CN205766373U - One shakeouts laminarian slitter automatically - Google Patents
One shakeouts laminarian slitter automatically Download PDFInfo
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- CN205766373U CN205766373U CN201620463621.8U CN201620463621U CN205766373U CN 205766373 U CN205766373 U CN 205766373U CN 201620463621 U CN201620463621 U CN 201620463621U CN 205766373 U CN205766373 U CN 205766373U
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Abstract
The utility model discloses one and automatically shakeout laminarian slitter.Its solve existing laminarian slitter also exist that labor strength is big, safety and the inefficient problem of shredding.It includes frame, drives motor, feeding device, material pressing device, spreading out device, chasing-attachment and actuating device, and actuating device includes conveying drive mechanism, binder drive mechanism, shakeouts drive mechanism and shredding drive mechanism；Motor is driven to drive the conveyer belt revolution conveying Thallus Laminariae (Thallus Eckloniae) raw material of feeding device through conveying drive mechanism；Thallus Laminariae (Thallus Eckloniae) feedstock transportation is clamped through binder conveyer belt and the conveyer belt synchronous revolving of binder drive mechanism driving material pressing device；Through shakeout drive mechanism drive spreading out device two shakeout brush rotate dorsad, by by way of Thallus Laminariae (Thallus Eckloniae) raw material shakeout；The Thallus Laminariae (Thallus Eckloniae) raw material delivered to is drawn material, shredding by the circular shear blade driving chasing-attachment through shredding drive mechanism.This utility model uses reliable, and automaticity is high, and labor strength is little, and shredding efficiency is high.
Description
Technical field
This utility model relate to around solid fixed-axis rotation, with circular cutting member, the cutter sweep that do not moves with workpiece,
Especially one shakeouts laminarian slitter automatically.
Background technology
At present, Kelp shredder processing has realized mechanization, and laminarian slitter is used widely.Such as on January 29th, 2014
" wear-resistant type laminarian slitter " disclosed in the CN203409806U Chinese utility model patent description of bulletin, it includes machine
Frame, frame top install feeding table top, the front end of feeding table top install to rotate the first cutter shaft and the second cutter shaft, first
Cutter shaft and the second cutter shaft, by the driven by motor bottom frame, are spaced on the first cutter shaft and the second cutter shaft and install circular shear blade, and two
The interlaced insertion of blade on root cutter shaft, feature is: described circular shear blade uses ceramic material sintering, grinding to make, its
Cutter tooth it is uniformly provided with on periphery；This is wear-resistant, and type laminarian slitter is rational in infrastructure, and ceramic tip wearability is high, service life
Long, Kelp shredder uniform specification.But the laminarian slitter of this kind of structure, needs Thallus Laminariae (Thallus Eckloniae) raw material is manually laid in feeding table top
On, then send into the porch of two circular shear blades after manually being shakeout by Thallus Laminariae (Thallus Eckloniae) raw material, the cutter tooth on two circular shear blades is by Thallus Laminariae (Thallus Eckloniae) raw material
Drawing in and complete shredding between two circular shear blades, it exists, and labor strength is big, the inefficient problem of shredding；It addition, manually will
Thallus Laminariae (Thallus Eckloniae) raw material is sent in diffusion knife, there is the deficiency that processing safety is low.
Summary of the invention
In order to overcome prior art also exists labor strength is big, processing safety is low, the inefficient deficiency of shredding,
This utility model provide a kind of reasonable in design, use reliable, automaticity high, labor strength is little, shredding efficiency is high
Automatically laminarian slitter is shakeout.
