CN108620160A - A kind of new energy stalk recycling and processing device - Google Patents
A kind of new energy stalk recycling and processing device Download PDFInfo
- Publication number
- CN108620160A CN108620160A CN201810370413.7A CN201810370413A CN108620160A CN 108620160 A CN108620160 A CN 108620160A CN 201810370413 A CN201810370413 A CN 201810370413A CN 108620160 A CN108620160 A CN 108620160A
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- CN
- China
- Prior art keywords
- pieces
- gear
- case
- sliding
- sieve plate
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
- B02C1/14—Stamping mills
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D82/00—Crop conditioners, i.e. machines for crushing or bruising stalks
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/02—Feeding devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/16—Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
- B02C23/16—Separating or sorting of material, associated with crushing or disintegrating with separator defining termination of crushing or disintegrating zone, e.g. screen denying egress of oversize material
- B02C2023/165—Screen denying egress of oversize material
Landscapes
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Mechanical Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Combined Means For Separation Of Solids (AREA)
Abstract
The present invention relates to a kind of new energy devices,In particular be a kind of new energy stalk recycling and processing device include pusher scoop case,Stalk sliding panel,Roll gear,Roll tooth belt,Vibrating bin,Screw feeder,Discharging limit case,Feeding tube,Discharging limit case articulated jib,Smash gear-box to pieces,Smash gear-box belt to pieces,Smash case to pieces,Sector gear belt,Sector gear,Smash case sliding support arm to pieces,Smash case sliding sleeve to pieces,Smash case sliding sleeve spring to pieces,Transport roller machine pedestal,Transport roller,Conveyer belt,Transport roller belt,Motor housing,Motor belt,Screw feeder motor base,Screw feeder motor,Shell,It can solve the problems, such as that the fewer and fewer development new energy of non-renewable resources is extremely urgent,It is based on electric power chemical material mostly with existing new energy,The resource reclaim processing of withered agricultural crop straw recycles the problem of withered agricultural crop straw causes great waste using being fewer also unspecial device.
Description
Technical field
The present invention relates to a kind of new energy devices, are in particular a kind of new energy stalk recycling and processing devices.
Background technology
With the development of the city, demand of the people to the energy is more and more, some energy are non-renewable resources, with
The fewer and fewer development new energy of non-renewable resources is extremely urgent, and existing new energy is based on electric power chemical material mostly
, the resource reclaim processing of withered agricultural crop straw recycles withered agriculture using being fewer also unspecial device
Crop material causes great waste.
Invention content
The present invention relates to a kind of new energy devices, are in particular a kind of new energy stalk recycling and processing devices.It can be with
Solve the problems, such as that the fewer and fewer development new energy of non-renewable resources be extremely urgent and existing new energy is electrification mostly
It learns based on material, the resource reclaim processing of withered agricultural crop straw is recycled using being fewer also unspecial device
The problem of great waste being caused using withered agricultural crop straw.
In particular be a kind of new energy stalk recycling and processing device include pushing away the present invention relates to a kind of new energy device
The sub- case of shovel, stalk sliding panel roll that gear, to roll tooth belt, vibrating bin, screw feeder, discharging limit case, feeding soft
Pipe, smashs gear-box to pieces, smashs gear-box belt to pieces, smash case to pieces, sector gear belt, sector gear, smash discharging limit case articulated jib
Broken case sliding support arm smashs case sliding sleeve to pieces, smashs case sliding sleeve spring, transport roller machine pedestal, transport roller, conveying to pieces
Band, transport roller belt, motor housing, motor belt, screw feeder motor base, screw feeder motor, shell, can solve
Never the fewer and fewer development new energy of renewable resource is extremely urgent problem and existing new energy is electric power chemistry mostly
Based on material, the resource reclaim processing of withered agricultural crop straw recycles profit using being fewer also unspecial device
The problem of great waste being caused with withered agricultural crop straw.
The upper end of pusher scoop case is provided with pusher scoop slideway, pusher slides scoop, pusher scoop gag lever post, pusher scoop
The upper end of spring, pusher scoop articulated jib, pushing shovel sub-motor, pusher scoop case is welded with pusher scoop slideway, pusher scoop
The interior welds of slideway have pusher scoop gag lever post, the upper end sliding of pusher scoop gag lever post to have pusher to slide scoop, pusher scoop
Slideway is internally provided with pushing shovel sub-spring, and the upper end handing-over that pusher slides scoop has pusher scoop articulated jib, pusher scoop case
Be internally provided with pushing shovel sub-motor, the upper end handing-over of pushing shovel sub-motor has pusher scoop articulated jib.
The upper end of vibrating bin be provided with inclined-plane gear, vibrating bin rotation axis, vibrating bin motor, vibrating bin gear, vibration column,
Vibration column spring, vibrating bin glide base, vibrating bin roll roller, and the interior welds of vibrating bin have inclined-plane gear, inclined-plane gear
Upper end be provided with hole, the inner rotation of inclined-plane gear hole has vibrating bin rotation axis, vibrating bin to be internally provided with vibrating bin electricity
The upper end chain of machine, vibrating bin motor is connected to vibrating bin rotation axis, and the upper end key connection of vibrating bin rotation axis has vibrating bin gear, shakes
The upper end of dynamic case gear is provided with hole, and the internal slide of vibrating bin gear hole has vibration column, the lower end of vibration column to be provided with vibration
The upper end of column spring, vibrating bin gear is welded with vibration column spring, and the internal slide of vibrating bin has vibrating bin glide base, vibration
The upper end of case glide base is provided with hole, and the inner rotation in vibrating bin glide base hole has vibrating bin rotation axis, vibrating bin sliding
The lower end rotation of pedestal has vibrating bin to roll roller.
The upper end of screw feeder is provided with screw feeder rotation axis, helical blade, the inner rotation of screw feeder
There are screw feeder rotation axis, the upper end of screw feeder rotation axis to be welded with helical blade.
The upper end of discharging limit case is provided with discharge baffle, and discharging limit case is internally provided with slideway, discharging limit case
The upper end sliding of slideway has discharge baffle.
The upper end for smashing gear-box to pieces is provided with and smashs case gear pedestal to pieces, smash case gear to pieces, smash case gear articulated jib to pieces, smash to pieces
Gear-box sliding axle smashs gear-box sliding slot to pieces, smashs gear-box sliding block to pieces, smashing gear-box to pieces and smash plate to pieces, smashs the inside of gear-box to pieces
It is welded with and smashs case gear pedestal to pieces, case gear is smashed in the upper end rotation for smashing case gear pedestal to pieces to pieces, smashs the upper end weldering of case gear to pieces
It is connected to and smashs case gear articulated jib to pieces, the upper end for smashing case gear pedestal to pieces is provided with hole, smashs the internal slide of case gear base aperture to pieces
Have to smash gear-box sliding axle to pieces and smash the upper end of gear-box sliding axle to pieces and be welded with and smash gear-box sliding slot to pieces, smashs gear-box sliding slot to pieces
Internal slide smashs gear-box sliding block to pieces, and the upper end for smashing gear-box sliding block to pieces is hinged with and smashs case gear articulated jib to pieces, smashs gear to pieces
The lower end of case sliding axle, which is welded with, smashs gear-box to pieces and smashs plate to pieces.
