CN107864731A - A kind of easily new energy car - Google Patents

A kind of easily new energy car Download PDF

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Publication number
CN107864731A
CN107864731A CN201710679498.2A CN201710679498A CN107864731A CN 107864731 A CN107864731 A CN 107864731A CN 201710679498 A CN201710679498 A CN 201710679498A CN 107864731 A CN107864731 A CN 107864731A
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CN
China
Prior art keywords
cavity volume
chamber
rotating shaft
matrix
seeding
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Pending
Application number
CN201710679498.2A
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Chinese (zh)
Inventor
覃洁梅
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Individual
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Individual
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Publication date
Application filed by Individual filed Critical Individual
Priority to CN201710679498.2A priority Critical patent/CN107864731A/en
Publication of CN107864731A publication Critical patent/CN107864731A/en
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Classifications

    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01CPLANTING; SOWING; FERTILISING
    • A01C17/00Fertilisers or seeders with centrifugal wheels
    • A01C17/003Centrifugal throwing devices with a horizontal axis
    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01CPLANTING; SOWING; FERTILISING
    • A01C17/00Fertilisers or seeders with centrifugal wheels
    • A01C17/006Regulating or dosing devices
    • A01C17/008Devices controlling the quantity or the distribution pattern

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  • Life Sciences & Earth Sciences (AREA)
  • Soil Sciences (AREA)
  • Environmental Sciences (AREA)
  • Sowing (AREA)

Abstract

The invention discloses a kind of easily new energy car, seed-storage box including matrix and installed in baseline top, kinds of bank deposits chamber is provided with seed-storage box, kinds of bank deposits bottom of chamber portion connects provided with the cone shaped body for extending downwards and putting in matrix, connected in the matrix of cone shaped body bottom provided with conduction chamber, conduct the sowing port provided with setting of extending downwards that connected in the matrix in bottom of chamber portion, the first cavity volume is provided with matrix on the right side of conduction chamber, the second cavity volume of setting of extending to the right is provided with matrix on rear side of conduction chamber, extension tail end is located at the rearward position of the first cavity volume on the right side of second cavity volume, conduction intracavitary rotatable engagement is connected with the front and rear first rotating shaft for extending and setting, conduct and be fixed with rotation conduction device in the first rotating shaft of intracavitary;The present invention is simple in construction, and easy to operate, input cost is low, improves operating efficiency, while improves the fluency of sowing work.

Description

A kind of easily new energy car
Technical field
The present invention relates to new energy field, is specifically a kind of easily new energy car.
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, sows opportunity Easily blocked inside device by seed, influence sowing progress, and sowing scope is small, speed is slow, in addition, existing seeding car is mostly vapour Oil is used 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 easily new energy car, and it can solve the problem that above-mentioned present skill The problem of in art.
The present invention is achieved through the following technical solutions:A kind of easily new energy car, including matrix of the present invention And the seed-storage box at the top of described matrix, the seed-storage box is interior to be provided with kinds of bank deposits chamber, and kinds of bank deposits bottom of chamber portion, which connects, to be set There is the cone shaped body for extending and putting in described matrix downwards, connected in the described matrix of the cone shaped body bottom provided with conduction Chamber, it is described conduction bottom of chamber portion described matrix in connect provided with downwards extend set sowing port, it is described conduction chamber on the right side of The first cavity volume is provided with described matrix, second that setting of extending to the right is provided with the described matrix conducted on rear side of chamber is held Chamber, the second cavity volume right side extension tail end are located at the rearward position of first cavity volume, and the conduction intracavitary rotatable engagement connects The front and rear first rotating shaft for extending and setting is connected to, extension penetrates the conduction chamber and second cavity volume on rear side of the first rotating shaft Between described matrix inner wall and rotatable engagement connect, extension tail end is put in second cavity volume on rear side of the first rotating shaft And be connected with inwall rotatable engagement on rear side of second cavity volume, it is fixed with rotation in the first rotating shaft of the conduction intracavitary Conduction device, is fixed with the first conducting wheel in the first rotating shaft in second cavity volume, second cavity volume with it is described Described matrix wall body internal rotation between first cavity volume is connected with front and rear the second rotating shaft extended and set, second rotating shaft Rear side extension is put in second cavity volume and second rotating shaft rear side extension tail end and inwall on rear side of second cavity volume Rotatable engagement connects, and second rotating shaft in second cavity volume is provided with the second conducting wheel, second conducting wheel and institute State and conduction band is provided between the first conducting wheel, extension is put in first cavity volume on front side of second rotating shaft and tail end is fixed Provided with the first tapered wheel, the ring-like chamber of seeding, the ring-like intracavitary rotation of seeding are provided with the described matrix below first cavity volume Turn to be connected with sowing rotating device, difference is provided with the described matrix between first cavity volume and the ring-like chamber of the seeding The implementation device being connected with the described first tapered wheel and the sowing rotating device, described matrix bottom surface surrounding rotatable engagement Roller is connected with, described matrix left surface is fixedly installed push handle, tripper is provided with described matrix.
