure of rotor, transverse cuts component and rack in Fig. 2；
Fig. 7 is the connection structure diagram of first bearing seat and first bearing；
Fig. 8 is the connection structure diagram of second bearing seat and second bearing.
The reference numerals are as follows in Fig. 1-8:
1 charging equipment, 11 peelers, 12 sorting mechanisms；
2 feed conveyers；
3 pelleters, 31 longitudinally cutting components, 311 rotors, 311a ring tooth, 311a-1 on-slip line, 311b annular groove, 312 first
Actuator, 313 first bearings, 314 first bearing seats, the first pedestal of 314a, the first lid of 314b, 315 second bearings, 316
Two bearing bracket, the second pedestal of 316a, the second lid of 316b, 32 transverse cuts components, 321 second actuators, 322 tool aprons, 323 are cut
Knife, 324 shafts, 33 racks, 331 first sliding grooves, 332 second sliding slots, 34 pressure rollers, 35 covers；
4 feed conveyors.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, with reference to the accompanying drawing and have
The utility model is described in further detail for body embodiment.
It is described herein it is " several " be that exponential quantity is uncertain multiple, it is usually more than two；And when using " several " table
When showing the quantity of certain several component, it is not offered as the correlation of these components quantitatively.
The words such as " first " described herein, " second ", be merely for convenience of description scheme same or like two with
On structure or component, be not offered as certain particular determination to sequence.
Herein, it is longitudinal direction with the transporting direction of feed conveyer, in the horizontal plane, is with longitudinal perpendicular direction
Laterally, which also refers to the axial direction of rotor.
Fig. 1-8 is please referred to, Fig. 1 is provided a kind of structure of specific embodiment of wood shavings production system by the utility model
Schematic diagram, Fig. 2 are the connection structure diagram of pelleter and feed conveyer, and Fig. 3 is that the structure of two rotors of longitudinally cutting component is shown
It is intended to, Fig. 4 is the structural schematic diagram that the outside wall surface of ring tooth is provided with the rotor of annular knurl straight grain, and Fig. 5 is that the outside wall surface of ring tooth is arranged
There is the structural schematic diagram of the rotor of diamond texture, Fig. 6 is the vertical view of the connection structure of rotor, transverse cuts component and rack in Fig. 2
Figure, Fig. 7 are the connection structure diagram of first bearing seat and first bearing, and Fig. 8 is the connection structure of second bearing seat and second bearing
Figure.
As shown in Figure 1 and Figure 2, the utility model provides a kind of wood shavings production system, comprising: charging equipment 1, for providing
Veneer；Feed conveyer 2 and pelleter 3, feed conveyer 2 can accept veneer, and veneer is transported to pelleter 3, film-making
Machine 3 includes longitudinally cutting component 31 and transverse cuts component 32, if veneer can be cut by longitudinally cutting component 31 along longitudinal direction
Each strip can be transversely cut into the wood shavings with specific length by dry strip, transverse cuts component 32；Feed conveyor 4,
Upstream device is delivered to for accepting wood shavings, and by wood shavings.Above-mentioned " specific length " is the length of required finished product wood shavings, value
It is not limited here, it specifically can be determined according to actual needs.
Using this structure, veneer is provided by charging equipment 1, veneer is delivered to pelleter 3 through feed conveyer 2,
The longitudinally cutting component 31 and transverse cuts component 32 of pelleter 3 can cut veneer, to generate wood shavings, plane generated
Flower can be delivered to upstream device by feed conveyor 4.In the production process of entire wood shavings, participated in substantially without artificial, automatically
Change degree is high, can greatly improve the efficiency of production.
Specifically, charging equipment 1 may include peeler 11 and sorting mechanism 12, peeler 11 can carry out supplied materials
Processing, and sorted by sorting mechanism 12, the veneer being processed into is delivered to feed conveyer 2.
Above-mentioned supplied materials can be log, or the discarded veneer of the artificial boards such as production glued board, it is preferred to use discarded
Veneer.The usage amount of log can be greatly reduced using discarded veneer, to save timber resources, and the production for widening wood shavings comes
Source；Further, since discarded veneer has already passed through time processing, thin and thick is more uniform, and surface is more smooth, and obtained wood shavings are not
Easily there is the defects of warpage and overlapping, structure is more preferable；Moreover, discarded veneer is easier to cut relative to cutting log, it can
With without peeler 11, and then it is transferred directly to feed conveyer 2, can reduce energy consumed by cutting.
