CN207712259U - A kind of fish gill formula cyanobacteria boat for harvesting - Google Patents
A kind of fish gill formula cyanobacteria boat for harvesting Download PDFInfo
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- CN207712259U CN207712259U CN201820079226.9U CN201820079226U CN207712259U CN 207712259 U CN207712259 U CN 207712259U CN 201820079226 U CN201820079226 U CN 201820079226U CN 207712259 U CN207712259 U CN 207712259U
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Abstract
The utility model is related to fish gill formula cyanobacteria boat for harvesting, including hull；Cyanobacteria harvester, including holder, the diving pump group part and intercept net that form collecting unit, the collecting unit can be arranged along the short transverse up and down adjustment of hull；Fish Branchial filtering device, including frame, multiple sieves units, adjusting unit, spray unit, wherein each sieves unit includes screen frame, sieve, blue algae collecting slot and sump pit；Storage device, the fish Branchial filtering device have multiple, and are tilted to the middle part of hull and draw close setting；Blue algae collecting slot is connected with the compass screen surface of multiple sieves and forms integral channel, and sump pit has multiple and is connected to the back side of each compass screen surface filtrate outboard is discharged.On the one hand the utility model can control the section of harvesting, prevent from blocking；On the other hand it is drained by sulculus, the mode that integral channel is collected cyanobacteria, mitigates the workload of harvest personnel, while rational deployment, be not only convenient for the maintenance of equipment, and prevent the centre-of gravity shift of ship.
Description
Technical field
The utility model is related to a kind of water surface cleaning ships, and in particular to a kind of fish gill formula cyanobacteria boat for harvesting.
Background technology
After China's lake blue algae pollution problem appearance, various blue algae collecting equipment are come into being, and generally use belt screen
Filtering, inclined-plane filtering, vibrating inclined are sieved through traditional algae water such as filter, flocculation-air floating separation, electromagnetism separation just fractionation technique, generally
There are problems that efficiency is low, high energy consumption, single machine draws tens cubic metres of processing algae water per hour, runs tens kilowatts of power, far
Far from the cyanobacteria Disaster control demand for meeting the large-size lakes such as Taihu Lake, Chaohu, Dian Chi, the blue alga clearing master of annual few hundred thousand tonnes of
It manually to salvage, there is an urgent need to be similar to large-scale water surface blue-green algae removing device as " combine combine harvester ".
Such as Chinese patent, involved blue-green algae removing device and fish gill formula in CN101624824B and CN101537276B
Filter device is it is found that it has the following advantages：
（1）, efficiently.Working width reaches 10m, draws processing algae water 1000m3/h, the unit operation energy compared with same category of device
Power improves an order of magnitude；
（2）, it is energy saving.Power total installed capacity 50kw draws processing algae water 1000m3/h, specific energy consumption 0.02kw/m3, and similar
Equipment reduces an order of magnitude compared to specific energy consumption；
（3）, adapt to big water surface operation.Draft 0.8m, working width 10m, maximum operation speed of a ship or plane 5km/h are equipped with
It can work continuously round the clock after DGPS navigation system, day cleans water surface 1km2, is suitable for the cyanobacteria scale of large-size lake, reservoir
It removes.
But in practical operation, have the following defects：
1, in blue algae collecting, since its collection device is located at fore, the section model in the waters acquired
It is with limit, and be easy to cause the blocking of collection device, also influences collecting efficiency and effect；
2, cyanobacteria is during screening out, although the angle of sieve can be adjusted according to the dense dilution of acquisition cyanobacteria,
It is that it is connected to the accumulation that sulculus be easy to cause cyanobacteria with compass screen surface, therefore, it is necessary to manually carry out periodic cleaning, gives actual operation band
It is inconvenient to come.
3, the position distribution of fish Branchial filtering device is also particularly significant, on the one hand needs to be convenient for manual maintenance；On the other hand
The offset for preventing center of gravity is more advantageous to the navigation of ship.
