CN107718215A - A kind of trunk peeler - Google Patents
A kind of trunk peeler Download PDFInfo
- Publication number
- CN107718215A CN107718215A CN201711135148.6A CN201711135148A CN107718215A CN 107718215 A CN107718215 A CN 107718215A CN 201711135148 A CN201711135148 A CN 201711135148A CN 107718215 A CN107718215 A CN 107718215A
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- CN
- China
- Prior art keywords
- plate
- dressing table
- transition bench
- supporting plate
- trunk
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27L—REMOVING BARK OR VESTIGES OF BRANCHES; SPLITTING WOOD; MANUFACTURE OF VENEER, WOODEN STICKS, WOOD SHAVINGS, WOOD FIBRES OR WOOD POWDER
- B27L5/00—Manufacture of veneer ; Preparatory processing therefor
- B27L5/02—Cutting strips from a rotating trunk or piece; Veneer lathes
Abstract
The present invention relates to wood processing technique field,More particularly to a kind of trunk peeler,Including support,Blanking device and cleaning plant,The top of the support is provided with conveying mechanism,Rotary cutting mechanism is provided with positioned at one end of conveying mechanism,The other end is provided with the transition bench for being used for aiding in blanking,Blanking device includes cutting agency and support mechanism,Cutting agency is located at the top of transition bench,Support mechanism is arranged on the lower section of transition bench,Support mechanism is located at transition bench close to one end of conveying mechanism,Cleaning plant includes dressing table,Pushing mechanism and pressing mechanism,One end of dressing table is located at the lower section of rotary cutting mechanism,The other end extends to the lower section of conveying mechanism,Pushing mechanism and pressing mechanism are located at the both sides of dressing table respectively,The bottom of dressing table is additionally provided with mechanism for opening/closing,The top of dressing table is provided with drainage mechanism,The present invention is simple in construction to be understood,Maintenance cost is low,It can realize that gauche form circulates splicing,High degree reduces the labor intensity of worker,Also improve operating efficiency.
Description
Technical field
The present invention relates to wood processing technique field, more particularly to a kind of trunk peeler.
Background technology
The appearance of numerical control peeler not only increases the quality and precision of production veneer, but also substantially increases production effect
The automaticity of rate and complete machine.Peeler is one of capital equipment for producing glued board.Peeler point has center veneer lathe, with nothing
Center veneer lathe, there is center veneer lathe to be applied to be used for minor diameter wood with major diameter wood, the use of no card.
Peeler can be moved to setting position by conveyer belt and carry out blanking after the completion of by material rotary-cut, still
This kind of peeler cost of investment is excessive, is not suitable for some middle-size and small-size producers, then it is auxiliary that they will use some manpowers to carry out
Blanking is helped, worker can stand when the output end of conveyer belt waits material to be moved to the position manually stood, manually bend over to be taken
Take, and be continuation, so permanent go down and the body of worker can be caused to damage, while operating efficiency is also low.
The content of the invention
In view of the above-mentioned deficiencies in the prior art, it is an object of the present invention to provide a kind of trunk peeler.
To solve the above problems, the present invention provides following technical scheme：
A kind of trunk peeler, including support, blanking device and cleaning plant, the top of the support are provided with conveyer
Structure, rotary cutting mechanism is provided with positioned at one end of conveying mechanism, the other end is provided with the transition bench for being used for aiding in blanking, and blanking device includes
Cutting agency and support mechanism, cutting agency are located at the top of transition bench, and what support mechanism can move is arranged on transition bench
Lower section, support mechanism are located at transition bench close to one end of conveying mechanism, the top of transition bench and the position for corresponding to cutting agency
Provided with the blanking rectangular through slot through upper and lower two end faces of transition bench, cleaning plant includes dressing table, pushing mechanism and extruder
Structure, one end of dressing table are located at the lower section of rotary cutting mechanism, and the other end extends to the lower section of conveying mechanism, pushing mechanism and extruder
Structure is located at the both sides of dressing table respectively, and the bottom of dressing table is additionally provided with mechanism for opening/closing, and the top of dressing table is provided with drainage mechanism.
Further, the top of the dressing table is provided with open the first upward accommodating chamber, and drainage mechanism includes symmetrically setting
Two drainage components put, two drainage components are located at the both sides of dressing table respectively, and pushing mechanism includes can be first
The pushing mechanism moved in accommodating chamber, it is provided with positioned at one end of pushing mechanism to drive the guide part that pushing mechanism works
Part, guiding parts are arranged on the outside portion of dressing table, and pressing mechanism include being symmetrical arranged and can moving towards two squeeze
Splenium part, two extruder members are separately positioned on the both ends of dressing table, and extruder member is close to dressing table away from guiding parts
Side.
Further, the conveying mechanism includes conveyer belt, and the one end of transition bench away from conveyer belt is provided with opening upwards simultaneously
And the movable cavity connected with blanking rectangular through slot, movable cavity is interior to fall provided with can open and close blanking rectangular through slot
The medial surface of flitch, movable cavity and blanking rectangular through slot is equipped with the first chute that can be moved for feeding plate.
