CN207383136U - A kind of tree transplantation device of quickly digging pit - Google Patents
A kind of tree transplantation device of quickly digging pit Download PDFInfo
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- CN207383136U CN207383136U CN201721279637.4U CN201721279637U CN207383136U CN 207383136 U CN207383136 U CN 207383136U CN 201721279637 U CN201721279637 U CN 201721279637U CN 207383136 U CN207383136 U CN 207383136U
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- rotary knife
- bearing wheels
- horizontal support
- rocking arm
- support arm
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Abstract
The utility model is related to a kind of tree transplantation devices of quickly digging pit.Its technical solution is：Including walking chassis, tree device is dug to be connected with walking chassis by slide, slide realizes the lifting for digging tree device by lifter, digging tree device includes horizontal support arm I and horizontal support arm II and blade section, installation is separately installed with the blade bearing wheels of vertical horizontal support arm, and is separately installed with rotary knife rocking arm for driving the engine of digging tree device in the middle part of horizontal support arm on horizontal support arm, the replaceable size of blade bearing wheels is simultaneously equipped with rip cutting blade, and crosscutting blade is connected between two rotary knife rocking arms.Its advantage is：It is simple and reasonable, it is processed convenient for manufacture, working service is convenient, meanwhile, the working space which needs in operation is small, is pushed to after formulating position, is not required secondary mechanically moving that excavation can be completed；Using soil ball pack case, a large amount of water sources are saved, improve survival rate.
Description
Technical field
The utility model is related to a kind of transplanting tree device, more particularly to a kind of tree transplantation device of quickly digging pit.
Background technology
At present, the mechanical relatively fewer of cave plant trees is dug both at home and abroad, is mostly to use hand digging when moving tree, digging tree,
Then manual straw rope wrapping soil ball, can not realize mechanization, hand digging nursery stock, not only time-consuming, the Er Qieyi that ties up soil ball
It plants nursery stock and wastes a large amount of water sources, most of water becomes non-available water, and efficiency is low, of high cost, and survival rate is also very low.
Existing tree mover is to drive U-shaped knife rotation with vibrating motor in the market, and vibration cutting is made to cut soil, mechanical volume
Greatly, activity is dumb, is not suitable for operating in Chinese garden planting nursery.In addition, when tree mover works, the vibration of high frequency can make root mud
It is native loose, it is difficult to keep root soil here, it is impossible to act complete soil ball.Moreover, existing tree mover tool must be fixedly arranged at headstock,
It needs to turn headstock during operation, operating radius is big, cannot flexible operation between narrow and small tree row.
Costly, type is larger for external tree mover price, and the soil ball dug is taper, is applicable in the tree root excavated
Less, tree mover is not suitable with national conditions and the market of China outside native land.The nursery nursery stock seeding row spacing in especially China is narrow, external large-scale
Tree mover tool is even more that can not carry out.
Therefore, domestic tree mover industry does not have full ripe mechanical equipment, domestic nursery stock digging transplanter tool also at present
Industry is still in blank.
The content of the invention
The purpose of this utility model provides a kind of tree of quickly digging pit and moves aiming at drawbacks described above existing in the prior art
Device is planted, passes through the longitudinal direction excavation and the rotary-cut of crosscutting rotary knife of rip cutting blade so that the excavation that tree mover can be simple and quick
Go out soil ball, the soil ball excavated in the soil ball pack case of Aided design, can realize high efficiency, it is low manually, low water consumption
Transport transplanting process.
One kind that the utility model is mentioned, which is quickly digged pit, sets transplantation device, and technical solution is：Including walking chassis, dig
Tree device is connected by slide with walking chassis, and slide realizes the lifting for digging tree device by lifter, and digging tree device includes horizontal stroke
Support arm I and horizontal support arm II and blade section, horizontal support arm I and the II middle part installation of horizontal support arm dig starting for tree device for driving
Machine is equipped with the vertical blade bearing wheels I of horizontal support arm and blade bearing wheels II, blade bearing wheels I on horizontal support arm I and horizontal support arm II
With rotary knife rocking arm I and rotary knife rocking arm II are separately installed in blade bearing wheels II, blade bearing wheels I and blade bearing wheels II can be more
It changes size and rip cutting blade is installed, crosscutting rotary knife is connected between rotary knife rocking arm I and rotary knife rocking arm II.
