CN207745951U - A kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment - Google Patents
A kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment Download PDFInfo
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- CN207745951U CN207745951U CN201721504710.3U CN201721504710U CN207745951U CN 207745951 U CN207745951 U CN 207745951U CN 201721504710 U CN201721504710 U CN 201721504710U CN 207745951 U CN207745951 U CN 207745951U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The utility model is related to a kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipments, including support baseboard, transmission device, grinding device and screening plant, the transmission device is mounted on the rear side of support baseboard, grinding device is located at the front side of transmission device, grinding device is connected with support baseboard, and screening plant is equipped on grinding device.The utility model can solve that existing working efficiency is low when the existing raw material to bio-fuel crushes, manual labor amount is big, needs manually to carry out raw material that preliminary crushing, crushing effect is bad, can not carry out automatic sieving, need manually to carry out fineness larger raw material the problem such as to screen；The function that two-stage crushing is carried out to the raw material of bio-fuel, carries out automatic sieving to the raw material of crushing may be implemented, have many advantages, such as that work efficiency is high, manual labor amount is small, preliminary crushing is carried out to raw material automatically, good crushing effect, automatic sieving can be carried out.
Description
Technical field
The utility model is related to new energy materials processing equipment field, more particularly to a kind of renewable new energy bio-fuel
With cotton stalk raw material base-material process equipment.
Background technology
Bio-fuel refers to the solid, liquid or gaseous fuel for being made of or extracting biomass, can substitute by oil system
The gasoline and diesel oil taken, is the important directions that regenerative resource develops and uses, and so-called biomass refers to utilizing big gas and water, soil
The various organisms that ground etc. is generated by photosynthesis, i.e. all lived organic substances that can be grown；It includes planting
Object, animal and microorganism are different from the traditional fuels such as oil, coal, nuclear energy, these emerging fuel are recyclable fuels；It is raw
Then object fuel rod passes through extruding etc. mainly by materials such as peanut shell, cotton stalk, maize straw, sawdusts by crushing
Process is made, bio-fuel stick primary structure be it is solid with it is hollow, can burn instead of timber and coal, before development
Scape is wide.
Nowadays the raw material of bio-fuel are crushed and are processed mainly by the way that raw material are manually carried out preliminary crushing,
Then the raw material after preliminary crushing are subjected to thorough crushing and processing using pulverizer, there are working efficiencies for this working method
It is low, manual labor amount is big, need that raw material is manually carried out preliminary crushing, the labor intensity of worker increased, since raw material are more
Kind is various, crushes different raw material and needs different size reduction machineries, and the crushing effect of raw material is bad, can not be to crushing
Raw material afterwards carry out automatic sieving, and without screening, the fuel rod utilization rate of production can reduce the larger raw material of fineness, right
The larger raw material needs of fineness manually screen being crushed again.
Utility model content
To solve the above-mentioned problems, it is former to provide a kind of renewable new energy bio-fuel cotton stalk for the utility model
Expect base-material process equipment, can solve that existing working efficiency when the existing raw material to bio-fuel crushes is low, artificial labor
Momentum is big, needs manually to carry out raw material that preliminary crushing, crushing effect is bad, can not carry out automatic sieving, need manually will be thin
Larger raw material is spent to carry out the problem such as screening；It may be implemented to carry out two-stage crushing, to the raw material of crushing to the raw material of bio-fuel
The function of carrying out automatic sieving, with work efficiency is high, manual labor amount is small, carry out preliminary crushing to raw material automatically, crushes effect
Fruit is good, can carry out the advantages that automatic sieving.
To achieve the goals above, the utility model uses following technical scheme, a kind of renewable new energy bio-fuel
With cotton stalk raw material base-material process equipment, including support baseboard, transmission device, grinding device and screening plant, the biography
Device is sent to be mounted on the rear side of support baseboard, grinding device is located at the front side of transmission device, grinding device and support baseboard phase
It connects, screening plant is installed on grinding device.
