CN107509418A - A kind of electricity energy driven vehicle - Google Patents
A kind of electricity energy driven vehicle Download PDFInfo
- Publication number
- CN107509418A CN107509418A CN201710786726.6A CN201710786726A CN107509418A CN 107509418 A CN107509418 A CN 107509418A CN 201710786726 A CN201710786726 A CN 201710786726A CN 107509418 A CN107509418 A CN 107509418A
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- China
- Prior art keywords
- right sides
- chamber
- adjustment
- bar
- seeder
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C7/00—Sowing
- A01C7/08—Broadcast seeders; Seeders depositing seeds in rows
- A01C7/085—Broadcast seeders
-
- 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
Abstract
The invention discloses a kind of electricity energy driven vehicle, casing including seeder and at the top of seeder, seeder inwall is provided with machine cavity, the insertion of machine cavity inner roof wall is provided with the conical cavity set with bottom half insertion, the left and right sides in the machine cavity of conical cavity bottom part down matches provided with rotation discrete device, domatic portion is fixedly installed in machine cavity inner bottom wall below rotation discrete device, in the seeder of machine cavity bottom chamber is slided provided with first, first slides and is provided with guide cavity in inwall on rear side of chamber, first slide be provided with seeder at left and right sides of chamber extend up and down set sow chamber, the top of chamber extension tail end of sowing of the left and right sides extends into left and right sides relative position positioned at machine cavity bottom respectively；Simple in construction, easy to operate, electric energy cleanliness without any pollution of the invention, the operating efficiency of sowing is improved, reduces manual work, mitigates worker's amount of labour, improves operating efficiency.
Description
Technical field
The present invention relates to field of new energy technologies, specifically a kind of electricity energy driven vehicle.
Background technology
Electric energy will not pollute to environment, belong to clean energy resource, and existing seeding car is more by the use of diesel oil as kinetic energy,
Environment can be polluted.The plantation of scale at present has become trend, and in planting process, sowing is an important step.Pass
The artificial hand of system of sowing seeds has been unable to adaption demand, and efficiency is too low, and cost of labor is high, sows uneven, and part seeder is only
Energy one direction sowing, it is impossible to adjust, efficiency is low, very flexible.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of electricity energy driven vehicle, and it can solve the problem that above-mentioned show in the art
The problem of.
The present invention is achieved through the following technical solutions：The present invention a kind of electricity energy driven vehicle, including seeder with
And the casing at the top of the seeder, the seeder inwall are provided with machine cavity, the machine cavity inner roof wall insertion be provided with
The conical cavity that bottom half insertion is set, the left and right sides in the machine cavity of the conical cavity bottom part down, which matches, to be provided with
Discrete device is rotated, domatic portion, the machine cavity are fixedly installed in the machine cavity inner bottom wall rotated below discrete device
First is provided with the seeder of bottom and slides chamber, described first slides and be provided with guide cavity on rear side of chamber in inwall, first cunning
It is provided with the chamber of sowing for extending set up and down in the seeder at left and right sides of an actor's rendering of an operatic tune, the described of the left and right sides sows top of chamber and prolonged
Exhibition tail end extends into the left and right sides relative position positioned at the machine cavity bottom, the machine cavity left and right sides inwall and left and right respectively
Sowed described in both sides and the first groove being provided with is penetrated between top of chamber extension tail end, the described of the left and right sides sows the extension of bottom of chamber portion
Tail end penetrates the seeder bottom surface, and insertion is slided provided with extension up and down is set second in each first groove
Chamber, described the second of the left and right sides slides the institute that top of chamber extension extends into above first groove of the left and right sides respectively
State in seeder, the left and right sides described second, which slides bottom of chamber portion extension and extends into described first respectively, slides at left and right sides of chamber
In the seeder and inner side is slided chamber insertion with described first and set, and each described second, which slides intracavitary, slides mating connection
There is guide plate, the set respectively to the first groove described with left and right sides insertion is equipped with the guide plate of the left and right sides
Two grooves, the left and right sides guide plate bottom extension tail end are fixedly installed the pushing bar for setting of internally extending respectively, often
The individual pushing bar bottom surface and relative described first is slided extension spring is equipped between intracavitary bottom wall, be provided with the guide cavity to
With the left and right sides adjustment driving structure pushed bar adjustment and be connected, frame is nested and fixed in the seeder bottom outer wall
Body, the support body zygomorphism are provided with lifting assembly, and the lifting assembly includes the liter for being fixedly installed on the support body bottom surface
Guide rod drops, and the lifting guide pillar lower end is equipped with hydraulic lifting cylinder, and the hydraulic lifting cylinder bottom is fixedly installed activity
Seat.