This utility model solves the technical scheme is that one of its technical problem and automatically shakeouts laminarian slitter, its
Including a frame, driving motor and a chasing-attachment, described driving motor is arranged in frame, outside the discharge end of frame
Side is provided with a support, described chasing-attachment include one actively cutter shaft, one from movable arbor and some circular shear blades, circular shear blade
Periphery is provided with cutter tooth, described active cutter shaft, is rotatably supported in described support from movable arbor, and described circular shear blade is respectively
Interval, nonrotationally be arranged on actively cutter shaft, from movable arbor, and the adjacent circular blade on two cutter shafts is interlaced, its feature
It is: it also includes a feeding device, a material pressing device, a spreading out device and actuating device, wherein,
Described feeding device includes a conveyer belt and two conveying rollers, and described conveying roller is rotatably supported in frame respectively
On feeding end, discharge end, described conveyer belt revolution is assemblied on two conveying rollers；
Described material pressing device includes a nip rolls, a binder conveyer belt, a floating bracket and a binder belt wheel, described
Nip rolls is rotatably supported in conveyer belt machine frame at two sides, and the support end of described floating bracket is rotatably supported in described through supporter
Nip rolls roll shaft on, described material pressing belt wheel is rotatably supported in the floating end bottom of described floating bracket, and this binder
The position of belt wheel is corresponding with the position of the conveying roller on frame discharge end, and described binder conveyer belt revolution is assemblied in nip rolls
With on binder belt wheel；
Described spreading out device includes that two gimbals and two shakeout brush, and described gimbals are separately positioned on nip rolls
And between binder belt wheel, in the frame of conveyer belt both sides, the described brush that shakeouts is rotatably supported in described ten thousand through rotary shaft respectively
On support；
Described actuating device include a conveying drive mechanism, a binder drive mechanism, one shakeout drive mechanism and all
Silk drive mechanism；Described driving motor drives a conveying roller to rotate through conveying drive mechanism, and driving conveying belt turns round；Through binder
Drive mechanism driving pressure material roller rotates, and it is dynamic that nip rolls drives binder conveyer belt and described conveyer belt synchronous revolving to realize clamping
Make；Through shakeout drive mechanism drive two rotary shafts drive two shakeout brush rotate dorsad；Through shredding drive mechanism drive actively cutter shaft,
From movable arbor to rotation, and circular shear blade is coaxially driven to rotate.
Further, one shakeouts laminarian slitter automatically, and it also includes a material guide device, and this material guide device includes one first
Guide roller and one second guide roller, described the first guide roller, the second guide roller are correspondingly arranged at active cutter shaft, respectively from moving knife
Above axle, wherein, the first guide roller is rotatably supported on described support, and the second guide roller is movable and rotation is assemblied in described
On support, described driving motor drives the first guide roller through the first guide drive mechanism, leads through the second of transmission distance variable
Material drive mechanism drives the second guide roller and the first guide roller to rotation.
Further, rotational support one power transmission shaft on described support, the described output shaft driving motor and this transmission
Chain conveyer between the drive end of axle.
Further, described conveying drive mechanism includes a jackshaft being installed on described support, described transmission
Gear drive between the drive end of axle and this jackshaft, the roll shaft end of the conveying roller on described jackshaft and frame outfan it
Between Chain conveyer.
Further, described binder drive mechanism is between the described output shaft and the described nip rolls that drive motor
V belt translation.
Further, the described drive mechanism that shakeouts includes that two commutation driving members, described commutation driving member correspondence respectively set
Put in the frame of gimbals side, wherein, the input of a commutation driving member and the described output shaft driving motor it
Between V belt translation, V belt translation between outfan and a rotary shaft of homonymy of this commutation driving member；The input of another commutation driving member
V belt translation between the driven end of end and described power transmission shaft, between outfan and another rotary shaft of homonymy of this commutation driving member
V belt translation.
Further, described shredding drive mechanism include two be meshed, be the most nonrotationally assemblied in actively cutter shaft, driven
Shredding gear on cutter shaft, gear drive between described active cutter shaft and the drive end of described power transmission shaft.
Further, the first described guide drive mechanism is driven end and the first described guide at described power transmission shaft
Gear drive between the roll shaft end of roller；The second described guide drive mechanism be the second described guide roller two roll shaft ends with
Difference V belt translation between the drive end of described power transmission shaft, driven end, the transmission band of described V belt translation is elastic driving band.
Further, one shakeouts laminarian slitter automatically, and it also includes a protective cover, and this protective cover cover is buckled in described pressure
Above material device and spreading out device, between the cover body and the floating end of floating bracket of protective cover, it is provided with a compression spring.
Further, described floating bracket is a bracket, between support end and the floating end of this floating bracket
Support body is respectively provided on two sides with the backplate blocking binder conveyer belt.