Further, the cutting agency includes limiting component and member of translational, and one end of transition bench towards conveyer belt is set
There is fixed part, fixed part includes fixed plate and symmetrically arranged two horizontal mounting plates, two horizontal mounting plate difference positions
In the both sides of transition bench, fixed plate is in horizontal and its both ends respectively positioned at the top of two horizontal mounting plates, limiting component bag
Include limiting cylinder and limiting plate, limiting cylinder is vertically arranged in the bottom of fixed plate, and the outbound course of limiting cylinder is towards transition
The upper surface of platform, limiting plate are connected in level and with the output end of limiting cylinder, and the bottom of limiting plate is provided with sponge.
Further, the member of translational includes screw mandrel slide unit and connecting portion, and connecting portion is in the top of transition bench, connection
Portion includes vertical extension board and horizontal mounting plate, and vertical extension board is arranged on the one end of transition bench away from blanking rectangular through slot, water
Safety loading board is arranged on the top of vertical extension board, and screw mandrel slide unit is located at the bottom of horizontal mounting plate, the delivery end of screw mandrel slide unit
It is connected by lead with one end of feeding plate towards vertical extension board.
Further, the support mechanism includes stock supporting plate, supporting plate and guide plate, and guide plate is rectangular configuration, is oriented to
The top of plate is provided with symmetrically arranged two gib blocks, and length direction extension of the gib block along guide plate, supporting plate is positioned at guiding
The top of plate and the bottom of supporting plate are provided with coordinates the first guide groove slided with gib block, and the top of supporting plate is provided with vertically
Expansion link, stock supporting plate are connected in level and with the top of vertical expansion link, and the both ends of stock supporting plate are respectively equipped with two drive divisions
Part, driving part include mounting seat, protective cover and drive component, and mounting seat and protective cover are respectively positioned on the top of supporting plate, installation
Seat is located at one end of protective cover.
Further, all drive components include motor and connecting rod, connecting rod in it is horizontal and its two
End is be hinged to be arranged in protective cover, and motor is arranged in mounting seat, one end of connecting rod through protective cover and with driving
The output axis connection of motor, the other end of connecting rod are fixed with the first drive gear, and connecting rod is close to one end of motor
The second drive gear is fixed with, stock supporting plate corresponds to the first drive gear and the side of the second drive gear is respectively equipped with and first
Two racks that drive gear and the second drive gear are meshed.
Further, one end of the guide plate is additionally provided with the drive cylinder of driving supporting plate translation, one end of guide plate
Provided with load bearing seat, drive cylinder is vertically arranged in the top of load bearing seat, the outbound course of drive cylinder and the length side of guide plate
To vertical, the output end of drive cylinder passes through the side of contiguous block and supporting plate and connected.
Beneficial effect：A kind of trunk peeler of the present invention, when the good material of rotary-cut flows to transition bench by conveyer belt,
When material reaches transmission end of tape, conveyer belt can be departed from and be brought directly to by conveyer belt on transition bench, feeding plate is now
It is idle, that is, in blanking rectangular through slot, then material can then fall well on feeding plate and transition bench
Flitch is started working, then limiting cylinder will start working, and drive limiting plate to decline, it is therefore an objective to is directly contradicted and is arrived material
One end, the work of subsequent screw mandrel slide unit, first his output end can be directed to post dragging, and drive feeding plate by lead
Move, and be moved in movable cavity in blanking rectangular through slot, during this, because the conflict of limiting plate, just
Prevent material from can be moved with the movement of feeding plate, when feeding plate shift position close to it is more than half when, limiting cylinder drive limit
Position sheet reset, then this one end of material will drop slip, the one end of material on feeding plate also just as bearing down and drop,
After material is dropped by blanking rectangular through slot, it can drop to first on stock supporting plate, now stock supporting plate is in highest position shape
State, during material drops one by one, stock supporting plate can be because the cooperation of driving part, and slowly declines, compounding ingredient
Drop, prevent from being superimposed when material from dropping it is too high contacted with transition bench bottom, after the material on stock supporting plate has been expired, supporting plate
It can be driven and drive stock supporting plate guide plate top offset, after displacement goes out below transition bench, be easy to worker to unload, while supporting plate
The upper surface of the other end may proceed to continue below splicing in transition bench, then supporting plate is resetted by driving, and the other end starts to unload
Expecting, the present invention can realize that gauche form circulates splicing, the labor intensity for reducing worker of high degree, improve operating efficiency,
The present invention is simple in construction simultaneously understands, maintenance cost is low.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of trunk peeler；
Fig. 2 is the side view of cleaning plant；
Fig. 3 is along the sectional view of line A-A in Fig. 2；
Fig. 4 is the assembling structure schematic diagram one of cleaning plant；
Fig. 5 is the assembling structure schematic diagram two of cleaning plant；
Fig. 6 is the enlarged drawing at A in Fig. 5；
Fig. 7 is the enlarged drawing at B in Fig. 5；
Fig. 8 is the enlarged drawing at C in Fig. 5；
Fig. 9 is the assembling structure schematic diagram one of blanking device；
Figure 10 is the assembling structure schematic diagram two of blanking device；
Figure 11 is the enlarged drawing at D in Figure 10；
Figure 12 is the enlarged drawing at E in Figure 10；
Description of reference numerals：Support 1, conveyer belt 1a, transition bench 2, blanking rectangular through slot 2a, movable cavity 2b, feeding plate
2c, limiting component 2d, limiting cylinder 2d1, limiting plate 2d2, member of translational 2e, screw mandrel slide unit 2e1, lead 2e2, connecting portion
2f, vertical extension board 2f1, horizontal mounting plate 2f2, fixed part 2g, horizontal mounting plate 2g1, fixed plate 2g2, support mechanism 3, holds
Flitch 3a, rack 3a1, supporting plate 3b, guide plate 3c, gib block 3c1, vertical expansion link 3d, mounting seat 3e, protective cover 3f, drive
Dynamic component 4, motor 4a, connecting rod 4b, the first drive gear 4c, the second drive gear 4d, drive cylinder 5, load bearing seat 5a,
Contiguous block 5b, dressing table 6, the first rectangular through slot 6a, the first accommodating chamber 6b, pushing mechanism 6c, mainboard 6c1 is promoted, promote daughter board
6c2, banister brush 6c21, guiding parts 7, electric cylinders 7a is oriented to, guide pad 7b, extruder member 8, extrudes push pedal 8a, the first stroke gas
Cylinder 8b, fixed seat 8b1, the second stroke cylinder 8c, guide holder 8c1, linkage block 8c2, guide way 8d, opens and closes part 9, opens and closes plate
9a, open and close motor 9b, fix bar 9c, drainage component 10, L-type plate 10a, drainage plate 10b, rotary cutting mechanism 11.
