CN208300299U - A kind of corm kind crop harvester - Google Patents
A kind of corm kind crop harvester Download PDFInfo
- Publication number
- CN208300299U CN208300299U CN201820862263.7U CN201820862263U CN208300299U CN 208300299 U CN208300299 U CN 208300299U CN 201820862263 U CN201820862263 U CN 201820862263U CN 208300299 U CN208300299 U CN 208300299U
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- gear
- conveyer belt
- sieve
- transfer drum
- pedestal
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Abstract
A kind of corm kind crop harvester, including plough shovel device, transmission device, screening plant, running gear and driver's cabin, the plough shovel device is connected with conveyer belt, conveyer belt is connected with screening plant, screening plant is connected with transfer drum, transfer drum is connected with storage box, screening plant, transfer drum, storage box, power device and driver's cabin are set on the base, one end of pedestal is connected by screen frame with conveyer belt, the other end of pedestal is connected with rotary cultivator, and pedestal is arranged on running gear；The utility model is compact-sized, turning radius is small, it is suitble to the operation of hilly country small plot, it is smooth with plot after rotary tillage machine operation, ploughing again is not needed, the manpower in time in busy farming season is greatly reduced, financial resources, it is provided with transfer drum and storage box, Southern Star, the tuber of pinellia, corydalis tuber of harvest etc. can directly receive in storage box, not need the collecting cart in addition to advance with one with speed.
Description
Technical field
The utility model relates to underground corm kind crop harvest technical field more particularly to a kind of corm kind crop harvests
Machine.
Background technique
The plants such as Southern Star, the tuber of pinellia are to realize medical value with underground bulb crop medicinal material, are needed when picking from soil
It is excavated in earth, it is contemplated that the undergrounds such as hand digging Southern Star and tuber of pinellia bulb low efficiency, speed are slow, in the prior art, use
The underground bulb cropper of tractor-drawn also gradually appears, and then bulb cropper in underground in the prior art still has very
More disadvantages, screening effect is poor, structural instability, and harvest process is easy to appear failure, and efficiency of crop is still not high enough.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of corm kind crop harvester.
The technical solution adopted in the utility model are as follows:
A kind of corm kind crop harvester, including plough shovel device, transmission device, screening plant, running gear and driver's cabin,
The plough shovel device is connected with conveyer belt, and conveyer belt is connected with screening plant, and screening plant is connected with transfer drum, passes
Cylinder is sent to be connected with storage box, screening plant, transfer drum, storage box, power device and driver's cabin are set on the base, pedestal
One end is connected by screen frame with conveyer belt, and the other end of pedestal is connected with rotary cultivator, and pedestal is arranged in running gear
On.
The plough shovel device is scraper, and scraper is the sheet metal of elongate in shape, and scraper is connected with conveyer belt,
The last portion of conveyer belt is arranged in scraper, and gap is provided between conveyer belt and scraper.
The transmission device includes conveyer belt, and the top of conveyer belt is connected with screen frame, and conveyer belt driving wheel is set
The side on the top of screen frame is set, the lower end of conveyer belt is connected by connecting rod two with seedling roller is hugged, and is hugged the setting of seedling roller and is existed
The front end of scraper.
The screening plant includes the screen frame for being fixed at pedestal both sides, screen frame include upper layer bracket and
Lower floor support is fixedly welded with bearing on lower floor support, and bearing is connected with eccentric wheel, the top side and sieve of eccentric wheel
The side of shell welds together, and is connected between two eccentric wheels by axis；It include one layer of sieve and two layers of sieve among sieve shell
Net, the top center of upper layer bracket are provided with support rod, are provided with tilted-putted baffle between two support rods, baffle is located at
The top of one layer of sieve is provided with channel blind on rear side of baffle, and channel, channel gear are formed between channel blind and one layer of sieve
Plate is fixed at the inside of sieve shell；Side of the one layer of sieve far from eccentric wheel is connected with the outlet of corm kind crop, bulb
Class crop exports one end that sieve shell is arranged in, and is connected with dashpot, and the bottom side of sieve shell is arranged in dashpot, delays
Jet-bedding is connected with transmission cylinder entrance.
Auger is provided among the transfer drum, the bottom of transfer drum is connected with dashpot, and the top of transfer drum is logical
It crosses auger outlet to be connected with storage box, the side towards ground of transfer drum is provided with several apertures, the top of auger and tooth
Wheel is connected, and gear is connected with chain one, and the bottom of storage box is provided with storage box outlet.