This utility model includes frame, drives motor, feeding device, material pressing device, spreading out device, chasing-attachment and transmission
Device, drives motor to be arranged in frame, and actuating device includes conveying drive mechanism, binder drive mechanism, shakeouts drive mechanism
With shredding drive mechanism；Wherein, feeding device includes that two conveying rollers and being assemblied in frame are assemblied on two conveying rollers
Conveyer belt, drives motor to drive conveyer belt revolution conveying Thallus Laminariae (Thallus Eckloniae) raw material through conveying drive mechanism；Material pressing device is assemblied in conveying dress
Put top, it include nip rolls, the floating bracket being rotatably supported on nip rolls, the binder belt wheel being assemblied on floating bracket and
The binder conveyer belt being assemblied between nip rolls and binder belt wheel, drive motor through binder drive mechanism drive binder conveyer belt with
Conveyer belt synchronous revolving and clamp Thallus Laminariae (Thallus Eckloniae) raw material and carry；Spreading out device includes that two gimbals and two shakeout brush, drives electricity
Machine through shakeout drive mechanism drive two shakeout brush rotate dorsad, will shakeout by way of the Thallus Laminariae (Thallus Eckloniae) raw material shakeouing brush；Chasing-attachment includes
The active cutter shaft that is assemblied on the support outside frame discharge end, from movable arbor and actively, from movable arbor interlaced, non-
The some circular shear blades being rotatably equipped with, the periphery of circular shear blade is provided with cutter tooth, drives motor to drive circle through shredding drive mechanism
That the clamping of binder conveyer belt and conveyer belt is delivered to by shape blade, shakeout after Thallus Laminariae (Thallus Eckloniae) raw material draw material, shredding.This utility model
Reasonable in design, use reliable.This utility model is to be inputted from one end of feeding device by Thallus Laminariae (Thallus Eckloniae) raw material, then can realize raw material successively
Conveying, raw material clamping, raw material shakeout, draw material, shredding operation, and its automaticity is high, and labor strength is little, shredding efficiency
High.
Accompanying drawing explanation
The utility model is described in further detail with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is a kind of structural front view of the present utility model；
Fig. 2 is the partial sectional view in Fig. 1；
Fig. 3 is the top view of Fig. 1；
Fig. 4 is the rearview of Fig. 1.
Fig. 5 is a kind of structural representation of circular shear blade of the present utility model.
Labelling in figure: 1. frame, 2. support, 3. drives motor, 4. chasing-attachment, and 401. active cutter shafts, 402. from moving knife
Axle, 403. circular shear blades, 4031. cutters tooth, 5. feeding device, 501. conveyer belts, 502. first conveying rollers, 503. second conveyings
Roller, 6. material pressing device, 601. nip rolls, 602. binder conveyer belts, 603. floating brackets, 6031. backplates, 604. binder belt wheels,
605. supporters, 7. spreading out device, 701. first gimbals, 702. second gimbals, 703. first shakeout brush, and 704.
Two shakeout brush, 705. first rotary shafts, 706. second rotary shaft, 8. actuating devices, 801. power transmission shafts, 8011. drive sprockets,
8012. driving chains, 8013. driven sprockets, 802. conveying drive mechanisms, 8021. jackshafts, 8022. conveying driving gears,
8023. conveying driven gears, 8024. conveying drive sprockets, 8025. conveying driven sprockets, 8026. conveying chains, 803. binders
Drive mechanism, 8031. binder drivewheels, 8032. binder driven pulleys, 8033. binder transmission bands, 804. shakeout drive mechanism,
8041. first commutation driving members, 8042. second commutation driving members, 8043. first vertically shakeout driving pulley, and 8044. first
Vertically shakeouing transmission band, 8045. first vertically shakeout driven pulley, and 8046. first laterally shakeout driving pulley, and 8047. first
Laterally shakeouing transmission band, 8048. first laterally shakeout driven pulley, and 8049. second vertically shakeout driving pulley, and 80410. second
Vertically shakeouing transmission band, 80411. second vertically shakeout driven pulley, and 80412. second laterally shakeout driving pulley, and 80413.
Two laterally shakeout transmission band, and 80414. second laterally shakeout driven pulley, 805. shredding drive mechanisms, 8051. shredding driving tooths
Wheel, 8052. shredding driven gears, 8061. first guide drive mechanisms, 80611. guide driving gears, 80612. guides are driven
Gear, 8062. second guide drive mechanisms, 80621. guide driving pulleys, 80622. guide driven pulleys, 80623. guides pass
Dynamic band, 9. material guide device, 901. first guide rollers, 902. second guide rollers, 903. slide blocks, 10. protective cover, 11. compression springs.
Detailed description of the invention
In FIG, one shakeouts laminarian slitter automatically, and it includes that a frame 1, drives motor 3 and a chasing-attachment
4.Wherein, motor 3 is driven to be arranged in frame 1, equipped with an overhanging support 2 outside the discharge end of frame 1.
