CN108093899A - Forage breaks the auxiliary drawing-in device of bundle machine - Google Patents
Forage breaks the auxiliary drawing-in device of bundle machine Download PDFInfo
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- CN108093899A CN108093899A CN201711337645.4A CN201711337645A CN108093899A CN 108093899 A CN108093899 A CN 108093899A CN 201711337645 A CN201711337645 A CN 201711337645A CN 108093899 A CN108093899 A CN 108093899A
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01F—PROCESSING OF HARVESTED PRODUCE; HAY OR STRAW PRESSES; DEVICES FOR STORING AGRICULTURAL OR HORTICULTURAL PRODUCE
- A01F29/00—Cutting apparatus specially adapted for cutting hay, straw or the like
- A01F29/09—Details
- A01F29/10—Feeding devices
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/70—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in livestock or poultry
Abstract
The present invention discloses the auxiliary drawing-in device that a kind of forage breaks bundle machine, including transmission system, crank rocker feed mechanism, blockage prevention device and supporting rack；Transmission system is placed in forage and breaks the top of bundle machine rack, and is close to the lateral wall of rectangular funnel feed inlet；Two groups of crank rocker feed mechanisms are symmetrically arranged in rectangular funnel feed inlet, respectively close to the both side plate inner wall parallel with rotor axis；The upper end of two groups of blockage prevention devices is hingedly connected to edge on the inner wall of the feed inlet side plate of two groups of crank rocker feed mechanisms of installation, and the baffle lower edge of blockage prevention device is overlapped on the upper edge of two groups of crank rocker feed mechanism push plates respectively；Supporting rack is fixed on brokenly on the outside of bundle crusher machine section side plate, is responsible for the bearing block of support transmission device.Along along respective path line from top to bottom motion process, level interval is first closed divides two groups of gear shaping plate crowns of the present invention afterwards, and crown can be made to be inserted into bale two to side, and bale is pressed to the broken rotor of lower section, ensures bale by continuous crushing.
Description
Technical field
The present invention relates to the auxiliary drawing-in devices that a kind of forage breaks bundle machine, and bale is enable smoothly to enter milling cutter machined surface,
Ensure bale by continuous crushing.
Background technology
China is as large agricultural country, biomass resource very abundant, China rural area mainly have rice straw, wheat stalk,
Maize straw.It is estimated that the annual agricultural crop straw yield in China is up to more than 700,000,000 tons, although having had small part stalk to be used for now
The life of returning to the field, feed and the raw material of industry and peasant, fuel etc., but still there is a big chunk stalk directly to be burnt in field
It burns, causes the significant wastage of biomass energy, meanwhile, atmosphere pollution and security against fire problem is brought to endanger also very big or even shadow
Ring traffic and the health of the people.
Self-propelled type straw picking up and bundling machine is animal husbandry, the indispensable preferred equipment of paper-making industry.The machinery is launched
After, it solves the problems, such as stalk recycling, improve the problem of environmental pollution that straw is brought is burned in rural area.
With the development of straw baler, stalk breaks bundle machine and generates therewith.Bundle machine is broken by stalk and opens bale, simultaneously
Roughing is carried out to bale, to prepare using the next procedure of stalk.It is by high-power electricity that stalk, which breaks bundle machine operation principle,
Motivation drives the milling cutter on tool roller axis is mutually opposite to turn through reduction box, to achieve the purpose that squeeze material, tear up and shear.Just
Under normal operating mode, the milling cutter rotating speed that stalk breaks bundle machine is low, and security performance is high, and noise is small, and low energy consumption, highly practical, but often occurs
Bale at feed inlet by milling cutter it is fluffy live without blanking the phenomenon that.
When bale falls into rectangular funnel type feed inlet after, since milling cutter for helix arranges mode, only a small number of millings
The power that knife point of a knife hooks downwards bale application, most of milling cutter generate bale upward holding power by knife spine, meanwhile, part
Point of a knife generates a upward holding power in rotary course, to bale；When milling cutter is more than milling cutter to the holding power that bale generates
To the power hooked downwards of bale, will show bale by milling cutter it is fluffy live without blanking the phenomenon that.