The upper end for smashing case to pieces is provided with and smashs case rolled plate to pieces, smashs case to pieces and roll plate hole, discharging limit case hinged disk, motor housing
Hinged disk, sliding sieve plate, sliding sieve plate hole, sliding sieve plate spring, sliding sieve plate pedestal, sliding sieve plate pusher, sliding sieve plate
Pusher roller, sliding sieve plate pusher spring, sliding sieve plate pusher support column, sliding sieve plate gear, auxiliary sliding sieve plate,
The interior welds for smashing case to pieces smash case rolled plate to pieces, and the upper end for smashing case rolled plate to pieces is provided with and smashs case to pieces and roll plate hole, smashs case to pieces
Outer end be welded with discharging limit case hinged disk, the outer end for smashing case to pieces is welded with motor housing hinged disk, smashs the interior welds of case to pieces
There are sliding sieve plate pedestal, the internal slide of sliding sieve plate pedestal to have sliding sieve plate, the upper end for sliding sieve plate is provided with sliding sieve plate
Hole, the right end for sliding sieve plate are welded with sliding sieve plate spring, and the right end for sliding sieve plate is welded with sliding sieve plate pusher support column,
The upper end of sliding sieve plate pusher support column is provided with sliding sieve plate pusher spring, slides the upper end of sieve plate pusher support column
It is welded with sliding sieve plate pusher, the inner rotation of sliding sieve plate pusher has sliding sieve plate pusher roller, smashs the interior of case to pieces
Portion's rotation has sliding sieve plate gear, the internal slide of sliding sieve plate pedestal to have auxiliary sliding sieve plate, slide the bottom engagement of sieve plate
There are sliding sieve plate gear, the upper end of auxiliary sliding sieve plate to be engaged with sliding sieve plate gear.
The upper end of motor housing be provided with motor housing rotation axis, small belt pulley, big belt pulley, meshing gear, motor housing spring,
Spill gear, sliding retainer ring, motor housing articulated jib, rotation axis sleeve, rotation axis sleeve support arm, the inner rotation of motor housing have
The upper end of motor housing rotation axis, motor housing rotation axis is hinged with small belt pulley, and the upper end of motor housing rotation axis is hinged with big belt
Wheel, the upper end of motor housing rotation axis are hinged with meshing gear, and the upper end of motor housing rotation axis is provided with motor housing spring, rotation axis
The inner rotation of sleeve has motor housing rotation axis, the upper end handing-over of rotation axis sleeve to have spill gear, the upper end weldering of spill gear
It is connected to motor housing spring, the upper end sliding of rotation axis sleeve has sliding retainer ring, and sliding the upper end of retainer ring, to be hinged with motor housing hinged
The bottom of arm, motor housing is welded with rotation axis sleeve support arm, and the inner rotation of rotation axis sleeve support arm has rotation axis sleeve.
The bottom of shell is welded with pusher scoop case, and the left end of shell is welded with stalk sliding panel, stalk sliding panel
Upper end sliding has pusher to slide scoop, and the inner rotation of shell rolls gear, and the upper end for rolling gear is provided with and rolls gear skin
The left end of band, shell is welded with screw feeder, and the left end of screw feeder is welded with vibrating bin, and vibrating bin rolls the upper of roller
End, which is provided with, rolls tooth belt, and the upper end of screw feeder is welded with discharging limit case, and the upper end of discharging limit case is provided with
The upper end of feeding tube, discharge baffle is hinged with discharging limit case articulated jib, and the interior welds of shell are smashed gear-box to pieces, smashed to pieces
The upper end of case gear, which is provided with, smashs gear-box belt to pieces, and the upper end for smashing case gear to pieces is provided with sector gear belt, shell it is interior
Portion's rotation has sector gear, the upper end of sector gear to be provided with sector gear belt, and the interior welds of shell smash case sliding to pieces
Sleeve smashs being internally provided with for case sliding sleeve to pieces and smashs case sliding sleeve spring to pieces, and the internal slide for smashing case sliding sleeve to pieces has
Smash case sliding support arm to pieces, the outer end for smashing case to pieces is welded with and smashs case sliding support arm to pieces, and smashing the left end of case to pieces, to be provided with feeding soft
Pipe, the internal slide for smashing case to pieces smash gear-box to pieces and smash plate to pieces, and the upper end of discharging limit case hinged disk is hinged with discharging limit case
The upper end of articulated jib, motor housing hinged disk is hinged with motor housing articulated jib, and the bottom of shell is welded with transport roller machine pedestal, fortune
The upper end rotation of defeated roller machine pedestal has transport roller, and the upper end for transporting roller is provided with conveyer belt, and transport roller is set as two
A, the upper end for transporting roller is provided with transport roller belt, and shell is internally provided with motor housing, the upper end setting of small belt pulley
There is motor belt, the upper end for transporting roller is provided with motor belt, and the upper end of spill gear, which is provided with, smashs gear-box belt to pieces, outside
The bottom of shell is welded with screw feeder motor base, and the upper end of screw feeder motor base is provided with screw feeder electricity
The upper end of machine, screw feeder motor is connected with screw feeder rotation axis.
As advanced optimizing for the technical program, the vibration described in a kind of new energy stalk recycling and processing device of the present invention
Column, vibration column spring are disposed as four.
As advanced optimizing for the technical program, the motor described in a kind of new energy stalk recycling and processing device of the present invention
Case rotation axis, big belt pulley, meshing gear, spill gear, slides retainer ring, rotation axis sleeve concentrically line at small belt pulley.
As advanced optimizing for the technical program, the pusher described in a kind of new energy stalk recycling and processing device of the present invention
Scoop case, stalk sliding panel roll gear, roll tooth belt, vibrating bin, screw feeder, discharging limit case, discharging limit
Case articulated jib smashs gear-box to pieces, smashs case material selection stainless steel to pieces.
As advanced optimizing for the technical program, smashing to pieces described in a kind of new energy stalk recycling and processing device of the present invention
Case sliding support arm, smash to pieces case sliding sleeve, smash to pieces case sliding sleeve spring, transport roller be disposed as two.
As advanced optimizing for the technical program, the spiral described in a kind of new energy stalk recycling and processing device of the present invention
The interior welds of pusher have triangular hill block.
As advanced optimizing for the technical program, rolling described in a kind of new energy stalk recycling and processing device of the present invention
Tooth belt, vibrating bin roll roller concentrically line.
A kind of new energy stalk recycling and processing device of the present invention has the beneficial effect that：
The present invention relates to a kind of new energy devices, are in particular a kind of new energy stalk recycling and processing devices.It can be with
Solve the problems, such as that the fewer and fewer development new energy of non-renewable resources be extremely urgent and existing new energy is electrification mostly
It learns based on material, the resource reclaim processing of withered agricultural crop straw is recycled using being fewer also unspecial device
The problem of great waste being caused using withered agricultural crop straw.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is a kind of overall structure diagram of new energy stalk recycling and processing device of the present invention.
Fig. 2 is a kind of pusher scoop box structure schematic diagram of new energy stalk recycling and processing device of the present invention.
Fig. 3 is a kind of vibrating bin structural schematic diagram of new energy stalk recycling and processing device of the present invention.
