CN207854723U - A kind of pollinating device for flowers quantitatively pollinated - Google Patents
A kind of pollinating device for flowers quantitatively pollinated Download PDFInfo
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- CN207854723U CN207854723U CN201721879680.4U CN201721879680U CN207854723U CN 207854723 U CN207854723 U CN 207854723U CN 201721879680 U CN201721879680 U CN 201721879680U CN 207854723 U CN207854723 U CN 207854723U
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Abstract
A kind of pollinating device for flowers quantitatively pollinated of the utility model,Head of pollinating includes sub-material section successively,Gather materials section,Conveying section and pollination section,Several partition boards are vertically arranged in sub-material section,Sub-material section is divided into several sub-material chambers by partition board,Sub-material chamber is provided with scraper plate with body of rod connectivity part,Scraper plate is rotatablely connected by rotary shaft,Rotation shaft rear end is fixedly connected with driving lever,Driving lever is inserted into location hole by fixed angle by inserted link,Sub-material intracavitary is provided with smoother roller,Several feed bins are provided on smoother roller,Smoother roller is rotatablely connected by roll shaft,Roll shaft rear end is fixedly connected with indicating arm,Several positioning marks are equipped on driving box,Stage transmission wheel is fixedly connected on roll shaft,Several driving wheels are rotatably connected to by roll shaft inside driving box,Driving wheel is sequentially connected by the belt being oriented to by directive wheel with stage transmission wheel,Driving wheel is driven by secondary drive motor,It is a kind of pollinating device for flowers that can quantify pollination easily to operate.
Description
Technical field
The utility model is related to agricultural device technical fields, and in particular to a kind of pollinating device for flowers quantitatively pollinated.
Background technology
Breed breeding relies primarily on crossbreeding, and artificial pollination is the main means of crossbreeding, needs to undergo emasculation, award
The step of bag is solved after powder, bagging isolation, fruit setting, the design of pollinating tool will directly affect the effect of artificial pollination, people with selection
Work hybridization pollination bar is main tool, and existing pollinating tool mostly uses writing brush, picks pollen with writing brush, then treats pollination again
Flower carries out artificial pollination, not only be easy to cause the waste of pollen in this way, and it is uneven to also result in flower pollinate pollination, influence
The Chinese patent of pollination success rate, Publication No. CN205694842U discloses a kind of artificial pollination pollination bar, utilizes driving
Motor drives belt rotation, pollen to be rotated with belt, and scraper plate scrapes the pollen on belt, generates and shakes when scraping blade scrapes belt
It is dynamic, so that the pollination head of another end in contact of scraping blade is vibrated, so that pollination head is rotated, will be stained with and produced on one side with pollen, male flower is carried out
Pollination, it is easy to operate, efficiency is improved, but have a disadvantage in that, the amount that pollination head picks pollen is unable to control, and can not quantitatively be awarded
Powder, causes pollination amount uneven, is in addition affected by the wind than more serious, and pollen is easy to be blown to four winds, and causes to waste.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of can quantify pollination easily to operate
Pollinating device for flowers.