When occur bale by milling cutter it is fluffy live without blanking situation, Conventional solutions are as follows：Worker stands in rectangular funnel
In plateau by type feed inlet, smash downwards using wooden stick by fluffy bale firmly, this method not only affects brokenly the work of bundle machine
Efficiency adds artificial labor intensity or even milling cutter can bite wooden stick sometimes, the life of normal operation and worker to machine
Life safety causes serious threat.
It can be seen that the design at existing broken bundle machine inlet, goes back existing defects, it is necessary to be improved, realization makes grass
Bundle is continuous, reliable, the fully-charged function of peace.
The content of the invention
The invention discloses the auxiliary drawing-in devices that a kind of forage breaks bundle machine, have bale pressing to the broken rotor in lower section
Function ensures bale by continuous crushing, safe and efficient operation.
In order to solve the above technical problems, the invention discloses the auxiliary drawing-in device that a kind of forage breaks bundle machine, including transmission
System, crank rocker feed mechanism, blockage prevention device and supporting rack；Transmission system is placed in the top that forage breaks bundle machine rack, and
It is close to the lateral wall of rectangular funnel feed inlet；Two groups of crank rocker feed mechanisms are symmetrically arranged on rectangular funnel feed inlet,
Respectively close to the both side plate inner wall parallel with rotor axis；The upper end of two groups of blockage prevention devices is hingedly connected to two suite handles of installation
Edge on the inner wall of the feed inlet side plate of rocking bar feed mechanism, the lower edge of blockage prevention device are overlapped on two groups of crank rocker feedings respectively
The upper edge of mechanism push plate；Supporting rack is fixed on brokenly on the outside of bundle crusher machine section side plate, is responsible for the bearing block of support transmission device.
The transmission system, power source are crusher knife roll shaft, and transmission system is divided into left and right two using tool roller axis as starting point
Path finally each drives the push plate of corresponding hopper side to implement the push action of bale auxiliary feeding.Left side level-one drive sprocket
Be the identical sprocket wheel of two structures with right side level-one drive sprocket, by bolt respectively with the shaft coupling on same root tool roller axis
Both ends of the surface connect firmly；The power of tool roller axis is transferred by chain drive to two paths of transmission system or so respectively.Left hand path power
It transfers and is：By left side level-one drive sprocket through left side level-one driven sprocket, first axle is transferred to；Left side level-one driven sprocket passes through
Flat key is fixed on one end of first axle；First supporting rack is fixed on brokenly on the outside of bundle crusher machine section side plate, and supporting plane passes through thereon
Bolt connects firmly respectively with two identical bearing blocks of structure；First axle is by two bearings seat supports, the other end and left side level-one master
Moving gear is connected by flat key；Left side level-one driven gear is connected with one end of the second axis by flat key, and by with left side one
The engaged transmission of grade driving gear, the second axis is transferred to by the power of first axle；Two structures identical bearing bracket and square
Shape funnel type feed inlet side wall connects firmly；Second axis by connecting firmly the bearing seat supports on two bearing brackets respectively；Left side two
Grade drive sprocket is connected with another shaft end of the second axis by flat key, and left side two level driven sprocket is fixed on the 3rd axis by flat key
Power on second axis is transferred to the 3rd axis by middle part one side, two sprocket wheels by chain drive；The identical bearing block branch of two structures
Frame is connected firmly with rectangular funnel type feed inlet side wall；3rd axis by connecting firmly the bearing seat supports on two bearing brackets respectively；
Left crank of the two axial ends of 3rd axis respectively with a pair of of same-phase connects firmly, and left crank moves in a circle with the 3rd axis；Right side
Path power transfers：The power of tool roller axis is by chain drive by right side level-one drive sprocket through right side level-one driven sprocket, biography
It is delivered to the 4th axis；Second supporting rack is fixed on brokenly on the outside of bundle crusher machine section side plate, bearing bracket and rectangular funnel type feed inlet
Side wall connects firmly, and the identical bearing block of two structures connects firmly respectively with the second supporting rack side plane and bearing bracket side plane, the
Four axis are by two bearings seat supports；Right side two level drive sprocket is connected with another shaft end of the 4th axis by flat key, right side two level from
Movable sprocket is fixed on one side in the middle part of the 5th axis by flat key, and two sprocket wheels are transferred to the by chain drive, by the power on the 4th axis
Five axis；The identical bearing bracket of two structures is connected firmly with rectangular funnel type feed inlet side wall；5th axis is by connecting firmly respectively two
Bearing seat supports on a bearing bracket；Right crank of the two axial ends of 5th axis respectively with a pair of of same-phase connects firmly, right side
Crank moves in a circle with the 5th axis.