Fig. 4 is a kind of screw feeder structural schematic diagram of new energy stalk recycling and processing device of the present invention.
Fig. 5 is that a kind of discharging of new energy stalk recycling and processing device of the present invention limits box structure schematic diagram.
Fig. 6 smashs gear box structure schematic diagram to pieces for a kind of new energy stalk recycling and processing device of the present invention.
Fig. 7 smashs box structure schematic diagram to pieces for a kind of new energy stalk recycling and processing device of the present invention.
Fig. 8 is that a kind of case of smashing to pieces of new energy stalk recycling and processing device of the present invention rolls plate structure schematic diagram.
Fig. 9 is a kind of sliding sieve-plate structure schematic diagram of new energy stalk recycling and processing device of the present invention.
Figure 10 is a kind of sliding sieve plate pusher configuration schematic diagram of new energy stalk recycling and processing device of the present invention.
Figure 11 is a kind of motor housing structural schematic diagram of new energy stalk recycling and processing device of the present invention.In figure：Pushing shovel
Sub- case 1；Pusher scoop slideway 1-1；Pusher slides scoop 1-2；Pusher scoop gag lever post 1-3；Pushing shovel sub-spring 1-4；Pushing shovel
Sub- articulated jib 1-5；Pushing shovel sub-motor 1-6；Stalk sliding panel 2；Roll gear 3；Roll tooth belt 4；Vibrating bin 5；Inclined-plane
Gear 5-1；Vibrating bin rotation axis 5-2；Vibrating bin motor 5-3；Vibrating bin gear 5-4；Vibration column 5-5；Vibration column spring 5-6；
Vibrating bin glide base 5-7；Vibrating bin rolls roller 5-8；Screw feeder 6；Screw feeder rotation axis 6-1；Helical blade
6-2；Discharging limit case 7；Discharge baffle 7-1；Feeding tube 8；Discharging limit case articulated jib 9；Smash gear-box 10 to pieces；Smash case tooth to pieces
Take turns pedestal 10-1；Smash case gear 10-2 to pieces；Smash case gear articulated jib 10-3 to pieces；Smash gear-box sliding axle 10-4 to pieces；Smash gear to pieces
Case sliding slot 10-5；Smash gear-box sliding block 10-6 to pieces；It smashs gear-box to pieces and smashs plate 10-7 to pieces；Smash gear-box belt 11 to pieces；Smash case 12 to pieces；
Smash case rolled plate 12-1 to pieces；It smashs case to pieces and rolls plate hole 12-2；Discharging limit case hinged disk 12-3；Motor housing hinged disk 12-4；It is sliding
Dynamic sieve plate 12-5；Slide sieve plate hole 12-6；Slide sieve plate spring 12-7；Slide sieve plate pedestal 12-8；Slide sieve plate pusher 12-
9；Slide sieve plate pusher roller 12-10；Slide sieve plate pusher spring 12-11；Slide sieve plate pusher support column 12-12；
Slide sieve plate gear 12-13；Auxiliary sliding sieve plate 12-4；Sector gear belt 13；Sector gear 14；Smash case sliding support arm to pieces
15；Smash case sliding sleeve 16 to pieces；Smash case sliding sleeve spring 17 to pieces；Transport roller machine pedestal 18；Transport roller 19；Conveyer belt
20；Transport roller belt 21；Motor housing 22；Motor housing rotation axis 22-1；Small belt pulley 22-2；Big belt pulley 22-3；Engaging tooth
Take turns 22-4；Motor housing spring 22-5；Spill gear 22-6；Slide retainer ring 22-7；Motor housing articulated jib 22-8；Rotation axis sleeve
22-9；Rotation axis sleeve support arm 22-10；Motor belt 23；Screw feeder motor base 24；Screw feeder motor 25；
Shell 26.
Specific implementation mode
Specific implementation mode one：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present invention mainly solves technology
Problem is to provide a kind of new energy stalk recycling and processing device, including pusher scoop case 1, stalk sliding panel 2, rolls gear 3, grinds
Pressure tooth belt 4, screw feeder 6, discharging limit case 7, feeding tube 8, discharging limit case articulated jib 9, is smashed to pieces vibrating bin 5
Gear-box 10 smashs gear-box belt 11 to pieces, smashs case 12 to pieces, sector gear belt 13, sector gear 14, smashs case sliding support arm to pieces
15, it smashs case sliding sleeve 16 to pieces, smash case sliding sleeve spring 17, transport roller machine pedestal 18, transport roller 19, conveyer belt to pieces
20, transport roller belt 21, motor housing 22, motor belt 23, screw feeder motor base 24, screw feeder motor 25,
Shell 26 can solve the problems, such as that the fewer and fewer development new energy of non-renewable resources is extremely urgent and existing new energy
It is that the resource reclaim processing of withered agricultural crop straw is using being fewer also without special mostly based on electric power chemical material
Device recycle the problem of withered agricultural crop straw causes great waste.
The upper end of pusher scoop case 1 is provided with pusher scoop slideway 1-1, pusher slides scoop 1-2, pusher scoop gag lever post 1-
3, pushing shovel sub-spring 1-4, pusher scoop articulated jib 1-5, pushing shovel sub-motor 1-6, the upper end of pusher scoop case 1, which is welded with, to push away
The interior welds of the sub- slideway 1-1 of shovel, pusher scoop slideway 1-1 have pusher scoop gag lever post 1-3, pusher scoop gag lever post 1-3
Upper end sliding there is pusher to slide scoop 1-2, pusher scoop slideway 1-1's is internally provided with pushing shovel sub-spring 1-4, and pusher slides shovel
The upper end handing-over of sub- 1-2 has pusher scoop articulated jib 1-5, pusher scoop case 1 to be internally provided with pushing shovel sub-motor 1-6, push away
The upper end handing-over of shovel sub-motor 1-6 has pusher scoop articulated jib 1-5.
The upper end of vibrating bin 5 is provided with inclined-plane gear 5-1, vibrating bin rotation axis 5-2, vibrating bin motor 5-3, vibrating bin tooth
Wheel 5-4, vibration column 5-5, vibration column spring 5-6, vibrating bin glide base 5-7, vibrating bin roll roller 5-8, vibrating bin 5 it is interior
Portion is welded with inclined-plane gear 5-1, and the upper end of inclined-plane gear 5-1 is provided with hole, and the inner rotation in the inclined-plane holes gear 5-1 has vibrating bin
Rotation axis 5-2, vibrating bin 5 are internally provided with vibrating bin motor 5-3, and the upper end chain of vibrating bin motor 5-3 is connected to vibrating bin and turns
The upper end key connection of moving axis 5-2, vibrating bin rotation axis 5-2 have vibrating bin gear 5-4, the upper end of vibrating bin gear 5-4 to be provided with
The internal slide in hole, the holes vibrating bin gear 5-4 has vibration column 5-5, the lower end of vibration column 5-5 to be provided with vibration column spring 5-6, shake
The upper end of dynamic case gear 5-4 is welded with vibration column spring 5-6, and the internal slide of vibrating bin 5 has vibrating bin glide base 5-7, shakes
The upper end of dynamic case glide base 5-7 is provided with hole, and the inner rotation in the holes vibrating bin glide base 5-7 has vibrating bin rotation axis 5-2,
The lower end rotation of vibrating bin glide base 5-7 has vibrating bin to roll roller 5-8.