As a kind of optimal technical scheme of the utility model, the transmission device include conveyer belt, transmission protective plate,
Preliminary crushing motor, preliminary crushing frame, preliminary shaft, rotary cutter, preliminary crushing frame bracket, blanking connecting plate and conveyer belt branch
Column, conveyer belt are mounted on by conveyer belt pillar on support baseboard；Anti-slop serrations, conveyer belt are evenly arranged on the conveyer belt
Both sides be respectively provided with there are one protective plate is transmitted, preliminary crushing frame is located at the rear side of conveyer belt, and preliminary crushing frame passes through preliminary powder
Broken frame bracket is mounted on support baseboard, and the upper and lower ends of preliminary crushing frame are funnel type structure, and preliminary crushing motor passes through
Motor set is mounted on the trailing flank of preliminary crushing frame, after the output shaft of preliminary crushing motor is by shaft coupling and preliminary shaft
End is connected, and the front end of preliminary shaft is mounted on by bearing on the front inner wall of preliminary crushing frame, and the middle part of preliminary shaft is pacified
Equipped with rotary cutter, blanking connecting plate is mounted in the front bottom end of conveyer belt, when specific works, first manually by bio-fuel
Raw material be put into preliminary crushing frame, control preliminary crushing motor rotation can to raw material carry out preliminary crushing, preliminary crushing
Raw material afterwards can be fallen to by the funnel type structure of preliminary crushing frame on conveyer belt, and the anti-slop serrations on conveyer belt can prevent original
Material slides downwards from conveyer belt, and transmission protective plate can prevent raw material from being fallen at left and right sides of conveyer belt, after preliminary crushing
Raw material after the transmission of conveyer belt can be slipped in grinding device along blanking connecting plate, so as to complete to raw material just
Step crushes and transmission work.
As a kind of optimal technical scheme of the utility model, the grinding device includes crushing frame, crushing frame, crush
Motor crushes driving shaft, crushes driven shaft, driving gear, driven gear, clean branch, runner, crush motor link and powder
Broken protective plate crushes frame and is mounted on support baseboard by crushing frame, and the upper surface for crushing frame is concave shaped structure, crushes protection
Plate is mounted on the top for crushing frame, and crushing protective plate is U-shaped structure, and crushing motor, which is mounted on, to be crushed on motor link, powder
It is mounted on broken motor link on the right side for crushing frame, the output shaft for crushing motor passes through shaft coupling and crushing driving shaft
Right end is connected, and the left end for crushing driving shaft is mounted on by bearing in crushing frame inner left wall, and driving gear, which is mounted on, to be crushed
On the right side of driving shaft, driven gear is located at the rear side of driving gear, and driven gear is meshed with driving gear, driven gear peace
On the right side for crushing driven shaft, crush the right end of driven shaft and be mounted on by bearing and crush on motor link, crush from
The left end of moving axis by bearing be mounted on crush frame inner left wall on, crush on the middle part of driving shaft with crush driven shaft in
Runner there are one being respectively mounted in portion；Be evenly arranged with gear rolling on the runner, and on two runners gear rolling position phase
Mutually staggeredly, it crushes and cleans branch there are one being respectively mounted on the front and back inner wall of frame；The cleaning branch include clean electronic sliding block,
Support column and cleaning brush are cleaned, electronic sliding block is cleaned and is mounted on the madial wall for crushing frame, cleans to be equipped on electronic sliding block and is in
Skewed cleaning support column, cleaning brush, which is mounted on, to be cleaned on support column, and when specific works, raw material after preliminary crushing is fallen
To when crushing in frame, protective action can be played by crushing protective plate, prevent raw material from falling on workbench, the raw material of preliminary crushing
It is ground into tiny graininess by the runner with gear rolling, then falls in screening plant, control cleans on branch
Electronic sliding block is cleaned to move left and right, the raw material slag glued on runner can be swept and be fallen by cleaning brush, increase the crushing effect of runner, from
And complete the crushed work to raw material.