4, fish Branchial filtering device is to be directly exposed to outside, is not provided with masking canopy, not only reduces its service life, but also
The filtering screening of cyanobacteria has been seriously affected on rainy day.
Invention content
Technical problem to be solved in the utility model is to overcome the deficiencies of the prior art and provide a kind of improved fish gill formula
Cyanobacteria boat for harvesting, one side can effectively control the section that cyanobacteria harvests in waters, prevent the blocking of collecting unit；It is another
Aspect is drained by sulculus, the mode that integral channel is collected cyanobacteria, mitigates the workload of harvest personnel, while rational deployment
Multiple fish Branchial filtering devices, are not only convenient for the maintenance of equipment, and prevent the centre-of gravity shift of ship, the navigation of more advantageous ship.
In order to solve the above technical problems, the technical solution that the utility model is taken is as follows：
A kind of fish gill formula cyanobacteria boat for harvesting comprising
Hull；
Cyanobacteria harvester is located at fore comprising the diving pump group for positioning holder on the bow, being arranged on holder
Part and intercept net, wherein diving pump group part and intercept net form a collecting unit；
Fish Branchial filtering device is located at midship, and includes frame, is located at multiple filterings disposed in parallel in frame
Sieve unit, adjustings unit for being adjusted in synchronism multiple sieves units angle of inclination and it is connected with pump group part of diving under water
Spray unit, wherein each sieves unit includes screen frame, sieve, blue algae collecting slot and sump pit positioned at screen bottom；
Storage device, and being connected for blue algae collecting slot, for collecting filtered cyanobacteria；
In particular, collecting unit can be arranged along the short transverse up and down adjustment of hull；Fish Branchial filtering device has more
It is a, and tilted to the middle part of hull and draw close setting；Blue algae collecting slot is connected with the compass screen surface of multiple sieves and forms one
Integral channel, sump pit have multiple and are connected to the back side of each compass screen surface filtrate outboard is discharged.
Preferably, holder includes being located in deck in ship structure and outwardly extending positioning plate, prolonging along beam of hull direction
The harvesting frame stretched, collecting unit are located in harvesting frame.
A specific implementation according to the present utility model and preferred aspect, harvesting frame is along the length direction of hull to two
Side open is arranged forward in horn-like and horn mouth, collecting unit have it is multiple, and with fish Branchial filtering device correspond be connected to
Setting.Horn-like design is convenient for the harvesting of cyanobacteria, collecting unit to be correspondingly arranged, prevented wherein with fish Branchial filtering device one
One is broken, and others still are able to work normally.
Preferably, cyanobacteria harvester further includes that the driving that harvesting frame can be driven to move up and down is arranged on positioning plate
Unit, the driving unit include along vertical direction extend and can move up and down the lead screw being arranged on positioning plate, setting
The nut and actuator to match on positioning plate and with lead screw, the wherein lower end of lead screw are fixedly connected with harvesting frame.
Preferably, diving pump group part include immersible pump, it is parallel with lead screw and leading on positioning plate can be movably arranged as
Hose to water pipe, for guiding water pipe to be connected with the water inlet pipe of spray unit.Guiding water pipe is hard conduit, simultaneously
Have the effect of lifting guide rod and bearing concurrently.
Further, cyanobacteria harvester further includes being oriented to the link being mutually fixedly connected at the top of water pipe, lead screw by more
Top be connected with link by rotating connector.In this example, driving unit has two groups, and along the length side of positioning plate
To being uniformly distributed.
Another specific implementation according to the present utility model and preferred aspect, spray unit include and cyanobacteria harvester phase
The supervisor of connection is connected with supervisor and is located at more branch pipes above each sieves unit and is arranged in every branch pipe
On flow control valve, wherein offering spray apertures side by side on every branch pipe.
Preferably, strainer mesh number is the mesh of 150 mesh ~ 200, and each sieves unit can extract setting out from frame.
Convenient for the maintenance and replacement of strainer.
