CN107466532A - A kind of new energy car of low energy consumption - Google Patents
A kind of new energy car of low energy consumption Download PDFInfo
- Publication number
- CN107466532A CN107466532A CN201710693935.6A CN201710693935A CN107466532A CN 107466532 A CN107466532 A CN 107466532A CN 201710693935 A CN201710693935 A CN 201710693935A CN 107466532 A CN107466532 A CN 107466532A
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- China
- Prior art keywords
- chamber
- stretching
- kinds
- extension
- matrix
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C5/00—Making or covering furrows or holes for sowing, planting or manuring
- A01C5/04—Machines for making or covering holes for sowing or planting
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C7/00—Sowing
- A01C7/18—Machines for depositing quantities of seed at intervals
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C7/00—Sowing
- A01C7/20—Parts of seeders for conducting and depositing seed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B62—LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
- B62D—MOTOR VEHICLES; TRAILERS
- B62D63/00—Motor vehicles or trailers not otherwise provided for
- B62D63/02—Motor vehicles
Abstract
The invention discloses a kind of new energy car of low energy consumption, including matrix and it is arranged on the seed-storage box of baseline top, kinds of bank deposits chamber is provided with seed-storage box, the phase break-through of kinds of bank deposits bottom of chamber portion, which is provided with, stretches downwards and reaches the cone shaped body of matrix, transmission cavity is provided with seed-storage box on the right side of kinds of bank deposits chamber, the first tapered wheel is provided with transmission cavity, first tapered wheel left end is fixedly installed the stirring shaft for stretching setting to the left, seed-storage box and turn on the left of stirring shaft between stretch section break-through transmission cavity and kinds of bank deposits chamber are connected, stretching, extension afterbody reaches kinds of bank deposits intracavitary and is connected with the turn of kinds of bank deposits chamber inner left wall on the left of stirring shaft, the phase break-through of cone shaped body bottom is provided with the first slippage slot that both sides stretching, extension to the left and right is set, slid chamber is provided with matrix below first slippage slot, the seeding pipe that stretching, extension is set up and down is provided with matrix on the left of slid chamber；The present invention is simple in construction, easy to operate, improves seed utilization rate.
Description
Technical field
The present invention relates to new energy field, the new energy car of particularly a kind of low energy consumption.
Background technology
The plantation of scale has become trend, and in planting process, sowing is an important step.Traditional artificial hand is sowed seeds
Son has been unable to adaption demand, and efficiency is too low, and cost of labor is high, and existing seeding car is more heavy, and cost is higher, some crops
Seed it is easily hardened, seeder can be caused to block, in addition, existing seeding car is needed in the heatable adobe sleeping platform dug in advance
Sowed, need to bury soil after the completion of sowing, digged pit, sow and bury soil and carried out respectively as three links, wasted time and energy, efficiency
Lowly, and these seeding cars are mostly gasoline as kinetic energy, and power consumption is high, and environment is polluted.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of new energy car of low energy consumption, and it can solve the problem that above-mentioned present
The problem of in technology.
The present invention is achieved through the following technical solutions：A kind of new energy car of low energy consumption of the present invention, including base
Body and the seed-storage box being arranged at the top of described matrix, the seed-storage box is interior to be provided with kinds of bank deposits chamber, the phase break-through of kinds of bank deposits bottom of chamber portion
Provided with stretching downwards and reaching the cone shaped body of described matrix, transmission cavity, institute are provided with the seed-storage box on the right side of the kinds of bank deposits chamber
To state and the first tapered wheel is provided with transmission cavity, the first tapered wheel left end is fixedly installed the stirring shaft for stretching setting to the left,
The seed-storage box and turn on the left of the stirring shaft described in stretch section break-through between transmission cavity and the kinds of bank deposits chamber are connected,
Stretching, extension afterbody reaches the kinds of bank deposits intracavitary and is connected with the kinds of bank deposits chamber inner left wall turn on the left of the stirring shaft, described
The phase break-through of cone shaped body bottom is provided with the first slippage slot that both sides stretching, extension to the left and right is set, the base below first slippage slot
Be provided with slid chamber in vivo, the seeding pipe of stretching, extension setting up and down, the seeding pipe are provided with the described matrix on the left of the slid chamber
Top is stretched afterbody and set with the bottom phase break-through on the left of first slippage slot, is set in the described matrix on the right side of the slid chamber
There is digging pit for left and right stretching, extension setting to manipulate chamber, stretch section is located at stretching, extension on the right side of first slippage slot on the left of the manipulation chamber of digging pit
The lower position of section, the manipulation chamber right side stretch section of digging pit are oppositely arranged with the transmission cavity bottom, first slippage slot
Interior sliding is provided with slipping block, and the slipping block is interior to be provided with kinds of bank deposits hole, is provided with first slippage slot on the left of the slipping block
Spring part, described dig pit manipulate phase break-through in described matrix on the left of chamber on the right side of stretch section and first slippage slot between stretch section
Slid provided with the second slippage slot, in second slippage slot and be connected with top and the bottom of stretching, extension afterbody on the right side of the slipping block
What portion was fixedly connected leads shifting block, is provided with to dig pit in the slid chamber and implements device, and the manipulation intracavitary of digging pit is provided with to drive
It is described dig pit implement device dig pit operation and to drive described first it is tapered wheel turn work manipulation device of digging pit, it is described
Wheel spacing adjustment chamber is relatively set with left and right sides of matrix inner bottom part, adjustment is horizontally arranged with the top of the wheel spacing adjustment intracavitary
Rail, it is described adjustment rail on sliding be connected with roller, the roller top is equipped with lock-bit part, and the roller passes through institute
Lock-bit part is stated to be fixed on the adjustment rail.
