CN205865125U - Multi -functional integrative maize picker of ensiling stalk -harvesting - Google Patents

Multi -functional integrative maize picker of ensiling stalk -harvesting Download PDF

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Publication number
CN205865125U
CN205865125U CN201620740770.4U CN201620740770U CN205865125U CN 205865125 U CN205865125 U CN 205865125U CN 201620740770 U CN201620740770 U CN 201620740770U CN 205865125 U CN205865125 U CN 205865125U
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stalk
ensiling
fruit ear
conveying
ear
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吕晓川
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吕晓川
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Abstract

The utility model relates to a multi -functional integrative maize picker of ensiling stalk -harvesting, including vertical header, the rear of vertical header is equipped with plucks ear of grain case, pluck ear of grain case and bag and draw together stripper structure and straw crushing mechanism, the back lower place of plucking ear of grain case is connected with the straw conveyer belt, the output of straw conveyer belt is equipped with throwing barrel, and throwing barrel's bottom is equipped with the throwing forced draught blower, the below of plucking ear of grain case is equipped with fruit ear conveying mechanism, fruit ear conveying mechanism includes horizontal fruit ear conveyor and is used for vertical fruit ear conveyer belt device of carrying, horizontal fruit ear conveyor includes that two are violently carried the auger, the entry of fruit ear elevating mechanism is connected to fruit ear conveying mechanism's output, the exit of fruit ear elevating mechanism is equipped with the horizontal auger that is used for switching mode, one side of horizontal auger is equipped with seed grain breaker, seed grain breaker through the backing roller with throwing barrel communicates with each other, the opposite side of horizontal auger is equipped with the peeler, the peeler is connected with the granary.

Description

The multifunctional integrated maize harvesting machine of ensiling corncob and stalk
Technical field
This utility model relates to a kind of multifunctional integrated maize harvesting machine of ensiling corncob and stalk, is primarily adapted for use in agricultural machinery Field.
Background technology
At present, the agricultural restructuring of China just develops in depth, and grain single cropping structure is also many towards grain feed Unitization structure shifts.Therefore, the in use process to straw has different requirements, in addition to straw chopping also field, also has To reclaim after straw chopping and make feedstuff, or straw is not required to chopping, will put paving, and not harvesting on the spot, ensiling is done in whole strain chopping Deng.And existing ensilage machine and yellow storage machine as two kinds of independent types and are deposited on Chinese maize cropper market, its function Not yet unified integration, it is impossible to change results pattern according to seasonal conditions;And the ensilage machine of existing full feed type on market, it is subject to The restriction of feeding mode, its fruit ear and straw are the most separated with regard to co-grinding, and the seed crushing process of fruit ear can be done by straw Disturbing, therefore can not to realize seed the most broken for its results effect, and after causing milch cow livestock edible, its nutrition non-digestible becomes Point;And the existing ensilage machine ceding of Taiwan and hay cutter structure distance are at about 1 to 2 meter, this longer fed distance is easy to meeting The conveying causing whole bar blocks, and increases kinetic equation loss simultaneously, has higher fault rate;Therefore generally there is cost in existing product The phenomenon such as height, structure complexity, function singleness.
Utility model content
In order to overcome the drawbacks described above under prior art, the purpose of this utility model is to provide a kind of ensiling corncob and stalk Multifunctional integrated maize harvesting machine, solves the defect of the maize harvesting machine under prior art, knot by the design of rational structure Structure is simple, and cost is relatively low, and results quality is higher, and the scope of application is wider, more safe and reliable.
The technical solution of the utility model is: a kind of multifunctional integrated maize harvesting machine of ensiling corncob and stalk, including vertical The ceding of Taiwan, the rear of described standing header is provided with harvesting case, and the back lower place of described harvesting case connects straw conveyer belt, described straw The outfan of conveyer belt is provided with and throws cylinder, described in throw the arc that cylinder is rounding off, it is simple to dishing out of crushing rear material, described Throwing the bottom of cylinder to be provided with and throw blower fan, the lower section of described harvesting case is provided with fruit ear conveying mechanism, described fruit ear conveying mechanism Outfan connects the entrance of fruit cluster delivering mechanism, and the exit of described fruit cluster delivering mechanism is provided with the horizontal stroke for switching working mode Auger, the side of described horizontal auger is provided with seed damage machine, and described seed damage machine is communicated with the described cylinder that throws by rolloff roller, The opposite side of described horizontal auger is provided with peeling machine, and described peeling machine connects silo.
