CN109294684A - A kind of environment-friendly biomass fuel pretreatment processing unit (plant) - Google Patents
A kind of environment-friendly biomass fuel pretreatment processing unit (plant) Download PDFInfo
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- CN109294684A CN109294684A CN201811322735.0A CN201811322735A CN109294684A CN 109294684 A CN109294684 A CN 109294684A CN 201811322735 A CN201811322735 A CN 201811322735A CN 109294684 A CN109294684 A CN 109294684A
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- fixedly connected
- gear
- processing case
- driving
- wheel
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- C—CHEMISTRY; METALLURGY
- C10—PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
- C10L—FUELS NOT OTHERWISE PROVIDED FOR; NATURAL GAS; SYNTHETIC NATURAL GAS OBTAINED BY PROCESSES NOT COVERED BY SUBCLASSES C10G, C10K; LIQUEFIED PETROLEUM GAS; ADDING MATERIALS TO FUELS OR FIRES TO REDUCE SMOKE OR UNDESIRABLE DEPOSITS OR TO FACILITATE SOOT REMOVAL; FIRELIGHTERS
- C10L5/00—Solid fuels
- C10L5/40—Solid fuels essentially based on materials of non-mineral origin
- C10L5/44—Solid fuels essentially based on materials of non-mineral origin on vegetable substances
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/10—Biofuels, e.g. bio-diesel
-
- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E50/00—Technologies for the production of fuel of non-fossil origin
- Y02E50/30—Fuel from waste, e.g. synthetic alcohol or diesel
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- Chemical & Material Sciences (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Organic Chemistry (AREA)
- Transmission Devices (AREA)
- Crushing And Pulverization Processes (AREA)
Abstract
The present invention relates to environment-friendly biomass particle production technology fields, are in particular a kind of environment-friendly biomass fuel pretreatment processing unit (plant)s.The fuel processing case and Material collecting box for harvesting are fixedly connected on pedestal, inclined plate is fixedly connected between fuel processing case and Material collecting box for harvesting, scraping wings is slidably connected on fuel processing case, scraping wings and fuel processing case transmission connection, the both ends of driving wheel are connect with scraping wings and base drive respectively, driving wheel is fixedly connected on pedestal, and linkage board is slidably connected in Material collecting box for harvesting, the middle-end clearance fit of linkage board and driving wheel.The present invention is able to carry out intermittent charging, prevent machine excess load, there is a phenomenon where overload card machine, the present invention carries out the distribution of equivalent to biomass fuel, while the biomass fuel exported is processed to a section shape, is convenient for subsequent processing or packing, it improves work efficiency, the labor intensity for reducing operator reduces the cost of production, extends the service life of machine.
Description
Technical field
The present invention relates to environment-friendly biomass particle production technology fields, are in particular a kind of environment-friendly biomass combustions
Material pretreatment processing unit (plant).
Background technique
A kind of biomass fuel manufacturing equipment of existing Patent No. CN201710689934.4, disclosure of the invention one kind
Biomass fuel manufacturing equipment, including apparatus main body, the upper end of described device main body is equipped with feed inlet, and the feed inlet is embedded in
It is arranged in device noumenon, observation panel is installed, the lower end of the observation panel is equipped with above the front end of described device ontology
Speed reducer, and speed reducer insertion is arranged in device noumenon, is equipped with feeding port and discharging on the right side of described device ontology
Mouthful, the case where openning with the naked eye carries out the observation duration and degree of heating at a distance is opened by stirring original button on observation panel, was avoided
Burning occurs in fiery raw material, the jejune disadvantage of the raw material that has not been cooked or heated long enough, and the quality-adjusting device is connect with feed inlet, by stirring quality-adjusting device
The quenched of equipment room easily can be carried out to the different of raw material, effectively raise the usability of equipment, while having used system
Grain room, is transmitted to interior for raw material and graininess is made, effectively raise the reliability of granulating chamber.But the missing of the invention is
Cannot automatically by biomass fuel by etc. weight distribute.
Summary of the invention
The object of the present invention is to provide a kind of environment-friendly biomass fuel to pre-process processing unit (plant), and its advantages are this hair
It is bright to be able to carry out intermittent charging, prevent machine excess load, there is a phenomenon where overload card machine, the present invention to biomass fuel into
The distribution of row equivalent, while the biomass fuel exported is processed to a section shape, is convenient for subsequent processing or packing, improves
Working efficiency, reduces the labor intensity of operator, reduces the cost of production, extend the service life of machine.
The purpose of the present invention is achieved through the following technical solutions:
A kind of environment-friendly biomass fuel pre-processes processing unit (plant), including pedestal, driving wheel, fuel processing case, scraping wings,
Inclined plate, Material collecting box for harvesting and linkage board, the fuel processing case and Material collecting box for harvesting are fixedly connected on pedestal, and inclined plate is fixedly connected on
Fuel is processed between case and Material collecting box for harvesting, and scraping wings is slidably connected on fuel processing case, and scraping wings and fuel processing case transmission connect
It connects, the both ends of driving wheel are connect with scraping wings and base drive respectively, and driving wheel is fixedly connected on pedestal, and linkage board sliding connects
It connects in Material collecting box for harvesting, the middle-end clearance fit of linkage board and driving wheel.
The pedestal includes bottom plate, support plate, motor and powered drive wheel I；Two support plates are fixedly connected with the bottom of at
The right end of plate, motor are fixedly connected on bottom plate by motor rack, and powered drive wheel I is fixedly connected on the output shaft of motor,
Powered drive wheel I and driving wheel are sequentially connected.
The driving wheel include powered drive wheel II, telescopic shaft, sheave, compressed spring I, axle sleeve, drive bevel gear and
Flexible pedestal；Powered drive wheel II and powered drive wheel I are sequentially connected, and powered drive wheel II and sheave are respectively fixedly connected with and are stretching
The lower end of contracting axis and middle-end, sheave and linkage board clearance fit, axle sleeve are slidably connected at the upper end of telescopic shaft, the upper end of telescopic shaft
It is provided with raised line slot, raised line is fixedly connected on axle sleeve, raised line clearance fit is fixed between axle sleeve and telescopic shaft in raised line slot
It is connected with compressed spring I, compressed spring I is located in telescopic shaft, and axle sleeve is rotatably connected on flexible pedestal by rolling bearing units, is stretched
Contracting pedestal is fixedly connected on fuel processing case, and drive bevel gear is fixedly connected on the top of axle sleeve, drive bevel gear and pusher
Plate transmission connection.