The running gear includes the transmission shaft being arranged in below pedestal, and transmission shaft is connected with the driving wheel at both ends,
One end of crawler belt is arranged in driving wheel, and directive wheel is arranged in the other end of crawler belt, and carrying roller group is arranged in the bottom of crawler belt, and described holds
Roller group is made of 6 carrying rollers, and 6 carrying rollers are evenly distributed on the direction of travel of crawler belt.
The driver's cabin side of being set on the base, side is adjacent with transfer drum, and rear is adjacent with screening plant, front with
Rotary cultivator is adjacent, and power device is arranged in the under-seat in driver's cabin.
Hydraulic cylinder one is arranged in described pedestal one end, and the piston rod of hydraulic cylinder one is connected with rotary cultivator, pedestal it is another
End setting hydraulic cylinder two, the piston rod of hydraulic cylinder two are connected with belt support.
The power device includes decelerating motor, and an output shaft of decelerating motor is connected by belt with belt pulley
It connects, belt pulley is connected with line shaft, and auger gear, crawler belt gear and conveyer belt sieve gear, auger gear are provided on line shaft
It is connected by chain one with the gear on transfer drum top, crawler belt gear passes through the gear two on the transmission shaft of chain two and crawler belt
Be connected, conveyer belt sieve gear is connected by chain three and conveyer belt driving wheel, screening gear, decelerating motor another
Output shaft is connected by swingle with the transmission device of rotary cultivator.
The utility model has the following beneficial effects: the utility model is compact-sized, turning radius is small, is suitble to hilly country smallly
Block operation, it is smooth with plot after rotary tillage machine operation, ploughing again is not needed, greatly reduces the manpower in time in busy farming season, financial resources,
It is provided with transfer drum and storage box, Southern Star, the tuber of pinellia, corydalis tuber of harvest etc. can directly receive in storage box, not need in addition with one
With speed advance collecting cart.
Detailed description of the invention
Fig. 1 is the main view of the utility model.
Fig. 2 is the rearview of the utility model.
Fig. 3 is the structural schematic diagram of the utility model pedestal and crawler belt.
Fig. 4 is the utility model scraper and the structural schematic diagram for hugging seedling roller.
Fig. 5 is the structural schematic diagram of the utility model transmission device.
Fig. 6 is the structural schematic diagram of the utility model screening plant.
Fig. 7 is the structural schematic diagram of the utility model transfer drum and storage box.
Fig. 8 is the structural schematic diagram of the utility model transfer drum.
Fig. 9 is the structural schematic diagram of the utility model dashpot.
Figure 10 is the structural schematic diagram of the utility model power device.
Figure 11 is the annexation figure of the utility model chain three.
In figure, 1, transmission device, 2, connecting rod, 3, rotary cultivator, 4, hydraulic cylinder one, 5, driving wheel, 6, crawler belt, 7, carrying roller
Group, 8, directive wheel, 9, pedestal, 10, hug seedling roller, 11, conveyer belt, 12, two layers of sieve, 13, one layers of sieve, 14, baffle, 15, miscellaneous
Grass outlet, 16, channel blind, 17, channel, 18, storage box, 19, gear, 20, transfer drum, 21, driver's cabin, 22, scraper,
23, conveyer belt driving wheel, 24, baffle, 25, the outlet of corm kind crop, 26, screen frame, 27, eccentric wheel, 28, storage box goes out
Mouthful, 29, auger outlet, 30, dashpot, 31, transfer drum entrance, 32, hydraulic cylinder two, 33, aperture, 34, decelerating motor, 35, chain
Item one, 36, chain two, 37, chain three, 38, belt support, 39, conveyer belt sieve gear, 40, screening gear.
Specific embodiment
As shown in Fig. 1~Figure 11, a kind of corm kind crop harvester, including plough shovel device, transmission device, screening plant,
Running gear and driver's cabin, the plough shovel device are connected with conveyer belt 11, and conveyer belt 11 is connected with screening plant, screening
Device is connected with transfer drum 20, and transfer drum 20 is connected with storage box 18, screening plant, transfer drum 20, storage box 18, power
Device and driver's cabin 21 are arranged on pedestal 9, and one end of pedestal 9 is connected by screen frame 26 with conveyer belt 11, pedestal 9
The other end is connected with rotary cultivator 3, and pedestal 9 is arranged on running gear.