As a kind of optimal technical scheme of the utility model, the screening plant includes screening frame, screening
Motor, screening shaft, four sieving plates screen out magazine, screening blanking groove, two screening supporting racks and coarse fodder collection box, sieve
It is divided to frame to be mounted on support baseboard by two screening supporting racks, the top for sieving frame is connected with the bottom for crushing frame；It is described
Screening frame bottom be provided with sieve pore, sieve and be provided with square groove on the right side of frame, and sieve frame on square groove be located at screening blanking groove
Top, screening motor are mounted on the screening supporting rack of support baseboard front end, and the output shaft for sieving motor passes through shaft coupling
It is connected with the front end of screening shaft, the rear end for sieving shaft is mounted on by bearing on rear side of screening frame on inner wall, four screenings
Plate is symmetrically mounted in screening shaft, is screened out the lower section that magazine is located at screening frame, is screened out magazine and be placed on support baseboard,
It sieves blanking groove to be mounted below the right end of screening frame, screening blanking groove is U-shaped structure, and coarse fodder collection box is located at screening blanking
The lower section of slot, coarse fodder collection box are placed on support baseboard, and when specific works, control screening motor is revolved counterclockwise first
Turn, sieving plate can be pushed the raw material crushed counterclockwise, and the raw material for meeting processing fineness requirement can be from screening frame bottom
The sieve pore of portion's setting, which is fallen to, to be screened out in magazine, and the larger raw material of fineness can be sized plate continuation and push to the right, and fineness is larger
The square groove that can be arranged on the right side of screening frame of raw material skid off, the larger raw material of fineness is most under the guiding role by sieving blanking groove
It can slide into coarse fodder collection box eventually, so as to complete the screening work to raw material.
When work, the first step：Manually the raw material of bio-fuel is put into preliminary crushing frame first, controls preliminary crushing
Motor rotation can carry out raw material preliminary crushing, and the raw material after preliminary crushing can be fallen by the funnel type structure of preliminary crushing frame
It falls on conveyer belt, the anti-slop serrations on conveyer belt can prevent raw material from being slid downwards from conveyer belt, and transmission protective plate can be prevented
Only raw material is fallen at left and right sides of conveyer belt, and the raw material after preliminary crushing can connect after the transmission of conveyer belt along blanking
Plate, which is slipped to, to be crushed in frame, so as to complete the preliminary crushing and transmission work, second step to raw material：Original after preliminary crushing
When material is fallen in crushing frame, protective action can be played by crushing protective plate, prevent raw material from falling on workbench, preliminary crushing
Raw material pass through and be ground into tiny graininess with the runner of gear rolling, then fall in screening plant, control cleans
It cleans electric sliding block on branch to move left and right, the raw material slag glued on runner can be swept and be fallen by cleaning brush, increase the crushing of runner
Effect, so as to complete the crushed work to raw material, then control is sieved motor and is rotated counterclockwise, and sieving plate can be by powder
Broken good raw material is pushed counterclockwise, is met the raw material of processing fineness requirement and can be fallen to from the sieve pore of screening frame bottom setting
It screens out in magazine, the larger raw material of fineness can be sized plate continuation and push to the right, and the larger raw material of fineness can be right from screening frame
The square groove of side setting skids off, and the larger raw material of fineness eventually slides into coarse fodder collection box under the guiding role by sieving blanking groove
It is interior, so as to complete the screening work to raw material, may be implemented to carry out two-stage crushing, to the original of crushing to the raw material of bio-fuel
Material carries out the function of automatic sieving.
The beneficial effects of the utility model are：
One, the utility model can solve existing working efficiency when the existing raw material to bio-fuel crushes it is low,
Manual labor amount is big, needs manually to carry out raw material that preliminary crushing, crushing effect is bad, can not carry out automatic sieving, needs people
Work carries out fineness larger raw material the problem such as to screen；It may be implemented to carry out two-stage crushing, to crushing to the raw material of bio-fuel
Raw material carry out automatic sieving function, have work efficiency is high, manual labor amount is small, automatically to raw material carry out preliminary crushing,
Good crushing effect can carry out the advantages that automatic sieving；
Two, the utility model is provided with transmission device, and the preliminary crushing motor rotation controlled on transmission device can be to original
Material carries out preliminary crushing, and the raw material after preliminary crushing can be fallen to by the funnel type structure of preliminary crushing frame on conveyer belt, be passed
It send the anti-slop serrations taken that can prevent raw material from being slid downwards from conveyer belt, preliminary crushing is carried out so as to complete to raw material,
And to work that the raw material after crushing are transported to；
Three, the utility model is provided with grinding device, and the crushing protective plate on grinding device can prevent raw material from falling to
On workbench, the raw material of preliminary crushing passes through the runner with gear rolling and is ground into tiny graininess, on grinding device
Cleaning branch, which can sweep the raw material slag glued on runner, to be fallen, and the crushing effect of runner is increased；
Four, the utility model is provided with screening plant, and screening plant can carry out automatic sieving to the raw material after crushing,
The raw material of suitable fineness, which can be fallen to, to be screened out in magazine, and the larger raw material of fineness can be from the screening blanking on the right side of screening frame
Slot is slipped in coarse fodder collection box.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is the first structure schematic diagram of the utility model；
Fig. 2 is second structural schematic diagram of the utility model；
Fig. 3 is the structural schematic diagram between the utility model support baseboard, grinding device and screening plant；
Fig. 4 is the sectional view between the utility model grinding device and screening plant.
