CN108673657A - A kind of efficient feed conveying device of peeler - Google Patents
A kind of efficient feed conveying device of peeler Download PDFInfo
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- CN108673657A CN108673657A CN201810548034.2A CN201810548034A CN108673657A CN 108673657 A CN108673657 A CN 108673657A CN 201810548034 A CN201810548034 A CN 201810548034A CN 108673657 A CN108673657 A CN 108673657A
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- conveying
- sorting
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- round log
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27C—PLANING, DRILLING, MILLING, TURNING OR UNIVERSAL MACHINES FOR WOOD OR SIMILAR MATERIAL
- B27C5/00—Machines designed for producing special profiles or shaped work, e.g. by rotary cutters; Equipment therefor
- B27C5/02—Machines with table
Abstract
The efficient feed conveying device of the peeler of the present invention, break through the structural form of traditional rotary-cut assembly line, in practical work process, before rotary-cut, round log is conveyed to sortation conveyor structure one by one by controller control intermittent delivery mechanism, the tree root end of round log and treetop end sort and with unified direction by sortation conveyor structure, then the round log after sorting is conveyed to downstream feeding machanism by upstream feeds mechanism, round log is conveyed to rotary-cut part by downstream feeding machanism one by one, screens and rotary-cut are carried out to the round log of unified direction by positioning rotating mechanism and rotary cutting mechanism.A kind of efficient feed conveying device of peeler of the present invention can carry out Automatic Conveying, sorting and the unified feed of direction to round log, improve rotary-cut precision, ensure dried thickness uniformly, on the basis of stable quality, and can reduce cost, highly practical.
Description
Present patent application is the divisional application of Chinese Patent Application No. 201810472786.5, the application number of original application
It is 201810472786.5, the applying date is on May 17th, 2018, a kind of entitled Automatic Conveying rotary-cut assembly line.
Technical field
The present invention relates to machinery fields, and in particular to a kind of efficient feed conveying device of peeler.
Background technology
Currently, cutting field in material, peeler is to carry out rotary-cut to log, the juggle that length is not waited, certain straight
Rounding within the scope of diameter is at the veneer of different-thickness, and for wherein peeler in cutting process, round log is all to be placed directly in knife
On bed, fixed rotation is achieved under the action of by driven roller and pressure roller, by being set on knife bed in rotation process
Knife realize rotary-cut, timber caused by rotary-cut can be according to original set thickness, but in the prior art to log
It cannot achieve Automatic Conveying during the entire process of conveying, and the tree root end of log and treetop end can not be sorted and united
One direction to being fed on other devices, targetedly the tree root end of round log and treetop end cannot be supported, reduce
The shaking amplitude at the heavier tree root end of round log, so as to cause rotary-cut precision is relatively low, dried thickness is uneven, mass effect is poor,
Also control can not be carried out to size, material of machine part etc., causes the waste of material, causes cost higher.
In consideration of it, inventor furthers investigate the above problem, there is this case generation then.
Invention content
The purpose of the present invention is to provide a kind of Automatic Conveying, sorting and the unified feed of direction can be carried out to round log,
It improves rotary-cut precision, ensure dried thickness uniformly, on the basis of stable quality, and cost can be reduced, highly practical peeler
Efficient feed conveying device.
In order to achieve the above object, the present invention uses such technical solution：
A kind of efficient feed conveying device of peeler includes the sortation conveyor that round log is conveyed to upstream feeds mechanism
Structure, and the intermittent delivery mechanism of round log is conveyed to sortation conveyor structure；
The sortation conveyor structure includes the sorting bucket above the feeding end in feed conveyer belt, and is set to sorting
Inclined ramp between bucket and upstream feeds mechanism；Sorting bucket includes horizontally disposed rectangle and perpendicular to the feed
The sorting frame of conveyer belt, block oscillating deck of the block below sorting frame, the swing that driving block oscillating deck is swung
Driving device, and carrying sort the sorting holder of frame；The sorting frame includes perpendicular simultaneously with the feed conveyer belt
The first length sorting side corresponding with the discharge end of the intermittent delivery mechanism, second length opposite with the first length sorting side sort
Side, the first short sorting between being connected to the sorting of the first length in the second length sorting while and when the second short sorting, and connection
Point between when between in the middle part of while first grows sorting in the second length sorting and being in the first short sorting in the second short sorting
Choose beam；The first length sorting is in, the second length sorting, the first short sorting side and the second short sorting skirt fall at for round log
Feed opening, the block oscillating deck block is in the lower section of the feed opening；The sorting holder is supported in first length point
It selects below side；The first short sorting is in, the second short sorting and to sort central sill be the bending heaved downwards, the block
The cross section of oscillating deck is the bending heaved downwards, and the block oscillating deck is in the lower section of the sorting central sill, and described
Block oscillating deck is formed with deflection of beam storage tank in the accommodating sorting, and the sorting central sill is placed in the bending completely to be held
It sets in slot；It is equipped with the first elastic guide inclined plate above the first short sorting side, the first elastic guide inclined plate is by institute
The first length sorting side to the second length sorting edge direction is stated gradually to be obliquely installed to the sorting central sill；The second short sorting side
Top is equipped with the second elastic guide inclined plate, and the second elastic guide inclined plate is sorted by first length sorting side to the second length
Edge direction is gradually obliquely installed to the sorting central sill；
The inclined ramp is from top to bottom gradually obliquely installed by feeding end to the direction of discharge of feed conveyer belt；It is described
The upper end of inclined ramp is undertaken in below the feed opening and is connect with the sorting holder, the lower end of the inclined ramp and confession
Expect that conveyer belt is corresponding；The inclined ramp includes the slideway bottom plate from top to bottom become narrow gradually, and is vertically set to slideway bottom
The the first slideway limiting plate and the second slideway limiting plate that plate two sides limit round log；The first slideway limiting plate and
Two slideway limiting plates from top to bottom move closer to；
The intermittent delivery mechanism includes that the conveying executive device of round log is conveyed towards the sortation conveyor structure, and to defeated
Send the feed drive device that executive device is driven；The conveying executive device includes that multiple grown with described first sorts side phase
Parallel supply unit；The supply unit includes and the first length parallel conveying shaft in sorting side and multiple along defeated
The delivery wheel for sending shaft arranged in co-axial alignment to be arranged；Between between adjacent conveyor wheel in the same conveying shaft there is conveying to rotate
The delivery wheel of gap, the adjacent supply unit mutually staggers setting, and the delivery wheel stretches into the defeated of the adjacent supply unit
It send in running clearance；The periphery of the delivery wheel surrounds the equally distributed conveying groove of axis there are four being formed, same described defeated
Send the conveying groove of the delivery wheel in shaft corresponding in the axis direction of conveying shaft；Conveying on the same delivery wheel is recessed
Slot is respectively adjacent first conveying groove, the second conveying groove, third conveying groove and the 4th conveying groove successively, each described
Each first conveying groove of supply unit is towards same direction；
The feed drive device includes multiple feed drive units corresponding with each supply unit, is driven with synchronous
The power delivery unit of dynamic each feed drive unit operating；The feed drive unit include in top with it is corresponding described
The first coaxially connected feed drive wheel of shaft is conveyed, the second conveying of intermittent driving the first feed drive wheel rotation is below
Driving wheel, and with the coaxially connected feed drive gear together of the second feed drive wheel；Each feed drive gear is in
In same perpendicular and it is in sustained height；The first feed drive wheel forms equally distributed defeated there are four axis is surrounded
Positioning groove and four are sent to extend along the first feed drive wheel radial and around the equally distributed conveying bar-shaped trough of axis；It is described defeated
Send bar-shaped trough that there are the transport openings towards the first feed drive wheel circumferential surface, it is each on the same first feed drive wheel
Conveying positioning groove and conveying bar-shaped trough are separately arranged；Adjacent conveying positioning groove on the same first feed drive wheel
Between there is conveying protruding portion, each conveying bar-shaped trough is corresponding with each conveying middle part of protruding portion；
The second feed drive wheel include conveying wheel body, be formed in conveying wheel body end face and with conveying wheel body
The conveying of coaxial arrangement protrudes wheel, and is formed on delivery wheel main body end face and stretches into the corresponding conveying bar-shaped trough to described
Convex block is stirred in the conveying that first feed drive wheel is stirred；The radius of the prominent wheel of conveying is less than the conveying wheel body
Radius, the conveying stir convex block and protrude wheel on the same end face of the conveying wheel body with the conveying；The conveying
Positioning groove is arc-shaped to match with the circumferential surface of the prominent wheel of the conveying；The prominent wheel of the conveying is formed with and the conveying
Stir the conveying swing groove that convex block is corresponding and is swung for the corresponding conveying protruding portion；
The power delivery unit includes dynamic with the matched conveying of the feed drive gear of each feed drive unit
Riding chain item, the conveying power gear of driving conveying power chain operating, and the conveying of rotation driving is carried out to conveying power gear
Power motor.