Preferably, transmission shaft is equipped between above-mentioned horizontal support arm I and horizontal support arm II, both ends of the drive shaft is equipped with drive shaft sprocket
I and drive shaft sprocket II, drive shaft sprocket I and drive shaft sprocket II coaxial sprocket group I and same is imparted power to by chain
Axis chain wheel set II, the sprocket wheel in coaxial sprocket group I and coaxial sprocket group II are separately fixed at the two of horizontal support arm I and horizontal support arm II
Side, drive shaft sprocket I and drive shaft sprocket II impart power to coaxial sprocket group I and coaxial sprocket group II by chain, together
Sprocket wheel in axis chain wheel set I and coaxial sprocket group II is separately fixed at II both sides of blade bearing wheels I and blade bearing wheels, coaxial cable
While wheel group I and coaxial sprocket group II rotate, blade bearing wheels I and blade bearing wheels II are also rotated with identical angular speed,
Power is realized with this to transfer.
Preferably, the inboard gear of above-mentioned coaxial sprocket group I and coaxial sprocket group II is turned by the crosscutting rotary knife of chain-driving
Dynamic, the both ends of crosscutting rotary knife are fixed on above rotary knife rocking arm I and rotary knife rocking arm II, the rotation of rotary knife rocking arm I and rotary knife rocking arm II
It is controlled by rocking arm sprocket wheel, rotary knife rocking arm lever is linked by chain and rocking arm sprocket wheel, manually controls the operation of rotary knife rocking arm
Handle realizes the rotation direction of control rotary knife rocking arm I and rotary knife rocking arm II, and the bottom rotary-cut to soil ball is realized with this.
Preferably, one end of above-mentioned horizontal support arm I and horizontal support arm II is welded on slide, and the slide is equipped with sliding up and down
Slipping block, one end connection blade bearing wheels I, blade bearing wheels II are fixed with 3 groups of biographies on the horizontal support arm I and horizontal support arm II
Movable sprocket is combined by driving chain and linked, and the horizontal support arm I and horizontal support arm II and corresponding blade bearing wheels I, blade are carried
Wheel II is in 90 ° of rigid solders.
Preferably, insert bearing wheels I, be fixed with bearing wheels reducer I in blade bearing wheels II and bearing wheels reduce
Device II drives the diameter 60cm for digging tree blade rotation, blade bearing wheels I and blade bearing wheels II by 2 groups of drive sprocket transmissions.
Preferably, there are drive sprocket, drive sprocket rigid connection in the outside of insert bearing wheels I and blade bearing wheels II
Rotary knife rocking arm I and rotary knife rocking arm II are separately installed with, changes the anglec of rotation of rotary knife rocking arm I and rotary knife rocking arm II by drive sprocket
Degree.
Preferably, pack and transport by soil ball pack case after soil ball is cut into, the soil ball pack case uses toughness
Stronger degradable material is made, and is dimensioned slightly smaller than soil ball size, is highly higher by 3-5 centimeters than soil ball, 2/3rds points of bottom
Cloth cavernous structure.
Preferably, insert bearing wheels I and blade bearing wheels II install rimmer knife of digging pit, while remove the operation of rotary knife rocking arm
Handle, rocking arm sprocket wheel, rotary knife rocking arm I, rotary knife rocking arm II, crosscutting rotary knife, coaxial sprocket group I and coaxial sprocket group II, as digging pit
Machine, it is identical that the pit-picker digs plant pit and tree mover ball size of cutting the earth.
Compared with prior art, its advantage is as follows for the utility model：
1st, the soil ball excavated is size normalised, unitizes；
2nd, save manually, the certain technology of hand digging soil ball need of work is, it is necessary to which special worker implements operation, manually
Excavating cost is higher, takes longer；
3rd, the utility model can reduce the breakage rate of soil ball, improve the survival rate of transplanting sapling；
4th, the utility model can reduce the use using tie string, directly using packing box；
5th, soil ball pack case mating in the utility model uses the stronger degradable material of toughness, is dimensioned slightly smaller than soil
Ball, it is compact, soil ball breakage rate is greatly reduced, it is easy to use, it greatly reduces manually, soil ball pack case design is than soil
Ball is higher by 3-5 centimeters, can directly water after transplanting sapling, without again fetch water enclosing, reduce irrigation amount.Simultaneously because water
No longer by the soil absorption of surrounding, directly infiltration soil ball and root system downwards, therefore substantially increase water use efficiency and nursery stock into
Motility rate；
6th, packing box bottom 2/3rds is distributed cavernous structure, and soil ball bottom root system is facilitated to absorb nutrient and transplanting life
Root；
In short, the utility model has the advantages of simple structure rationally, processed convenient for manufacture, working service is convenient, meanwhile, the tree mover
The working space that structure needs in operation is small, is pushed to after formulating position, is not required secondary mechanically moving that excavation can be completed；It adopts
With soil ball pack case, a large amount of water sources are saved, improve survival rate, have filled up blank, are had highly application value.
