CN204907140U - Combine harvester is picked up to peanut - Google Patents
Combine harvester is picked up to peanut Download PDFInfo
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- CN204907140U CN204907140U CN201520635344.XU CN201520635344U CN204907140U CN 204907140 U CN204907140 U CN 204907140U CN 201520635344 U CN201520635344 U CN 201520635344U CN 204907140 U CN204907140 U CN 204907140U
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Abstract
Combine harvester is picked up to peanut including the frame, is equipped with in the frame that driving system, peanut seedling fruit pick up conveying system, pluck the fruit system, updraft ventilator, grass collection box, vibration cleaning sieve, peanut lifting conveying device and collection fruit fight, driving system respectively with traveling system with pluck the transmission of fruit system and be connected, pluck the fruit system and pick up conveying system, updraft ventilator, vibration cleaning sieve and the transmission of peanut lifting conveying device and be connected with the peanut seedling is resolute respectively. The utility model provides a mode of vertical -lift peanut makes the utility model discloses a structure is compacter, the volume diminishes to it is very smooth and easy in promoting transportation process, the difficult jam and the damage peanut. Plucking the improvement of fruit system architecture in addition, making the separation of peanut and peanut seedling thoroughly, it is clean to pluck the dried fruit, does not hinder the fruit, and the effect is splendid.
Description
Technical field
The utility model belongs to agricultural machinery technological field, particularly relates to one and to cultivate peanut pickup combined harvester.
Background technology
Existing crops combined harvester, mainly contains crop and underground crop harvester tool two class on the ground; Its function mainly comprises harvesting (excavation of underground), threshing, cleans, and last crop fruit grain enters grain storehouse or artificial picking bag packaging (due to operating environment and cost of labor, the principle of artificial picking bag is superseded on combined harvester).The process being transported to silo at crop fruit grain has a variety of method; On peanut combine tool, due to the particularity of peanut grain and the design feature of frame for movement, existing lifting conveying plant is also not suitable for the lifting transportation work of peanut grain, also have and adopt the principle of blowing exhausting that peanut is transported to grain storehouse, but the shortcoming of this operation principle is, underground crop in results process, have the impurity of some heavier mass and crop fruit grain mixes, cause the conveying of this kind of impurity do not walk and stay the bottom of induction system, cause the fault that conveying is smooth or block; In order to overcome the above problems, people are seeking one more preferably technical solution always.
Utility model content
The utility model, in order to solve weak point of the prior art, provides a kind of collection from the peanut pickup combined harvester walked to pick up, pluck really, clean, be collected as integrally, mechanical automation degree is high.
For solving the problems of the technologies described above, the utility model adopts following technical scheme: peanut pickup combined harvester, comprise frame, frame is provided with dynamical system, peanut seedling fruit picks up induction system, pluck fruit system, extractor fan, grass cutting collection box, vibration sorting screen, peanut promotes conveying plant and fruit-collecting bucket, frame lower is provided with running gear, driver's cabin is provided with on the left of frame upper front end, output control of engine power mechanism and operating mechanism is provided with in driver's cabin, peanut seedling fruit is picked up induction system and is positioned on the right side of driver's cabin, peanut seedling fruit is picked up the low early and high after and angle of inclination of induction system and is regulated by hydraulic control, peanut seedling fruit is picked up induction system rear end and is close to the charging aperture plucking fruit system, extractor fan is positioned at plucks fruit system rear, vibration sorting screen is positioned to be plucked below fruit system and extractor fan, the outlet of plucking fruit system is located at the afterbody side of plucking fruit system, the suction opeing of extractor fan down and be positioned at vibration sorting screen rear upper, the outlet of extractor fan is connected with the grass feeding port of grass cutting collection box, vibration sorting screen rear end is provided with peanut fruit outlet, the import that the peanut fruit outlet of vibration sorting screen and peanut promote conveying plant lower end closes on, the outlet that peanut promotes conveying plant upper end is connected with fruit-collecting bucket, fruit-collecting bucket is positioned to be plucked above fruit system, dynamical system respectively with running gear and pluck fruit drive system be connected, pluck fruit system and pick up induction system with peanut seedling fruit respectively, extractor fan, vibration sorting screen and peanut promote conveying plant and are in transmission connection, peanut promotes conveying plant and comprises the framework being located at belt conveyor in frame and rectangular shape, framework is vertically located at frame rear end, the first power transmission shaft is provided with outside framework upper, the second driving shaft parallel with the first power transmission shaft is provided with inside framework upper, first power transmission shaft is connected with V belt translation between second driving shaft, at least eight sprocket wheels are provided with along on frame height direction week inside framework, be in transmission connection by two ring chains between all sprocket wheels, wherein two sprocket coaxialities are located on second driving shaft, ring chain is evenly provided with bucket, all buckets towards all consistent, the discharging opening of vibration sorting screen is positioned at framework bottom,
The feed end of belt conveyor extend into framework inside upper part, the throughput direction of belt conveyor is vertical with the throughput direction of bucket, striker plate is provided with on the upside of the end of belt conveyor feed end, belt conveyor both sides are provided with guide baffle plate respectively to outer incline, frame mid portion is provided with crossbeam, crossbeam is provided with the 3rd power transmission shaft, and belt conveyor is provided with the 4th power transmission shaft for driving belt in framework, and the 3rd power transmission shaft is connected with the 4th power transmission shaft V belt translation; The discharge end of belt conveyor is positioned at fruit-collecting bucket rear upper.