The conveying protruding portion is to swing the arc-shaped of groove match with the conveying.
There is the conveying wheel body conveying outer portion in the prominent wheel outside of the conveying, the conveying to stir convex block
It is formed in the conveying outer portion, the conveying outer portion is together with the corresponding first feed drive wheel parallel contact.
The upper surface on the first length sorting side is obliquely installed gradually downward towards the second length sorting edge direction.
The first elastic guide inclined plate is the smooth arc heaved towards the second elastic guide inclined plate direction, described
Two elastic guide inclined plates are the smooth arc heaved towards the first elastic guide inclined plate direction.
The second length sorting side is equipped with vertically extending upper extension baffle upwards, the first elastic guide inclined plate and
Second elastic guide inclined plate is connected and fixed with the upper extension baffle.
The second length sorting side is equipped with the auxiliary guide plate extended downwardly, and the auxiliary guide plate is gradual from top to bottom
It is tilted towards downstream feeding machanism direction.
The auxiliary guide plate from top to bottom becomes narrow gradually and corresponding with the top of slideway bottom plate.
The oscillatory gearing mechanism is fluid-pressure cylinder；The fluid-pressure cylinder has the power being connect with the block oscillating deck
Output end, and with the motive power end that connect of sorting holder；The fluid-pressure cylinder is defeated to power by the motive power end
Outlet is gradually obliquely installed from the bottom to top；The lower surface of the power output end and the block oscillating deck is by with described first
The parallel power output shaft in long sorting side links together, and the motive power end is with the sorting holder by being moved with described
The parallel motive power shaft of power output revolving shaft links together.
The first short sorting is in, the second short sorting and to sort central sill be to heave arc-shaped, the block downwards
The cross section of oscillating deck be heave downwards it is arc-shaped.
After adopting the above technical scheme, the efficient feed conveying device of the peeler of the present invention, breaks through traditional rotary-cut flowing water
The structural form of line before rotary-cut, is conveyed round log by controller control intermittent delivery mechanism one by one in practical work process
Sortation conveyor structure is given, the tree root end of round log and treetop end sort by sortation conveyor structure and there is unified direction, so
The round log after sorting is conveyed to downstream feeding machanism by upstream feeds mechanism afterwards, round log is conveyed to by downstream feeding machanism one by one
Rotary-cut part carries out screens and rotary-cut by positioning rotating mechanism and rotary cutting mechanism to the round log of unified direction.It can will support round log
The butt axis at tree root end is designed to intensity high and resistance to deformation and wear-resistant stronger structure, targetedly to the tree root end of round log
It is supported with treetop end, reduces the shaking amplitude at the heavier tree root end of round log, improved rotary-cut precision, ensure that dried thickness is equal
On the basis of even, stable quality, and control can be carried out to size, material of machine part etc., minimized cost.Specifically,
Multiple round logs are placed on each supply unit, each round log by corresponding supply unit it is each upward first conveying groove
(the second conveying groove, third conveying groove or the 4th conveying groove) common carrying and limit, round log will not be carelessly towards lateral rollings
It is dynamic.Conveying power motor driving conveying power gear drives conveying power chain operating, conveying power chain that each conveying is driven to drive
The feed drive gear synchronous of moving cell rotates, and each feed drive gear drives each second feed drive wheel rotation, conveying to protrude
The circumferential surface of wheel turns in the circumferential surface of the prominent wheel of conveying along corresponding conveying positioning groove along corresponding conveying positioning groove rotation
In dynamic process, the first feed drive wheel is kept by the cooperation limit of corresponding conveying positioning groove and the prominent wheel circumferential surface of conveying
It is static, when to stir convex block corresponding with the corresponding conveying transport openings of bar-shaped trough for the conveying of the second feed drive wheel, and convey pendulum
When dynamic groove is corresponding with protruding portion is conveyed, as the second feed drive wheel is rotated further, conveying stirs convex block by corresponding defeated
It send opening to slide into convey in bar-shaped trough, while stirring conveying protruding portion and swinging groove swing by conveying, make entire first conveying
Driving wheel rotates, and each first feed drive wheel corotation is 90 ° dynamic, and each first feed drive wheel drive respectively conveys shaft and drives each conveying
Wheel rotates synchronously 90 °, makes each first conveying groove that round log be driven to swing 90 ° towards sortation conveyor structure, near sortation conveyor
Round log is sorted side directly swing by the first length and is delivered on sorting bucket by the supply unit of structure, and the round log of upstream is conveyed towards sorting
Mechanism is made each second conveying groove be carried upward to the round log of upstream, is realized with this close to the distance of a supply unit
The cyclical intermission one by one of round log conveys.Then during the circumferential surface of the prominent wheel of conveying is taken advantage of a situation into next conveying positioning groove and edge
This conveying positioning groove rotation.During round log enters sorting bucket, the both ends of round log along the first elastic guide inclined plate and
Second elastic guide inclined plate is taken advantage of a situation sliding, under the guiding role of the first elastic guide inclined plate and the second elastic guide inclined plate, circle
Wood is steady and is precisely rolled on block oscillating deck, and the surface of sorting central sill is in the middle part of round log, then wobble drive dress
Set driving block oscillating deck keeps feed opening penetrating to lower swing, while sorting central sill only being made to be supported round log, although round log
Tree root end it is identical with the diameter at treetop end, but due to the density at tree root end be more than treetop end density, make round log tree root end
Gravity be more than treetop end gravity, so round log by sorting central sill be used as support shaft, occur tree root end gradually sink simultaneously court
Lower to be transported on feed conveyer belt through corresponding feed opening and along inclined ramp, it is that tree root end first falls simultaneously to make round log always
It conveys in the same direction.Then round log is placed along feed conveyer belt and is carried by multiple limited support items, each limited support item
Limiting slot round log is limited, avoid round log towards side rolling, feed conveyer belt drives each limited support item that round log is defeated
It send to downstream feeding machanism.When round log arrival feed conveyer belt corresponding section corresponding with feed shaft, pushing meanss are utilized
Or round log is manually made to be rolled on the nearest feed unit of distance feed conveyer belt, each round log is each by corresponding feed unit
A common carrying of the first feed groove (the second feed groove, third feed groove or the 4th feed groove) and limit upward,
Round log will not be carelessly towards side rolling.Compared with prior art, the efficient feed conveying device of a kind of peeler of the invention, can
Automatic Conveying, sorting and the unified feed of direction are carried out to round log, improve rotary-cut precision, ensure dried thickness uniformly, quality
On the basis of stabilization, and cost can be reduced, it is highly practical.