Description of the drawings
Fig. 1 is the stereogram of the utility model；
Fig. 2 is the stereogram of the utility model；
Fig. 3 is the stereogram of pit-picker；
Fig. 4 is the stereogram of soil ball pack case；
View when Fig. 5 is trees digging；
Fig. 6 is structure diagram of the trees in soil ball pack case；
In upper figure：Walking chassis 1, engine 2, lifter 3, slide 4, horizontal support arm I 5, horizontal support arm II 6, blade bearing wheels I
7th, blade bearing wheels II 8, rip cutting blade 9, rotary knife rocking arm I 10, rotary knife rocking arm II 11, crosscutting rotary knife 12, transmission shaft 13, transmission shaft
Chain wheel I 14, drive shaft sprocket II 15, bearing wheels reducer I 16, bearing wheels reducer II 17, coaxial sprocket group I 18, coaxial cable
Wheel group II 19, rotary knife rocking arm lever 20, rocking arm sprocket wheel 21, rimmer knife 22 of digging pit, soil ball pack case 23, eversion type upper casing 23.1,
It takes root permeable mesh 23.2.
Specific embodiment
The preferred embodiment of the utility model is illustrated below in conjunction with attached drawing, it should be understood that described herein excellent
Embodiment is selected to be only used for describing and explaining the present invention, is not used to limit the utility model.
Embodiment 1, referring to the drawings 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, the quick digging tree transplanting of digging pit that the utility model is mentioned fills
It puts, including walking chassis 1, digs tree device and be connected by slide 4 with walking chassis 1, slide 4 is realized by lifter 3 digs tree dress
The lifting put, digging tree device includes horizontal support arm I 5 and horizontal support arm II 6 and blade section, II 6 middle part of horizontal support arm I 5 and horizontal support arm
The engine 2 of tree device is dug in installation for driving, and the blade carrying of vertical horizontal support arm is equipped on horizontal support arm I 5 and horizontal support arm II 6
I 7 and blade bearing wheels II 8 are taken turns, rotary knife rocking arm I 10 and rotary knife are separately installed in blade bearing wheels I 7 and blade bearing wheels II 8
Rocking arm II 11, blade bearing wheels I 7 and II 8 replaceable size of blade bearing wheels are simultaneously equipped with rip cutting blade 9, I 10 He of rotary knife rocking arm
Crosscutting rotary knife 12 is connected between rotary knife rocking arm II 11.
Walking chassis 1 is promoted to sapling root sapling to be made to be located at II 19 line of coaxial sprocket group I 18 and coaxial sprocket group
Center, starts engine 2, and belt drives the transmission shaft 13 being located on horizontal support arm I 5 and horizontal support arm II 6,13 both ends of transmission shaft
Drive shaft sprocket I 14 and drive shaft sprocket II 15 are installed, drive shaft sprocket I 14 and drive shaft sprocket II 15 will be dynamic by chain
Power passes to coaxial sprocket group I 18 and coaxial sprocket group II 19, the sprocket wheel in coaxial sprocket group I 18 and coaxial sprocket group II 19 point
The both sides of horizontal support arm I 5 and horizontal support arm II 6, drive shaft sprocket I 14 and drive shaft sprocket II 15 are not fixed on by chain by power
Pass to coaxial sprocket group I 18 and coaxial sprocket group II 19, the sprocket wheel difference in coaxial sprocket group I 18 and coaxial sprocket group II 19
II 8 both sides of blade bearing wheels I 7 and blade bearing wheels are fixed on, coaxial sprocket group I 18 and coaxial sprocket group II 19 rotate same
When, blade bearing wheels I 7 and blade bearing wheels II 8 are also rotated with identical angular speed, and realizing power with this transfers.Coaxial cable
The inboard gear of wheel group I 18 and coaxial sprocket group II 19 is rotated by the crosscutting rotary knife 12 of chain-driving, the both ends of crosscutting rotary knife 12
It is fixed on above rotary knife rocking arm I 10 and rotary knife rocking arm II 11, the rotation of rotary knife rocking arm I 10 and rotary knife rocking arm II 11 is by rocking arm sprocket wheel
21 controls, rotary knife rocking arm lever 20 are linked by chain and rocking arm sprocket wheel 21, manually control rotary knife rocking arm lever 20
It realizes the rotation direction of control rotary knife rocking arm I 10 and rotary knife rocking arm II 11, the bottom rotary-cut to soil ball is realized with this.