Specific implementation mode
In order to make the technical means, creative features, achievement of purpose, and effectiveness of the utility model be easy to understand, under
Face combines and is specifically illustrating, and the utility model is expanded on further.It should be noted that in the absence of conflict, in the application
Feature in embodiment and embodiment can be combined with each other.
As shown in Figures 1 to 4, a kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment, packet
Support baseboard 1, transmission device 2, grinding device 3 and screening plant 4 are included, after the transmission device 2 is mounted on support baseboard 1
On side, grinding device 3 is located at the front side of transmission device 2, and grinding device 3 is connected with support baseboard 1, is installed on grinding device 3
There is screening plant 4.
The transmission device 2 include conveyer belt 21, transmission protective plate 22, preliminary crushing motor 23, preliminary crushing frame 24,
Preliminary shaft 25, rotary cutter 26, preliminary crushing frame bracket 27, blanking connecting plate 28 and conveyer belt pillar 29, conveyer belt 21 are logical
Conveyer belt pillar 29 is crossed on support baseboard 1；It is evenly arranged with anti-slop serrations on the conveyer belt 21, the two of conveyer belt 21
Side is respectively provided with there are one protective plate 22 is transmitted, and preliminary crushing frame 24 is located at the rear side of conveyer belt 21, and preliminary crushing frame 24 passes through just
Step crushes frame bracket 27 and is mounted on support baseboard 1, and the upper and lower ends of preliminary crushing frame 24 are funnel type structure, preliminary crushing
Motor 23 is mounted on by motor set on the trailing flank of preliminary crushing frame 24, and the output shaft of preliminary crushing motor 23 passes through shaft coupling
It is connected with the rear end of preliminary shaft 25, the front end of preliminary shaft 25 is mounted on the front inner wall of preliminary crushing frame 24 by bearing
On, the middle part of preliminary shaft 25 is equipped with rotary cutter 26, and blanking connecting plate 28 is mounted in the front bottom end of conveyer belt 21, tool
When body running, manually the raw material of bio-fuel is put into preliminary crushing frame 24 first, control preliminary crushing motor 23 rotates
Preliminary crushing can be carried out to raw material, the raw material after preliminary crushing can fall to biography by the funnel type structure of preliminary crushing frame 24
It send on band 21, the anti-slop serrations on conveyer belt 21 can prevent raw material from being slid downwards from conveyer belt 21, and transmission protective plate 22 can
Prevent raw material from being fallen from the left and right sides of conveyer belt 21, the raw material after preliminary crushing can be under after the transmission of conveyer belt 21
Material connecting plate 28 be slipped in grinding device 3, so as to complete to raw material preliminary crushing with transmission work.