Embodiment
With reference to Figure of description and embodiment, the specific embodiment of the present invention is described in further detail：
Referring to figs. 1 to a kind of trunk peeler shown in Figure 12, including support 1, blanking device and cleaning plant, the machine
The top of seat 1 is provided with conveying mechanism, is provided with rotary cutting mechanism 11 positioned at one end of conveying mechanism, the other end, which is provided with, to be used to aid in blanking
Transition bench 2, blanking device includes cutting agency and support mechanism 3, and cutting agency is located at the top of transition bench 2, support mechanism 3
What can be moved is arranged on the lower section of transition bench 2, and support mechanism 3 is located at transition bench 2 close to one end of conveying mechanism, transition bench 2
Top and the position of corresponding cutting agency be provided with blanking rectangular through slot 2a through 2 upper and lower two end faces of transition bench, cleaning
Device includes dressing table 6, pushing mechanism and pressing mechanism, and one end of dressing table 6 is located at the lower section of rotary cutting mechanism 11, and the other end prolongs
The lower section of conveying mechanism is extended, pushing mechanism and pressing mechanism are located at the both sides of dressing table 6 respectively, and the bottom of dressing table 6 is also set
There is mechanism for opening/closing, the top of dressing table 6 is provided with drainage mechanism.
Operation principle：After trunk is placed into rotary cutting mechanism 11 by artificial or manipulator, the meeting work of rotary cutting mechanism 11,
And trunk is peeled into close to rectangular-shaped ultra-thin materials, the position of transition bench 2 is then drained into by conveying mechanism, then blanking machine
The structure unified allocation of materials to lower units, subsequent support mechanism 3 coordinate cutting agency to be fed, during rotary-cut, due to trunk extexine not
Smooth, so can cause dropping for some waste materials, waste material can be directly fallen into dressing table 6, and the setting of drainage mechanism allows waste material to exist
More accurately dropped in dressing table 6 during dropping, and carry out focusing on waste material by pushing mechanism and pressing mechanism,
Mechanism for opening/closing can allow treated waste material to depart from dressing table 6.
Shown in reference picture 1 and Figure 11, the conveying mechanism includes conveyer belt 1a, the one end of transition bench 2 away from conveyer belt
Provided with movable cavity 2b that is open upward and being connected with blanking rectangular through slot 2a, being provided with movable cavity 2b can be by blanking square
Feeding plate 2c, movable cavity 2b and blanking rectangular through slot 2a that shape groove 2a is opened and closed medial surface are equipped with for feeding plate
The first chute that 2c can be moved, when the good material of rotary-cut flows to transition bench 2 by conveyer belt 1a, material reaches conveyer belt 1a
When end, conveyer belt 1a can be departed from and be brought directly to by conveyer belt 1a on transition bench 2, feeding plate 2c is now not work
, that is, in blanking rectangular through slot 2a, then material can work as feeding plate well on feeding plate 2c and transition bench 2
When 2c works, directly material can be fallen out by blanking rectangular through slot 2a, illustrated herein, rotary cutting mechanism 11 be into
Ripe machinery, trunk can be peeled into wood skin by extruding rotation, so no longer describing in detail.
Shown in reference picture 9 and Figure 12, the cutting agency includes limiting component 2d and member of translational 2e, the court of transition bench 2
Fixed part 2g is provided with to one end of conveyer belt, fixed part 2g includes fixed plate 2g2 and symmetrically arranged two horizontal mounting plates
2g1, two horizontal mounting plate 2g1 are located at the both sides of transition bench 2 respectively, and fixed plate 2g2 distinguishes in horizontal and its both ends
Positioned at two horizontal mounting plate 2g1 top, limiting component 2d includes limiting cylinder 2d1 and limiting plate 2d2, limiting cylinder 2d1
It is vertically arranged in fixed plate 2g2 bottom, limiting cylinder 2d1 outbound course is towards the upper surface of transition bench 2, limiting plate 2d2
It is connected in level and with limiting cylinder 2d1 output end, limiting plate 2d2 bottom is provided with sponge, when material is on transition bench 2
When, feeding plate 2c just starts working, then limiting cylinder 2d1 will start working, and drive under limiting plate 2d2
Drop, it is therefore an objective to one end to material is directly contradicted, prevents feeding plate 2c materials during opening from following feeding plate 2c to move,
Simultaneously illustrate limiting plate 2d2 and limiting cylinder 2d1 position be transition bench 2 close to conveyer belt 1a one end, so working as conveyer belt
When material is sent on transition bench 2 by 1a completely, the end of material is just corresponded in limiting plate 2d2 position, sponge
Setting prevents infringements of the limiting plate 2d2 to material.