After two blade bearing wheels rotate, lifter 3 is controlled, carries blade bearing wheels I 7 and blade using gravity
The longitudinal blade 9 taken turns on II 8 contacts soil, starts longitudinally cutting excavation.It is to be cut to after target depth, locking lifter 3, hand
Dynamic control rotary knife rocking arm lever 20 rotates horizontal rotary knife 12 and cuts soil and root system, controls horizontal rotary knife 12 manually from tree seedling root
The soil one side rotary-cut of stem is completed soil ball and is excavated to opposite side.Engine 2 is closed, proposes that soil ball is inserted in packing box, control rises
Drop device 3 makes excavating gear be restored to initial position, completes whole process.Cutting various sizes of soil ball can be different by replacing
The blade bearing wheels I 7 and blade bearing wheels II 8 of radius are realized.
Blade bearing wheels I 7 and blade bearing wheels II 8 can remove rip cutting blade 9, replace rimmer knife 22 of digging pit, while remove rotation
Knife rocking arm lever 20, rocking arm sprocket wheel 21, rotary knife rocking arm I 10, rotary knife rocking arm II 11, crosscutting rotary knife 12, I 18 and of coaxial sprocket group
Coaxial sprocket group II 19, as pit-picker, it is identical that the pit-picker digs plant pit and tree mover ball size of cutting the earth.
By using above-mentioned technical proposal, lifter is unclamped, the utility model is realized sliding on slide by gravity
It moves so that shoveling blade can abut trees ' root soil, and the high-speed rotation by gravity and blade is longitudinally cutting downwards
Soil and root system after the completion of longitudinally cutting soil, rotate the rotary knife rocking arm I and rotary knife rocking arm II, rotary knife rocking arm I and rotary knife shake
Arm II drives crosscutting rotary knife, and from sapling rhizome portion one side transverse direction helical cut soil and root system, cutting turns to opposite side, so as to
Realize that the mechanization of sapling is excavated.
Due to the use of drive sprocket it is less, energy loss is also less so that engine can more transmit power
Onto digging tree device, while structure is also more simple, and the rip cutting blade in blade bearing wheels I, blade bearing wheels II can lead to
It crosses slide to slide up and down, blade mutually abuts after sliding onto soil layer, you can to start to cut soil and root system, after work,
By operating lifter so that blade slides upwards, and operating process is very easy.
The soil ball of diameter maximum 50cm can be cut into blade bearing wheels of the diameter less than 60cm, blade bearing wheels subtract
The small lightweight that greatly ensure that the equipment, and can be driven using smaller engine.Meanwhile less chain wheel set can
To ensure power transmission, and greatly facilitate overhaul of the equipments in the future.
The rip cutting blade of the utility model vertical blades bearing wheels by the transmission of chain, realizes that high-speed rotation excavates soil
Earth and cutting root system, simply and effectively can quickly excavate deep trouth, while mining process driving chain can expose use,
The use of covering has been lacked in great letter, facilitates the maintenance maintenance of chain and sprocket wheel.
After the blade incision soil of the utility model, the soil excavated can be discharged, can quickly and effectively rotated
Soil ball is cut into, while soil ball is not easy to damage, that is, improves excavation speed, also improves Mining Quality.
By using above-mentioned technical proposal, after blade cuts soil, the soil excavated can be discharged, can quickly had
The circumgyration incision of effect goes out soil ball, while soil ball is not easy to damage, that is, improves excavation speed, also improves Mining Quality.