The plough shovel device is scraper 22, and scraper 22 is the sheet metal of elongate in shape, scraper 22 and conveyer belt
11 are connected, and the last portion of conveyer belt 11 is arranged in scraper 22, are provided with gap between conveyer belt 11 and scraper 22.
The transmission device includes conveyer belt 11, and the top of conveyer belt 11 is connected with screen frame 26, conveyer belt master
The side on the top of screen frame 26 is arranged in driving wheel 23, and the lower end of conveyer belt 11 is connected by connecting rod two with seedling roller 10 is hugged
It connects, hugs the front end that scraper 22 is arranged in seedling roller 10.
The screening plant includes the screen frame 26 for being fixed at 9 both sides of pedestal, and screen frame 26 includes upper layer
Bracket and lower floor support are fixedly welded with bearing on lower floor support, and bearing is connected with eccentric wheel 27, the top of eccentric wheel 27
Side and the side of sieve shell weld together, and are connected between two eccentric wheels 27 by axis；It include one layer among sieve shell
Sieve 13 and two layers of sieve 12, the top center of upper layer bracket are provided with support rod, are provided with inclination between two support rods and put
The baffle 24 set, baffle 24 are located at the top of one layer of sieve 13, and the rear side of baffle 24 is provided with channel blind 16, channel blind 16
Channel 17 is formed between one layer of sieve 13, channel blind 16 is fixed at the inside of sieve shell；One layer of sieve 13 is far from partially
The side of heart wheel 27 and corm kind crop outlet 25 is connected, and corm kind crop outlet 25 is arranged in one end of sieve shell, and with
Dashpot 30 is connected, and the bottom side of sieve shell is arranged in dashpot 30, and dashpot 30 is connected with transmission cylinder entrance 31.
Auger is provided among the transfer drum 20, the bottom of transfer drum 20 is connected with dashpot 30, transfer drum 20
Top 29 be connected with storage box 18 by auger outlet, the side towards ground of transfer drum 20 is provided with several apertures
33, the top of auger is connected with gear 19, and gear 19 is connected with chain 1, and the bottom of storage box 18 is provided with storage box
Outlet 28.
The running gear includes the transmission shaft being arranged in below pedestal 9, and transmission shaft is connected with the driving wheel 5 at both ends
It connects, one end of crawler belt 6 is arranged in driving wheel 5, and directive wheel 8 is arranged in the other end of crawler belt 6, and carrying roller group is arranged in the bottom of crawler belt 6
7, the carrying roller group 7 is made of 6 carrying rollers, and 6 carrying rollers are evenly distributed on the direction of travel of crawler belt 6.
The driver's cabin 21 is arranged above pedestal 9, and side is adjacent with transfer drum 20, and rear is adjacent with screening plant,
Front is adjacent with rotary cultivator 3, and power device is arranged in the under-seat in driver's cabin 21.
Hydraulic cylinder 1 is arranged in described 9 one end of pedestal, and the piston rod of hydraulic cylinder 1 is connected with rotary cultivator 3, pedestal 9
Hydraulic cylinder 2 32 is arranged in the other end, and the piston rod of hydraulic cylinder 2 32 is connected with belt support 38.
The power device includes decelerating motor 34, and an output shaft of decelerating motor 34 passes through belt and belt pulley phase
Connection, belt pulley are connected with line shaft, and auger gear, crawler belt gear and conveyer belt sieve gear, auger tooth are provided on line shaft
Wheel is connected by chain 1 with the gear 19 on 20 top of transfer drum, and crawler belt gear passes through the transmission of chain 2 36 and crawler belt 6
Gear two on axis is connected, and conveyer belt sieve gear is connected by chain 3 37 with conveyer belt driving wheel 23, screening gear 41
It connects, another output shaft of decelerating motor 34 is connected by swingle with the transmission device 1 of rotary cultivator 3.
Scraper 22 and the end of conveyer belt shell weld together, between being provided between conveyer belt 11 and scraper 22
Gap passes through some very small corm kind crops, and without entering on conveyer belt 11, the lower end of conveyer belt shell passes through connection
Bar two welds together with seedling roller 10 is hugged, and hugs the front end that scraper 22 is arranged in seedling roller 10.When scraper 22 is inserted into soil shovel soil
When, corm kind crop and some weeds under earth's surface can be under the effects of the power of the direction of advance of scraper 22, towards scraper
22 top walkings, hug seedling roller 10 and rotate outwardly under the action of corresponding, to assist scraper 22 that corm kind crop is sent to biography
It send on band 11.