In addition, frame parallelogram, adjust unit and be connected to parallelogram one end, and can push frame around
Bottom edge phase both sides deflect, to realize that sieves unit angle of inclination is adjusted.
Finally, above-mentioned cyanobacteria boat for harvesting further includes the masking canopy above each Branchial filtering device of setting；Blue algae collecting
Slot is connected from inclined bottom with the storage device positioned at hull interior from one end to the other end oblique collection.
Due to the implementation of above technical scheme, the utility model has the following advantages that compared with prior art：
On the one hand the utility model can effectively control the section that cyanobacteria harvests in waters, prevent the stifled of collecting unit
Plug；On the other hand it is drained by sulculus, the mode that integral channel is collected cyanobacteria, mitigates the workload of harvest personnel, simultaneously
The multiple fish Branchial filtering devices of rational deployment, are not only convenient for the maintenance of equipment, and prevent the centre-of gravity shift of ship, more advantageous ship
Navigation.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model cyanobacteria boat for harvesting；
Fig. 2 is the structure enlargement diagram of cyanobacteria harvester in Fig. 1；
Fig. 3 is the structure enlargement diagram for 1. locating fish Branchial filtering device in Fig. 1；
Fig. 4 is the structure enlargement diagram for 3. locating fish Branchial filtering device in Fig. 1；
Wherein：1, hull；10, deck in ship structure；2, cyanobacteria harvester；20, holder；200, positioning plate；201, frame is harvested
Frame；21, diving pump group part；210, immersible pump；211, it is oriented to water pipe；212, hose；22, intercept net；A, collecting unit；23, it drives
Moving cell；230, lead screw；231, nut；232, actuator；24, link；3, fish Branchial filtering device；30, frame；30a, determine
Position portion；31, sieves unit；310, screen frame；311, sieve；312, blue algae collecting slot；313, sump pit；32, unit is adjusted；
320, locating rack；321, fastener is adjusted；A1, a2, connecting seat；B1, b2, hook rod piece；C, toggle part；33, spray unit；330、
Supervisor；331, branch pipe；I, first pipe；II, second pipe；332, flow control valve；333, positioning strip；334, separation group
Part；4, storage device；40, storage silo；5, canopy is covered；1. 2., 3., 4., fish Branchial filtering device.
Specific implementation mode
The utility model is described in more detail with specific embodiment below in conjunction with the accompanying drawings.
Referring to Fig. 1, cyanobacteria boat for harvesting provided in this embodiment comprising hull 1, cyanobacteria harvester 2, the filtering of fish gill formula
Device 3, storage device 4, wherein fish Branchial filtering device 3 have multiple, and are tilted to the middle part of hull 1 and draw close setting.
Specifically, referring to Fig. 1 and Fig. 2, in this example, cyanobacteria harvester 2, and it is located at fore, and include positioning on the bow
Holder 20, the diving pump group part 21 that is arranged on holder 20 and intercept net 22, wherein diving pump group part 21 and 22 shape of intercept net
At a collecting unit a.
In this example, collecting unit a can be arranged along the short transverse up and down adjustment of hull 1.
Holder 20 includes being located in deck in ship structure 10 and outwardly extending positioning plate 200, prolonging along 1 width direction of hull
The harvesting frame 201 stretched, collecting unit a are located in harvesting frame 201.
Harvesting frame 201 is opened along the length direction of hull 1 to both sides to be arranged forward in horn-like and horn mouth.
In this example, collecting unit a have it is multiple, and with fish Branchial filtering device 3 one-to-one correspondence be connected to setting.Horn-like sets
Meter is convenient for the harvesting of cyanobacteria, collecting unit a to be correspondingly arranged with fish Branchial filtering device 3, one of them is prevented to be broken, other
Still be able to work normally.
