CN206986868U - A kind of phytoplankton cleaning system waterborne - Google Patents
A kind of phytoplankton cleaning system waterborne Download PDFInfo
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- CN206986868U CN206986868U CN201720237689.9U CN201720237689U CN206986868U CN 206986868 U CN206986868 U CN 206986868U CN 201720237689 U CN201720237689 U CN 201720237689U CN 206986868 U CN206986868 U CN 206986868U
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Abstract
A kind of phytoplankton cleaning system waterborne is the utility model is related to, including：Support section, power section, the first cleaning part and the second cleaning part；Support section includes：Rubber pneumatic bag and supporting plate；Supporting plate is fixed on rubber pneumatic bag；Rubber pneumatic bag is suspended in water；Power section is set on the supporting plate, to drive support section to be moved in water；First cleaning part, set on the supporting plate；First cleaning part includes：Collecting bin, material pushing wheel, operating room, storage box and piston pressing plate；Second cleaning part, set on the supporting plate；Second cleaning part includes：Absorb water mouth, water pipe, centrifugal water pump and filtering storage container.The phytoplankton cleaning system automation degree waterborne is high, and simple to operate, operating efficiency is high, simultaneously can effectively remove the duckweed class plant in water and rhizome plants.
Description
Technical field
Environmental technology field is the utility model is related to, more particularly to a kind of phytoplankton cleaning system waterborne.
Background technology
In recent years, domestic and international body eutrophication phenomenon happened occasionally, and caused algae and phytoplankton crazy in a short time
Rise, cause to can dissolve oxygen reduced capability in urban lakes, water quality deterioration, cause aquatile death by suffocation in municipal lake, water
On swim plant treatment disposal pressure it is unprecedented.At present, salvaging and cleaning of the people to aquatic phytoplankton has caused the country
Outer extensive concern, propose that some are locally met an urgent need in succession and remove algae algal control method, including mechanical system and chemical mode, also lead to
Cross the poly- technology of more new magnetic, air flotation technology carries out cleaning salvaging to urban lakes phytoplankton waterborne.
In existing various processing modes：Artificial to drag for algae, processing disposal efficiency is low, and manpower expenses is big.The poly- technology of magnetic
Operate complex, and easily cause secondary pollution.Bubble-floating Method apply in general to low turbidity, containing algae and organic impurities (such as
Pasture and water, rotted leaf etc.) more, low temperature, the raw water that pollution level is high and dissolved oxygen is low, should not be used in the raw water of the impurity containing sand.Direct mistake
Filter method uses strainer filtering for a long time, and filter screen need to be unpicked and washed often, and machine is easily damaged, and equipment depreciation expense is high.Membrane filter method
Membrane technology cost it is higher, costly, and water body has been subjected to the excessively later low stain of other PROCESS FOR TREATMENTs for equipment and running cost
Water.The Organic substance in water of carbon adsorption can influence charcoal absorption, and regenerating active carbon is also more difficult, and processing cost is higher.
Processing equipment structure of the prior art is more complicated, and cleaning effect is poor, it is difficult to by the duckweed class plant in water and root
Stem class plant is effectively removed.
Utility model content
A kind of phytoplankton cleaning system waterborne that the application provides, solves or part solves equipment in the prior art
Structure is more complicated, and cleaning effect is poor, it is difficult to the technical problem for effectively removing the duckweed class plant in water and rhizome plants, it is real
Automation degree of equipment height is showed, simple to operate, operating efficiency is high, can be simultaneously by the duckweed class plant in water and tubers
The technique effect that plant is effectively removed.
This application provides a kind of phytoplankton cleaning system waterborne, including：
Support section, the support section include：Rubber pneumatic bag and supporting plate；The supporting plate is fixed on the rubber gas
On capsule；The rubber pneumatic bag is suspended in water；
Power section, it is arranged in the supporting plate, to drive the support section to be moved in water；
First cleaning part, it is arranged in the supporting plate；First cleaning part includes：Collecting bin, material pushing wheel, work
Make room, storage box and piston pressing plate；The top of the collecting bin connects with the bottom of the operating room；The material pushing wheel, which rotates, to be connected
It is connected in the collecting bin, drives the material pushing wheel to rotate by rotary driving part；The storage box is arranged on the work
It is indoor；The piston pressing plate is connected with linear force application part, and the linear force application part drives the piston pressing plate pressure to enter
The storage box is lifted off the storage box；
Second cleaning part, it is arranged in the supporting plate；Second cleaning part includes：Absorb water mouth, water pipe, centrifugation
Formula water pump and filtering storage container；One end of the water pipe connects the drinking water mouth, and the other end connects the centrifugal water pump
Import；The top of the filtering storage container is opening, is internally provided with thin mouth filter screen；The outlet of the centrifugal water pump passes through
Consolidated plumbing is introduced in the filtering storage container.