The fuel processing case includes processing case ontology, charging seat, chute frame, cutoff tool, rack gear, limit plate, short axle
Frame, short axle, driving gear, driving pulley, driven pulley, worm screw I, worm gear I, drive shaft, driving pulley, drive pulley, belt wheel
Shaft, driven gear, driving pedestal and striker plate sliding slot；Processing case ontology is fixedly connected on the upper end of two support plates, processing
The right end hollow out of case ontology, the right end of processing case ontology are provided with striker plate sliding slot, and the left end of processing case ontology is provided with multiple
Circular through hole, the right end of processing case ontology upper end are fixedly connected with charging seat, and charging seat is connected to the inside of processing case ontology, stretches
Contracting pedestal is fixedly connected on the front end face of processing case ontology, and chute frame is fixedly connected on the left end of processing case ontology, and two are cut
Breaking is symmetrically slidably connected in chute frame, and the outer end of two cutoff tools is fixedly connected to rack gear, the lower end surface of two rack gears
It is bonded with the upper surface of processing case ontology, two rack gears are oppositely arranged, the inner face fitting of two cutoff tools, two cutoff tools
Inner end be fixedly connected to block；Limit plate is fixedly connected on the front end face of processing case ontology, and short axle frame is fixedly connected on
On limit plate, the middle-end of short axle is rotatably connected on short axle frame by rolling bearing units, and driving gear and driving pulley are fixed respectively
The both ends of short axle are connected to, driving pulley is connect with driven pulley by belt V belt translation, and driven pulley is fixedly connected on worm screw I
Middle-end, one end of worm screw I is rotatably connected on the front end face of processing case ontology by rolling bearing units, the other end of worm screw I with
I engaged transmission of worm gear, worm gear I and driving pulley are respectively fixedly connected at the both ends of drive shaft, and the middle-end of drive shaft is by usheing to seat
Bearing is rotatably connected on driving pedestal, and driving pedestal is fixedly connected on the front end face of processing case ontology, driving pulley and biography
Movable belt pulley is connected by belt V belt translation, and drive pulley and driven gear are fixedly connected in belt wheel shaft, and belt wheel shaft is logical
It crosses rolling bearing units to be rotatably connected on the upper surface of processing case ontology, two rack gears are engaged with the left and right sides of driven gear respectively
Transmission；Driving gear and scraping wings are sequentially connected, and scraping wings is slidably connected in processing case ontology；The upper end of inclined plate is fixedly connected
In the lower end of chute frame left side.
The scraping wings include scraping wings ontology, striker plate, L-type connecting rod, bilateral rack gear, limit plate sliding slot, spring base,
Spring loop bar, block plate, compressed spring II, partial gear, worm wheel shaft, worm gear II, worm screw II, worm seat and from mantle tooth
Wheel；Scraping wings ontology is slidably connected in processing case ontology, and the upper end of scraping wings ontology is fixedly connected with striker plate, and striker plate is sliding
Dynamic to be connected in striker plate sliding slot, striker plate is located at the right end of charging seat, and one end of L-type connecting rod is fixedly connected on scraping wings ontology
On, the other end of L-type connecting rod is fixedly connected on one end of bilateral rack gear, and limit plate sliding slot, spring pocket are provided on bilateral rack gear
The both ends of bar have been respectively fixedly connected with spring base and block plate, and spring base is fixedly connected on the front end face of processing case ontology, bilateral
The both ends of rack gear are slidably connected on spring loop bar, and spring loop bar is slidably connected on limit plate, and limit plate is slidably connected at
In limit plate sliding slot, be set with compressed spring II on the spring loop bar between spring base and bilateral rack gear, driving gear with it is bilateral
The lower end engaged transmission of the upper end engaged transmission of rack gear, partial gear and bilateral rack gear, partial gear are solid with worm gear II
Surely it is connected on worm wheel shaft, worm wheel shaft is rotatably connected on the front end face of processing case ontology by rolling bearing units, worm gear II
With one end engaged transmission of worm screw II, the middle-end of worm screw II is rotatably connected on worm seat by rolling bearing units, and worm seat passes through
Rolling bearing units are rotatably connected on the front end face of processing case ontology, and driven wheel of differential is fixedly connected on the other end of worm screw II, from
Dynamic bevel gear and drive bevel gear engaged transmission.
Riser and transverse slat are provided on the Material collecting box for harvesting；Material collecting box for harvesting is fixedly connected on bottom plate by two risers, collection
The lower end of hopper is fixedly connected with transverse slat, and the upper of the right end of Material collecting box for harvesting is provided with feed inlet, and the lower end of inclined plate is fixedly connected on
The inside of feed inlet, linkage board are slidably connected in Material collecting box for harvesting.
The linkage board include splicing plate, compressed spring III, pole, driving lever, shift fork, guide rod, connecting rod, vertical bar frame,
Round bar, sliding chute rod, driving lever sliding slot and slide bar；Splicing plate is slidably connected in Material collecting box for harvesting, the upper and lower ends difference of compressed spring III
It is fixedly connected on splicing plate and transverse slat, one end of slide bar is fixedly connected on the lower end surface of splicing plate, and the other end of slide bar is solid
Surely it is connected to one end of pole, the other end of pole is fixedly connected with driving lever；One end clearance fit of shift fork is in sheave, shift fork
Middle-end be slidably connected on guide rod, the both ends of guide rod are fixed by the connecting rod respectively to be connected between two vertical bar framves, two
The upper end of vertical bar frame is fixedly connected on the bottom surface of processing case ontology, and round bar, round bar position are fixedly connected between two vertical bar framves
Between two connecting rods, one end of sliding chute rod is rotatably connected on the other end of shift fork by articulated shaft, is provided on sliding chute rod
Driving lever sliding slot, driving lever and the equal clearance fit of round bar are in driving lever sliding slot, and round bar is between driving lever and shift fork.
It is arranged on the powered drive wheel I there are two the convex edge that height is gradually reduced, powered drive wheel II and power pass
The structure of driving wheel I is identical, and powered drive wheel II is oppositely arranged with powered drive wheel I, on powered drive wheel II and powered drive wheel I
The mutual block in convex edge.
A kind of environment-friendly biomass fuel pretreatment processing unit (plant) of the present invention has the beneficial effect that
A kind of environment-friendly biomass fuel of the present invention pre-processes processing unit (plant), and the present invention is able to carry out intermittent charging,
Machine excess load is prevented, there is a phenomenon where overloading card machine, the present invention carries out the distribution of equivalent to biomass fuel, while exporting
Biomass fuel is processed to a section shape, is convenient for subsequent processing or packing, improves work efficiency, reduces operator
The labor intensity of member, reduces the cost of production, extends the service life of machine.