Preferably technical scheme, the kinds of bank deposits intracavitary roof break-through is provided with plus kind of a hole, the kinds of bank deposits intracavitary it is described
Stirring shaft is provided with agitation leaf.
Preferably technical scheme, the execution device of digging pit includes being arranged in the slid chamber and sliding coordinates company
The lower supports block connect and the jacket casing for the described matrix bottom being fixedly installed on immediately below the slid chamber, the lower supports block bottom are consolidated
The fixed sliding bar of digging pit for being provided with stretching, extension downwards and setting, it is described to dig pit slid chamber inner bottom wall described in sliding bar bottom stretch section break-through simultaneously
It is outer and with jacket casing sliding mating connection to stretch out described matrix bottom, the lower supports block bottom in the slid chamber it is described
Sliding rod outer surface of digging pit is provided with reduction spring part, and described sow and extends to institute at bottom of the tube stretch section break-through described matrix bottom
State outside base bottom, the phase break-through between bottom of the tube stretching, extension afterbody and the jacket casing left outer surface of sowing is provided with seed output pipe.
Preferably technical scheme, the described matrix bottom on the right side of the jacket casing, which is provided with, buries soil application luggage and puts, described to bury
Soil application luggage put the first support frame for being fixedly connected including top with described matrix bottom and with the first support frame bottom
It is flexibly connected and stretches the second support frame of setting to the left, second support frame deviates from the first support frame side afterbody
Native portion of burying is fixedly installed, it is flexible between the first support frame left outer surface and the second support frame outer surface of cupular part to connect
It is equipped with oil gear.
Preferably technical scheme, the manipulation device of digging pit include sliding mating connection and are arranged on the manipulation of digging pit
Passage block on the left of chamber and it is arranged on described dig pit and manipulates on the right side of chamber and the first turn bar of front and rear stretching, extension setting, it is described
Passage block top right side, which is provided with, to be reached in second slippage slot and slides the convex block being connected, and the convex block is located at institute
State to lead and move in second slippage slot on the right side of block, the passage block left end face is fixedly installed pushing away for stretching, extension setting to the left
Bar is moved, the described matrix and sliding between slid chamber described in the pusher rod left side stretch section break-through and the manipulation chamber of digging pit are matched somebody with somebody
Connection is closed, raised wheel is fixedly installed on the first turn bar, is fixed on the first turn bar of the raised wheel front end
The second tapered wheel is provided with, second tapered wheel top front side is connected and has the 3rd tapered wheel, the 3rd tapered wheel bottom
Portion is fixedly installed the second turn bar that stretching, extension is set upwards, transmission cavity described in the second turn bar break-through and the behaviour that digs pit
The seed-storage box and described matrix and turn between vertical chamber are connected, and stretching, extension afterbody reaches institute at the top of the second turn bar
State in transmission cavity and stretching, extension afterbody is fixedly installed the left side top is connected with the described first tapered wheel bottom right side the 4th
Tapered wheel.
Preferably technical scheme, the first turn bar front side stretching, extension afterbody manipulate chamber front inner wall with described dig pit
Turn is connected, and afterbody is connected with turn motor on rear side of the first turn bar.