The grinding device 3 is driven including crushing frame 31, crushing frame 32, crushing motor 33, crushing driving shaft 34, crushing
Axis 35, driven gear 37, cleans branch 38, runner 39, crushes motor link 310 and crushes protective plate driving gear 36
311, it crushes frame 31 and is mounted on support baseboard 1 by crushing frame 32, the upper surface for crushing frame 31 is concave shaped structure, is crushed anti-
Backplate 311 is mounted on the top for crushing frame 31, and crushing protective plate 311 is U-shaped structure, and crushing motor 33, which is mounted on, crushes motor
It on link 310, crushes on the right side for being mounted on motor link 310 and crushing frame 31, the output shaft for crushing motor 33 is logical
It crosses shaft coupling and is connected with the right end for crushing driving shaft 34, the left end for crushing driving shaft 34 is mounted on 31 left side of crushing frame by bearing
On the inner wall of side, driving gear 36 is mounted on the right side for crushing driving shaft 34, and driven gear 37 is located at the rear side of driving gear 36,
Driven gear 37 is meshed with driving gear 36, and driven gear 37 is mounted on the right side for crushing driven shaft 35, crushes driven shaft
35 right end is mounted on by bearing and is crushed on motor link 310, and the left end for crushing driven shaft 35 is mounted on powder by bearing
In the inner left wall of broken frame 31, crush on the middle part of driving shaft 34 with crush driven shaft 35 middle part on be respectively mounted there are one runner
39；Be evenly arranged with gear rolling on the runner 39, and on two runners 39 gear rolling position it is interlaced, crush frame 31
Front and back inner wall on be respectively mounted there are one clean branch 38；The cleaning branch 38 includes cleaning electronic sliding block 381, cleaning branch
Dagger 382 and cleaning brush 383 clean electronic sliding block 381 and are mounted on the madial wall for crushing frame 31, clean on electronic sliding block 381
Oblique cleaning support column 382 is installed, cleaning brush 383, which is mounted on, to be cleaned on support column 382, when specific works, originally
When raw material after step crushing is fallen in crushing frame 31, protective action can be played by crushing protective plate 311, prevent raw material from falling to
On workbench, the raw material of preliminary crushing passes through the runner 39 with gear rolling and is ground into tiny graininess, then falls to
In screening plant 4, control cleans cleaning electric sliding block 381 on branch 38 and moves left and right, and cleaning brush 383 can will glue on runner 39
Raw material slag sweep and fall, the crushing effect of runner 39 is increased, so as to complete the crushed work to raw material.
The screening plant 4 include screening frame 41, screening motor 42, screening shaft 43, four sieving plates 44,
Magazine 45, screening 46, two screening supporting racks 48 of blanking groove and coarse fodder collection box 49 are screened out, screening frame 41 is sieved by two
Supporting rack 48 is mounted on support baseboard 1, and the top for sieving frame 41 is connected with the bottom for crushing frame 31；The screening frame 41
Bottom is provided with sieve pore, and the right side of screening frame 41 is provided with square groove, and sieves the square groove on frame 41 and be located on screening blanking groove 46
Side, screening motor 42 are mounted on the screening supporting rack 48 of 1 front end of support baseboard, and the output shaft of screening motor 42 passes through connection
Axis device is connected with the front end of screening shaft 43, and the rear end for sieving shaft 43 is mounted on screening 41 rear side inner wall of frame by bearing
On, four sieving plates 44 are symmetrically mounted in screening shaft 43, screen out the lower section that magazine 45 is located at screening frame 41, screening discharging
Box 45 is placed on support baseboard 1, and screening blanking groove 46 is mounted on the right end lower section of screening frame 41, and screening blanking groove 46 is U
Shape structure, coarse fodder collection box 49 are located at the lower section of screening blanking groove 46, and coarse fodder collection box 49 is placed on support baseboard 1, specifically
When work, control screening motor 42 is rotated counterclockwise first, and sieving plate 44 can carry out the raw material crushed counterclockwise
Push, meets the sieve pore that the raw material of processing fineness requirement can be arranged from screening frame 41 bottom and fall to and screen out in magazine 45, carefully
It spends larger raw material and can be sized the continuation of plate 44 and push to the right, the square groove that the larger raw material of fineness can be arranged from screening frame 41 right side
It skidding off, the larger raw material of fineness eventually slides into coarse fodder collection box 49 under the guiding role by sieving blanking groove 46, to
Complete the screening work to raw material.