Chasing-attachment 4 for being cut into thread by Thallus Laminariae (Thallus Eckloniae) by banding.As in figure 2 it is shown, it includes an active cutter shaft 401,
From movable arbor 402 and some circular shear blades 403, wherein, actively cutter shaft 401, be arranged in parallel from movable arbor 402, it is respectively through right
Tool rest, the bearing answered are rotatably supported on support 2, circular shear blade 403 is respectively separated, be nonrotationally arranged on actively cutter shaft 401, from
On movable arbor 402, and the adjacent circular blade 403 on two cutter shafts is interlaced.It should be noted that the number of circular shear blade 403
Amount and thickness can require to set according to the shredding of Thallus Laminariae (Thallus Eckloniae).
Material function is drawn, as it is shown in figure 5, the periphery at circular shear blade 403 is uniformly provided with cutter in order to realize circular shear blade 403
Tooth 4031.
As it is shown in figure 1, one shakeouts laminarian slitter automatically, it also includes feeding device 5, material pressing device 6, stand
Leveling device 7 and actuating device 8.
Feeding device 5 is for being transported to Thallus Laminariae (Thallus Eckloniae) raw material to be processed in chasing-attachment 4 by the feeding end of frame 1.Such as Fig. 2
Shown in, feeding device 5 includes conveyer belt the 501, first conveying roller 502 and second conveying roller 503, wherein, the first conveying roller
502, the second conveying roller 503 is rotatably supported on the feeding end of frame 1, discharge end by bearing respectively, conveyer belt 501 revolution assembling
Between first conveying roller the 502, second conveying roller 503.
Material pressing device 6 is for pressure holding Thallus Laminariae (Thallus Eckloniae) raw material so that it is be adjacent on the conveyer belt 501 of conveyer device, with conveyer device 5
Common clamping Thallus Laminariae (Thallus Eckloniae) raw material carries.As shown in Figure 2 and Figure 3, material pressing device 6 includes nip rolls 601, binder conveyer belt
602, floating bracket 603 and a binder belt wheel 604.Wherein, nip rolls 601 is rotatably supported in conveyer belt through bearing, bearing block
In 501 machine frame at two sides 1, the support end of floating bracket 603 is on the roll shaft that supporter 605 is rotatably supported in nip rolls 601, floating
The floating end lower rotational of dynamic support 603 supports binder belt wheel 604, binder conveyer belt 602 revolution be assemblied in nip rolls 601 with
On binder belt wheel 604.As in figure 2 it is shown, the position of the second conveying roller 503 on the position of binder belt wheel 604 and frame 1 discharge end
Corresponding.
Need it is further noted that in Fig. 2, Fig. 3, floating bracket 603 is a bracket, at this floating bracket
Support body between support end and the floating end of 603 is respectively provided on two sides with the backplate 6031 blocking binder conveyer belt 602, this backplate
6031 can effectively prevent foreign body from entering in binder conveyer belt 602.Supporter 605 is for supporting floating bracket 603 and binder
Relatively rotating between roller 601.This supporter 605 uses the structure that bearing block combines with bearing, and wherein, bearing is assemblied in pressure
On the roll shaft of material roller 601, bearing block is fixing with floating bracket 603 to be connected.In order to increase the balance of floating bracket 603, support
Use two in its quantity of part 605, be symmetricly set between floating bracket 603 and nip rolls 601.
Spreading out device 7 for by by way of Thallus Laminariae (Thallus Eckloniae) raw material shakeout, in order to following process.As shown in Figure 1, Figure 3, its
Shakeout brush 703 and one second including one first gimbals 701,1 second gimbals 702,1 first and shakeout brush 704.Its
In, first gimbals the 701, second gimbals 702 are separately positioned between nip rolls 601 and binder belt wheel 604, conveyer belt
In the frame 1 of 501 both sides, first shakeout brush 703, second shakeout that brush 704 is respectively corresponding to be rotated through the first rotary shaft 705, second
Axle 706 is rotatably supported on first gimbals the 701, second gimbals 702 of correspondence.
Actuating device 8 is for being delivered to each operating mechanism by the driving force driving motor 3 to export.As it is shown in figure 1, transmission
Device 8 includes that conveying drive mechanism 802, binder drive mechanism 803, shakeouts drive mechanism 804 and a shredding driver
Structure 805.