Cyanobacteria harvester 2 further includes that the driving that harvesting frame 201 can be driven to move up and down on positioning plate 20 is arranged
Unit 23, the driving unit 23 include the lead screw being arranged on positioning plate 20 that extends along vertical direction and can move up and down
230, the nut 231 and actuator 232 for being arranged on positioning plate 20 and matching with lead screw 230, wherein under lead screw 230
End is relatively fixed with harvesting frame 201 and connect.
Diving pump group part 21 includes immersible pump 210, parallel with lead screw 230 and can be movably arranged as on positioning plate 20
It is oriented to water pipe 211, the hose for guiding water pipe 211 to be connected with the water inlet pipe of the spray unit of fish Branchial filtering device 3
212.Guiding water pipe 211 is hard conduit, has the effect of lifting guide rod and bearing concurrently simultaneously.The effect of hose 212, is convenient for
Diving 21 lift adjustment of pump group part.
Cyanobacteria harvester 2 further includes being oriented to the link 24 that 211 top of water pipe is mutually fixedly connected, lead screw 230 by more
Top be connected with link 24 by rotating connector.In this example, driving unit 23 has two groups, and along positioning plate 20
Length direction is uniformly distributed.
In conjunction with shown in Fig. 1,3 and 4, fish Branchial filtering device 3 is located at 1 middle part of hull, and includes frame 30, is located at frame
Multiple sieves units 31 disposed in parallel, the adjusting list for being adjusted in synchronism multiple 31 angles of inclination of sieves unit in frame 30
Member 32 and the spray unit 33 being connected with diving pump group part 21, wherein each sieves unit 31 includes screen frame 310, sieve
Net 311, blue algae collecting slot 312 and sump pit 313 positioned at 310 bottom of sieve.
Specifically, 311 mesh number of strainer is the mesh of 150 mesh ~ 200, and each sieves unit 31 can be taken out from frame 30
Go out setting.Convenient for the maintenance and replacement of strainer.
In this example, it is equipped with multiple angle bar shapes positioning region 30a side by side on frame 30, the upper and lower end parts of screen frame 310 are set respectively
It sets on positioning region 30a and sump pit 313.
Blue algae collecting slot 312 is connected with the compass screen surface of multiple sieves 311 and forms an integral channel, and sump pit 313 has more
It is a and be connected to the back side of each compass screen surface outboard is discharged in filtrate.It is, sulculus is for arranging filtrate, integral channel is for each
The convergence of the cyanobacteria of sieves unit 31.
In this example, blue algae collecting slot 312 from inclined bottom and is located at ship from one end to the other end oblique collection
Storage device 4 inside body 1 is connected.
Specifically, storage device 4 includes the storage silo 40 for being located at 10 lower section of deck in ship structure, blue algae collecting slot 312 and storage
Storehouse 40 is connected by pipeline.
30 parallelogram of frame, adjust unit 32 be connected to parallelogram one end, and can push frame 30 around
The deflection of bottom edge phase both sides, to realize that 31 angle of inclination of sieves unit is adjusted.
Adjusting unit 32 includes mainly the locating rack 320 being fixed on hull 1, is used for frame 30 and 320 phase of locating rack
To the adjusting fastener 321 of connection, wherein the both ends on each frame 30 from parallelogram bottom edge are rotatably arranged on locating rack 320
On, one end of the upper end far from hull center, which is equipped with, adjusts fastener 321, wherein realizing angle of inclination by adjusting fastener 321
It adjusts.
Specifically, it includes the connecting seat a1, a2 being connected on frame 30 and locating rack 320, difference to adjust fastener 321
Hook rod piece b1, b2 of the hanging buckle on connecting seat a1, a2, the toggle part c with hook rod piece b1, b2 other end threaded connection,
Middle rotation toggle part c, hook rod piece b1, b2 move toward one another the angular adjustment for realizing frame 30.
Spray unit 33 includes the supervisor 330 being connected with cyanobacteria harvester, is connected with supervisor 330 and positioned at each
More branch pipes 331 of 31 top of sieves unit and the flow control valve 332 being arranged on every branch pipe 331, wherein often
Spray apertures are offered side by side on root branch pipe 331.The top of this sieve 311 of the spray apertures face.