Detailed description of the invention
Fig. 1 is the structural schematic diagram one that a kind of environment-friendly biomass fuel of the present invention pre-processes processing unit (plant)；
Fig. 2 is the structural schematic diagram two that a kind of environment-friendly biomass fuel of the present invention pre-processes processing unit (plant)；
Fig. 3 is the structural schematic diagram three that a kind of environment-friendly biomass fuel of the present invention pre-processes processing unit (plant)；
Fig. 4 is the structural schematic diagram of pedestal；
Fig. 5 is the structural schematic diagram of driving wheel；
Fig. 6 is the structural schematic diagram one that fuel processes case；
Fig. 7 is the structural schematic diagram two that fuel processes case；
Fig. 8 is the structural schematic diagram of slot frame；
Fig. 9 is the structural schematic diagram for processing case ontology and charging seat；
Figure 10 is the structural schematic diagram of scraping wings；
Figure 11 is the structural schematic diagram of inclined plate and Material collecting box for harvesting；
Figure 12 is the structural schematic diagram of Material collecting box for harvesting；
Figure 13 is the structural schematic diagram of linkage board；
Figure 14 is the structural schematic diagram of sliding chute rod；
Figure 15 is the partial structure diagram of linkage board.
In figure: pedestal 1；Bottom plate 1-1；Support plate 1-2；Motor 1-3；I 1-4 of powered drive wheel；Driving wheel 2；Power transmission
Take turns II 2-1；Telescopic shaft 2-2；Sheave 2-3；I 2-4 of compressed spring；Axle sleeve 2-5；Drive bevel gear 2-6；Flexible pedestal 2-7；Fuel
Process case 3；Process case ontology 3-1；Charging seat 3-2；Chute frame 3-3；Cutoff tool 3-4；Rack gear 3-5；Limit plate 3-6；Short axle frame
3-7；Short axle 3-8；Driving gear 3-9；Driving pulley 3-10；Driven pulley 3-11；I 3-12 of worm screw；I 3-13 of worm gear；Drive shaft
3-14；Driving pulley 3-15；Drive pulley 3-16；Belt wheel shaft 3-17；Driven gear 3-18；Drive pedestal 3-19；Striker plate
Sliding slot 3-20；Scraping wings 4；Scraping wings ontology 4-1；Striker plate 4-2；L-type connecting rod 4-3；Bilateral rack gear 4-4；Limit plate sliding slot 4-
5；Spring base 4-6；Spring loop bar 4-7；Block plate 4-8；II 4-9 of compressed spring；Partial gear 4-10；Worm wheel shaft 4-11；Snail
Take turns II 4-12；II 4-13 of worm screw；Worm seat 4-14；Driven wheel of differential 4-15；Inclined plate 5；Material collecting box for harvesting 6；Riser 6-1；Transverse slat 6-2；
Linkage board 7；Splicing plate 7-1；III 7-2 of compressed spring；Pole 7-3；Driving lever 7-4；Shift fork 7-5；Guide rod 7-6；Connecting rod 7-7；It is perpendicular
Bridge 7-8；Round bar 7-9；Sliding chute rod 7-10；Driving lever sliding slot 7-11；Slide bar 7-12.
Specific embodiment
The present invention will be further described in detail for 1-15 and specific implementation method with reference to the accompanying drawing.
Specific embodiment 1:
Illustrating present embodiment below with reference to Fig. 1-15, a kind of environment-friendly biomass fuel pre-processes processing unit (plant), including
Pedestal 1, driving wheel 2, fuel processing case 3, scraping wings 4, inclined plate 5, Material collecting box for harvesting 6 and linkage board 7, the fuel process 3 He of case
Material collecting box for harvesting 6 is fixedly connected on pedestal 1, and inclined plate 5 is fixedly connected between fuel processing case 3 and Material collecting box for harvesting 6, and scraping wings 4 is sliding
Dynamic to be connected on fuel processing case 3, scraping wings 4 and fuel processing case 3 are sequentially connected, the both ends of driving wheel 2 respectively with scraping wings 4
Be sequentially connected with pedestal 1, driving wheel 2 is fixedly connected on pedestal 1, and linkage board 7 is slidably connected in Material collecting box for harvesting 6, linkage board 7 with
The middle-end clearance fit of driving wheel 2.Pedestal 1 drives scraping wings 4 to move back and forth by the transmission of driving wheel 2, and scraping wings 4 is to moving to left
When by fuel process case 3 in biomass fuel push to the left, while export biomass fuel be processed to a section shape, Duan Zhuansheng
Biomass fuel drops into Material collecting box for harvesting 6 by inclined plate 5, drives linkage board 7 to moving down when biomass fuel reaches constant weight
Dynamic, the lower end of the drive driving wheel 2 of linkage board 7, which moves up to separate with pedestal 1, to run out of steam, while scraping wings 4 also runs out of steam
It stops working, to stop discharging, after the biomass fuel in Material collecting box for harvesting 6 is removed, linkage board 7, which resets, drives driving wheel 2
It is sequentially connected again with pedestal 1, makes whole device from new running, circuit sequentially work, realize the biomass fuel exported every time
Expect all to be quantitative, is convenient for subsequent processing or packing, improves work efficiency, the labour for reducing operator is strong
Degree, while carrying out intermittent charging, can prevent machine excess load, and overload card machine occurs, reduce production at
This, extends the service life of machine.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-15, the pedestal 1 includes bottom plate 1-1, support plate 1-2, motor 1-3
With I 1-4 of powered drive wheel；Two support plate 1-2 are fixedly connected with the right end in bottom plate 1-1, and motor 1-3 is fixed by motor rack
It is connected on bottom plate 1-1, I 1-4 of powered drive wheel is fixedly connected on the output shaft of motor 1-3, I 1-4 of powered drive wheel and biography
Driving wheel 2 is sequentially connected.When in use, motor 1-3 by wire connecting power and control switch and is opened for the pedestal 1,
Motor 1-3 drives I 1-4 of powered drive wheel to rotate counterclockwise around own axes, and I 1-4 of powered drive wheel drives driving wheel 2 to work.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-15, the driving wheel 2 includes II 2-1 of powered drive wheel, telescopic shaft
2-2, sheave 2-3, I 2-4 of compressed spring, axle sleeve 2-5, drive bevel gear 2-6 and flexible pedestal 2-7；II 2-1 of powered drive wheel with
I 1-4 of powered drive wheel transmission connection, powered drive wheel II 2-1 and sheave 2-3 are respectively fixedly connected in the lower end of telescopic shaft 2-2