The utility model solves its technical problem and following technical scheme is taken to realize：
A kind of pollinating device for flowers quantitatively pollinated includes pollination mechanism and driving box in front and back setting, the pollination machine
Structure is fixedly connected on fixed seat side with described driving box one end, and the fixed seat other side is fixedly connected with handle, described to award
Powder mechanism includes the body of rod, and the body of rod is internally provided with transmission belt, and the conveyer belt is passed by primary transmission wheel drive, the level-one
Driving wheel is driven by level-one driving motor, and the powder box being connected to respectively with body of rod inside and pollination are provided on the body of rod
Head, the pollination head include sub-material section, section of gathering materials, conveying section and pollination section successively, are vertically arranged in the sub-material section several
The sub-material section is divided into several sub-material chambers by partition board, the partition board, and the sub-material chamber is provided with the body of rod connectivity part and scrapes
Plate, the scraper plate are rotationally connected with the pollination head front side wall and the driving box far from the fixed seat side by rotary shaft
Rear wall, the rotation shaft rear end are pierced by by the driving box and are fixedly connected with driving lever, and the driving lever is inserted into institute by inserted link
It states the location hole on driving box rear wall and fixed angle, the sub-material intracavitary are provided with smoother roller, is arranged on the smoother roller
There are several feed bins, the smoother roller to be rotationally connected with the pollination head front side wall and the driving box rear wall, institute by roll shaft
It states roll shaft rear end and is pierced by by the driving box and is fixedly connected with indicating arm, with the roll shaft be circle on the driving box rear wall
The heart is equipped with several positioning marks, is placed on the roll shaft in the driving box and is fixedly connected with stage transmission wheel, the driving
Several driving wheels are rotatably connected to by roll shaft close to described fixed seat one end inside case, the driving wheel by directive wheel by being led
To belt and the stage transmission wheel be sequentially connected, the driving wheel is driven by secondary drive motor.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the conveyer belt is set along the body of rod axis direction
It sets, the body of rod both ends are respectively equipped with silica gel piece, and the silica gel piece will be divided into the work at the body of rod both ends inside the body of rod
Make the powder feeding chamber in the middle part of chamber and the body of rod, the conveyer belt both ends are each passed through the silica gel piece and are passed with the primary transmission wheel
Dynamic connection, the primary transmission wheel are set in the working chamber, are also set in the working chamber of described fixed seat one end
It is equipped with accumulator, the accumulator is electrically connected with the level-one driving motor, the secondary drive motor respectively, is held close to described
Several switches are connected in the fixed seat of side, several switches drive with the accumulator, the level-one respectively
Motor and secondary drive motor electrical connection.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the powder box is respectively set with the pollination head
The both sides above and below the body of rod, the powder box are disposed in proximity to described fixed seat one end, the powder box and the powder feeding chamber
Connection, the pollination head are set to far from described fixed seat one end, and the sub-material section is connected to the powder feeding chamber, the powder box
It is equipped with feed inlet, capping is respectively arranged at the feed inlet and the pollination section, filter screen is provided at the pollination section.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, it is gradually distance from the smoother roller of the fixed seat
On the volume of the feed bin be sequentially reduced, be gradually distance from the institute connected on the roll shaft of the smoother roller of the fixed seat
The diameter for stating stage transmission wheel is sequentially increased, and several directive wheels are in setting up and down, with the institute for being gradually distance from the fixed seat
The diameter of driving wheel for stating the drive connection of two level transmission wheel is sequentially increased, and the big driving wheel of diameter is close to the fixed seat
Side.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the sub-material section and the conveying section are hollow
Square column, the section of gathering materials are the hollow shape of falling truncated rectangular pyramids, and the pollination section is hollow truncated rectangular pyramids shape.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the size of the scraper plate is cut with the sub-material chamber
Face matching size closes, and the size of the smoother roller and the matching size of the sub-material chamber close.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the corresponding location hole of each rotary shaft
It is two.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the quantity of the driving wheel, the directive wheel number
Amount, the quantity of the smoother roller are consistent with the quantity of the scraper plate, and the positioning target quantity is consistent with the quantity of the feed bin.
In the above-mentioned pollinating device for flowers quantitatively pollinated, further, the primary transmission wheel is rotatablely connected by roll shaft
In the body of rod front-rear side walls, the roll shaft front end is pierced by by the body of rod front side wall and is connect with the level-one driving motor,
The level-one driving motor is set to the body of rod outer wall, and the secondary drive motor is set to the driving box outer wall.