With continued reference to FIG. 1, the quantity of charging equipment 1 can be multiple, be specifically as follows two, three or more,
Each charging equipment 1 can be arranged along the transporting direction interval of feed conveyer 2, to greatly improve the production capacity of pelleter 3.
But it should be noted that when longitudinal, the veneer on feed conveyer 2 is possible to meeting there are when multiple charging equipments 1
It is laminated, under such operating condition, the thickness of the veneer processed into pelleter 3 will increase at double.In this regard, can be right
The structure of pelleter 3 improves.
As shown in Fig. 2, and combine Fig. 3, pelleter 3 may include rack 33, longitudinally cutting component 31, transverse cuts component
32 can be installed on the rack 33.Longitudinally cutting component 31 may include the first actuator 312 and two knives arranged side by side
Roller 311, the first actuator 312 can with the transmission connection of at least one of two rotors 311, to drive corresponding rotor 311 to carry out
Rotation, cutting；Each rotor 311 is axially spaced to be equipped with several ring tooth 311a, can be formed between adjacent two rings tooth 311a
Annular groove 311b.
In the mounted state, the ring tooth 311a of a rotor 311 can be inserted into the annular groove of another rotor 311 correspondingly
In 311b, i.e. the ring tooth 311a of two rotors 311 can be mutually staggered along axial direction, and mating annular groove 311b and ring tooth 311a
Axial dimension (i.e. lateral dimension) match.Above-mentioned " matching " refers to that the axial dimension of the two can be roughly equal, so that
Longitudinal two wall surfaces of mating ring tooth 311a can fit with longitudinal two wall surfaces of annular groove 311b, and then can be to entering two
Veneer between rotor 311 carries out longitudinally cutting.The axial dimension of above-mentioned annular groove 311b (or ring tooth 311a) is long after cutting
The width of item, and the width of final produced wood shavings, for the value, the utility model embodiment is simultaneously not construed as limiting, can basis
Depending on the actual production of particieboard requires, alternatively, can also be configured with the desired width (20mm) of reference orientation wood shavings；Each ring
The axial dimension of slot 311b can be equal, can not also wait, depending on can specifically being required according to actual production.
It could be aware that, the Bite size of two rotors 311, i.e., the ring tooth 311a of one rotor 311 is inserted into another rotor 311
The size of annular groove 311b, the maximum gauge that as longitudinally cutting component 31 is capable of handling.Existing pelleter is capable of handling
Maximum gauge be usually no more than 2.4mm, the full-size of one piece of veneer is long 2.5m, width 1.25m, thickness 0.6mm, once out
The case where existing multiple veneers stacking, the total amount thickness of multiple veneers probably approaches and more than 2.4mm, and then leads to two rotors
311 clamping stagnation seriously affects being normally carried out for production.
For this purpose, in the utility model embodiment 1250- can be set in lateral working width by rotor 311
1300mm, to adapt to the maximum width of veneer 1.25m, in the working width, each ring tooth 311a can be spacedly distributed, so as to
Form the strip of equal in width.The outer diameter of ring tooth 311a can be 210-220mm, and the diameter of the bottom wall of annular groove 311b can be 170-
180mm provides bigger cutting force to provide bigger pressing force radially, ring tooth 311a is inserted into the ruler of annular groove 311b
Very little (i.e. Bite size) can be set to 4-6mm, which is equivalent to the total amount thickness of seven or eight layers of veneer, can fit completely
Strip when answering multiple charging equipments 1 the phenomenon that the stacking of existing veneer, and after cutting without lead silk, without flash, quality is higher.