The utility model is further arranged to：The tree mover mainly passes through two circular shear blade rip cuttings and a spiral shell
Swing arm blade rotary-cut, the soil ball being cut into is into semicylinder.
By using above-mentioned technical proposal, the soil ball excavated is unified compared to more traditional soil ball dimensional standard, and root content is big,
Transport plant is more convenient.
The utility model is further arranged to：The tree mover realizes mechanization, standardization, therefore Aided design soil
Ball pack case, to fixation, transport, transplanting.23 material of soil ball pack case uses the stronger degradable material of toughness, size
It is slightly less than soil ball size, the height of eversion type upper casing 23.1 is higher by 3-5 centimeters than soil ball, and the distribution of bottom 2/3rds is taken root permeable
Mesh 23.2, and the section of soil ball pack case 23 is semicircular structure or arcuate structure.
By using above-mentioned technical proposal, after soil ball is excavated, pack case is directly loadable into, can so be reduced or not
The use of tie string is reused, is greatly reduced manually, operation is extremely convenient.Since pack case is compact, so reduce soil
Ball breakage rate.During transplanting, since pack case is degradable material, do not have to remove pack case again.Due to packaging
The size ratio soil ball of shell is higher by 3-5 centimeters, can directly water after transplanting sapling, no longer fetch water enclosing, reduce irrigation amount.
Simultaneously because water, no longer by the soil absorption of surrounding, the water of pouring can penetrate into soil ball and root system directly down, therefore significantly
Improve the effective percentage of water.Pack case middle and lower part cavernous structure facilitates soil ball bottom root system to absorb surrounding soil nutrient, convenient for life
Root.
The utility model is further arranged to：Blade bearing wheels I and blade bearing wheels II can remove rip cutting blade, replace and dig
Rimmer knife is cheated, while removes rotary knife rocking arm lever, rocking arm sprocket wheel, rotary knife rocking arm I, rotary knife rocking arm II, crosscutting rotary knife, coaxial sprocket
Group I and coaxial sprocket group II, as pit-picker, it is identical that the pit-picker digs plant pit and tree mover ball size of cutting the earth.
Through the above scheme, dig plant pit to coincide with soil ball size, soil ball is placed in plant pit, without row backfill again
Soil.Soil ball moulding makes plant secured, is not necessary to support, saving of labor, time saving, starts a kind of brand-new plant pattern.
A kind of application method for quick tree transplantation device of digging pit that the utility model is mentioned, comprises the following steps：
First, the utility model is pushed to sapling root, sapling is made to be located at coaxial sprocket group I 18 and coaxial sprocket group II
The center of 19 lines, starts engine 2, and belt drives the transmission shaft 13 being located on horizontal support arm I 5 and horizontal support arm II 6, transmission
14 both ends of axis are equipped with drive shaft sprocket I 14 and drive shaft sprocket II 15, and drive shaft sprocket I 14 and drive shaft sprocket II 15 pass through
Chain imparts power to coaxial sprocket group I 18 and coaxial sprocket group II 19, in coaxial sprocket group I 18 and coaxial sprocket group II 19
Sprocket wheel be separately fixed at the both sides of horizontal support arm I 5 and horizontal support arm II 6, drive shaft sprocket I 14 and drive shaft sprocket II 15 pass through chain
Item imparts power to coaxial sprocket group I 18 and coaxial sprocket group II 19, in coaxial sprocket group I 18 and coaxial sprocket group II 19
Sprocket wheel is separately fixed at II 19 turns of II 8 both sides of blade bearing wheels I 7 and blade bearing wheels, coaxial sprocket group I 18 and coaxial sprocket group
While dynamic, blade bearing wheels I 7 and blade bearing wheels II 8 are also rotated with identical angular speed, and realizing power with this transfers；
The inboard gear of coaxial sprocket group I 18 and coaxial sprocket group II 19 is rotated by the crosscutting rotary knife 12 of chain-driving, horizontal
The both ends for cutting rotary knife 12 are fixed on above rotary knife rocking arm I 10 and rotary knife rocking arm II 11, rotary knife rocking arm I 10 and rotary knife rocking arm II 11
Rotation is controlled by rocking arm sprocket wheel 21, and rotary knife rocking arm lever 20 is linked by chain and rocking arm sprocket wheel 21, manually control rotation