The beneficial effects of the invention are as follows：
1. setting slipping block by being slid in the first slippage slot, kinds of bank deposits hole is set in slipping block, in the first slippage slot on the left of slipping block
If spring part, digging pit manipulates phase break-through in matrix on the left of chamber on the right side of stretch section and the first slippage slot between stretch section and sets the second sliding
Groove, shifting block is led in the sliding top that is connected with what the bottom of stretching, extension afterbody on the right side of slipping block was fixedly connected in the second slippage slot, slides
Move intracavitary and set to dig pit and implement device, dig pit to manipulate intracavitary and set to drive to dig pit and implement device and dig pit operation, it is automatic so as to realize
Manipulate soil to dig pit and quantitatively sow work, improve the operating efficiency for sowing of digging pit, it is time saving and energy saving.
2. by dig pit manipulation device include sliding be connected be arranged on dig pit manipulate chamber on the left of in passage block and
It is arranged on to dig pit and manipulates on the right side of chamber and the first turn bar that front and rear stretching, extension is set, passage block top right side set and reach the second sliding
In groove and the convex block being connected is slid, convex block, which is located to lead, moves in the second slippage slot on the right side of block, elapses block left end face
The pusher rod of setting, the base between pusher rod left side stretch section break-through slid chamber and manipulation chamber of digging pit are stretched in fixed setting to the left
Body and sliding is connected, is fixedly installed raised wheel on the first turn bar, is fixedly installed on the first turn bar of raised wheel front end
Second tapered wheel, front side is connected the 3rd tapered wheel at the top of the second tapered wheel, and the 3rd tapered wheel bottom fixed setting is stretched upwards
The the second turn bar set is opened up, the seed-storage box and matrix and turn between the second turn bar break-through transmission cavity and manipulation chamber of digging pit are matched somebody with somebody
Connection is closed, stretching, extension afterbody is reached in transmission cavity and stretching, extension afterbody fixed setting left side top and first tapered at the top of the second turn bar
The 4th tapered wheel that is connected of wheel bottom right side, so as to realize it is automatic manipulate dig pit implement device realize dig pit operation and from
The dynamic first tapered wheel that manipulates drives stirring shaft turn to realize agitation work.
3. the present invention is simple in construction, easy to operate, it can realize that automatic manipulate digs pit operation and quantitatively sow work, simultaneously
It can realize that the automatic seed that manipulates stirs work, prevent seed accumulation from resulting in blockage, moreover it is possible to which geotechnological work is buried in realization automatically.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram outside a kind of new energy car of low energy consumption of the present invention；
Fig. 2 is a kind of new energy in-car portion overall structure diagram of low energy consumption of the present invention；
Fig. 3 is structural representation when a kind of new energy car of low energy consumption of the present invention is digged pit；
Fig. 4 buries structural representation during soil for a kind of new energy car of low energy consumption of the present invention；
Fig. 5 is that the wheel spacing of the present invention adjusts the structural representation of chamber.
Embodiment
As Figure 1-Figure 5, the new energy car of a kind of low energy consumption of the invention, including matrix 8 and it is arranged on the base
The seed-storage box 9 at the top of body 8, the seed-storage box 9 is interior to be provided with kinds of bank deposits chamber 91, and the bottom phase break-through of kinds of bank deposits chamber 91 is provided with stretching, extension downwards
And the cone shaped body 93 of described matrix 8 is reached, it is provided with transmission cavity 95, the biography in the seed-storage box 9 on the right side of kinds of bank deposits chamber 91
Send and the first tapered wheel 951 is provided with chamber 95, the first tapered wheel, 951 left ends are fixedly installed the agitation for stretching setting to the left
Axle 94, the seed-storage box 9 described in the left side stretch section break-through of stirring shaft 94 between transmission cavity 95 and the kinds of bank deposits chamber 91 and
Turn is connected, the left side of the stirring shaft 94 stretching, extension afterbody reach in the kinds of bank deposits chamber 91 and with the left side of kinds of bank deposits chamber 91
Wall turn is connected, and the bottom phase break-through of cone shaped body 93 is provided with the first slippage slot 81 that both sides stretching, extension to the left and right is set, institute