Description of the drawings
Fig. 1 is the simple schematic top plan view of the present invention；
Fig. 2 is the easy structure schematic diagram of rotary-cut part of the present invention；
Fig. 3 is the partial side view of the present invention；
Fig. 4 is the partial schematic diagram of upstream feeds mechanism of the present invention；
Fig. 5 is the first working state schematic representation of present invention part；
Fig. 6 is the second working state schematic representation of present invention part；
Fig. 7 is the third working state schematic representation of present invention part；
Fig. 8 is the 4th working state schematic representation of present invention part；
Fig. 9 is the partial top view of the present invention；
Figure 10 is present invention conveying executive device and the first working state schematic representation for being fed executive device；
Figure 11 is present invention conveying executive device and the second working state schematic representation for being fed executive device；
Figure 12 is the partial structurtes side view of present invention feed driving device and intermittent conveyer；
Figure 13 is the lateral partial structurtes sectional view of sortation conveyor structure of the present invention；
Figure 14 is the partial structural diagram of oscillatory gearing mechanism of the present invention；
Figure 15 is the sectional view of present invention sorting central sill first embodiment；
Figure 16 is the sectional view of present invention sorting central sill second embodiment.
In figure：
1- rotary-cuts part
11- rack 12- positioning rotating mechanism 121- butt axis 122- top end axis
2- feed section 21- downstream feeding machanism 211- feed executive device 2111- feed units a1- is fed shaft
A2- applicator wheels a21- first is fed groove a22- second and is fed the 4th feed grooves of groove a23- thirds feed groove a24-
B1- first is fed driving wheel b11- feed positioning groove b12- feed bar-shaped troughs b2- second and is fed driving wheel b21- feed
The prominent wheel b221- feed of wheel body b22- feed swings groove b23- feed and stirs convex block b3- feed driving gears c1-
It is fed power chain c2- feed power gear c3- feed power motor 22- upstream feeds mechanism 221- and is fed conveyer belt
222- is fed supporting rack 223- limited support d1- limiting slots
The length of e1- first sorting e3- the first short sorting side e31- the first elastic guide inclined plates when e2- second grows and sorts
E4- second short sorting side e41- the second elastic guide inclined plates e5- sorting central sill 3112- block oscillating decks 3113-, which is swung, to be driven
Dynamic device h1- power output end h2- motive powers end h3- motive power shaft h4- power output shafts 3114- sortings
Holder
312- inclined ramp 3121- slideway bottom plate 3122- the first slideway limiting plate 3123- the second slideway limiting plates
321- conveys executive device 3211- supply units f1- conveying shaft f2- delivery wheels f21- first and conveys groove f22- the
It is recessed that two conveying groove f23- thirds conveying groove f24- the 4th convey the g11- conveying positioning of groove g1- the first feed drive wheels
The prominent wheel g221- conveyings pendulum of slot g12- conveying bar-shaped trough g2- the second feed drive wheels g21- conveying wheel body g22- conveyings
Convex block g3- feed drive gears t1- conveying power chain t2- conveying power gear t 3- are stirred in dynamic groove g23- conveyings
Convey power motor.
Specific implementation mode
In order to further explain the technical solution of the present invention, being described in detail below by specific embodiment.
A kind of efficient feed conveying device of peeler of the present invention, as shown in Fig. 1 to 16, including rotary-cut part 1, to rotation
The feed section 2 that part 1 carries out supply round log is cut, and carries out the transport portion of conveying round log to feed section 2；Rotary-cut part
1 includes rotary-cut part 1, and the rotary cutting mechanism 12 on rotary-cut part 1 and positioning rotating mechanism 12；Further include to rotary-cut portion
The controller for dividing 1, feed section 2 and transport portion to be controlled；Positioning rotating mechanism 12 includes the tree root end of corresponding round log
Butt axis 121, and correspond to the top end axis 122 at the treetop end of round log；Feed section 2 includes being fed to rotary-cut part 1
Downstream feeding machanism 21, and to upstream feeds mechanism 22 that downstream feeding machanism 21 is fed；
Downstream feeding machanism 21 includes the feed executive device 211 conveyed to round log, and to being fed executive device 211
The feed driving device driven；It includes multiple parallel with positioning rotating mechanism 12 for material list to be fed executive device 211
Member；Feed unit includes the feed shaft a1 parallel with positioning rotating mechanism 12 and multiple edge feed shaft a1 arranged in co-axial alignment
The applicator wheel a2 of setting；There is conveying running clearance between adjacent applicator wheel a2 on same feed shaft a1, it is adjacent for material list
The applicator wheel a2 of member mutually staggers setting, and applicator wheel a2 is stretched into the feed running clearance of adjacent feed unit；Applicator wheel a2
Periphery formed there are four the equally distributed feed groove of axis is surrounded, the feed of the applicator wheel a2 on same feed shaft a1 is recessed
Axis direction of the slot in feed shaft a1 is corresponding；The first confession for being fed groove and being respectively adjacent successively on same applicator wheel a2
Expect groove a21, the second feed groove a22, the third feed of feed groove a23 and the 4th groove a24, each the first of each feed unit
Groove a21 is fed towards same direction；
It includes multiple feed driving units corresponding with each feed unit to be fed driving device, with synchronous each feed of driving
The material-feeding power device of driving unit operating；Feed driving unit includes coaxially connecting with corresponding feed shaft a1 in top
The the first feed driving wheel b1 connect is below the second feed driving wheel b2 that intermittent driving first is fed driving wheel b1 rotations,
With with the second feed driving wheel b2 it is coaxially connected together with feed driving gear b3；Each feed driving gear b3 is in same perpendicular
In straight plane and it is in sustained height；First feed driving wheel b1 forms recessed there are four being positioned around the equally distributed feed of axis
Slot b11 and four radially extend and along the first feed driving wheel b1 around the equally distributed feed bar-shaped trough b12 of axis；For material strip
Shape slot b12 has the feed opening for being fed driving wheel b1 circumferential surfaces towards first, each feed on same first feed driving wheel b1
Positioning groove b11 and feed bar-shaped trough b12 are separately arranged；Adjacent feed positioning groove on same first feed driving wheel b1
Have feed protruding portion, each feed bar-shaped trough b12 corresponding with each feed middle part of protruding portion between b11；
Second feed driving wheel b2 includes feed wheel body b21, is formed in the end face of feed wheel body b21 and and applicator wheel
The feed of main body b21 coaxial arrangements protrudes wheel b22, and is formed on the end faces feed wheel body b21 and stretches into corresponding feed bar shaped
Convex block b23 is stirred to the first feed driving wheel b1 feed stirred in slot b12；The radius of the prominent wheel b22 of feed, which is less than, to be supplied