When work, the first step：Manually the raw material of bio-fuel is put into preliminary crushing frame 24 first, controls preliminary powder
The rotation of broken motor 23 can carry out raw material preliminary crushing, and the raw material after preliminary crushing can pass through the funnel type of preliminary crushing frame 24
Structure is fallen on conveyer belt 21, and the anti-slop serrations on conveyer belt 21 can prevent raw material from being slid downwards from conveyer belt 21, transmission
Protective plate 22 can prevent raw material from being fallen from the left and right sides of conveyer belt 21, and the raw material after preliminary crushing passes through the biography of conveyer belt 21
After sending can along blanking connecting plate 28 be slipped to crush frame 31 in, so as to complete to raw material preliminary crushing with transmission work,
Second step：When the raw material after preliminary crushing, which is fallen to, to be crushed in frame 31, protective action can be played by crushing protective plate 311, be prevented
Only raw material is fallen on workbench, and the raw material of preliminary crushing passes through the runner 39 with gear rolling and is ground into tiny particle
Then shape is fallen in screening plant 4, control cleans cleaning electric sliding block 381 on branch 38 and moves left and right, 383 energy of cleaning brush
Enough sweep the raw material slag glued on runner 39 falls, and increases the crushing effect of runner 39, so as to complete the crushed work to raw material,
Then control screening motor 42 is rotated counterclockwise, and sieving plate 44 can be pushed the raw material crushed counterclockwise, symbol
The sieve pore that the raw material of conjunction processing fineness requirement can be arranged from 41 bottom of screening frame, which be fallen to, to be screened out in magazine 45, and fineness is larger
Raw material can be sized the continuation of plate 44 and push to the right, and the square groove that the larger raw material of fineness can be arranged from 41 right side of screening frame skids off, and leads to
It crosses the raw material that fineness is larger under the guiding role of screening blanking groove 46 eventually to slide into coarse fodder collection box 49, so as to complete right
The screening work of raw material realizes and carries out two-stage crushing to the raw material of bio-fuel, carries out automatic sieving to the raw material of crushing
Function, solves when the existing raw material to bio-fuel crushes that existing working efficiency is low, manual labor amount is big, needs people
Work to raw material carry out preliminary crushing, crushing effect is bad, can not carry out automatic sieving, need manually by the larger raw material of fineness into
The problems such as row screening, have reached purpose.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that the present utility model is not limited to the above embodiments, the only explanation of the description in above embodiments and description
The principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes
Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model
It encloses and is defined by the appending claims and its equivalent thereof.
Claims (7)
1. a kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment, including support baseboard (1), transmission
Device (2), grinding device (3) and screening plant (4), it is characterised in that：The transmission device (2) is mounted on support baseboard
(1) on rear side, grinding device (3) is located at the front side of transmission device (2), and grinding device (3) is connected with support baseboard (1),
Screening plant (4) is installed on grinding device (3)；Wherein：
The screening plant (4) includes screening frame (41), screening motor (42), screening shaft (43), four screenings
Plate (44) screens out magazine (45), screening blanking groove (46), two screening supporting racks (48) and coarse fodder collection box (49), screening
Frame (41) is mounted on by two screening supporting racks (48) on support baseboard (1), top and the crushing frame (31) of screening frame (41)
Bottom be connected, screening motor (42) be mounted on the screening supporting rack (48) of support baseboard (1) front end, sieve motor
(42) output shaft is connected by shaft coupling with the front end of screening shaft (43), and the rear end of screening shaft (43) is pacified by bearing
On inner wall on rear side of screening frame (41), four sieving plates (44) are symmetrically mounted in screening shaft (43), screen out magazine
(45) it is located at the lower section of screening frame (41), screens out magazine (45) and be placed on support baseboard (1), screening blanking groove (46) is installed
On the right end lower section of screening frame (41), screening blanking groove (46) is U-shaped structure, and coarse fodder collection box (49) is located at screening blanking groove
(46) lower section, coarse fodder collection box (49) are placed on support baseboard (1).
2. a kind of renewable new energy bio-fuel according to claim 1 cotton stalk raw material base-material process equipment,
It is characterized in that：The transmission device (2) include conveyer belt (21), transmission protective plate (22), preliminary crushing motor (23), just
Step crushes frame (24), preliminary shaft (25), rotary cutter (26), preliminary crushing frame bracket (27), blanking connecting plate (28) and passes
Band pillar (29), conveyer belt (21) is sent to be mounted on support baseboard (1) by conveyer belt pillar (29), the both sides of conveyer belt (21)
It is respectively provided with there are one transmission protective plate (22), preliminary crushing frame (24) is located at the rear side of conveyer belt (21), preliminary crushing frame (24)
It is mounted on support baseboard (1) by preliminary crushing frame bracket (27), the upper and lower ends of preliminary crushing frame (24) are funnel type
Structure, preliminary crushing motor (23) are mounted on by motor set on the trailing flank of preliminary crushing frame (24), preliminary crushing motor
(23) output shaft is connected by shaft coupling with the rear end of preliminary shaft (25), and the front end of preliminary shaft (25) is pacified by bearing
On the front inner wall of preliminary crushing frame (24), rotary cutter (26), blanking connection are installed in the middle part of preliminary shaft (25)
Plate (28) is mounted in the front bottom end of conveyer belt (21).