Preferably technical scheme, the seed-storage box top are provided with closure, left and right are provided with the top of the kinds of bank deposits intracavitary The crossbeam that extension and left and right sides extension tail end are fixedly connected with inwall at left and right sides of the kinds of bank deposits chamber respectively, the crossbeam middle part Bottom end face in be fixed with and mix motor, it is described mix electronic motor spindle be connected with extend downwards set it is described Part is mixed, the part bottom extension of mixing is put in the cone shaped body and positioned at the cone shaped body and the cone shaped body junction Upper side position.
Preferably technical scheme, the top of the ring-like chamber left side section of seeding is positioned at the lower orientation with the sowing port Put, and the sowing port bottom extension tail end and the setting that connected at the top of the ring-like intracavitary of the seeding, the seeding are ring-like Chamber right-hand end connects provided with the sowing opening for penetrating described matrix outer right wall.
Preferably technical scheme, it is described rotation conduction device include with it is described conduction intracavitary the first rotating shaft outside The external member that surface is fixedly connected, the external member outer surface are provided with point kind of a plate, described point of kind backboard to external member side tail end with The conduction cavity wall is connected.
Preferably technical scheme, the sowing rotating device include being rotatably provided in the rotation of the ring-like intracavitary of the seeding Rotary column, the rotation outer surface of column are provided with seeding board, and the seeding board is backwards to the column spinner side and the ring-like chamber of the seeding Inwall is connected.
Preferably technical scheme, the implementation device include being arranged on first cavity volume and the ring-like chamber of the seeding Between the 3rd cavity volume, rotatable engagement in the described matrix interior wall body between the 3rd cavity volume and first cavity volume The 3rd rotating shaft extended set up and down is connected with, puts in that section is put in first cavity volume and tail end is consolidated at the top of the 3rd rotating shaft Fixed the second tapered wheel being provided with the described first tapered ratcheting connection of wheel, the 3rd rotating shaft bottom extension put in the described 3rd In cavity volume and tail end is fixed with the 4th tapered wheel, inside the described matrix between the 3rd cavity volume and the ring-like chamber of the seeding Wall body internal rotation is connected with the 4th rotating shaft extended set up and down, and extension puts in the described 3rd at the top of the 4th rotating shaft In cavity volume and tail end be fixed with the described 4th it is tapered take turns the 5th tapered wheel being oppositely arranged, the 4th tapered wheel with it is described The 6th tapered wheel, the 6th tapered wheel left side top and the described 4th are provided with the 3rd cavity volume on the right side of 5th tapered wheel The tapered wheel ratcheting connection of bottom right side, the 6th tapered wheel left bottom and the described 5th ratcheting company of tapered wheel right hand top Connect, sowing motor is connected with the right side of the 6th tapered wheel, the sowing motor outer surface is arranged at the described 3rd Inwall is interior on the right side of cavity volume and is fixedly connected, and the 4th rotating shaft bottom extension puts in the ring-like intracavitary of the seeding and bottom tail end It is fixedly connected with tail end at the top of the column spinner.
Preferably technical scheme, the tripper include being arranged on installing for described matrix inside left top Chamber, described install are provided with breaker in chamber, the circuit breaker external is provided with a part.