It is to be appreciated that the above-mentioned restriction about rotor 311, ring tooth 311a and annular groove 311b specific size, is only this
A kind of preferred embodiment of utility model embodiment, can not be as the reality to the provided wood shavings production system of the utility model
The restriction of range is applied, in the specific implementation, the size that those skilled in the art can also according to actual needs to above-mentioned each component
Value is adjusted；For example, the working width of rotor 311 can also carry out adaptability when the full-size of veneer changes
Adjustment the Bite size of ring tooth 311a, annular groove 311b can also be adjusted when the quantity of charging equipment 1 continues to increase
It is whole, but can the profit that this adjustment also needs 1 quantity of comprehensive consideration charging equipment to increase brought production capacity raising compensate rotor
The loss of increased costs caused by 311 structure changes, therefore, in practical operation, the utility model embodiment is preferably by feeding
Equipment 1 is set smaller than 3；Moreover, even 1 quantity of charging equipment increases, it may not also will lead to ply and fold excessively, answer
In, going out for excessive phenomenon can also be laminated to be reduced as far as veneer by adjusting the blanking rhythm of each charging equipment 1
It is existing, in this way, above-mentioned longitudinally cutting component 31 can also be designed using structure in the prior art.
In addition to it can not cope with veneer stacking, existing longitudinally cutting component 31 is pushed away there is also another defect
Hypodynamic problem: as previously mentioned, the ideal length of oriented shaving is 120mm, the cutter 323 and rotor of transverse cuts component 32
The distance between 311 are set as S, if the length of veneer is less than (S+N × 120), wherein N is natural number, then surplus most in cutting
When latter section (length < S), which, which is often presented, promotes insufficient phenomenon, can only by means of the secondary thrust of subsequent veneer, and
If, alternatively, the thrust of subsequent veneer is also insufficient, will result in clamping stagnation without subsequent veneer, can not normally produce.
As shown in Figure 4, Figure 5, in view of the above-mentioned problems, the provided wood shavings production system of the utility model, rotor 311 is extremely
On-slip line 311a-1 can be set in the outside wall surface of small part ring tooth 311a, to improve the frictional force between ring tooth 311a and veneer,
And then bigger tangential force can be provided for veneer final stage, so that secondary thrust of the final stage without subsequent veneer
Can persistent movement to the zone of action of transverse cuts component 32, had an impact to avoid the propulsion to subsequent veneer.
Above-mentioned on-slip line 311a-1 can for annular knurl straight grain, diamond texture (also compared with pineapple line) etc., or, or the two
Combination, modulus can be set to be no more than 2, to reduce pitch, and then the density of on-slip line 311a-1 be improved, for veneer
Bigger propulsive force is provided.Specifically, can be m=0.8, pitch P=π m ≈ 2.512mm by modulus initial setting, tooth top falls
The radius r at angle can be set to 0.25mm, the high h=0.785r-0.414r=0.5245mm of tooth；Certainly, in practical applications,
Other moduluses and tooth top chamfer design can be used, and calculates the parameter of on-slip line 311a-1 according to correlation formula.
Referring again to Fig. 2, and Fig. 6 is combined, in two rotors 311, one is upper, and another one is under, rotor 311 on the lower
Axial ends rack 33, the axis of top rotor 311 are fixed on by matched first bearing 313 and first bearing seat 314
It also is provided with matched second bearing 315 and second bearing seat 316 to both ends, and second bearing seat 316 can be along upper with rack 33
Lower direction is slidably matched, to adjust the Bite size of two rotors 311 as needed.
The first sliding groove 331 extended up and down can be set in the two lateral walls of rack 33, for installing first bearing seat
314, second bearing seat 316.
In conjunction with Fig. 7, first bearing seat 314 may include the first pedestal 314a and the first lid 314b, the first pedestal 314a
Including the first cylindrical portion, axial one end of first cylindrical portion can have the first baffle extended radially outward, this first
Cylindrical portion can be plugged in first sliding groove 331, and be displaced in the first sliding groove 331, to adjust rotor 311 on the lower
Installation site.After adjusting, the side of first baffle and rack 33 can be connected by the connector of the forms such as screw, bolt
Wall, and then fixed first bearing seat 314, the installation site of rotor 311 on the lower.First lid 314b can be with the first pedestal
314a phase is fixed, to encapsulate first bearing 313.
In conjunction with Fig. 8, second bearing seat 316 is similar with the structure of first bearing seat 314, also may include the second pedestal
316a and the second lid 316b, the second pedestal 316a may include the second cylindrical portion, and axial one end of the second cylindrical portion can have
There is the second baffle extended radially outward, the other end can be connected with the second lid 316, to encapsulate second bearing 315.