Preferably technical scheme, the adjustment driving structure include sliding mating connection be arranged in the guide cavity and
Extend to front side and the adjustment block set and be arranged in the guide cavity and extend up and down the spiral shell shape bar set, the spiral shell shape bar with
The adjustment block whorl is connected, and extension tail end and the first driver are connected at the top of the spiral shell shape bar, and described first
Driver outer surface is arranged in the guide cavity inner roof wall and is fixedly connected, the spiral shell shape bar bottom extension tail end and the guide cavity
Inner bottom wall rotatable engagement connects, and extension, which is visited into described first, on front side of the adjustment block slides intracavitary, and described first slides intracavitary
The adjustment block in be provided with adjustment tank, slided in the adjustment tank and be connected with both sides to the left and right and extend the tune of setting
Whole bar, adjustment trench bottom centre position insertion are provided with adjustment chamber, and the adjustment bar bottom, which is fixedly installed, to be visited into the tune
The convex bar of whole intracavitary, match in the relative adjustment cavity wall provided with caulking groove, the left and right sides at left and right sides of the convex bar
Stage clip is equipped between the caulking groove and the convex bar left and right sides, in the adjustment intracavitary below the convex bar
Meta installs the front and rear first rotating shaft for extending and setting, the first rotating shaft front side extension tail end and the adjustment chamber front inner wall
Rotatable engagement is connected, and extension tail end is connected with the adjustment chamber rear side inwall rotatable engagement on rear side of the first rotating shaft, and described the
Ring is fixedly installed the male rotor to be connected with the convex bar top pressure in one rotating shaft, the institute on front side of the male rotor
State ring in first rotating shaft and be fixedly installed worm gear, the worm gear bottom is ratcheting to be connected with worm screw, is fixedly installed on the worm screw
There are the second rotating shaft that left and right extension is set, the second rotating shaft left side extension tail end and the adjustment chamber inner left wall rotatable engagement
Connection, the second rotating shaft right side extension tail end and the second driver are connected, and the second driver outer surface is arranged on
Inwall is interior on the right side of the adjustment chamber and is fixedly connected.
Preferably technical scheme, when the convex bar is positioned at the centre position of adjustment intracavitary, the adjustment bar is left
Right both sides extension tail end is leant out outside the adjustment block left and right sides and respectively positioned at the left and right sides pushing bar bottom respectively
Lower position.
The beneficial effects of the invention are as follows：
1. slide bottom of chamber portion extension by the left and right sides second to extend into respectively in the first seeder slided at left and right sides of chamber
And inner side is slided chamber insertion with first and set, each second, which slides intracavitary, slides mating connection guide plate, and the left and right sides is slided
It is all provided with plate respectively to the second groove set with the insertion of the groove of the left and right sides first, left and right sides guide plate bottom extension tail
End is fixedly installed the pushing bar of setting of internally extending respectively, it is each push bar bottom surface with relative first slide intracavitary bottom wall it
Between be all provided with extension spring, set in guide cavity to the left and right sides push bar adjustment be connected adjustment driving structure, so as to realize from
Dynamic control sowing work, improves sowing operating efficiency.