The beneficial effects of the invention are as follows:
1. fixed in the first rotating shaft by conducting intracavitary and set rotation conduction device, it is fixed in the first rotating shaft in the second cavity volume If the first conducting wheel, front and rear second set of extending of rotatable engagement connection in the base wall body between the second cavity volume and the first cavity volume Rotating shaft, the second rotating shaft rear side extension is put in the second cavity volume and inwall on rear side of the second rotating shaft rear side extension tail end and the second cavity volume Rotatable engagement connects, and sets the second conducting wheel in the second rotating shaft in the second cavity volume, is set between the second conducting wheel and the first conducting wheel Conduction band, the second rotating shaft front side extension is put in the first cavity volume and tail end is fixed and sets the first tapered wheel, below the first cavity volume The ring-like chamber of seeding, the ring-like intracavitary rotatable engagement connection sowing rotating device of seeding, the first cavity volume and the ring-like chamber of seeding are set in matrix Between matrix in set respectively with first it is tapered wheel and sowing rotating device be connected implementation device, so as to realize automatic control System rotation conduction device and the work for sowing rotating device, improve operating efficiency.
2. include the external member that is fixedly connected of first rotating shaft outer surface with conducting intracavitary by rotating conduction device, outside external member Surface sets point kind of a plate, and point kind of backboard is connected to external member side tail end and conduction cavity wall, so as to automatically control separate transport Seed, further prevent seed from blocking work, improve sowing operating efficiency.
3. the column spinner for being rotatably provided in the ring-like intracavitary of seeding by sowing rotating device to include, rotation outer surface of column sets row Kind of plate, seeding board are connected backwards to column spinner side and the ring-like cavity wall of seeding, will by sowing that rotating device rotation realizes The seed of the ring-like intracavitary of seeding is thrown out of by centrifugal force, and work is rapidly and efficiently sowed so as to realize, improves operating efficiency, time saving It is laborsaving, the amount of labour and labour cost are reduced, meanwhile, improve the scope for sowing seed.
4. the present invention is simple in construction, easy to operate, realizes automatic control type rotating conduction device and sow rotating device Work, reduce equipment investment, reduce operation cost, improve sowing control operating efficiency and prevent seed block and Causing to influence sowing whole progress, operating efficiency is high, time saving and energy saving, reduces the amount of labour and labour cost, meanwhile, improve and broadcast Sow seeds son scope.
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 a kind of easily new energy underbody face upward view of the present invention;
Fig. 2 is a kind of easily new energy in-car portion overall structure diagram of the present invention;
Fig. 3 is the sectional view of " A-A " in Fig. 2 of the present invention;
Fig. 4 is the sectional view of " B-B " in Fig. 2 of the present invention.
Embodiment
As Figure 1-Figure 4, a kind of easily new energy car of the invention, including matrix 8 and installed in described matrix 8 The seed-storage box 9 at top, the seed-storage box 9 is interior to be provided with kinds of bank deposits chamber 91, and the bottom of kinds of bank deposits chamber 91 connects provided with extension downwards simultaneously The cone shaped body 92 put in described matrix 8, connect in the described matrix 8 of the bottom of cone shaped body 92 provided with conduction chamber 81, institute State the sowing port 82 provided with setting of extending downwards that connected in the described matrix 8 of conduction chamber 81 bottom, the right side of conduction chamber 81 Described matrix 8 in be provided with the first cavity volume 84, be provided with setting of extending to the right in the described matrix 8 of the rear side of conduction chamber 81 Second cavity volume 83, the right side extension tail end of the second cavity volume 83 are located at the rearward position of first cavity volume 84, the conduction chamber 81 internal rotations are connected with the front and rear first rotating shaft 811 for extending and setting, described in the rear side extension of first rotating shaft 811 insertion Conduct the inner wall of described matrix 8 between chamber 81 and second cavity volume 83 and rotatable engagement connects, after the first rotating shaft 811 Side extension tail end puts in second cavity volume 83 and is connected with the rear side inwall rotatable engagement of the second cavity volume 83, the conduction It is fixed with rotation conduction device in the first rotating shaft 811 in chamber 81, the first rotating shaft in second cavity volume 83 The first conducting wheel 831 is fixed with 811, the wall body of described matrix 8 between second cavity volume 83 and first cavity volume 84 Internal rotation is connected with front and rear the second rotating shaft 843 extended and set, and the rear side extension of the second rotating shaft 843 puts in described the In two cavity volumes 83 and the rear side extension tail end of the second rotating shaft 843 is connected with the rear side inwall rotatable engagement of the second cavity volume 83, Second rotating shaft 843 in second cavity volume 83 is provided with the second conducting wheel 832, second conducting wheel 832 with it is described Conduction band 833 is provided between first conducting wheel 831, the front side extension of the second rotating shaft 843 is put in first cavity volume 84 And tail end is fixed with the first tapered wheel 841, and the ring-like chamber 86 of seeding is provided with the described matrix 8 of the lower section of the first cavity volume 84, The ring-like internal rotation of chamber 86 of seeding is connected with sowing rotating device, first cavity volume 84 and the ring-like chamber 86 of the seeding Between described matrix 8 in be provided with respectively with described first it is tapered wheel 841 and it is described sowing rotating device be connected implementation Device, the bottom surface surrounding rotatable engagement of described matrix 8 are connected with roller 801, and the left surface of described matrix 8 is fixedly installed push handle 802, tripper is provided with described matrix 8.