Conveyer belt 11 is such strip gear as made of the setting of the strip baffle interval of stainless steel substrates and vertical stainless steel substrates
Plate can upload on sieve with corm kind crop along conveyer belt 11.
The medial surface of conveyer belt shell is fixedly welded with belt support 38, and belt support 38 is welded on for U-shaped structure
On conveyer belt shell, belt support 38 is connected with the piston rod of hydraulic cylinder 2 32.
The one layer of sieve 13 and two layers of sieve 12 of screening plant are obliquely installed, and high one end is upper eccentric wheel 27
Side, side of the low one end in corm kind crop outlet 25.
The both ends of channel blind 26 are fixedly welded on the medial surface of sieve shell.
Have in two eccentric wheels 27 and be fixedly connected with screening gear 40 on the outside of an eccentric wheel, sieves gear 40 in chain three
It is rotated under the action of 37, the rotation band movable eccentric wheel 27 for sieving gear 40 rotates, and eccentric wheel 27 is rotated around bearing, to drive
Entirely sieve shell, one layer of sieve 13 and two layers of sieve 12 are done of reciprocating vibration, so that the corm kind crop on one layer of sieve 13 is one
It is vibrated on layer sieve 13, the soil that corm kind crop carries in vibration processes is fallen by sieve sieve, passes through one layer 13, two layers of sieve
Sieve 12 and pedestal 9 are fallen to the ground.Some weeds can be carried on the corm kind crop to come by uploading from scraper 22, these are miscellaneous
Grass needs manually to clean up from weeds outlet 15 in vibration processes, and Southern Star, tuber of pinellia etc. then pass through 16 lower section of channel blind
Channel 17 come rear, 25 dropped into dashpot 30 from the outlet of corm kind crop.
The setting of channel blind 16 be because, corm kind crop conveyer belt 11 transmission come up when, have certain speed,
Under the effect of this speed, there is part crop that can jump relatively high, these crops jump out sieve shell and are arranged logical in order to prevent
Road baffle 16.
The lower section of sieve shell is arranged in dashpot 30, is fixedly connected by welding between dashpot 30 and screen frame 26,
The bottom of dashpot 30 is connected with transfer drum entrance 31, and the crops such as Southern Star, tuber of pinellia for entering in dashpot 30 are directly entered
It under the action of auger into transfer drum 20, and in transfer drum 20, is transported up, is deposited until transporting auger outlet 29 and entering
It is temporarily stored in storage tank 18.
Screen frame 26 is located at the top of pedestal 9, and the upper end of dashpot 30 is fixedly connected with screen frame 26, dashpot 30
Bottom be connected with the entrance of transfer drum 20, the entrance of transfer drum 20 is located at the top of pedestal 9.Hydraulic cylinder 2 32 is arranged in sieve
On the pedestal 9 of 26 lower section of bracket.
The side towards ground of transfer drum 20 is provided with several apertures 33, the crop surfaces such as Southern Star, tuber of pinellia carry one
A little tiny soil can be fallen from aperture 33 during transportation returns to ground.
The setting of hydraulic cylinder 1, when needing work, puts down the work of rotary cultivator 3 for raising or reducing rotary cultivator 3, when
After having worked, the mobile machine of rotary cultivator 3 can be raised.
The setting of hydraulic cylinder 2 32, for raising or reducing conveyer belt 11, at work, the scraper of 11 end of conveyer belt
22 will put it on the ground, this just needs to lower conveyer belt 11, make scraper 22 and ground contact action, if work finishes,
Scraper 22 need to be lifted, as long as at this moment raising conveyer belt 11.
Auger can be connected by worm and gear with gear 19, and gear 19 is connected by chain 1 with auger gear.
The rotation of line shaft drives the rotation of auger gear, and the rotation of auger gear drives chain 1 to rotate, the rotation band movable tooth of chain 1
19 rotation of wheel, the rotation of gear 19 drives auger rotation, so that the crops such as the Southern Star of 20 bottom of transfer drum, the tuber of pinellia are transmitted to storage
In case 18.
Crawler belt gear is connected by chain 2 36 with the gear two on the transmission shaft of crawler belt 6, and gear two and transmission shaft are solid
Fixed connection, the rotation of gear two drive transmission shaft rotation, and the rotation of transmission shaft drives the driving wheel 5 at both ends to rotate.