In order to ensure the effective and reasonable distribution driving motor 3 to export driving force, as shown in Figure 1 and Figure 2, support 2 rotates
Support a power transmission shaft 801, drive and take Chain conveyer between output shaft and the drive end of this power transmission shaft 801 of motor 3.In Fig. 1
Shown in, this Chain conveyer includes that a drive sprocket 8011, being nonrotationally assemblied on the output shaft driving motor 3 nonrotationally assembles
Driven sprocket 8013 and one on the drive end of power transmission shaft 801 is assemblied between drive sprocket 8011 and driven sprocket 8013
Driving chain 8012.This Chain conveyer can make to realize constant speed drive between the output shaft of driving motor 3 and power transmission shaft 801.
In FIG, conveying drive mechanism 802 includes a jackshaft 8021 being installed on support 2, the master of power transmission shaft 801
Gear drive between moved end and this jackshaft 8021, the roll shaft of the second conveying roller 503 on jackshaft 8021 and frame 1 outfan
Chain conveyer between end.Motor 3 is driven to drive the second conveying roller 503 to rotate through conveying drive mechanism 802, driving conveying belt 501 times
Turn, input raw material.
As it is shown in figure 1, the gear drive between the drive end of power transmission shaft 801 and jackshaft 8021 includes that one nonrotationally assembles
Conveying driving gear 8022 on power transmission shaft 801 drive end and a conveying driven tooth being nonrotationally assemblied on jackshaft 8021
Wheel 8023, this conveying driving gear 8022 is meshed with conveying driven gear 8023.On jackshaft 8021 and frame 1 outfan
Chain conveyer between the roll shaft end of the second conveying roller 503 includes a conveying drive sprocket being nonrotationally assemblied on jackshaft 8021
8024, conveying driven sprocket 8025 and being nonrotationally assemblied on the roll shaft end of the second conveying roller 503 on frame 1 outfan
One is assemblied in the conveying chain 8026 between conveying drive sprocket 8024 and conveying driven sprocket 8025.Its gear drive makes centre
Realizing step-up drive between axle 8021 and power transmission shaft 8021, its Chain conveyer makes between jackshaft 8021 and the second conveying roller 503 etc.
Speed transmission.
In Fig. 1, Fig. 3, binder drive mechanism 803 is that band passes between output shaft and the nip rolls 601 driving motor 3
Dynamic.Drive motor 3 to rotate through binder drive mechanism 803 driving pressure material roller 601, drive binder conveyer belt 602 to turn round, with conveyer belt
501 synchronize clamping Thallus Laminariae (Thallus Eckloniae) raw material carries.
As shown in Figure 1, Figure 3, the V belt translation between output shaft and the nip rolls 601 of motor 3 is driven to include that one nonrotationally fills
Fit over drive motor 3 output shaft on binder drivewheel 8031, be nonrotationally assemblied in nip rolls 601 end a binder from
Driving wheel 8032 and a binder transmission band 8033 being assemblied on binder drivewheel 8031, binder driven pulley 8032.
In Fig. 1, Fig. 3, shakeout drive mechanism 804 and include one first commutation driving member 8041 and one second commutation driving member
8042, V belt translation between input and the driven end of power transmission shaft 801 of the first commutation driving member 8041, the first commutation driving member
V belt translation between outfan and first rotary shaft 705 of homonymy of 8041；The input of the second commutation driving member 8042 and driving
V belt translation between the output shaft of motor 3, carries between outfan and second rotary shaft 706 of homonymy of the second commutation driving member 8042
Transmission.Motor 3 is driven to drive first rotary shaft the 705, second rotary shaft 706 respectively correspondence to drive the through shakeouing drive mechanism 804
One shakeout brush 703, second shakeout brush 704 and rotate dorsad, by by way of Thallus Laminariae (Thallus Eckloniae) raw material shakeout.
In Fig. 1, Fig. 3, first commutation driving member the 8041, second commutation driving member 8042 is correspondingly arranged at the 10000th respectively
In the frame 1 of support the 701, second gimbals 702 side.First commutation driving member the 8041, second commutation driving member 8042
It is used to by vertical-transmission, driving force is converted into horizontal conveyor, in the present embodiment, the first commutation driving member 8041, second changes
The mode preferentially using two angular wheels of routine to be meshed to driving member 8042 realizes the purpose that driving force commutates.