State and slid chamber 82 is provided with the described matrix 8 of the lower section of the first slippage slot 81, be provided with the described matrix 8 in the left side of slid chamber 82
The seeding pipe 83 that stretching, extension is set up and down, the top of seeding pipe 83 stretching, extension afterbody and the bottom phase in the left side of the first slippage slot 81
Break-through is set, the interior manipulation chamber 85 of digging pit for being provided with left and right stretching, extension and setting of the described matrix 8 on the right side of slid chamber 82, described to dig pit
The lower position that the left side stretch section of chamber 85 is located at the right side stretch section of the first slippage slot 81 is manipulated, described dig pit manipulates the right side of chamber 85
Side stretch section is oppositely arranged with the bottom of transmission cavity 95, is slid in first slippage slot 81 and is provided with slipping block 811, the cunning
Move in block 811 and be provided with kinds of bank deposits hole 812, spring part 813 is provided with first slippage slot 81 in the left side of slipping block 811, it is described
Phase break-through is provided with the described matrix 8 between the manipulation left side stretch section of chamber 85 and the right side stretch section of the first slippage slot 81 of digging pit
Second slippage slot 86, the interior sliding of second slippage slot 86 are connected with top and stretch afterbody with the right side of slipping block 811
Leading of being fixedly connected of bottom move block 861, be provided with the slid chamber 82 to dig pit and implement device, it is described dig pit to manipulate set in chamber 85
There is to drive described dig pit to implement device and dig pit operation and to drive digging pit for the described first tapered wheel 951 turns work
Manipulation device, the inner bottom part of described matrix 8 left and right sides are relatively set with wheel spacing adjustment chamber 61, and the wheel spacing is adjusted in chamber 61
Top is horizontally arranged with adjustment rail 62, is slid on the adjustment rail 62 and is connected with roller 63, the top of roller 63 coordinates
Lock-bit part 64 is provided with, the roller 63 is fixed on the adjustment rail 62 by the lock-bit part 64, by setting the wheel
The spacing adjustment adjustment wheel spacing of chamber 61 avoids being pressed onto crop in seeding process to adapt to the ridge of different in width..
Valuably, the inner roof wall break-through of kinds of bank deposits chamber 91, which is provided with, adds kind of a hole 92, the stirring shaft in the kinds of bank deposits chamber 91
94 are provided with agitation leaf 941, and so as to improve the agitation uniformity of the seed in kinds of bank deposits chamber 91, while stirring seed prevents seed from accumulating
Result in blockage.
Valuably, described dig pit implements device including being arranged on the lower supports block that in the slid chamber 82 and sliding is connected
821 and the jacket casing 84 for the bottom of described matrix 8 being fixedly installed on immediately below the slid chamber 82, the lower bottom of supports block 821
It is fixed with the sliding bar 822 of digging pit that stretching, extension downwards is set, the slid chamber described in the sliding bottom stretch section break-through of bar 822 of digging pit
82 inner bottom walls are simultaneously stretched out outside the bottom of described matrix 8 and are connected with the jacket casing 84 sliding, described in the slid chamber 82
Sliding bar 822 outer surface of digging pit of the lower bottom of supports block 821 is provided with reduction spring part 823, the bottom of seeding pipe 83 stretching, extension
The bottom of section break-through described matrix 8 is simultaneously extended to outside the bottom of described matrix 8, the bottom of the seeding pipe 83 stretching, extension afterbody and the jacket casing
Phase break-through is provided with seed output pipe 831 between 84 left outer surfaces, is digged pit so as to manipulate the lower drive of supports block 821 by manipulation device of digging pit
Sliding bar 822 slide downwards realization and digged pit operation, meanwhile, automatic reduction work is realized by reducing spring part 823, improves what is digged pit
Operating efficiency, reduce worker's amount of labour.
Valuably, the bottom of described matrix 8 on the right side of the jacket casing 84, which is provided with, buries soil application luggage and puts 7, described to bury soil application luggage
Putting 7 includes the first support frames 71 for being fixedly connected with the bottom of described matrix 8 of top and soft with the bottom of the first support frame 71
Property connection and stretch the second support frame 72 of setting to the left, second support frame 72 deviates from the side of the first support frame 71
Afterbody is fixedly installed native portion 74 of burying, the left outer surface of the first support frame 71 and the outer surface of cupular part of the second support frame 72
Between flexible connection be provided with oil gear 73, so as to realize the automatic geotechnological work that buries manipulated after digging pit, improve and sow effect.