Conveyer belt sieve gear 39, conveyer belt driving wheel 23 and screening gear 40 form a ring, commonly through chain three
37 link together, sieve gear 40 below be provided with auxiliary wheel, under the action of auxiliary wheel, chain 3 37 from screening gear 40
Side pass through and with screening gear 40 interact.
Conveyer belt sieve gear 39 drives chain 3 37 to rotate, and the rotation of chain 3 37 drives 23 turns of conveyer belt driving wheel
It is dynamic, and the screening gear 40 simultaneously with 27 outside of movable eccentric wheel rotates, to be rotated with movable eccentric wheel 27.
When the utility model is used, hydraulic cylinder 1 is first manipulated, so that rotary cultivator 3 is dropped to ground, then manipulate hydraulic cylinder two
32, so that conveyer belt 11 is dropped to ground, scraper 22 and ground face contact.Start decelerating motor 34, the rotation of decelerating motor 34 is logical
It crosses belt and drives line shaft rotation, the rotation of line shaft drives auger gear, crawler belt gear and conveyer belt sieve gear 39 to rotate, slows down
The rotation of motor 34 also drives the transmission device 1 of rotary cultivator 3 to work.
Crawler belt gear is connected by chain 2 36 with the gear two on the transmission shaft of crawler belt 6, and gear two and transmission shaft are solid
Fixed connection, the rotation of gear two drive transmission shaft rotation, and the rotation of transmission shaft drives the driving wheel 5 at both ends to rotate, and 5 turns of driving wheel
Directive wheel 8 and carrying roller group 7 is driven to walk after dynamic, so that whole device be driven to walk.
In walking process, scraper 22 is inserted into subsurface, the crops such as Southern Star, the tuber of pinellia is scooped up, and in the work for hugging seedling roller 10
These crops are sent on conveyer belt 11 with lower, crop is sent on screening plant under the action of conveyer belt 11, falls on first
On one layer of sieve 13 of screening plant, some crops can fall on one layer of sieve 13 after jumping up under the action of baffle 24.
Conveyer belt sieve gear 39 drives chain 3 37 to rotate, and the rotation of chain 3 37 drives 23 turns of conveyer belt driving wheel
It is dynamic, and the screening gear 40 simultaneously with 27 outside of movable eccentric wheel rotates, to be rotated with movable eccentric wheel 27.The rotation of eccentric wheel 27
It will drive entire sieve shell, one layer of sieve 13 and two layers of sieve 12 and do reciprocal vibration, crop makees in the vibration of one layer of sieve 13
It being sized under, fine sand soil passes through one layer of sieve, 13, two layers of sieve 12 under effect of vibration and pedestal 9 is fallen on ground,
Since entire one layer of sieve 13 is obliquely installed, crop passes through from the channel of 16 lower section of channel blind and enters corm kind and makees
Object outlet 25, falls in the dashpot 30 of lower section, the crop in dashpot 30 enters in transfer drum entrance 31.
The rotation of auger gear drives chain 1 to rotate, and the rotation driven gear 19 of chain 1 rotates, and gear 19 rotates
Auger rotation is driven, so that the crops such as the Southern Star of 20 bottom of transfer drum, the tuber of pinellia are transmitted in storage box 18.
The subsequent rotary cultivator 3 of complete machine can dig soil after machine passes through, and plot is smooth.
Claims (9)
1. a kind of corm kind crop harvester, including plough shovel device, transmission device, screening plant, running gear and driver's cabin,
Be characterized in that: the plough shovel device is connected with conveyer belt (11), and conveyer belt (11) is connected with screening plant, screening plant
It is connected with transfer drum (20), transfer drum (20) is connected with storage box (18), screening plant, transfer drum (20), storage box
(18), power device and driver's cabin (21) are arranged on pedestal (9), and one end of pedestal (9) passes through screen frame (26) and transmission
Band (11) is connected, and the other end of pedestal (9) is connected with rotary cultivator (3), and pedestal (9) is arranged on running gear.
2. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the plough shovel device is shovel soil
Device (22), scraper (22) are the sheet metal of elongate in shape, and scraper (22) is connected with conveyer belt (11), and scraper (22) is set
It sets and is provided with gap between the last portion of conveyer belt (11), conveyer belt (11) and scraper (22).
3. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the transmission device includes passing
Band (11) is sent, the top of conveyer belt (11) is connected with screen frame (26), and conveyer belt driving wheel (23) is arranged in screen frame
(26) lower end of the side on top, conveyer belt (11) is connected by connecting rod two with seedling roller (10) is hugged, and is hugged seedling roller (10) and is set
Set the front end in scraper (22).
4. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the screening plant includes solid
In the screen frame (26) on pedestal (9) both sides, screen frame (26) includes upper layer bracket and lower floor support, lower floor support for fixed setting
On be fixedly welded with bearing, bearing is connected with eccentric wheel (27), the side of the top side of eccentric wheel (27) and sieve shell
Weld together, is connected between two eccentric wheels (27) by axis；It include one layer of sieve (13) and two layers of sieve among sieve shell
Net (12), the top center of upper layer bracket are provided with support rod, tilted-putted baffle (24) are provided between two support rods,
Baffle (24) is located at the top of one layer of sieve (13), is provided with channel blind (16) on rear side of baffle (24), channel blind (16)
Channel (17) are formed between one layer of sieve (13), channel blind (16) is fixed at the inside of sieve shell；One layer of sieve
(13) side far from eccentric wheel (27) is connected with corm kind crop outlet (25), and corm kind crop outlet (25) setting is being sieved
One end of reticulated shell, and being connected with dashpot (30), dashpot (30) are arranged in the bottom side of sieve shell, dashpot (30) with
Transmission cylinder entrance (31) is connected.
5. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the transfer drum (20) is intermediate
It is provided with auger, the bottom of transfer drum (20) is connected with dashpot (30), and the top of transfer drum (20) is exported by auger
(29) it is connected with storage box (18), the side towards ground of transfer drum (20) is provided with several apertures (33), the top of auger
End is connected with gear (19), and gear (19) is connected with chain one (35), and the bottom of storage box (18) is provided with storage box and goes out
Mouth (28).
6. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the running gear includes setting
The transmission shaft below pedestal (9) is set, transmission shaft is connected with the driving wheel (5) at both ends, and driving wheel (5) is arranged in crawler belt (6)
One end, directive wheel (8) are arranged in the other end of crawler belt (6), and carrying roller group (7) are arranged in the bottom of crawler belt (6), the carrying roller
Group (7) is made of 6 carrying rollers, and 6 carrying rollers are evenly distributed on the direction of travel of crawler belt (6).
7. a kind of corm kind crop harvester according to claim 1, it is characterised in that: driver's cabin (21) setting
Above pedestal (9), side is adjacent with transfer drum (20), and rear is adjacent with screening plant, and front is adjacent with rotary cultivator (3), drives
Sail the under-seat setting power device in room (21).
8. a kind of corm kind crop harvester according to claim 1, it is characterised in that: described pedestal (9) one end is set
Hydraulic cylinder one (4) is set, the piston rod of hydraulic cylinder one (4) is connected with rotary cultivator (3), and hydraulic cylinder is arranged in the other end of pedestal (9)
The piston rod of two (32), hydraulic cylinder two (32) is connected with belt support (38).
9. a kind of corm kind crop harvester according to claim 1, it is characterised in that: the power device includes subtracting
One output shaft of speed motor (34), decelerating motor (34) is connected by belt with belt pulley, and belt pulley is connected with line shaft,
Auger gear, crawler belt gear and conveyer belt sieve gear are provided on line shaft, auger gear passes through chain one (35) and transfer drum
(20) gear (19) on top is connected, and crawler belt gear passes through the gear two-phase on chain two (36) and the transmission shaft of crawler belt (6)
Connection, conveyer belt sieve gear are connected by chain three (37) with conveyer belt driving wheel (23), screening gear (41), and slow down electricity
Another output shaft of machine (34) is connected by swingle with the transmission device (1) of rotary cultivator (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820862263.7U CN208300299U (en) | 2018-06-05 | 2018-06-05 | A kind of corm kind crop harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820862263.7U CN208300299U (en) | 2018-06-05 | 2018-06-05 | A kind of corm kind crop harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208300299U true CN208300299U (en) | 2019-01-01 |
Family
ID=64710433
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820862263.7U Expired - Fee Related CN208300299U (en) | 2018-06-05 | 2018-06-05 | A kind of corm kind crop harvester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208300299U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108738628A (en) * | 2018-06-05 | 2018-11-06 | 付宏凯 | A kind of corm kind crop harvester |
-
2018
- 2018-06-05 CN CN201820862263.7U patent/CN208300299U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108738628A (en) * | 2018-06-05 | 2018-11-06 | 付宏凯 | A kind of corm kind crop harvester |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190101 Termination date: 20210605 |
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