Spray unit further includes extending along the length direction of frame 30 and being respectively arranged in a one-to-one correspondence more branch pipes 331
Positioning strip 333 on sieves unit 31 and partition component 334, wherein partition component 334 are for by positioning strip 333, frame
Frame 30 and the bolt assembly of the opposite locking of branch pipe 331.
Supervisor 330 extends along the length direction of frame 30, and between two fish Branchial filtering devices, branch pipe 331
Include the first pipe I upwardly extended from supervisor 330, extend from the top of first pipe I along 30 width direction of frame the
Two pipelines II, flow control valve 332 are disposed side by side in first pipe I.So that 330 Relatively centralizeds of supervisor, convenient for pipeline
Arrangement, meanwhile, under the control of flow control valve 332, uniformly spray is realized as far as possible.
In addition, above-mentioned cyanobacteria boat for harvesting further includes the masking canopy 5 of each 3 top of Branchial filtering device of setting, wherein hiding
Canopy 5 is covered to be arranged on frame 30.Not only extend its service life, but also the filter effect of sieve will not be influenced on rainy day.
In conclusion the present embodiment has the advantage that：
1, it is arranged by the lifting of collecting unit, can effectively controls the section that cyanobacteria harvests in waters, prevent from acquiring
The blocking of unit, while under not harvest state, it can be raised to liquid level or more, reduce the resistance of ship navigation；
2, it is drained by sulculus, the mode that convergence slot is collected cyanobacteria mitigates the workload of harvest personnel, facilitates behaviour
Make；
3, multiple fish Branchial filtering devices, which are tilted to middle part, considers setting, is not only convenient for the maintenance of equipment, and prevent
The centre-of gravity shift of ship, the navigation of more advantageous ship；
4, the setting for covering canopy not only extends its service life, but also the filtering effect of sieve will not be influenced on rainy day
Fruit.
5, under the positioning of the frame of parallelogram, toggle part is rotated, two hook rod pieces move toward one another and realize frame
Angular adjustment, to realize that sieves unit angle of inclination is adjusted（General angle is acute angle）, specifically according to the thick and dilute of cyanobacteria
Determine, when cyanobacteria is thick when, strainer be put it is vertical a bit；When cyanobacteria is dilute, strainer is to be laid flat a bit.
The utility model is described in detail above, its object is to allow the personage for being familiar with this field technology can be much of that
It solves the content of the utility model and is implemented, the scope of protection of the utility model can not be limited with this, it is all according to this practicality
Equivalent change or modification made by novel Spirit Essence should all cover within the protection scope of the present utility model.
Claims (10)
1. a kind of fish gill formula cyanobacteria boat for harvesting comprising
Hull；
Cyanobacteria harvester is located at fore comprising is located in holder, the diving of setting on the bracket of the fore
Pump group part and intercept net, wherein the immersible pump component and the intercept net form a collecting unit；
Fish Branchial filtering device is located at the midship, and includes frame, is located at multiple filterings disposed in parallel in frame
Sieve unit, the adjusting unit for being adjusted in synchronism multiple sieves unit angles of inclination and with the diving pump group part
The spray unit being connected, wherein each sieves unit includes screen frame, sieve, positioned at the blue algae collecting slot of screen bottom and row
Liquid bath；
Storage device, and being connected for the blue algae collecting slot, for collecting filtered cyanobacteria；
It is characterized in that：
The collecting unit can be arranged along the short transverse up and down adjustment of the hull；The fish Branchial filtering device
Have multiple and is tilted to the middle part of the hull and draw close setting；The sieve of the blue algae collecting slot and multiple sieves
Face is connected and forms an integral channel, and the sump pit has multiple and is connected to the back side of each compass screen surface filtrate is discharged
Outboard.