It is different from first bearing seat 314, second bearing seat 316 is not directly fixed with rack 33, the second lid 316b's
Outer diameter can be greater than the second cylindrical portion, to cooperate second baffle above-mentioned, form annular snap in the peripheral wall of second bearing seat 316
Slot, second bearing seat 316 can be slidably connected (as shown in Figure 6) by the two sidewalls of the annular slot and first sliding groove 331.Into one
Step ground can also include elevating mechanism, which is installed on rack 33, and is connected with second bearing seat 316, to control the
The lifting of two bearing bracket 316 in above-below direction, and then adjust second bearing seat 316, the installation site of top rotor 311.
The specific structure of elevating mechanism is not limited thereto, and liter can be driven by piston rod for cylinder, oil cylinder etc.
The element of drop；It may be rack and pinion drive mechanism, to drive lifting by rack gear；It can also be screw structure, with logical
Feed screw nut or screw rod are crossed to export lifting force；It can also be matched using screw rod with rack 33, and then by tightening or twisting
Loose screw rod drives the second bearing seat 316 to be displaced；Again alternatively, the elevating mechanism may be above-mentioned a variety of lifting elements
Composite structure.
Since the radial dimension and axial dimension of rotor 311 are significantly increased compared with the prior art, to improve to rotor
311 enabling capabilities are used to support the first bearing 313 of 311 axial ends of rotor, second bearing 315 can use biserial
Roller self-aligning bearing.First bearing seat 314, second bearing seat 316 all can be machined pieces, it can using whole steel part warp
It crosses the machinings such as turnning and milling plane mill and is formed, compared to the bearing block of traditional casting form, machine the intensity of formed bearing block
It is higher, be more advantageous to the service life for guaranteeing bearing block and rotor 311, it is also possible to preferably with bearing, rack 33 into
Row cooperation, to facilitate installation.
As shown in fig. 6, transverse cuts component 32 may include the second actuator 321, tool apron 322 and be installed on tool apron 322
Cutter 323, tool apron 322 can be fixed on shaft 324, and the second actuator 321 can between motor, with shaft 324
To be driven by structures such as gear, belt wheel or sprocket wheels, to drive shaft 324 to be rotated, and then drive tool apron 322,
Cutter 323 is rotated, and transversely to carry out rotation cutting to each strip, and then obtains wood shavings.It is appreciated that cutter 323
The lateral dimension of blade is the maximum width for the veneer that working width and pelleter 3 above-mentioned can be handled.Above-mentioned cutter
323 quantity can be one, or it is multiple, it is specifically related with the length of the revolving speed of shaft 324, produced wood shavings etc.,
When to be multiple, each cutter 323 can be spacedly distributed along the track of its rotation cutting.
The description above is that the structure of transverse cuts component 32 is described so that cutter 323 carries out rotation cutting as an example,
In fact, the cutter 323 can also be moved in above-below direction, to cut to strip, at this point, the second actuator 321
Aforementioned elevating mechanism can be used for reference to be configured.
Referring again to Fig. 2, pelleter 3 can also include pressure roller 34, which can be installed on feed conveyer 2
The top of blanking end can largely prevent veneer that blocked up feelings are laminated to limit the height of 2 supplied materials of feed conveyer
Shape.The installation of pressure roller 34 is also referred to the installation of rotor 311, second sliding slot can be arranged in the two lateral walls of rack 33
332, and then the pressure roller 34 is supported, is installed by matched bearing, bearing block.
It further, can also include cover 35, which can only be located at the top of transverse cuts component 32,
It can be located at the top of entire rack 33, longitudinally cutting component 31, transverse cuts component 32 are isolated with external environment.
It is arranged such, on the one hand, can avoid generated sawdust in wood shavings process and splash, and working environment is impacted, separately
On the one hand, two cutting assemblies can also be packaged, field personnel is caused to accidentally injure to avoid cutting process.
In the wood shavings production system, the feed conveyer 2 transported to veneer can be roller conveyor, to pass through
Multiple live-rollers arranged side by side phoresy veneer, or, or belt feeder, to be transported by feed belt to veneer
It is defeated；And for finished product wood shavings, feed conveyor 4 then preferably uses belt feeder.