Valuably, the manipulation device of digging pit, which includes sliding being connected, is arranged on described dig pit in the left side of manipulation chamber 85
Passage block 851 and it is arranged on described dig pit and manipulates in the right side of chamber 85 and the first turn bar 852 that front and rear stretching, extension is set, it is described to push away
Shifting block 851 top right side, which is provided with, reaches in second slippage slot 86 and slides the convex block 862 being connected, the convex block
862 are moved in second slippage slot 86 on the right side of block 861 positioned at described lead, and the passage left end face of block 851 is fixedly installed
The pusher rod 856 of setting is stretched to the left, slid chamber 82 described in the left side stretch section break-through of pusher rod 856 and the behaviour that digs pit
Described matrix 8 and sliding between vertical chamber 85 are connected, and raised wheel 853, institute are fixedly installed on the first turn bar 852
State and the second tapered wheel 854 is fixedly installed on the first turn bar 852 of the front end of raised wheel 853, the second tapered wheel 854
Being connected on front side of top has the 3rd tapered wheel 855, and 855 bottoms of the 3rd tapered wheel are fixedly installed what stretching, extension upwards was set
Second turn bar 953, transmission cavity 95 described in the break-through of the second turn bar 953 and the storage manipulated between chamber 85 of digging pit
Plants case 9 and described matrix 8 and turn mating connection, the top of the second turn bar 953 stretching, extension afterbody reach the transmission cavity 95
Interior and stretching, extension afterbody is fixedly installed the 4th tapered wheel that left side top is connected with the described first 951 bottom right sides of tapered wheel
952, so as to realize that manipulating execution device of digging pit automatically realizes dig pit operation and the tapered drive of wheel 951 agitation of automatic manipulation first
Agitation work is realized in the turn of axle 94.
Valuably, the front side of the first turn bar 852 stretching, extension afterbody is matched somebody with somebody with the manipulation front inner wall turn of chamber 85 of digging pit
Connection is closed, the rear side afterbody of the first turn bar 852 is connected with turn motor.
During original state, the convex portion on raised wheel 853 is located at the right-most position digged pit and manipulated in chamber 85, now, makes cunning
The right-most position that block 811 is located at by the top pressure of spring part 813 in first slippage slot 81 is moved, meanwhile, slipping block 811 is driven the right side
The shifting block 861 of leading of side bottom promotes convex block 862 to slide onto the right-most position in the second slippage slot 86, now, by convex block
862, which drive passage block 851 to slide onto digging pit for the lower right-hand side of the second slippage slot 86, manipulates in chamber 85, meanwhile, it is that passage block 851 is right
Side end face abuts against with raised wheel 853 away from the side external surface of convex portion one, and now, passage block 851 drives the pusher rod 856 in left side most
Big degree deviates from slid chamber 82, meanwhile, the kinds of bank deposits hole 812 in slipping block 811 is located at the position directly below of cone shaped body 93 and phase break-through
Set, now, the kinds of bank deposits hole 812 in slipping block 811 is at utmost deviated from the top afterbody of seeding pipe 83, meanwhile, lower supports block 821
By the top pressure of reduction spring part 823, the top position for making lower supports block 821 be located in slid chamber 82, now, make lower supports block 821
Drive sliding bar 822 of digging pit at utmost is reached in slid chamber 82, meanwhile, the sliding bottom afterbody of bar 822 that makes to dig pit is located at kind
Pipe 831 and the top position of the connection of jacket casing 84, now, on the angled end-face bottom right side and pusher rod 856 in lower supports block 821
Angled end-face be in relative status.