The upper end of screw feeder 6 is provided with screw feeder rotation axis 6-1, helical blade 6-2, screw feeder 6
Inner rotation has screw feeder rotation axis 6-1, the upper end of screw feeder rotation axis 6-1 to be welded with helical blade 6-2.
The upper end of discharging limit case 7 is provided with discharge baffle 7-1, and discharging limit case 7 is internally provided with slideway, discharging limit
The upper end sliding of position 7 slideway of case has discharge baffle 7-1.
The upper end for smashing gear-box 10 to pieces is provided with and smashs case gear pedestal 10-1 to pieces, smash case gear 10-2 to pieces, smash case gear to pieces
Articulated jib 10-3, it smashs gear-box sliding axle 10-4 to pieces, smashs gear-box sliding slot 10-5 to pieces, smash gear-box sliding block 10-6 to pieces, smash tooth to pieces
Roller box smashs plate 10-7 to pieces, and the interior welds for smashing gear-box 10 to pieces smash case gear pedestal 10-1 to pieces, smash case gear pedestal 10-1 to pieces
Upper end rotation smash case gear 10-2 to pieces, the upper end for smashing case gear 10-2 to pieces is welded with and smashs case gear articulated jib 10-3 to pieces, smashes
The upper end of broken case gear pedestal 10-1 is provided with hole, and the internal slide for smashing the holes case gear pedestal 10-1 to pieces smashs gear-box sliding to pieces
The upper end that axis 10-4 smashs gear-box sliding axle 10-4 to pieces is welded with and smashs gear-box sliding slot 10-5 to pieces, smashs gear-box sliding slot 10-5's to pieces
Internal slide smashs gear-box sliding block 10-6 to pieces, and the upper end for smashing gear-box sliding block 10-6 to pieces is hinged with and smashs case gear articulated jib to pieces
10-3, the lower end for smashing gear-box sliding axle 10-4 to pieces are welded with and smash gear-box to pieces and smash plate 10-7 to pieces.
Smash to pieces case 12 upper end be provided with smash to pieces case rolled plate 12-1, smash to pieces case roll plate hole 12-2, discharging limit case hinge
Connect disk 12-3, motor housing hinged disk 12-4, sliding sieve plate 12-5, sliding sieve plate hole 12-6, sliding sieve plate spring 12-7, sliding sieve
Plate pedestal 12-8, sliding sieve plate pusher 12-9, sliding sieve plate pusher roller 12-10, sliding sieve plate pusher spring 12-
11, sliding sieve plate pusher support column 12-12, sliding sieve plate gear 12-13, auxiliary sliding sieve plate 12-4, smash the interior of case 12 to pieces
Portion, which is welded with, smashs case rolled plate 12-1 to pieces, and the upper end for smashing case rolled plate 12-1 to pieces is provided with and smashs case to pieces and roll plate hole 12-2, smashs to pieces
The outer end of case 12 is welded with discharging limit case hinged disk 12-3, and the outer end for smashing case 12 to pieces is welded with motor housing hinged disk 12-4, smashes
The interior welds of broken case 12 have sliding sieve plate pedestal 12-8, the internal slide of sliding sieve plate pedestal 12-8 to have sliding sieve plate 12-5,
The upper end of sliding sieve plate 12-5 is provided with sliding sieve plate hole 12-6, and the right end of sliding sieve plate 12-5 is welded with sliding sieve plate spring
The right end of 12-7, sliding sieve plate 12-5 are welded with sliding sieve plate pusher support column 12-12, slide sieve plate pusher support column
The upper end of 12-12 is provided with sliding sieve plate pusher spring 12-11, the upper end welding of sliding sieve plate pusher support column 12-12
There are sliding sieve plate pusher 12-9, the inner rotation of sliding sieve plate pusher 12-9 to have sliding sieve plate pusher roller 12-10, smash
The inner rotation of broken case 12 has sliding sieve plate gear 12-13, the internal slide of sliding sieve plate pedestal 12-8 to have auxiliary sliding sieve plate
The bottom of 12-4, sliding sieve plate 12-5 are engaged with sliding sieve plate gear 12-13, and the upper end of auxiliary sliding sieve plate 12-4 is engaged with cunning
Dynamic sieve plate gear 12-13.
The upper end of motor housing 22 is provided with motor housing rotation axis 22-1, small belt pulley 22-2, big belt pulley 22-3, engaging tooth
Take turns 22-4, motor housing spring 22-5, spill gear 22-6, sliding retainer ring 22-7, motor housing articulated jib 22-8, rotation axis sleeve
22-9, rotation axis sleeve support arm 22-10, the inner rotation of motor housing 22 have motor housing rotation axis 22-1, motor housing rotation axis
The upper end of 22-1 is hinged with small belt pulley 22-2, and the upper end of motor housing rotation axis 22-1 is hinged with big belt pulley 22-3, motor housing
The upper end of rotation axis 22-1 is hinged with meshing gear 22-4, and the upper end of motor housing rotation axis 22-1 is provided with motor housing spring 22-
The inner rotation of 5, rotation axis sleeve 22-9 have motor housing rotation axis 22-1, the upper end handing-over of rotation axis sleeve 22-9 to have spill tooth
22-6 is taken turns, the upper end of spill gear 22-6 is welded with motor housing spring 22-5, and the upper end sliding of rotation axis sleeve 22-9 has sliding
The upper end of retainer ring 22-7, sliding retainer ring 22-7 are hinged with motor housing articulated jib 22-8, and the bottom of motor housing 22 is welded with rotation axis
The inner rotation of housing supports arm 22-10, rotation axis sleeve support arm 22-10 have rotation axis sleeve 22-9.
The bottom of shell 26 is welded with pusher scoop case 1, and the left end of shell 26 is welded with stalk sliding panel 2, and stalk is slided
The upper end sliding of movable plate 2 has pusher to slide scoop 1-2, and the inner rotation of shell 26 rolls gear 3, and the upper end for rolling gear 3 is set
It is equipped with and rolls tooth belt 4, the left end of shell 26 is welded with screw feeder 6, and the left end of screw feeder 6 is welded with vibrating bin
5, the upper end that vibrating bin rolls roller 5-8 is provided with and rolls tooth belt 4, and the upper end of screw feeder 6 is welded with discharging limit
The upper end of case 7, discharging limit case 7 is provided with feeding tube 8, and the upper end of discharge baffle 7-1 is hinged with discharging limit case articulated jib
9, the interior welds of shell 26 smash gear-box 10 to pieces, and the upper end for smashing case gear 10-2 to pieces is provided with and smashs gear-box belt 11 to pieces,
The upper end for smashing case gear 10-2 to pieces is provided with sector gear belt 13, and the inner rotation of shell 26 has sector gear 14, sector
The upper end of wheel 14 is provided with sector gear belt 13, and the interior welds of shell 26 smash case sliding sleeve 16 to pieces, smashs case sliding to pieces
Case sliding sleeve spring 17 is smashed in being internally provided with for sleeve 16 to pieces, and the internal slide for smashing case sliding sleeve 16 to pieces smashs case sliding to pieces
Support arm 15, the outer end for smashing case 12 to pieces are welded with and smash case sliding support arm 15 to pieces, and the left end for smashing case 12 to pieces is provided with feeding tube
8, the internal slide for smashing case 12 to pieces smashs gear-box to pieces and smashs plate 10-7 to pieces, and the upper end of discharging limit case hinged disk 12-3 is hinged with out
The upper end of material limit case articulated jib 9, motor housing hinged disk 12-4 is hinged with motor housing articulated jib 22-8, the bottom welding of shell 26
There are transport roller machine pedestal 18, the upper end rotation of transport roller machine pedestal 18 to there is transport roller 19, the upper end of transport roller 19 to set
It is equipped with conveyer belt 20, transport roller 19 is set as two, and the upper end of transport roller 19 is provided with transport roller belt 21, shell 26
Be internally provided with motor housing 22, the upper end of small belt pulley 22-2 is provided with motor belt 23, the upper end setting of transport roller 19
There is motor belt 23, the upper end of spill gear 22-6, which is provided with, smashs gear-box belt 11 to pieces, and the bottom of shell 26 is welded with spiral
The upper end of pusher motor base 24, screw feeder motor base 24 is provided with screw feeder motor 25, screw feeder
The upper end of motor 25 is connected with screw feeder rotation axis 6-1.