Wherein, the top of seed-storage box 9 is provided with closure 96, and the inner top of kinds of bank deposits chamber 91 is provided with left and right extension and left and right The crossbeam 93 that extension tail end in both sides is fixedly connected with the left and right sides inwall of kinds of bank deposits chamber 91 respectively, the bottom at the middle part of crossbeam 93 It is fixed with end surface and mixes motor 95, the bottom of motor 95 of mixing is connected with the described of setting of extending downwards Mix part 94, it is described mix the bottom extension of part 94 put in the cone shaped body 92 and positioned at the cone shaped body 92 with it is described tapered The upper side position of the junction of chamber 92, so as to realize that the seed automatically controlled in seed-storage box 9 mixes work, accelerate seed and fall into conduction Chamber 81, prevents seed from blocking, while makes the seed in seed-storage box 9 more uniform.
Wherein, the top of the ring-like left side section of chamber 86 of the seeding is located at the lower position with the sowing port 82, and described The bottom extension tail end of sowing port 82 and the ring-like inner top of chamber 86 of the seeding connect settings, the ring-like right side of chamber 86 of seeding Side connects provided with the sowing opening 863 for penetrating the outer right wall of described matrix 8.
Wherein, the rotation conduction device includes fixing with the outer surface of the first rotating shaft 811 in the conduction chamber 81 The external member 812 of connection, the outer surface of external member 812 are provided with point kind of a plate 813, and described point of kind plate 813 is backwards to the side of external member 812 Tail end is connected with conduction chamber 81 inwall, so as to automatically control separate transport seed, further prevents seed from blocking work Make, improve sowing operating efficiency.
Wherein, the sowing rotating device includes the column spinner 861 being rotatably provided in the ring-like chamber 86 of the seeding, described The outer surface of column spinner 861 is provided with seeding board 862, and the seeding board 862 is ring-like backwards to the side of column spinner 861 and the seeding The inwall of chamber 86 is connected, and is got rid of the seed in the ring-like chamber 86 of seeding by centrifugal force by sowing rotating device rotation realization Go out, work is rapidly and efficiently sowed so as to realize, improve operating efficiency, it is time saving and energy saving, the amount of labour and labour cost are reduced, together When, improve the scope for sowing seed.