And middle-end, sheave 2-3 and 7 clearance fit of linkage board, axle sleeve 2-5 are slidably connected at the upper end of telescopic shaft 2-2, telescopic shaft 2-2's
Upper end is provided with raised line slot, and raised line is fixedly connected on axle sleeve 2-5, and raised line clearance fit is in raised line slot, axle sleeve 2-5 and flexible
I 2-4 of compressed spring is fixedly connected between axis 2-2, I 2-4 of compressed spring is located in telescopic shaft 2-2, and axle sleeve 2-5 passes through axis of usheing to seat
It holds and is rotatably connected on flexible pedestal 2-7, flexible pedestal 2-7 is fixedly connected on fuel processing case 3, and drive bevel gear 2-6 is solid
Surely it is connected to the top of axle sleeve 2-5, drive bevel gear 2-6 and scraping wings 4 are sequentially connected.The driving wheel 2 when in use, moves
I 1-4 of power driving wheel drives II 2-1 of powered drive wheel to rotate counterclockwise around own axes, and II 2-1 of powered drive wheel drives telescopic shaft
2-2 and sheave 2-3 are rotated counterclockwise around own axes, telescopic shaft 2-2 by the mating band moving axis of raised line and raised line slot cover 2-5 around
Own axes rotate counterclockwise, and axle sleeve 2-5 drives drive bevel gear 2-6 to rotate around itself axis inverse time needlework, drive bevel gear 2-6
Scraping wings 4 is driven to work.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-15, the fuel processing case 3 includes processing case ontology 3-1, charging
Seat 3-2, chute frame 3-3, cutoff tool 3-4, rack gear 3-5, limit plate 3-6, short axle frame 3-7, short axle 3-8, driving gear 3-9, master
Movable belt pulley 3-10, driven pulley 3-11, I 3-12 of worm screw, I 3-13 of worm gear, drive shaft 3-14, driving pulley 3-15, drive pulley
3-16, belt wheel shaft 3-17, driven gear 3-18, driving pedestal 3-19 and striker plate sliding slot 3-20；Processing case ontology 3-1 is fixed
It is connected to the upper end of two support plate 1-2, processes the right end hollow out of case ontology 3-1, the right end of processing case ontology 3-1 is provided with gear
Flitch sliding slot 3-20, the left end of processing case ontology 3-1 are provided with multiple circular through holes, and the right end of the processing upper end case ontology 3-1 is solid
Surely it is connected with charging seat 3-2, charging seat 3-2 is connected to the inside of processing case ontology 3-1, and flexible pedestal 2-7, which is fixedly connected on, to be added
On the front end face of work case ontology 3-1, chute frame 3-3 be fixedly connected on processing case ontology 3-1 left end, two 3-4 pairs of cutoff tool
Title is slidably connected in chute frame 3-3, and the outer end of two cutoff tool 3-4 is fixedly connected to rack gear 3-5, two rack gear 3-5's
Lower end surface is bonded with the upper surface of processing case ontology 3-1, and two rack gear 3-5 are oppositely arranged, the inner face of two cutoff tool 3-4
Fitting, the inner end of two cutoff tool 3-4 is fixedly connected to block；Before limit plate 3-6 is fixedly connected on processing case ontology 3-1
On end face, short axle frame 3-7 is fixedly connected on limit plate 3-6, and the middle-end of short axle 3-8 is rotatably connected on short axle by rolling bearing units
On frame 3-7, driving gear 3-9 and driving pulley 3-10 are respectively fixedly connected at the both ends of short axle 3-8, driving pulley 3-10 with from
Movable belt pulley 3-11 is connected by belt V belt translation, and driven pulley 3-11 is fixedly connected on the middle-end of I 3-12 of worm screw, I 3-12 of worm screw
One end be rotatably connected on by rolling bearing units on the front end face of processing case ontology 3-1, the other end of I 3-12 of worm screw and worm gear I
3-13 engaged transmission, worm gear I 3-13 and driving pulley 3-15 are respectively fixedly connected in the both ends of drive shaft 3-14, drive shaft 3-14
Middle-end by rolling bearing units be rotatably connected on driving pedestal 3-19 on, driving pedestal 3-19 be fixedly connected on processing case ontology 3-
On 1 front end face, driving pulley 3-15 is connect with drive pulley 3-16 by belt V belt translation, drive pulley 3-16 and driven tooth
Wheel 3-18 is fixedly connected on belt wheel shaft 3-17, and belt wheel shaft 3-17 is rotatably connected on processing case ontology by rolling bearing units
On the upper surface of 3-1, two rack gear 3-5 respectively with the left and right sides of driven gear 3-18 engaged transmission；Driving gear 3-9 with push away
Flitch 4 is sequentially connected, and scraping wings 4 is slidably connected in processing case ontology 3-1；The upper end of inclined plate 5 is fixedly connected on chute frame 3-3
The lower end of left side.When in use, biomass fuel drops into processing case ontology by charging seat 3-2 to the fuel processing case 3
Drive driving gear 3-9 clockwise about own axis in 3-1, when flitch 4 works, driving gear 3-9 passes through short axle 3-8 band
Dynamic driving pulley 3-10 drives driven pulley 3-11 to turn around own axes around own axis, driving pulley 3-10 by belt
Dynamic, driven pulley 3-11 drives I 3-12 of worm screw around own axis, and I 3-12 of worm screw drives I 3-13 of worm gear to turn around own axes
Dynamic, I 3-13 of worm gear drives drive shaft 3-14 and driving pulley 3-15 around own axis, and driving pulley 3-15 passes through belt band
Dynamic drive pulley 3-16 drives the driven gear 3-18 inverse time by belt wheel shaft 3-17 around own axis, drive pulley 3-16
Needle is around own axis, and driven gear 3-18 with two rack gear 3-5 engaged transmissions by driving two cutoff tool 3-4 to carry on the back simultaneously
From sliding opening, what 4 working time of flitch had a rest pushes biomass fuel to the left, and the biomass fuel pushed to the left is by processing
It is in the form of a column output after multiple circular through holes of the left end case ontology 3-1, drives driving gear 3-9 to turn counterclockwise when flitch 4 works
Two cutoff tool 3-4 slide in opposition simultaneously when dynamic, and column biomass fuel is cut off；Block prevents cutoff tool 3-4 from sliding outward
It is separated when dynamic with chute frame 3-3.