The advantages of the utility model and good effect are：
1. several sub-material chambers and scraper plate is arranged in the utility model, the feed bin volume on several sub-material intracavitary smoother rollers is different,
Can be as needed, the angle of required position scraper plate is adjusted, the pollen of powder feeding intracavitary is made to enter the sub-material intracavitary of different location, is passed through
The refining of smoother roller, quantitative pollen are fallen into feed bin, and pollen discharge is pollinated by the rotation of smoother roller, can both be quantified
Pollination can select different pollination amounts to carry out quantitative pollination according to different flowers types again, applied widely, convenient for uniformly pollination；
2. the utility model is by manual rotation driving lever and is located and can be connected to different pollination amounts in location hole
Sub-material chamber and powder feeding chamber, then to drive corresponding driving wheel to drive stage transmission wheel rotation that can drive by secondary drive motor even
Expect roller rotation, pollinate, easy to operate, stability is strong, and accuracy is high；
3. the different stage transmission wheel of several diameters of the utility model setting, the different driving wheel of several diameters and lead
To wheel, it can be achieved that the sheathed setting of belt, greatly reduces the volume of working chamber, to mitigate the weight of whole device, just
It is operated in operating personnel, reduces labor intensity；
4. the indicating arm of the utility model setting and positioning indicate the position for getting information about feed bin rotation conducive to operating personnel
It sets, personnel easy to operation quickly judge, and ensure the accuracy of pollination, avoid mistakes and omissions or repeat to pollinate；
5. the section of gathering materials of the utility model setting is conducive to be oriented to the pollen fallen by different sub-material chambers, setting
Pollination section can effectively prevent pollen to block, and protection effect is good, and pollen is avoided to dispel, and improve pollination efficiency and success rate.
Description of the drawings
The technical solution of the utility model is described in further detail below with reference to drawings and examples, still
It should be known that these attached drawings only design for task of explanation, therefore not as the restriction of the scope of the utility model.In addition,
Unless otherwise indicated, these attached drawings are meant only to conceptually illustrate structure construction described herein, without to carry out to scale
It draws.
Fig. 1 is the cross-sectional view of the utility model；
Fig. 2 is the overlooking structure diagram of the utility model；
Fig. 3 is the enlarged structure schematic diagram of pollination head in the utility model；
Fig. 4 is the partial enlargement structural representation of working chamber rear wall in the utility model.
In figure：
1. the body of rod, 2. driving box, 3. fixed seats, 4. handles, 5. powder box, 6. feed inlets, 7. working chambers, 8. primary transmissions
Wheel, 9. level-one driving motors, 10. conveyer belts, 11. powder feeding chambers, 12. silica gel pieces, 13. accumulators, 14. switch, 15. pollination heads,
16. sub-material section, 17. gather materials section, 18. conveying sections, 19. pollination sections, 20. partition boards, 21. scraper plates, 22. smoother rollers, 23. feed bins, 25.
Stage transmission wheel, 26. directive wheels, 27. driving wheels, 28. belts, 29. secondary drive motors, 30. roll shafts, 31. rotary shafts, 32.
Driving lever, 33. location holes, 34. inserted links, 35. indicating arms, 36. positioning marks, 37. filter screens, 38. cappings.
Specific implementation mode
Firstly, it is necessary to explanation, below by by way of example come illustrate the utility model quantitative pollination flower
Concrete structure, features and advantages of grass pollination device etc., however what all descriptions were intended merely to illustrate, without that should be managed
Solution is to the utility model formation any restrictions.In addition, what is be described by or imply in each embodiment mentioned by this paper is arbitrary
Single technical characteristic, or shown or implicit arbitrary single technical characteristic in the drawings, still can be in these technologies spy
Continue arbitrary combination between sign (or its equivalent) or delete, to obtain this reality that may do not referred to directly herein
With novel more other embodiments.For the sake of simplifying drawing, same or like technical characteristic in the same figure may be used
It can only be indicated at one.
In the description of the present invention, it should be noted that term "upper", "lower", "front", "rear", " separate ", " leaning on
Closely " etc. the orientation or positional relationship of instructions is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing this reality
With novel and simplified description, does not indicate or imply the indicated device or element must have a particular orientation, with specific
Azimuth configuration and operation, therefore should not be understood as limiting the present invention, in addition, term " level-one ", " two level " are only used for
Purpose is described, relative importance is not understood to indicate or imply or implicitly indicates the quantity of indicated technical characteristic.