The crank rocker feed mechanism, is symmetrically arranged in rectangular funnel feed inlet, is put down respectively close to rotor axis
Capable both side plate inner wall, cantilever end and the crank of T-shaped plate are hinged, and the seat board end of T-shaped plate is fixed on push plate upper end；Gear shaping plate connects firmly
In the lower end of push plate；One end of rocking bar is hinged with connecting firmly the ear mount in the middle part of push plate, the other end and be fixed on rectangular funnel type into
The ear mount of material mouth side wall is hinged；The connection relation of offside crank rocker feed mechanism is identical with the connection relation of the side.
The blockage prevention device, along being hingedly connected to two groups of crank rocker feedings of installation on the baffle of two groups of blockage prevention devices
Edge on the inner wall of the feed inlet side plate of mechanism, the baffle lower edge of blockage prevention device are overlapped on two groups of crank rocker feed mechanisms respectively
The upper edge of push plate.
Support frame as described above, the first supporting rack is with affixed on the outside of broken bundle crusher machine section side plate, and plane and bearing block are affixed thereon；
For second supporting rack with affixed on the outside of broken bundle crusher machine section side plate, side plane is affixed with bearing block.
The length of crank, rocking bar and the size of push plate and T-shaped plate in the feed mechanism by adjusting crank rocker
Size can adjust the movement locus of gear shaping plate crown, to be adapted to various sizes of bale.
The upper edge of two groups of blockage prevention devices is hingedly connected to the feed inlet side of two groups of crank rocker feed mechanisms of installation
Edge on the inner wall of plate, the baffle lower edge of blockage prevention device are overlapped on the upper edge of two groups of crank rocker feed mechanism push plates respectively；Energy
Enough prevent bale from entering the drive area of crank rocker feed mechanism, so as to which anti-locking mechanism is stuck.
It is described by adjusting left side level-one drive sprocket and the gear ratio of left side level-one driven sprocket, gear shaping plate can be adjusted
The periodic motion frequency of crown makes gear shaping plate match the auxiliary feeding speed and the broken bundle speed of broken bundle machine knife roller of bale.
It is described to ensure that two groups of gear shaping plates have suitable fixed skew using chain drive, and can be as needed
Adjust the phase difference of gear shaping plate.
The gear shaping plate is fixed on push plate lower edge by rivet, replaces damaged and different model cutter as needed.
It is described to be driven by increasing level-one external gear pump in the drive path of left side, make the 3rd axis that there is phase with the 5th axis
Anti- rotation direction makes two groups of gear shaping plate crowns realize mirror symmetry movement.
The invention discloses the auxiliary drawing-in devices that a kind of forage breaks bundle machine, and it is fluffy by milling cutter knife spine to efficiently solve bale
Cannot accommodate material the problem of, meanwhile, not influencing bale any time enters funnel type feed inlet.
The invention discloses the auxiliary drawing-in devices that a kind of forage breaks bundle machine, reduce number of workers, security performance is high, pole
Big improves production efficiency.
The invention discloses the auxiliary drawing-in devices that a kind of forage breaks bundle machine, are fixed on the sprocket wheel of shaft coupling as power
Source does not increase the quantity of driving source, simple in structure.
Description of the drawings
Above-mentioned is the general introduction of technical solution of the present invention, in order to preferably show the designing scheme of the present invention, below in conjunction with attached
The present invention is described in further detail with specific embodiment for figure.
Fig. 1 is the front view for the auxiliary drawing-in device that forage breaks bundle machine.
Fig. 2 is the left view for the auxiliary drawing-in device that forage breaks bundle machine.
Fig. 3 is the right view for the auxiliary drawing-in device that forage breaks bundle machine.
Fig. 4 is the rearview for the auxiliary drawing-in device that forage breaks bundle machine.