Specific implementation mode two：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the vibration column 5-5, vibration column spring 5-6 are disposed as four.
Specific implementation mode three：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, the motor housing rotation axis 22-1, small belt pulley 22-2, big belt pulley 22-3, meshing gear 22-4,
Spill gear 22-6, retainer ring 22-7, rotation axis sleeve 22-9 concentrically line are slided.
Specific implementation mode four：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, the pusher scoop case 1, stalk sliding panel 2, roll gear 3, roll tooth belt 4, vibrating bin 5,
Screw feeder 6, discharging limit case articulated jib 9, smashs gear-box 10 to pieces, smashs 12 material selection stainless steel of case to pieces discharging limit case 7
Material.
Specific implementation mode five：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and described smashs case sliding support arm 15 to pieces, smash case sliding sleeve 16 to pieces, smash case sliding sleeve spring to pieces
17, transport roller 19 is disposed as two.
Specific implementation mode six：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the interior welds of the screw feeder 6 have triangular hill block.
Specific implementation mode seven：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, it is described roll tooth belt 4, vibrating bin rolls roller 5-8 concentrically lines.
The present invention operation principle be：
A kind of operation principle of new energy stalk recycling and processing device is that stalk is placed into the upper end of stalk sliding panel 2,
The 1-6 rotations of pushing shovel sub-motor pull the 1-5 movements of pusher scoop articulated jib, the 1-5 movements of pusher scoop articulated jib that pusher is pulled to slide
For scoop 1-2 in pusher scoop slideway 1-1 internal slides, pusher scoop gag lever post 1-3 plays the role of limit, pusher scoop hinge
Meeting arm 1-5 pulls to the right pusher to slide scoop 1-2, and pusher cunning scoop 1-2, which moves right, oppresses the 1-4 contractions of pushing shovel sub-spring, pushes away
The sub- articulated jib 1-5 of shovel, which is moved to the left, pushes pusher cunning scoop 1-2 to be moved to the left, while by the effect of pushing shovel sub-spring 1-4
It pushes dynamic pusher cunning scoop 1-2 to be moved to the left, pusher slides scoop 1-2 and moves back and forth the straw that will be placed on 2 upper end of stalk sliding panel
Stalk inwardly pushes, and has motor drive to roll the rotation of gear 3, rolls the rotation drive of gear 3 and rolls the rotation of tooth belt 4, rolls
The rotation of tooth belt 4 drives vibrating bin to roll roller 5-8 rotations, rolls gear 3 and rolls roller 5-8 rotations by stalk with vibrating bin
It pulverizes, the 5-3 rotations of vibrating bin motor drive the 5-2 rotations of vibrating bin rotation axis, the 5-2 rotations of vibrating bin rotation axis to drive vibrating bin tooth
5-4 rotations are taken turns, the 5-4 rotations of vibrating bin gear drive vibration column 5-5 rotations, by the position-limiting action vibration column 5-5 of inclined-plane gear 5-1
Can move down while oppress vibration column spring 5-6 in rotation, vibration column 5-5 turn to the narrow one end inclined-plane gear 5-1 by
It pushes vibration column 5-5 upwards under the active force of vibration column spring 5-6 to complete to reset, vibration column 5-5 pumps constantly
It hits vibrating bin glide base 5-7 of the sliding inside vibrating bin 5 and generates vibration, vibrating bin glide base 5-7 vibration band turns
Dynamic vibrating bin rolls roller 5-8 vibrations, and vibrating bin rolls roller 5-8 vibrations can be when rolling stalk by the soil of stalk upper end
Vibration falls off and eliminates impurity, roll gear 3 and vibrating bin roll roller 5-8 rotations while rolling stalk by stalk to the right
It is pushed into the inside of screw feeder 6, is rotated by screw feeder motor 25 and drives the 6-1 rotations of screw feeder rotation axis, spiral shell
It revolves pusher rotation axis 6-1 rotation and drives helical blade 6-2 rotations, helical blade 6-2 is rotatably assorted 6 inside weldering of screw feeder
Stalk is blended and pushes the inside for being slipped to feeding tube 8 by discharging limit case 7 upwards by the triangular hill connect, then by sending
The inside of material hose 8, which is slipped to, smashs to pieces inside case 12, drives big belt pulley 22-3 rotations, big belt pulley 22-3 to rotate band by motor
Dynamic motor housing rotation axis 22-1 rotations, the 22-1 rotations of motor housing rotation axis drive small belt pulley 22-2 rotations, due to feeding tube 8
It is slipped to the stalk for smashing to pieces inside case 12 and constantly becomes multiple quantitative change and pull down again and smash case 12 to pieces, smash case 12 to pieces and move down drive
Case sliding support arm 15 is smashed to pieces in the inside slide downward for smashing case sliding sleeve 16 to pieces, smashs case sliding support 15 slide downward of arm to pieces
The contraction of case sliding sleeve spring 17 is smashed in compressing simultaneously to pieces, is smashed case 12 to pieces and is moved down pulling discharging limit case articulated jib 9 to moving down
Dynamic, discharging limit case articulated jib 9 moves down the inside slide downward for pulling discharge baffle 7-1 in discharging limit case 7, discharging gear
Discharging limit case 7 is blocked the stalk for making screw feeder 6 blend and not smash being fallen on by sliding feeding tube 8 by plate 7-1 slide downwards
The inside of broken case 12, smash to pieces case 12 move down drive motor housing articulated jib 22-8 be moved to the left, motor housing articulated jib 22-8 to
Move left drive sliding retainer ring 22-7 be moved to the left, sliding retainer ring 22-7 be moved to the left push spill gear 22-6 be moved to the left with
Meshing gear 22-4 engagements, meshing gear 22-4 rotations drive the 22-6 rotations of spill gear, and the 22-6 rotations of spill gear, which drive, smashes
Broken gear-box belt 11 rotates, and smashs the rotation drive of gear-box belt 11 to pieces and smashs the 10-2 rotations of case gear to pieces, smashs case gear 10-2 to pieces
Case gear articulated jib 10-3 rotation is smashed in drive to pieces, is smashed the 10-3 rotations of case gear articulated jib to pieces and is driven and smashs gear-box sliding block 10-6 to pieces and exist
Smash gear-box sliding slot 10-5 internal slides to pieces, the position-limiting action due to smashing gear-box sliding slot 10-5 to pieces, which is worked as, smashs gear-box sliding block to pieces
The drive of 10-6 left ends is smashed gear-box sliding axle 10-4 to pieces and is moved up, and smashs gear-box sliding axle 10-4 to pieces and is moved upwards up to and most pushes up
Point when smash to pieces gear-box sliding block 10-6 slide into smash to pieces gear-box sliding slot 10-5 right end drive smash gear-box sliding axle 10- to pieces
4 move down, and smash case gear 10-2 to pieces and constantly rotate drive and smash gear-box sliding axle 10-4 to pieces and constantly pump,