In described framework, both sides, bottom are respectively equipped with the arc-shaped guide rail be positioned at inside ring chain, ring chain at arc-shaped guide rail place arcuately guide rail track run.
Described framework bottom is provided with the lower striker plate being positioned at bucket two ends.
The described case plucked fruit system and comprise semi cylindrical type, case is horizontally disposed with and two ends are provided with closure plate, casing base is uncovered, casing base is connected with notch board castor sieve overall formation center line cylinder type along the longitudinal direction, case top nose is provided with square chest, encloser inner wall is in axial direction evenly provided with plucks fruit arcuate guide bar, feeding mouth is offered on front side of square chest, peanut seedling fruit picks up induction system rear end next-door neighbour's feeding mouth, case rear side is provided with seedling outlet, frame is rotatably connected to the cylinder being positioned at case and notch board castor sieve inside, the anterior external peripheral surface of cylinder is provided with propelling flight immediately below square chest, cylinder postmedian external peripheral surface vertically the hand of spiral be evenly provided with pluck fruit tooth, cylinder rear portion is provided with row's seedling fan blade in seedling outlet corresponding position.
Edge, described case lower end is provided with upper junction plate, and notch board comb sieve edge, upper end is provided with lower connecting plate, and upper junction plate and lower connecting plate are respectively equipped with the elongated hole be bolted with frame.
The central shaft two ends of cylinder are through closure plate and be connected with belt pulley, and each fruit tooth of plucking radially is welded on cylinder surface perpendicular to cylinder axis by reinforcing bar, pluck the top of fruit tooth and notch board and to comb the space of sieving and maintaining 2-3cm.
Adopt technique scheme, first power transmission shaft transmits power on second driving shaft and makes bucket cycle rotation for chain drive-belt, 3rd power transmission shaft transmits power to for driving the operation of belt conveyor on the 4th power transmission shaft, and the power of the 3rd power transmission shaft is by the coaxial belt wheel transmission of second driving shaft.Framework is provided with and promotes for driving the sprocket wheel and guide rail that conveying plant rotates by certain track.Arc-shaped guide rail is arranged on the interior angle place of both sides, bottom in framework, pessum chain flow rotation, and can not interact between the corner bucket of ring chain; Ring chain arranges two, middle connects to form an annular overall structure with some buckets and ring chain, and all bucket opening directions are consistent; Bucket (horizontal position is equipped with certain length) bucket opening part when lowest part horizontal level has the space enough entering crop fruit grain, the crop fruit grain and can not leak down in the space of bucket following (when horizontal level), after crop fruit grain enters bucket, in cycle rotation, the bucket of horizontal level runs to upright position, and bucket opening is now (crop fruit grain can not drop out bucket) upwards; Lifting conveying plant is rotated further, and when the bucket of former upright position runs to top close to level, the opening inclination crop fruit grain of bucket is wandered in belt conveyor from bucket.Peanut after seedling fruit is separated by the utility model rotates from lower and rises to eminence, then is fed forward in fruit-collecting bucket, makes the structure of complete machine compacter like this, shorten reaping machine appearance and size.
Upper striker plate and guide baffle plate arrange and can ensure that peanut drops on belt conveyor completely on belt conveyor.The setting of lower striker plate, all falls in the bucket of rotation when can ensure that peanut is discharged by the outlet of vibration sorting screen.