Above are merely preferred embodiments of the utility model, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of this utility model, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of wood shavings production system characterized by comprising
Charging equipment (1), for providing veneer；
Feed conveyer (2) and pelleter (3), the feed conveyer (2) can accept the veneer, and the veneer is transported
It transports to the pelleter (3), the pelleter (3) includes longitudinally cutting component (31) and transverse cuts component (32), described vertical
The veneer can be cut into several strips along longitudinal direction to cutting assembly (31), the transverse cuts component (32) can will be each
The strip is transversely cut into the wood shavings with specific length；
Feed conveyor (4) is delivered to upstream device for accepting the wood shavings, and by the wood shavings.
2. wood shavings production system according to claim 1, which is characterized in that the charging equipment (1) includes peeler (11)
With sorting mechanism (12), the peeler (11) can process supplied materials, and be sorted by sorting mechanism (12), with
The veneer that processing is formed is delivered to the feed conveyer (2).
3. wood shavings production system according to claim 2, which is characterized in that the quantity of the charging equipment (1) be it is multiple, respectively
The charging equipment (1) is arranged along the transporting direction interval of the feed conveyer (2).
4. wood shavings production system described in any one of -3 according to claim 1, which is characterized in that the pelleter (3) further includes
Rack (33), the longitudinally cutting component (31), the transverse cuts component (32) are mounted on the rack (33), described vertical
It include two rotors (311) arranged side by side to cutting assembly (31), each rotor (311) is axially spaced to be equipped with several rings
Tooth (311a) forms annular groove (311b) between the adjacent two ring tooth (311a)；
Under installation condition, the ring tooth (311a) of a rotor (311) is inserted into another rotor correspondingly
(311) in the annular groove (311b), and the axial dimension of the mating annular groove (311b) and the ring tooth (311a)
Match.
5. wood shavings production system according to claim 4, which is characterized in that the rotor (311) is in lateral working width
For 1250-1300mm, in the working width, each ring tooth (311a) is spacedly distributed；
The outer diameter of the ring tooth (311a) is 210-220mm, and the diameter of the bottom wall of the annular groove (311b) is 170-180mm, institute
Stating ring tooth (311a) and being inserted into the size of the annular groove (311b) is 4-6mm.
6. wood shavings production system according to claim 5, which is characterized in that the outside wall surface of at least partly described ring tooth (311a)
Equipped with on-slip line (311a-1).
7. wood shavings production system according to claim 6, which is characterized in that the on-slip line (311a-1) be annular knurl straight grain or
Person's diamond texture, modulus are no more than 2.
8. wood shavings production system according to claim 4, which is characterized in that in two rotors (311), the knife on the lower
The axial ends of roller (311) is fixed on the rack (33) by matched first bearing (313) and first bearing seat (314),
The axial ends of the top rotor (311) also is provided with matched second bearing (315) and second bearing seat (316), and institute
It states second bearing seat (316) and the rack (33) and is slidable in the vertical direction cooperation；
Further include elevating mechanism, the elevating mechanism is installed on the rack (33), and with the second bearing seat (316) phase
Even, to control the lifting of the second bearing seat (316) in above-below direction.
9. wood shavings production system according to claim 8, which is characterized in that the first bearing (313), the second bearing
It (315) is biserial roller self-aligning bearing, the first bearing seat (314), the second bearing seat (316) are machining
Part.
10. wood shavings production system according to claim 4, which is characterized in that the transverse cuts component (32) includes second
Actuator (321), tool apron (322) and the cutter (323) for being installed on the tool apron (322), second actuator (321) can
The tool apron (322) are driven to move, transversely to cut the strip, the knife of the cutter (323) by the cutter (323)
The lateral dimension of sword is working width；
It further include pressure roller (34), the pressure roller (34) is installed on the top of the blanking end of the feed conveyer (2)；
It further include cover (35), the cover (35) covers at the top of the transverse cuts component (32), alternatively, the cover
(35) top of the rack (33) is covered at.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821469812.0U CN209364892U (en) | 2018-09-07 | 2018-09-07 | A kind of wood shavings production system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821469812.0U CN209364892U (en) | 2018-09-07 | 2018-09-07 | A kind of wood shavings production system |
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| CN209364892U true CN209364892U (en) | 2019-09-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818854A (en) * | 2018-09-07 | 2018-11-16 | 扬州快乐机械有限公司 | A kind of wood shavings production system |
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2018
- 2018-09-07 CN CN201821469812.0U patent/CN209364892U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108818854A (en) * | 2018-09-07 | 2018-11-16 | 扬州快乐机械有限公司 | A kind of wood shavings production system |
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