Wherein, the implementation device is described between first cavity volume 84 and the ring-like chamber 86 of the seeding including being arranged on 3rd cavity volume 85, rotatable engagement connects in the interior wall body of described matrix 8 between the 3rd cavity volume 85 and first cavity volume 84 Be connected to the 3rd rotating shaft 843 extended set up and down, the top of the 3rd rotating shaft 843 put in section put in first cavity volume 84 and Tail end is fixed with the second tapered wheel 842 with the described first 841 ratcheting connections of tapered wheel, and the bottom of the 3rd rotating shaft 843 is prolonged Exhibition portion is put in the 3rd cavity volume 85 and tail end is fixed with the 4th tapered wheel 851, the 3rd cavity volume 85 and the seeding Rotatable engagement is connected with the 4th rotating shaft 855 extended set up and down in the interior wall body of described matrix 8 between ring-like chamber 86, described The top extension of 4th rotating shaft 855 is put in the 3rd cavity volume 85 and tail end is fixed with and the described 4th 851 phases of tapered wheel To the 5th tapered wheel 854 of setting, the 4th tapered wheel 851 and the 3rd cavity volume on the described 5th tapered right side of wheel 854 The 6th tapered wheel 852, the 6th 852 left side tops of tapered wheel and the described 4th 851 bottom right side teeth of tapered wheel are provided with 85 Close and connect, the 6th 852 left bottoms of tapered wheel and the described 5th tapered wheel ratcheting connection of 854 right hand tops, the described 6th The tapered right side of wheel 852 is connected with sowing motor 853, and sowing motor 853 outer surface is arranged at the described 3rd and held In the right side inwall of chamber 85 and it is fixedly connected, the bottom extension of the 4th rotating shaft 855 is put in the ring-like chamber 86 of the seeding and bottom Portion's tail end is fixedly connected with the top tail end of column spinner 861, so as to realize automatic control type rotating conduction device and sowing rotation The work of rotary device, equipment investment is reduced, is cut operating costs, improved the operating efficiency of sowing control and prevent seed from blocking up Fill in and cause to influence sowing whole progress.
Wherein, what the tripper included being arranged on the inside left top of described matrix 8 installs chamber 8001, described to install Breaker 8002 is provided with chamber 8001, a part 8003 is provided with outside the breaker 8002, when electric leakage accident occurs, is led to The tripping operation in time of breaker 8002 is crossed so as to carry out being protected from electrical equipment damage to electrical equipment.
When needing to sow work, matrix 8 is moved to the region for needing to sow first, then mixed by control electronic Machine 95, which drives, mixes the lasting rotary work of part 94, so as to realize that the uniform of seed mixes work, now, makes the kind in seed-storage box 9 Son is fallen into point after mixing in the conduction chamber 81 in the gap between kind of plate 813, subsequently by sowing the drive of motor 853 the The six tapered rotations of wheel 852, and then the 4th tapered tapered rotation of wheel 854 of wheel 851 and the 5th is driven by the 6th tapered wheel 852, this The tapered wheels 851 of Shi You tetra- drive the in the second rotating shafts 843 and the second rotating shaft 843 second tapered rotation of wheel 842, and then by the Two tapered wheels 842 drive the first tapered rotation of wheel 841, and have the first tapered wheel 841 to drive the second rotating shaft 843 and the second rotating shaft The second conducting wheel 832 on 843 rotates, and drives the first conducting wheel 831 to rotate by the conduction band 833 on the second conducting wheel 832, Now, the external member 812 in first rotating shaft 811 and first rotating shaft 811 is driven to rotate by the first conducting wheel 831, meanwhile, by external member 812 drive point kind of a plate 813 to rotate, and seed revolves through point kind of a plate 813 in the conduction chamber 81 in gap for making to fall between point kind of plate 813 Then it is gradually mobile to the top of sowing port 82 upside, until being moved to seeding with the gap location between seed-bearing point of kind plate 813 During 82 upside of mouth, seed is set to be fallen into naturally through sowing port 82 in the ring-like chamber 86 of seeding, by driving the 4th by the 5th tapered wheel 854 The column spinner 861 of rotating shaft 855 and the bottom of the 4th rotating shaft 855 rotates, and finally drives by the seeding board 862 on column spinner 861 The seed entered in the ring-like chamber 86 of seeding goes out to spread out through centrifugal force by sowing opening 863, realizes quick sowing work.