Peanut seedling fruit pick up induction system by peanut seedling fruit be transported to pluck fruit system in, cylinder High Rotation Speed, peanut seedling fruit rotates propelling backward by propelling flight, ensure that peanut seedling fruit feeds smooth and easy, on cylinder pluck fruit cingulum peanut seedling and fruit High Rotation Speed clash into friction pluck fruit arcuate guide bar and notch board castor sieve, seedling fruit is separated, peanut and the peanut seedling smashed are fallen on vibration sorting screen by the mesh on notch board castor sieve, pluck fruit arcuate guide bar and play the effect that guiding peanut seedling moved and plucked fruit backward, guide the axially-movable of peanut seedling, ensure that peanut seedling and fruit are separated more thorough, longer peanut seedling is discharged in grass cutting collection box by seedling outlet finally by the propelling of row's seedling fan blade.
Case is located in frame by the elongated hole on upper junction plate, and notch board sieve of combing is located in frame by the elongated hole on lower connecting plate, and the setting of elongated hole is convenient to bolt and is installed.
In sum, the utility model provides a kind of mode of vertical-lift peanut, such that structure of the present utility model is compacter, smaller volume, and very smooth and easy in lifting course of conveying, not easily blocks and damages peanut.Pluck the improvement of fruit system architecture in addition, peanut is separated thoroughly with peanut seedling, pluck dried fruit clean, do not hinder fruit, excellent.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation that in Fig. 1, peanut promotes conveying plant;
Fig. 3 is the schematic diagram that the utility model plucks the case of fruit system;
Fig. 4 is the upward view of case shown in Fig. 3;
Fig. 5 is that the utility model plucks the cylinder of fruit system and the schematic diagram of notch board comb sieve.
Embodiment
As Figure 1-Figure 5, peanut pickup combined harvester of the present utility model, comprise frame 1, frame 1 is provided with dynamical system, peanut seedling fruit picks up induction system 2, pluck fruit system 3, extractor fan 4, grass cutting collection box 5, vibration sorting screen 6, peanut promotes conveying plant 7 and fruit-collecting bucket 8, dynamical system is picked up below induction system 2 peanut seedling fruit, frame 1 bottom is provided with the running gear be in transmission connection with dynamical system, driver's cabin 9 is provided with on the left of frame 1 upper front end, output control of engine power mechanism and operating mechanism is provided with in driver's cabin 9, peanut seedling fruit is picked up induction system 2 and is positioned on the right side of driver's cabin 9, peanut seedling fruit is picked up the low early and high after and angle of inclination of induction system 2 and is regulated by hydraulic control, peanut seedling fruit is picked up induction system 2 rear end and is close to the charging aperture plucking fruit system 3, extractor fan 4 is positioned at plucks fruit system 3 rear, vibration sorting screen 6 is positioned to be plucked below fruit system 3 and extractor fan 4, the outlet of plucking fruit system 3 is located at the afterbody side (when winning the peanut dried of plucking fruit system 3, only need set out mouth in a side, when winning comparatively wet peanut, the outlet of plucking fruit system 3 all offers one in two sides), the suction opeing of extractor fan 4 down and be positioned at vibration sorting screen 6 rear upper, the outlet of extractor fan 4 is connected with the grass feeding port of grass cutting collection box 5, vibration sorting screen 6 rear end is provided with peanut fruit outlet, the import that peanut fruit outlet and the peanut of vibration sorting screen 6 promote conveying plant 7 lower end is connected, the outlet that peanut promotes conveying plant 7 upper end is connected with fruit-collecting bucket 8, fruit-collecting bucket 8 is positioned to be plucked above fruit system 3, dynamical system is in transmission connection with running gear and really system 3 of plucking respectively, pluck fruit system 3 and pick up induction system 2 with peanut seedling fruit respectively, extractor fan 4, vibration sorting screen 6 and peanut promote conveying plant 7 and are in transmission connection.
Peanut promotes conveying plant 7 and comprises the framework 11 being located at belt conveyor 10 in frame and rectangular shape, framework 11 is vertically located at frame 1 rear end, framework 11 upper outside is provided with the first power transmission shaft 12, framework 11 upper inner is provided with the second driving shaft 13 parallel with the first power transmission shaft 12, first power transmission shaft 12 is connected with V belt translation between second driving shaft 13, at least eight sprocket wheels 14 are provided with along a week in framework 11 short transverse inside framework 11, between all sprocket wheels 14, logical two mistake ring chains 15 are in transmission connection, wherein two sprocket wheels 14 are coaxially located on second driving shaft 13, ring chain 15 is evenly provided with bucket 16, all buckets 16 towards all consistent, the discharging opening of vibration sorting screen 6 is positioned at framework 11 bottom.