When needs dig pit sowing, first by seed by adding kind of hole 92 to load in kinds of bank deposits chamber 91, seed is through kinds of bank deposits chamber 91
Fall into the kinds of bank deposits hole 812 of cone shaped body 93 and the bottom of cone shaped body 93, then need sowing of digging pit by the way that matrix 8 is moved to
Position, then, by turn motor drive the turn of the first turn bar 852, by the first turn bar 852 drive raised wheel 853 with
And second it is tapered wheel 854 turns, and then by second it is tapered wheel 854 drive the 3rd it is tapered wheel 855 and the 3rd it is tapered wheel 855 top
The turn of the second turn bar 953, and the 4th 952 turns of tapered wheel are driven by the second turn bar 953, and then by the 4th tapered wheel
952 drive the first 951 turns of tapered wheel, and the agitation leaf 941 on stirring shaft 94 and stirring shaft 94 is driven by the first tapered wheel 951
Agitation work is realized in turn, meanwhile, by the turn of raised wheel 853, and make the convex portion and the right side of passage block 851 on raised wheel 853
End face top pressure sliding coordinates, now, the left direction sliding for making passage block 851 gradually be manipulated along digging pit in chamber 85, and by elapsing
Block 851 drives convex block 862 and leading for the left side of convex block 862 to move block 861 gradually along the left direction in the second slippage slot 86
Sliding, meanwhile, drive slipping block 811 to overcome the top pressure of spring part 813 gradually along the left side in the first slippage slot 81 by leading shifting block 861
Direction slides, and now, passage block 851 gradually drives the left-hand end of pusher rod 856 gradually to reach in slid chamber 82, makes pusher rod 856
On angled end-face gradually with lower supports block 821 angled end-face bottom right side sliding top pressure be connected, now, make lower supports block 821
The top pressure of reduction spring part 823 is overcome to slide gradually downward downwards, and the sliding bottom afterbody of bar 822 that makes to dig pit gradually skids off jacket casing 84
Outside bottom, until the convex portion on raised wheel 853 as shown in Figure 3 is located at the left-most position digged pit and manipulated in chamber 85, now, passage
Block 851 at utmost slides onto the left-most position digged pit and manipulated in chamber 85, meanwhile, drive pusher rod 856 left by passage block 851
Side afterbody is at utmost reached in slid chamber 82, now, is made in angled end-face and the lower supports block 821 of the left side afterbody of pusher rod 856
The sliding of angled end-face right hand top top pressure is connected, meanwhile, lower supports block 821 is at utmost slid onto the bottom in slid chamber 82
Position, now, the sliding bottom afterbody of bar 822 of digging pit is driven at utmost to stretch out by lower supports block 821 outside the bottom of jacket casing 84 and maximum
Degree is reached in soil, meanwhile, driven to lead by the convex block 862 of the top right side of passage block 851 and move block 861 and at utmost slide onto the
Leftward position in two slippage slots 86, now, slipping block 811 is driven to overcome the top pressure of spring part 813 at utmost by leading shifting block 861
The leftward position in the first slippage slot 81 is slid onto, meanwhile, the bottom afterbody of kinds of bank deposits hole 812 is in the top afterbody of seeding pipe 83
Relative status, now, the seed in kinds of bank deposits hole 812 are naturally fallen in seeding pipe 83, are fallen into after seeding pipe 83 in seed output pipe 831
And abutted against with the sliding left side outer wall of bar 822 of digging pit, continue to manipulate turn motor driving the turn of the first turn bar 852, by the
One turn bar 852 drives raised wheel 853, and when making raised wheel 853 gradually away from passage block 851, now, slipping block 811 is by spring
The top pressure of part 813 is recovered to initial position, meanwhile, lower supports block 821 is returned to initial position by the top pressure of reduction spring part 823,
Now, the seed in seed output pipe 831 is fallen into the hole in soil through jacket casing 84, then manipulates the first support frame by oil gear 73
Native portion 74 of burying on 71 is reached in soil, then, is moved matrix 8 to the left and is completed to bury geotechnological work.
The beneficial effects of the invention are as follows：
1. setting slipping block by being slid in the first slippage slot, kinds of bank deposits hole is set in slipping block, in the first slippage slot on the left of slipping block
If spring part, digging pit manipulates phase break-through in matrix on the left of chamber on the right side of stretch section and the first slippage slot between stretch section and sets the second sliding
Groove, shifting block is led in the sliding top that is connected with what the bottom of stretching, extension afterbody on the right side of slipping block was fixedly connected in the second slippage slot, slides
Move intracavitary and set to dig pit and implement device, dig pit to manipulate intracavitary and set to drive to dig pit and implement device and dig pit operation, it is automatic so as to realize
Manipulate soil to dig pit and quantitatively sow work, improve the operating efficiency for sowing of digging pit, it is time saving and energy saving.
2. by dig pit manipulation device include sliding be connected be arranged on dig pit manipulate chamber on the left of in passage block and
It is arranged on to dig pit and manipulates on the right side of chamber and the first turn bar that front and rear stretching, extension is set, passage block top right side set and reach the second sliding
In groove and the convex block being connected is slid, convex block, which is located to lead, moves in the second slippage slot on the right side of block, elapses block left end face
The pusher rod of setting, the base between pusher rod left side stretch section break-through slid chamber and manipulation chamber of digging pit are stretched in fixed setting to the left
Body and sliding is connected, is fixedly installed raised wheel on the first turn bar, is fixedly installed on the first turn bar of raised wheel front end
Second tapered wheel, front side is connected the 3rd tapered wheel at the top of the second tapered wheel, and the 3rd tapered wheel bottom fixed setting is stretched upwards
The the second turn bar set is opened up, the seed-storage box and matrix and turn between the second turn bar break-through transmission cavity and manipulation chamber of digging pit are matched somebody with somebody
Connection is closed, stretching, extension afterbody is reached in transmission cavity and stretching, extension afterbody fixed setting left side top and first tapered at the top of the second turn bar
The 4th tapered wheel that is connected of wheel bottom right side, so as to realize it is automatic manipulate dig pit implement device realize dig pit operation and from
The dynamic first tapered wheel that manipulates drives stirring shaft turn to realize agitation work.