Knife rocking arm lever 20 realizes the rotation direction of control rotary knife rocking arm I 10 and rotary knife rocking arm II 11, and the bottom to soil ball is realized with this
Portion's rotary-cut；
After two blade bearing wheels rotate, lifter 3 is controlled, carries blade bearing wheels I 7 and blade using gravity
The longitudinal blade 9 taken turns on II 8 contacts soil, starts longitudinally cutting excavation；It is to be cut to after target depth, locking lifter 3, hand
Dynamic control rotary knife rocking arm lever 20 rotates horizontal rotary knife 12 and cuts soil and root system, controls horizontal rotary knife 12 manually from tree seedling root
The soil one side rotary-cut of stem to opposite side, completion soil ball is excavated, and is closed engine 2, is proposed that soil ball is inserted in soil ball pack case 23,
Control lifter 3 makes excavating gear be restored to initial position, completes entire digging tree process；
Secondly, the blade bearing wheels I of the utility model and blade bearing wheels II are removed into rip cutting blade, replaces rimmer knife of digging pit
22, while remove rotary knife rocking arm lever, rocking arm sprocket wheel, rotary knife rocking arm I, rotary knife rocking arm II, crosscutting rotary knife, coaxial sprocket group I
With coaxial sprocket group II, as pit-picker, it is identical that the pit-picker digs plant pit and tree mover ball size of cutting the earth；
Again, soil ball pack case and the trees dug are moved at plant pit, without row backfill soil again, due to soil ball bag
Dress shell is higher by 3-5 centimeters than soil ball, can directly water after transplanting sapling, and without again fetch water enclosing, entire transplanting process is complete
Into.
The above, is only the part preferred embodiment of the utility model, any those skilled in the art
Equivalent technical solution can be changed or be revised as using the technical solution of above-mentioned elaboration.Therefore, it is new according to this practicality
Any simple modification or substitute equivalents that the technical solution of type is carried out belong to the greatest extent the scope of the requires of the utility model protection.
Claims (8)
1. a kind of tree transplantation device of quickly digging pit, it is characterized in that：Including walking chassis（1）, dig tree device and pass through slide（4）With
Walking chassis（1）Connection, slide（4）Pass through lifter（3）Realize the lifting for digging tree device, digging tree device includes horizontal support arm I（5）
With horizontal support arm II（6）And blade section, horizontal support arm I（5）With horizontal support arm II（6）The hair of tree device is dug in middle part installation for driving
Motivation（2）, horizontal support arm I（5）With horizontal support arm II（6）On the blade bearing wheels I of vertical horizontal support arm are installed（7）With blade bearing wheels
Ⅱ（8）, blade bearing wheels I（7）With blade bearing wheels II（8）On be separately installed with rotary knife rocking arm I（10）With rotary knife rocking arm II
（11）, blade bearing wheels I（7）With blade bearing wheels II（8）Replaceable size is simultaneously equipped with rip cutting blade（9）, rotary knife rocking arm I
（10）With rotary knife rocking arm II（11）Between connect crosscutting rotary knife（12）.
2. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：The horizontal support arm I（5）With horizontal support arm
Ⅱ（6）Between be equipped with transmission shaft（13）, transmission shaft（13）Both ends are equipped with drive shaft sprocket I（14）With drive shaft sprocket II
（15）, drive shaft sprocket I（14）With drive shaft sprocket II（15）Coaxial sprocket group I is imparted power to by chain（18）With it is same
Axis chain wheel set II（19）, coaxial sprocket group I（18）With coaxial sprocket group II（19）On sprocket wheel be separately fixed at horizontal support arm I（5）
With horizontal support arm II（6）Both sides, drive shaft sprocket I（14）With drive shaft sprocket II（15）It is imparted power to coaxially by chain
Chain wheel set I（18）With coaxial sprocket group II（19）, coaxial sprocket group I（18）With coaxial sprocket group II（19）On sprocket wheel it is solid respectively
It is scheduled on blade bearing wheels I（7）With blade bearing wheels II（8）Both sides, coaxial sprocket group I（18）With coaxial sprocket group II（19）It rotates
While, blade bearing wheels I（7）With blade bearing wheels II（8）Also rotated with identical angular speed, realizing power with this passes
It passs.