The feed end of belt conveyor 10 extend into framework 11 inside upper part, the throughput direction of belt conveyor 10 is vertical with the throughput direction of bucket 16, the end of belt conveyor 10 feed end is provided with striker plate 18, belt conveyor 10 both sides are provided with guide baffle plate 17 respectively to outer incline, crossbeam 19 is provided with in the middle part of framework 11, crossbeam 19 is provided with the 3rd power transmission shaft 20, belt conveyor 10 is provided with for driving the 4th power transmission shaft the 21, three power transmission shaft 20 of belt to be connected with the 4th power transmission shaft 21 V belt translation in framework 11; The discharge end of belt conveyor 10 is positioned at the rear upper of fruit-collecting bucket 8.
In framework 11, both sides, bottom are respectively equipped with the arc-shaped guide rail 22 be positioned at inside ring chain 15, ring chain 15 at arc-shaped guide rail 22 place arcuately guide rail 22 track run.
Framework 11 bottom is provided with the lower striker plate 23 being positioned at bucket 16 two ends.
Pluck the case 24 that fruit system 3 comprises semi cylindrical type, case 24 is horizontally disposed with and two ends are provided with closure plate 25, uncovered bottom case 24, the overall formation center line of notch board castor sieve 26 cylinder type is along the longitudinal direction connected with bottom case 24, case 24 top nose is provided with square chest 27, case 24 inwall is in axial direction evenly provided with plucks fruit arcuate guide bar 28, feeding mouth 29 is offered on front side of square chest 27, peanut seedling fruit picks up induction system 2 rear end next-door neighbour's feeding mouth 29, case 24 rear side is provided with seedling outlet 30, frame 1 is rotatably connected to and is positioned at the cylinder 31 that case 24 and notch board castor sieve 26 inside, the anterior external peripheral surface of cylinder 31 is provided with and advances flight 32 immediately below square chest 27, cylinder 31 postmedian external peripheral surface vertically the hand of spiral be evenly provided with pluck fruit tooth 33, cylinder 31 rear portion is provided with row's seedling fan blade 34 in seedling outlet 30 corresponding position.
Edge, case 24 lower end is provided with upper junction plate 35, and edge, notch board comb sieve 26 upper end is provided with lower connecting plate 36, and upper junction plate 35 and lower connecting plate 36 are respectively equipped with the elongated hole 37 be bolted with frame 1.
The central shaft two ends of cylinder 31 are passed closure plate 25 and are connected with belt pulley 38, each fruit tooth 33 of plucking radially is welded on cylinder 31 surface perpendicular to cylinder 31 axis by reinforcing bar, pluck the space that the fruit top of tooth 33 and notch board comb sieve 26 maintain 2-3cm, being arranged so that peanut is not easily broken and falling more smooth and easy by notch board comb sieve 26 of space.
First power transmission shaft 12 transmits power on second driving shaft 13 and makes bucket 16 cycle rotation for chain drive-belt, 3rd power transmission shaft 20 transmits power to for driving the operation of belt conveyor 10 on the 4th power transmission shaft 21, and the power of second driving shaft 13 sends the 3rd power transmission shaft 20 to.Framework 11 is provided with for guiding the sprocket wheel 14 and arc-shaped guide rail 22 that promote conveyor running.Arc-shaped guide rail 22 is arranged on the interior angle place of both sides, bottom in framework 11, pessum chain 15 flow rotation, and can not interact between the corner bucket 16 of ring chain 15; Ring chain 15 arranges two, middle connects to form an annular overall structure with some buckets 16 and ring chain 15, and all bucket 16 opening directions are consistent; Bucket 16 (horizontal position is equipped with certain length) bucket 16 opening part when lowest part horizontal level has the space enough entering crop fruit grain, the crop fruit grain and can not leak down in the space of bucket 16 following (when horizontal level), after crop fruit grain enters bucket 16, in cycle rotation, the bucket 16 of horizontal level runs to upright position, and bucket 16 opening is now (crop fruit grain can not drop out bucket 16) upwards; Lifting conveying plant is rotated further, and when the bucket 16 of former upright position runs to top close to level, the opening inclination crop fruit grain of bucket 16 is wandered in belt conveyor 10 in bucket 16.Peanut after seedling fruit is separated by the utility model rotates from lower and rises to eminence, then is fed forward in fruit-collecting bucket 8, makes the structure of complete machine compacter like this, shortens the overall dimensions of reaping machine.