As Figure 1-Figure 4, a kind of pollinating device for flowers quantitatively pollinated includes in the pollination mechanism of front and back setting and driving
Case 2, pollination mechanism are fixedly connected on 3 side of fixed seat with 2 one end of driving box, and 3 other side of fixed seat is fixedly connected with handle 4,
Mechanism of pollinating includes the body of rod 1, and the body of rod 1 is internally provided with transmission belt 10, and conveyer belt 10 is driven by primary transmission wheel 8, primary transmission
Wheel 8 is driven by level-one driving motor 9, and the powder box 5 being connected to respectively with 1 inside of the body of rod and pollination head 15 are provided on the body of rod 1, is awarded
Prostitute 15 includes sub-material section 16, section of gathering materials 17, conveying section 18 and pollination section 19 successively, be vertically arranged in sub-material section 16 it is several every
Sub-material section 16 is divided into several sub-material chambers by plate 20, partition board 20, and sub-material chamber is provided with scraper plate 21, scraper plate 21 with 1 connectivity part of the body of rod
Pollination 15 front side wall of head and 2 rear wall of driving box are rotationally connected with by rotary shaft 31 far from 3 side of fixed seat, after rotary shaft 31
End is pierced by by driving box 2 and is fixedly connected with driving lever 32, and driving lever 32 is inserted into the location hole on 2 rear wall of driving box by inserted link 34
33 and fixed angle, sub-material intracavitary are provided with smoother roller 22, several feed bins 23 are provided on smoother roller 22, smoother roller 22 passes through roller
Axis 30 is rotationally connected with pollination 15 front side wall of head and 2 rear wall of driving box, and 30 rear end of roll shaft is pierced by and is fixedly connected by driving box 2
There is indicating arm 35, being equipped with several positioning with roll shaft 30 for the center of circle on 2 rear wall of driving box marks 36, the roller being placed in driving box 2
Stage transmission wheel 25 is fixedly connected on axis 30, if 2 inside of driving box is rotatably connected to close to 3 one end of fixed seat by roll shaft 30
Dry driving wheel 27, driving wheel 27 are sequentially connected by the belt being oriented to by directive wheel 26 with stage transmission wheel 25, driving wheel 27 by
Secondary drive motor 29 drives.
Conveyer belt 10 is arranged along 1 axis direction of the body of rod, and 1 both ends of the body of rod are respectively equipped with silica gel piece 12, and silica gel piece 12 is by the body of rod 1
Inside is divided into the powder feeding chamber 11 at 1 middle part of working chamber 7 and the body of rod at 1 both ends of the body of rod, and 10 both ends of conveyer belt are each passed through silica gel piece
12 are sequentially connected with primary transmission wheel 8, and primary transmission wheel 8 is set in working chamber 7, in the working chamber 7 of 3 one end of fixed seat
It is additionally provided with accumulator 13, accumulator 13 is electrically connected with level-one driving motor 9, secondary drive motor 29 respectively, close to handle 4 one
Several switches 14 are connected in the fixed seat 3 of side, several switches 14 drive with accumulator 13, level-one driving motor 9 and two level respectively
Dynamic motor 29 is electrically connected, and powder box 5 is respectively arranged at about 1 both sides of the body of rod with pollination head 15, and powder box 5 is disposed in proximity to fix
3 one end of seat, powder box 5 are connected to powder feeding chamber 11, and pollination head 15 is set to far from 3 one end of fixed seat, sub-material section 16 and powder feeding chamber
11 connections, powder box 5 are equipped with feed inlet 6, are respectively arranged with capping 38 at feed inlet 6 and pollination section 19, are set at section 15 of pollinating
It is equipped with filter screen 37, the volume for the feed bin 23 being gradually distance from the smoother roller 22 of fixed seat 3 is sequentially reduced, and is gradually distance from fixed seat
The diameter of the stage transmission wheel 25 connected on the roll shaft 30 of 3 smoother roller 22 is sequentially increased, several directive wheels 26 in setting up and down,
The diameter for the driving wheel 27 being sequentially connected with the two level transmission wheel 24 for being gradually distance from fixed seat 3 is sequentially increased, the big driving of diameter