As it is shown on figure 3, the V belt translation bag between input and the driven end of power transmission shaft 801 of the first commutation driving member 8041
Include on a driven end being nonrotationally assemblied in power transmission shaft 801 first vertically to shakeout driving pulley 8043, and be nonrotationally assemblied in
On the input of the first commutation driving member 8041 first is vertically shakeout driven pulley 8045 and and is assemblied in first and vertically shakeouts
Driving pulley 8043 and first vertically shakeouts first between driven pulley 8045 and vertically shakeouts transmission band 8044.First commutation passes
V belt translation between outfan and first rotary shaft 705 of homonymy of moving part 8041 includes that one is nonrotationally assemblied in the first commutation biography
On the outfan of moving part 8041 first is laterally shakeout driving pulley 8046, and is nonrotationally assemblied in the first rotary shaft 705
First laterally shakeouts driven pulley 8048 and is assemblied in first and laterally shakeouts driving pulley 8046 and laterally shakeout with first driven
Between belt wheel 8048 first laterally shakeouts transmission band 8047.
As shown in Figure 1, Figure 3, the band between input and the output shaft driving motor 3 of the second commutation driving member 8042 passes
Dynamic include one be nonrotationally assemblied on the output shaft driving motor 3 second vertically shakeout driving pulley 8049, and nonrotationally fill
Fit on the input of the second commutation driving member 8042 second vertically to shakeout driven pulley 80411 and to be assemblied in second vertical
Shakeout driving pulley 8049 and second vertically to shakeout second between driven pulley 80411 and vertically shakeout transmission band 80410.Second
V belt translation between outfan and second rotary shaft 706 of homonymy of commutation driving member 8042 includes that one is nonrotationally assemblied in second
On the outfan of commutation driving member 8042 second is laterally shakeout driving pulley 80412, and is nonrotationally assemblied in the second rotary shaft
On 706 second is laterally shakeout driven pulley 80414 and and is assemblied in second laterally to shakeout driving pulley 80412 horizontal with second
Shakeout between driven pulley 80414 second and laterally shakeout transmission band 80413.
In FIG, shredding drive mechanism 805 include two be meshed, the most nonrotationally be assemblied in actively cutter shaft 401, from
Shredding driving gear 8051 on movable arbor 402, shredding driven gear 8052, actively cutter shaft 401 is through shredding driving gear 8051
It is meshed with the travelling gear on the drive end of power transmission shaft 801 and realizes gear drive.Drive motor 3 through shredding drive mechanism
805 drive actively cutter shafts 401, from movable arbor 402 to rotation, and coaxially drive the circular shear blade 403 Thallus Laminariae (Thallus Eckloniae) raw material to delivering to
Carry out drawing material, shredding.
It should be noted that, in order to simplify transmission, reduce drive disk assembly and reduce production cost, as shown in fig. 1, with shredding
Travelling gear that driving gear 8051 is meshed, that be located on the drive end of power transmission shaft 801 can be adopted with active conveying gear 8022
Use same gear.
For improving, Thallus Laminariae (Thallus Eckloniae) raw material being sent into the accuracy in chasing-attachment, one shakeouts laminarian slitter automatically, and it also wraps
Include a material guide device 9.As in figure 2 it is shown, this material guide device 9 includes one first guide roller 901 and one second guide roller 902, first
Guide roller the 901, second guide roller 902 be correspondingly arranged at respectively actively cutter shaft 401, above movable arbor 402, wherein, first leads
Material roller 901 warp beam is held and is rotatably supported on support 2, and the second guide roller 902 be arranged in parallel with the first guide roller 901, lives in its two ends
Dynamic and rotation is assemblied on support 2.
It should be noted that for realizing the second guide roller 902 and support 2 relative motion, as in figure 2 it is shown, at the present embodiment
In, the two ends warp beam respectively of the second guide roller 902 is held and is rotatably supported on slide block 903, and two slide blocks 903 are slidedly assemblied in support 2
On.
In Fig. 1, Fig. 3, Fig. 4, motor 3 is driven to drive the first guide roller 901 through the first guide drive mechanism 8061, through passing
Second guide drive mechanism 8062 of dynamic distance variable drives the second guide roller 902 and the first guide roller 901 to rotation, will send
The accurate delivery of Thallus Laminariae (Thallus Eckloniae) raw material arrived is to chasing-attachment 4.
In Fig. 3, Fig. 4, the first guide drive mechanism 8061 is at the driven end of power transmission shaft 801 and the first guide roller 901
Roll shaft end between gear drive.This gear drive includes the guide master on a driven end being nonrotationally assemblied in power transmission shaft 801
Moving gear 80611 and one is nonrotationally assemblied in the guide driven gear 80612 on the roll shaft end of the first guide roller 901, guide master
Moving gear 80611 and guide driven gear 80612 are meshed.