Specific embodiment 5:
Illustrate present embodiment below with reference to Fig. 1-15, the scraping wings 4 includes scraping wings ontology 4-1, striker plate 4-
2, L-type connecting rod 4-3, bilateral rack gear 4-4, limit plate sliding slot 4-5, spring base 4-6, spring loop bar 4-7, block plate 4-8, compressed spring
II 4-9, partial gear 4-10, worm wheel shaft 4-11, II 4-12 of worm gear, II 4-13 of worm screw, worm seat 4-14 and from mantle tooth
Take turns 4-15；Scraping wings ontology 4-1 is slidably connected in processing case ontology 3-1, and the upper end of scraping wings ontology 4-1 is fixedly connected with gear
Flitch 4-2, striker plate 4-2 are slidably connected in striker plate sliding slot 3-20, and striker plate 4-2 is located at the right end of charging seat 3-2, L-type
One end of connecting rod 4-3 is fixedly connected on scraping wings ontology 4-1, and the other end of L-type connecting rod 4-3 is fixedly connected on bilateral rack gear 4-
4 one end is provided with limit plate sliding slot 4-5 on bilateral rack gear 4-4, and the both ends of spring loop bar 4-7 have been respectively fixedly connected with spring
Seat 4-6 and block plate 4-8, spring base 4-6 be fixedly connected on processing case ontology 3-1 front end face on, the both ends of bilateral rack gear 4-4 are equal
It is slidably connected on spring loop bar 4-7, spring loop bar 4-7 is slidably connected on limit plate 3-6, and limit plate 3-6 is slidably connected at
In limit plate sliding slot 4-5, it is set with II 4-9 of compressed spring on the spring loop bar 4-7 between spring base 4-6 and bilateral rack gear 4-4,
The upper end engaged transmission of driving gear 3-9 and bilateral rack gear 4-4, partial gear 4-10 are engaged with the lower end of bilateral rack gear 4-4
Transmission, partial gear 4-10 and II 4-12 of worm gear are fixedly connected on worm wheel shaft 4-11, and worm wheel shaft 4-11 passes through band
Seat bearing is rotatably connected on the front end face of processing case ontology 3-1, one end engaged transmission of II 4-12 of worm gear and II 4-13 of worm screw,
The middle-end of II 4-13 of worm screw is rotatably connected on worm seat 4-14 by rolling bearing units, and worm seat 4-14 is rotated by rolling bearing units
It is connected on the front end face of processing case ontology 3-1, driven wheel of differential 4-15 is fixedly connected on the other end of II 4-13 of worm screw, driven
Bevel gear 4-15 and drive bevel gear 2-6 engaged transmission.When in use, drive bevel gear 2-6 drives driven the scraping wings 4
Bevel gear 4-15 is rotated clockwise around own axes, and driven wheel of differential 4-15 drives II 4-13 of worm screw around own axis, snail
II 4-13 of bar drives II 4-12 of worm gear around own axis, and II 4-12 of worm gear drives partial gear by worm wheel shaft 4-11
4-10 will drive bilateral rack gear when partial gear 4-10 is with bilateral rack gear 4-4 engaged transmission around own axis counterclockwise
4-4 is moved to the left, and compresses II 4-9 of compressed spring, and bilateral rack gear 4-4 drives scraping wings ontology 4-1 by L-type connecting rod 4-3
It is moved to the left promotion biomass fuel, striker plate 4-2 blocks charging seat 3-2, prevents biomass fuel from falling in scraping wings ontology
The case where 4-1 right end, occurs, while bilateral rack gear 4-4 drives driving gear 3-9 clockwise about own axis, two cuttings
Knife 3-4 is opened, and when partial gear 4-10 and bilateral rack gear 4-4 is disengaged from transmission, bilateral rack gear 4-4 is in compressed spring II
It moves right under the elastic force effect of 4-9, scraping wings ontology 4-1 moves right preparation and pushes away to biomass fuel next time
It send, while two cutoff tool 3-4 are moved toward one another and are closed.
Specific embodiment 6:
Illustrate present embodiment below with reference to Fig. 1-15, is provided with riser 6-1 and transverse slat 6-2 on the Material collecting box for harvesting 6；Collection
Hopper 6 is fixedly connected on bottom plate 1-1 by two riser 6-1, and the lower end of Material collecting box for harvesting 6 is fixedly connected with transverse slat 6-2, Material collecting box for harvesting
The upper of 6 right end is provided with feed inlet, and the lower end of inclined plate 5 is fixedly connected on the inside of feed inlet, and linkage board 7 is slidably connected at
In Material collecting box for harvesting 6.When in use, the biomass fuel for being cut off city section shape passes through tiltedly the Material collecting box for harvesting 6 under gravity
Plate 5 is dropped into Material collecting box for harvesting 6, and the biomass fuel in Material collecting box for harvesting 6 is fallen on linkage board 7.
Specific embodiment 7:
Illustrate present embodiment below with reference to Fig. 1-15, the linkage board 7 includes splicing plate 7-1, III 7- of compressed spring
2, pole 7-3, driving lever 7-4, shift fork 7-5, guide rod 7-6, connecting rod 7-7, vertical bar frame 7-8, round bar 7-9, sliding chute rod 7-10, driving lever
Sliding slot 7-11 and slide bar 7-12；Splicing plate 7-1 is slidably connected in Material collecting box for harvesting 6, and the upper and lower ends of III 7-2 of compressed spring are solid respectively
Surely it is connected on splicing plate 7-1 and transverse slat 6-2, one end of slide bar 7-12 is fixedly connected on the lower end surface of splicing plate 7-1, slide bar
The other end of 7-12 is fixedly connected on one end of pole 7-3, and the other end of pole 7-3 is fixedly connected with driving lever 7-4；Shift fork 7-5
One end clearance fit in sheave 2-3, the middle-end of shift fork 7-5 is slidably connected on guide rod 7-6, the both ends of guide rod 7-6 difference
It is fixedly connected between two vertical bar frame 7-8 by connecting rod 7-7, the upper end of two vertical bar frame 7-8 is fixedly connected on processing case
On the bottom surface of ontology 3-1, be fixedly connected with round bar 7-9 between two vertical bar frame 7-8, round bar 7-9 be located at two connecting rod 7-7 it
Between, one end of sliding chute rod 7-10 is rotatably connected on the other end of shift fork 7-5 by articulated shaft, is provided with driving lever on sliding chute rod 7-10
For the equal clearance fit of sliding slot 7-11, driving lever 7-4 and round bar 7-9 in driving lever sliding slot 7-11, round bar 7-9 is located at driving lever 7-4 and shift fork
Between 7-5.When in use, the biomass fuel in Material collecting box for harvesting 6 is fallen on splicing plate 7-1 the linkage board 7, works as biomass fuel
When material reaches certain weight, splicing plate 7-1 can be moved down, and III 7-2 of compressed spring is compressed, and splicing plate 7-1 passes through slide bar
7-12 and pole 7-3 drives driving lever 7-4 to move down, and driving lever 7-4 is pressed downward sliding chute rod 7-10, makes sliding chute rod 7-10 around round bar
7-9 is rotated, and the other end of sliding chute rod 7-10 moves up, and sliding chute rod 7-10 drives shift fork 7-5 to move up, shift fork 7-5
Sheave 2-3 is driven to move up, sheave 2-3 drives sliding chute rod 7-10 and II 2-1 of powered drive wheel to move up, compressed spring I
2-4 is compressed, and II 2-1 of powered drive wheel is separated to run out of steam and be stopped operating with I 1-4 of powered drive wheel, thus stop discharging, when
After taking out the material on splicing plate 7-1, splicing plate 7-1 resets under the action of III 7-2 of compressed spring, II 2-1 of powered drive wheel
It is sequentially connected again with I 1-4 of powered drive wheel and continues to discharge, circuit sequentially work, realize the section shape biomass exported every time
Quality of fuel be it is impartial, be convenient for subsequent processing or packing, improve work efficiency, reduce operator's
Labor intensity, while intermittent charging is carried out, machine excess load can be prevented, there is a phenomenon where overloading card machine, reduces life
The cost of production extends the service life of machine.