2. include sliding the adjustment for being connected and being arranged in guide cavity and setting to front side extension by adjusting driving structure
Block and it is arranged in guide cavity and the spiral shell shape bar set that extends up and down, spiral shell shape bar are connected with adjustment block whorl, spiral shell shape bar
Top extension tail end and the first driver are connected, and the first driver outer surface is arranged in guide cavity inner roof wall and fixed company
Connect, spiral shell shape bar bottom extension tail end is connected with guide cavity inner bottom wall rotatable engagement, and extension, which is visited into first, on front side of adjustment block slides chamber
Interior, first is slided adjustment tank is set in the adjustment block of intracavitary, and the both sides to the left and right that are connected are slided in adjustment tank and are extended the tune set
Whole bar, the insertion of adjustment trench bottom centre position set adjustment chamber, and the convex bar into adjustment intracavitary is visited in the fixed setting of adjustment bar bottom, convex
Match at left and right sides of shape bar in relative adjustment cavity wall and set caulking groove, between left and right sides caulking groove and convex bar left and right sides
If stage clip, the interposition of the adjustment intracavitary below convex bar installs the front and rear first rotating shaft for extending and setting, and prolongs on front side of first rotating shaft
Exhibition tail end is connected with adjustment chamber front inner wall rotatable engagement, and extension tail end is matched somebody with somebody with inwall rotation on rear side of adjustment chamber on rear side of first rotating shaft
Connection is closed, ring fixed setting is to the male rotor that is connected with convex bar top pressure in first rotating shaft, and the on front side of male rotor
Ring is fixedly installed worm gear in one rotating shaft, the ratcheting connecting worm in worm gear bottom, and fixed setting left and right is extended the set on worm screw
Two rotating shafts, the second rotating shaft left side extension tail end are connected with adjustment chamber inner left wall rotatable engagement, extension tail end on the right side of the second rotating shaft
It is connected with the second driver, the second driver outer surface is arranged on the right side of adjustment chamber in inwall and is fixedly connected, so as to real
Now automatically control the left and right sides while sow the driving work of work and the driving work of left and right sides adjustment sowing work, carry
The operating efficiency of height sowing, reduces manual work, mitigates worker's amount of labour, improves operating efficiency.
3. the present invention is simple in construction, easy to operate, electric energy cleanliness without any pollution, the discrete work to seed can be automatically controlled,
The discrete uniform of seed is improved, can realize at left and right sides of automatically controlling while sow driving work and the left and right sides of work
The driving work of adjustment sowing work, improves the operating efficiency of sowing, reduces manual work, mitigate worker's amount of labour, improve work
Make efficiency.
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 electricity energy driven vehicle of the present invention；
Fig. 2 is overall structure diagram inside a kind of electricity energy driven vehicle of the present invention；
Fig. 3 is the adjustment block internal structure schematic diagram of the present invention；
Fig. 4 is structural representation when being sowed at left and right sides of a kind of electricity energy driven vehicle of the present invention simultaneously；
Fig. 5 is that tail end is fully located at structural representation when in adjustment block right flank on the right side of the adjustment bar of the present invention；
Fig. 6 is structural representation when being sowed on the left of a kind of electricity energy driven vehicle of the present invention；
Fig. 7 is that tail end is fully located at structural representation when in adjustment block left surface on the left of the adjustment bar of the present invention；
Fig. 8 is structural representation when being sowed on the right side of a kind of electricity energy driven vehicle of the present invention；
Fig. 9 is the structural representation of the lifting assembly of the present invention.