Preferably, described harvesting case includes that corn snapping unit and crushed stalk mechanism, described crushed stalk mechanism are arranged at institute State the rear of corn snapping unit in parallel.
Preferably, described corn snapping unit includes the multipair vertical snapping bar being arranged side by side, vertical harvesting described in any pair Roller all includes eight rib rollers and a four sides roller, and described eight rib rollers and described four sides roller relatively rotate.
Preferably, described eight rib rollers are square fillet snapping bar, and its cross section is equilateral convex octagon, the most adjacent two The angle of interior angle, the angle at interval of two interior angles of an interior angle is equal, and the angle at place, all summits is smooth curve The fillet formed.
Preferably, described four sides roller by pipe and is evenly distributed on four bending angles outside described pipe and is slightly over The knuckle muscle of 90 ° is constituted, and the both sides of described knuckle muscle are connected by being welded and fixed with described pipe, described knuckle muscle and described circle Pipe forms re-entrant angle in junction.
Preferably, in snapping bar described in any pair, the bigger interior angle of described eight rib rollers and described four sides roller circular arc segment table The midpoint in face is positioned opposite.
Preferably, described fruit ear conveying mechanism includes horizontal cluster conveying device and longitudinal cluster conveying device, described horizontal stroke Connecting described longitudinal cluster conveying device to the outfan of cluster conveying device, described longitudinal cluster conveying device is fruit ear conveying Belting.
Preferably, described standing header includes that pulling device, the lower section of described pulling device are provided with reciprocating cutting knife.
Preferably, described fruit cluster delivering mechanism tilts is arranged, and its ear outlet height is higher than ear inlet height.
Preferably, described standing header is 5-15mm with the spacing of described harvesting case.
The beneficial effects of the utility model are:
By arranging harvesting case and seed damage machine, straw is separated with fruit ear, and individually carry out straw hand hay cutter section or pulverizing The most broken with seed, uniform stirring blends the most again, and when solving existing maize harvesting machine ensiling, seed can not be the most broken Problem, and in terms of straw process, the random tune of crushed stalk length can be realized by adjusting the rotating speed of hobboing cutter moving knife Joint so that the nutritional labeling of seed and straw can be made full use of absorption by domestic animals such as milch cows, improves the quality of corn silage.
By being respectively provided with seed damage machine and peeling machine in horizontal auger both sides so that product can be according to different seasons Situation, first realizes ensiling function, then realizes Huang storage, results also field function;1., during ensiling operation, seed damage machine is started (not starting peeling machine device), throws an end and arranges retracting device, and the straw of chopping and broken corn kernel are uniformly admixed Throw to retracting device by throwing cylinder;2., during yellow storage (corncob and stalk) operation, start peeling machine device and (do not start seed damage Device), throw an end and retracting device is set, the straw of chopping throws to retracting device through throwing cylinder, and the Semen Maydis after peeling is then Enter fruit-ear box;3. during results also field (fruit ear results cane also field) operation, starting peeling machine device, straw is pulverized after the ceding of Taiwan The direct chopping and returning of machine (does not start seed damage device, does not start straw conveyor), it is achieved that ensiling, corncob and stalk, receipts Obtain also field multi-functional, improve the utilization rate of complete machine, decrease machine of the purchasing cost of user, and one corn machine fuselage is light and handy, Simple in construction, it is simple to maintenance.
By directly arranging harvesting case at standing header rear, it is to avoid the whole bar conveying of straw, when decreasing conveying Blocking and kinetic equation loss, have higher transfer efficiency, and harvesting case the most of the present utility model is than existing single ensilage machine The hay cutter structure simple in construction of type, it is real that harvesting case of the present utility model replaces the chopper of existing single ensilage machine by snapping bar Now feeding, kinetic equation loss is less, and the straw after snapping bar harvesting is fed directly into disintegrating mechanism, it is to avoid existing single green grass or young crops The situation that storage machine fringe bar co-grinding kinetic equation loss is higher.