Preferably, the support section also includes：
Support column, it is fixedly connected with the supporting plate；
Connecting plate, the bottom of the support column is fixed on, and is fixedly connected with the rubber pneumatic bag；
Polylith sealing plate, it is fixed in the supporting plate；Sealing plate described in polylith wraps up first cleaning part and will
Second cleaning part.
Preferably, the power section includes：
Motor；
Reductor, the output axis connection with the motor；
Ducted fan, the output axis connection with the reductor.
Preferably, the power section also includes：
Electromagnetic steering unit, it is rotatably connected in the supporting plate；
Supporting table, it is arranged on the electromagnetic steering unit, the electromagnetic steering unit rotational can be followed；The motor
It is fixedly installed in the supporting table；
Duct, the corresponding ducted fan are set.
Preferably, the phytoplankton cleaning system waterborne also includes：
Battery, it is arranged in the supporting plate；
The motor connection of the battery and the rotary driving part, the linear force application part and the water pump.
Preferably, first cleaning part includes：
Two material pushing wheels, it is respectively：First material pushing wheel and the second material pushing wheel；Two material pushing wheels connect pair respectively
The rotary driving part answered；
Two operating rooms, it is respectively：The first operating room for being arranged on above first material pushing wheel and it is arranged on institute
State the second operating room above the second material pushing wheel；
Two storage boxes, it is respectively：First storage box and the second storage box；First storage box is arranged on described first
In operating room；Second storage box is arranged in second operating room；
Two piston pressing plates, it is respectively：First piston pressing plate corresponding with first storage box and deposited with described second
Second storage box corresponding to storage tank.
Preferably, the collecting bin is made up of three face filter screens；Top, bottom and the anterior opening of the collecting bin；
The operating room is cuboid empty van structure；The top cover of the operating room is provided with top cover, bottom and the collection
The top connection in storehouse.
Preferably, second cleaning part includes：
Three drinking water mouths, it is respectively：First drinking water mouth, the second drinking water mouth and the 3rd drinking water mouth；Second drinking water
Mouth be arranged in parallel with the described 3rd drinking water mouth, and the first drinking water mouth is vertically set on the second drinking water mouth and eaten with the described 3rd
Between the mouth of a river；
Three water pipes, it is respectively：First water pipe, the second water pipe and the 3rd water pipe；First water pipe and described the
One drinking water mouth connection；Second water pipe connects with the described second drinking water mouth；3rd water pipe connects with the described 3rd drinking water mouth
It is logical.
Preferably, the bottom of the filtering storage container is communicated with filter pipe；
The bottom connection drainage mouth of the filter pipe.
Preferably, the water pipe is provided with transparent section water pipe；
The phytoplankton cleaning system waterborne also includes：Waters detection part, the corresponding transparent section water pipe are set, with
Detect the turbidity of the river in the transparent section water pipe；
The waters detection part includes：Light source, optical receiver and signal processor；
The light source transparent section water pipe corresponding with the optical receiver is set；The optical receiver receives the light source
Through the optical information after the transparent section water pipe；
The signal processor is connected with the optical receiver, to receive the optical information and generate the turbidity of the river
Information；
The signal processor is connected with the centrifugal water pump, and the signal processor controls according to the turbidity information
The work or stopping of the centrifugal water pump.
One or more technical schemes provided herein, have at least the following technical effects or advantages：
It is waterborne floating as a result of being made up of support section, power section, the first cleaning part and the second cleaning part
Plant cleaning system is swum, support section is used to carry whole system and be allowed to suspend in water；Power section is used to drive entirely
System moves in water；First cleaning part includes：Collecting bin, material pushing wheel, operating room, storage box and piston pressing plate；Pass through rotation
Turn driving part and drive material pushing wheel rotation, then the tubers phytoplankton in collecting bin is pushed in operating room；Storage box
It is arranged in operating room；Piston pressing plate is connected with linear force application part, linear force application part driving piston pressing plate pressure, then will
Tubers phytoplankton in operating room is compressed in storage box, to complete the cleaning of tubers phytoplankton in water.Second is clear
Reason part includes：Absorb water mouth, water pipe, centrifugal water pump and filtering storage container；Water containing duckweed class phytoplankton is by eating
Oral siphon and centrifugal water pump are entered in the mouth of a river, are then introduced by consolidated plumbing in filtering storage container；Filter the interior of storage container
Portion is provided with thin mouth filter screen, and duckweed class phytoplankton is filtered out and is stored in the inside of filtering storage container by thin mouth filter screen, with complete
The cleaning of Cheng Shuizhong duckweed class phytoplanktons.So, it is more complicated to efficiently solve device structure in the prior art, cleaning effect
Difference, it is difficult to the technical problem for effectively removing the duckweed class plant in water and rhizome plants, realize automation degree of equipment
Height, simple to operate, operating efficiency is high, the technology that simultaneously can effectively remove the duckweed class plant in water and rhizome plants
Effect.