Embodiment
As shown in Fig. 1-Fig. 9, a kind of electricity energy driven vehicle of the invention, including seeder 8 and installed in the seeder 8
The casing 9 at top, the inwall of seeder 8 are provided with machine cavity 81, and the inner roof wall of machine cavity 81 insertion is provided with and the bottom of casing 9
Penetrate the conical cavity 82 set, the left and right sides in the machine cavity 81 of the bottom part down of conical cavity 82 match provided with rotation from
It is in bulk to put 83, it is fixedly installed domatic portion 810, the machine in the inner bottom wall of the machine cavity 81 of the lower section of rotation discrete device 83
First is provided with the seeder 8 of the bottom of chamber 81 and slides chamber 84, described first slides that the rear side inwall of chamber 84 is interior to be provided with guide cavity 88,
Described first slide be provided with the seeder 8 of the left and right sides of chamber 84 extend up and down set sow chamber 87, the left and right sides
The top extension tail end of chamber 87 of sowing extends into the left and right sides relative position positioned at the bottom of machine cavity 81, the machine respectively
Sowed described in the left and right sides inwall of chamber 81 and the left and right sides and penetrate the first groove 85 being provided between the top extension tail end of chamber 87, it is left
The bottom extension tail end of chamber 87 is sowed described in right both sides and penetrates the bottom surface of seeder 8, in each first groove 85
Insertion is provided with second set of extending up and down and slides chamber 86, and described the second of the left and right sides slides the top extension of chamber 86 prolongs respectively
Open up to the seeder 8 of the top of first groove 85 of the left and right sides, the bottom of chamber 86 is slided in the left and right sides described second
Extension extends into respectively in the described first seeder 8 for sliding the left and right sides of chamber 84 and chamber is slided in inner side and described first
84 insertions are set, and each described second slides to slide in chamber 86 and be connected with guide plate 861, the left and right sides guide plate
The second groove 862 set respectively to the first groove 85 described with left and right sides insertion is equipped with 861, described in the left and right sides
The bottom extension tail end of guide plate 861 is fixedly installed the pushing bar 863 for setting of internally extending respectively, each pushing bar
863 bottom surfaces and relative described first are slided extension spring 841 are equipped between the inner bottom wall of chamber 84, be provided with the guide cavity 88 to
The left and right sides adjustment driving structure pushed the adjustment of bar 863 and be connected, the bottom outer wall of seeder 8 are nested and fixed
Support body 71, the support body zygomorphism are provided with lifting assembly, and the lifting assembly includes being fixedly installed on the bottom of support body 71
The lifting guide pillar 72 in face, the lower end of lifting guide pillar 72 are equipped with hydraulic lifting cylinder 73, the bottom of hydraulic lifting cylinder 73
It is fixedly installed sliding seat 74.
Valuably, the adjustment driving structure, which includes sliding mating connection, is arranged in the guide cavity 88 and extends to front side
The adjustment block 89 of setting and be arranged in the guide cavity 88 and the spiral shell shape bar 881 set that extends up and down, the spiral shell shape bar 881 with
The whorl of adjustment block 89 is connected, and the top extension tail end of spiral shell shape bar 881 is connected with the first driver 882,
The outer surface of first driver 882 is arranged in the inner roof wall of guide cavity 88 and is fixedly connected, and the bottom of spiral shell shape bar 881 is prolonged
Exhibition tail end is connected with the inner bottom wall rotatable engagement of guide cavity 88, and the front side extension of adjustment block 89, which is visited into described first, slides chamber
In 84, described first is slided in the adjustment block 89 in chamber 84 and is provided with adjustment tank 891, and cooperation is slided in the adjustment tank 891
The adjustment bar 8910 that both sides extension to the left and right is set is connected with, the bottom centre position of adjustment tank 891 insertion is provided with adjustment chamber
892, adjustment bar 8910 bottom is fixedly installed the convex bar 8911 visited into the adjustment chamber 892, the convex bar
Match in the relative inwall of adjustment chamber 892 in 8911 left and right sides provided with caulking groove 893, the left and right sides caulking groove 893 and institute
State and stage clip 8931 is equipped between the left and right sides of convex bar 8911, in the adjustment chamber 892 of the lower section of convex bar 8911
Centre position be provided with the front and rear first rotating shaft 8921 for extending and setting, the front side extension tail end of first rotating shaft 8921 and the tune
The whole front inner wall rotatable engagement of chamber 892 connection, the rear side extension tail end of first rotating shaft 8921 are adjusted in the rear side of chamber 892 with described
Wall rotatable engagement connects, and ring is fixedly installed in the first rotating shaft 8921 connects to coordinate with the top pressure of convex bar 8911
The male rotor 8922 connect, ring is fixedly installed worm gear 8923 in the first rotating shaft 8921 of the front side of the male rotor 8922,
The bottom of worm gear 8923 is ratcheting to be connected with worm screw 8925, and left and right extension is set second is fixedly installed on the worm screw 8925
Rotating shaft 8924, the left side extension tail end of the second rotating shaft 8924 is connected with the adjustment inner left wall rotatable engagement of chamber 892, described
The right side extension tail end of second rotating shaft 8924 is connected with the second driver 8926, and the outer surface of the second driver 8926 is set
It is described adjustment the right side inwall of chamber 892 in and be fixedly connected, so as to realize automatically control the left and right sides and meanwhile sow work and
Left and right sides adjustment sowing work, improve the operating efficiency of sowing.