This utility model simple in construction, easy to use, it is possible to significantly improve results quality and the results effect of maize harvesting machine Rate, compared to the maize harvesting machine more efficient energy-saving of conventional art.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is this utility model harvesting, harvesting and the structural representation of fruit ear transport portion;
Fig. 3 is the harvesting of this utility model another kind, harvesting and the structural representation of fruit ear transport portion;
Fig. 4 is the structural representation of this utility model fruit ear conveyer belt apparatus;
Fig. 5 is the top view of Fig. 4;
Fig. 6 is the structural representation of this utility model harvesting case;
Fig. 7 is the structural representation of a pair snapping bar in harvesting case;
Fig. 8 is logic schematic diagram of the present utility model.
Detailed description of the invention
The utility model is described in further detail below in conjunction with the accompanying drawings.
See Fig. 1-7, the utility model discloses a kind of multifunctional integrated maize harvesting machine of ensiling corncob and stalk, including standing The formula ceding of Taiwan 1 and the electromotor 7 of offer power, described standing header includes pulling device 101 and vertical corn ceding of Taiwan frame 102, institute The lower section stating pulling device is provided with reciprocating cutting knife, and the rear of described standing header is provided with harvesting case 3, and described harvesting case includes plucking Spike body 301 and crushed stalk mechanism, described crushed stalk mechanism is positioned at the rear of described corn snapping unit in parallel;Described The back lower place of harvesting case connects has straw conveyer belt 4, the outfan of described straw conveyer belt to be provided with and throw cylinder 13, described in throw cylinder Upper semisection be arc, lower semisection is vertically connected with body, described in throw the bottom of cylinder and be provided with and throw blower fan 5.
The lower section of described harvesting case is provided with fruit ear conveying mechanism 2, and described fruit ear conveying mechanism includes horizontal fruit ear conveying dress Putting and longitudinal cluster conveying device, the outfan of described horizontal cluster conveying device connects described longitudinal cluster conveying device, institute Stating longitudinal cluster conveying device is fruit ear conveyer belt apparatus 208, and the outfan of described fruit ear conveyer belt apparatus connects fruit cluster delivering The entrance of mechanism 12, described fruit cluster delivering mechanism tilts is arranged, and its outlet height is higher than entrance height, described fruit cluster delivering mechanism Exit be provided with the horizontal auger 11 for switching working mode, the side of described horizontal auger is provided with seed damage machine 8, described seed Grain disintegrating machine is communicated with the described cylinder that throws by rolloff roller 6, and the opposite side of described horizontal auger is provided with peeling machine 10, described peeling machine Connect and have silo 9.
Described horizontal cluster conveying device includes the big auger of horizontal conveying 202 and the little auger of horizontal conveying 206 cooperated, two Bar auger be arranged in parallel, and the described big auger of horizontal conveying is arranged on the first strand outside described first cylinder by the first cylinder and spiral Dragon blade composition, the described little auger of horizontal conveying is arranged on the second auger leaf outside described second tin roller by second tin roller and spiral Sheet forms, and the pitch of described first packing auger blade and the second packing auger blade is equal, described first packing auger blade and the second auger leaf Sheet is staggered coordinates distribution (in the most adjacent packing auger blade, (in pitch) is provided with another flood dragon leaf), the described big auger of horizontal conveying and horizontal stroke The rotation direction carrying little auger is identical, holds before being respectively provided on two sides with before and after the described big auger of horizontal conveying and the described little auger of horizontal conveying Flitch 201 and rear stock supporting plate 207, described before take advantage of that one end of flitch and corn harvesting bench are fixing to be connected, the other end points to institute obliquely State the big auger of horizontal conveying (with the described big auger of horizontal conveying in obtuse angle), described before take advantage of and be provided with between flitch and the described big auger of horizontal conveying The gap of 2-5mm;One end of described rear stock supporting plate is fixing with corn harvesting bench to be connected, and it is little that the other end points to described horizontal conveying obliquely Auger (at an acute angle with the described little auger of horizontal conveying), described after take advantage of and be provided with between 2-5mm between flitch and the described little auger of horizontal conveying Gap;Take advantage of before described flitch, the big auger of horizontal conveying, the little auger of horizontal conveying and described after take advantage of flitch jointly to surround hopper.