In figure：1st, hinge；2nd, baffle；3rd, left crank；4th, left side two level driven sprocket；5th, bearing block；6th, bearing block branch
Frame；7th, driven gear；8th, left side level-one driven sprocket；9th, left side level-one drive sprocket；10th, right side level-one drive sprocket；11st, it is careless
Bundle；12nd, right side level-one driven sprocket；13rd, gear shaping plate；14th, ear mount；15th, rocking bar；16th, ear mount；17th, push plate；18th, right side two level
Driven sprocket；19th, bearing block；20th, right crank；21st, T-shaped plate；22nd, bearing bracket；23rd, the first supporting rack；24th, bearing
Seat；25th, first axle；26th, the 3rd axis；27th, left side two level drive sprocket；28th, the second axis；29th, bearing bracket；30th, bearing block；
31st, driving gear；32nd, the second supporting rack；33rd, the 4th axis；34th, right side two level drive sprocket；35th, bearing block；36th, bearing block branch
Frame；37th, the 5th axis.
Specific embodiment
The present invention is described in further detail with reference to embodiment and attached drawing.
Such as Fig. 1, shown in 2,3,4, the auxiliary drawing-in device that a kind of forage breaks bundle machine is disclosed, Fig. 1 is that forage breaks bundle machine
The front view of drawing-in device is aided in, Fig. 2 is the left view for the auxiliary drawing-in device that forage breaks bundle machine, and Fig. 3 is that forage breaks bundle machine
The right view of drawing-in device is aided in, Fig. 4 is the rearview for the auxiliary drawing-in device that forage breaks bundle machine；By the movement of gear shaping plate crown
Trajectory diagram understands that crank rotates a complete cycle, and gear shaping plate completes that bale is once pressed to the action of the broken rotor in lower section.Forage
The auxiliary drawing-in device of broken bundle machine includes transmission system, crank rocker feed mechanism, blockage prevention device and supporting rack；Transmission system
It is placed in forage and breaks the top of bundle machine rack, and be close to the lateral wall of rectangular funnel feed inlet；Two groups of crank rocker feed mechanisms
It is symmetrically arranged in rectangular funnel feed inlet, respectively close to the both side plate inner wall parallel with rotor axis；Two groups of blockage prevention devices
Upper end be hingedly connected to installation two groups of crank rocker feed mechanisms feed inlet side plate inner wall on edge, the gear of blockage prevention device
Plate lower edge is overlapped on the upper edge of two groups of crank rocker feed mechanism push plates respectively；Supporting rack is fixed on brokenly outside bundle crusher machine section side plate
The bearing block of support transmission device is responsible in side.
The operation principle of the present invention, during operation, power source is crusher knife roll shaft, transmission system using tool roller axis as starting point,
It is divided into two paths of left and right, the push plate of corresponding hopper side is finally each driven to implement the push action of bale auxiliary feeding.Left side
Level-one drive sprocket 9 and right side level-one drive sprocket 10 are the identical sprocket wheel of two structures, by bolt respectively with same root knife
The both ends of the surface of shaft coupling on roll shaft connect firmly；The power of tool roller axis is by chain drive, respectively to two paths of transmission system or so
It transfers.Left hand path power transfers：By left side level-one drive sprocket 9 through left side level-one driven sprocket 8, first axle is transferred to
25；Left side level-one driven sprocket 8 is fixed on one end of first axle 25 by flat key；25 other end of first axle and the active of left side level-one
Gear 31 is connected by flat key；Left side level-one driven gear 7 is connected with one end of the second axis 28 by flat key, and by with left side
The power of first axle 25 is transferred to the second axis 28 by the engaged transmission of level-one driving gear 31；Left side two level drive sprocket 27 with
Another shaft end of second axis 28 is connected by flat key, and left side two level driven sprocket 4 is fixed on 26 middle part one of the 3rd axis by flat key
Power on second axis 28 is transferred to the 3rd axis 26 by side, two sprocket wheels by chain drive；The two axial ends of 3rd axis 26 are respectively with one
The left crank 3 of same-phase is connected firmly, left crank 3 moves in a circle with the 3rd axis 26；Right hand path power transfers：Rotor
The power of axis by chain drive by right side level-one drive sprocket 10 through right side level-one driven sprocket 12, be transferred to the 4th axis 33；It is right
Side two level drive sprocket 34 is connected with another shaft end of the 4th axis 33 by flat key, and right side two level driven sprocket 18 is consolidated by flat key
37 middle part one side of the 5th axis is coupled to, the power on the 4th axis 33 is transferred to the 5th axis 37 by two sprocket wheels by chain drive；5th axis
37 two axial ends connect firmly respectively with the right crank of a pair of of same-phase 20, and right crank 20 moves in a circle with the 5th axis 37.