Brief description of the drawings
Fig. 1 is the structure diagram that the phytoplankton waterborne that the utility model embodiment provides clears up system；
Fig. 2 is the structural representation that the phytoplankton waterborne that the utility model embodiment provides clears up system；
Fig. 3 is the structural representation of power section in Fig. 2；
Fig. 4 is the first structure schematic diagram of the first cleaning part in Fig. 2；
Fig. 5 is the second structural representation of the first cleaning part in Fig. 2；
Fig. 6 is the first structure schematic diagram of the second cleaning part in Fig. 2；
Fig. 7 is the second structural representation of the second cleaning part in Fig. 2；
Fig. 8 is the structural representation that storage container is filtered in Fig. 6；
Fig. 9 is the structural representation that mouth is absorbed water in Fig. 6；
Figure 10 is the operating diagram of the second cleaning part in Fig. 2；
Figure 11 is the structural representation of support section in Fig. 2.
(part that each label represents in diagram is followed successively by：100- power sections, 110- ducted fans, 120- ducts, 130-
Reductor, 140- motor, 150- batteries, 160- supporting tables, 170- electromagnetic steerings unit, the cleaning parts of 200- first,
210- storage boxes, 220- filter screens, 230- collecting bins, 240- top covers, 250- pistons pressing plate, 260- material pushing wheels, 211- first are stored
Case, the storage boxes of 212- second；The operating rooms of 241- first, the operating rooms of 242- second；251- first pistons pressing plate, 252- second pistons
Pressing plate；The material pushing wheels of 261- first, the material pushing wheels of 262- second, the cleaning parts of 300- second, 310- drinking water mouth, 320- water pipes, 330-
Centrifugal water pump, 340- filtering storage container, 350- filter pipes, 360- drainages mouth, 370- sealings container, 380- air hoses,
311- first absorbs water mouth, 312- second absorbs water mouth, 313- the 3rd absorbs water mouth；The water pipes of 321- first, the water pipes of 322- second, 323-
Three water pipes, 324- consolidated plumbings, 325- transparent section water pipes；The thin mouth filter screens of 341-, 342- filtering mouths；The first sealings of 371- container,
372- the second sealing containers；The air hoses of 381- first, the air hoses of 382- second, 400- support sections, 410- rubber pneumatic bags, 420-
Support column, 430- connecting plates, 440- supporting plates, 450- sealing plates, 500- waters detection part, 510- light sources, 520- light-receivings
Device, 530- signal processors)
Embodiment
A kind of phytoplankton cleaning system waterborne that the embodiment of the present application provides, solves or part solves prior art
Middle device structure is more complicated, and cleaning effect is poor, it is difficult to the technology for effectively removing the duckweed class plant in water and rhizome plants
Problem, by setting the phytoplankton waterborne being made up of support section, power section, the first cleaning part and the second cleaning part
Cleaning system, support section are used to carry whole system and be allowed to suspend in water；Power section is used to drive whole system to exist
Moved in water；First cleaning part includes：Collecting bin, material pushing wheel, operating room, storage box and piston pressing plate；Second cleaning part
Including：Absorb water mouth, water pipe, centrifugal water pump and filtering storage container；Realize automation degree of equipment height, side simple to operate
Just, operating efficiency is high, the technique effect that simultaneously can effectively remove the duckweed class plant in water and rhizome plants.
Referring to attached Fig. 1 and 2, this application provides a kind of phytoplankton waterborne to clear up system, including：Support section 400, move
Power part 100, the first cleaning part 200 and the second cleaning part 300.