Shown in reference picture 1, Fig. 9 and Figure 11, the member of translational 2e includes screw mandrel slide unit 2e1 and connecting portion 2f, connection
Portion 2f is located at the top of transition bench 2, and connecting portion 2f includes vertical extension board 2f1 and horizontal mounting plate 2f2, vertical extension board 2f1
The one end of transition bench 2 away from blanking rectangular through slot 2a is arranged on, horizontal mounting plate 2f2 is arranged on vertical extension board 2f1 top,
Screw mandrel slide unit 2e1 is located at horizontal mounting plate 2f2 bottom, and screw mandrel slide unit 2e1 delivery end passes through lead 2e2 and feeding plate 2c
Connected towards vertical extension board 2f1 one end, when screw mandrel slide unit 2e1 works, his output end can be directed to post first
2e2 is dragged, and drives feeding plate 2c to be moved in blanking rectangular through slot 2a by lead 2e2, and is moved to work
In dynamic cavity 2b, during this, limiting cylinder 2d1 can drive limiting plate 2d2 to contradict one end to material, prevent material with falling
Flitch 2c movement and move, when feeding plate 2c shift positions close to it is more than half when, now limiting cylinder 2d1 can be by limiting plate
2d2 resets, because no conflict power is unclamped in this one end of limiting plate 2d2, this one end of material just looses, then material this
The slip that will drop is held, material now is in close to arc, and the one end of material on feeding plate 2c is also just as bearing down
And drop.
Shown in reference picture 1, Fig. 9 and Figure 10, the support mechanism 3 includes stock supporting plate 3a, supporting plate 3b and guide plate 3c,
Guide plate 3c is rectangular configuration, and guide plate 3c top is provided with symmetrically arranged two gib block 3c1, and gib block 3c1 edges are oriented to
Plate 3c length direction extension, supporting plate 3b is located at guide plate 3c top and supporting plate 3b bottom is provided with and gib block
3c1 coordinates the first guide groove slided, and supporting plate 3b top is provided with vertical expansion link 3d, and stock supporting plate 3a is in level and with erecting
Straight expansion link 3d top connection, stock supporting plate 3a both ends are respectively equipped with two driving parts, driving part include mounting seat 3e,
Protective cover 3f and drive component 4, mounting seat 3e and protective cover 3f are respectively positioned on supporting plate 3b top, and mounting seat 3e is located at protective cover
3f one end, after material is dropped by blanking rectangular through slot 2a, it can drop on stock supporting plate 3a first, now stock supporting plate 3a is
In highest location status, during material drops one by one, stock supporting plate 3a understands the cooperation because driving part, and slow
Decline, compounding ingredient drops, and the bottom of too high and transition bench 2 for preventing from being superimposed when material from dropping contacts, protective cover 3f setting
Driving part is prevented by external action, and protective cover 3f towards stock supporting plate 3a side are open settings, so drive division
When part drives stock supporting plate 3a, protective cover 3f will not play obstruction, and after the material on stock supporting plate 3a has been expired, supporting plate 3b can quilt
Drive and drive stock supporting plate 3a and driving part in guide plate 3c top offsets, after displacement goes out the lower section of transition bench 2, be easy to worker to unload
Under, illustrate that stock supporting plate 3a width is greater than blanking rectangular through slot 2a width, at least twice herein, so stock supporting plate 3a is moved
After dynamic, the other end is still below transition bench 2, it is possible to and continue splicing, so form gauche form circulation, and meanwhile it is vertical flexible
Bar 3d setting can buffer stock supporting plate 3a carrying certain gravity.
Shown in reference picture 9 and Figure 10, all drive components 4 include motor 4a and connecting rod 4b, connection
Bar 4b is arranged in protective cover 3f in horizontal and its both ends are be hinged, and motor 4a is arranged on mounting seat 3e, connecting rod 4b
One end through protective cover 3f and being fixed with the first drive with motor 4a output axis connection, the connecting rod 4b other end
Moving gear 4c, connecting rod 4b are fixed with the second drive gear 4d, stock supporting plate 3a corresponding first close to motor 4a one end
Drive gear 4c and the second drive gear 4d side are respectively equipped with nibbles with the first drive gear 4c and the second drive gear 4d phases
The two rack 3a1 closed, when material drops one by one, now motor 4a can start working so that connecting rod 4b
Rotate, connecting rod 4b rotates the rotation for just having driven the first drive gear 4c and the second drive gear 4d, now the first sliding tooth
Take turns 4c and the second drive gear 4d will with rack 3a1 engaged transmissions, purpose rack 3a1 and stock supporting plate 3a are driven decline or
Rising, purpose allows material to have the space of superposition, illustrated simultaneously, and motor 4a itself carries auto-lock function, so
Stock supporting plate 3a be in certain altitude position it is motionless when, the situation of de- tooth will not occur.