The radius of material wheel main body b21, feed stir the same end face that convex block b23 is in feed wheel body b21 with the prominent wheel b22 of feed
On；Feed positioning groove b11 is arc-shaped to match with the circumferential surface of the prominent wheel b22 of feed；The prominent wheel b22 of feed be formed with
It is fed the feed swing groove b221 for stirring that convex block b23 is corresponding and is swung for corresponding feed protruding portion；
Material-feeding power device includes driving the matched feed power chains of gear b3 with the feed of each feed driving unit
C1, the feed power gear c2 of driving feed power chain c1 operatings, and the confession of rotation driving is carried out to feed power gear c2
Expect power motor c3；
Upstream feeds mechanism 22 includes that the feed conveyer belt 221 of round log is conveyed towards downstream feeding machanism 21, defeated to being fed
Send the feed supporting rack 222 and multiple limited support items 223 being set on feed conveyer belt 221 that band 221 is carried；Limit
Support bar 223 and feed conveyer belt 221 are perpendicular, and the upper surface of limited support item 223 is formed with the limiting slot d1 for placing round log；
It is parallel with feed shaft a1 to be fed conveyer belt 221, and is fed conveyer belt 221 with corresponding corresponding with feed shaft a1
Section；
Transport portion includes the sortation conveyor structure to the conveying round log of upstream feeds mechanism 22, and defeated to sortation conveyor structure
Send the intermittent delivery mechanism of round log；
Sortation conveyor structure includes the sorting bucket above the feeding end in feed conveyer belt 221, and is set to sorting
Inclined ramp 312 between bucket and upstream feeds mechanism 22；Sorting bucket include horizontally disposed rectangle and perpendicular to feed it is defeated
Send the tip of band 221 to sort frame, block oscillating deck 3112 of the block below tip sorting frame, driving block oscillating deck 3112 into
The oscillatory gearing mechanism 3113 that row is swung, and the carrying tip sort the sorting holder 3114 of frame；The tip sorts frame
Expect that the perpendicular and discharge end with intermittent delivery mechanism of conveyer belt 221 corresponding first grows sorting side e1, is sorted with the first length
The e2 in the second opposite length sortings of e1 is connected to first short sorting of the first length sorting in the length sortings of e1 and second between e2
The e4 in the short sorting of e3 and second, and be connected to the sorting of the first length in the length sortings of e1 and second in the middle part of e2 between and in the
Sorting central sill e5 of the one short sorting in the short sorting of e3 and second between e4；First length sorting e2, the in e1, the second length sorting
One short sorting e4 in the short sorting of e3 and second surrounds the feed opening to fall for round log, and 3112 block of block oscillating deck is in feed opening
Lower section；Sorting holder 3114 is supported in below the first length sorting side e1；First it is short sorting in e3, the second short sorting e4 and divide
It is the bending heaved downwards to choose beam e5, and the cross section of block oscillating deck 3112 is the bending heaved downwards, block pendulum
Movable plate 3112 is in the lower section of sorting central sill e5, and block oscillating deck 3112 is formed with the accommodating bending for sorting central sill e5 and houses
Slot, sorting central sill e5 are placed in completely in bending storage tank；It is oblique it to be equipped with the first elastic guide above first short sorting side e3
Plate e31, the first elastic guide inclined plate e31 from first length sorting while e1 to second grow sort while the directions e2 gradually to sorting central sill e5
It is obliquely installed；Be equipped with above second short sorting side e4 the second elastic guide inclined plate e41, the second elastic guide inclined plate e41 by
First length sorting directions e2 when e1 to second grows and sorts gradually are obliquely installed to sorting central sill e5；
Inclined ramp 312 is from top to bottom gradually obliquely installed by feeding end to the direction of discharge of feed conveyer belt 221；Incline
The upper end of inclined ramp 312 is undertaken in below feed opening and is connect with sorting holder 3114, and the lower end of inclined ramp 312 and feed are defeated
Send band 221 corresponding；Inclined ramp 312 includes the slideway bottom plate 3121 from top to bottom become narrow gradually, and is vertically set to slideway
The the first slideway limiting plate 3122 and the second slideway limiting plate 3123 that 3121 two sides of bottom plate limit round log；First slideway
Limiting plate 3122 and the second slideway limiting plate 3123 from top to bottom move closer to；
Intermittent delivery mechanism includes the conveying executive device 321 of round log being conveyed towards sortation conveyor structure, and hold to conveying
Luggage sets 321 feed drive devices driven；It includes multiple parallel with the first length sorting side e1 to convey executive device 321
Supply unit 3211；Supply unit 3211 includes and the first length parallel conveying shaft f1 of sorting side e1 and multiple along defeated
The delivery wheel f2 for sending shaft f1 arranged in co-axial alignment to be arranged；There is conveying rotation between adjacent conveyor wheel f2 on same conveying shaft f1
The delivery wheel f2 in gap, adjacent conveyor unit 3211 mutually staggers setting, and delivery wheel f2 stretches into adjacent conveyor unit 3211
It conveys in running clearance；The periphery of delivery wheel f2 is formed there are four the equally distributed conveying groove of axis is surrounded, and same conveying turns
Axis direction of the conveying groove of delivery wheel f2 on axis f1 in conveying shaft f1 is corresponding；Conveying on same delivery wheel f2 is recessed
Slot is respectively that adjacent first conveying groove f21, the second conveying groove f22, the third conveyings of conveying groove f23 and the 4th successively are recessed
Slot f24, each first conveying groove f21 of each supply unit 3211 is towards same direction；
Feed drive device includes multiple feed drive units corresponding with each supply unit 3211, each with synchronous driving
The power delivery unit of feed drive unit operating；Feed drive unit includes same in top and corresponding conveying shaft f1
First feed drive wheel g1 of axis connection is below the second feed drive wheel of intermittent driving the first feed drive wheel g1 rotations
G2, and with the coaxially connected feed drive gear g3 together of the second feed drive wheel g2；Each feed drive gear g3 is in same
In one perpendicular and it is in sustained height；First feed drive wheel g1 forms fixed there are four the equally distributed conveying of axis is surrounded
Position groove g11 and four radially extended along the first feed drive wheel g1 and around the equally distributed conveying bar-shaped trough g12 of axis；It is defeated
Send bar-shaped trough g12 that there are the transport openings towards the first feed drive wheel g1 circumferential surfaces, it is each on same first feed drive wheel g1
Conveying positioning groove g11 and conveying bar-shaped trough g12 are separately arranged；Adjacent conveying positioning on same first feed drive wheel g1
Have conveying protruding portion, each conveying bar-shaped trough g12 corresponding with each conveying middle part of protruding portion between groove g11；