3. the present invention is simple in construction, easy to operate, it can realize that automatic manipulate digs pit operation and quantitatively sow work, simultaneously
It can realize that the automatic seed that manipulates stirs work, prevent seed accumulation from resulting in blockage, moreover it is possible to which geotechnological work is buried in realization automatically.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of new energy car of low energy consumption, including matrix and the seed-storage box for being arranged on baseline top, it is characterised in that：Kinds of bank deposits
Kinds of bank deposits chamber is provided with case, the phase break-through of kinds of bank deposits bottom of chamber portion, which is provided with, stretches downwards and reach the cone shaped body of matrix, the storage on the right side of kinds of bank deposits chamber
Transmission cavity is provided with plants case, the first tapered wheel is provided with transmission cavity, the first tapered wheel left end is fixedly installed stretching, extension to the left and set
The stirring shaft put, seed-storage box and turn between stirring shaft left side stretch section break-through transmission cavity and kinds of bank deposits chamber are connected, agitation
Stretching, extension afterbody reaches kinds of bank deposits intracavitary and is connected with the turn of kinds of bank deposits chamber inner left wall on the left of axle, and the phase break-through of cone shaped body bottom is provided with
The first slippage slot that both sides stretching, extension to the left and right is set, is provided with slid chamber in the matrix below the first slippage slot, on the left of slid chamber
Matrix is interior to be provided with the seeding pipe that stretching, extension is set up and down, seeding pipe top stretching, extension afterbody and the bottom phase break-through on the left of the first slippage slot
Set, the interior manipulation chamber of digging pit set provided with left and right stretching, extension of the matrix on the right side of slid chamber, stretch section is located on the left of manipulation chamber of digging pit
The lower position of stretch section on the right side of first slippage slot, manipulation chamber right side stretch section of digging pit are oppositely arranged with transmission cavity bottom, and first
Sliding is provided with slipping block in slippage slot, is provided with kinds of bank deposits hole in slipping block, and the first slippage slot on the left of slipping block is interior to be provided with spring part, digging
Hole manipulates phase break-through in matrix on the left of chamber on the right side of stretch section and the first slippage slot between stretch section and is provided with the second slippage slot, and second
Sliding is connected with top and leads shifting block with stretch that the bottom of afterbody is fixedly connected on the right side of slipping block in slippage slot, in slid chamber
Device is implemented provided with digging pit, manipulation intracavitary of digging pit is provided with manipulation device of digging pit, and wheel is relatively set with left and right sides of matrix inner bottom part
Spacing adjusts chamber, is horizontally arranged with adjustment rail at the top of wheel spacing adjustment intracavitary, adjusts sliding on rail and be connected with roller, roller
Top is equipped with lock-bit part, and roller is fixed on adjustment rail by lock-bit part.
A kind of 2. new energy car of low energy consumption according to claim 1, it is characterised in that：The kinds of bank deposits intracavitary [21] is worn
Logical be provided with adds kind of a hole, and the stirring shaft of the kinds of bank deposits intracavitary is provided with agitation leaf.
A kind of 3. new energy car of low energy consumption according to claim 1, it is characterised in that：The execution device of digging pit includes
It is arranged on the lower supports block and be fixedly installed on described immediately below the slid chamber that in the slid chamber and sliding is connected
The jacket casing of base bottom, the lower supports block bottom are fixed with the sliding bar of digging pit that stretching, extension downwards is set, the sliding bar of digging pit
Slid chamber inner bottom wall described in the stretch section break-through of bottom is simultaneously stretched out outside described matrix bottom and slides mating connection, institute with the jacket casing
The sliding rod outer surface of digging pit for stating the lower supports block bottom in slid chamber is provided with reduction spring part, the bottom of the tube of sowing
Stretch section break-through described matrix bottom is simultaneously extended to outside described matrix bottom, bottom of the tube stretching, extension afterbody and the jacket casing of sowing
Phase break-through is provided with seed output pipe between left outer surface.