The beneficial effects of the invention are as follows:
1. fixed in the first rotating shaft by conducting intracavitary and set rotation conduction device, it is fixed in the first rotating shaft in the second cavity volume If the first conducting wheel, front and rear second set of extending of rotatable engagement connection in the base wall body between the second cavity volume and the first cavity volume Rotating shaft, the second rotating shaft rear side extension is put in the second cavity volume and inwall on rear side of the second rotating shaft rear side extension tail end and the second cavity volume Rotatable engagement connects, and sets the second conducting wheel in the second rotating shaft in the second cavity volume, is set between the second conducting wheel and the first conducting wheel Conduction band, the second rotating shaft front side extension is put in the first cavity volume and tail end is fixed and sets the first tapered wheel, below the first cavity volume The ring-like chamber of seeding, the ring-like intracavitary rotatable engagement connection sowing rotating device of seeding, the first cavity volume and the ring-like chamber of seeding are set in matrix Between matrix in set respectively with first it is tapered wheel and sowing rotating device be connected implementation device, so as to realize automatic control System rotation conduction device and the work for sowing rotating device, improve operating efficiency.
2. include the external member that is fixedly connected of first rotating shaft outer surface with conducting intracavitary by rotating conduction device, outside external member Surface sets point kind of a plate, and point kind of backboard is connected to external member side tail end and conduction cavity wall, so as to automatically control separate transport Seed, further prevent seed from blocking work, improve sowing operating efficiency.
3. the column spinner for being rotatably provided in the ring-like intracavitary of seeding by sowing rotating device to include, rotation outer surface of column sets row Kind of plate, seeding board are connected backwards to column spinner side and the ring-like cavity wall of seeding, will by sowing that rotating device rotation realizes The seed of the ring-like intracavitary of seeding is thrown out of by centrifugal force, and work is rapidly and efficiently sowed so as to realize, improves operating efficiency, time saving It is laborsaving, the amount of labour and labour cost are reduced, meanwhile, improve the scope for sowing seed.
4. the present invention is simple in construction, easy to operate, realizes automatic control type rotating conduction device and sow rotating device Work, reduce equipment investment, reduce operation cost, improve sowing control operating efficiency and prevent seed block and Causing to influence sowing whole progress, operating efficiency is high, time saving and energy saving, reduces the amount of labour and labour cost, meanwhile, improve and broadcast Sow seeds son scope.
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 (7)

  1. A kind of 1. easily new energy car, including matrix and the seed-storage box installed in baseline top, it is characterised in that:Seed-storage box Interior to be provided with kinds of bank deposits chamber, kinds of bank deposits bottom of chamber portion connects provided with the cone shaped body for extending downwards and putting in matrix, the base of cone shaped body bottom Connect in vivo provided with conduction chamber, conduct the sowing port for being connected in the matrix in bottom of chamber portion and being provided with and extending set downwards, conduct chamber Is provided with the first cavity volume in the matrix on right side, conducts the second cavity volume provided with setting of extending to the right in the matrix on rear side of chamber, second Extension tail end be located at the rearward position of the first cavity volume on the right side of cavity volume, and conduction intracavitary rotatable engagement is connected with the of front and rear setting of extending One rotating shaft, matrix inner wall and rotatable engagement between first rotating shaft rear side extension insertion conduction chamber and the second cavity volume connect, Extension tail end puts in the second cavity volume and is connected with inwall rotatable engagement on rear side of the second cavity volume on rear side of first rotating shaft, conducts intracavitary It is fixed with rotation conduction device in first rotating shaft, is fixed with the first conducting wheel in the first rotating shaft in the second cavity volume, second Rotatable engagement is connected with front and rear the second rotating shaft extended and set in base wall body between cavity volume and the first cavity volume, after the second rotating shaft Side extension is put in the second cavity volume and extension tail end is connected with inwall rotatable engagement on rear side of the second cavity volume on rear side of the second rotating shaft, the The second rotating shaft in two cavity volumes is provided with the second conducting wheel, is provided with conduction band between the second conducting wheel and the first conducting wheel, and second Extension is put in the first cavity volume on front side of rotating shaft and tail end is fixed with the first tapered wheel, is provided with the matrix below the first cavity volume The ring-like chamber of seeding, the ring-like intracavitary rotatable engagement of seeding is connected with sowing rotating device, between the first cavity volume and the ring-like chamber of seeding The implementation device being connected respectively with the first tapered wheel and sowing rotating device is provided with matrix, surrounding rotation in matrix bottom surface is matched somebody with somebody Conjunction is connected with roller, and matrix left surface is fixedly installed push handle, tripper is provided with matrix.