The input of the described little auger of horizontal conveying connects described drive mechanism, the described big auger of horizontal conveying and horizontal conveying rap Dragon by gear train be connected, the number of teeth and the modulus of the gear in described gear train are the most equal, described gear train include respectively with institute State the big auger connection gear 203 that the big auger of horizontal conveying connects and the little auger connection gear being connected with the described little auger of horizontal conveying 205, described big auger connects gear and described little auger is connected gear and engaged each other by idler gear 204, described driving machine Structure includes auger power input sprocket 209, is arranged at described little auger and connects the outside of gear.
Described fruit ear conveyer belt apparatus includes driving shaft 211 and driven shaft 214, and described driving shaft passes through adpting flange 217 It is connected with the described big auger of horizontal conveying, then fixes seat 216 by driving shaft and be connected with vertical corn ceding of Taiwan frame, described driving shaft With the outer ring sleeve of described driven shaft equipped with the fruit ear conveyer belt of PVC material.Described driving shaft and described driven shaft are in same longitudinal direction Position all offers banding pattern groove, and the inner surface of described fruit ear conveyer belt is provided with the reinforcement matched with described banding pattern groove, institute The manufacture stating reinforcement is heat seal manufacture, and the outer surface of described fruit ear conveyer belt is provided with some scraper plates 210, and described scraper plate hangs down Straight in described fruit ear conveyer belt, described fruit ear conveyer belt apparatus is additionally provided with the driving shaft matched with described driving shaft and driven shaft Razor 212 and driven shaft razor 213, described driving shaft razor is positioned in the tangential direction that described driving shaft turns to, described driven Axle razor is positioned in the tangential direction that described driven shaft turns to, and the tail end of described driving shaft razor is provided with driving shaft razor passage 215。
Described corn snapping unit includes that the multipair vertical snapping bar being arranged side by side, a pair snapping bar are a results line number, can Any amount results line number is applied in combination, and vertical snapping bar described in any pair all includes eight rib rollers 305 and a four sides Roller 304, described eight rib rollers and described four sides roller relatively rotate, and described eight rib rollers are square fillet snapping bar, and its cross section is The convex octagon on limit, the angle of the most adjacent two interior angles, the angle at interval of two interior angles of an interior angle is equal, all The angle at place, summit is the fillet that smooth curve is formed, and the main body of described four sides roller is a pipe, at described pipe external diameter Being respectively welded the bending angle knuckle muscle slightly larger than 90 ° at the quartering, described knuckle muscle is formed recessed with described pipe in junction Angle, in snapping bar described in any pair, the interior angle that described eight rib rollers are bigger is relative with the midpoint on roller arc section surface, described four sides Layout, the design of this uniqueness so that no matter ensiling results or yellow storage results when, can realize fruit ear and straw are connected Connect " occlusion " of place's scleroma part, be unlikely to occur to make because scleroma is excessive straw in feeding to turning combination snapping bar intermediate space Time blocked, straw feeding that this combining form realizes and harvesting efficiency is high, do not damage fruit ear (not knocking grain).