Specific embodiment 8:
Illustrate present embodiment below with reference to Fig. 1-15, there are two highly gradually for setting on I 1-4 of powered drive wheel
Reduced convex edge, II 2-1 of powered drive wheel is identical as the structure of I 1-4 of powered drive wheel, and II 2-1 of powered drive wheel and power pass
I 1-4 of driving wheel is oppositely arranged, the mutual block in convex edge on II 2-1 of powered drive wheel and I 1-4 of powered drive wheel.Powered drive wheel I
When 1-4 is rotated counterclockwise, two convex edges on I 1-4 of powered drive wheel pass through mutual with two convex edges on II 2-1 of powered drive wheel
Phase block drives II 2-1 of powered drive wheel to rotate counterclockwise；When II 2-1 of powered drive wheel and I 1-4 of powered drive wheel are by separation shape
When state is converted to transmission connection state, since the height of convex edge is gradually reduced, during I 1-4 of powered drive wheel rotation, move
Convex edge on II 2-1 of power driving wheel can gradually block realize in rotation process into the convex edge on I 1-4 of powered drive wheel
The transmission connection of I 1-4 of powered drive wheel and static II 2-1 of powered drive wheel.
A kind of working principle of environment-friendly biomass fuel pretreatment processing unit (plant) of the present invention:
When use device, pedestal 1 drives scraping wings 4 to move back and forth by the transmission of driving wheel 2, and scraping wings 4 is to when moving to left
The biomass fuel that the biomass fuel that fuel is processed in case 3 is pushed to the left, while being exported is processed to a section shape, section shape biology
Matter fuel drops into Material collecting box for harvesting 6 by inclined plate 5, drives linkage board 7 to move down when biomass fuel reaches constant weight,
Linkage board 7 drives the lower end of driving wheel 2 to move up to separate with pedestal 1 and runs out of steam, while scraping wings 4 also runs out of steam stopping
Work, to stop discharging, after the biomass fuel in Material collecting box for harvesting 6 is removed, linkage board 7, which resets, drives driving wheel 2 and bottom
Seat 1 is sequentially connected again, makes whole device from new running, circuits sequentially work, realize the biomass fuel exported every time all
Be it is quantitative, be convenient for subsequent processing or packing, improve work efficiency, reduce the labor intensity of operator,
Intermittent charging is carried out simultaneously, machine excess load can be prevented, there is a phenomenon where overload card machines, the cost of production is reduced,
Extend the service life of machine.The pedestal 1 passes through wire connecting power and control switch simultaneously when in use, by motor 1-3
It opens, motor 1-3 drives I 1-4 of powered drive wheel to rotate counterclockwise around own axes, and I 1-4 of powered drive wheel drives driving wheel 2
Work.When in use, I 1-4 of powered drive wheel drives II 2-1 of powered drive wheel counterclockwise around own axes to the driving wheel 2
Rotation, II 2-1 of powered drive wheel drive telescopic shaft 2-2 and sheave 2-3 to rotate counterclockwise around own axes, and telescopic shaft 2-2 passes through
The mating band moving axis set 2-5 of raised line and raised line slot is rotated counterclockwise around own axes, axle sleeve 2-5 drive drive bevel gear 2-6 around
The rotation of itself axis inverse time needlework, drive bevel gear 2-6 drive scraping wings 4 to work.The fuel processing case 3 is when in use, raw
Biomass fuel is dropped into processing case ontology 3-1 by charging seat 3-2, drives driving gear 3-9 clockwise about certainly when flitch 4 works
Drive driving pulley 3-10 around own axis by short axle 3-8 when body axis rotate, driving pulley 3-10 passes through belt band
Dynamic driven pulley 3-11 drives I 3-12 of worm screw around own axis, I 3- of worm screw around own axis, driven pulley 3-11
12 drive I 3-13 of worm gear around own axis, and I 3-13 of worm gear drives drive shaft 3-14 and driving pulley 3-15 around own axes
Rotation, driving pulley 3-15 drive drive pulley 3-16 around own axis by belt, and drive pulley 3-16 passes through belt wheel
Shaft 3-17 drives driven gear 3-18 counterclockwise around own axis, and driven gear 3-18 with two rack gear 3-5 by nibbling
It closes two cutoff tool 3-4 of transmission drive while deviating from sliding two and open, what 4 working time of flitch had a rest pushes away biomass fuel to the left
It send, the biomass fuel pushed to the left works as flitch by being in the form of a column output after processing multiple circular through holes of the left end case ontology 3-1
Driving gear 3-9 is driven two cutoff tool 3-4 while to slide in opposition when rotating counterclockwise when 4 work, by column biomass fuel
Cutting.When in use, drive bevel gear 2-6 drives driven wheel of differential 4-15 to turn clockwise around own axes to the scraping wings 4
Dynamic, driven wheel of differential 4-15 drives II 4-13 of worm screw around own axis, and II 4-13 of worm screw drives II 4-12 of worm gear around itself
Axis rotation, II 4-12 of worm gear drive partial gear 4-10 counterclockwise around own axis by worm wheel shaft 4-11, no
When complete gear 4-10 is with bilateral rack gear 4-4 engaged transmission, bilateral rack gear 4-4 is driven to be moved to the left, II 4-9 of compressed spring is pressed
Contracting, bilateral rack gear 4-4 drive scraping wings ontology 4-1 to be moved to the left promotion biomass fuel, striker plate 4-2 by L-type connecting rod 4-3
The case where charging seat 3-2 is blocked, prevents biomass fuel from falling in scraping wings ontology 4-1 right end generation, while bilateral rack gear 4-4
Drive driving gear 3-9 clockwise about own axis, two cutoff tool 3-4 are opened, when partial gear 4-10 with it is bilateral
When rack gear 4-4 is disengaged from transmission, bilateral rack gear 4-4 moves right under the elastic force effect of II 4-9 of compressed spring, scraping wings sheet
Body 4-1 moves right preparation and pushes to biomass fuel next time, while two cutoff tool 3-4 are moved toward one another and closed
It closes.When in use, the biomass fuel for being cut off city section shape passes through inclined plate 5 under gravity and drops into the Material collecting box for harvesting 6
In Material collecting box for harvesting 6, the biomass fuel in Material collecting box for harvesting 6 is fallen on linkage board 7.The linkage board 7 when in use, in Material collecting box for harvesting 6
Biomass fuel fall on splicing plate 7-1, when biomass fuel reaches certain weight, splicing plate 7-1 can be moved down,
Splicing plate 7-1 drives driving lever 7-4 to move down by slide bar 7-12 and pole 7-3, and driving lever 7-4 is pressed downward sliding chute rod 7-10, makes
Sliding chute rod 7-10 is rotated around round bar 7-9, and the other end of sliding chute rod 7-10 moves up, and sliding chute rod 7-10 drives shift fork 7-
5 move up, shift fork 7-5 drive sheave 2-3 move up, sheave 2-3 drive sliding chute rod 7-10 and II 2-1 of powered drive wheel to
Upper movement, I 2-4 of compressed spring are compressed, and II 2-1 of powered drive wheel separates the stopping that running out of steam with I 1-4 of powered drive wheel and turns
Dynamic, to stop discharging, after taking out the material on splicing plate 7-1, splicing plate 7-1 resets, II 2-1 of powered drive wheel and power
I 1-4 of driving wheel is sequentially connected again to be continued to discharge, and circuits sequentially work, realizes the section shape biomass fuel exported every time
Quality be it is impartial, be convenient for subsequent processing or packing, improve work efficiency, the labour for reducing operator is strong
Degree, while carrying out intermittent charging, can prevent machine excess load, and overload card machine occurs, reduce production at
This, extends the service life of machine.