Referring to accompanying drawing 11, support section 400 includes：Rubber pneumatic bag 410 and supporting plate 440；Supporting plate 440 is fixed on rubber
On air bag 410；Rubber pneumatic bag 410 is suspended in water；Support section 400 also includes：Support column 420, connecting plate 430 and polylith are close
Shrouding 450；Support column 420 is fixedly connected with supporting plate 440；Connecting plate 430 is fixed on the bottom of support column 420, and and rubber
Air bag 410 is fixedly connected；Polylith sealing plate 450 is fixed in supporting plate 440；Polylith sealing plate 450 wraps up the first cleaning part
200 and by the second cleaning part 300.
Referring to accompanying drawing 3, power section 100 is arranged in supporting plate 440, to drive support section 400 to be moved in water；It is dynamic
Power part 100 includes：Electromagnetic steering unit 170, supporting table 160, motor 140, reductor 130, duct 120 and ducted fan
110；Electromagnetic steering unit 170 is rotatably connected in supporting plate 440；Supporting table 160 is arranged on electromagnetic steering unit 170, energy
Electromagnetic steering unit 170 is followed to rotate；Motor 140 is fixedly installed in supporting table 160；Reductor 130 and motor 140
Export axis connection；The output axis connection of ducted fan 110 and reductor 130, the corresponding ducted fan 110 of duct 120 are set.
Referring to attached Figure 4 and 5, the first cleaning part 200 is arranged in supporting plate 440；First cleaning part 200 includes：Receive
Collect storehouse 230, material pushing wheel 260, operating room, storage box 210 and piston pressing plate 250；The top of collecting bin 230 and the bottom of operating room
Connection；Material pushing wheel 260 is rotatably connected in collecting bin 230, drives material pushing wheel 260 to rotate by rotary driving part；Storage box
210 are arranged in operating room；Piston pressing plate 250 is connected with linear force application part, and linear force application part driving piston pressing plate 250 is pressed
It is lower to enter storage box 210 or be lifted off storage box 210；Collecting bin 230 is made up of three face filter screens 220；The top of collecting bin 230
Portion, bottom and anterior opening；Operating room is cuboid empty van structure；The top cover of operating room is provided with top cover 240, and bottom is with collecting
The top connection in storehouse 230.
Referring to accompanying drawing 6 and 7, the second cleaning part 300 is arranged in supporting plate 440；Second cleaning part 300 includes：Eat
The mouth of a river 310, water pipe 320, centrifugal water pump 330 and filtering storage container 340；One end connection drinking water mouth 310 of water pipe 320, separately
One end connects the import of centrifugal water pump 330；The top for filtering storage container 340 is opening, is internally provided with thin mouth filter screen
341；The outlet of centrifugal water pump 330 is introduced in filtering storage container 340 by consolidated plumbing 324.Referring to accompanying drawing 8, filtering is deposited
The bottom of storage container 340 is communicated with filter pipe 350；The bottom connection drainage mouth 360 of filter pipe 350.
Wherein, the first cleaning part 200 drives material pushing wheel 260 to rotate by rotary driving part, then by collecting bin 230
Interior tubers phytoplankton is pushed in operating room；Storage box 210 is arranged in operating room；Piston pressing plate 250 is with linearly applying
Power part is connected, and linear force application part driving piston pressing plate 250 is depressed, and then compresses the tubers phytoplankton in operating room
In storage box 210, to complete the cleaning of tubers phytoplankton in water.Water containing duckweed class phytoplankton is clear by second
The drinking water mouth 310 of reason part 300 enters oral siphon 320 and centrifugal water pump 330, and then introducing filtering by consolidated plumbing 324 deposits
In storage container 340；Filtering storage container 340 is internally provided with thin mouth filter screen 341, and thin mouth filter screen 341 swims duckweed class plant
Thing filters out and is stored in the inside of filtering storage container 340, to complete the cleaning of duckweed class phytoplankton in water.
Further, phytoplankton cleaning system waterborne also includes：Battery 150, it is arranged in supporting plate 440；Electric power storage
Pond 150 and the motor connection of rotary driving part, linear force application part and centrifugal water pump 330, electric power is provided for above-mentioned part.
Further, the first cleaning part 200 includes：Two material pushing wheels 260, Liang Ge operating rooms, two storage boxes 210 and
Two piston pressing plates 250；Two material pushing wheels 260 are respectively：First material pushing wheel 261 and the second material pushing wheel 262；Two material pushing wheels
260 respectively connection corresponding to rotary driving part；Liang Ge operating rooms are respectively：It is arranged on the first of the top of the first material pushing wheel 261
Operating room 241 and the second operating room for being arranged on the top of the second material pushing wheel 262；Two storage boxes 210 are respectively：First storage box
211 and second storage box 212；First storage box 211 is arranged in the first operating room；Second storage box 212 is arranged on the second work
Make in room；Two piston pressing plates 250 are respectively：Stored with 211 corresponding first piston pressing plate 251 of the first storage box and with second
Second storage box 252 corresponding to case 212.