It smashs the gear-box sliding axle 10-4 drives that pump to pieces to smash gear-box to pieces and smash plate 10-7 to pieces and pump, smashs gear to pieces
Case smashs the plate 10-7 cooperations that pump to pieces and smashs case rolled plate 12-1 to pieces and smash the stalk blended to pieces, and the stalk smashed to pieces is by smashing to pieces
Case rolls plate hole 12-2 to falling in the upper end of sliding sieve plate 12-5, smashs the 10-2 rotations of case gear to pieces and drives sector gear belt 13
Rotation, the rotation of sector gear belt 13 drive sector gear 14 to rotate, the rotation touching sliding sieve plate pusher roller of sector gear 14
Sub- 12-10, sliding sieve plate pusher roller 12-10 push sliding sieve plate pusher 12-9 to oppress sliding sieve plate simultaneously and push to the left
Device spring 12-11, sliding sieve plate pusher 12-9 are moved to the left drive sliding sieve plate pusher support column 12-12 and are moved to the left,
Sliding sieve plate pusher support column 12-12 is moved to the left drive sliding sieve plate 12-5 and is moved to the left while oppressing sliding sieve plate spring
12-7, sliding sieve plate 12-5 are moved to the left drive sliding sieve plate gear 12-13 rotations, and the 12-13 rotations of sliding sieve plate gear drive
Auxiliary sliding sieve plate 12-4 relative motions move right, and stop touching sliding sieve plate pusher roller when sector gear 14 rotates
By pushing sliding sieve plate to the right under the active force of sliding sieve plate spring 12-7 and sliding sieve plate pusher spring 12-11 when 12-10
12-5 completes to reset with sliding sieve plate pusher 12-9, and sector gear 14 rotates continuous touching sliding sieve plate pusher roller
12-10 drives sliding sieve plate 12-5 to do relatively reciprocating motion with auxiliary sliding sieve plate 12-4, and sliding sieve plate 12-5 is slided with auxiliary
Sieve plate 12-4 relative motions will fall off to be fallen after the stalk of the upper ends sliding sieve plate 12-5 is screened by sliding sieve plate hole 12-6, is slided
The bulk stalk that do not smashed to pieces can be stayed in upper end by sieve plate 12-5 with auxiliary sliding sieve plate 12-4 relative motions, the straw being grinded up
Stalk can be fallen this ensure that the size of stalk particle is equally conducive to the use in later stage relatively, and the stalk being grinded up is by smashing to pieces
Case 12 is slipped to the upper end of conveyer belt 20, and stalk, which constantly skids off, to be smashed case 12 to pieces and make to smash to pieces 12 weight of case by smashing case sliding to pieces
It is pushed up under the active force of sleeve spring 17 and smashs case sliding support arm 15 to pieces and move up, it is upward to smash case sliding support arm 15 to pieces
Mobile drive is smashed case 12 to pieces and is moved up, and smashs case 12 to pieces and moves up drive discharging limit case articulated jib 9 and moves up, discharging limit
Position case articulated jib 9 moves up the inside upward sliding for driving discharge baffle 7-1 in discharging limit case 7, and discharge baffle 7-1 is upward
It is mobile that discharging limit case 7 is made to open, the discharging limit opening of case 7 can make the stalk that screw feeder 6 blends by feeding tube 8 after
It is continuous to be slipped to the inside for smashing case 12 to pieces, it is slipped to this avoid stalk and smashs 12 inside of case to pieces and excessively make to smash to pieces that work is not fine and smooth to be led
The excessive use for influencing the later stage of the particle for smashing stalk to pieces is caused, case 12 is smashed to pieces and moves up and pull motor housing articulated jib 22-8 to moving up
Dynamic, motor housing articulated jib 22-8 moves up drive sliding retainer ring 22-7 and moves right, due to the effect of motor housing spring 22-5
It pushes spill gear 22-6 to detach with meshing gear 22-4 under strength to the left to stop operating, spill gear 22-6 stops operating drive
Smash gear-box belt 11 to pieces and stop operating with case gear 10-2 is smashed to pieces, smash to pieces case gear 10-2 stop operating drive sector gear skin
Band 13 stops operating with sector gear 14, and sector gear 14, which stops operating, does not touch extruding sliding sieve plate pusher roller 12-10
Sliding sieve plate 12-5 and auxiliary sliding sieve plate 12-4 is set to stop relative motion, sliding sieve plate 12-5 stops with auxiliary sliding sieve plate 12-4
Only relative motion avoids rolling plate hole 12-2 and sliding sieve plate hole 12-6 by smashing case to pieces when stalk is slipped to and smashs 12 inside of case to pieces
It skids off, influences the feeding for smashing case 12 to pieces, small belt pulley 22-2 rotations drive motor belt 23 to rotate, and the rotation of motor belt 23 drives
It transports roller 19 to rotate, the transport rotation of roller 19 drives transport roller belt 21 to rotate, and the transport rotation of roller belt 21 drives another
One transport roller 19 rotates, and transport roller 19 rotates driving conveying belt 20 and rotates, and the rotation of conveyer belt 20 can will be slipped to
The stalk powder at end transports be collected to the right, stalk powder can be used for burn processing or fermentation become newly can the energy solve
Non-renewable resources fewer and fewer development new energy is extremely urgent problem and existing new energy is electric power chemistry mostly
Based on material, the resource reclaim processing of withered agricultural crop straw recycles profit using being fewer also unspecial device
The problem of great waste being caused with withered agricultural crop straw.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (7)
1. a kind of new energy stalk recycling and processing device, including pusher scoop case (1), stalk sliding panel (2), roll gear (3),
Roll tooth belt (4), vibrating bin (5), screw feeder (6), discharging limit case (7), feeding tube (8), discharging limit case
Articulated jib (9) smashs gear-box (10) to pieces, smashs gear-box belt (11) to pieces, smashs case (12), sector gear belt (13), sector to pieces
Gear (14) smashs case sliding support arm (15) to pieces, smashs case sliding sleeve (16) to pieces, smashs case sliding sleeve spring (17), transport to pieces
Roller machine pedestal (18), transport roller (19), conveyer belt (20), transport roller belt (21), motor housing (22), motor belt
(23), screw feeder motor base (24), screw feeder motor (25), shell (26), it is characterised in that：The pusher
The upper end of scoop case (1) is provided with pusher scoop slideway (1-1), pusher slides scoop (1-2), pusher scoop gag lever post (1-3), pushes away
Shovel sub-spring (1-4), pusher scoop articulated jib (1-5), pushing shovel sub-motor (1-6), the upper end welding of pusher scoop case (1)
There are pusher scoop slideway (1-1), the interior welds of pusher scoop slideway (1-1) to have pusher scoop gag lever post (1-3), pusher scoop
The upper end sliding of gag lever post (1-3) has pusher to slide scoop (1-2), and pusher scoop slideway (1-1) is internally provided with pusher scoop