3. quick tree transplantation device of digging pit according to claim 2, it is characterized in that：The coaxial sprocket group I（18）With
Coaxial sprocket group II（19）Inboard gear pass through the crosscutting rotary knife of chain-driving（12）It rotates, crosscutting rotary knife（12）Both ends fix
In rotary knife rocking arm I（10）With rotary knife rocking arm II（11）Above, rotary knife rocking arm I（10）With rotary knife rocking arm II（11）Rotation by rocking arm
Sprocket wheel（21）Control, rotary knife rocking arm lever（20）Pass through chain and rocking arm sprocket wheel（21）Link manually controls rotary knife to shake
Arm lever（20）Realize control rotary knife rocking arm I（10）With rotary knife rocking arm II（11）Rotation direction, realized with this to soil ball
Bottom rotary-cut.
4. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：The horizontal support arm I（5）With horizontal support arm
Ⅱ（6）One end be welded on slide（4）On, the slide（4）It is equipped with the slipping block slid up and down, one end connection blade carrying
Wheel I（7）, blade bearing wheels II（8）, 3 groups of drive sprockets are fixed on the horizontal support arm I and horizontal support arm II, pass through driving chain
Combination link, the horizontal support arm I（5）With horizontal support arm II（6）With corresponding blade bearing wheels I（7）, blade bearing wheels II（8）It is in
90 ° of rigid solders.
5. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：The blade bearing wheels I（7）, knife
Piece bearing wheels II（8）On be fixed with bearing wheels reducer I（16）With bearing wheels reducer II, pass through 2 groups of drive sprocket transmission belts
It is dynamic to dig tree blade rotation, blade bearing wheels I and blade bearing wheels II（8）Diameter 60cm.
6. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：The blade bearing wheels I（7）And knife
Piece bearing wheels II（8）Outside have a drive sprocket, drive sprocket rigid connection is separately installed with rotary knife rocking arm I（10）It is shaken with rotary knife
Arm II（11）, rotary knife rocking arm I is changed by drive sprocket（10）With rotary knife rocking arm II（11）Rotation angle.
7. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：Soil ball passes through soil ball after being cut into
Pack case is packed and transport, the soil ball pack case are made of the stronger degradable material of toughness, is dimensioned slightly smaller than soil ball ruler
It is very little, 3-5 centimeters highly are higher by than soil ball, bottom 2/3rds is distributed cavernous structure.
8. quick tree transplantation device of digging pit according to claim 1, it is characterized in that：The blade bearing wheels I and blade
Bearing wheels II install rimmer knife of digging pit（22）, while remove rotary knife rocking arm lever, rocking arm sprocket wheel, rotary knife rocking arm I, rotary knife rocking arm
IIth, crosscutting rotary knife, coaxial sprocket group I and coaxial sprocket group II, as pit-picker, the pit-picker digs plant pit and tree mover institute
Shoveling ball size is identical.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721279637.4U CN207383136U (en) | 2017-09-30 | 2017-09-30 | A kind of tree transplantation device of quickly digging pit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721279637.4U CN207383136U (en) | 2017-09-30 | 2017-09-30 | A kind of tree transplantation device of quickly digging pit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207383136U true CN207383136U (en) | 2018-05-22 |
Family
ID=62330754
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721279637.4U Expired - Fee Related CN207383136U (en) | 2017-09-30 | 2017-09-30 | A kind of tree transplantation device of quickly digging pit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207383136U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107517820A (en) * | 2017-09-30 | 2017-12-29 | 王晓亮 | A kind of quick tree transplantation device and method of digging pit |
| CN111789013A (en) * | 2018-12-21 | 2020-10-20 | 傲浒建设集团有限公司 | Tree transplanting device for municipal garden |
-
2017
- 2017-09-30 CN CN201721279637.4U patent/CN207383136U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107517820A (en) * | 2017-09-30 | 2017-12-29 | 王晓亮 | A kind of quick tree transplantation device and method of digging pit |
| CN111789013A (en) * | 2018-12-21 | 2020-10-20 | 傲浒建设集团有限公司 | Tree transplanting device for municipal garden |
| CN111789013B (en) * | 2018-12-21 | 2022-01-11 | 扬州科丰高新产业投资开发集团有限公司 | Tree transplanting device for municipal garden |
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