Further, collecting bin 230 is made up of three face filter screens 220；Top, bottom and the anterior opening of collecting bin 230；Work
It is cuboid empty van structure to make room；The top cover of operating room is provided with top cover 240, and bottom connects with the top of collecting bin 230.
Further, the second cleaning part 300 includes：Three drinking water mouths 310 and three water pipes 320；Three drinking water mouths 310
Respectively：First drinking water mouth 311, second absorbs water mouth 312 and the 3rd and absorbs water mouth 313；Second drinking water mouth 312 and the 3rd absorbs water mouth
313 are be arranged in parallel, and the first drinking water mouth 311 is vertically set between the second drinking water mouth 312 and the 3rd drinking water mouth 313；Three water pipes
320 are respectively：First water pipe 321, the second water pipe 322 and the 3rd water pipe 323；First water pipe 321 connects with the first drinking water mouth 311
It is logical；Second water pipe 322 connects with the second drinking water mouth 312；3rd water pipe 323 connects with the 3rd drinking water mouth 313.
Further, accompanying drawing 9, water pipe 320 are provided with transparent section water pipe 325, to show the river in water pipe 320；
Phytoplankton cleaning system waterborne also includes：Waters detection part 500, corresponding transparent section water pipe 325 is set, to detect transparent section
The turbidity of river in water pipe 325.Waters detection part 500 includes：Light source 510, optical receiver 520 and signal processor 530；
The transparent section water pipe 325 corresponding with optical receiver 520 of light source 510 is set；Optical receiver 520 receives light source 510 and passes through transparent section water
Optical information after pipe 325；Signal processor 530 is connected with optical receiver 520, is believed with receiving optical information and generating the turbidity of river
Breath；Signal processor 530 is connected with centrifugal water pump 330, and signal processor 530 controls centrifugal water pump according to turbidity information
330 work or stopping.
It is special that the structure of the phytoplankton waterborne cleaning system of the application offer is discussed in detail below by specific embodiment
Seek peace application method：
Phytoplankton cleaning system waterborne is by power section 100, the first cleaning part 200, the second cleaning part 300, branch
500 5 support part point 400, waters detection part parts form.First cleaning part 200, the second cleaning part 300 are arranged on branch
The top of support part point 400；Power section 100 provides power for cleaning system, and cleaning system can be made to turn to and move；Detect in waters
Part 500 carries out signal transacting by the light of reception, and then judges the turbidity size of water, so that it is determined that Systematic selection is suitable
Cleaning part runs work；First cleaning part 200 can collect tubers by the mechanical movement and mutual cooperation of each part
Phytoplankton；Second cleaning part 300 collects duckweed class phytoplankton using the method filtered；Support section 400 is applied not only to
To cleaning part and the support of power section, and floating and the sinking of cleaning system can be adjusted.
Power section 100 is the power section of device, and power section 100 includes：Ducted fan 110, duct 120, slow down
Machine 130, motor 140, supporting table 160, electromagnetic steering unit 170.The drive end of electromagnetic steering unit 170 and supporting table 160
It is connected, electromagnetic steering unit 170 is general part with supporting table 160, and the effect of electromagnetic steering unit 170 is to be used for ducted fan
110 steering, the effect of supporting table 160 is support ducted fan 110, reductor 130 and motor 140；The bottom of reductor 130
It is connected with the top of supporting table 160；The input of reductor 130 is connected with the output end of motor 140, reductor 130 and motor 140
It is general part, the effect of reductor 130 is ducted fan 110 is slowed down, and the effect of motor 140 is to drive ducted fan
110 rotate；Ducted fan 110 is general part, and effect is to promote cleaning plant to advance.
First cleaning part 200 is rhizome plants cleaning part, and the bottom of the first cleaning part 200 is collecting bin 230,
Top is operating room, and top is top cover 240.Collecting bin 230 is non-general part, and the face of collecting bin 230 3 is made up of filter screen 220, preceding
Face is open, and inside sets material pushing wheel 260, and top is connected with operating room, and effect is the tubers phytoplankton for collecting cleaning；
Material pushing wheel 260 divides for the first material pushing wheel 261, the second material pushing wheel 262, the first material pushing wheel 261, the end of the second material pushing wheel 262 difference
It is connected with collecting bin 230, material pushing wheel 260 is general part, and effect is to enter the phytoplankton in collecting bin 230 by high speed rotation
Enter in operating room.