Spring (1-4), the upper end handing-over that pusher slides scoop (1-2) have pusher scoop articulated jib (1-5), the inside of pusher scoop case (1)
It is provided with pushing shovel sub-motor (1-6), the upper end handing-over of pushing shovel sub-motor (1-6) has pusher scoop articulated jib (1-5)；
The upper end of vibrating bin (5) is provided with inclined-plane gear (5-1), vibrating bin rotation axis (5-2), vibrating bin motor (5-3), vibration
Case gear (5-4), vibration column (5-5), vibration column spring (5-6), vibrating bin glide base (5-7), vibrating bin roll roller (5-
8), the interior welds of vibrating bin (5) have inclined-plane gear (5-1), the upper end of inclined-plane gear (5-1) to be provided with hole, inclined-plane gear (5-
1) inner rotation in hole has vibrating bin rotation axis (5-2), vibrating bin (5) to be internally provided with vibrating bin motor (5-3), vibrating bin
The upper end chain of motor (5-3) is connected to vibrating bin rotation axis (5-2), and the upper end key connection of vibrating bin rotation axis (5-2) has vibrating bin
The upper end of gear (5-4), vibrating bin gear (5-4) is provided with hole, and the internal slide in the hole vibrating bin gear (5-4) has vibration column
The lower end of (5-5), vibration column (5-5) are provided with vibration column spring (5-6), and the upper end of vibrating bin gear (5-4) is welded with vibration
Column spring (5-6), the internal slide of vibrating bin (5) have a vibrating bin glide base (5-7), vibrating bin glide base (5-7) it is upper
End is provided with hole, and the inner rotation in the hole vibrating bin glide base (5-7) has vibrating bin rotation axis (5-2), vibrating bin glide base
The lower end rotation of (5-7) has vibrating bin to roll roller (5-8)；
The upper end of screw feeder (6) is provided with screw feeder rotation axis (6-1), helical blade (6-2), screw feeder
(6) inner rotation has screw feeder rotation axis (6-1), the upper end of screw feeder rotation axis (6-1) to be welded with helical-blade
Piece (6-2)；
The upper end of discharging limit case (7) is provided with discharge baffle (7-1), and discharging limit case (7) is internally provided with slideway, discharging
The upper end sliding of limit case (7) slideway has discharge baffle (7-1)；
The upper end for smashing gear-box (10) to pieces is provided with and smashs case gear pedestal (10-1) to pieces, smash case gear (10-2) to pieces, smash case tooth to pieces
Wheel articulated jib (10-3) smashs gear-box sliding axle (10-4) to pieces, smashs gear-box sliding slot (10-5) to pieces, smashs gear-box sliding block (10- to pieces
6) it, smashs gear-box to pieces and smashs plate (10-7) to pieces, the interior welds for smashing gear-box (10) to pieces smash case gear pedestal (10-1) to pieces, smash to pieces
Case gear (10-2) is smashed in the upper end rotation of case gear pedestal (10-1) to pieces, and the upper end for smashing case gear (10-2) to pieces is welded with and smashs to pieces
Case gear articulated jib (10-3), the upper end for smashing case gear pedestal (10-1) to pieces are provided with hole, smash the hole case gear pedestal (10-1) to pieces
Internal slide have to smash gear-box sliding axle (10-4) to pieces and smash the upper end of gear-box sliding axle (10-4) to pieces and be welded with and smash gear to pieces
Case sliding slot (10-5), the internal slide for smashing gear-box sliding slot (10-5) to pieces smash gear-box sliding block (10-6) to pieces, smash gear-box to pieces
The upper end of sliding block (10-6), which is hinged with, smashs case gear articulated jib (10-3) to pieces, smashs the lower end welding of gear-box sliding axle (10-4) to pieces
It smashs gear-box to pieces and smashs plate (10-7) to pieces；
Smash to pieces case (12) upper end be provided with smash to pieces case rolled plate (12-1), smash to pieces case roll plate hole (12-2), discharging limit case
Hinged disk (12-3), motor housing hinged disk (12-4), sliding sieve plate (12-5), sliding sieve plate hole (12-6), sliding sieve plate spring
(12-7), sliding sieve plate pedestal (12-8), sliding sieve plate pusher (12-9), sliding sieve plate pusher roller (12-10), sliding
Sieve plate pusher spring (12-11), sliding sieve plate pusher support column (12-12), sliding sieve plate gear (12-13), auxiliary are slided
Dynamic sieve plate (12-4), the interior welds for smashing case (12) to pieces smash case rolled plate (12-1) to pieces, smash the upper of case rolled plate (12-1) to pieces
End, which is provided with, smashs case to pieces and rolls plate hole (12-2), and the outer end for smashing case (12) to pieces is welded with discharging limit case hinged disk (12-3), smashes
The outer end of broken case (12) is welded with motor housing hinged disk (12-4), and the interior welds for smashing case (12) to pieces have sliding sieve plate pedestal (12-
8), the internal slide of sliding sieve plate pedestal (12-8) has sliding sieve plate (12-5), the upper end of sliding sieve plate (12-5) to be provided with cunning
The right end of dynamic sieve plate hole (12-6), sliding sieve plate (12-5) are welded with sliding sieve plate spring (12-7), sliding sieve plate (12-5)
Right end is welded with sliding sieve plate pusher support column (12-12), and the upper end of sliding sieve plate pusher support column (12-12) is provided with
Sieve plate pusher spring (12-11) is slided, the upper end of sliding sieve plate pusher support column (12-12) is welded with sliding sieve plate and pushes
The inner rotation of device (12-9), sliding sieve plate pusher (12-9) has sliding sieve plate pusher roller (12-10), smashs case (12) to pieces
Inner rotation have sliding sieve plate gear (12-13), sliding sieve plate pedestal (12-8) internal slide have auxiliary sliding sieve plate
The bottom of (12-4), sliding sieve plate (12-5) are engaged with sliding sieve plate gear (12-13), the upper end of auxiliary sliding sieve plate (12-4)
It is engaged with sliding sieve plate gear (12-13)；
The upper end of motor housing (22) is provided with motor housing rotation axis (22-1), small belt pulley (22-2), big belt pulley (22-3), nibbles
Close gear (22-4), motor housing spring (22-5), spill gear (22-6), sliding retainer ring (22-7), motor housing articulated jib (22-
8), rotation axis sleeve (22-9), rotation axis sleeve support arm (22-10), the inner rotation of motor housing (22) have motor housing rotation
Axis (22-1), the upper end of motor housing rotation axis (22-1) are hinged with small belt pulley (22-2), motor housing rotation axis (22-1) it is upper
End is hinged with big belt pulley (22-3), and the upper end of motor housing rotation axis (22-1) is hinged with meshing gear (22-4), and motor housing turns
The upper end of moving axis (22-1) is provided with motor housing spring (22-5), and the inner rotation of rotation axis sleeve (22-9) has motor housing rotation
The upper end handing-over of axis (22-1), rotation axis sleeve (22-9) has spill gear (22-6), the upper end welding of spill gear (22-6)