Valuably, when the convex bar 8911 is located at the centre position in adjustment chamber 892, the adjustment bar 8910 or so
Extension tail end in both sides is leant out outside the left and right sides of adjustment block 89 and respectively positioned at left and right sides pushing bar 863 bottom respectively
The lower position in portion.
During original state, when convex portion on male rotor 8922 is with being in 8911 phase dorsal part of convex bar, now, convex bar 8911
Simultaneously by the pressure on top surface of left and right sides stage clip 8931, the centre position for making convex bar 8911 remain in adjustment chamber 892, together
When, convex bar 8911 is located at the position directly above at the top of male rotor 8922, now, adjustment bar 8910 is driven by convex bar 8911
Extension tail end in left and right is outer positioned at the left and right sides of adjustment block 89 respectively and respectively positioned at left and right sides pushing bar 863 bottom
Lower position, meanwhile, the pushing bar 863 of the left and right sides is made pushing bar 863 drive guide plate 861 by the tensile force of extension spring 841
The lowest position in chamber 86 is slided in second, now, the second groove 862 in guide plate 861 is at utmost away from the first slope
The second of the lower section of mouth 85 is slided in chamber 86.
When needing the left and right sides to sow simultaneously, seed is slid to conical cavity 82 by casing 9, now, through taper
Chamber 82 causes seed slides to the left and right sides to rotate in the machine cavity 81 between discrete device 83 to carry out discrete work after concentrating, discrete
After the completion of seed slid after domatic portion 810 is channeled to the machine cavity 81 of the side of the first groove of the left and right sides 85, Ran Houtong
Crossing the first driver 882 of control drives spiral shell shape bar 881 to rotate, and drives adjustment block 89 gradually along guide cavity 88 by spiral shell shape bar 881
Top-direction slides, and now, the left and right sides of top is driven by the adjustment bar 8910 leant out outside the left and right sides of adjustment block 89
Pushing bar 863 overcomes the tensile force of extension spring 841 to slide upwards, until adjustment block 89 as shown in Figure 4 slide in guide cavity 88 most
During tip position, now, the pushing bar 863 of the left and right sides is driven by the adjustment bar 8910 leant out outside the left and right sides of adjustment block 89
Slide to first and slide top position in chamber 84 and the guide plate of the left and right sides is driven by the pushing bar 863 of the left and right sides
861 when sliding to second the top position slided in chamber 86, make the second groove 862 in the guide plate 861 of the left and right sides with
First groove 85 is completely superposed connection, now, the seed in machine cavity 81 is slipped into the left and right sides first after domatic portion 810 shunts
In the groove 862 of groove 85 and second, most slip into through the second groove 862 and sowed accordingly in chamber 87 respectively afterwards, it is double so as to complete
Sow work simultaneously in side；
When needing left side to sow, the second rotating shaft 8924 is driven to rotate by the second driver 8926 first, by the second rotating shaft
8924 drive the rotate counterclockwise of male rotor 8922, until male rotor 8922 abuts against with the right-hand end of convex bar 8911, now, by convex
The rotation of shape wheel 8922 drives convex bar 8911 to overcome the stretching of the pressure on top surface and right side stage clip 8931 of left side stage clip 8931 gradual
Slided along the left direction in adjustment chamber 892, until convex bar 8911 as shown in Figure 5 is most left in chamber 892 with adjusting by top pressure
During side position, now, the adjustment left side extension of bar 8910 is driven at utmost to lean out the left surface of adjustment block 89 by convex bar 8911
Outside, meanwhile, the right side extension tail end of adjustment bar 8910 is fully located in the right flank of adjustment block 89, now, driven by control first
Dynamic device 882 drives spiral shell shape bar 881 to rotate, and drives adjustment block 89 gradually to be slided along the top-direction in guide cavity 88 by spiral shell shape bar 881,