Respectively as power source, the crank of driving crank rocker feed mechanism does circumference fortune for 3rd axis 26 and the 5th axis 37
Dynamic, rocking bar 15 does periodic swing, and the track for being fixed on the gear shaping plate crown 13 of push plate lower edge is approximate ellipse shape, gear shaping
Plate crown applies bale 11 during movement downward pressure, solves bale by fluffy firmly the asking without blanking of milling cutter knife spine
Topic ensures bale by continuous crushing.
The upper edge of two groups of blockage prevention devices is hingedly connected to the feed inlet side plate of two groups of crank rocker feed mechanisms of installation
Edge on inner wall, 2 lower edge of baffle of blockage prevention device are overlapped on the upper edge of two groups of crank rocker feed mechanism push plates 17 respectively；It can
Prevent bale from entering the drive area of crank rocker feed mechanism, so as to which anti-locking mechanism is stuck.
By adjusting crank 20, the length of rocking bar 15 and the push plate 17 in crank rocker feed mechanism and T-shaped plate 21
Size can adjust the movement locus of gear shaping plate crown, to be adapted to various sizes of bale.
By adjusting left side level-one drive sprocket 9 and the gear ratio of left side level-one driven sprocket 8, gear shaping plate tooth can be adjusted
The periodic motion frequency of point makes gear shaping plate match the auxiliary feeding speed and the broken bundle speed of broken bundle machine knife roller of bale.
It can ensure that two groups of gear shaping plates 13 have suitable fixed skew using chain drive, and can adjust as needed
The phase difference of whole gear shaping plate.
Gear shaping plate 13 is fixed on 17 lower edge of push plate by rivet, replaces damaged and different model cutter as needed.
It is driven by increasing level-one external gear pump in the drive path of left side, makes the 3rd axis 26 that there is phase with the 5th axis 37
Anti- rotation direction makes two groups of gear shaping plate crowns realize mirror symmetry movement.
When the resistance that broken bundle machine is subject to is excessive, the electric control loop control motor reversion of motor, so as to spue
Forage, simultaneously so that gear shaping plate crown, so as to which bale be dragged upwards, is conducive to mitigate blocking along track reverse movement.
The present invention is the auxiliary drawing-in device that a kind of forage breaks bundle machine, it is effective solve bale by milling cutter knife spine it is fluffy live without
The problem of blanking, reduces the work of worker, improves the efficiency of production system.