There are motor housing spring (22-5), the upper end sliding of rotation axis sleeve (22-9) to have sliding retainer ring (22-7), sliding retainer ring (22-7)
Upper end be hinged with motor housing articulated jib (22-8), the bottom of motor housing (22) is welded with rotation axis sleeve support arm (22-10),
The inner rotation of rotation axis sleeve support arm (22-10) has rotation axis sleeve (22-9)；
The bottom of shell (26) is welded with pusher scoop case (1), and the left end of shell (26) is welded with stalk sliding panel (2), straw
The upper end sliding of stalk sliding panel (2) has pusher to slide scoop (1-2), and the inner rotation of shell (26) rolls gear (3), rolls tooth
The upper end of wheel (3), which is provided with, rolls tooth belt (4), and the left end of shell (26) is welded with screw feeder (6), screw feeder
(6) left end is welded with vibrating bin (5), and the upper end that vibrating bin rolls roller (5-8) is provided with and rolls tooth belt (4), spiral
The upper end of pusher (6) is welded with discharging limit case (7), and the upper end of discharging limit case (7) is provided with feeding tube (8), discharges
The upper end of baffle (7-1) is hinged with discharging limit case articulated jib (9), and the interior welds of shell (26) smash gear-box (10) to pieces,
The upper end for smashing case gear (10-2) to pieces is provided with and smashs gear-box belt (11) to pieces, and the upper end for smashing case gear (10-2) to pieces is provided with fan
The inner rotation of shape tooth belt (13), shell (26) has sector gear (14), the upper end of sector gear (14) to be provided with sector
The interior welds of tooth belt (13), shell (26) smash case sliding sleeve (16) to pieces, smash the inside of case sliding sleeve (16) to pieces
It is provided with and smashs case sliding sleeve spring (17) to pieces, the internal slide for smashing case sliding sleeve (16) to pieces smashs case sliding support arm to pieces
(15), the outer end for smashing case (12) to pieces is welded with and smashs case sliding support arm (15) to pieces, and smashing the left end of case (12) to pieces, to be provided with feeding soft
Manage (8), the internal slide for smashing case (12) to pieces smashs gear-box to pieces and smashs plate (10-7) to pieces, discharging limit case hinged disk (12-3) it is upper
End is hinged with discharging limit case articulated jib (9), and the upper end of motor housing hinged disk (12-4) is hinged with motor housing articulated jib (22-8),
The bottom of shell (26) is welded with transport roller machine pedestal (18), and the upper end rotation of transport roller machine pedestal (18) has transport roller
(19), the upper end of transport roller (19) is provided with conveyer belt (20), and transport roller (19) is set as two, transport roller (19)
Upper end is provided with transport roller belt (21), and shell (26) is internally provided with motor housing (22), small belt pulley (22-2) it is upper
End is provided with motor belt (23), and the upper end of transport roller (19) is provided with motor belt (23), spill gear (22-6) it is upper
End, which is provided with, smashs gear-box belt (11) to pieces, and the bottom of shell (26) is welded with screw feeder motor base (24), and spiral pushes away
The upper end of glassware motor base (24) is provided with screw feeder motor (25), and the upper end of screw feeder motor (25) is connected with
Screw feeder rotation axis (6-1).
2. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：The vibration column
(5-5), vibration column spring (5-6) are disposed as four.
3. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：The motor housing turns
Moving axis (22-1), small belt pulley (22-2), big belt pulley (22-3), meshing gear (22-4), spill gear (22-6), sliding card
Enclose (22-7), rotation axis sleeve (22-9) concentrically line.
4. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：The pusher scoop
Case (1), stalk sliding panel (2) roll gear (3), roll tooth belt (4), vibrating bin (5), screw feeder (6), discharging
Limit case (7), smashs gear-box (10) to pieces, smashs case (12) material selection stainless steel to pieces discharging limit case articulated jib (9).
5. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：Described smashs case cunning to pieces
Dynamic support arm (15), smash case sliding sleeve (16) to pieces, smash case sliding sleeve spring (17) to pieces, transport roller (19) is disposed as two
It is a.
6. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：The spiral pusher
The interior welds of device (6) have triangular hill block.
7. a kind of new energy stalk recycling and processing device according to claim 1, it is characterised in that：Described rolls gear
Belt (4), vibrating bin roll roller (5-8) concentrically line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810370413.7A CN108620160A (en) | 2018-04-24 | 2018-04-24 | A kind of new energy stalk recycling and processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810370413.7A CN108620160A (en) | 2018-04-24 | 2018-04-24 | A kind of new energy stalk recycling and processing device |
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| Publication Number | Publication Date |
|---|---|
| CN108620160A true CN108620160A (en) | 2018-10-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810370413.7A Pending CN108620160A (en) | 2018-04-24 | 2018-04-24 | A kind of new energy stalk recycling and processing device |
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| CN (1) | CN108620160A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789166A (en) * | 2019-10-30 | 2020-02-14 | 季永祥 | Juicing equipment for processing agricultural products |
| CN111298874A (en) * | 2020-03-19 | 2020-06-19 | 高跃 | New energy automobile waste glass recovery processing equipment |
| CN113680458A (en) * | 2021-10-26 | 2021-11-23 | 徐州汉晨机械制造有限公司 | High-efficient system sand machine of selecting separately for building engineering |
| CN114766143A (en) * | 2022-04-18 | 2022-07-22 | 高国芳 | Ecological supporting system of hydraulic engineering |
| CN116943802A (en) * | 2023-09-18 | 2023-10-27 | 山东好加旺生物科技有限公司 | Essence raw materials milling equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789166A (en) * | 2019-10-30 | 2020-02-14 | 季永祥 | Juicing equipment for processing agricultural products |
| CN110789166B (en) * | 2019-10-30 | 2021-09-14 | 山东瑞谱检测技术有限公司 | Juicing equipment for processing agricultural products |
| CN111298874A (en) * | 2020-03-19 | 2020-06-19 | 高跃 | New energy automobile waste glass recovery processing equipment |
| CN113680458A (en) * | 2021-10-26 | 2021-11-23 | 徐州汉晨机械制造有限公司 | High-efficient system sand machine of selecting separately for building engineering |
| CN114766143A (en) * | 2022-04-18 | 2022-07-22 | 高国芳 | Ecological supporting system of hydraulic engineering |
| CN114766143B (en) * | 2022-04-18 | 2023-05-05 | 高国芳 | Hydraulic engineering ecological support system |
| CN116943802A (en) * | 2023-09-18 | 2023-10-27 | 山东好加旺生物科技有限公司 | Essence raw materials milling equipment |
| CN116943802B (en) * | 2023-09-18 | 2023-12-12 | 山东好加旺生物科技有限公司 | Essence raw materials milling equipment |
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Application publication date: 20181009 |