Now, the pushing bar 863 for driving left side top by the adjustment bar 8910 leant out outside the left surface of adjustment block 89 overcomes left side extension spring 841
Tensile force slide upwards, until when adjustment block 89 as shown in Figure 6 is slided to top position in guide cavity 88, now, by visiting
The adjustment bar 8910 gone out outside the left surface of adjustment block 89 drives the pushing bar 863 in left side to slide to first the top slided in chamber 84
Position and by the pushing bar 863 in left side drive left side guide plate 861 slide to left side second top slided in chamber 86
During position, the second groove 862 in the guide plate 861 in left side is completely superposed with the first groove of left side 85 and be connected, now, make machine
The seed that seed in chamber 81 is slipped into the first groove 85 of left side through the shunting of domatic portion 810, through being slipped into the second groove of left side 862
Left side is sowed in chamber 87, so as to complete left side sowing work；
When needing right side to sow, the second rotating shaft 8924 is driven to reversely rotate by the second driver 8926 first, by second turn
Axle 8924 drives male rotor 8922 to turn clockwise, until male rotor 8922 abuts against with the left-hand end of convex bar 8911, now, by
The rotation of male rotor 8922 drive convex bar 8911 overcome right side stage clip 8931 pressure on top surface and left side stage clip 8931 stretching by
Gradually slided along the right direction in adjustment chamber 892, until convex bar 8911 as shown in Figure 7 is by top pressure and adjusts in chamber 892 most
During right positions, now, the adjustment right side extension of bar 8910 is driven at utmost to lean out the right side of adjustment block 89 by convex bar 8911
Outside face, meanwhile, the left side extension tail end of adjustment bar 8910 is fully located in the left surface of adjustment block 89, now, pass through control first
Driver 882 drives spiral shell shape bar 881 to rotate, and drives adjustment block 89 gradually to be slided along the top-direction in guide cavity 88 by spiral shell shape bar 881
OK, now, the pushing bar 863 for driving right side top by the adjustment bar 8910 leant out outside the right flank of adjustment block 89 overcomes right side extension spring
841 tensile force slides upwards, until when adjustment block 89 as shown in Figure 8 is slided to top position in guide cavity 88, now, by
Leaning out the adjustment bar 8910 outside the right flank of adjustment block 89 drives the pushing bar 863 on right side to slide to first the most top slided in chamber 84
Portion position and by the pushing bar 863 on right side drive right side guide plate 861 slide to right side second the most top slided in chamber 86
During portion position, the second groove 862 in the guide plate 861 on right side is completely superposed with the first groove of right side 85 and be connected, now, make
The seed that seed in machine cavity 81 is slipped into the first groove 85 of right side through the shunting of domatic portion 810, through sliding in the second groove of right side 862
Enter sowing in chamber 87 for right side, so as to complete right side sowing work.
The beneficial effects of the invention are as follows：
1. slide bottom of chamber portion extension by the left and right sides second to extend into respectively in the first seeder slided at left and right sides of chamber
And inner side is slided chamber insertion with first and set, each second, which slides intracavitary, slides mating connection guide plate, and the left and right sides is slided
It is all provided with plate respectively to the second groove set with the insertion of the groove of the left and right sides first, left and right sides guide plate bottom extension tail
End is fixedly installed the pushing bar of setting of internally extending respectively, it is each push bar bottom surface with relative first slide intracavitary bottom wall it
Between be all provided with extension spring, set in guide cavity to the left and right sides push bar adjustment be connected adjustment driving structure, so as to realize from
Dynamic control sowing work, improves sowing operating efficiency.