Operating room is non-general part, is shaped as cuboid empty van, and operating room is divided into the first operating room 241, the second operating room
242, effect is the tubers phytoplankton of temporary transient storage cleaning；It is top cover 240 at the top of operating room, wherein the first operating room
241st, the second operating room 242 passes through barrier partitions.The first storage box 211, the second operating room are provided with first operating room 241
242 are provided with the second storage box 212.
Piston pressing plate 250 is general part, is arranged on the top of operating room, and piston pressing plate 250 divides for first piston pressing plate 251
With second piston pressing plate 252, piston pressing plate enters storage box 210 by constantly moving up and down, the compression of tubers phytoplankton.
Storage box 210 is non-general part, and in cuboid, storage box 210 is divided for the first storage box 211 and the second storage box
212, effect is for storing the phytoplankton being collected into.
Referring to accompanying drawing 10, the second cleaning part 300 is duckweed class plant cleaning part, and the second cleaning part 300 is by absorbing water
Mouth 310, water pipe 320, centrifugal water pump 330, filtering storage container 340, filter pipe 350, drainage mouth 360, sealing container
370th, air hose 380, drainage mouth 390 form.
Drinking water mouth 310 divides absorbs water the drinking water mouth 313 of mouth the 312, the 3rd for the first drinking water mouth 311, second.
Water pipe 320 divides for the first water pipe 321, the second water pipe 322, the 3rd water pipe 323, consolidated plumbing 324, transparent section water pipe
325 compositions.
Wherein, the first drinking water mouth 311 is connected with the first water pipe 321, and the second drinking water mouth 312 is connected with the second water pipe 322；The
Three drinking water mouths 313 are connected with the 3rd water pipe 323.First water pipe 321, the second water pipe 322, the 3rd water pipe 323 are general part, are made
With being connected with lake, the passage as current.
Transparent section water pipe 325 is general part, and effect is the carrier of optical receiver 520.
Centrifugal water pump 330 is general part, and effect is to draw water, the input section of centrifugal water pump 330 and the end of three water pipes 320
End connection, output end are connected with consolidated plumbing 324.
Consolidated plumbing 324 is general part, by the first sealing container 371, the second sealing container 372 respectively with the first air
Pipe 381, the second air hose 382 connect；Sealing container 372 is non-general part, is a kind of open-top receptacle, and effect is to prevent current from filling out
Fill whole air hose 380.First air hose 381, the second air hose 382 are general part, and effect is to make shape during water flowing
Into negative pressure, accelerated filtration.
It is non-general part to filter storage container 340, is a kind of non-covered container, bottom is provided with thin mouth filter screen 341, and effect is
Duckweed class plant is obtained for the water in the sewage rich in duckweed class plant to be filtered out, filters storage container 340 and integrated water
The output end of pipe 324 is with being connected.
Filter pipe 350 is connected with filtering storage container 340 bottom, and the flowing water mouth of filter pipe 350 connects with drainage mouth 360
Connect, filter pipe 350 is general part, and effect is the current after filtering is returned in lake.
Support section 400 is made up of rubber pneumatic bag 410, support column 420, connecting plate 430, supporting plate 440, sealing plate 450.
The bottom of support section 400 is rubber pneumatic bag 410, and described rubber pneumatic bag 410 is general part, and effect is can be to whole
Individual device provides buoyancy, device is suspended in the water surface and does not sink and can be with the floating of adjusting means and sinking.
The middle part of support section 400 sets support column 420, and support column 420 is non-general part, is a kind of support of solid cylindrical
Unit, effect are that the first cleaning part 200 of support, the second cleaning part 300 and power section 100, support column 420 pass through connection
Plate 430 is connected with rubber pneumatic bag 410.
Supporting plate 440 is located among support column 420 and cleaning part, is general part, and effect is support cleaning part and moved
Power part 100.
The top of support section 100 sets polylith sealing plate 450, and polylith sealing plate 450 is connected with supporting plate 440, and polylith is close
Shrouding 450 is non-general part, forms cuboid empty van, effect is for wrapping up the first cleaning part 200 and the second cleaning part
300, prevent cleaning part contacts with water for a long time from causing part aging.
Waters detection part 500 is made up of optical receiver 520, signal processor 530, for receiving light source 510 and signal
Processing；Waters detection part 500 is connected with the junction of the first water pipe, the second water pipe and the 3rd water pipe.