Claims (7)
1. a kind of forage breaks the auxiliary drawing-in device of bundle machine, which is characterized in that including transmission system, crank rocker feed mechanism,
Blockage prevention device and supporting rack；Transmission system is placed in forage and breaks the top of bundle machine rack, and is close to rectangular funnel feed inlet
Lateral wall；Two groups of crank rocker feed mechanisms are symmetrically arranged in rectangular funnel feed inlet, respectively close to parallel with rotor axis
Both side plate inner wall；The upper end of two groups of blockage prevention devices is hingedly connected to the feed inlet side of two groups of crank rocker feed mechanisms of installation
Edge on the inner wall of plate, the lower edge of blockage prevention device are overlapped on the upper edge of two groups of crank rocker feed mechanism push plates respectively；Supporting rack
It is fixed on brokenly on the outside of bundle crusher machine section side plate, is responsible for the bearing block of support transmission device；
The transmission system, power source are crusher knife roll shaft, and transmission system is divided into two roads in left and right using tool roller axis as starting point
Footpath finally each drives the push plate of corresponding hopper side to implement the push action of bale auxiliary feeding；Left side level-one drive sprocket（9）
With right side level-one drive sprocket（10）For the identical sprocket wheel of two structures, by bolt respectively with the shaft coupling on same root tool roller axis
The both ends of the surface of device connect firmly；The power of tool roller axis is transferred by chain drive to two paths of transmission system or so respectively；Left hand path
Power transfers：By left side level-one drive sprocket（9）Through left side level-one driven sprocket（8）, it is transferred to first axle（25）；Left side one
Grade driven sprocket（8）First axle is fixed on by flat key（25）One end；First supporting rack（23）It is fixed on brokenly bundle crusher machine section
On the outside of side plate, supporting plane passes through the bolt bearing block identical with two structures respectively thereon（24）It connects firmly；First axle（25）By
Two bearings seat（24）Support, the other end and left side level-one driving gear（31）It is connected by flat key；Left side level-one driven gear
（7）With the second axis（28）One end connected by flat key, and by with left side level-one driving gear（31）Engaged transmission, by
One axis（25）Power be transferred to the second axis（28）；The identical bearing bracket of two structures（29）With rectangular funnel type feed inlet
Side wall connects firmly；Second axis（28）By being connected firmly respectively in two bearing brackets（29）On bearing block（30）Support；Left side two level
Drive sprocket（27）With the second axis（28）Another shaft end connected by flat key, left side two level driven sprocket（4）Consolidated by flat key
It is coupled to the 3rd axis（26）Middle part one side, two sprocket wheels are by chain drive, by the second axis（28）On power be transferred to the 3rd axis（26）；
The identical bearing bracket of two structures（6）It is connected firmly with rectangular funnel type feed inlet side wall；3rd axis（26）By connecting firmly respectively
Two bearing brackets（6）On bearing block（5）Support；3rd axis（26）Two axial ends it is bent with the left side of a pair of of same-phase respectively
Handle（3）It connects firmly, left crank（3）With the 3rd axis（26）It moves in a circle；Right hand path power transfers：The power of tool roller axis leads to
Chain drive is crossed by right side level-one drive sprocket（10）Through right side level-one driven sprocket（12）, it is transferred to the 4th axis（33）；Second
Support（32）It is fixed on brokenly on the outside of bundle crusher machine section side plate, bearing bracket（36）It is connected firmly with rectangular funnel type feed inlet side wall,
The identical bearing block of two structures（35）Respectively with the second supporting rack（32）Side plane and bearing bracket（36）Side plane connects firmly,
4th axis（33）By two bearings seat（35）Support；Right side two level drive sprocket（34）With the 4th axis（33）Another shaft end pass through it is flat
Key connection, right side two level driven sprocket（18）5th axis is fixed on by flat key（37）Middle part one side, two sprocket wheels by chain drive,
By the 4th axis（33）On power be transferred to the 5th axis（37）；The identical bearing bracket of two structures（22）With rectangular funnel type
Feed inlet side wall connects firmly；5th axis（37）By being connected firmly respectively in two bearing brackets（22）On bearing block（19）Support；The
Five axis（37）The two axial ends right crank with a pair of of same-phase respectively（20）It connects firmly, right crank is with the 5th axis（37）Do circumference
Movement；
The crank rocker feed mechanism, is symmetrically arranged in rectangular funnel feed inlet, respectively close to parallel with rotor axis
Both side plate inner wall, T-shaped plate（21）Cantilever end and crank（20）It is hinged, T-shaped plate（21）Seat board end be fixed on push plate（17）On
End；Gear shaping plate（13）It connects firmly in push plate（17）Lower end；Rocking bar（15）One end and connect firmly in push plate（17）The ear mount at middle part
（16）It is hinged, the other end and the ear mount for being fixed on rectangular funnel type feed inlet side wall（14）It is hinged；Offside crank rocker feeder
The connection relation of structure is identical with the connection relation of the side；
The blockage prevention device, the baffle of two groups of blockage prevention devices（2）Upper edge is hingedly connected to two groups of crank rocker feedings of installation
Edge on the inner wall of the feed inlet side plate of mechanism, the baffle of blockage prevention device（2）Lower edge is overlapped on two groups of crank rocker feedings respectively
Mechanism push plate（17）Upper edge；
Support frame as described above, the first supporting rack（23）With affixed, plane and bearing block thereon on the outside of broken bundle crusher machine section side plate（24）
It is affixed；Second supporting rack（32）With affixed, side plane and bearing block on the outside of broken bundle crusher machine section side plate（35）It is affixed.
2. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that by adjusting crank rocker
Crank in feed mechanism（20）, rocking bar（15）Length and push plate（17）With T-shaped plate（21）Size, can adjust
The movement locus of gear shaping plate crown, to be adapted to various sizes of bale.
3. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that by adjusting left side level-one
Drive sprocket（9）With left side level-one driven sprocket（8）Gear ratio, the periodic motion frequency of gear shaping plate crown can be adjusted, made
Gear shaping plate matches to the auxiliary feeding speed and the broken bundle speed of broken bundle machine knife roller of bale.
4. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that two groups of blockage prevention devices
Upper edge is hingedly connected to edge on the inner wall of the feed inlet side plate of two groups of crank rocker feed mechanisms of installation, the baffle of blockage prevention device
（2）Lower edge is overlapped on two groups of crank rocker feed mechanism push plates respectively（17）Upper edge；It can prevent bale from entering crank rocker
The drive area of feed mechanism, so as to which anti-locking mechanism is stuck.
5. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that can be protected using chain drive
Demonstrate,prove two groups of gear shaping plates（13）With suitable fixed skew, and the phase difference of gear shaping plate can be adjusted as needed.
6. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that the gear shaping plate
（13）, push plate is fixed on by rivet（17）Lower edge replaces damaged and different model cutter as needed.
7. forage according to claim 1 breaks the auxiliary drawing-in device of bundle machine, which is characterized in that by left side transmission road
Increase the transmission of level-one external gear pump on footpath, make the 3rd axis（26）With the 5th axis（37）With opposite rotation direction, make two groups
Gear shaping plate crown realizes mirror symmetry movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711337645.4A CN108093899B (en) | 2017-12-14 | 2017-12-14 | Auxiliary feeding device of forage bale breaker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711337645.4A CN108093899B (en) | 2017-12-14 | 2017-12-14 | Auxiliary feeding device of forage bale breaker |
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| Publication Number | Publication Date |
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| CN108093899A true CN108093899A (en) | 2018-06-01 |
| CN108093899B CN108093899B (en) | 2023-08-25 |
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| EP0574942A1 (en) * | 1992-06-19 | 1993-12-22 | von der Heide, Hans | Machine for gathering, transporting, cutting and distributing fodder or mulch |
| CN101810082A (en) * | 2009-02-19 | 2010-08-25 | 中国农业机械化科学研究院 | Fixed large-bale straw baler |
| CN201869579U (en) * | 2010-07-16 | 2011-06-22 | 中国农业机械化科学研究院呼和浩特分院 | Feeding and chopping device of forage grass picking and conveying equipment |
| CN104998731A (en) * | 2015-06-08 | 2015-10-28 | 姚旺东 | Automatic feeding and crushing device |
| CN207653048U (en) * | 2017-12-14 | 2018-07-27 | 河南理工大学 | Forage breaks the auxiliary drawing-in device of bundle machine |
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2017
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|---|---|---|---|---|
| DE3316864A1 (en) * | 1983-05-07 | 1984-11-08 | Hoopman Onderzoek en Ontwikkeling B.V., Aalten | Process for comminuting and discharging silage blocks and mobile appliance for carrying out the process |
| EP0574942A1 (en) * | 1992-06-19 | 1993-12-22 | von der Heide, Hans | Machine for gathering, transporting, cutting and distributing fodder or mulch |
| CN101810082A (en) * | 2009-02-19 | 2010-08-25 | 中国农业机械化科学研究院 | Fixed large-bale straw baler |
| CN201869579U (en) * | 2010-07-16 | 2011-06-22 | 中国农业机械化科学研究院呼和浩特分院 | Feeding and chopping device of forage grass picking and conveying equipment |
| CN104998731A (en) * | 2015-06-08 | 2015-10-28 | 姚旺东 | Automatic feeding and crushing device |
| CN207653048U (en) * | 2017-12-14 | 2018-07-27 | 河南理工大学 | Forage breaks the auxiliary drawing-in device of bundle machine |
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| CN108093899B (en) | 2023-08-25 |
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