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 within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (8)
1. a kind of environment-friendly biomass fuel pretreatment processing unit (plant), including pedestal (1), driving wheel (2), fuel processing case (3),
Scraping wings (4), inclined plate (5), Material collecting box for harvesting (6) and linkage board (7), it is characterised in that: fuel processing case (3) and Material collecting box for harvesting
(6) it is fixedly connected on pedestal (1), inclined plate (5) is fixedly connected between fuel processing case (3) and Material collecting box for harvesting (6), scraping wings
(4) it is slidably connected in fuel processing case (3), scraping wings (4) and fuel processing case (3) transmission connection, the both ends of driving wheel (2)
It is sequentially connected respectively with scraping wings (4) and pedestal (1), driving wheel (2) is fixedly connected on pedestal (1), and linkage board (7) sliding connects
It connects in Material collecting box for harvesting (6), the middle-end clearance fit of linkage board (7) and driving wheel (2).
2. a kind of environment-friendly biomass fuel according to claim 1 pre-processes processing unit (plant), it is characterised in that: described
Pedestal (1) includes bottom plate (1-1), support plate (1-2), motor (1-3) and powered drive wheel I (1-4)；Two support plates (1-2)
It is fixedly connected with the right end in bottom plate (1-1), motor (1-3) is fixedly connected on bottom plate (1-1) by motor rack, power transmission
I (1-4) of wheel is fixedly connected on the output shaft of motor (1-3), and powered drive wheel I (1-4) and driving wheel (2) are sequentially connected.
3. a kind of environment-friendly biomass fuel according to claim 2 pre-processes processing unit (plant), it is characterised in that: described
Driving wheel (2) includes powered drive wheel II (2-1), telescopic shaft (2-2), sheave (2-3), compressed spring I (2-4), axle sleeve (2-
5), drive bevel gear (2-6) and flexible pedestal (2-7)；Powered drive wheel II (2-1) and powered drive wheel I (1-4) transmission connect
It connects, powered drive wheel II (2-1) and sheave (2-3) are respectively fixedly connected with lower end and middle-end in telescopic shaft (2-2), sheave (2-
3) and linkage board (7) clearance fit, axle sleeve (2-5) are slidably connected at the upper end of telescopic shaft (2-2), the upper end of telescopic shaft (2-2)
It is provided with raised line slot, raised line is fixedly connected on axle sleeve (2-5), raised line clearance fit is in raised line slot, axle sleeve (2-5) and flexible
It is fixedly connected between axis (2-2) compressed spring I (2-4), compressed spring I (2-4) is located in telescopic shaft (2-2), axle sleeve (2-5)
It is rotatably connected on flexible pedestal (2-7) by rolling bearing units, flexible pedestal (2-7) is fixedly connected in fuel processing case (3),
Drive bevel gear (2-6) is fixedly connected on the top of axle sleeve (2-5), and drive bevel gear (2-6) and scraping wings (4) are sequentially connected.
4. a kind of environment-friendly biomass fuel according to claim 3 pre-processes processing unit (plant), it is characterised in that: described
It includes processing case ontology (3-1), charging seat (3-2), chute frame (3-3), cutoff tool (3-4), rack gear (3- that fuel, which processes case (3),
5), limit plate (3-6), short axle frame (3-7), short axle (3-8), driving gear (3-9), driving pulley (3-10), driven pulley (3-
11), worm screw I (3-12), worm gear I (3-13), drive shaft (3-14), driving pulley (3-15), drive pulley (3-16), band rotation
Axis (3-17), driven gear (3-18), driving pedestal (3-19) and striker plate sliding slot (3-20)；It is fixed to process case ontology (3-1)
It is connected to the upper end of two support plates (1-2), processes the right end hollow out of case ontology (3-1), the right end of processing case ontology (3-1) is set
It is equipped with striker plate sliding slot (3-20), the left end of processing case ontology (3-1) is provided with multiple circular through holes, processes case ontology (3-1)
The right end of upper end is fixedly connected with charging seat (3-2), and charging seat (3-2) is connected to the inside of processing case ontology (3-1), telescopic shaft
Frame (2-7) is fixedly connected on the front end face of processing case ontology (3-1), and chute frame (3-3) is fixedly connected on processing case ontology (3-
1) left end, two cutoff tools (3-4) are symmetrically slidably connected in chute frame (3-3), and the outer end of two cutoff tools (3-4) is solid
Surely it is connected with rack gear (3-5), the lower end surface of two rack gears (3-5) is bonded with the upper surface of processing case ontology (3-1), two teeth
Item (3-5) is oppositely arranged, and the inner face fitting of two cutoff tools (3-4), the inner end of two cutoff tools (3-4) is fixedly connected to
Block；Limit plate (3-6) is fixedly connected on the front end face of processing case ontology (3-1), and short axle frame (3-7) is fixedly connected on limit
On plate (3-6), the middle-end of short axle (3-8) is rotatably connected on short axle frame (3-7) by rolling bearing units, driving gear (3-9) and
Driving pulley (3-10) is respectively fixedly connected at the both ends of short axle (3-8), and driving pulley (3-10) and driven pulley (3-11) are logical
The connection of belt V belt translation is crossed, driven pulley (3-11) is fixedly connected on the middle-end of worm screw I (3-12), one end of worm screw I (3-12)
It is rotatably connected on by rolling bearing units on the front end face of processing case ontology (3-1), the other end and I (3- of worm gear of worm screw I (3-12)
13) engaged transmission, worm gear I (3-13) and driving pulley (3-15) are respectively fixedly connected in the both ends of drive shaft (3-14), driving
The middle-end of axis (3-14) is rotatably connected in driving pedestal (3-19) by rolling bearing units, and driving pedestal (3-19) is fixedly connected on
It processes on the front end face of case ontology (3-1), driving pulley (3-15) is connect with drive pulley (3-16) by belt V belt translation, is passed
Movable belt pulley (3-16) and driven gear (3-18) are fixedly connected on belt wheel shaft (3-17), and belt wheel shaft (3-17) passes through band
Seat bearing be rotatably connected on processing case ontology (3-1) upper surface on, two rack gears (3-5) respectively with driven gear (3-18)
Left and right sides engaged transmission；Driving gear (3-9) and scraping wings (4) are sequentially connected, and scraping wings (4) is slidably connected at processing case sheet
In body (3-1)；The upper end of inclined plate (5) is fixedly connected on the lower end of the left side chute frame (3-3).