Shown in reference picture 10, one end of the guide plate 3c is additionally provided with the drive cylinder 5 of driving supporting plate 3b translations, leads
Load bearing seat 5a is provided with to plate 3c one end, drive cylinder 5 is vertically arranged in load bearing seat 5a top, the output side of drive cylinder 5
To vertical with guide plate 3c length direction, the output end of drive cylinder 5 is connected by contiguous block 5b with supporting plate 3b side,
Illustrate that stock supporting plate 3a width is greater than blanking rectangular through slot 2a width, at least twice herein, supporting plate 3b length is big
At least a small half of in stock supporting plate 3a and can carry all drive components 4, guide plate 3c length can at least make supporting plate
The length that 3b can be slided is greater than the length of stock supporting plate 3a half, so the now bearing material below blanking rectangular through slot 2a
After plate 3a has carried the material of limit quantity, the meeting work of drive cylinder 5, supporting plate 3b, supporting plate 3b is driven to be promoted
Power can move at the top of guide plate 3c, then stock supporting plate 3a and driving part can all move, and now stock supporting plate 3a's is another
One end will be aligned under blanking rectangular through slot 2a, and starts splicing, and carrying full one end will be by manually unloading, then
The other end is full, and the one end unloaded can be resetted and take back by drive cylinder 5, splicing again.
Referring to figs. 1 to shown in Fig. 5, the top of the dressing table 6 is provided with open the first upward accommodating chamber 6b, drains machine
Structure includes symmetrically arranged two drainage components 10, and two drainage components 10 are located at the both sides of dressing table 6, promote machine respectively
Structure includes the pushing mechanism 6c that can be moved in the first accommodating chamber 6b, is provided with positioned at pushing mechanism 6c one end to drive
The guiding parts 7 of dynamic pushing mechanism 6c work, guiding parts 7 are arranged on the outside portion of dressing table 6, and pressing mechanism includes symmetrically setting
Two extruder members 8 put and can moved towards, two extruder members 8 are separately positioned on the both ends of dressing table 6, squeeze
When rotary cutting mechanism 11 is in work, it is useless to produce some close to side of the dressing table 6 away from guiding parts 7 for splenium part 8
Material, these waste materials can be dropped to directly in the first accommodating chamber 6b, and during falling into, the waste material close to the side of dressing table 6 can quilt
Drainage component 10 is transitted in the first accommodating chamber 6b well, prevents from spilling dressing table 6, waste material reaches a certain amount of, pushing mechanism
6c can promote waste material, moved towards the first accommodating chamber 6b opposite sides, then reach setting position, extruder member 8 can work, two
Individual extruder member 8 can be moved towards so that material is squeezed, and realizes a certain degree of compression, saves the space of storage, then
Waste material is discharged dressing table 6 by mechanism for opening/closing, manually below dressing table 6, while can illustrate dressing table 6 by placing waste frame in advance
Both ends be separately positioned on conveying mechanism and the lower section of rotary cutting mechanism 11, then namely conveying mechanism and the phase of rotary cutting mechanism 11
Both ends corresponding to mutually, so waste material that rotary cutting mechanism 11 drops at work and during dock with conveying mechanism material, useless
Material can be all dropped in dressing table 6.
Shown in reference picture 4 and Fig. 5, the dressing table 6 is rectangular configuration, and drainage component 10 includes L-type plate 10a and drainage
Plate 10b, L-type plate 10a are arranged on the outside portion of dressing table 6 and extended straight up, and L-type plate 10a is set close to its tip position
There is the open movable groove towards dressing table 6, drainage plate 10b side is be hinged to be arranged in movable groove, and opposite side extends to
In first accommodating chamber 6b, because drainage plate 10b side is to be hinged to be arranged in movable groove, drainage plate 10b is now
It is heeling condition, that is, his opposite side is inclined plane, close to the waste material meeting of the side of dressing table 6 during waste material is fallen into
Fallen to well in the first accommodating chamber 6b by the inclined sides of drainage plate 10b, prevent from spilling dressing table 6, simultaneously as drawing
Flowing plate 10b is be hinged to be set, so when two extruder members 8 relatively move work, drainage plate 10b can be revolved upward by contradicting
Turn, extruder member 8 will not be hindered, after extruder member 8 resets, can also continue to drain well.
Shown in reference picture 5 and Fig. 6, the pushing mechanism 6c includes promoting mainboard 6c1 and promotes daughter board 6c2, promotes master
Plate 6c1 and to promote daughter board 6c2 be rectangular configuration, promote mainboard 6c1 and promote daughter board 6c2 in vertical and promote mainboard 6c1
It is arranged on what promotion daughter board 6c2 both ends can move in the first accommodating chamber 6b, promotes daughter board 6c2 close to the first accommodating chamber
6b madial wall is set, and promotes daughter board 6c2 bottom to be provided with several along the promotion spaced fur of daughter board 6c2 length directions
6c21 is brushed, after waste material is dropped into the first accommodating chamber 6b, and after reaching a certain amount of, now pushing mechanism 6c can be driven,
Promote mainboard 6c1 and promote daughter board 6c2 to be synchronized with the movement, promote daughter board 6c2 to be proximate to the first accommodating chamber 6b madial walls, so
Namely promoting mainboard 6c1 is being promoted before daughter board 6c2 in moving process, is promoted mainboard 6c1 to extrude material and is pushed away
It is dynamic, promote daughter board 6c2 to move follow-up residue in tow well with banister brush 6c21, increase cleaning quality.