2. include sliding the adjustment for being connected and being arranged in guide cavity and setting to front side extension by adjusting driving structure
Block and it is arranged in guide cavity and the spiral shell shape bar set that extends up and down, spiral shell shape bar are connected with adjustment block whorl, spiral shell shape bar
Top extension tail end and the first driver are connected, and the first driver outer surface is arranged in guide cavity inner roof wall and fixed company
Connect, spiral shell shape bar bottom extension tail end is connected with guide cavity inner bottom wall rotatable engagement, and extension, which is visited into first, on front side of adjustment block slides chamber
Interior, first is slided adjustment tank is set in the adjustment block of intracavitary, and the both sides to the left and right that are connected are slided in adjustment tank and are extended the tune set
Whole bar, the insertion of adjustment trench bottom centre position set adjustment chamber, and the convex bar into adjustment intracavitary is visited in the fixed setting of adjustment bar bottom, convex
Match at left and right sides of shape bar in relative adjustment cavity wall and set caulking groove, between left and right sides caulking groove and convex bar left and right sides
If stage clip, the interposition of the adjustment intracavitary below convex bar installs the front and rear first rotating shaft for extending and setting, and prolongs on front side of first rotating shaft
Exhibition tail end is connected with adjustment chamber front inner wall rotatable engagement, and extension tail end is matched somebody with somebody with inwall rotation on rear side of adjustment chamber on rear side of first rotating shaft
Connection is closed, ring fixed setting is to the male rotor that is connected with convex bar top pressure in first rotating shaft, and the on front side of male rotor
Ring is fixedly installed worm gear in one rotating shaft, the ratcheting connecting worm in worm gear bottom, and fixed setting left and right is extended the set on worm screw
Two rotating shafts, the second rotating shaft left side extension tail end are connected with adjustment chamber inner left wall rotatable engagement, extension tail end on the right side of the second rotating shaft
It is connected with the second driver, the second driver outer surface is arranged on the right side of adjustment chamber in inwall and is fixedly connected, so as to real
Now automatically control the left and right sides while sow the driving work of work and the driving work of left and right sides adjustment sowing work, carry
The operating efficiency of height sowing, reduces manual work, mitigates worker's amount of labour, improves operating efficiency.
3. the present invention is simple in construction, easy to operate, electric energy cleanliness without any pollution, the discrete work to seed can be automatically controlled,
The discrete uniform of seed is improved, can realize at left and right sides of automatically controlling while sow driving work and the left and right sides of work
The driving work of adjustment sowing work, improves the operating efficiency of sowing, reduces manual work, mitigate worker's amount of labour, improve work
Make efficiency.
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 (3)
1. a kind of electricity energy driven vehicle, including seeder and the casing at the top of seeder, it is characterised in that：In seeder
Wall is provided with machine cavity, and the insertion of machine cavity inner roof wall is provided with the conical cavity set with bottom half insertion, the machine cavity of conical cavity bottom part down
The interior left and right sides, which matches, is provided with rotation discrete device, is fixedly installed in the machine cavity inner bottom wall below rotation discrete device domatic
Portion, first is provided with the seeder of machine cavity bottom and slides chamber, first slides and be provided with guide cavity on rear side of chamber in inwall, and first to slide chamber left
Setting of extending up and down is provided with the seeder of right both sides sows chamber, and the top of chamber extension tail end of sowing of the left and right sides extends respectively
To the left and right sides relative position for being located at machine cavity bottom, inwall sows top of chamber extension tail end with the left and right sides at left and right sides of machine cavity
Between penetrate the first groove being provided with, the bottom of chamber portion extension tail end of sowing of the left and right sides penetrates seeder bottom surface, each first
Insertion is provided with second set of extending up and down and slides chamber in groove, and the second of the left and right sides slides top of chamber extension prolongs respectively
To in the seeder above the first groove of the left and right sides, the left and right sides second slides bottom of chamber portion extension and extends into the respectively for exhibition
One slides in seeder at left and right sides of chamber and inner side is slided chamber insertion with first and set, and each second slides intracavitary and slide and match somebody with somebody
Conjunction is connected with guide plate, is equipped with the guide plate of the left and right sides respectively to second with the insertion setting of the groove of the left and right sides first
Groove, left and right sides guide plate bottom extension tail end are fixedly installed the pushing bar for setting of internally extending respectively, each to push
Bar bottom surface and relative first is slided extension spring is equipped between intracavitary bottom wall, is provided with guide cavity and is adjusted to push bar with the left and right sides
Support body is nested and fixed in the adjustment driving structure of whole mating connection, seeder bottom outer wall, and support body zygomorphism is provided with lifting
Component, lifting assembly include the lifting guide pillar for being fixedly installed on support body bottom surface, and lifting guide pillar lower end is equipped with hydraulic lifting
Cylinder, hydraulic lifting cylinder bottom are fixedly installed sliding seat.