5. a kind of environment-friendly biomass fuel according to claim 4 pre-processes processing unit (plant), it is characterised in that: described
Scraping wings (4) includes scraping wings ontology (4-1), striker plate (4-2), L-type connecting rod (4-3), bilateral rack gear (4-4), limit plate cunning
Slot (4-5), spring base (4-6), spring loop bar (4-7), block plate (4-8), compressed spring II (4-9), partial gear (4-10),
Worm wheel shaft (4-11), worm gear II (4-12), worm screw II (4-13), worm seat (4-14) and driven wheel of differential (4-15)；Pusher
Plate ontology (4-1) is slidably connected in processing case ontology (3-1), and the upper end of scraping wings ontology (4-1) is fixedly connected with striker plate
(4-2), striker plate (4-2) are slidably connected in striker plate sliding slot (3-20), and striker plate (4-2) is located at the right side of charging seat (3-2)
End, one end of L-type connecting rod (4-3) are fixedly connected on scraping wings ontology (4-1), and the other end of L-type connecting rod (4-3) is fixedly connected
It is provided with limit plate sliding slot (4-5) on one end of bilateral rack gear (4-4), bilateral rack gear (4-4), the two of spring loop bar (4-7)
End has been respectively fixedly connected with spring base (4-6) and block plate (4-8), and spring base (4-6) is fixedly connected on processing case ontology (3-1)
On front end face, the both ends of bilateral rack gear (4-4) are slidably connected on spring loop bar (4-7), and spring loop bar (4-7) is slidably connected
On limit plate (3-6), limit plate (3-6) is slidably connected in limit plate sliding slot (4-5), spring base (4-6) and bilateral rack gear
It is set with compressed spring II (4-9) on spring loop bar (4-7) between (4-4), driving gear (3-9) and bilateral rack gear (4-4)
Upper end engaged transmission, the lower end engaged transmission of partial gear (4-10) and bilateral rack gear (4-4), partial gear (4-10)
It is fixedly connected on worm wheel shaft (4-11) with worm gear II (4-12), worm wheel shaft (4-11) is rotatablely connected by rolling bearing units
On the front end face of processing case ontology (3-1), one end engaged transmission of worm gear II (4-12) and worm screw II (4-13), worm screw II
The middle-end of (4-13) is rotatably connected on worm seat (4-14) by rolling bearing units, and worm seat (4-14) is rotated by rolling bearing units
It is connected on the front end face of processing case ontology (3-1), driven wheel of differential (4-15) is fixedly connected on the another of worm screw II (4-13)
End, driven wheel of differential (4-15) and drive bevel gear (2-6) engaged transmission.
6. a kind of environment-friendly biomass fuel according to claim 5 pre-processes processing unit (plant), it is characterised in that: described
Riser (6-1) and transverse slat (6-2) are provided on Material collecting box for harvesting (6)；Material collecting box for harvesting (6) is fixedly connected on bottom by two risers (6-1)
On plate (1-1), the lower end of Material collecting box for harvesting (6) is fixedly connected with transverse slat (6-2), and the upper end of the right end of Material collecting box for harvesting (6) is provided with charging
Mouthful, the lower end of inclined plate (5) is fixedly connected on the inside of feed inlet, and linkage board (7) is slidably connected in Material collecting box for harvesting (6).
7. a kind of environment-friendly biomass fuel according to claim 6 pre-processes processing unit (plant), it is characterised in that: described
Linkage board (7) includes splicing plate (7-1), compressed spring III (7-2), pole (7-3), driving lever (7-4), shift fork (7-5), guide rod
(7-6), connecting rod (7-7), vertical bar frame (7-8), round bar (7-9), sliding chute rod (7-10), driving lever sliding slot (7-11) and slide bar (7-
12)；Splicing plate (7-1) is slidably connected in Material collecting box for harvesting (6), and the upper and lower ends of compressed spring III (7-2) are respectively fixedly connected with
On splicing plate (7-1) and transverse slat (6-2), one end of slide bar (7-12) is fixedly connected on the lower end surface of splicing plate (7-1), slide bar
The other end of (7-12) is fixedly connected on one end of pole (7-3), and the other end of pole (7-3) is fixedly connected with driving lever (7-4)；
In sheave (2-3), the middle-end of shift fork (7-5) is slidably connected on guide rod (7-6) one end clearance fit of shift fork (7-5), is led
The both ends of bar (7-6) pass through connecting rod (7-7) respectively and are fixedly connected between two vertical bar framves (7-8), two vertical bar framves (7-8)
Upper end be fixedly connected on processing case ontology (3-1) bottom surface on, be fixedly connected with round bar (7- between two vertical bar framves (7-8)
9), round bar (7-9) is located between two connecting rods (7-7), and one end of sliding chute rod (7-10) is rotatably connected on by articulated shaft dials
The other end of (7-5) is pitched, is provided with driving lever sliding slot (7-11) on sliding chute rod (7-10), driving lever (7-4) and the equal gap round bar (7-9)
In driving lever sliding slot (7-11), round bar (7-9) is located between driving lever (7-4) and shift fork (7-5) for cooperation.
8. a kind of environment-friendly biomass fuel according to claim 7 pre-processes processing unit (plant), it is characterised in that: described
The convex edge that height is gradually reduced there are two being arranged on powered drive wheel I (1-4), powered drive wheel II (2-1) and powered drive wheel I
The structure of (1-4) is identical, and powered drive wheel II (2-1) is oppositely arranged with powered drive wheel I (1-4), powered drive wheel II (2-1)
With the mutual block in convex edge on powered drive wheel I (1-4).
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