As shown in Figure 3, Figure 4, the second guide drive mechanism 8062 be on two roll shaft ends of the second guide roller 902 with transmission
Difference V belt translation on the drive end of axle 801, driven end.This V belt translation includes two guide driving pulley 80621, two guide driven belt
Wheel 80622 and two guide transmission bands 80623, guide driving pulley 80621 is the most nonrotationally assemblied in the active of power transmission shaft 801
On end, driven end, two guide driven pulleys 80622 are the most nonrotationally assemblied on the roll shaft two ends of the second guide roller 902, and two lead
Material transmission band 80623 is corresponding respectively to be assemblied on the guide driving pulley 80621 of homonymy, guide driven pulley 80622.Consider
Automatically shakeouing the safety in utilization of laminarian slitter, guide transmission band 80623 is elastic driving band, when hand or foreign body enter the
Time between one guide roller 901 and the second guide roller 902, there is elasticity and transmission distance variable because of guide transmission band 80623 because of it,
Second guide roller 902 band movable slider 903 slips away the first guide roller 901 along support 2, thus pulls open the distance between two guide rollers,
Decreasing guide roller to hand or the extruding of foreign body, its security performance is high.
The safety in utilization novel for increasing this use, as it is shown in figure 1, one shakeouts laminarian slitter automatically also includes one
Protective cover 10, this protective cover 10 cover is buckled in above material pressing device 6 and spreading out device 7.
As in figure 2 it is shown, be provided with a compression spring 11 between the cover body and the floating end of floating bracket 603 of protective cover 10,
This compression spring 11 can make binder belt wheel 604 and binder conveyer belt 602 be closely pressed together on conveyer belt 501.
Thallus Laminariae (Thallus Eckloniae) raw material is inputted by this utility model from one end of feeding device, then can realize feedstock transportation, raw material folder successively
Hold, raw material shakeouts, draw material, shredding operation.This utility model is reasonable in design, uses reliable, and automaticity is high, and workman works by force
Spending little, shredding efficiency is high.
Claims (10)
1. automatically shakeouing a laminarian slitter, it includes a frame, driving motor and a chasing-attachment, described driving electricity
Machine is arranged in frame, is provided with a support outside the discharge end of frame, described chasing-attachment include one actively cutter shaft, one from
Movable arbor and some circular shear blades, the periphery of circular shear blade is provided with cutter tooth, described active cutter shaft, is rotatably supported in from movable arbor
On described support, described circular shear blade is respectively separated, be nonrotationally arranged on actively cutter shaft, from movable arbor, and two cutter shafts
On adjacent circular blade interlaced, it is characterised in that: it also includes a feeding device, a material pressing device, a spreading out device
And actuating device, wherein,
Described feeding device includes a conveyer belt and two conveying rollers, and described conveying roller is rotatably supported in the pan feeding of frame respectively
On end, discharge end, described conveyer belt revolution is assemblied on two conveying rollers；
Described material pressing device includes a nip rolls, a binder conveyer belt, a floating bracket and a binder belt wheel, described binder
Roller is rotatably supported in conveyer belt machine frame at two sides, and the support end of described floating bracket is rotatably supported in described pressure through supporter
On the roll shaft of material roller, described material pressing belt wheel is rotatably supported in the floating end bottom of described floating bracket, and this binder belt wheel
Position corresponding with the position of the conveying roller on frame discharge end, described binder conveyer belt revolution is assemblied in nip rolls and pressure
On material strip wheel；
Described spreading out device includes that two gimbals and two shakeout brush, and described gimbals are separately positioned on nip rolls and pressure
Between material strip wheel, in the frame of conveyer belt both sides, the described brush that shakeouts is rotatably supported in described universal through rotary shaft respectively
On frame；
Described actuating device includes a conveying drive mechanism, a binder drive mechanism, one shakeouts drive mechanism and a shredding and pass
Motivation structure；Described driving motor drives a conveying roller to rotate through conveying drive mechanism, and driving conveying belt turns round；Through binder transmission
Mechanism's driving pressure material roller rotates, and nip rolls drives binder conveyer belt and described conveyer belt synchronous revolving to realize holding action；Warp
Shakeout drive mechanism drive two rotary shafts drive two shakeout brush rotate dorsad；Actively cutter shaft, driven is driven through shredding drive mechanism
Cutter shaft is to rotation, and coaxially drives circular shear blade to rotate.