To shown in Fig. 6, the guiding parts 7 includes being oriented to electric cylinders 7a and guide pad 7b reference picture 4, and being oriented to electric cylinders 7a is in
The outside portion of dressing table 6 is vertically arranged in, the delivery end for being oriented to electric cylinders 7a is connected with guide pad 7b one end, and guide pad 7b's is another
One end is extended in the first accommodating chamber 6b through the outside portion of dressing table 6, and guide pad 7b is located at one end in the first accommodating chamber 6b
With promoting mainboard 6c1 and promoting daughter board 6c2 one end to be connected, what guide pad 7b can be moved is arranged in the first accommodating chamber 6b,
It is vertical with the length direction of dressing table 6 to be oriented to electric cylinders 7a conveying direction, after waste material is dropped into the first accommodating chamber 6b, and
After reaching a certain amount of, being oriented to electric cylinders 7a can start working, and his delivery end can drive guide pad 7b to move, and guide pad 7b just drives
Promote mainboard 6c1 and promote daughter board 6c2 good displacements in the first accommodating chamber 6b, promote mainboard 6c1 and promote daughter board 6c2 positions
The direction of shifting is directed towards the first accommodating chamber 6b close to the side of extruder member 8, has also just coordinated follow-up two extruder members 8 phase
To mobile working, while the stroke distances that explanation is oriented to electric cylinders 7a herein are soon close to the position of extruder member 8, but are less than and reach
The position of extruder member 8 so that material is rested between two extruder members 8.
Shown in reference picture 3, Fig. 5 and Fig. 8, all extruder members 8 include extruding push pedal 8a, the first stroke part
With the second stroke part, extruding push pedal 8a be rectangular configuration, extruding push pedal 8a width be the width of dressing table 6 three/
One, extruding push pedal 8a is arranged in the first accommodating chamber 6b in what vertical and its one end can move, and the other end is led provided with one
To body 8d, guide way 8d is respectively facing two extruding push pedal 8a sides positioned at the both ends at extruding push pedal 8a top and guide way 8d
To extension, guide way 8d bottom is provided with the second guide groove that can be moved for extruding push pedal 8a, and guide way 8d is isoceles triangle
Shape structure, after promoting mainboard 6c1 and promoting daughter board 6c2 that waste material is dragged to setting position well, now waste material is in straight
Line, then the first stroke part and the second stroke part will cooperatings so that extruding push pedal 8a holds first well
Receive and move in chamber 6b, because the extruding push pedal 8a directions of motion are vertical to promote mainboard 6c1, then two move towards
Extruding push pedal 8a can extrude material well, realize compression as far as possible, while the one end for extruding push pedal 8a is to move
Be arranged in the first accommodating chamber 6b, but the other end is the connection of no madial wall, then the sense of direction that power can occur lacks
Lose, so guide way 8d sets at their top and is located at their other end, just meet extruding push pedal 8a both ends
There is guiding force, simultaneously as guide way 8d is triangular structure, then waste material will touch his during dropping
Inclined plane and slide, be not detained in guide way 8d upper surfaces.
Shown in reference picture 6 and Fig. 8, the extruding push pedal 8a and mainboard 6c1 bottom is promoted to be equipped with several along squeezing
Press push pedal 8a and promote the spaced scrub-brush of mainboard 6c1 length directions, the first stroke part and the second equal position of stroke part
In the outside portion of dressing table 6 and the corresponding position for extruding push pedal 8a one end, when promoting mainboard 6c1 to be operated, because
It is scrub-brush for his bottom, so waste material dragging can be contradicted, promotes daughter board 6c2 banister brush 6c21 can be by some thinner waste materials
Also drag, increase cleaning quality, while as promotion mainboard 6c1 and promote daughter board 6c2 that waste material is dragged to setting position well
Afterwards, now waste material is linear, then two extruding push pedal 8a can be moved towards, and the scrub-brush of their bottoms can coordinate extruding
Push pedal 8a conflict side is dragged and extruded, and realizes compression waste material as far as possible, saves the storage space of waste material frame.
Shown in reference picture 3 and Fig. 8, the first stroke part includes fixed seat 8b1 and the first stroke cylinder 8b, and first
For stroke cylinder 8b in being vertically positioned at the top of fixed seat 8b1, the second stroke part includes guide holder 8c1, linkage block 8c2 and the second punching
Stroke cylinder 8c, the second stroke cylinder 8c are in vertical and be movably disposed at guide holder 8c1 top, the first stroke cylinder 8b
Output end be connected with the second stroke cylinder 8c bottom, the second stroke cylinder 8c output end and linkage block 8c2 one end connect
Connect, the outside portion of linkage block the 8c2 other end through dressing table 6 is extended in the first accommodating chamber 6b, and linkage block 8c2 is located at first
One end in accommodating chamber 6b is connected with extruding push pedal 8a one end, and what linkage block 8c2 can be moved is arranged on the first accommodating chamber 6b
Interior, the first stroke cylinder 8b and the second stroke cylinder 8c outbound course is each perpendicular to be oriented to electric cylinders 7a conveying direction, when the
When one-stroke cylinder 8b works, his output end can drive the second stroke cylinder 8c to be moved on guide holder 8c1, the second punching
Stroke cylinder 8c displacement can drive extruding push pedal 8a and his synchronous shift, and the first stroke cylinder 8b is output to up to after extreme position,
Second stroke cylinder 8c can work, and driving linkage block 8c2 drives extruding push pedal 8a to continue displacement, and purpose make it that extruding push pedal 8a can
So that material to be extruded well.