A kind of 2. electricity energy driven vehicle according to claim 1, it is characterised in that：The adjustment driving structure includes sliding matching somebody with somebody
Connection is closed to be arranged on the adjustment block in the guide cavity and to front side extension setting and be arranged in the guide cavity and up and down extend
The spiral shell shape bar of setting, the spiral shell shape bar and the adjustment block whorl are connected, extension tail end and the at the top of the spiral shell shape bar
One driver is connected, and the first driver outer surface is arranged in the guide cavity inner roof wall and is fixedly connected, the spiral shell
Shape bar bottom extension tail end is connected with the guide cavity inner bottom wall rotatable engagement, and extension is visited into described first on front side of the adjustment block
Slide intracavitary, described first slides in the adjustment block of intracavitary and be provided with adjustment tank, slides and is connected with the adjustment tank
Extend the adjustment bar set for both sides to the left and right, and adjustment trench bottom centre position insertion is provided with adjustment chamber, the adjustment bar bottom
Portion is fixedly installed the convex bar visited into the adjustment intracavitary, at left and right sides of the convex bar in the relative adjustment cavity wall
Match and be provided with caulking groove, stage clip, the convex bar are equipped between the left and right sides caulking groove and the convex bar left and right sides
The centre position of the adjustment intracavitary of lower section is provided with the front and rear first rotating shaft for extending and setting, first rotating shaft front side extension tail
End is connected with the adjustment chamber front inner wall rotatable engagement, and extension tail end is adjusted on rear side of chamber with described on rear side of the first rotating shaft
Wall rotatable engagement connects, and ring is fixedly installed the convex to be connected with the convex bar top pressure in the first rotating shaft
Take turns, ring is fixedly installed worm gear in the first rotating shaft on front side of the male rotor, and the worm gear bottom is ratcheting to be connected with snail
Bar, left and right is fixedly installed on the worm screw and is extended the second rotating shaft set, on the left of second rotating shaft extension tail end with it is described
The connection of chamber inner left wall rotatable engagement is adjusted, the second rotating shaft right side extension tail end and the second driver are connected, described
Second driver outer surface is arranged on the right side of the adjustment chamber in inwall and is fixedly connected.
A kind of 3. electricity energy driven vehicle according to claim 2, it is characterised in that：When the convex bar is positioned at adjustment intracavitary
During centre position, extension tail end leans out outside the adjustment block left and right sides and is located at respectively respectively at left and right sides of the adjustment bar
The left and right sides lower position for pushing bar bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710786726.6A CN107509418A (en) | 2017-09-04 | 2017-09-04 | A kind of electricity energy driven vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710786726.6A CN107509418A (en) | 2017-09-04 | 2017-09-04 | A kind of electricity energy driven vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107509418A true CN107509418A (en) | 2017-12-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710786726.6A Pending CN107509418A (en) | 2017-09-04 | 2017-09-04 | A kind of electricity energy driven vehicle |
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| CN (1) | CN107509418A (en) |
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| KR20120002232U (en) * | 2010-09-17 | 2012-03-27 | 전형기 | A sowing machine for a rice transplanter having a seed pressing portion |
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| CN106804164A (en) * | 2016-12-22 | 2017-06-09 | 重庆至正机械制造有限公司 | A kind of combined seed and fertilizer drill |
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| CN206302726U (en) * | 2016-11-03 | 2017-07-07 | 盱眙正泰永生物环境科技有限公司 | It is a kind of to automate the uniform agriculture running gear sowed seeds |
| CN106941838A (en) * | 2017-03-15 | 2017-07-14 | 王裕迪 | A kind of agricultural fertilizer device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CA2485250C (en) * | 2004-03-30 | 2014-02-18 | Cnh Canada, Ltd. | Equalizing meter device |
| KR20120002232U (en) * | 2010-09-17 | 2012-03-27 | 전형기 | A sowing machine for a rice transplanter having a seed pressing portion |
| CN206302726U (en) * | 2016-11-03 | 2017-07-07 | 盱眙正泰永生物环境科技有限公司 | It is a kind of to automate the uniform agriculture running gear sowed seeds |
| CN206274728U (en) * | 2016-11-24 | 2017-06-27 | 李华彬 | A kind of uniform seeding apparatus in animal husbandry grassland |
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Application publication date: 20171226 |
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