One the most according to claim 1 shakeouts laminarian slitter automatically, it is characterised in that: it also includes a guide dress
Putting, this material guide device includes one first guide roller and one second guide roller, and described the first guide roller, the second guide roller are the most right
Should be arranged on actively cutter shaft, above movable arbor, wherein, the first guide roller is rotatably supported on described support, the second guide
Roller is movable and rotation is assemblied on described support, and described driving motor drives the first guide through the first guide drive mechanism
Roller, drives the second guide roller and the first guide roller to rotation through the second guide drive mechanism of transmission distance variable.
One the most according to claim 1 and 2 shakeouts laminarian slitter automatically, it is characterised in that: on described support
Rotational support one power transmission shaft, Chain conveyer between the described output shaft and the drive end of this power transmission shaft that drive motor.
One the most according to claim 3 shakeouts laminarian slitter automatically, it is characterised in that: described conveying drive mechanism
It is installed in the jackshaft on described support including one, gear drive between drive end and this jackshaft of described power transmission shaft,
Chain conveyer between the roll shaft end of the conveying roller on described jackshaft and frame outfan.
One the most according to claim 3 shakeouts laminarian slitter automatically, it is characterised in that: described binder drive mechanism
It it is V belt translation between the described output shaft and the described nip rolls that drive motor.
One the most according to claim 3 shakeouts laminarian slitter automatically, it is characterised in that: described shakeouts drive mechanism
Including two commutation driving members, described commutation driving member is correspondingly arranged in the frame of gimbals side respectively, and wherein, one changes
To V belt translation, the outfan of this commutation driving member and homonymy between the input and the described output shaft driving motor of driving member
A rotary shaft between V belt translation；V belt translation between input and the driven end of described power transmission shaft of another commutation driving member,
V belt translation between outfan and another rotary shaft of homonymy of this commutation driving member.
One the most according to claim 3 shakeouts laminarian slitter automatically, it is characterised in that: described shredding drive mechanism
Including two be meshed, be the most nonrotationally assemblied in actively cutter shaft, shredding gear from movable arbor, described active cutter shaft with
Gear drive between the drive end of described power transmission shaft.
One the most according to claim 3 shakeouts laminarian slitter automatically, it is characterised in that: the first described guide transmission
Mechanism is gear drive between the driven end and the roll shaft end of the first described guide roller of described power transmission shaft；Described second
Guide drive mechanism is to divide between two roll shaft ends and the drive end of described power transmission shaft, the driven end of the second described guide roller
Other V belt translation, the transmission band of described V belt translation is elastic driving band.
One the most according to claim 1 shakeouts laminarian slitter automatically, it is characterised in that: it also includes a protective cover,
This protective cover cover is buckled in above described material pressing device and spreading out device, protective cover cover body and floating bracket floating end it
Between be provided with a compression spring.
One the most according to claim 1 shakeouts laminarian slitter automatically, it is characterised in that: described floating bracket is
One bracket, the support body between support end and the floating end of this floating bracket is respectively provided on two sides with and blocks binder conveyer belt
Backplate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620463621.8U CN205766373U (en) | 2016-05-21 | 2016-05-21 | One shakeouts laminarian slitter automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620463621.8U CN205766373U (en) | 2016-05-21 | 2016-05-21 | One shakeouts laminarian slitter automatically |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205766373U true CN205766373U (en) | 2016-12-07 |
Family
ID=58117580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620463621.8U Withdrawn - After Issue CN205766373U (en) | 2016-05-21 | 2016-05-21 | One shakeouts laminarian slitter automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205766373U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105773693A (en) * | 2016-05-21 | 2016-07-20 | 王彬 | Automatic laminaria japonica flatting shredding machine |
| CN111546386A (en) * | 2020-04-24 | 2020-08-18 | 欧细邱 | Kelp silk making devices |
| CN114770629A (en) * | 2022-03-23 | 2022-07-22 | 荣成惠德环保科技有限公司 | Intelligent automatic whole kelp cutting and feeding system based on machine vision |
-
2016
- 2016-05-21 CN CN201620463621.8U patent/CN205766373U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105773693A (en) * | 2016-05-21 | 2016-07-20 | 王彬 | Automatic laminaria japonica flatting shredding machine |
| CN111546386A (en) * | 2020-04-24 | 2020-08-18 | 欧细邱 | Kelp silk making devices |
| CN114770629A (en) * | 2022-03-23 | 2022-07-22 | 荣成惠德环保科技有限公司 | Intelligent automatic whole kelp cutting and feeding system based on machine vision |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20171128 |