Upper striker plate 18 and guide baffle plate 17 are arranged on belt conveyor 10 can ensure that peanut drops on belt conveyor 10 completely.The setting of lower striker plate 23, all falls in the bucket 16 of rotation when can ensure that peanut is discharged by the outlet of vibration sorting screen 6.
Peanut seedling fruit pick up induction system 2 by peanut seedling fruit be transported to pluck fruit system 3 in, cylinder 31 High Rotation Speed, peanut seedling fruit rotates propelling backward by propelling flight 32, ensure that peanut seedling fruit feeds smooth and easy, fruit tooth 33 of plucking on cylinder 31 plucks fruit arcuate guide bar 28 and notch board castor sieve 26 with peanut seedling and the friction of fruit High Rotation Speed shock, seedling fruit is separated, peanut and the peanut seedling smashed are fallen on vibration sorting screen 6 by the mesh on notch board castor sieve 26, pluck fruit arcuate guide bar 28 and play the effect that guiding peanut seedling moved and plucked fruit backward, guide the axially-movable of peanut seedling, ensure that peanut seedling and fruit are separated more thorough, longer peanut seedling is discharged in grass cutting collection box 5 by seedling outlet 30 finally by the propelling of row's seedling fan blade 34.
Case 24 is located in frame 1 by the elongated hole 37 on upper junction plate 35, and notch board comb sieve 26 is located in frame 1 by the elongated hole 37 on lower connecting plate 36, and the setting of elongated hole 37 is convenient to bolt and is installed.
The present embodiment not does any pro forma restriction to shape of the present utility model, material, structure etc.; every above embodiment is done according to technical spirit of the present utility model any simple modification, equivalent variations and modification, all belong to the protection domain of technical solutions of the utility model.
Claims (6)
1. peanut pickup combined harvester, comprise frame, frame is provided with dynamical system, peanut seedling fruit picks up induction system, pluck fruit system, extractor fan, grass cutting collection box, vibration sorting screen, peanut promotes conveying plant and fruit-collecting bucket, frame lower is provided with running gear, driver's cabin is provided with on the left of frame upper front end, output control of engine power mechanism and operating mechanism is provided with in driver's cabin, peanut seedling fruit is picked up induction system and is positioned on the right side of driver's cabin, peanut seedling fruit is picked up the low early and high after and angle of inclination of induction system and is regulated by hydraulic control, peanut seedling fruit is picked up induction system rear end and is close to the charging aperture plucking fruit system, extractor fan is positioned at plucks fruit system rear, vibration sorting screen is positioned to be plucked below fruit system and extractor fan, the outlet of plucking fruit system is located at the afterbody side of plucking fruit system, the suction opeing of extractor fan down and be positioned at vibration sorting screen rear upper, the outlet of extractor fan is connected with the grass feeding port of grass cutting collection box, vibration sorting screen rear end is provided with peanut fruit outlet, the import that the peanut fruit outlet of vibration sorting screen and peanut promote conveying plant lower end closes on, the outlet that peanut promotes conveying plant upper end is connected with fruit-collecting bucket, fruit-collecting bucket is positioned to be plucked above fruit system, dynamical system respectively with running gear and pluck fruit drive system be connected, pluck fruit system and pick up induction system with peanut seedling fruit respectively, extractor fan, vibration sorting screen and peanut promote conveying plant and are in transmission connection, it is characterized in that: peanut promotes conveying plant and comprises the framework being located at belt conveyor in frame and rectangular shape, framework is vertically located at frame rear end, the first power transmission shaft is provided with outside framework upper, the second driving shaft parallel with the first power transmission shaft is provided with inside framework upper, first power transmission shaft is connected with V belt translation between second driving shaft, at least eight sprocket wheels are provided with along on frame height direction week inside framework, be in transmission connection by two ring chains between all sprocket wheels, wherein two sprocket coaxialities are located on second driving shaft, ring chain is evenly provided with bucket, all buckets towards all consistent, the discharging opening of vibration sorting screen is positioned at framework bottom,
The feed end of belt conveyor extend into framework inside upper part, the throughput direction of belt conveyor is vertical with the throughput direction of bucket, striker plate is provided with on the upside of the end of belt conveyor feed end, belt conveyor both sides are provided with guide baffle plate respectively to outer incline, frame mid portion is provided with crossbeam, crossbeam is provided with the 3rd power transmission shaft, and belt conveyor is provided with the 4th power transmission shaft for driving belt in framework, and the 3rd power transmission shaft is connected with the 4th power transmission shaft V belt translation; The discharge end of belt conveyor is positioned at fruit-collecting bucket rear upper.