Described crushed stalk mechanism is provided with how vertical hobboing cutter, and every pair of described vertical hobboing cutter includes vertical hobboing cutter stationary knife 303 With vertical hobboing cutter moving knife 302, described vertical hobboing cutter stationary knife, for tilting to install, defines straw-feeding with described vertical hobboing cutter moving knife Groove, improve the shredding efficiency of straw, described vertical hobboing cutter moving knife includes that tool rest and blade, described tool rest are provided with multiple cutter Sheet installed surface, the blade of described blade, can be vertical by controlling towards identical with the direction of rotation of described vertical hobboing cutter moving knife The rotating speed of hobboing cutter moving knife controls the chopping length of straw, improves the chopping result of straw
In conjunction with Fig. 8, elaborate the workflow of this utility model one of which detailed description of the invention, receive at Semen Maydis When obtaining machine ensiling, first pass through the pulling device of standing header and reciprocating cutting knife carries out results and root is cut off, then harvesting Fruit ear and straw are separated by the snapping bar in case, and the straw after separation is sent into after crushed stalk mechanism carries out concentrating chopping Straw conveyer belt, then by straw tape transport to throwing in cylinder, the fruit ear after meanwhile separating is defeated by fruit ear conveyer belt Deliver to ear or transport device.Again in horizontal auger is conveyed into seed damage machine, it is admitted to straw by milling roller again through broken seed Stalk conveyer belt, so far, the straw of chopping and broken seed homogeneous blend, under the effect that throws throwing blower fan, by throwing Cylinder realizes ensiling in being sprayed to retracting device.When maize harvesting machine Huang is store, it is no longer pass through seed damage by the fruit ear after separating Machine, but under the effect of horizontal auger, enter peeling machine, fruit ear enters silo after peeling and reclaims fruit ear, straw and fruit ear Other processes are the same, it is achieved that corncob and stalk i.e. Huang storage function, compare ensiling operation time, the whole process of yellow storage The result being only different from fruit ear is different.Results also field (fruit ear results cane also field) operation is carried out at maize harvesting machine Time, straw is direct returning to farmland after the crushed stalk mechanism at ceding of Taiwan rear pulverizes, it is not necessary to enable seed damage device and straw conveying Band, is only that straw handling process after crushed is different during compared to Huang storage operation, and other processes are the same, thus realize Integrate ensiling, yellow storage (corncob and stalk) and results and the multi-functional all-in-one in field.
Ensiling Huang of the present utility model storage results form is not limited to the relative position of schematic structure, this utility model root There is multiple detailed description of the invention, as being positioned over milling roller structure by seed damage machine according to the successively position of putting of various mechanisms The initial end of fruit cluster delivering mechanism, the i.e. end of fruit ear conveyer belt, when maize harvesting machine ensiling, first pass through pulling out of standing header Standing grain device and reciprocating cutting knife carry out results and root is cut off, and then fruit ear and straw are carried out point by the snapping bar in harvesting case From, the straw after separation sends into straw conveyer belt after crushed stalk mechanism carries out concentrating chopping, more defeated by straw conveyer belt Deliver to throw in cylinder, meanwhile separate after fruit ear by fruit ear tape transport to fruit ear conveyer belt terminal position (i.e. fruit ear Before elevator conveying original position) seed damage machine in, be admitted to straw by milling roller again through 100% broken seed Conveyer belt, the straw of chopping and broken seed homogeneous blend, throw effect through throw blower fan, be sprayed to by throwing cylinder Ensiling is realized in retracting device.When carrying out yellow storage and results also field, step is same as described above.
Seeing Fig. 3, as another detailed description of the invention of the present utility model, this multifunctional integrated maize harvesting machine exists The rear of standing header is provided with whole bar conveyer belt 14, and is sequentially provided with at the rear of described whole bar conveyer belt transfer roller 15 and hand hay cutter grass Machine 16, the pulverizing seed blanking port 17 of described hay cutter is towards described to transfer roller, and this embodiment can carry whole bar and carry out powder Broken throw again, it is advantageous that without increasing pulverizer or double straw chopping mechanism at ceding of Taiwan rear, thus alleviate and cut The power consumption of platform and the blockage problem of broken bar, improve the serviceability of product.
During use, corn stalk carries out harvesting process through snapping bar after being cut off by standing header, and the straw part after harvesting is not Carry out process and be directly entered whole bar conveyer belt, dial with joint efforts to increase the conveying of conveyer belt, the conveying muscle of described whole bar conveyer belt Being set to zigzag, straw, after tape transport is extremely to transfer roller, enters into institute under the counter-rotation group of cooperation to transfer roller Stating in the pulverizing seed blanking port of hay cutter, the most whole bar is disconnected by hand hay cutter in hay cutter, pulverizing.This embodiment only processes at straw Stage is otherwise varied with first embodiment, and remaining step is all identical with described in first embodiment, is capable of ensiling, yellow storage equally And gather in the crops functions such as going back field.