Second feed drive wheel g2 includes conveying wheel body g21, is formed in the end face of conveying wheel body g21 and and delivery wheel
The conveying of main body g21 coaxial arrangements protrudes wheel g22, and is formed on the end faces conveying wheel body g21 and stretches into corresponding conveying bar shaped
Convex block g23 is stirred to the first feed drive wheel g1 conveyings stirred in slot g12；The radius of the prominent wheel g22 of conveying is less than defeated
The radius of wheel body g21, conveying is sent to stir the same end face that convex block g23 is in conveying wheel body g21 with the prominent wheel g22 of conveying
On；Conveying positioning groove g11 is arc-shaped to match with the circumferential surface of the prominent wheel g22 of conveying；The prominent wheel g22 of conveying be formed with
Convey the conveying swing groove g221 for stirring that convex block g23 is corresponding and is swung for corresponding conveying protruding portion；
Power delivery unit includes the matched conveying power chains of feed drive gear g3 with each feed drive unit
T1, the conveying power gear t2 of driving conveying power chain t1 operatings, and the defeated of rotation driving is carried out to conveying power gear t2
Send power motor t3.The present invention is in practical work process, before rotary-cut, by controller control intermittent delivery mechanism by round log by
One is conveyed to sortation conveyor structure, to the tree root end of round log and treetop end sort and with unified court by sortation conveyor structure
To the round log after sorting being then conveyed to downstream feeding machanism 21 by upstream feeds mechanism 22, downstream feeding machanism 21 will be justified
Wood is conveyed to rotary-cut part 1 one by one, by positioning rotating mechanism 12 and rotary cutting mechanism 12 to the round log of unified direction carry out screens and
Rotary-cut.The butt axis 121 at round log tree root end can will be supported to be designed to high intensity and resistance to deformation and wear-resistant stronger structure, had
Specific aim is supported the tree root end of round log and treetop end, reduces the shaking amplitude at the heavier tree root end of round log, improves rotary-cut
Precision ensures dried thickness uniformly, on the basis of stable quality, and control can be carried out to size, material of machine part etc., to the greatest extent
Amount reduces cost.Specifically, multiple round logs are placed on each supply unit 3211, and each round log is by corresponding supply unit 3211
Each the first conveying groove f21 (the second conveying groove f22, the third conveyings of conveying groove f23 or the 4th groove f24) upward
Common carrying and limit, round log will not be carelessly towards side rolling.It is defeated to convey power motor t3 driving conveying power gear t2 drives
Power chain t1 is sent to operate, conveying power chain t1 drives the feed drive gear g3 of each feed drive unit to rotate synchronously, respectively
Feed drive gear g3 drives each second feed drive wheel g2 rotations, and the circumferential surface for conveying prominent wheel g22 is fixed along corresponding conveying
Position groove g11 rotations, during the circumferential surface of the prominent wheel g22 of conveying is along corresponding conveying positioning groove g11 rotations, first
Feed drive wheel g1 remains stationaries by the cooperation limit of corresponding conveying positioning groove g11 and the prominent wheel g22 circumferential surfaces of conveying, when
It is corresponding with the corresponding transport openings of conveying bar-shaped trough g12 that convex block g23 is stirred in the conveying of second feed drive wheel g2, and conveys pendulum
When dynamic groove g221 is corresponding with conveying protruding portion, as the second feed drive wheel g2 is rotated further, convey stir convex block g23 by
Corresponding transport openings, which slide into, to be conveyed in bar-shaped trough g12, while being stirred conveying protruding portion and being swung groove g221 swings by conveying,
Entire first feed drive wheel g1 is set to rotate, each first feed drive wheel g1 corotation is 90 ° dynamic, each first feed drive wheel g1 drivings
Each conveying shaft f1 drives each delivery wheel f2 to rotate synchronously 90 °, and each first conveying groove f21 is made to drive round log towards sortation conveyor
Structure swings 90 °, and round log is sorted side e1 by the first length near the supply unit 3211 of sortation conveyor structure directly swings conveying
To sorting bucket, the round log of upstream makes each second conveying towards sortation conveyor structure close to the distance of a supply unit 3211
Groove f22 upward carries the round log of upstream, realizes that the cyclical intermission one by one of round log conveys with this.Then conveying protrudes
During the circumferential surface of wheel g22 is taken advantage of a situation into next conveying positioning groove g11 and along the g11 rotations of this conveying positioning groove.In round log
During struggling against into sorting, the both ends of round log are taken advantage of a situation cunning along the first elastic guide inclined plate e31 and the second elastic guide inclined plate e41
Dynamic, under the guiding role of the first elastic guide inclined plate e31 and the second elastic guide inclined plate e41, round log is steady and precisely rolls
Onto block oscillating deck 3112, and in the surface of sorting central sill e5, the then driving of oscillatory gearing mechanism 3113 in the middle part of round log
Block oscillating deck 3112 keeps feed opening penetrating to lower swing, while sorting central sill e5 only being made to be supported round log, although round log
Tree root end it is identical with the diameter at treetop end, but due to the density at tree root end be more than treetop end density, make round log tree root end
Gravity be more than treetop end gravity, so round log by sorting central sill e5 be used as support shaft, occur tree root end gradually sinking simultaneously
It is transported on feed conveyer belt 221 through corresponding feed opening and along inclined ramp 312 downward, it is tree root end to make round log always
It first falls and conveys in the same direction.Then round log is placed along feed conveyer belt 221 and is held by multiple limited support items 223
It carries, the limiting slot d1 of each limited support item 223 limits round log, avoids round log towards side rolling, is fed 221 band of conveyer belt
It moves each limited support item 223 and round log is delivered to downstream feeding machanism 21.When round log reaches feed conveyer belt 221 and feed shaft
When the corresponding corresponding sections of a1, using pushing meanss or artificial round log is made to be rolled to the nearest feed of distance feed conveyer belt 221
On unit, each round log by corresponding feed unit each the first feed groove a21 (the second feed groove a22, the upward
Three feed groove a23 or the 4th feed groove a24) carrying and limit jointly, round log will not be carelessly towards side rolling.It is fed power
Motor c3 driving feed power gears c2 drives the c1 operatings of feed power chain, feed power chain c1 to drive each feed driving single
The feed driving gear b3 of member is rotated synchronously, and each feed driving gear b3 drives each second feed driving wheel b2 rotations, feed prominent
Go out to take turns the circumferential surface of b22 along corresponding feed positioning groove b11 rotations, is supplied along corresponding in the circumferential surface of the prominent wheel b22 of feed