2. peanut pickup combined harvester according to claim 1, is characterized in that: in described framework, both sides, bottom are respectively equipped with the arc-shaped guide rail be positioned at inside ring chain, ring chain at arc-shaped guide rail place arcuately guide rail track run.
3. peanut pickup combined harvester according to claim 1 and 2, is characterized in that: described framework bottom is provided with the lower striker plate being positioned at bucket two ends.
4. peanut pickup combined harvester according to claim 1 and 2, it is characterized in that: described in pluck fruit system and comprise the case of semi cylindrical type, case is horizontally disposed with and two ends are provided with closure plate, casing base is uncovered, casing base is connected with notch board castor sieve overall formation center line cylinder type along the longitudinal direction, case top nose is provided with square chest, encloser inner wall is in axial direction evenly provided with plucks fruit arcuate guide bar, feeding mouth is offered on front side of square chest, peanut seedling fruit picks up induction system rear end next-door neighbour's feeding mouth, case rear side is provided with seedling outlet, frame is rotatably connected to the cylinder being positioned at case and notch board castor sieve inside, the anterior external peripheral surface of cylinder is provided with propelling flight immediately below square chest, cylinder postmedian external peripheral surface vertically the hand of spiral be evenly provided with pluck fruit tooth, cylinder rear portion is provided with row's seedling fan blade in seedling outlet corresponding position.
5. peanut pickup combined harvester according to claim 4, it is characterized in that: edge, described case lower end is provided with upper junction plate, notch board comb sieve edge, upper end is provided with lower connecting plate, and upper junction plate and lower connecting plate are respectively equipped with the elongated hole be bolted with frame.
6. peanut pickup combined harvester according to claim 5, it is characterized in that: the central shaft two ends of cylinder are passed closure plate and are connected with belt pulley, each fruit tooth of plucking radially is welded on cylinder surface perpendicular to cylinder axis by reinforcing bar, plucks the fruit top of tooth and notch board and to comb the space of sieving and maintaining 2-3cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520635344.XU CN204907140U (en) | 2015-08-22 | 2015-08-22 | Combine harvester is picked up to peanut |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520635344.XU CN204907140U (en) | 2015-08-22 | 2015-08-22 | Combine harvester is picked up to peanut |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204907140U true CN204907140U (en) | 2015-12-30 |
Family
ID=54956346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520635344.XU Withdrawn - After Issue CN204907140U (en) | 2015-08-22 | 2015-08-22 | Combine harvester is picked up to peanut |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204907140U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105123077A (en) * | 2015-08-22 | 2015-12-09 | 正阳县程功机械有限公司 | Peanut picking combined harvester |
| CN108293331A (en) * | 2018-04-12 | 2018-07-20 | 新乡地隆药业机械有限公司 | Self-propelled little particle root crop harvester |
| CN112616416A (en) * | 2021-01-15 | 2021-04-09 | 成都市新都区灰范商贸有限公司 | Peanut harvesting equipment |
-
2015
- 2015-08-22 CN CN201520635344.XU patent/CN204907140U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105123077A (en) * | 2015-08-22 | 2015-12-09 | 正阳县程功机械有限公司 | Peanut picking combined harvester |
| CN105123077B (en) * | 2015-08-22 | 2017-06-30 | 正阳县程功机械有限公司 | Peanut pickup combined harvester |
| CN108293331A (en) * | 2018-04-12 | 2018-07-20 | 新乡地隆药业机械有限公司 | Self-propelled little particle root crop harvester |
| CN112616416A (en) * | 2021-01-15 | 2021-04-09 | 成都市新都区灰范商贸有限公司 | Peanut harvesting equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151230 Effective date of abandoning: 20170630 |