Disclosed in this utility model each preferably with optional technological means, unless otherwise indicated and a preferred or optional skill Art means are outside the restriction further of another technological means, all can form some different technical schemes in any combination.

Claims (10)

1. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk, it is characterised in that include standing header, described vertical cuts The rear of platform is provided with harvesting case, and the back lower place of described harvesting case connects straw conveyer belt, the outfan of described straw conveyer belt Connect and throw cylinder, described in throw the arc that cylinder is rounding off, described in throw the bottom of cylinder and be provided with and throw blower fan, described harvesting case Lower section be provided with fruit ear conveying mechanism, the outfan of described fruit ear conveying mechanism connects the entrance of fruit cluster delivering mechanism, described fruit The exit of fringe elevating mechanism is provided with the horizontal auger for switching working mode, and the side of described horizontal auger is provided with seed damage Machine, described seed damage machine is communicated with the described cylinder that throws by rolloff roller, and the opposite side of described horizontal auger is provided with peeling machine, described Peeling machine connects silo.
2. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 1, it is characterised in that described harvesting case Including corn snapping unit and crushed stalk mechanism, described crushed stalk mechanism is arranged at the rear of described corn snapping unit and puts down with it OK.
3. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 2, it is characterised in that described stripper Structure includes the multipair vertical snapping bar being arranged side by side, and vertical snapping bar described in any pair all includes eight rib rollers and one four Face roller, described eight rib rollers and described four sides roller relatively rotate.
4. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 3, it is characterised in that described eight rib rollers For square fillet snapping bar, its cross section is equilateral convex octagon, and the angle of the most adjacent two interior angles, at interval of one The angle of two interior angles of interior angle is equal, and the angle at place, all summits is the fillet that smooth curve is formed.
5. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 4, it is characterised in that described four sides roller It is made up of with four bending angles being evenly distributed on outside the described pipe knuckle muscle slightly larger than 90 ° pipe, described knuckle muscle Both sides are connected by being welded and fixed with described pipe, and described knuckle muscle and described pipe form re-entrant angle in junction.
6. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 5, it is characterised in that any pair institute Stating in snapping bar, the interior angle that described eight rib rollers are bigger is positioned opposite with the midpoint on roller arc section surface, described four sides.
7. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 6, it is characterised in that described fruit ear is defeated Sending mechanism to include horizontal cluster conveying device and longitudinal cluster conveying device, the outfan of described horizontal cluster conveying device connects Described longitudinal cluster conveying device, described longitudinal cluster conveying device is fruit ear conveyer belt apparatus.
8. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 7, it is characterised in that described vertical cut Platform includes that pulling device, the lower section of described pulling device are provided with reciprocating cutting knife.
9. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 8, it is characterised in that described fruit ear liter Fortune mechanism tilts is arranged, and its ear outlet height is higher than ear inlet height.
10. the multifunctional integrated maize harvesting machine of ensiling corncob and stalk as claimed in claim 9, it is characterised in that described vertical cut Platform is 5-15mm with the spacing of described harvesting case.
CN201620740770.4U 2016-07-14 2016-07-14 Multi -functional integrative maize picker of ensiling stalk -harvesting Active CN205865125U (en)

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Application Number Priority Date Filing Date Title
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108966820A (en) * 2018-08-15 2018-12-11 郭淑华 A kind of new energy crops harvester
CN112840868A (en) * 2020-12-30 2021-05-28 河北利裕丰机械有限公司 Self-propelled green fodder harvester

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108966820A (en) * 2018-08-15 2018-12-11 郭淑华 A kind of new energy crops harvester
CN112840868A (en) * 2020-12-30 2021-05-28 河北利裕丰机械有限公司 Self-propelled green fodder harvester
CN112840868B (en) * 2020-12-30 2022-04-08 河北利裕丰机械有限公司 Self-propelled green fodder harvester

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