2. fish gill formula cyanobacteria boat for harvesting according to claim 1, it is characterised in that：The holder includes being located in hull
On deck and outwardly extending positioning plate, the harvesting frame that extends along the beam of hull direction, the collecting unit are fixed
Position is in the harvesting frame.
3. fish gill formula cyanobacteria boat for harvesting according to claim 2, it is characterised in that：The harvesting frame is along hull
Length direction is opened to both sides to be arranged in horn-like and horn mouth forward, the collecting unit have it is multiple, and with the fish gill
Formula filter device corresponds connection setting.
4. fish gill formula cyanobacteria boat for harvesting according to claim 3, it is characterised in that：The cyanobacteria harvester further includes setting
Set can be driven on the positioning plate it is described harvesting frame move up and down driving unit, the driving unit include along
Vertical direction extend and can move up and down the lead screw being arranged on the positioning plate, be arranged on the positioning plate and with
The nut and actuator that the lead screw matches, wherein the lower end of the lead screw and the harvesting frame are opposite solid
Fixed connection.
5. fish gill formula cyanobacteria boat for harvesting according to claim 4, it is characterised in that：The diving pump group part includes diving
Pump, it is parallel with the lead screw and can be movably arranged as on the positioning plate guiding water pipe, be used for the guiding water pipe
The hose being connected with the water inlet pipe of the spray unit.
6. fish gill formula cyanobacteria boat for harvesting according to claim 5, it is characterised in that：The cyanobacteria harvester further includes
By the more links for being oriented to water pipe top and being mutually fixedly connected, the top of the lead screw passes through rotating connector and the company
Frame is connect to be connected.
7. fish gill formula cyanobacteria boat for harvesting according to claim 1, it is characterised in that：The spray unit include with it is described
Supervisor that cyanobacteria harvester is connected is connected and the more branch above each sieves unit with the supervisor
Pipe and the flow control valve being arranged on the every branch pipe, wherein offering spray apertures side by side on every branch pipe.
8. fish gill formula cyanobacteria boat for harvesting according to claim 1, it is characterised in that：The strainer mesh number is 150 mesh ~ 200
Mesh, and each sieves unit can extract setting out from the frame.
9. fish gill formula cyanobacteria boat for harvesting according to claim 1, it is characterised in that：The frame parallelogram,
The adjusting unit is connected to parallelogram one end, and the frame can be pushed to be deflected around bottom edge phase both sides, to realize
Sieves unit angle of inclination is adjusted.
10. fish gill formula cyanobacteria boat for harvesting according to claim 1, it is characterised in that：The cyanobacteria boat for harvesting further includes
Masking canopy above each Branchial filtering device is set；The blue algae collecting slot is tilted from one end to the other end
Convergence, and be connected from inclined bottom with the storage device positioned at the hull interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820079226.9U CN207712259U (en) | 2018-01-17 | 2018-01-17 | A kind of fish gill formula cyanobacteria boat for harvesting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820079226.9U CN207712259U (en) | 2018-01-17 | 2018-01-17 | A kind of fish gill formula cyanobacteria boat for harvesting |
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| Publication Number | Publication Date |
|---|---|
| CN207712259U true CN207712259U (en) | 2018-08-10 |
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ID=63052190
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820079226.9U Active CN207712259U (en) | 2018-01-17 | 2018-01-17 | A kind of fish gill formula cyanobacteria boat for harvesting |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108068997A (en) * | 2018-01-17 | 2018-05-25 | 苏州飞驰环保科技股份有限公司 | A kind of fish gill formula cyanobacteria boat for harvesting |
-
2018
- 2018-01-17 CN CN201820079226.9U patent/CN207712259U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108068997A (en) * | 2018-01-17 | 2018-05-25 | 苏州飞驰环保科技股份有限公司 | A kind of fish gill formula cyanobacteria boat for harvesting |
| CN108068997B (en) * | 2018-01-17 | 2023-07-25 | 苏州飞驰环保科技股份有限公司 | Fish gill type blue algae harvesting ship |
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