Shown in reference picture 4, Fig. 5 and Fig. 7, the side of the bottom of the first accommodating chamber 6b and close extruder member 8
Provided with the first rectangular through slot 6a, the first rectangular through slot 6a between two extruding push pedal 8a, mechanism for opening/closing includes being symmetrical arranged
Two keying parts 9 in the first rectangular through slot 6a, opening and closing part 9 includes opening and closing plate 9a and opens and closes motor 9b, opens and closes plate 9a
Be arranged on by the way that fix bar 9c is be hinged in the first rectangular through slot 6a, fix bar 9c one end through the outside portion of dressing table 6 and
Output shaft with opening and closing motor 9b is connected, after the completion of material extruding, position that material now is promoted just be
Between two keying plate 9a, then opening and closing motor 9b can start working, and driving fix bar 9c drives keying plate 9a to be rotated,
Two keying plate 9a will be rotated down and towards different directions simultaneously, that is, the first rectangular through slot 6a is opened completely
, material will open and close plate 9a open during, along open and close plate 9a drop, now manually put waste material in this position
Frame, it can be very good to receive waste material, pressed through because waste material is squeezed, save certain receiving space so that waste material frame
More waste materials can be accommodated.
The above described is only a preferred embodiment of the present invention, any limit not is made to the technical scope of the present invention
System, therefore any subtle modifications, equivalent variations and modifications that every technical spirit according to the present invention is made to above example,
In the range of still falling within technical scheme.
Claims (8)
- A kind of 1. trunk peeler, it is characterised in that：Including support (1), blanking device and cleaning plant, the support (1) Top is provided with conveying mechanism, is provided with rotary cutting mechanism (11) positioned at one end of conveying mechanism, the other end, which is provided with, to be used to aid in blanking Transition bench (2), blanking device include cutting agency and support mechanism (3), and cutting agency is located at the top of transition bench (2), support The lower section for being arranged on transition bench (2) that mechanism (3) can move, support mechanism (3) are located at transition bench (2) close to conveying mechanism The position of one end, the top of transition bench (2) and corresponding cutting agency is provided with falling through upper and lower two end faces of transition bench (2) Expect rectangular through slot (2a), cleaning plant includes dressing table (6), pushing mechanism and pressing mechanism, and one end of dressing table (6) is positioned at rotation The lower section of mechanism (11) is cut, the other end extends to the lower section of conveying mechanism, and pushing mechanism and pressing mechanism are located at dressing table respectively (6) both sides, the bottom of dressing table (6) are additionally provided with mechanism for opening/closing, and the top of dressing table (6) is provided with drainage mechanism.
- A kind of 2. trunk peeler according to claim 1, it is characterised in that：The top of the dressing table (6) is provided with spacious Upward the first accommodating chamber (6b) of mouth, drainage mechanism include symmetrically arranged two drainage components (10), two conduction parts Part (10) is located at the both sides of dressing table (6) respectively, and what pushing mechanism included to move in the first accommodating chamber (6b) pushes away Dynamic component (6c), it is provided with to drive the guiding parts (7) that pushing mechanism (6c) works, leads positioned at one end of pushing mechanism (6c) It is arranged on the outside portion of dressing table (6) to part (7), pressing mechanism include being symmetrical arranged and can moving towards two squeeze Splenium part (8), two extruder members (8) are separately positioned on the both ends of dressing table (6), and extruder member (8) is close to dressing table (6) side away from guiding parts (7).
- A kind of 3. trunk peeler according to claim 1, it is characterised in that：The conveying mechanism includes conveyer belt (1a), it is empty that the one end of transition bench (2) away from conveyer belt is provided with activity that is open upward and being connected with blanking rectangular through slot (2a) Chamber (2b), movable cavity (2b) is interior to be provided with the feeding plate (2c) that can open and close blanking rectangular through slot (2a), and activity is empty Chamber (2b) and the medial surface of blanking rectangular through slot (2a) are equipped with the first chute that can be moved for feeding plate (2c).
- A kind of 4. trunk peeler according to claim 3, it is characterised in that：The cutting agency includes limiting component (2d) and member of translational (2e), transition bench (2) are provided with fixed part (2g) towards one end of conveyer belt, and fixed part (2g) includes fixing Plate (2g2) and symmetrically arranged two horizontal mounting plates (2g1), two horizontal mounting plates (2g1) are located at transition bench respectively (2) both sides, fixed plate (2g2) is in horizontal and its both ends respectively positioned at the top of two horizontal mounting plates (2g1), limiting section Part (2d) includes limiting cylinder (2d1) and limiting plate (2d2), and limiting cylinder (2d1) is vertically arranged in fixed plate (2g2) bottom Portion, the outbound course of limiting cylinder (2d1) towards transition bench (2) upper surface, limiting plate (2d2) in it is horizontal and with spacing gas The output end connection of cylinder (2d1), the bottom of limiting plate (2d2) is provided with sponge.
- A kind of 5. trunk peeler according to claim 4, it is characterised in that：The member of translational (2e) slides including screw mandrel Platform (2e1) and connecting portion (2f), connecting portion (2f) are located at the top of transition bench (2), and connecting portion (2f) includes vertical extension board (2f1) and horizontal mounting plate (2f2), vertical extension board (2f1) are arranged on one of transition bench (2) away from blanking rectangular through slot (2a) End, horizontal mounting plate (2f2) are arranged on vertical extension board (2f1) top, and screw mandrel slide unit (2e1) is located at horizontal mounting plate The bottom of (2f2), the delivery end of screw mandrel slide unit (2e1) is by lead (2e2) and feeding plate (2c) towards vertical extension board One end connection of (2f1).