A kind of 4. new energy car of low energy consumption according to claim 3, it is characterised in that：The base on the right side of the jacket casing
Body bottom is provided with and buries soil application luggage and put, and the soil application luggage that buries puts first be fixedly connected including top with described matrix bottom
Support and it is connected with the first support frame bottom compliant and stretches the second support frame of setting to the left, second support
Frame is fixedly installed native portion of burying away from the first support frame side afterbody, the first support frame left outer surface and described the
Flexible connection is provided with oil gear between two support frame outer surface of cupular part.
A kind of 5. new energy car of low energy consumption according to claim 1, it is characterised in that：The manipulation device of digging pit includes
Sliding is connected to be arranged on the passage block digged pit in manipulation chamber left side and be arranged on described dig pit and manipulated on the right side of chamber
And the first turn bar that front and rear stretching, extension is set, second slippage slot is interior and sliding is matched somebody with somebody provided with reaching for the passage block top right side
The convex block of connection is closed, the convex block is moved in second slippage slot on the right side of block positioned at described lead, on the left of the passage block
End face is fixedly installed the pusher rod for stretching setting to the left, on the left of the pusher rod slid chamber described in stretch section break-through with it is described
Dig pit and manipulate described matrix between chamber and sliding is connected, be fixedly installed raised wheel on the first turn bar, it is described
The second tapered wheel is fixedly installed on the first turn bar of raised wheel front end, front side is engaged company at the top of the second tapered wheel
It is connected to the 3rd tapered wheel, the 3rd tapered wheel bottom is fixedly installed the second turn bar that stretching, extension is set upwards, and described second
Transmission cavity described in turn bar break-through and the seed-storage box and described matrix and the turn mating connection manipulated between chamber of digging pit,
At the top of the second turn bar stretching, extension afterbody reach in the transmission cavity and stretching, extension afterbody be fixedly installed left side top with it is described
The 4th tapered wheel that first tapered wheel bottom right side is connected.
A kind of 6. new energy car of low energy consumption according to claim 5, it is characterised in that：Stretched on front side of the first turn bar
Exhibition afterbody manipulates chamber front inner wall turn mating connection with described dig pit, afterbody and turn motor on rear side of the first turn bar
It is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710693935.6A CN107466532B (en) | 2017-08-14 | 2017-08-14 | A kind of seeding apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710693935.6A CN107466532B (en) | 2017-08-14 | 2017-08-14 | A kind of seeding apparatus |
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| CN107466532A true CN107466532A (en) | 2017-12-15 |
| CN107466532B CN107466532B (en) | 2018-09-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710693935.6A Active CN107466532B (en) | 2017-08-14 | 2017-08-14 | A kind of seeding apparatus |
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| CN (1) | CN107466532B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112136432A (en) * | 2019-06-29 | 2020-12-29 | 安徽陆泰电气科技有限公司 | Intelligent sowing robot |
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| HU180964B (en) * | 1979-05-04 | 1983-05-30 | Tokajhegyaljai Allami Gazdasag | Method and apparatus for deep fertilizing |
| RU2294080C1 (en) * | 2005-07-20 | 2007-02-27 | Федеральное государственное образовательное учреждение высшего профессионального образования Ставропольский государственный аграрный университет | Seeding unit for tiller drill |
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| CN112136432A (en) * | 2019-06-29 | 2020-12-29 | 安徽陆泰电气科技有限公司 | Intelligent sowing robot |
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|---|---|
| CN107466532B (en) | 2018-09-25 |
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Effective date of registration: 20180727 Address after: 315300 4, 28 lane, Yu Zi Road, Xintang village, Zong Han street, Cixi, Ningbo, Zhejiang Applicant after: CIXI LANGHUA MACHINERY TECHNOLOGY CO., LTD. Address before: 315300 36 building, Mingshan village, Hushan street, Cixi, Ningbo, Zhejiang Applicant before: Ma Jie |
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Address after: 215500 5th floor, building 4, 68 Lianfeng Road, Changfu street, Changshu City, Suzhou City, Jiangsu Province Patentee after: Changshu intellectual property operation center Co.,Ltd. Address before: No.13 caodang Road, Changshu City, Suzhou City, Jiangsu Province Patentee before: Changshu intellectual property operation center Co.,Ltd. |