  2. A kind of 2. easily new energy car according to claim 1, it is characterised in that:Sealing is provided with the top of the seed-storage box Lid, be provided with the top of the kinds of bank deposits intracavitary left and right extend and left and right sides extension tail end respectively with inwall at left and right sides of the kinds of bank deposits chamber The crossbeam being fixedly connected, it is fixed with the bottom end face in the middle part of the crossbeam and mixes motor, it is described to mix electronic motor spindle It is connected with the described of setting of extending downwards and mixes part, the part bottom extension of mixing puts in the cone shaped body and is located at The cone shaped body and the upper side position of the cone shaped body junction.
  3. A kind of 3. easily new energy car according to claim 1, it is characterised in that:Section on the left of the ring-like chamber of seeding Top is located at the lower position with the sowing port, and the sowing port bottom extension tail end and the ring-like intracavitary of seeding Top connects setting, and the ring-like chamber right-hand end of seeding connects the sowing opening provided with insertion described matrix outer right wall.
  4. A kind of 4. easily new energy car according to claim 1, it is characterised in that:It is described rotation conduction device include with The external member that the first rotating shaft outer surface of the conduction intracavitary is fixedly connected, the external member outer surface is provided with point kind of a plate, described Kind of backboard is divided to be connected to external member side tail end and the conduction cavity wall.
  5. A kind of 5. easily new energy car according to claim 1, it is characterised in that:The sowing rotating device includes rotation Turn to be arranged on the column spinner of the ring-like intracavitary of the seeding, the rotation outer surface of column is provided with seeding board, and the seeding board is backwards to institute Column spinner side is stated to be connected with the ring-like cavity wall of the seeding.
  6. A kind of 6. easily new energy car according to claim 5, it is characterised in that:The implementation device includes being arranged on The 3rd cavity volume between first cavity volume and the ring-like chamber of the seeding, between the 3rd cavity volume and first cavity volume Described matrix interior wall body in rotatable engagement be connected with the 3rd rotating shaft extended set up and down, put at the top of the 3rd rotating shaft In first cavity volume described in Duan Shenjin and tail end is fixed with the second tapered wheel with the described first tapered ratcheting connection of wheel, and described the Three rotating shaft bottom extensions are put in the 3rd cavity volume and tail end is fixed with the 4th tapered wheel, the 3rd cavity volume with it is described Rotatable engagement is connected with the 4th rotating shaft extended set up and down in described matrix interior wall body between the ring-like chamber of seeding, and described the Extension is put in the 3rd cavity volume at the top of four rotating shafts and tail end is fixed with and tapered takes turns be oppositely arranged the with the described 4th Five tapered wheels, the 4th tapered wheel in the 3rd cavity volume on the right side of the 5th tapered wheel with being provided with the 6th tapered wheel, institute State the 6th it is tapered wheel left side top with the described 4th it is tapered wheel the ratcheting connection of bottom right side, it is described 6th it is tapered wheel left bottom with The 5th tapered wheel ratcheting connection of right hand top, the 6th tapered wheel right side is connected with sowing motor, described to broadcast Kind motor outer surface is arranged on the right side of the 3rd cavity volume in inwall and is fixedly connected, and the 4th rotating shaft bottom extension is stretched Enter the ring-like intracavitary of the seeding and bottom tail end is fixedly connected with tail end at the top of the column spinner.
  7. A kind of 7. easily new energy car according to claim 1, it is characterised in that:The tripper includes being arranged on Chamber is installed on described matrix inside left top, and described install is provided with breaker in chamber, the circuit breaker external is provided with door Part.
CN201710679498.2A 2017-08-10 2017-08-10 A kind of easily new energy car Pending CN107864731A (en)

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Application Number Priority Date Filing Date Title
CN201710679498.2A CN107864731A (en) 2017-08-10 2017-08-10 A kind of easily new energy car

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108543590A (en) * 2018-04-10 2018-09-18 莫业进 A kind of new medicine device of improved-type treatment cerebral apoplexy
CN108785087A (en) * 2018-04-10 2018-11-13 莫业进 It is a kind of to treat the new medicine device of cerebral apoplexy

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* Cited by examiner, † Cited by third party
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