3. a kind of renewable new energy bio-fuel according to claim 1 cotton stalk raw material base-material process equipment,
It is characterized in that：The grinding device (3) includes crushing frame (31), crushing frame (32), crush motor (33), crush driving shaft
(34), driven shaft (35) is crushed, driving gear (36), driven gear (37), branch (38) is cleaned, runner (39), crushes motor
Link (310) and crushing protective plate (311) crush frame (31) and are mounted on support baseboard (1) by crushing frame (32), crush
The upper surface of frame (31) is concave shaped structure, crushes protective plate (311) and is mounted on the top for crushing frame (31), crushes protective plate
(311) it is U-shaped structure, crushes motor (33) and be mounted on crushing motor link (310), crush on motor link (310)
On the right side for crushing frame (31), the output shaft for crushing motor (33) passes through shaft coupling and the right side for crushing driving shaft (34)
End is connected, and the left end for crushing driving shaft (34) is mounted on by bearing in crushing frame (31) inner left wall, driving gear (36)
On the right side for crushing driving shaft (34), driven gear (37) is located at the rear side of driving gear (36), driven gear (37)
It is meshed with driving gear (36), driven gear (37) is mounted on the right side for crushing driven shaft (35), crushes driven shaft (35)
Right end be mounted on and crushed on motor link (310) by bearing, the left end for crushing driven shaft (35) is mounted on by bearing
In the inner left wall for crushing frame (31), crushes and be mounted on on the middle part of crushing driven shaft (35) on the middle part of driving shaft (34)
One runner (39) crushes and cleans branch (38) there are one being respectively mounted on the front and back inner wall of frame (31).
4. a kind of renewable new energy bio-fuel according to claim 1 cotton stalk raw material base-material process equipment,
It is characterized in that：Described screening frame (41) bottom is provided with sieve pore, square groove is provided on the right side of screening frame (41), and sieve frame
(41) square groove on is located above screening blanking groove (46).
5. a kind of renewable new energy bio-fuel according to claim 2 cotton stalk raw material base-material process equipment,
It is characterized in that：It is evenly arranged with anti-slop serrations on the conveyer belt (21).
6. a kind of renewable new energy bio-fuel according to claim 3 cotton stalk raw material base-material process equipment,
It is characterized in that：The cleaning branch (38) includes cleaning electronic sliding block (381), cleaning support column (382) and cleaning brush
(383), it cleans electronic sliding block (381) to be mounted on the madial wall for crushing frame (31), cleans to be equipped on electronic sliding block (381) and be in
Skewed cleaning support column (382), cleaning brush (383), which is mounted on, to be cleaned on support column (382).
7. a kind of renewable new energy bio-fuel according to claim 3 cotton stalk raw material base-material process equipment,
It is characterized in that：Be evenly arranged with gear rolling on the runner (39), and on two runners (39) gear rolling position it is mutual
Staggeredly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721504710.3U CN207745951U (en) | 2017-11-11 | 2017-11-11 | A kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721504710.3U CN207745951U (en) | 2017-11-11 | 2017-11-11 | A kind of renewable new energy bio-fuel cotton stalk raw material base-material process equipment |
Publications (1)
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| CN113369142A (en) * | 2021-06-22 | 2021-09-10 | 乌拉特中旗浩通清洁能源有限公司 | Screening plant is used in coal production |
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Effective date of registration: 20190529 Address after: 271600 Yantun Village, Wangzhuang Town, Taian City, Shandong Province Patentee after: Feicheng Fangxing Sunshine Energy Co., Ltd. Address before: 312500 A building, Wanfeng Plaza, Qixing street, Xinchang County, Shaoxing, Zhejiang, 1232 Patentee before: Shaoxing Chi Chi Mdt InfoTech Ltd |
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| TR01 | Transfer of patent right |