The effect of optical receiver 520 is to receive external light source 510.
Signal processor 530 is used for the turbidity that this regional water is judged by the power of light, makes device selection suitable clear
Reason part is cleared up.
The application method of phytoplankton waterborne cleaning system is：
To be powered by battery 150, the drive of motor 140, ducted fan 110 can rotate at a high speed, meanwhile, battery
150 the first cleaning parts 200 of driving and the second cleaning part 300 are moved.First cleaning part 200 and the second cleaning part 300
During work, the leading portion of water pipe 320 has transparent section water pipe, and its cross-sectional direction one end has light source 510 to irradiate, and the other end, which has, receives light source
510 optical receiver 520.By optical receiver 520 and the power of the detection light of signal processor 530, and judge this regional water
Turbidity, if turbidity reaches certain value, this region is just judged for algae cleaning area, then miniature phytoplankton (algae) cleaning portion
The division of labor is made, and middle-size and small-size phytoplankton (water hyacinth) cleaning part does not work；Conversely, middle-size and small-size phytoplankton (water hyacinth) cleaning portion
The division of labor is made, and miniature phytoplankton (algae) cleaning part does not work.
One or more technical schemes provided herein, have at least the following technical effects or advantages：
As a result of by support section 400, power section 100, the first cleaning part 200 and the second cleaning part 300
The phytoplankton waterborne cleaning system of composition, support section 400 are used to carry whole system and be allowed to suspend in water；Power part
100 are divided to be used to drive whole system to move in water；First cleaning part 200 includes：Collecting bin 230, material pushing wheel 260, work
Room, storage box 210 and piston pressing plate 250；Material pushing wheel 260 is driven to rotate by rotary driving part, then by collecting bin 230
Tubers phytoplankton be pushed in operating room；Storage box 210 is arranged in operating room；Piston pressing plate 250 and linear force
Part is connected, and linear force application part driving piston pressing plate 250 is depressed, and is then compressed in the tubers phytoplankton in operating room
In storage box 210, to complete the cleaning of tubers phytoplankton in water.Second cleaning part 300 includes：Absorb water mouth 310, water pipe
320th, centrifugal water pump 330 and filtering storage container 340；Water containing duckweed class phytoplankton enters water by absorbing water mouth 310
Pipe 320 and centrifugal water pump 330, then introduced by consolidated plumbing 324 in filtering storage container 340；Filter storage container 340
Be internally provided with thin mouth filter screen 341, duckweed class phytoplankton is filtered out and is stored in filtering storage container by thin mouth filter screen 341
340 inside, to complete the cleaning of duckweed class phytoplankton in water.So, efficiently solve in the prior art device structure compared with
Complexity, cleaning effect are poor, it is difficult to the technical problem for effectively removing the duckweed class plant in water and rhizome plants, realize and set
Standby automaticity is high, simple to operate, and operating efficiency is high, simultaneously can have the duckweed class plant in water and rhizome plants
Imitate the technique effect removed.
Above-described embodiment, the purpose of this utility model, technical scheme and beneficial effect are entered
One step describes in detail, should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit
The utility model processed, all within the spirit and principles of the utility model, any modification, equivalent substitution and improvements done etc.,
It should be included within the scope of protection of the utility model.
Claims (10)
1. a kind of phytoplankton cleaning system waterborne, it is characterised in that the phytoplankton cleaning system waterborne includes：
Support section, the support section include：Rubber pneumatic bag and supporting plate；The supporting plate is fixed on the rubber pneumatic bag
On；The rubber pneumatic bag is suspended in water；
Power section, it is arranged in the supporting plate, to drive the support section to be moved in water；
First cleaning part, it is arranged in the supporting plate；First cleaning part includes：Collecting bin, material pushing wheel, work
Room, storage box and piston pressing plate；The top of the collecting bin connects with the bottom of the operating room；The material pushing wheel rotation connection
In the collecting bin, the material pushing wheel is driven to rotate by rotary driving part；The storage box is arranged on the operating room
It is interior；The piston pressing plate is connected with linear force application part, and the linear force application part drives the piston pressing plate pressure to enter institute
State storage box or be lifted off the storage box；
Second cleaning part, it is arranged in the supporting plate；Second cleaning part includes：Absorb water mouth, water pipe, centrifugal water
Pump and filtering storage container；One end of the water pipe connects the drinking water mouth, and the other end connects the import of the centrifugal water pump；
The top of the filtering storage container is opening, is internally provided with thin mouth filter screen；The outlet of the centrifugal water pump passes through synthesis
Water pipe is introduced in the filtering storage container.
2. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that the support section also includes：
Support column, it is fixedly connected with the supporting plate；
Connecting plate, the bottom of the support column is fixed on, and is fixedly connected with the rubber pneumatic bag；
Polylith sealing plate, it is fixed in the supporting plate；Sealing plate described in polylith wraps up first cleaning part and by described in
Second cleaning part.
3. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that the power section includes：
Motor；
Reductor, the output axis connection with the motor；
Ducted fan, the output axis connection with the reductor.
4. phytoplankton cleaning system waterborne as claimed in claim 3, it is characterised in that the power section also includes：
Electromagnetic steering unit, it is rotatably connected in the supporting plate；
Supporting table, it is arranged on the electromagnetic steering unit, the electromagnetic steering unit rotational can be followed；The motor is fixed
It is arranged in the supporting table；
Duct, the corresponding ducted fan are set.
5. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that the phytoplankton cleaning system waterborne
System also includes：
Battery, it is arranged in the supporting plate；
The motor connection of the battery and the rotary driving part, the linear force application part and the water pump.
6. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that first cleaning part includes：
Two material pushing wheels, it is respectively：First material pushing wheel and the second material pushing wheel；Corresponding to two material pushing wheels connect respectively
The rotary driving part；
Two operating rooms, it is respectively：The first operating room for being arranged on above first material pushing wheel and it is arranged on described
The second operating room above two material pushing wheels；
Two storage boxes, it is respectively：First storage box and the second storage box；First storage box is arranged on first work
In room；Second storage box is arranged in second operating room；
Two piston pressing plates, it is respectively：First piston pressing plate corresponding with first storage box and with second storage box
Corresponding second storage box.
7. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that
The collecting bin is made up of three face filter screens；Top, bottom and the anterior opening of the collecting bin；
The operating room is cuboid empty van structure；The top cover of the operating room is provided with top cover, bottom and the collecting bin
Top connects.
8. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that second cleaning part includes：
Three drinking water mouths, it is respectively：First drinking water mouth, the second drinking water mouth and the 3rd drinking water mouth；It is described second drinking water mouth with
The 3rd drinking water mouth be arranged in parallel, and the first drinking water mouth is vertically set on the second drinking water mouth and the described 3rd drinking water mouth
Between；
Three water pipes, it is respectively：First water pipe, the second water pipe and the 3rd water pipe；First water pipe is eaten with described first
The mouth of a river connects；Second water pipe connects with the described second drinking water mouth；3rd water pipe connects with the described 3rd drinking water mouth.
9. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that
The bottom of the filtering storage container is communicated with filter pipe；
The bottom connection drainage mouth of the filter pipe.
10. phytoplankton cleaning system waterborne as claimed in claim 1, it is characterised in that
The water pipe is provided with transparent section water pipe；
The phytoplankton cleaning system waterborne also includes：Waters detection part, the corresponding transparent section water pipe is set, with detection
The turbidity of river in the transparent section water pipe；
The waters detection part includes：Light source, optical receiver and signal processor；
The light source transparent section water pipe corresponding with the optical receiver is set；The optical receiver receives the light source and passed through
Optical information after the transparent section water pipe；
The signal processor is connected with the optical receiver, is believed with receiving the optical information and generating the turbidity of the river
Breath；
The signal processor is connected with the centrifugal water pump, and the signal processor is according to controlling the turbidity information
The work or stopping of centrifugal water pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720237689.9U CN206986868U (en) | 2017-03-13 | 2017-03-13 | A kind of phytoplankton cleaning system waterborne |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720237689.9U CN206986868U (en) | 2017-03-13 | 2017-03-13 | A kind of phytoplankton cleaning system waterborne |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206986868U true CN206986868U (en) | 2018-02-09 |
Family
ID=61421374
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720237689.9U Expired - Fee Related CN206986868U (en) | 2017-03-13 | 2017-03-13 | A kind of phytoplankton cleaning system waterborne |
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| Country | Link |
|---|---|
| CN (1) | CN206986868U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106702989A (en) * | 2017-03-13 | 2017-05-24 | 武汉科技大学 | Water phytoplankton clearing system |
-
2017
- 2017-03-13 CN CN201720237689.9U patent/CN206986868U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106702989A (en) * | 2017-03-13 | 2017-05-24 | 武汉科技大学 | Water phytoplankton clearing system |
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Granted publication date: 20180209 Termination date: 20190313 |