For wheel 27 close to 3 side of fixed seat, sub-material section 16 and conveying section 18 are square hollow column, and section of gathering materials 17 is hollow truncated rectangular pyramids
Shape, pollination section 19 are hollow truncated rectangular pyramids shape, and the size of scraper plate 21 is matched with the sectional dimension of sub-material chamber, and cooperation is meant
The size of scraper plate 21 can close sub-material top of chamber, and the size of smoother roller 22 is closed with the matching size of sub-material chamber, the meaning of cooperation
It is smoother roller 22 to rotate in sub-material intracavitary just, 31 corresponding location hole 33 of each rotary shaft is two, the number of driving wheel 27
Amount, the quantity of directive wheel 26, the quantity of smoother roller 22 are consistent with the quantity of scraper plate 21, the number of the quantity and feed bin 23 of positioning mark 36
Amount is consistent, and primary transmission wheel 8 is rotationally connected with 1 front-rear side walls of the body of rod by roll shaft 30, and 30 front end of roll shaft is worn by 1 front side wall of the body of rod
Go out and connect with level-one driving motor 9, level-one driving motor 9 is set to 1 outer wall of the body of rod, and secondary drive motor 29 is set to driving
2 outer wall of case.
Specific work process is：Capping 38 is opened, pollen enters powder box 5 by feed inlet 6, is discharged and is carried out by pollination head 15
Pollination, the present embodiment are set there are four for feed bin 23, level-one driving motor 9 is on each smoother roller 22 with three smoother rollers 22
Two, the switch 14 of control level-one driving motor 9 is one, and secondary drive motor 29 is three, control secondary drive motor 29
Switch 14 be three, be the switch that level-one driving motor 9 and secondary drive motor 29 are powered there are one control accumulator 13
14, when use, selects corresponding smoother roller 22 according to actual needs, when needing pollination amount more, selects close to fixed seat 3
Smoother roller 22, manually takes out inserted link 34 and rotating lever 32, and driving lever 32 turns to another location hole centered on rotary shaft 31
Inserted link 34 is inserted into when at 33,32 position of driving lever is fixed at this time, and rotary shaft 31 rotates therewith during driving lever 32 rotates, and scrapes
Plate 21 is dug upwards with the rotation of rotary shaft 31, and conveyer belt 10, operating personnel's hand are resisted close to 3 side of fixed seat on scraper plate 21
Grip starts level-one driving motor 9, conveyer belt 10 rotates under the drive of level-one driving motor 9, the pollen in powder box 54
It as conveyer belt 10 rotates, is scraped and falls into feed bin 23 by scraper plate 21 when pollen turns at scraper plate 21, start far from fixed
The secondary drive motor 29 of 3 positions of seat, driving wheel 27 rotate, and stage transmission wheel 25 rotates under the drive of belt 28, and two level passes
Driving wheel 25 drives smoother roller 22 to rotate, and smoother roller 22 rotates at a time interval, i.e., the time consistency of each 23 splicing of feed bin,
Ensure that quantifying for pollen, pollen during rotation of smoother roller 22 pass through gather materials section 17,18 and of conveying section successively by feed bin 23
Pollination section 19, finally pollinates, in pollinating process, operating personnel can be according on driving box 2 by the filtering of filter screen 37
Indicating arm 35 and positioning mark 36 intuitively observation feed bins 23 positions, when indicating arm 35 be directed toward positioning mark 36 when, illustrate feed bin
Pollen in 23 is discharged, and at this time can remove the present apparatus, goes to subsequent work position, when two operating positions relatively far apart
When, secondary drive motor 29 can be suspended, stop the movement of feed bin 23, avoid the waste of pollen, when needing pollination amount medium, choosing
The smoother roller 22 for selecting centre position, difference lies in rotation driving levers 32, and the scraper plate 21 at other two smoother roller 22 to be made to seal sub-material chamber
It closes, starts the secondary drive motor 29 in centre position, remaining step is identical, when needing pollination amount less, selects far from fixed
The smoother roller 22 of seat 3, difference lies in rotation driving levers 32, and the scraper plate 21 at other two smoother roller 22 to be made to close sub-material chamber, starts
Secondary drive motor 29 close to 3 position of fixed seat, remaining step are identical.