During expecting positioning groove b11 rotations, the first feed driving wheel b1 is by corresponding feed positioning groove b11 and the prominent wheel of feed
The cooperation limits of b22 circumferential surfaces and remains stationary, when the feed of the second feed driving wheel b2 stirs convex block b23 and corresponding feed bar shaped
Slot b12 feed opening it is corresponding, and be fed swing groove b221 with feed protruding portion it is corresponding when, with second feed driving
Wheel b2 is rotated further, and feed is stirred convex block b23 and slid into feed bar-shaped trough b12 by being fed opening accordingly, while stirring feed
Protruding portion swings groove b221 by feed and swings, and makes entire first feed driving wheel b1 rotations, each first feed driving wheel b1
Dynamic 90 ° of corotation, each first feed driving wheel b1 drive each feed shaft a1 to drive each 90 ° of applicator wheel a2 synchronous rotations, make each the
One feed groove a21 drives round log to swing 90 ° towards rotary-cut part 1, the round log of upstream towards rotary-cut part 1 close to one for material list
The distance of member, makes each second feed groove a22 be carried upward to the round log of upstream, and the periodical one by one of round log is realized with this
Intermittent delivery.Then for anticipating during the circumferential surface of the prominent wheel b22 of feed is taken advantage of a situation into next feed positioning groove b11 and along this
Position groove b11 rotations.The cross section of block oscillating deck 3112, which is the bending heaved downwards, can make round log in block oscillating deck
It is naturally static rear parallel with the first length sorting side e1 on 3112, and then round log and sorting central sill e5 are perpendicular, convenient for round log
Middle separated time is swung up and down using to sort central sill e5 as support shaft and differentiates tree root end and treetop end.First elastic guide inclined plate
E31 and the second elastic guide inclined plate e41 is flexible platy structure, concretely steel plate, but when round log rests on envelope
Keep off oscillating deck 3112 on after, round log only contacted with the part of the first elastic guide inclined plate e31 and the second elastic guide inclined plate e41 or
It does not contact, the first elastic guide inclined plate e31 and the second elastic guide inclined plate e41 do not interfere with round log to sort central sill e5 as rotation
Axis is swung.First slideway limiting plate 3122 and the second slideway limiting plate 3123 can carry out auxiliary guide and limit to round log.Tool
Body structure can be, feed conveyer belt 221 is rolled to nearest being equipped with promotion round log with the feed corresponding corresponding sections of shaft a1
Feed unit on pushing meanss；Pushing meanss include along feed conveyer belt 221 be arranged vertical push plate, pedestal, and
The promotion driving device for driving vertical push plate to retreat between engine base and vertical push plate；It can be cylinder or oil to push driving device
Cylinder.Concrete structure can be that butt axis 121 includes the first axis and carries the first bearing of the first axis；Top end axis 122 wraps
It includes the second axis and carries the second bearing of the second axis；The diameter of first axis is more than the diameter of the second axis, first bearing
Wear-resistant and load bearing stength be more than the wear-resistant and load bearing stength of second bearing.Targetedly to the tree root end of round log and treetop
End is supported, and reduces the shaking amplitude at round log heavier tree root end, improve rotary-cut precision, ensure dried thickness uniformly, quality
On the basis of stabilization, and control can be carried out to size, material of machine part etc., minimized cost.
Preferably, feed protruding portion is arc-shaped to match with feed swing groove b221；Convey protruding portion be with it is defeated
Swing groove g221 is sent to match arc-shaped.This structure can make feed protruding portion in swing process can more swimmingly from
Feed swings in groove b221 and slips over, and conveying protruding portion can be made more swimmingly can to swing groove from conveying in swing process
It is slipped in g221.
Preferably, feed wheel body b21 has the feed outer portion on the outside of the prominent wheel b22 of feed, and feed is stirred convex
Block b23 is formed in feed outer portion, and feed outer portion is together with corresponding first feed driving wheel b1 parallel contacts；Delivery wheel
There is main body g21 the conveying outer portion on the outside of the prominent wheel g22 of conveying, conveying to stir convex block g23 and be formed in conveying outer portion,
Outer portion is conveyed together with corresponding first feed drive wheel g1 parallel contacts.The present invention is in practical work process, and first
It is fed driving wheel b1 to be mutually oriented to the tight fit of feed outer portion, makes b2 couples first feed driving wheel b1 of the second feed driving wheel
Driving it is more smooth；First feed drive wheel g1 is fitted close with conveying outer portion and is mutually oriented to, and makes the second feed drive wheel
The driving of g2 couples of the first feed drive wheel g1 is more smooth.
Preferably, the first length sorting is obliquely installed in the upper surface of e1 towards the directions e2 when the second length sorting gradually downward.This
Invention, can be along the first length after round log is delivered to by intermittent delivery mechanism on the first length sorting side e1 in practical work process
The inclined upper surfaces sorting side e1 are directly rolled on block oscillating deck 3112 naturally.
Preferably, the first elastic guide inclined plate e31 is the smooth arc heaved towards the second directions elastic guide inclined plate e41,
Second elastic guide inclined plate e41 is the smooth arc heaved towards the first directions elastic guide inclined plate e31.The present invention is in real work
In the process, the first elastic guide inclined plate e31 of smooth arc and the second elastic guide inclined plate e41 can gradually increase round log
Resistance, make round log gently stablize rest on block oscillating deck 3112.
Preferably, the second length sorting side e2 is equipped with upper extension baffle vertically extending upwards, the first elastic guide inclined plate
E31 and the second elastic guide inclined plate e41 are connected and fixed with upper extension baffle.The present invention is in practical work process, upper extension
On the basis of baffle can position the first elastic guide inclined plate e31 and the second elastic guide inclined plate e41, can also to speed compared with
Big round log is stopped, is steadily rested on block oscillating deck 3112 convenient for round log.
Preferably, the second length sorting side e2 is equipped with the auxiliary guide plate extended downwardly, auxiliary guide plate from top to bottom by
Gradually tilted towards 21 direction of downstream feeding machanism.For the present invention in practical work process, auxiliary guide plate can be directed downwardly to tree root end
Round log is oriented to, and round log is made steadily to fall on inclined ramp 312, is not in the unstable situations such as bounce.
Preferably, auxiliary guide plate from top to bottom becomes narrow gradually and corresponding with the top of slideway bottom plate 3121.This structure
Auxiliary guide plate can be made to carry out targetedly auxiliary to the round log on slideway bottom plate 3121 to be oriented to.