- A kind of 6. trunk peeler according to claim 1, it is characterised in that：The support mechanism (3) includes stock supporting plate (3a), supporting plate (3b) and guide plate (3c), guide plate (3c) are rectangular configuration, and the top of guide plate (3c), which is provided with, to be symmetrical arranged Two gib blocks (3c1), length direction extension of the gib block (3c1) along guide plate (3c), supporting plate (3b) is located at guide plate The top of (3c) and the bottom of supporting plate (3b) are provided with coordinates the first guide groove slided, supporting plate with gib block (3c1) The top of (3b) is provided with vertical expansion link (3d), and stock supporting plate (3a) is connected in level and with the top of vertical expansion link (3d), The both ends of stock supporting plate (3a) are respectively equipped with two driving parts, and driving part includes mounting seat (3e), protective cover (3f) and driving Component (4), mounting seat (3e) and protective cover (3f) are respectively positioned on supporting plate (3b) top, and mounting seat (3e) is located at protective cover (3f) One end.
- A kind of 7. trunk peeler according to claim 6, it is characterised in that：All drive components (4) include Motor (4a) and connecting rod (4b), connecting rod (4b) are arranged in protective cover (3f) in horizontal and its both ends are be hinged, driven Dynamic motor (4a) is arranged in mounting seat (3e), one end of connecting rod (4b) through protective cover (3f) and with motor (4a) Output axis connection, the other end of connecting rod (4b) is fixed with the first drive gear (4c), and connecting rod (4b) is close to driving electricity One end of machine (4a) is fixed with the second drive gear (4d), corresponding first drive gear (4c) of stock supporting plate (3a) and the second driving The side of gear (4d) is respectively equipped with two racks being meshed with the first drive gear (4c) and the second drive gear (4d) (3a1)。
- A kind of 8. trunk peeler according to claim 7, it is characterised in that：One end of the guide plate (3c) is additionally provided with The drive cylinder (5) of supporting plate (3b) translation is driven, one end of guide plate (3c) is provided with load bearing seat (5a), and drive cylinder (5) is perpendicular The straight top for being arranged on load bearing seat (5a), the outbound course of drive cylinder (5) is vertical with the length direction of guide plate (3c), driving The output end of cylinder (5) is connected by contiguous block (5b) with the side of supporting plate (3b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711135148.6A CN107718215B (en) | 2017-11-16 | 2017-11-16 | Trunk rotary cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711135148.6A CN107718215B (en) | 2017-11-16 | 2017-11-16 | Trunk rotary cutter |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107718215A true CN107718215A (en) | 2018-02-23 |
| CN107718215B CN107718215B (en) | 2020-06-26 |
Family
ID=61216836
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711135148.6A Active CN107718215B (en) | 2017-11-16 | 2017-11-16 | Trunk rotary cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107718215B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB610833A (en) * | 1944-11-08 | 1948-10-21 | Oskar Schnellmann | Improvements in machines for manufacturing match and like splints |
| JPH08309715A (en) * | 1995-05-18 | 1996-11-26 | Kyoei Kogyo Kk | Log cleaner apparatus |
| CN2602894Y (en) * | 2002-09-10 | 2004-02-11 | 李玉明 | Rotary cutting machine without clamp axle |
| CN201079974Y (en) * | 2007-06-15 | 2008-07-02 | 卢建军 | Non-fastening-shaft frequency conversion rotating cutter |
| CN105084055A (en) * | 2015-09-16 | 2015-11-25 | 山东旋金机械有限公司 | Panel feeding, rotary-cutting and stacking integrated device |
| CN105818216A (en) * | 2016-03-29 | 2016-08-03 | 浙江东龙工贸有限公司 | Wood thin-board machining process and wood thin-board automatic machining equipment |
-
2017
- 2017-11-16 CN CN201711135148.6A patent/CN107718215B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB610833A (en) * | 1944-11-08 | 1948-10-21 | Oskar Schnellmann | Improvements in machines for manufacturing match and like splints |
| JPH08309715A (en) * | 1995-05-18 | 1996-11-26 | Kyoei Kogyo Kk | Log cleaner apparatus |
| CN2602894Y (en) * | 2002-09-10 | 2004-02-11 | 李玉明 | Rotary cutting machine without clamp axle |
| CN201079974Y (en) * | 2007-06-15 | 2008-07-02 | 卢建军 | Non-fastening-shaft frequency conversion rotating cutter |
| CN105084055A (en) * | 2015-09-16 | 2015-11-25 | 山东旋金机械有限公司 | Panel feeding, rotary-cutting and stacking integrated device |
| CN105818216A (en) * | 2016-03-29 | 2016-08-03 | 浙江东龙工贸有限公司 | Wood thin-board machining process and wood thin-board automatic machining equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107718215B (en) | 2020-06-26 |
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Effective date of registration: 20211122 Address after: 210000 Dongping Town Industrial Zone, Lishui District, Nanjing, Jiangsu Patentee after: Nanjing Jingming Plastic Decoration Material Co.,Ltd. Address before: 210000 Kechuang building, Futian Road, Zhetang street, Lishui Economic Development Zone, Nanjing, Jiangsu Province Patentee before: Nanjing Lishui hi tech Venture Capital Management Co.,Ltd. |