It should be noted that in the utility model be fixedly connected mode using bolt ripe in the prior art, rivet,
The conventional means such as welding, details are not described herein, but does not interfere with the repetition of those skilled in the art due to the above reasons,.
It should be noted that the wire laying mode of driving motor and type of drive are the prior art in the utility model, control
The control circuit of driving motor start and stop processed is all made of control circuit conventional in the prior art, circuit structure or circuit side connector
Formula is the customary means of skilled artisan, and details are not described herein, but does not interfere with ability due to the above reasons,
The repetition of field technique personnel.
Several sub-material chambers and scraper plate is arranged in the present embodiment, and the feed bin volume on several sub-material intracavitary smoother rollers is different, can root
According to needs, the angle of required position scraper plate is adjusted, so that the pollen of powder feeding intracavitary is entered the sub-material intracavitary of different location, by refining
The refining of roller, quantitative pollen are fallen into feed bin, and pollen discharge is pollinated by the rotation of smoother roller, can both have been quantified and pollinated
Different pollination amounts can be selected to carry out quantitative pollination according to different flowers types again, it is applied widely, convenient for uniformly pollination.
The utility model is described in detail in above example, but the content is only the preferable reality of the utility model
Example is applied, should not be considered as limiting the scope of the present invention.Equalization made according to the scope of application of this utility model
Variation and improvement etc., should all still belong within the patent covering scope of the utility model.
Claims (9)
1. a kind of pollinating device for flowers quantitatively pollinated includes pollination mechanism and driving box in front and back setting, the pollination mechanism
It is fixedly connected on fixed seat side with described driving box one end, the fixed seat other side is fixedly connected with handle, and feature exists
In：The pollination mechanism includes the body of rod, and the body of rod is internally provided with conveyer belt, the conveyer belt by primary transmission wheel drive,
The primary transmission wheel is driven by level-one driving motor, and the powder being connected to respectively with body of rod inside is provided on the body of rod
Case and pollination head, the pollination head include sub-material section, section of gathering materials, conveying section and pollination section successively, are set vertically in the sub-material section
Several partition boards are equipped with, the sub-material section is divided into several sub-material chambers, the sub-material chamber and the body of rod connectivity part by the partition board
It is provided with scraper plate, the scraper plate is rotationally connected with the pollination head front side wall and institute far from the fixed seat side by rotary shaft
Driving box rear wall is stated, the rotation shaft rear end is pierced by by the driving box and is fixedly connected with driving lever, and the driving lever is by inserting
Bar is inserted into the location hole on the driving box rear wall and fixed angle, the sub-material intracavitary are provided with smoother roller, the refining
Several feed bins are provided on roller, after the smoother roller is rotationally connected with the pollination head front side wall and the driving box by roll shaft
Side wall, the roll shaft rear end are pierced by by the driving box and are fixedly connected with indicating arm, with described on the driving box rear wall
Roll shaft is that the center of circle is equipped with several positioning marks, is placed on the roll shaft in the driving box and is fixedly connected with stage transmission wheel,
Several driving wheels are rotatably connected to by roll shaft close to described fixed seat one end inside the driving box, the driving wheel by by
The belt that directive wheel is oriented to is sequentially connected with the stage transmission wheel, and the driving wheel is driven by secondary drive motor.
2. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：The conveyer belt is described in
Body of rod axis direction is arranged, and the body of rod both ends are respectively equipped with silica gel piece, and the silica gel piece will be divided into institute inside the body of rod
The powder feeding chamber in the middle part of the working chamber and the body of rod at body of rod both ends is stated, the conveyer belt both ends are each passed through the silica gel piece and institute
The drive connection of primary transmission wheel is stated, the primary transmission wheel is set in the working chamber, the institute close to described fixed seat one end
It states and is additionally provided with accumulator in working chamber, the accumulator is electric with the level-one driving motor, the secondary drive motor respectively
Connection is connected with several switches in the fixed seat of the handle side, several switches respectively with the electric power storage
Pond, the level-one driving motor and secondary drive motor electrical connection.