Preferably, oscillatory gearing mechanism 3113 is fluid-pressure cylinder；Fluid-pressure cylinder, which has, to be connect with block oscillating deck 3112
Power output end h1, and with the motive power end h2 that connect of sorting holder 3114；Fluid-pressure cylinder is by motive power end h2 to power
Output end h1 is gradually obliquely installed from the bottom to top；The lower surface of power output end h1 and block oscillating deck 3112 with first by growing
Power output shaft h4 parallel sorting side e1 links together, and motive power end h2 passes through defeated with power with sorting holder 3114
Go out the parallel motive power shaft h3 of shaft h4 to link together.Concrete structure can be that block oscillating deck 3112 passes through swing
Shaft links together with the first length sorting side e1, and swing shaft is parallel with the first length sorting side e1, makes block oscillating deck
3112 are spun upside down under the driving of oscillatory gearing mechanism 3113 by swing shaft.Fluid-pressure cylinder is cylinder or oil cylinder.
Preferably, first it is short sorting in e3, the second short sorting e4 and sort central sill e5 be heave downwards it is arc-shaped,
The cross section of block oscillating deck 3112 be heave downwards it is arc-shaped.The present invention is in practical work process, the first short sorting side
E3, the bending of the second short sorting side e4 and sorting central sill e5 with block oscillating deck 3112 match.Entire arc-shaped bending
Structure is parallel with the first length sorting side e1 after round log can be made naturally static on block oscillating deck 3112 and is swung in block
On the center line of plate 3112, and then round log is mutually perpendicular to divide equally with sorting central sill e5, convenient for the middle separated time of round log to sort central sill e5
For support shaft swings up and down and smoothly falls from feed opening.
Preferably, the top margin of the cross section of sorting central sill e5 is smooth arc.This structure can make sorting central sill e5 and round log
It is contacted in the form of line contacts, to sort central sill e5 is support shaft into swinging up and down convenient for round log, and will not cause to damage to round log
Wound.
Preferably, the top margin of the cross section of sorting central sill e5 is arc-shaped or ellipse arc.
The product form of the present invention is not limited to this case diagram and embodiment, anyone carries out it the appropriate of similar thinking
Changes or modifications all should be regarded as the patent category for not departing from the present invention.
Claims (10)
1. a kind of efficient feed conveying device of peeler, it is characterised in that：Include dividing upstream feeds mechanism conveying round log
Conveying mechanism is selected, and conveys the intermittent delivery mechanism of round log to sortation conveyor structure；
The sortation conveyor structure include in feed conveyer belt feeding end above sorting bucket, and be set to sorting bucket and
Inclined ramp between upstream feeds mechanism；The sorting bucket includes horizontally disposed rectangle and is conveyed perpendicular to the feed
The sorting frame of band, block oscillating deck of the block below sorting frame, the wobble drive that driving block oscillating deck is swung
Device, and carrying sort the sorting holder of frame；The sorting frame include it is perpendicular with the feed conveyer belt and with institute
The corresponding first length sorting side of discharge end for stating intermittent delivery mechanism, with the first length sorting when the second opposite length sorts,
The first short sorting between the sorting of the first length is connected in the second length sorting while and when the second short sorting, and be connected to the
One length sorting is when the second length sorts between middle part and in the sorting between the first short sorting is in the second short sorting
Beam；The first length sorting is in, the second length sorting, under the first short sorting side and the second short sorting skirt for round log at falling
Material mouth, the block oscillating deck block is in the lower section of the feed opening；The sorting holder is supported in the first length sorting side
Lower section；The first short sorting is in, the second short sorting and sorting central sill is the bending heaved downwards, the block swing
The cross section of plate is the bending heaved downwards, and the block oscillating deck is in the lower section of the sorting central sill, and the block
Oscillating deck is formed with deflection of beam storage tank in the accommodating sorting, and the sorting central sill is placed in the bending storage tank completely
In；The first elastic guide inclined plate is equipped with above the first short sorting side, the first elastic guide inclined plate is by described
One length sorting side to the second length sorting edge direction is gradually obliquely installed to the sorting central sill；The top on the second short sorting side
It is equipped with the second elastic guide inclined plate, the second elastic guide inclined plate is sorting while side by the first length sorting to the second length
To being gradually obliquely installed to the sorting central sill；
The inclined ramp is from top to bottom gradually obliquely installed by feeding end to the direction of discharge of feed conveyer belt；The inclination
The upper end of slideway is undertaken in below the feed opening and is connect with the sorting holder, and the lower end of the inclined ramp and feed are defeated
It send with corresponding；The inclined ramp includes the slideway bottom plate from top to bottom become narrow gradually, and is vertically set to slideway bottom plate two
The the first slideway limiting plate and the second slideway limiting plate that side limits round log；The first slideway limiting plate and second is slided
Road limiting plate from top to bottom moves closer to；
The intermittent delivery mechanism includes the conveying executive device of round log being conveyed towards the sortation conveyor structure, and hold to conveying
Luggage sets the feed drive device driven；The conveying executive device includes multiple parallel with the first length sorting side
Supply unit；The supply unit includes that the conveying shaft parallel with the first length sorting side and multiple edge conveyings turn
The delivery wheel of axis arranged in co-axial alignment setting；There is conveying running clearance, phase between adjacent conveyor wheel in the same conveying shaft
The delivery wheel of the adjacent supply unit mutually staggers setting, and the delivery wheel stretches into the conveying rotation of the adjacent supply unit
In gap；The periphery of the delivery wheel surrounds the equally distributed conveying groove of axis, the same conveying shaft there are four being formed
On delivery wheel conveying groove conveying shaft axis direction it is corresponding；Conveying groove difference on the same delivery wheel
Groove and the 4th conveying groove are conveyed for the first adjacent successively conveying groove, the second conveying groove, third, each conveying is single
Each first conveying groove of member is towards same direction；
The feed drive device includes multiple feed drive units corresponding with each supply unit, each with synchronous driving
The power delivery unit of feed drive unit operating；The feed drive unit includes being in top and the corresponding conveying
The first coaxially connected feed drive wheel of shaft is below the second feed drive of intermittent driving the first feed drive wheel rotation
Wheel, and with the coaxially connected feed drive gear together of the second feed drive wheel；Each feed drive gear is in same
In perpendicular and it is in sustained height；The first feed drive wheel forms fixed there are four the equally distributed conveying of axis is surrounded
Position groove and four along the first feed drive wheel radial extend and around the equally distributed conveying bar-shaped trough of axis；The conveying item
Shape slot has the transport openings towards the first feed drive wheel circumferential surface, each conveying on the same first feed drive wheel
Positioning groove and conveying bar-shaped trough are separately arranged；On the same first feed drive wheel between adjacent conveying positioning groove
With conveying protruding portion, each conveying bar-shaped trough is corresponding with each conveying middle part of protruding portion；
The second feed drive wheel include conveying wheel body, be formed in conveying wheel body end face and with conveying wheel body it is coaxial
The conveying of setting protrudes wheel, and is formed on delivery wheel main body end face and stretches into the corresponding conveying bar-shaped trough to described first
Convex block is stirred in the conveying that feed drive wheel is stirred；The radius of the prominent wheel of conveying is less than the half of the conveying wheel body
Diameter, the conveying stir convex block and protrude wheel on the same end face of the conveying wheel body with the conveying；The conveying is fixed
Position groove is arc-shaped to match with the circumferential surface of the prominent wheel of the conveying；The prominent wheel of the conveying is formed with to be dialled with the conveying
Dynamic convex block is corresponding and swings groove for the conveying of the corresponding conveying protruding portion swing；
The power delivery unit includes the matched conveying power transmission chain of feed drive gear with each feed drive unit
Item, the conveying power gear of driving conveying power chain operating, and the conveying power of rotation driving is carried out to conveying power gear
Motor.
2. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：The conveying protrudes
Portion is to swing the arc-shaped of groove match with the conveying.
3. a kind of efficient feed conveying device of peeler according to claim 2, it is characterised in that：The delivery wheel master
There is body the conveying outer portion in the prominent wheel outside of the conveying, the conveying to stir convex block and be formed in the conveying outer shroud
Portion, the conveying outer portion is together with the corresponding first feed drive wheel parallel contact.
4. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：First length point
The upper surface on side is selected to be obliquely installed gradually downward towards the second length sorting edge direction.
5. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：First elasticity
It is the smooth arc heaved towards the second elastic guide inclined plate direction to be oriented to inclined plate, and the second elastic guide inclined plate is towards institute
State the smooth arc that the first elastic guide inclined plate direction is heaved.
6. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：Second length point
Select side to be equipped with vertically extending upper extension baffle upwards, the first elastic guide inclined plate and the second elastic guide inclined plate with
The upper extension baffle is connected and fixed.
7. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：Second length point
Side is selected to be equipped with the auxiliary guide plate extended downwardly, the auxiliary guide plate is from top to bottom gradually towards the downstream feeding machanism side
To inclination.
8. a kind of efficient feed conveying device of peeler according to claim 7, it is characterised in that：The auxiliary is oriented to
Plate from top to bottom becomes narrow gradually and corresponding with the top of slideway bottom plate.
9. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：The wobble drive
Device is fluid-pressure cylinder；The fluid-pressure cylinder has the power output end that is connect with the block oscillating deck, and with the sorting
The motive power end of holder connection；The fluid-pressure cylinder is gradually tilted from the bottom to top by the motive power end to power output end
Setting；The power output end is defeated by the power parallel with the first length sorting side with the lower surface of the block oscillating deck
Go out shaft to link together, the motive power end is moved with the sorting holder by parallel with the power output shaft
Power support shaft links together.
10. a kind of efficient feed conveying device of peeler according to claim 1, it is characterised in that：Described first is short
Sorting in, the second short sorting and sorting central sill be heave downwards it is arc-shaped, the cross section of the block oscillating deck for
Under heave it is arc-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810548034.2A CN108673657B (en) | 2018-05-17 | 2018-05-17 | High-efficient feeding conveyor of peeler |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810472786.5A CN108621259B (en) | 2018-05-17 | 2018-05-17 | Automatic rotary-cut assembly line is carried in change |
| CN201810548034.2A CN108673657B (en) | 2018-05-17 | 2018-05-17 | High-efficient feeding conveyor of peeler |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810472786.5A Division CN108621259B (en) | 2018-05-17 | 2018-05-17 | Automatic rotary-cut assembly line is carried in change |
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| CN108673657A true CN108673657A (en) | 2018-10-19 |
| CN108673657B CN108673657B (en) | 2020-11-03 |
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| CN201810547606.5A Expired - Fee Related CN108789664B (en) | 2018-05-17 | 2018-05-17 | Automatic conveying device of rotary cutter |
| CN201810548034.2A Expired - Fee Related CN108673657B (en) | 2018-05-17 | 2018-05-17 | High-efficient feeding conveyor of peeler |
| CN201810472786.5A Expired - Fee Related CN108621259B (en) | 2018-05-17 | 2018-05-17 | Automatic rotary-cut assembly line is carried in change |
| CN201810548038.0A Expired - Fee Related CN108705618B (en) | 2018-05-17 | 2018-05-17 | Automatic change and carry peeler |
| CN201810547760.2A Expired - Fee Related CN108748427B (en) | 2018-05-17 | 2018-05-17 | Automatic supply device of rotary cutter |
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| CN201810472786.5A Expired - Fee Related CN108621259B (en) | 2018-05-17 | 2018-05-17 | Automatic rotary-cut assembly line is carried in change |
| CN201810548038.0A Expired - Fee Related CN108705618B (en) | 2018-05-17 | 2018-05-17 | Automatic change and carry peeler |
| CN201810547760.2A Expired - Fee Related CN108748427B (en) | 2018-05-17 | 2018-05-17 | Automatic supply device of rotary cutter |
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| CN109397448B (en) * | 2018-12-20 | 2020-11-24 | 乐清市鑫艺科技有限公司 | Automatic feeding device of veneer lathe |
| CN111805669A (en) * | 2020-07-06 | 2020-10-23 | 漳州市炯辉机械有限公司 | Novel wood rotary cutter assembly line |
| CN111844319A (en) * | 2020-07-06 | 2020-10-30 | 漳州市炯辉机械有限公司 | Efficient timber rotary-cut assembly line |
| CN111823346A (en) * | 2020-07-06 | 2020-10-27 | 漳州市炯辉机械有限公司 | Wood rotary-cut assembly line with good cutting performance |
| CN111874586B (en) * | 2020-07-14 | 2022-05-06 | 漳州市炯辉机械有限公司 | Efficient timber rotary-cut assembly line's conveyor system |
| CN111687979A (en) * | 2020-07-14 | 2020-09-22 | 漳州市炯辉机械有限公司 | Vertical rotary cutter assembly line |
| CN111633767A (en) * | 2020-07-14 | 2020-09-08 | 漳州市炯辉机械有限公司 | Vertical rotary cutter assembly line with good cutting effect |
| CN111805671A (en) * | 2020-07-14 | 2020-10-23 | 漳州市炯辉机械有限公司 | Vertical rotary cutter assembly line that stability is good |
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- 2018-05-17 CN CN201810548034.2A patent/CN108673657B/en not_active Expired - Fee Related
- 2018-05-17 CN CN201810472786.5A patent/CN108621259B/en not_active Expired - Fee Related
- 2018-05-17 CN CN201810548038.0A patent/CN108705618B/en not_active Expired - Fee Related
- 2018-05-17 CN CN201810547760.2A patent/CN108748427B/en not_active Expired - Fee Related
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108673657B (en) | 2020-11-03 |
| CN108705618A (en) | 2018-10-26 |
| CN108748427A (en) | 2018-11-06 |
| CN108789664A (en) | 2018-11-13 |
| CN108748427B (en) | 2020-12-15 |
| CN108621259B (en) | 2020-08-28 |
| CN108789664B (en) | 2020-11-03 |
| CN108621259A (en) | 2018-10-09 |
| CN108705618B (en) | 2020-11-03 |
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