3. a kind of pollinating device for flowers quantitatively pollinated according to claim 2, it is characterised in that：The powder box with it is described
Pollination head is respectively arranged at the body of rod, and both sides, the powder box are disposed in proximity to described fixed seat one end, the powder up and down
Case is connected to the powder feeding chamber, and the pollination head is set to far from described fixed seat one end, the sub-material section and the powder feeding chamber
Connection, the powder box are equipped with feed inlet, capping, the pollination section are respectively arranged at the feed inlet and the pollination section
Place is provided with filter screen.
4. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：It is gradually distance from the fixation
The volume of the feed bin on the smoother roller of seat is sequentially reduced, and is gradually distance from the described of the smoother roller of the fixed seat
The diameter of the stage transmission wheel connected on roll shaft is sequentially increased, and several directive wheels and are gradually distance from setting up and down
The diameter for the driving wheel that the stage transmission wheel of the fixed seat is sequentially connected is sequentially increased, and the big driving wheel of diameter leans on
It is bordering on the fixed seat side.
5. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：The sub-material section and described
Conveying section is square hollow column, and the section of gathering materials is the hollow shape of falling truncated rectangular pyramids, and the pollination section is hollow truncated rectangular pyramids shape.
6. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：The size of the scraper plate with
The sectional dimension of the sub-material chamber matches, and the size of the smoother roller and the matching size of the sub-material chamber close.
7. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：Each rotary shaft pair
The location hole answered is two.
8. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：The number of the driving wheel
Amount, the quantity of the directive wheel, the quantity of the smoother roller are consistent with the quantity of the scraper plate, the positioning target quantity and institute
The quantity for stating feed bin is consistent.
9. a kind of pollinating device for flowers quantitatively pollinated according to claim 1, it is characterised in that：The primary transmission wheel is logical
Cross roll shaft and be rotationally connected with the body of rod front-rear side walls, the roll shaft front end be pierced by by the body of rod front side wall and with the level-one
Driving motor connects, and the level-one driving motor is set to the body of rod outer wall, and the secondary drive motor is set to the drive
Dynamic box outer wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721879680.4U CN207854723U (en) | 2017-12-28 | 2017-12-28 | A kind of pollinating device for flowers quantitatively pollinated |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721879680.4U CN207854723U (en) | 2017-12-28 | 2017-12-28 | A kind of pollinating device for flowers quantitatively pollinated |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207854723U true CN207854723U (en) | 2018-09-14 |
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ID=63463574
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721879680.4U Expired - Fee Related CN207854723U (en) | 2017-12-28 | 2017-12-28 | A kind of pollinating device for flowers quantitatively pollinated |
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| Country | Link |
|---|---|
| CN (1) | CN207854723U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110622855A (en) * | 2019-11-12 | 2019-12-31 | 马晓玲 | Pollinator for planting agricultural fruit trees |
| CN113906999A (en) * | 2021-10-27 | 2022-01-11 | 西华大学 | Air-assisted kiwi fruit pollination device |
| CN115226624A (en) * | 2022-07-15 | 2022-10-25 | 贵溪欧绿多肉植物有限公司 | Supplementary pollination equipment for flower planting |
-
2017
- 2017-12-28 CN CN201721879680.4U patent/CN207854723U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110622855A (en) * | 2019-11-12 | 2019-12-31 | 马晓玲 | Pollinator for planting agricultural fruit trees |
| CN113906999A (en) * | 2021-10-27 | 2022-01-11 | 西华大学 | Air-assisted kiwi fruit pollination device |
| CN113906999B (en) * | 2021-10-27 | 2022-12-13 | 西华大学 | Air-assisted kiwi fruit pollination device |
| CN115226624A (en) * | 2022-07-15 | 2022-10-25 | 贵溪欧绿多肉植物有限公司 | Supplementary pollination equipment for flower planting |
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